From ca47c9b8a190cc348f32b7b80989c0f841aa8753 Mon Sep 17 00:00:00 2001
From: Simon O'Meara <simon.omeara@manchester.ac.uk>
Date: Mon, 25 Nov 2024 15:53:01 +0000
Subject: [PATCH] extra spin up option

spin up can now be done over just the time period of the simulation and just over one run, i.e. without needing to iterate to reach 10 % agreement in RO2 pool value
---
 .../accom_coeff_calc.cpython-39.pyc           |   Bin 394 -> 394 bytes
 PyCHAM/__pycache__/cham_up.cpython-39.pyc     |   Bin 7633 -> 7723 bytes
 PyCHAM/__pycache__/def_mod_var.cpython-39.pyc |   Bin 3509 -> 3585 bytes
 PyCHAM/__pycache__/dydt_rec.cpython-39.pyc    |   Bin 1845 -> 1845 bytes
 PyCHAM/__pycache__/eqn_pars.cpython-39.pyc    |   Bin 3347 -> 3485 bytes
 PyCHAM/__pycache__/gui.cpython-39.pyc         |   Bin 114418 -> 114422 bytes
 PyCHAM/__pycache__/hyst_eq.cpython-39.pyc     |   Bin 531 -> 531 bytes
 PyCHAM/__pycache__/init_conc.cpython-39.pyc   |   Bin 7401 -> 7361 bytes
 PyCHAM/__pycache__/middle.cpython-39.pyc      |   Bin 2634 -> 2634 bytes
 .../__pycache__/mod_var_read.cpython-39.pyc   |   Bin 20820 -> 21785 bytes
 .../__pycache__/obs_file_open.cpython-39.pyc  |   Bin 3614 -> 3626 bytes
 PyCHAM/__pycache__/ode_solv.cpython-39.pyc    |   Bin 4450 -> 4510 bytes
 .../__pycache__/ode_solv_wat.cpython-39.pyc   |   Bin 3129 -> 3149 bytes
 PyCHAM/__pycache__/ode_updater.cpython-39.pyc |   Bin 11207 -> 11862 bytes
 .../__pycache__/ode_updater_su.cpython-39.pyc |   Bin 9670 -> 9680 bytes
 PyCHAM/__pycache__/partit_var.cpython-39.pyc  |   Bin 2782 -> 2842 bytes
 PyCHAM/__pycache__/plotter_ct.cpython-39.pyc  |   Bin 19742 -> 19750 bytes
 PyCHAM/__pycache__/pp_dursim.cpython-39.pyc   |   Bin 2304 -> 2304 bytes
 PyCHAM/__pycache__/pp_intro.cpython-39.pyc    |   Bin 3289 -> 3374 bytes
 PyCHAM/__pycache__/rate_coeffs.cpython-39.pyc |   Bin 50757 -> 245215 bytes
 PyCHAM/__pycache__/retr_out.cpython-39.pyc    |   Bin 11431 -> 11472 bytes
 PyCHAM/cham_up.py                             |    11 +-
 PyCHAM/def_mod_var.py                         |     9 +-
 PyCHAM/dydt_rec.py                            |     2 +-
 PyCHAM/eqn_pars.py                            |    58 +-
 PyCHAM/err_log.txt                            |     2 +-
 PyCHAM/gui.py                                 |     4 +-
 PyCHAM/hyst_eq.py                             |     2 +-
 PyCHAM/input/.DS_Store                        |   Bin 20484 -> 22532 bytes
 .../AP_BZ_MCM_PRAMAP_autoAPRAMBZ_scheme.dat   |  7826 ++++
 PyCHAM/input/SOAPRA/MCM_PRAM_xml.xml          | 33785 ++++++++++++++++
 .../PROP_AP_BZ_MCM_PRAMAP_autoAPRAMBZ_cs.dat  |  7979 ++++
 .../input/SOAPRA/mod_var_28Mar2019 copy.txt   |    41 +
 PyCHAM/input/SOAPRA/mv_28Mar2019.txt          |    36 +
 PyCHAM/mod_var_read.py                        |    79 +-
 PyCHAM/obs_file_open.py                       |     8 +-
 PyCHAM/ode_solv.py                            |    14 +-
 PyCHAM/ode_solv_wat.py                        |     6 +-
 PyCHAM/ode_updater.py                         |    91 +-
 PyCHAM/ode_updater_su.py                      |     2 +-
 PyCHAM/partit_var.py                          |     8 +-
 PyCHAM/pickle.pkl                             |   Bin 821 -> 624 bytes
 PyCHAM/plotter_ct.py                          |     3 +-
 PyCHAM/pp_dursim.py                           |     5 +-
 PyCHAM/pp_intro.py                            |    11 +-
 PyCHAM/rate_coeffs.py                         | 23488 ++++++++++-
 PyCHAM/retr_out.py                            |    30 +-
 setup.py                                      |     2 +-
 48 files changed, 71513 insertions(+), 1989 deletions(-)
 create mode 100755 PyCHAM/input/SOAPRA/AP_BZ_MCM_PRAMAP_autoAPRAMBZ_scheme.dat
 create mode 100755 PyCHAM/input/SOAPRA/MCM_PRAM_xml.xml
 create mode 100755 PyCHAM/input/SOAPRA/PROP_AP_BZ_MCM_PRAMAP_autoAPRAMBZ_cs.dat
 create mode 100755 PyCHAM/input/SOAPRA/mod_var_28Mar2019 copy.txt
 create mode 100755 PyCHAM/input/SOAPRA/mv_28Mar2019.txt

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delta 2733
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diff --git a/PyCHAM/__pycache__/middle.cpython-39.pyc b/PyCHAM/__pycache__/middle.cpython-39.pyc
index 57856a695b17e67a4c2f21ced3495e5360a37162..ebc32f023280638462b28c8785197c60ac3ad69c 100644
GIT binary patch
delta 21
bcmX>la!Q0Jk(ZZ?0SHt#I;3ypvEu>&IAjFS

delta 21
bcmX>la!Q0Jk(ZZ?0SLG|wxn(3vEu>&IVc4H

diff --git a/PyCHAM/__pycache__/mod_var_read.cpython-39.pyc b/PyCHAM/__pycache__/mod_var_read.cpython-39.pyc
index b1113749ddd450702446d36654238153a0c6b9f6..15e0b6f0c4a61196f1913af532cbe48e7363c690 100644
GIT binary patch
delta 5605
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diff --git a/PyCHAM/__pycache__/obs_file_open.cpython-39.pyc b/PyCHAM/__pycache__/obs_file_open.cpython-39.pyc
index ea50c13c73989eb26070a9ae52b037c7cbc1b37b..717de3486d3013b2b26606f090bed72d4947224b 100644
GIT binary patch
delta 163
zcmbOyvr2|Hk(ZZ?0SLY=bVxrvk++p`-^9tc7}GZAF-kKrI&AJ@=4WI)GI<tDB#`{V
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delta 126
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diff --git a/PyCHAM/__pycache__/ode_solv.cpython-39.pyc b/PyCHAM/__pycache__/ode_solv.cpython-39.pyc
index e170c7926c75211ec0c043ede8ef0848dc9b2234..9ac8995931fedd2875cf4ee1f54e1f0ffba957fa 100644
GIT binary patch
delta 1909
zcmZWoO>7%Q6yDj{|6TvaiS48*QJSW4tF(xgq@<xOO_4x?fW!d~fa_#z%Z{<l+9ZJ1
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delta 1694
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diff --git a/PyCHAM/__pycache__/ode_solv_wat.cpython-39.pyc b/PyCHAM/__pycache__/ode_solv_wat.cpython-39.pyc
index 73980f7dc66a6ff73d8c882fe52b6244496332cc..c3f96fab04df570c95e0228836b5d9665e465f2b 100644
GIT binary patch
delta 106
zcmdlfaaMvik(ZZ?0SKls+NUdT<Xyn3VFBWD@i9s;i!gIB3Ndjp8nMYRt1ycEXJTaf
z&j!XU|5=zeA7zzeVXWQ!gmV+4loCjjnw*7<1q&k!vlxpElLD&%BiDa6mdR_ldjasK
B6Kntg

delta 86
zcmX>ru~ULKk(ZZ?0SNSNM5f7Y<Xyljp#kD@@i9s;i!gIB3Ndjp8nMYR2QhBG$|}dg
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diff --git a/PyCHAM/__pycache__/ode_updater.cpython-39.pyc b/PyCHAM/__pycache__/ode_updater.cpython-39.pyc
index d26391077ad390aeb2293cfac7606423861c13e2..5b3d045dc8854d600548e949225473f3a4cb9ad1 100644
GIT binary patch
delta 2327
zcmai0U2IcT96#sw_O|QVuIn!AYRAVMZgdFBhw?GT3fmYCkO9dc6{uxr8*8O(w-+Sl
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delta 1751
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diff --git a/PyCHAM/__pycache__/ode_updater_su.cpython-39.pyc b/PyCHAM/__pycache__/ode_updater_su.cpython-39.pyc
index b80794409d4bbb62d95027864929cc7594afa88f..8b0428b51f2a91cc8b67a775d75c58cab2751c6a 100644
GIT binary patch
delta 1468
zcmah}U1(fI6rP#Ad++Yf-fWUxd-um=Taq<~G`49CRg%cY_N4?2G+ia75(`6wdu!@W
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delta 1452
zcmah}U1%Id9G{uH*}dD3`^cTy`|xs>%bA9xN~pm|5{a}ALZAWDYiY5>;t=sRre?ZN
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diff --git a/PyCHAM/__pycache__/partit_var.cpython-39.pyc b/PyCHAM/__pycache__/partit_var.cpython-39.pyc
index e63fcf4e771cc83d1e97f93e714e180c3d697a1c..45ea8e90062632e3d560b8f0d4c76f32da41e07b 100644
GIT binary patch
delta 313
zcmca7I!lZ%k(ZZ?0SNA;Tc?|9OyoPo7&Gx^2jhv&NsNb?7#B=dV+m8K5zP`xVajHj
zz+Chpg|S8qh?#(5OcD&OOeqX0Kr)SKautg{r*H}nP!&tjw#l1VVi_wY3$V(%i_~bP
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W<Ace~oQv7ySa=v^SSD+5Z36&mSXBK0

delta 282
zcmbOwc2ATqk(ZZ?0SIib#ibRhPvkqrXg2X?2jim6NsNb?7*9=}#cDk{kwtp)A{Jdv
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l9xzHxW@n$Xc`LgDBjc^f*EpUq-kH3cb1{<w^W+q+Z2*puOfvug

diff --git a/PyCHAM/__pycache__/plotter_ct.cpython-39.pyc b/PyCHAM/__pycache__/plotter_ct.cpython-39.pyc
index f8a6267f01ffcd87e4749bab8a6b97f3d7690466..cf2539c8e92a2cf0b23f6b4d411d020cdcc0729b 100644
GIT binary patch
delta 51
zcmbO?i*ea3M&3kTUM>b8$Vj$Hf4Gr%oi|ek!(>M%>&ZX7g}Edc+5R&zGX3XZ-puPG
G$Or&?w+;*d

delta 43
ycmZ2Bi*ep8M&3kTUM>b8crIt0es?49I&Y=~hRKdj){}pD3o~gkZ5H(rWCQ>ea11a2

diff --git a/PyCHAM/__pycache__/pp_dursim.cpython-39.pyc b/PyCHAM/__pycache__/pp_dursim.cpython-39.pyc
index 01f1e9b716c8d0147691cdb1eb0b8eeb6dac643d..790bc2a240837351b87d30b8bfaa8f40d9ca1f00 100644
GIT binary patch
delta 56
zcmZn=Y7pX0<mKgJ0D?8^9nuvx@`^BuiWH`$u#_+^V5(tV$e6+=!63{~E3(;)aVHxi
K)8-HC0*nA+-3;3R

delta 56
zcmZn=Y7pX0<mKgJ00O5kMQNHFc|{mSnF`ZVSV|ZdFx9XwWK3a`U=U`gW!h}UxRZ^M
KdGiN$0Y(5~WDLy!

diff --git a/PyCHAM/__pycache__/pp_intro.cpython-39.pyc b/PyCHAM/__pycache__/pp_intro.cpython-39.pyc
index 2b834094908d102df825349c12ba3ffd2f421226..4bb91cb276ee012b1ec989814c50f1556d111401 100644
GIT binary patch
delta 650
zcmY*XJ8u&~5Z>9nTidy_1I{|;{5rqm$c`uwjUf^eSV#yd63U}MfRL6T9GV=aL35Rf
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delta 590
zcmY*WOG{fp6rQ<rAGzM-+L|kRjpm^yCYa(vl!A59$4Z1kDs)jKh(iVAqYiOVIYSqr
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diff --git a/PyCHAM/__pycache__/rate_coeffs.cpython-39.pyc b/PyCHAM/__pycache__/rate_coeffs.cpython-39.pyc
index 4c47e88364ac609f1dffa76d58287d063c95a5ff..27301b1c99f58b3aae12c63f54d01d5c96bd2e05 100644
GIT binary patch
literal 245215
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diff --git a/PyCHAM/__pycache__/retr_out.cpython-39.pyc b/PyCHAM/__pycache__/retr_out.cpython-39.pyc
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diff --git a/PyCHAM/cham_up.py b/PyCHAM/cham_up.py
index 6b12eea9..5e648446 100755
--- a/PyCHAM/cham_up.py
+++ b/PyCHAM/cham_up.py
@@ -542,7 +542,6 @@ def cham_up(sumt, Pnow,
 
 				# index for mole fraction of seed particles
 				self.seedx_tcnt = seedt_cnt
-
 				[y[num_comp:num_comp*(num_sb-self.wall_on+1)], 
 				N_perbin, _,_] = pp_dursim.pp_dursim(
 				yp0, N_perbin0, mean_radn, pconcn, lowsize, 
@@ -861,6 +860,16 @@ def cham_up(sumt, Pnow,
 	if (ic_red == 1 and bc_red == 0):
 		bc_red = 1
 
+	# if equilibrium gas-particle partitioning turned on
+	if (self.equi_gtop_partit == 1):
+		# effective saturation concentrations of 
+		# components (ug/m3)
+		# eq. 1 of O'Meara et al. (2014)
+		# doi.org/10.1039/C4CP00857J
+		self.Cstar = (10.**6*y_mw.reshape(1, -1)*
+		self.Psat_Pa/
+		(8.314*temp_now))
+
 	return(temp_now, Pnow, light_time_cnt, tnew, bc_red, update_count, 
 		Cinfl_now, seedt_cnt, Cfactor, infx_cnt, gasinj_cnt, DStar_org, y, tempt_cnt, 
 		RHt_cnt, N_perbin, x, pconcn_frac, pcontf, tot_in_res, self)
diff --git a/PyCHAM/def_mod_var.py b/PyCHAM/def_mod_var.py
index 1b9e46fe..487e879a 100755
--- a/PyCHAM/def_mod_var.py
+++ b/PyCHAM/def_mod_var.py
@@ -149,6 +149,9 @@ def def_mod_var(caller, self): # define function
 	# known to partition inside 
 	# prop_calc.py and volat_calc.py
 	self.inorg_part_flag = 0
+	# whether (1) or not (0) to treat gas-particle paritioning as equilibrium, i.e.
+	# not dynamic partitioning
+	self.equi_gtop_partit = 0 
 
 	# gas inputs ------------------------------------------------------------
 	# chemical scheme name of components present initially
@@ -164,8 +167,10 @@ def def_mod_var(caller, self): # define function
 	self.con_infl_tf = 0 
 
 	# chemical scheme name of components with constant concentration	
-	self.const_comp = []
-	# Chemical scheme names of components injected instantaneously after start of experiment
+	self.const_comp = np.zeros((0, 0)).astype('str')
+	# times that constant concentration applies to
+	self.const_compt = np.zeros((1)).astype('float')
+	# chemical scheme names of components injected instantaneously after start of experiment
 	Compt = []
 	# times at which instantaneous injection of component(s) occur after 
 	# experiment start (s)
diff --git a/PyCHAM/dydt_rec.py b/PyCHAM/dydt_rec.py
index 92e2651f..25163ee4 100755
--- a/PyCHAM/dydt_rec.py
+++ b/PyCHAM/dydt_rec.py
@@ -24,7 +24,7 @@
 # changes due to gas-phase photochemistry and partitioning are included; 
 # generated in init_conc and treats loss from gas-phase as negative
 
-# File Created at 2024-11-18 11:42:12.348731
+# File Created at 2024-11-25 13:30:41.338052
 
 import numpy as np 
 
diff --git a/PyCHAM/eqn_pars.py b/PyCHAM/eqn_pars.py
index 67097ad9..09210111 100755
--- a/PyCHAM/eqn_pars.py
+++ b/PyCHAM/eqn_pars.py
@@ -122,7 +122,8 @@ def extr_mech(int_tol, num_sb, drh_str, erh_str, self):
 	# get index of components with continuous influx/concentration -----------
 	# empty array for storing index of components with constant influx
 	self.con_infl_indx = np.zeros((len(self.con_infl_nam)))
-	self.con_C_indx = np.zeros((len(self.const_comp))).astype('int')
+	self.con_C_indx = np.zeros((self.const_comp.shape[0], 
+		self.const_comp.shape[1])).astype('int')
 	delete_row_list = [] # prepare for removing rows of unrecognised components
 
 	icon = 0 # count on constant influxes
@@ -185,29 +186,38 @@ def extr_mech(int_tol, num_sb, drh_str, erh_str, self):
 		self.con_infl_nam = (self.con_infl_nam[si])
 
 	# components with constant concentration
-	for i in range (len(self.const_comp)):
-		try:
-			# index of where constant concentration components occur in list 
-			# of components
-			self.con_C_indx[i] = self.comp_namelist.index(self.const_comp[i])
-		except:
-			# if water then we know it will be the next 
-			# component to
-			# be appended to the component list
-			if (self.const_comp[i] == 'H2O'):
-				self.con_C_indx[i] = len(
-					self.comp_namelist)
-			else: # if not water
-				erf = 1 # raise error
-				err_mess = str('''Error: constant 
-				concentration 
-				component with name ''' + 
-				str(self.const_comp[i]) + ''' 
-				has not been identified in the 
-				chemical scheme, 
-				please check it is present and the 
-				chemical scheme markers are correct''')	
-	
+	for i in range(self.const_comp.shape[0]):
+		for it in range(self.const_comp.shape[1]):
+			try:
+				# index of where constant concentration components occur in list 
+				# of components
+				self.con_C_indx[i, it] = self.comp_namelist.index(
+					self.const_comp[i, it])
+				
+			except:
+				# if a component doesn't appear at a given time then provide
+				# a marker for no component
+				if (self.const_comp[i, it] == ''):
+					self.con_C_indx[i, it] = -1e6
+					continue	
+				
+				# if water then we know it will be the next 
+				# component to
+				# be appended to the component list
+				if (self.const_comp[i, it] == 'H2O'):
+					self.con_C_indx[i] = len(
+						self.comp_namelist)
+				else: # if not water
+					erf = 1 # raise error
+					err_mess = str('''Error: constant 
+					concentration 
+					component with name ''' + 
+					str(self.const_comp[i]) + ''' 
+					has not been identified in the 
+					chemical scheme, 
+					please check it is present and the 
+					chemical scheme markers are correct''')	
+
 	# -------------------------------------------------------------
 	# check if water in continuous influx components 
 	if ('H2O' in self.con_infl_nam):
diff --git a/PyCHAM/err_log.txt b/PyCHAM/err_log.txt
index 3d74c3e9..c84d13e9 100644
--- a/PyCHAM/err_log.txt
+++ b/PyCHAM/err_log.txt
@@ -1 +1 @@
-/Users/user/Documents/GitHub/PyCHAM/PyCHAM/output/mcmAP_scheme/20Nov_0900_0959_Base
+/Users/user/Documents/GitHub/PyCHAM/PyCHAM/output/AP_BZ_MCM_PRAMAP_autoAPRAMBZ_scheme/method_ex_dynpart_1.e-8zpc_1e3inttol_RO2pool
diff --git a/PyCHAM/gui.py b/PyCHAM/gui.py
index c89353eb..1aaef303 100755
--- a/PyCHAM/gui.py
+++ b/PyCHAM/gui.py
@@ -1343,7 +1343,8 @@ def SECtab(self): # more detailed plotting tab definition
 		# drop down button to select units for change tendencies
 		self.b220e = QComboBox(self)
 		self.b220e.addItem('Molar Mass (g/mol)')
-		self.b220e.addItem('Pure component saturation vapour pressure at starting temperature of simulation (Pa)')
+		self.b220e.addItem(str('Pure component saturation vapour pressure at ' +
+			'starting temperature of simulation (Pa)'))
 		self.b220e.addItem('Pure component saturation vapour pressure at 298.15 K (Pa)')
 		self.SEClayout.addWidget(self.b220e, 8, 2, 1, 1)
 
@@ -3503,7 +3504,6 @@ def on_click220c(self):
 	def on_click220d(self):
 
 		self.dir_path = self.l201.text() # name of folder with results
-
 		# get name of single component
 		self.mm_comp_name = self.e218c.text().strip()
 
diff --git a/PyCHAM/hyst_eq.py b/PyCHAM/hyst_eq.py
index a7ed1966..94c83528 100755
--- a/PyCHAM/hyst_eq.py
+++ b/PyCHAM/hyst_eq.py
@@ -21,7 +21,7 @@
 ##########################################################################################
 '''solution of deliquescence and efflorescence RH, generated by eqn_pars.py in fully functioning mode, or by ui_check.py in testing mode'''
 # module to estimate deliquescence and efflorescence relative humidity as a function of temperature
-# File Created at 2024-11-18 11:42:12.349062
+# File Created at 2024-11-25 13:30:41.256636
 
 # function for deliquescence
 def drh(TEMP):
diff --git a/PyCHAM/input/.DS_Store b/PyCHAM/input/.DS_Store
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diff --git a/PyCHAM/input/SOAPRA/AP_BZ_MCM_PRAMAP_autoAPRAMBZ_scheme.dat b/PyCHAM/input/SOAPRA/AP_BZ_MCM_PRAMAP_autoAPRAMBZ_scheme.dat
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index 00000000..8c166320
--- /dev/null
+++ b/PyCHAM/input/SOAPRA/AP_BZ_MCM_PRAMAP_autoAPRAMBZ_scheme.dat
@@ -0,0 +1,7826 @@
+#INLINE F90_GLOBAL
+ REAL(dp)::M, N2, O2, RO2, H2O
+#ENDINLINE {above lines go into MODULE KPP_ROOT_Global}
+#INCLUDE atoms
+#DEFVAR
+
+DUMMY = IGNORE ;
+OH = IGNORE ;
+HO2 = IGNORE ;
+NO = IGNORE ;
+NO2 = IGNORE ;
+BZo_RO2_O7 = IGNORE ;
+BZo_RO2_O9 = IGNORE ;
+BZo_RO2_O11 = IGNORE ;
+BZeo_RO2_O6 = IGNORE ;
+BZeo_RO2_O8 = IGNORE ;
+BZeo_RO2_O10 = IGNORE ;
+C5_RO2_O6 = IGNORE ;
+C5_RO2_O7 = IGNORE ;
+C5_RO2_O8 = IGNORE ;
+C5_RO2_O9 = IGNORE ;
+C5_RO2_O10 = IGNORE ;
+BZBIPERO2 = IGNORE ;
+BZEMUCCO3 = IGNORE ;
+BZEMUCO2 = IGNORE ;
+C5DIALO2 = IGNORE ;
+NPHENO2 = IGNORE ;
+PHENO2 = IGNORE ;
+MALDIALCO3 = IGNORE ;
+EPXDLCO3 = IGNORE ;
+C3DIALO2 = IGNORE ;
+MALDIALO2 = IGNORE ;
+C6H5O2 = IGNORE ;
+NBZFUO2 = IGNORE ;
+BZFUO2 = IGNORE ;
+HCOCOHCO3 = IGNORE ;
+CATEC1O2 = IGNORE ;
+HCOCO3 = IGNORE ;
+HCOCH2O2 = IGNORE ;
+NPHEN1O2 = IGNORE ;
+NNCATECO2 = IGNORE ;
+NCATECO2 = IGNORE ;
+NBZQO2 = IGNORE ;
+PBZQO2 = IGNORE ;
+MALANHYO2 = IGNORE ;
+NDNPHENO2 = IGNORE ;
+DNPHENO2 = IGNORE ;
+HOCH2CO3 = IGNORE ;
+C5CO2OHCO3 = IGNORE ;
+C4CO2DBCO3 = IGNORE ;
+BZo_O5_NO3 = IGNORE ;
+BZo_O7_NO3 = IGNORE ;
+BZo_O9_NO3 = IGNORE ;
+BZeo_O4_NO3 = IGNORE ;
+BZeo_O6_NO3 = IGNORE ;
+BZeo_O8_NO3 = IGNORE ;
+C5e_O4_NO3 = IGNORE ;
+C5_O5_NO3 = IGNORE ;
+C5e_O6_NO3 = IGNORE ;
+C5_O7_NO3 = IGNORE ;
+C5e_O8_NO3 = IGNORE ;
+BZo_O5_OOH = IGNORE ;
+BZo_O7_OOH = IGNORE ;
+BZo_O9_OOH = IGNORE ;
+BZeo_O4_OOH = IGNORE ;
+BZeo_O6_OOH = IGNORE ;
+BZeo_O8_OOH = IGNORE ;
+C5e_O4_OOH = IGNORE ;
+C5_O5_OOH = IGNORE ;
+C5e_O6_OOH = IGNORE ;
+C5_O7_OOH = IGNORE ;
+C5e_O8_OOH = IGNORE ;
+BZo_RO_O6 = IGNORE ;
+BZo_RO_O8 = IGNORE ;
+BZo_RO_O10 = IGNORE ;
+BZeo_RO_O5 = IGNORE ;
+BZeo_RO_O7 = IGNORE ;
+BZeo_RO_O9 = IGNORE ;
+BZo_O5_O = IGNORE ;
+BZo_O7_O = IGNORE ;
+BZo_O9_O = IGNORE ;
+BZeo_O4_O = IGNORE ;
+BZeo_O6_O = IGNORE ;
+BZeo_O8_O = IGNORE ;
+C5e_O4_O = IGNORE ;
+C5_O5_O = IGNORE ;
+C5e_O6_O = IGNORE ;
+C5_O7_O = IGNORE ;
+C5e_O8_O = IGNORE ;
+BZo_O4_2OH = IGNORE ;
+BZo_O6_2OH = IGNORE ;
+BZo_O8_2OH = IGNORE ;
+BZeo_O3_2OH = IGNORE ;
+BZeo_O5_2OH = IGNORE ;
+BZeo_O7_2OH = IGNORE ;
+C5e_O3_2OH = IGNORE ;
+C5_O4_2OH = IGNORE ;
+C5e_O5_2OH = IGNORE ;
+C5_O6_2OH = IGNORE ;
+C5e_O7_2OH = IGNORE ;
+BZoO6_BZoO6 = IGNORE ;
+BZoO6_BZoO8 = IGNORE ;
+BZoO6_BZoO10 = IGNORE ;
+BZoO6_BZeoO5 = IGNORE ;
+BZoO6_BZeoO7 = IGNORE ;
+BZoO6_BZeoO9 = IGNORE ;
+BZoO6_C5eO5 = IGNORE ;
+BZoO6_C5O6 = IGNORE ;
+BZoO6_C5eO7 = IGNORE ;
+BZoO6_C5O8 = IGNORE ;
+BZoO6_C5eO9 = IGNORE ;
+BZoO6_BZBI = IGNORE ;
+BZoO6_BZMUa = IGNORE ;
+BZoO6_BZMUb = IGNORE ;
+BZoO6_C5DI = IGNORE ;
+BZoO6_NPHa = IGNORE ;
+BZoO6_PHEN = IGNORE ;
+BZoO6_MALa = IGNORE ;
+BZoO6_EPX = IGNORE ;
+BZoO6_C3DI = IGNORE ;
+BZoO6_MALb = IGNORE ;
+BZoO6_C6a = IGNORE ;
+BZoO6_NBZa = IGNORE ;
+BZoO6_BZFU = IGNORE ;
+BZoO6_C3a = IGNORE ;
+BZoO6_CATE = IGNORE ;
+BZoO6_C2a = IGNORE ;
+BZoO6_C2b = IGNORE ;
+BZoO6_NPHb = IGNORE ;
+BZoO6_NNC = IGNORE ;
+BZoO6_NCAT = IGNORE ;
+BZoO6_NBZb = IGNORE ;
+BZoO6_PBZ = IGNORE ;
+BZoO6_MALc = IGNORE ;
+BZoO6_NDN = IGNORE ;
+BZoO6_DNP = IGNORE ;
+BZoO6_C2c = IGNORE ;
+BZoO6_C5a = IGNORE ;
+BZoO6_C4a = IGNORE ;
+BZoO8_BZoO8 = IGNORE ;
+BZoO8_BZoO10 = IGNORE ;
+BZoO8_BZeoO5 = IGNORE ;
+BZoO8_BZeoO7 = IGNORE ;
+BZoO8_BZeoO9 = IGNORE ;
+BZoO8_C5eO5 = IGNORE ;
+BZoO8_C5O6 = IGNORE ;
+BZoO8_C5eO7 = IGNORE ;
+BZoO8_C5O8 = IGNORE ;
+BZoO8_C5eO9 = IGNORE ;
+BZoO8_BZBI = IGNORE ;
+BZoO8_BZMUa = IGNORE ;
+BZoO8_BZMUb = IGNORE ;
+BZoO8_C5DI = IGNORE ;
+BZoO8_NPHa = IGNORE ;
+BZoO8_PHEN = IGNORE ;
+BZoO8_MALa = IGNORE ;
+BZoO8_EPX = IGNORE ;
+BZoO8_C3DI = IGNORE ;
+BZoO8_MALb = IGNORE ;
+BZoO8_C6a = IGNORE ;
+BZoO8_NBZa = IGNORE ;
+BZoO8_BZFU = IGNORE ;
+BZoO8_C3a = IGNORE ;
+BZoO8_CATE = IGNORE ;
+BZoO8_C2a = IGNORE ;
+BZoO8_C2b = IGNORE ;
+BZoO8_NPHb = IGNORE ;
+BZoO8_NNC = IGNORE ;
+BZoO8_NCAT = IGNORE ;
+BZoO8_NBZb = IGNORE ;
+BZoO8_PBZ = IGNORE ;
+BZoO8_MALc = IGNORE ;
+BZoO8_NDN = IGNORE ;
+BZoO8_DNP = IGNORE ;
+BZoO8_C2c = IGNORE ;
+BZoO8_C5a = IGNORE ;
+BZoO8_C4a = IGNORE ;
+BZoO10_BZoO10 = IGNORE ;
+BZoO10_BZeoO5 = IGNORE ;
+BZoO10_BZeoO7 = IGNORE ;
+BZoO10_BZeoO9 = IGNORE ;
+BZoO10_C5eO5 = IGNORE ;
+BZoO10_C5O6 = IGNORE ;
+BZoO10_C5eO7 = IGNORE ;
+BZoO10_C5O8 = IGNORE ;
+BZoO10_C5eO9 = IGNORE ;
+BZoO10_BZBI = IGNORE ;
+BZoO10_BZMUa = IGNORE ;
+BZoO10_BZMUb = IGNORE ;
+BZoO10_C5DI = IGNORE ;
+BZoO10_NPHa = IGNORE ;
+BZoO10_PHEN = IGNORE ;
+BZoO10_MALa = IGNORE ;
+BZoO10_EPX = IGNORE ;
+BZoO10_C3DI = IGNORE ;
+BZoO10_MALb = IGNORE ;
+BZoO10_C6a = IGNORE ;
+BZoO10_NBZa = IGNORE ;
+BZoO10_BZFU = IGNORE ;
+BZoO10_C3a = IGNORE ;
+BZoO10_CATE = IGNORE ;
+BZoO10_C2a = IGNORE ;
+BZoO10_C2b = IGNORE ;
+BZoO10_NPHb = IGNORE ;
+BZoO10_NNC = IGNORE ;
+BZoO10_NCAT = IGNORE ;
+BZoO10_NBZb = IGNORE ;
+BZoO10_PBZ = IGNORE ;
+BZoO10_MALc = IGNORE ;
+BZoO10_NDN = IGNORE ;
+BZoO10_DNP = IGNORE ;
+BZoO10_C2c = IGNORE ;
+BZoO10_C5a = IGNORE ;
+BZoO10_C4a = IGNORE ;
+BZeoO5_BZeoO5 = IGNORE ;
+BZeoO5_BZeoO7 = IGNORE ;
+BZeoO5_BZeoO9 = IGNORE ;
+BZeoO5_C5eO5 = IGNORE ;
+BZeoO5_C5O6 = IGNORE ;
+BZeoO5_C5eO7 = IGNORE ;
+BZeoO5_C5O8 = IGNORE ;
+BZeoO5_C5eO9 = IGNORE ;
+BZeoO5_BZBI = IGNORE ;
+BZeoO5_BZMUa = IGNORE ;
+BZeoO5_BZMUb = IGNORE ;
+BZeoO5_C5DI = IGNORE ;
+BZeoO5_NPHa = IGNORE ;
+BZeoO5_PHEN = IGNORE ;
+BZeoO5_MALa = IGNORE ;
+BZeoO5_EPX = IGNORE ;
+BZeoO5_C3DI = IGNORE ;
+BZeoO5_MALb = IGNORE ;
+BZeoO5_C6a = IGNORE ;
+BZeoO5_NBZa = IGNORE ;
+BZeoO5_BZFU = IGNORE ;
+BZeoO5_C3a = IGNORE ;
+BZeoO5_CATE = IGNORE ;
+BZeoO5_C2a = IGNORE ;
+BZeoO5_C2b = IGNORE ;
+BZeoO5_NPHb = IGNORE ;
+BZeoO5_NNC = IGNORE ;
+BZeoO5_NCAT = IGNORE ;
+BZeoO5_NBZb = IGNORE ;
+BZeoO5_PBZ = IGNORE ;
+BZeoO5_MALc = IGNORE ;
+BZeoO5_NDN = IGNORE ;
+BZeoO5_DNP = IGNORE ;
+BZeoO5_C2c = IGNORE ;
+BZeoO5_C5a = IGNORE ;
+BZeoO5_C4a = IGNORE ;
+BZeoO7_BZeoO7 = IGNORE ;
+BZeoO7_BZeoO9 = IGNORE ;
+BZeoO7_C5eO5 = IGNORE ;
+BZeoO7_C5O6 = IGNORE ;
+BZeoO7_C5eO7 = IGNORE ;
+BZeoO7_C5O8 = IGNORE ;
+BZeoO7_C5eO9 = IGNORE ;
+BZeoO7_BZBI = IGNORE ;
+BZeoO7_BZMUa = IGNORE ;
+BZeoO7_BZMUb = IGNORE ;
+BZeoO7_C5DI = IGNORE ;
+BZeoO7_NPHa = IGNORE ;
+BZeoO7_PHEN = IGNORE ;
+BZeoO7_MALa = IGNORE ;
+BZeoO7_EPX = IGNORE ;
+BZeoO7_C3DI = IGNORE ;
+BZeoO7_MALb = IGNORE ;
+BZeoO7_C6a = IGNORE ;
+BZeoO7_NBZa = IGNORE ;
+BZeoO7_BZFU = IGNORE ;
+BZeoO7_C3a = IGNORE ;
+BZeoO7_CATE = IGNORE ;
+BZeoO7_C2a = IGNORE ;
+BZeoO7_C2b = IGNORE ;
+BZeoO7_NPHb = IGNORE ;
+BZeoO7_NNC = IGNORE ;
+BZeoO7_NCAT = IGNORE ;
+BZeoO7_NBZb = IGNORE ;
+BZeoO7_PBZ = IGNORE ;
+BZeoO7_MALc = IGNORE ;
+BZeoO7_NDN = IGNORE ;
+BZeoO7_DNP = IGNORE ;
+BZeoO7_C2c = IGNORE ;
+BZeoO7_C5a = IGNORE ;
+BZeoO7_C4a = IGNORE ;
+BZeoO9_BZeoO9 = IGNORE ;
+BZeoO9_C5eO5 = IGNORE ;
+BZeoO9_C5O6 = IGNORE ;
+BZeoO9_C5eO7 = IGNORE ;
+BZeoO9_C5O8 = IGNORE ;
+BZeoO9_C5eO9 = IGNORE ;
+BZeoO9_BZBI = IGNORE ;
+BZeoO9_BZMUa = IGNORE ;
+BZeoO9_BZMUb = IGNORE ;
+BZeoO9_C5DI = IGNORE ;
+BZeoO9_NPHa = IGNORE ;
+BZeoO9_PHEN = IGNORE ;
+BZeoO9_MALa = IGNORE ;
+BZeoO9_EPX = IGNORE ;
+BZeoO9_C3DI = IGNORE ;
+BZeoO9_MALb = IGNORE ;
+BZeoO9_C6a = IGNORE ;
+BZeoO9_NBZa = IGNORE ;
+BZeoO9_BZFU = IGNORE ;
+BZeoO9_C3a = IGNORE ;
+BZeoO9_CATE = IGNORE ;
+BZeoO9_C2a = IGNORE ;
+BZeoO9_C2b = IGNORE ;
+BZeoO9_NPHb = IGNORE ;
+BZeoO9_NNC = IGNORE ;
+BZeoO9_NCAT = IGNORE ;
+BZeoO9_NBZb = IGNORE ;
+BZeoO9_PBZ = IGNORE ;
+BZeoO9_MALc = IGNORE ;
+BZeoO9_NDN = IGNORE ;
+BZeoO9_DNP = IGNORE ;
+BZeoO9_C2c = IGNORE ;
+BZeoO9_C5a = IGNORE ;
+BZeoO9_C4a = IGNORE ;
+C5eO5_C5eO5 = IGNORE ;
+C5eO5_C5O6 = IGNORE ;
+C5eO5_C5eO7 = IGNORE ;
+C5eO5_C5O8 = IGNORE ;
+C5eO5_C5eO9 = IGNORE ;
+C5eO5_BZBI = IGNORE ;
+C5eO5_BZMUa = IGNORE ;
+C5eO5_BZMUb = IGNORE ;
+C5eO5_C5DI = IGNORE ;
+C5eO5_NPHa = IGNORE ;
+C5eO5_PHEN = IGNORE ;
+C5eO5_MALa = IGNORE ;
+C5eO5_EPX = IGNORE ;
+C5eO5_C3DI = IGNORE ;
+C5eO5_MALb = IGNORE ;
+C5eO5_C6a = IGNORE ;
+C5eO5_NBZa = IGNORE ;
+C5eO5_BZFU = IGNORE ;
+C5eO5_C3a = IGNORE ;
+C5eO5_CATE = IGNORE ;
+C5eO5_C2a = IGNORE ;
+C5eO5_C2b = IGNORE ;
+C5eO5_NPHb = IGNORE ;
+C5eO5_NNC = IGNORE ;
+C5eO5_NCAT = IGNORE ;
+C5eO5_NBZb = IGNORE ;
+C5eO5_PBZ = IGNORE ;
+C5eO5_MALc = IGNORE ;
+C5eO5_NDN = IGNORE ;
+C5eO5_DNP = IGNORE ;
+C5eO5_C2c = IGNORE ;
+C5eO5_C5a = IGNORE ;
+C5eO5_C4a = IGNORE ;
+C5O6_C5O6 = IGNORE ;
+C5O6_C5eO7 = IGNORE ;
+C5O6_C5O8 = IGNORE ;
+C5O6_C5eO9 = IGNORE ;
+C5O6_BZBI = IGNORE ;
+C5O6_BZMUa = IGNORE ;
+C5O6_BZMUb = IGNORE ;
+C5O6_C5DI = IGNORE ;
+C5O6_NPHa = IGNORE ;
+C5O6_PHEN = IGNORE ;
+C5O6_MALa = IGNORE ;
+C5O6_EPX = IGNORE ;
+C5O6_C3DI = IGNORE ;
+C5O6_MALb = IGNORE ;
+C5O6_C6a = IGNORE ;
+C5O6_NBZa = IGNORE ;
+C5O6_BZFU = IGNORE ;
+C5O6_C3a = IGNORE ;
+C5O6_CATE = IGNORE ;
+C5O6_C2a = IGNORE ;
+C5O6_C2b = IGNORE ;
+C5O6_NPHb = IGNORE ;
+C5O6_NNC = IGNORE ;
+C5O6_NCAT = IGNORE ;
+C5O6_NBZb = IGNORE ;
+C5O6_PBZ = IGNORE ;
+C5O6_MALc = IGNORE ;
+C5O6_NDN = IGNORE ;
+C5O6_DNP = IGNORE ;
+C5O6_C2c = IGNORE ;
+C5O6_C5a = IGNORE ;
+C5O6_C4a = IGNORE ;
+C5eO7_C5eO7 = IGNORE ;
+C5eO7_C5O8 = IGNORE ;
+C5eO7_C5eO9 = IGNORE ;
+C5eO7_BZBI = IGNORE ;
+C5eO7_BZMUa = IGNORE ;
+C5eO7_BZMUb = IGNORE ;
+C5eO7_C5DI = IGNORE ;
+C5eO7_NPHa = IGNORE ;
+C5eO7_PHEN = IGNORE ;
+C5eO7_MALa = IGNORE ;
+C5eO7_EPX = IGNORE ;
+C5eO7_C3DI = IGNORE ;
+C5eO7_MALb = IGNORE ;
+C5eO7_C6a = IGNORE ;
+C5eO7_NBZa = IGNORE ;
+C5eO7_BZFU = IGNORE ;
+C5eO7_C3a = IGNORE ;
+C5eO7_CATE = IGNORE ;
+C5eO7_C2a = IGNORE ;
+C5eO7_C2b = IGNORE ;
+C5eO7_NPHb = IGNORE ;
+C5eO7_NNC = IGNORE ;
+C5eO7_NCAT = IGNORE ;
+C5eO7_NBZb = IGNORE ;
+C5eO7_PBZ = IGNORE ;
+C5eO7_MALc = IGNORE ;
+C5eO7_NDN = IGNORE ;
+C5eO7_DNP = IGNORE ;
+C5eO7_C2c = IGNORE ;
+C5eO7_C5a = IGNORE ;
+C5eO7_C4a = IGNORE ;
+C5O8_C5O8 = IGNORE ;
+C5O8_C5eO9 = IGNORE ;
+C5O8_BZBI = IGNORE ;
+C5O8_BZMUa = IGNORE ;
+C5O8_BZMUb = IGNORE ;
+C5O8_C5DI = IGNORE ;
+C5O8_NPHa = IGNORE ;
+C5O8_PHEN = IGNORE ;
+C5O8_MALa = IGNORE ;
+C5O8_EPX = IGNORE ;
+C5O8_C3DI = IGNORE ;
+C5O8_MALb = IGNORE ;
+C5O8_C6a = IGNORE ;
+C5O8_NBZa = IGNORE ;
+C5O8_BZFU = IGNORE ;
+C5O8_C3a = IGNORE ;
+C5O8_CATE = IGNORE ;
+C5O8_C2a = IGNORE ;
+C5O8_C2b = IGNORE ;
+C5O8_NPHb = IGNORE ;
+C5O8_NNC = IGNORE ;
+C5O8_NCAT = IGNORE ;
+C5O8_NBZb = IGNORE ;
+C5O8_PBZ = IGNORE ;
+C5O8_MALc = IGNORE ;
+C5O8_NDN = IGNORE ;
+C5O8_DNP = IGNORE ;
+C5O8_C2c = IGNORE ;
+C5O8_C5a = IGNORE ;
+C5O8_C4a = IGNORE ;
+C5eO9_C5eO9 = IGNORE ;
+C5eO9_BZBI = IGNORE ;
+C5eO9_BZMUa = IGNORE ;
+C5eO9_BZMUb = IGNORE ;
+C5eO9_C5DI = IGNORE ;
+C5eO9_NPHa = IGNORE ;
+C5eO9_PHEN = IGNORE ;
+C5eO9_MALa = IGNORE ;
+C5eO9_EPX = IGNORE ;
+C5eO9_C3DI = IGNORE ;
+C5eO9_MALb = IGNORE ;
+C5eO9_C6a = IGNORE ;
+C5eO9_NBZa = IGNORE ;
+C5eO9_BZFU = IGNORE ;
+C5eO9_C3a = IGNORE ;
+C5eO9_CATE = IGNORE ;
+C5eO9_C2a = IGNORE ;
+C5eO9_C2b = IGNORE ;
+C5eO9_NPHb = IGNORE ;
+C5eO9_NNC = IGNORE ;
+C5eO9_NCAT = IGNORE ;
+C5eO9_NBZb = IGNORE ;
+C5eO9_PBZ = IGNORE ;
+C5eO9_MALc = IGNORE ;
+C5eO9_NDN = IGNORE ;
+C5eO9_DNP = IGNORE ;
+C5eO9_C2c = IGNORE ;
+C5eO9_C5a = IGNORE ;
+C5eO9_C4a = IGNORE ;
+BZBI_BZBI = IGNORE ;
+BZBI_BZMUa = IGNORE ;
+BZBI_BZMUb = IGNORE ;
+BZBI_C5DI = IGNORE ;
+BZBI_NPHa = IGNORE ;
+BZBI_PHEN = IGNORE ;
+BZBI_MALa = IGNORE ;
+BZBI_EPX = IGNORE ;
+BZBI_C3DI = IGNORE ;
+BZBI_MALb = IGNORE ;
+BZBI_C6a = IGNORE ;
+BZBI_NBZa = IGNORE ;
+BZBI_BZFU = IGNORE ;
+BZBI_C3a = IGNORE ;
+BZBI_CATE = IGNORE ;
+BZBI_C2a = IGNORE ;
+BZBI_C2b = IGNORE ;
+BZBI_NPHb = IGNORE ;
+BZBI_NNC = IGNORE ;
+BZBI_NCAT = IGNORE ;
+BZBI_NBZb = IGNORE ;
+BZBI_PBZ = IGNORE ;
+BZBI_MALc = IGNORE ;
+BZBI_NDN = IGNORE ;
+BZBI_DNP = IGNORE ;
+BZBI_C2c = IGNORE ;
+BZBI_C5a = IGNORE ;
+BZBI_C4a = IGNORE ;
+BZMUa_BZMUa = IGNORE ;
+BZMUa_BZMUb = IGNORE ;
+BZMUa_C5DI = IGNORE ;
+BZMUa_NPHa = IGNORE ;
+BZMUa_PHEN = IGNORE ;
+BZMUa_MALa = IGNORE ;
+BZMUa_EPX = IGNORE ;
+BZMUa_C3DI = IGNORE ;
+BZMUa_MALb = IGNORE ;
+BZMUa_C6a = IGNORE ;
+BZMUa_NBZa = IGNORE ;
+BZMUa_BZFU = IGNORE ;
+BZMUa_C3a = IGNORE ;
+BZMUa_CATE = IGNORE ;
+BZMUa_C2a = IGNORE ;
+BZMUa_C2b = IGNORE ;
+BZMUa_NPHb = IGNORE ;
+BZMUa_NNC = IGNORE ;
+BZMUa_NCAT = IGNORE ;
+BZMUa_NBZb = IGNORE ;
+BZMUa_PBZ = IGNORE ;
+BZMUa_MALc = IGNORE ;
+BZMUa_NDN = IGNORE ;
+BZMUa_DNP = IGNORE ;
+BZMUa_C2c = IGNORE ;
+BZMUa_C5a = IGNORE ;
+BZMUa_C4a = IGNORE ;
+BZMUb_BZMUb = IGNORE ;
+BZMUb_C5DI = IGNORE ;
+BZMUb_NPHa = IGNORE ;
+BZMUb_PHEN = IGNORE ;
+BZMUb_MALa = IGNORE ;
+BZMUb_EPX = IGNORE ;
+BZMUb_C3DI = IGNORE ;
+BZMUb_MALb = IGNORE ;
+BZMUb_C6a = IGNORE ;
+BZMUb_NBZa = IGNORE ;
+BZMUb_BZFU = IGNORE ;
+BZMUb_C3a = IGNORE ;
+BZMUb_CATE = IGNORE ;
+BZMUb_C2a = IGNORE ;
+BZMUb_C2b = IGNORE ;
+BZMUb_NPHb = IGNORE ;
+BZMUb_NNC = IGNORE ;
+BZMUb_NCAT = IGNORE ;
+BZMUb_NBZb = IGNORE ;
+BZMUb_PBZ = IGNORE ;
+BZMUb_MALc = IGNORE ;
+BZMUb_NDN = IGNORE ;
+BZMUb_DNP = IGNORE ;
+BZMUb_C2c = IGNORE ;
+BZMUb_C5a = IGNORE ;
+BZMUb_C4a = IGNORE ;
+C5DI_C5DI = IGNORE ;
+C5DI_NPHa = IGNORE ;
+C5DI_PHEN = IGNORE ;
+C5DI_MALa = IGNORE ;
+C5DI_EPX = IGNORE ;
+C5DI_C3DI = IGNORE ;
+C5DI_MALb = IGNORE ;
+C5DI_C6a = IGNORE ;
+C5DI_NBZa = IGNORE ;
+C5DI_BZFU = IGNORE ;
+C5DI_C3a = IGNORE ;
+C5DI_CATE = IGNORE ;
+C5DI_C2a = IGNORE ;
+C5DI_C2b = IGNORE ;
+C5DI_NPHb = IGNORE ;
+C5DI_NNC = IGNORE ;
+C5DI_NCAT = IGNORE ;
+C5DI_NBZb = IGNORE ;
+C5DI_PBZ = IGNORE ;
+C5DI_MALc = IGNORE ;
+C5DI_NDN = IGNORE ;
+C5DI_DNP = IGNORE ;
+C5DI_C2c = IGNORE ;
+C5DI_C5a = IGNORE ;
+C5DI_C4a = IGNORE ;
+NPHa_NPHa = IGNORE ;
+NPHa_PHEN = IGNORE ;
+NPHa_MALa = IGNORE ;
+NPHa_EPX = IGNORE ;
+NPHa_C3DI = IGNORE ;
+NPHa_MALb = IGNORE ;
+NPHa_C6a = IGNORE ;
+NPHa_NBZa = IGNORE ;
+NPHa_BZFU = IGNORE ;
+NPHa_C3a = IGNORE ;
+NPHa_CATE = IGNORE ;
+NPHa_C2a = IGNORE ;
+NPHa_C2b = IGNORE ;
+NPHa_NPHb = IGNORE ;
+NPHa_NNC = IGNORE ;
+NPHa_NCAT = IGNORE ;
+NPHa_NBZb = IGNORE ;
+NPHa_PBZ = IGNORE ;
+NPHa_MALc = IGNORE ;
+NPHa_NDN = IGNORE ;
+NPHa_DNP = IGNORE ;
+NPHa_C2c = IGNORE ;
+NPHa_C5a = IGNORE ;
+NPHa_C4a = IGNORE ;
+PHEN_PHEN = IGNORE ;
+PHEN_MALa = IGNORE ;
+PHEN_EPX = IGNORE ;
+PHEN_C3DI = IGNORE ;
+PHEN_MALb = IGNORE ;
+PHEN_C6a = IGNORE ;
+PHEN_NBZa = IGNORE ;
+PHEN_BZFU = IGNORE ;
+PHEN_C3a = IGNORE ;
+PHEN_CATE = IGNORE ;
+PHEN_C2a = IGNORE ;
+PHEN_C2b = IGNORE ;
+PHEN_NPHb = IGNORE ;
+PHEN_NNC = IGNORE ;
+PHEN_NCAT = IGNORE ;
+PHEN_NBZb = IGNORE ;
+PHEN_PBZ = IGNORE ;
+PHEN_MALc = IGNORE ;
+PHEN_NDN = IGNORE ;
+PHEN_DNP = IGNORE ;
+PHEN_C2c = IGNORE ;
+PHEN_C5a = IGNORE ;
+PHEN_C4a = IGNORE ;
+MALa_MALa = IGNORE ;
+MALa_EPX = IGNORE ;
+MALa_C3DI = IGNORE ;
+MALa_MALb = IGNORE ;
+MALa_C6a = IGNORE ;
+MALa_NBZa = IGNORE ;
+MALa_BZFU = IGNORE ;
+MALa_C3a = IGNORE ;
+MALa_CATE = IGNORE ;
+MALa_C2a = IGNORE ;
+MALa_C2b = IGNORE ;
+MALa_NPHb = IGNORE ;
+MALa_NNC = IGNORE ;
+MALa_NCAT = IGNORE ;
+MALa_NBZb = IGNORE ;
+MALa_PBZ = IGNORE ;
+MALa_MALc = IGNORE ;
+MALa_NDN = IGNORE ;
+MALa_DNP = IGNORE ;
+MALa_C2c = IGNORE ;
+MALa_C5a = IGNORE ;
+MALa_C4a = IGNORE ;
+EPX_EPX = IGNORE ;
+EPX_C3DI = IGNORE ;
+EPX_MALb = IGNORE ;
+EPX_C6a = IGNORE ;
+EPX_NBZa = IGNORE ;
+EPX_BZFU = IGNORE ;
+EPX_C3a = IGNORE ;
+EPX_CATE = IGNORE ;
+EPX_C2a = IGNORE ;
+EPX_C2b = IGNORE ;
+EPX_NPHb = IGNORE ;
+EPX_NNC = IGNORE ;
+EPX_NCAT = IGNORE ;
+EPX_NBZb = IGNORE ;
+EPX_PBZ = IGNORE ;
+EPX_MALc = IGNORE ;
+EPX_NDN = IGNORE ;
+EPX_DNP = IGNORE ;
+EPX_C2c = IGNORE ;
+EPX_C5a = IGNORE ;
+EPX_C4a = IGNORE ;
+C3DI_C3DI = IGNORE ;
+C3DI_MALb = IGNORE ;
+C3DI_C6a = IGNORE ;
+C3DI_NBZa = IGNORE ;
+C3DI_BZFU = IGNORE ;
+C3DI_C3a = IGNORE ;
+C3DI_CATE = IGNORE ;
+C3DI_C2a = IGNORE ;
+C3DI_C2b = IGNORE ;
+C3DI_NPHb = IGNORE ;
+C3DI_NNC = IGNORE ;
+C3DI_NCAT = IGNORE ;
+C3DI_NBZb = IGNORE ;
+C3DI_PBZ = IGNORE ;
+C3DI_MALc = IGNORE ;
+C3DI_NDN = IGNORE ;
+C3DI_DNP = IGNORE ;
+C3DI_C2c = IGNORE ;
+C3DI_C5a = IGNORE ;
+C3DI_C4a = IGNORE ;
+MALb_MALb = IGNORE ;
+MALb_C6a = IGNORE ;
+MALb_NBZa = IGNORE ;
+MALb_BZFU = IGNORE ;
+MALb_C3a = IGNORE ;
+MALb_CATE = IGNORE ;
+MALb_C2a = IGNORE ;
+MALb_C2b = IGNORE ;
+MALb_NPHb = IGNORE ;
+MALb_NNC = IGNORE ;
+MALb_NCAT = IGNORE ;
+MALb_NBZb = IGNORE ;
+MALb_PBZ = IGNORE ;
+MALb_MALc = IGNORE ;
+MALb_NDN = IGNORE ;
+MALb_DNP = IGNORE ;
+MALb_C2c = IGNORE ;
+MALb_C5a = IGNORE ;
+MALb_C4a = IGNORE ;
+C6a_C6a = IGNORE ;
+C6a_NBZa = IGNORE ;
+C6a_BZFU = IGNORE ;
+C6a_C3a = IGNORE ;
+C6a_CATE = IGNORE ;
+C6a_C2a = IGNORE ;
+C6a_C2b = IGNORE ;
+C6a_NPHb = IGNORE ;
+C6a_NNC = IGNORE ;
+C6a_NCAT = IGNORE ;
+C6a_NBZb = IGNORE ;
+C6a_PBZ = IGNORE ;
+C6a_MALc = IGNORE ;
+C6a_NDN = IGNORE ;
+C6a_DNP = IGNORE ;
+C6a_C2c = IGNORE ;
+C6a_C5a = IGNORE ;
+C6a_C4a = IGNORE ;
+NBZa_NBZa = IGNORE ;
+NBZa_BZFU = IGNORE ;
+NBZa_C3a = IGNORE ;
+NBZa_CATE = IGNORE ;
+NBZa_C2a = IGNORE ;
+NBZa_C2b = IGNORE ;
+NBZa_NPHb = IGNORE ;
+NBZa_NNC = IGNORE ;
+NBZa_NCAT = IGNORE ;
+NBZa_NBZb = IGNORE ;
+NBZa_PBZ = IGNORE ;
+NBZa_MALc = IGNORE ;
+NBZa_NDN = IGNORE ;
+NBZa_DNP = IGNORE ;
+NBZa_C2c = IGNORE ;
+NBZa_C5a = IGNORE ;
+NBZa_C4a = IGNORE ;
+BZFU_BZFU = IGNORE ;
+BZFU_C3a = IGNORE ;
+BZFU_CATE = IGNORE ;
+BZFU_C2a = IGNORE ;
+BZFU_C2b = IGNORE ;
+BZFU_NPHb = IGNORE ;
+BZFU_NNC = IGNORE ;
+BZFU_NCAT = IGNORE ;
+BZFU_NBZb = IGNORE ;
+BZFU_PBZ = IGNORE ;
+BZFU_MALc = IGNORE ;
+BZFU_NDN = IGNORE ;
+BZFU_DNP = IGNORE ;
+BZFU_C2c = IGNORE ;
+BZFU_C5a = IGNORE ;
+BZFU_C4a = IGNORE ;
+C3a_C3a = IGNORE ;
+C3a_CATE = IGNORE ;
+C3a_C2a = IGNORE ;
+C3a_C2b = IGNORE ;
+C3a_NPHb = IGNORE ;
+C3a_NNC = IGNORE ;
+C3a_NCAT = IGNORE ;
+C3a_NBZb = IGNORE ;
+C3a_PBZ = IGNORE ;
+C3a_MALc = IGNORE ;
+C3a_NDN = IGNORE ;
+C3a_DNP = IGNORE ;
+C3a_C2c = IGNORE ;
+C3a_C5a = IGNORE ;
+C3a_C4a = IGNORE ;
+CATE_CATE = IGNORE ;
+CATE_C2a = IGNORE ;
+CATE_C2b = IGNORE ;
+CATE_NPHb = IGNORE ;
+CATE_NNC = IGNORE ;
+CATE_NCAT = IGNORE ;
+CATE_NBZb = IGNORE ;
+CATE_PBZ = IGNORE ;
+CATE_MALc = IGNORE ;
+CATE_NDN = IGNORE ;
+CATE_DNP = IGNORE ;
+CATE_C2c = IGNORE ;
+CATE_C5a = IGNORE ;
+CATE_C4a = IGNORE ;
+C2a_C2a = IGNORE ;
+C2a_C2b = IGNORE ;
+C2a_NPHb = IGNORE ;
+C2a_NNC = IGNORE ;
+C2a_NCAT = IGNORE ;
+C2a_NBZb = IGNORE ;
+C2a_PBZ = IGNORE ;
+C2a_MALc = IGNORE ;
+C2a_NDN = IGNORE ;
+C2a_DNP = IGNORE ;
+C2a_C2c = IGNORE ;
+C2a_C5a = IGNORE ;
+C2a_C4a = IGNORE ;
+C2b_C2b = IGNORE ;
+C2b_NPHb = IGNORE ;
+C2b_NNC = IGNORE ;
+C2b_NCAT = IGNORE ;
+C2b_NBZb = IGNORE ;
+C2b_PBZ = IGNORE ;
+C2b_MALc = IGNORE ;
+C2b_NDN = IGNORE ;
+C2b_DNP = IGNORE ;
+C2b_C2c = IGNORE ;
+C2b_C5a = IGNORE ;
+C2b_C4a = IGNORE ;
+NPHb_NPHb = IGNORE ;
+NPHb_NNC = IGNORE ;
+NPHb_NCAT = IGNORE ;
+NPHb_NBZb = IGNORE ;
+NPHb_PBZ = IGNORE ;
+NPHb_MALc = IGNORE ;
+NPHb_NDN = IGNORE ;
+NPHb_DNP = IGNORE ;
+NPHb_C2c = IGNORE ;
+NPHb_C5a = IGNORE ;
+NPHb_C4a = IGNORE ;
+NNC_NNC = IGNORE ;
+NNC_NCAT = IGNORE ;
+NNC_NBZb = IGNORE ;
+NNC_PBZ = IGNORE ;
+NNC_MALc = IGNORE ;
+NNC_NDN = IGNORE ;
+NNC_DNP = IGNORE ;
+NNC_C2c = IGNORE ;
+NNC_C5a = IGNORE ;
+NNC_C4a = IGNORE ;
+NCAT_NCAT = IGNORE ;
+NCAT_NBZb = IGNORE ;
+NCAT_PBZ = IGNORE ;
+NCAT_MALc = IGNORE ;
+NCAT_NDN = IGNORE ;
+NCAT_DNP = IGNORE ;
+NCAT_C2c = IGNORE ;
+NCAT_C5a = IGNORE ;
+NCAT_C4a = IGNORE ;
+NBZb_NBZb = IGNORE ;
+NBZb_PBZ = IGNORE ;
+NBZb_MALc = IGNORE ;
+NBZb_NDN = IGNORE ;
+NBZb_DNP = IGNORE ;
+NBZb_C2c = IGNORE ;
+NBZb_C5a = IGNORE ;
+NBZb_C4a = IGNORE ;
+PBZ_PBZ = IGNORE ;
+PBZ_MALc = IGNORE ;
+PBZ_NDN = IGNORE ;
+PBZ_DNP = IGNORE ;
+PBZ_C2c = IGNORE ;
+PBZ_C5a = IGNORE ;
+PBZ_C4a = IGNORE ;
+MALc_MALc = IGNORE ;
+MALc_NDN = IGNORE ;
+MALc_DNP = IGNORE ;
+MALc_C2c = IGNORE ;
+MALc_C5a = IGNORE ;
+MALc_C4a = IGNORE ;
+NDN_NDN = IGNORE ;
+NDN_DNP = IGNORE ;
+NDN_C2c = IGNORE ;
+NDN_C5a = IGNORE ;
+NDN_C4a = IGNORE ;
+DNP_DNP = IGNORE ;
+DNP_C2c = IGNORE ;
+DNP_C5a = IGNORE ;
+DNP_C4a = IGNORE ;
+C2c_C2c = IGNORE ;
+C2c_C5a = IGNORE ;
+C2c_C4a = IGNORE ;
+C5a_C5a = IGNORE ;
+C5a_C4a = IGNORE ;
+C4a_C4a = IGNORE ;
+BZo_RCO_O5_O = IGNORE ;
+BZo_RCO_O7_O = IGNORE ;
+BZo_RCO_O9_O = IGNORE ;
+BZo_RCO_O4_O = IGNORE ;
+BZo_RCO_O6_O = IGNORE ;
+BZo_RCO_O8_O = IGNORE ;
+BZouni_O6_O = IGNORE ;
+BZouni_O8_O = IGNORE ;
+BZouni_O10_O = IGNORE ;
+BZeouni_O5_O = IGNORE ;
+BZeouni_O7_O = IGNORE ;
+BZeouni_O9_O = IGNORE ;
+C5euni_O5_O = IGNORE ;
+C5uni_O6_O = IGNORE ;
+C5euni_O7_O = IGNORE ;
+C5uni_O8_O = IGNORE ;
+C5euni_O9_O = IGNORE ;
+
+
+
+
+BZo2_RO_O6 = IGNORE ;
+BZo2_RO_O8 = IGNORE ;
+BZo2_RO_O10 = IGNORE ;
+BZeo2_RO_O5 = IGNORE ;
+BZeo2_RO_O7 = IGNORE ;
+BZeo2_RO_O9 = IGNORE ;
+C5_RO_O5 = IGNORE ;
+C5_RO_O6 = IGNORE ;
+C5_RO_O7 = IGNORE ;
+C5_RO_O8 = IGNORE ;
+C5_RO_O9 = IGNORE ;
+
+
+
+# PRAM (Peroxy Radical Autoxidation Mechanism) in Kinetic Pre Processor (KPP) format.
+# This file include the complete PRAM version used by Roldin et al., (NCOMMS 2019), 208 species and 1773 reactions.
+# Combine all PRAM reactions and species with a suitable Master Chemical Mechanism (MCM) KPP file.
+# The MCM KPP file should include the MCM chemistry for at least one of the following monoterpenes: 
+# APINENE, BPINENE, LIMONENE
+# The MCM KPP chemistry file can be extracted from the MCM homepage (http:#mcm.leeds.ac.uk/MCM/) 
+# Pontus Roldin (pontus.roldin@nuclear.lu.se), 2019-08-20 
+
+# PRAM species list:
+
+# RO2 (MT+O3)
+C10H15O2O2 = IGNORE ;
+C10H15O3O2 = IGNORE ;
+C10H15O4O2 = IGNORE ;
+C10H15O5O2 = IGNORE ;
+C10H15O6O2 = IGNORE ;
+C10H15O7O2 = IGNORE ;
+C10H15O8O2 = IGNORE ;
+C10H15O9O2 = IGNORE ;
+C10H15O10O2 = IGNORE ;
+C10H15O11O2 = IGNORE ;
+C10H15O12O2 = IGNORE ;
+
+# RO (MT+O3)
+C10H15O2O = IGNORE ;
+C10H15O3O = IGNORE ;
+C10H15O4O = IGNORE ;
+C10H15O5O = IGNORE ;
+C10H15O6O = IGNORE ;
+C10H15O7O = IGNORE ;
+C10H15O8O = IGNORE ;
+C10H15O9O = IGNORE ;
+C10H15O10O = IGNORE ;
+C10H15O11O = IGNORE ;
+C10H15O12O = IGNORE ;
+
+# RCOOH or ROOH (MT+O3)
+C10H16O3 = IGNORE ;
+C10H16O4iso1 = IGNORE ;
+C10H16O5iso1 = IGNORE ;
+C10H16O6iso1 = IGNORE ;
+C10H16O7iso1 = IGNORE ;
+C10H16O8iso1 = IGNORE ;
+C10H16O9iso1 = IGNORE ;
+C10H16O10 = IGNORE ;
+C10H16O11 = IGNORE ;
+C10H16O12 = IGNORE ;
+C10H16O13 = IGNORE ;
+C10H16O14 = IGNORE ;
+
+# RCHO (MT+O3)
+C10H14O3 = IGNORE ;
+C10H14O4 = IGNORE ;
+C10H14O5 = IGNORE ;
+C10H14O6 = IGNORE ;
+C10H14O7 = IGNORE ;
+C10H14O8 = IGNORE ;
+C10H14O9 = IGNORE ;
+C10H14O10 = IGNORE ;
+C10H14O11 = IGNORE ;
+C10H14O12 = IGNORE ;
+C10H14O13 = IGNORE ;
+
+# RONO2 (MT+O3)
+C10H15O2NO3 = IGNORE ;
+C10H15O3NO3 = IGNORE ;
+C10H15O4NO3 = IGNORE ;
+C10H15O5NO3 = IGNORE ;
+C10H15O6NO3 = IGNORE ;
+C10H15O7NO3 = IGNORE ;
+C10H15O8NO3 = IGNORE ;
+C10H15O9NO3 = IGNORE ;
+C10H15O10NO3 = IGNORE ;
+C10H15O11NO3 = IGNORE ;
+C10H15O12NO3 = IGNORE ;
+
+# ROOR (MT+O3)
+C20H30O5 = IGNORE ;
+C20H30O6 = IGNORE ;
+C20H30O7 = IGNORE ;
+C20H30O8 = IGNORE ;
+C20H30O9 = IGNORE ;
+C20H30O10 = IGNORE ;
+C20H30O11 = IGNORE ;
+C20H30O12 = IGNORE ;
+C20H30O13 = IGNORE ;
+C20H30O14 = IGNORE ;
+C20H30O15 = IGNORE ;
+C20H30O16 = IGNORE ;
+C20H30O17 = IGNORE ;
+C20H31O4NO3 = IGNORE ;
+C20H31O5NO3 = IGNORE ;
+C20H31O6NO3 = IGNORE ;
+C20H31O7NO3 = IGNORE ;
+C20H31O8NO3 = IGNORE ;
+C20H31O9NO3 = IGNORE ;
+C20H31O10NO3 = IGNORE ;
+C20H31O11NO3 = IGNORE ;
+C20H31O12NO3 = IGNORE ;
+C20H31O13NO3 = IGNORE ;
+C20H31O14NO3 = IGNORE ;
+C20H31O15NO3 = IGNORE ;
+C19H28O5 = IGNORE ;
+C19H28O6 = IGNORE ;
+C19H28O7 = IGNORE ;
+C19H28O8 = IGNORE ;
+C19H28O9 = IGNORE ;
+C19H28O10 = IGNORE ;
+C19H28O11 = IGNORE ;
+C19H28O12 = IGNORE ;
+C19H28O13 = IGNORE ;
+C19H28O14 = IGNORE ;
+C19H28O15 = IGNORE ;
+C19H28O16 = IGNORE ;
+C19H28O17 = IGNORE ;
+C19H28O18 = IGNORE ;
+C19H29O5NO3 = IGNORE ;
+C19H29O6NO3 = IGNORE ;
+C19H29O7NO3 = IGNORE ;
+C19H29O8NO3 = IGNORE ;
+C19H29O9NO3 = IGNORE ;
+C19H29O10NO3 = IGNORE ;
+C19H29O11NO3 = IGNORE ;
+C19H29O12NO3 = IGNORE ;
+C19H29O13NO3 = IGNORE ;
+C19H29O14NO3 = IGNORE ;
+C19H29O15NO3 = IGNORE ;
+C18H26O4 = IGNORE ;
+C18H26O5 = IGNORE ;
+C18H26O6 = IGNORE ;
+C18H26O7 = IGNORE ;
+C18H26O8 = IGNORE ;
+C18H26O9 = IGNORE ;
+C18H26O10 = IGNORE ;
+C18H26O11 = IGNORE ;
+C18H26O12 = IGNORE ;
+C18H26O13 = IGNORE ;
+C18H26O14 = IGNORE ;
+C18H26O15 = IGNORE ;
+C18H26O16 = IGNORE ;
+C18H26O17 = IGNORE ;
+C18H26O18 = IGNORE ;
+C18H27O6NO3 = IGNORE ;
+C18H27O7NO3 = IGNORE ;
+C18H27O8NO3 = IGNORE ;
+C18H27O9NO3 = IGNORE ;
+C18H27O10NO3 = IGNORE ;
+C18H27O11NO3 = IGNORE ;
+C18H27O12NO3 = IGNORE ;
+C18H27O13NO3 = IGNORE ;
+C18H27O14NO3 = IGNORE ;
+C18H27O15NO3 = IGNORE ;
+C18H27O16NO3 = IGNORE ;
+
+# RO2 (MT+OH)
+C10H17O3O2 = IGNORE ;
+C10H17O4O2 = IGNORE ;
+C10H17O5O2 = IGNORE ;
+C10H17O6O2 = IGNORE ;
+C10H17O7O2 = IGNORE ;
+C10H17O8O2 = IGNORE ;
+
+# RO (MT+OH)
+C10H17O3O = IGNORE ;
+C10H17O4O = IGNORE ;
+C10H17O5O = IGNORE ;
+C10H17O6O = IGNORE ;
+C10H17O7O = IGNORE ;
+
+# RCOOH or ROOH (MT+OH)
+C10H18O4 = IGNORE ;
+C10H18O5 = IGNORE ;
+C10H18O6 = IGNORE ;
+C10H18O7 = IGNORE ;
+C10H18O8 = IGNORE ;
+C10H18O9 = IGNORE ;
+C10H18O10 = IGNORE ;
+
+# RCHO (MT+OH)
+C10H16O4iso2 = IGNORE ;
+C10H16O5iso2 = IGNORE ;
+C10H16O6iso2 = IGNORE ;
+C10H16O7iso2 = IGNORE ;
+C10H16O8iso2 = IGNORE ;
+C10H16O9iso2 = IGNORE ;
+
+# RONO2 (MT+OH)
+C10H17O3NO3 = IGNORE ;
+C10H17O4NO3 = IGNORE ;
+C10H17O5NO3 = IGNORE ;
+C10H17O6NO3 = IGNORE ;
+C10H17O7NO3 = IGNORE ;
+C10H17O8NO3 = IGNORE ;
+
+# ROOR (MT+OH)
+C20H34O6 = IGNORE ;
+C20H34O7 = IGNORE ;
+C20H34O8 = IGNORE ;
+C20H34O9 = IGNORE ;
+C20H34O10 = IGNORE ;
+C20H34O11 = IGNORE ;
+C20H34O12 = IGNORE ;
+C20H34O13 = IGNORE ;
+C20H35O5NO3 = IGNORE ;
+C20H35O6NO3 = IGNORE ;
+C20H35O7NO3 = IGNORE ;
+C20H35O8NO3 = IGNORE ;
+C20H35O9NO3 = IGNORE ;
+C20H35O10NO3 = IGNORE ;
+C20H35O11NO3 = IGNORE ;
+C19H32O6 = IGNORE ;
+C19H32O7 = IGNORE ;
+C19H32O8 = IGNORE ;
+C19H32O9 = IGNORE ;
+C19H32O10 = IGNORE ;
+C19H32O11 = IGNORE ;
+C19H32O12 = IGNORE ;
+C19H32O13 = IGNORE ;
+C19H32O14 = IGNORE ;
+C19H33O6NO3 = IGNORE ;
+C19H33O7NO3 = IGNORE ;
+C19H33O8NO3 = IGNORE ;
+C19H33O9NO3 = IGNORE ;
+C19H33O10NO3 = IGNORE ;
+C19H33O11NO3 = IGNORE ;
+C18H30O5 = IGNORE ;
+C18H30O6 = IGNORE ;
+C18H30O7 = IGNORE ;
+C18H30O8 = IGNORE ;
+C18H30O9 = IGNORE ;
+C18H30O10 = IGNORE ;
+C18H30O11 = IGNORE ;
+C18H30O12 = IGNORE ;
+C18H30O13 = IGNORE ;
+C18H30O14 = IGNORE ;
+C18H31O7NO3 = IGNORE ;
+C18H31O8NO3 = IGNORE ;
+C18H31O9NO3 = IGNORE ;
+C18H31O10NO3 = IGNORE ;
+C18H31O11NO3 = IGNORE ;
+C18H31O12NO3 = IGNORE ;
+
+# List of all 94 MCM RO_2 with 8-10 C atoms formed from monoterpenes (APINENE, BPINENE, LIMONENE)
+APINAO2 = IGNORE ;
+APINBO2 = IGNORE ;
+APINCO2 = IGNORE ;
+C107O2 = IGNORE ;
+C109O2 = IGNORE ;
+C106O2 = IGNORE ;
+C920CO3 = IGNORE ;
+C108O2 = IGNORE ;
+PINALO2 = IGNORE ;
+C96CO3 = IGNORE ;
+C923CO3 = IGNORE ;
+LIMAO2 = IGNORE ;
+LIMALBO2 = IGNORE ;
+LIMCO2 = IGNORE ;
+LIMALO2 = IGNORE ;
+LIMBO2 = IGNORE ;
+LIMALAO2 = IGNORE ;
+NAPINAO2 = IGNORE ;
+NAPINBO2 = IGNORE ;
+BPINAO2 = IGNORE ;
+BPINBO2 = IGNORE ;
+BPINCO2 = IGNORE ;
+C918CO3 = IGNORE ;
+NC102O2 = IGNORE ;
+NC101O2 = IGNORE ;
+NLIMO2 = IGNORE ;
+NLIMALO2 = IGNORE ;
+NC91CO3 = IGNORE ;
+NBPINAO2 = IGNORE ;
+NBPINBO2 = IGNORE ;
+
+C96O2 = IGNORE ;
+C89CO3 = IGNORE ;
+C920O2 = IGNORE ;
+C97O2 = IGNORE ;
+C85CO3 = IGNORE ;
+C811CO3 = IGNORE ;
+C921O2 = IGNORE ;
+C98O2 = IGNORE ;
+C922O2 = IGNORE ;
+C923O2 = IGNORE ;
+C924O2 = IGNORE ;
+C816CO3 = IGNORE ;
+NORLIMO2 = IGNORE ;
+LMKAO2 = IGNORE ;
+LMKBO2 = IGNORE ;
+C926O2 = IGNORE ;
+C817CO3 = IGNORE ;
+LMLKAO2 = IGNORE ;
+LMLKBO2 = IGNORE ;
+C823CO3 = IGNORE ;
+C925O2 = IGNORE ;
+NOPINAO2 = IGNORE ;
+NOPINBO2 = IGNORE ;
+NOPINCO2 = IGNORE ;
+NOPINDO2 = IGNORE ;
+C918O2 = IGNORE ;
+C9DCO2 = IGNORE ;
+C915O2 = IGNORE ;
+C917O2 = IGNORE ;
+C919O2 = IGNORE ;
+C914O2 = IGNORE ;
+C916O2 = IGNORE ;
+C88CO3 = IGNORE ;
+C87CO3 = IGNORE ;
+C822CO3 = IGNORE ;
+NLMKAO2 = IGNORE ;
+
+C85O2 = IGNORE ;
+C89O2 = IGNORE ;
+C86O2 = IGNORE ;
+C811O2 = IGNORE ;
+C810O2 = IGNORE ;
+C812O2 = IGNORE ;
+C813O2 = IGNORE ;
+C729CO3 = IGNORE ;
+C816O2 = IGNORE ;
+C817O2 = IGNORE ;
+C826O2 = IGNORE ;
+C822O2 = IGNORE ;
+C818O2 = IGNORE ;
+C823O2 = IGNORE ;
+C819O2 = IGNORE ;
+C727CO3 = IGNORE ;
+C731CO3 = IGNORE ;
+C824O2 = IGNORE ;
+C820O2 = IGNORE ;
+C825O2 = IGNORE ;
+C821O2 = IGNORE ;
+C732CO3 = IGNORE ;
+C8BCO2 = IGNORE ;
+C88O2 = IGNORE ;
+C718CO3 = IGNORE ;
+C87O2 = IGNORE ;
+C721CO3 = IGNORE ;
+NC826O2 = IGNORE ;
+
+# MCM CI formed from MT + O3 
+APINOOA = IGNORE ;
+APINOOB = IGNORE ;
+LIMOOA = IGNORE ;
+
+# Monoterpenes (MT)
+APINENE = IGNORE ;
+BPINENE = IGNORE ;
+LIMONENE = IGNORE ;
+CARENE = IGNORE ;
+
+# Oxidation agents:
+O3 = IGNORE ;
+NO3 = IGNORE ;
+
+# Other species involved in the PRAM & MCM chemistry
+C717O2 = IGNORE ;
+CH3COCH3 = IGNORE ;
+C107O = IGNORE ;
+C107OH = IGNORE ;
+
+
+DUMMY = IGNORE ;
+MALANHY = IGNORE ;
+C4PAN6 = IGNORE ;
+NC72O = IGNORE ;
+HCC7CO = IGNORE ;
+CO235C6CO3 = IGNORE ;
+CO235C6OOH = IGNORE ;
+BZEMUCO = IGNORE ;
+CO14O3CO2H = IGNORE ;
+NDNPHENO = IGNORE ;
+CHOC3COO = IGNORE ;
+C721PAN = IGNORE ;
+NC101O = IGNORE ;
+C96O = IGNORE ;
+C108OH = IGNORE ;
+H1CO23CHO = IGNORE ;
+HONO = IGNORE ;
+C5DIALOH = IGNORE ;
+C89O = IGNORE ;
+HYPERACET = IGNORE ;
+NBZFUOOH = IGNORE ;
+CHOC3COPAN = IGNORE ;
+PINALOOH = IGNORE ;
+APINBOOH = IGNORE ;
+C108O = IGNORE ;
+C312COCO3 = IGNORE ;
+HCOCH2CHO = IGNORE ;
+H2O2 = IGNORE ;
+NCATECHOL = IGNORE ;
+C614NO3 = IGNORE ;
+NBZQO = IGNORE ;
+EPXDLCO2H = IGNORE ;
+BZFUONOOA = IGNORE ;
+C810OOH = IGNORE ;
+MALDIAL = IGNORE ;
+C10PAN2 = IGNORE ;
+CO2H3CO3H = IGNORE ;
+ALCOCH2OOH = IGNORE ;
+PINALO = IGNORE ;
+BENZENE = IGNORE ;
+C3DIALO = IGNORE ;
+BIACETOOH = IGNORE ;
+CO2C4DIAL = IGNORE ;
+C920OOH = IGNORE ;
+C85CO3H = IGNORE ;
+PINAL = IGNORE ;
+APINCOOH = IGNORE ;
+C922OOH = IGNORE ;
+C716O = IGNORE ;
+C811OH = IGNORE ;
+O1D = IGNORE ;
+C89CO3H = IGNORE ;
+C106O = IGNORE ;
+HCOCH2CO2H = IGNORE ;
+NAPINAO = IGNORE ;
+PHAN = IGNORE ;
+C514OH = IGNORE ;
+C813O = IGNORE ;
+NC72OOH = IGNORE ;
+NNCATECOOH = IGNORE ;
+C811OOH = IGNORE ;
+EPXDLPAN = IGNORE ;
+C44O = IGNORE ;
+H3C25CCO2H = IGNORE ;
+C514O2 = IGNORE ;
+H3C25C6OOH = IGNORE ;
+C812OH = IGNORE ;
+C109OH = IGNORE ;
+NC101CO = IGNORE ;
+C44O2 = IGNORE ;
+C721O2 = IGNORE ;
+SA = IGNORE ;
+HOCH2CHO = IGNORE ;
+NORPINAL = IGNORE ;
+CO235C6O = IGNORE ;
+C921O = IGNORE ;
+SO3 = IGNORE ;
+H3C2C4CO2H = IGNORE ;
+H3C25C6PAN = IGNORE ;
+C98OH = IGNORE ;
+C716O2 = IGNORE ;
+C96OH = IGNORE ;
+H3C25C6OH = IGNORE ;
+H3C25C6CO3 = IGNORE ;
+H3C25C6O2 = IGNORE ;
+C4CO2DBPAN = IGNORE ;
+C716OH = IGNORE ;
+C6H5OOH = IGNORE ;
+HNO3 = IGNORE ;
+CH3O2NO2 = IGNORE ;
+H1C23C4PAN = IGNORE ;
+C32OH13CO = IGNORE ;
+C511OOH = IGNORE ;
+CH3CO3H = IGNORE ;
+PBZQOH = IGNORE ;
+C811CO3H = IGNORE ;
+BZEMUCNO3 = IGNORE ;
+APINBOH = IGNORE ;
+APINBOO = IGNORE ;
+H1C23C4O2 = IGNORE ;
+BZFUO = IGNORE ;
+C5PAN9 = IGNORE ;
+HCOCH2CO3 = IGNORE ;
+C89PAN = IGNORE ;
+C614OH = IGNORE ;
+CH4 = IGNORE ;
+C511O = IGNORE ;
+C235C6CO3H = IGNORE ;
+CO23C4CHO = IGNORE ;
+C614O2 = IGNORE ;
+BZBIPERNO3 = IGNORE ;
+PINALNO3 = IGNORE ;
+APINBNO3 = IGNORE ;
+C5DIALOOH = IGNORE ;
+NC102OOH = IGNORE ;
+C312COCO3H = IGNORE ;
+HCOCO2H = IGNORE ;
+BZFUONE = IGNORE ;
+HCHO = IGNORE ;
+HMVKAO2 = IGNORE ;
+C86OOH = IGNORE ;
+C3DIALOOH = IGNORE ;
+APINANO3 = IGNORE ;
+C514OOH = IGNORE ;
+MALDALCO3H = IGNORE ;
+CATECHOL = IGNORE ;
+NPHENOH = IGNORE ;
+C516OOH = IGNORE ;
+C920PAN = IGNORE ;
+C811PAN = IGNORE ;
+C810NO3 = IGNORE ;
+C922O = IGNORE ;
+GLYOX = IGNORE ;
+CHOC3COCO3 = IGNORE ;
+C719NO3 = IGNORE ;
+APINAO = IGNORE ;
+CH3O = IGNORE ;
+CO23C4CO3H = IGNORE ;
+C921OOH = IGNORE ;
+H1C23C4CHO = IGNORE ;
+NC71CO = IGNORE ;
+HC23C4CO3H = IGNORE ;
+C717NO3 = IGNORE ;
+CH3OOH = IGNORE ;
+APINCNO3 = IGNORE ;
+C97O = IGNORE ;
+C106OOH = IGNORE ;
+HCOCO = IGNORE ;
+BZEMUCCO2H = IGNORE ;
+H3C25CCO3H = IGNORE ;
+MALDIALO = IGNORE ;
+C719O2 = IGNORE ;
+C97OH = IGNORE ;
+HOCH2CO2H = IGNORE ;
+APINBCO = IGNORE ;
+PHENOH = IGNORE ;
+C98OOH = IGNORE ;
+C720O = IGNORE ;
+PHENOL = IGNORE ;
+CO23C4CO3 = IGNORE ;
+NC102O = IGNORE ;
+CO2H3CHO = IGNORE ;
+CATECOOA = IGNORE ;
+C621OOH = IGNORE ;
+MGLYOX = IGNORE ;
+C719OH = IGNORE ;C96OOH = IGNORE ;
+C717OH = IGNORE ;
+
+NPHENOOH = IGNORE ;
+C6H5O = IGNORE ;
+NPHEN1OOH = IGNORE ;
+CHOC3COOOH = IGNORE ;
+C811NO3 = IGNORE ;
+APINBO = IGNORE ;
+APINCOH = IGNORE ;
+C810O = IGNORE ;
+C6CO4DB = IGNORE ;
+MALANHY2OH = IGNORE ;
+BZBIPEROOH = IGNORE ;
+PINALOH = IGNORE ;
+H3C25C6O = IGNORE ;
+C621O = IGNORE ;
+HMVKAOOH = IGNORE ;
+HOHOC4DIAL = IGNORE ;
+C109OOH = IGNORE ;
+BZFUOH = IGNORE ;
+C719O = IGNORE ;
+C107OOH = IGNORE ;
+CO235C6CHO = IGNORE ;
+NPHENO = IGNORE ;
+C3PAN2 = IGNORE ;
+ACETOL = IGNORE ;
+CH3CO3 = IGNORE ;
+N2O5 = IGNORE ;
+C813NO3 = IGNORE ;
+C514O = IGNORE ;
+C97OOH = IGNORE ;
+NAPINBO = IGNORE ;
+BZEMUCOH = IGNORE ;
+PBZQOOH = IGNORE ;
+CH3COCH2O2 = IGNORE ;
+C716OOH = IGNORE ;
+CH3NO3 = IGNORE ;
+C106NO3 = IGNORE ;
+C5DIALCO = IGNORE ;
+HMVKANO3 = IGNORE ;
+PHENOOH = IGNORE ;
+C109O = IGNORE ;
+PAN = IGNORE ;
+HCOCO3H = IGNORE ;
+C33CO = IGNORE ;
+NDNPHENOOH = IGNORE ;
+BZFUOOH = IGNORE ;
+C614O = IGNORE ;
+HSO3 = IGNORE ;
+HOCOC4DIAL = IGNORE ;
+BZEMUCPAN = IGNORE ;
+MALDIALOOH = IGNORE ;
+NAPINBOOH = IGNORE ;
+MALDIALCO2 = IGNORE ;
+GLYOO = IGNORE ;
+C514NO3 = IGNORE ;
+BZFUONOO = IGNORE ;
+C717OOH = IGNORE ;
+APINAOOH = IGNORE ;
+C96NO3 = IGNORE ;
+C920CO3H = IGNORE ;
+HOPINONIC = IGNORE ;
+PBZQO = IGNORE ;
+PBZQCO = IGNORE ;
+C86O = IGNORE ;
+BZEPOXMUC = IGNORE ;
+C98O = IGNORE ;
+BZFUCO = IGNORE ;
+PINIC = IGNORE ;
+C719OOH = IGNORE ;
+CO235C5CHO = IGNORE ;
+PHENO = IGNORE ;
+C44OOH = IGNORE ;
+NC101OOH = IGNORE ;
+CO2H3CO3 = IGNORE ;
+CO235C6O2 = IGNORE ;
+HCOCH2O = IGNORE ;
+CATEC1O = IGNORE ;
+BZEMUCCO = IGNORE ;
+C813OOH = IGNORE ;
+NBZFUO = IGNORE ;
+NC71O2 = IGNORE ;
+C89NO3 = IGNORE ;
+C720OH = IGNORE ;
+C98NO3 = IGNORE ;
+CO = IGNORE ;
+CL = IGNORE ;
+CHOC3COO2 = IGNORE ;
+C720O2 = IGNORE ;
+NC72O2 = IGNORE ;
+NAPINAOOH = IGNORE ;
+C516O = IGNORE ;
+MALDALCO2H = IGNORE ;
+C722O2 = IGNORE ;
+MALNHYOHCO = IGNORE ;
+BZBIPERO = IGNORE ;
+EPXC4DIAL = IGNORE ;
+MALANHYOOH = IGNORE ;
+PINONIC = IGNORE ;
+NC71OOH = IGNORE ;
+CO14O3CHO = IGNORE ;
+HCOCH2OOH = IGNORE ;
+C85OOH = IGNORE ;
+C7PAN3 = IGNORE ;
+CATEC1OOH = IGNORE ;
+C720OOH = IGNORE ;
+NC71O = IGNORE ;
+NBZFUONE = IGNORE ;
+C109CO = IGNORE ;
+H1C23C4CO3 = IGNORE ;
+HO12CO3C4 = IGNORE ;
+C812OOH = IGNORE ;
+BZEMUCCO3H = IGNORE ;
+HO2NO2 = IGNORE ;
+SO2 = IGNORE ;
+MALANHYO = IGNORE ;
+DNPHEN = IGNORE ;
+HOCH2CO3H = IGNORE ;
+C721O = IGNORE ;
+C810OH = IGNORE ;
+H1C23C4OOH = IGNORE ;
+HCOCOHCO3H = IGNORE ;
+C5COOHCO3H = IGNORE ;
+NCATECO = IGNORE ;
+H3C2C4CO3 = IGNORE ;
+CH3OH = IGNORE ;
+BIACETO2 = IGNORE ;
+NC4DCO2H = IGNORE ;
+C722OOH = IGNORE ;
+CH3COCH2O = IGNORE ;
+C721OOH = IGNORE ;
+C722O = IGNORE ;
+APINCO = IGNORE ;
+C108NO3 = IGNORE ;
+C811O = IGNORE ;
+C9PAN2 = IGNORE ;
+C413COOOH = IGNORE ;
+BIACETOH = IGNORE ;
+CH3O2 = IGNORE ;
+GLYOOA = IGNORE ;
+HOC6H4NO2 = IGNORE ;
+C312COPAN = IGNORE ;
+DNPHENOOH = IGNORE ;
+C516O2 = IGNORE ;
+NBZQOOH = IGNORE ;
+C721CHO = IGNORE ;
+C4CODIAL = IGNORE ;
+NC6PAN1 = IGNORE ;
+O = IGNORE ;
+BIACETO = IGNORE ;
+C89OOH = IGNORE ;
+C89CO2 = IGNORE ;
+NC61CO3 = IGNORE ;
+C5CO2OHPAN = IGNORE ;
+H2 = IGNORE ;
+EPXDLCO3H = IGNORE ;
+NNCATECO = IGNORE ;
+NC61CO3H = IGNORE ;
+CHOCOCH2O2 = IGNORE ;
+C614CO = IGNORE ;
+DNPHENO = IGNORE ;
+H3C25C5CHO = IGNORE ;
+NA = IGNORE ;
+C4CO2DCO3H = IGNORE ;
+C813OH = IGNORE ;
+MALDIALPAN = IGNORE ;
+CH3CO2H = IGNORE ;
+C89CO2H = IGNORE ;
+BZEMUCOOH = IGNORE ;
+C717O = IGNORE ;
+PBZQONE = IGNORE ;
+NPHEN1O = IGNORE ;
+C614OOH = IGNORE ;
+CO23C3CHO = IGNORE ;
+HMVKAO = IGNORE ;
+HCOCH2CO3H = IGNORE ;
+PERPINONIC = IGNORE ;
+CO13C4CHO = IGNORE ;
+C812O = IGNORE ;
+C85O = IGNORE ;
+NCATECOOH = IGNORE ;
+H1C23C4O = IGNORE ;
+NC4DCO2 = IGNORE ;
+H3C2C4PAN = IGNORE ;
+BZOBIPEROH = IGNORE ;
+C106OH = IGNORE ;
+CHOCOCH2O = IGNORE ;
+C621O2 = IGNORE ;
+C720NO3 = IGNORE ;
+HCOCOHPAN = IGNORE ;
+C108OOH = IGNORE ;
+C920O = IGNORE ;
+H3C2C4CO3H = IGNORE ;
+BZBIPER2OH = IGNORE ;
+C89OH = IGNORE ;
+C511O2 = IGNORE ;
+C721CO3H = IGNORE ;
+CO13C3CO2H = IGNORE ;
+NORPINIC = IGNORE ;
+C5DIALO = IGNORE ;
+{ Peroxy radicals. }
+{ WARNING: The following species do not have SMILES strings in the database. 
+          If any of these are peroxy radicals the RO2 sum will be wrong. 
+    }
+#INLINE F90_RCONST
+ !USE constants
+ !end of USE statements
+ !
+ ! start of executable statements
+ RO2 = &
+   C(ind_APINAO2) + C(ind_APINBO2) + C(ind_APINCO2) +  &
+   C(ind_BIACETO2) + C(ind_BZBIPERO2) + C(ind_BZEMUCCO3) +  &
+   C(ind_BZEMUCO2) + C(ind_BZFUO2) + C(ind_C106O2) +  &
+   C(ind_C107O2) + C(ind_C108O2) + C(ind_C109O2) +  &
+   C(ind_C312COCO3) + C(ind_C3DIALO2) + C(ind_C44O2) +  &
+   C(ind_C4CO2DBCO3) + C(ind_C511O2) + C(ind_C514O2) +  &
+   C(ind_C516O2) + C(ind_C5CO2OHCO3) + C(ind_C5DIALO2) +  &
+   C(ind_C614O2) + C(ind_C621O2) + C(ind_C6H5O2) +  &
+   C(ind_C716O2) + C(ind_C717O2) + C(ind_C719O2) +  &
+   C(ind_C720O2) + C(ind_C721CO3) + C(ind_C721O2) +  &
+   C(ind_C722O2) + C(ind_C810O2) + C(ind_C811CO3) +  &
+   C(ind_C811O2) + C(ind_C812O2) + C(ind_C813O2) +  &
+   C(ind_C85CO3) + C(ind_C85O2) + C(ind_C86O2) +  &
+   C(ind_C89CO3) + C(ind_C89O2) + C(ind_C920CO3) +  &
+   C(ind_C920O2) + C(ind_C921O2) + C(ind_C922O2) +  &
+   C(ind_C96CO3) + C(ind_C96O2) + C(ind_C97O2) +  &
+   C(ind_C98O2) + C(ind_CATEC1O2) + C(ind_CH3CO3) +  &
+   C(ind_CH3COCH2O2) + C(ind_CH3O2) + C(ind_CHOC3COCO3) +  &
+   C(ind_CHOC3COO2) + C(ind_CHOCOCH2O2) + C(ind_CO235C6CO3) +  &
+   C(ind_CO235C6O2) + C(ind_CO23C4CO3) + C(ind_CO2H3CO3) +  &
+   C(ind_DNPHENO2) + C(ind_EPXDLCO3) + C(ind_H1C23C4CO3) +  &
+   C(ind_H1C23C4O2) + C(ind_H3C25C6CO3) + C(ind_H3C25C6O2) +  &
+   C(ind_H3C2C4CO3) + C(ind_HCOCH2CO3) + C(ind_HCOCH2O2) +  &
+   C(ind_HCOCO3) + C(ind_HCOCOHCO3) + C(ind_HMVKAO2) +  &
+   C(ind_HOCH2CO3) + C(ind_MALANHYO2) + C(ind_MALDIALCO3) +  &
+   C(ind_MALDIALO2) + C(ind_NAPINAO2) + C(ind_NAPINBO2) +  &
+   C(ind_NBZFUO2) + C(ind_NBZQO2) + C(ind_NC101O2) +  &
+   C(ind_NC102O2) + C(ind_NC61CO3) + C(ind_NC71O2) +  &
+   C(ind_NC72O2) + C(ind_NCATECO2) + C(ind_NDNPHENO2) +  &
+   C(ind_NNCATECO2) + C(ind_NPHEN1O2) + C(ind_NPHENO2) +  &
+   C(ind_PBZQO2) + C(ind_PHENO2) + C(ind_PINALO2)
+
+KRO2NO = 2.7D-12*EXP(360/TEMP) ;
+KRO2HO2 = 2.91D-13*EXP(1300/TEMP) ;
+KAPHO2 = 5.2D-13*EXP(980/TEMP) ;
+KAPNO = 7.5D-12*EXP(290/TEMP) ;
+KRO2NO3 = 2.3D-12 ;
+KNO3AL = 1.44D-12*EXP(-1862/TEMP) ;
+KDEC = 1.00D+06 ;
+KROPRIM = 2.50D-14*EXP(-300/TEMP) ;
+KROSEC = 2.50D-14*EXP(-300/TEMP) ;
+KCH3O2 = 1.03D-13*EXP(365/TEMP) ;
+K298CH3O2 = 3.5D-13 ;
+K14ISOM1 = 3.00D7*EXP(-5300/TEMP) ;
+KD0 = 1.10D-05*M*EXP(-10100/TEMP) ;
+KDI = 1.90D17*EXP(-14100/TEMP) ;
+KRD = KD0/KDI ;
+FCD = 0.30 ;
+NCD = 0.75-1.27*(LOG10(FCD)) ;
+FD = 10**(LOG10(FCD)/(1+(LOG10(KRD)/NCD)**2)) ;
+KBPAN = (KD0*KDI)*FD/(KD0+KDI) ;
+KC0 = 3.28D-28*M*(TEMP/300)**-6.87 ;
+KCI = 1.125D-11*(TEMP/300)**-1.105 ;
+KRC = KC0/KCI ;
+FCC = 0.30 ;
+NC = 0.75-1.27*(LOG10(FCC)) ;
+FC = 10**(LOG10(FCC)/(1+(LOG10(KRC)/NC)**2)) ;
+KFPAN = (KC0*KCI)*FC/(KC0+KCI) ;
+K10 = 1.0D-31*M*(TEMP/300)**-1.6 ;
+K1I = 5.0D-11*(TEMP/300)**-0.3 ;
+KR1 = K10/K1I ;
+FC1 = 0.85 ;
+NC1 = 0.75-1.27*(LOG10(FC1)) ;
+F1 = 10**(LOG10(FC1)/(1+(LOG10(KR1)/NC1)**2)) ;
+KMT01 = (K10*K1I)*F1/(K10+K1I) ;
+K20 = 1.3D-31*M*(TEMP/300)**-1.5 ;
+K2I = 2.3D-11*(TEMP/300)**0.24 ;
+KR2 = K20/K2I ;
+FC2 = 0.6 ;
+NC2 = 0.75-1.27*(LOG10(FC2)) ;
+F2 = 10**(LOG10(FC2)/(1+(LOG10(KR2)/NC2)**2)) ;
+KMT02 = (K20*K2I)*F2/(K20+K2I) ;
+K30 = 3.6D-30*M*(TEMP/300)**-4.1 ;
+K3I = 1.9D-12*(TEMP/300)**0.2 ;
+KR3 = K30/K3I ;
+FC3 = 0.35 ;
+NC3 = 0.75-1.27*(LOG10(FC3)) ;
+F3 = 10**(LOG10(FC3)/(1+(LOG10(KR3)/NC3)**2)) ;
+KMT03 = (K30*K3I)*F3/(K30+K3I) ;
+K40 = 1.3D-3*M*(TEMP/300)**-3.5*EXP(-11000/TEMP) ;
+K4I = 9.7D+14*(TEMP/300)**0.1*EXP(-11080/TEMP) ;
+KR4 = K40/K4I ;
+FC4 = 0.35 ;
+NC4 = 0.75-1.27*(LOG10(FC4)) ;
+F4 = 10**(LOG10(FC4)/(1+(LOG10(KR4)/NC4)**2)) ;
+KMT04 = (K40*K4I)*F4/(K40+K4I) ;
+KMT05 = 1.44D-13*(1+(M/4.2D+19)) ;
+KMT06 = 1 + (1.40D-21*EXP(2200/TEMP)*H2O) ;
+K70 = 7.4D-31*M*(TEMP/300)**-2.4 ;
+K7I = 3.3D-11*(TEMP/300)**-0.3 ;
+KR7 = K70/K7I ;
+FC7 = 0.81 ;
+NC7 = 0.75-1.27*(LOG10(FC7)) ;
+F7 = 10**(LOG10(FC7)/(1+(LOG10(KR7)/NC7)**2)) ;
+KMT07 = (K70*K7I)*F7/(K70+K7I) ;
+K80 = 3.2D-30*M*(TEMP/300)**-4.5 ;
+K8I = 3.0D-11 ;
+KR8 = K80/K8I ;
+FC8 = 0.41 ;
+NC8 = 0.75-1.27*(LOG10(FC8)) ;
+F8 = 10**(LOG10(FC8)/(1+(LOG10(KR8)/NC8)**2)) ;
+KMT08 = (K80*K8I)*F8/(K80+K8I) ;
+K90 = 1.4D-31*M*(TEMP/300)**-3.1 ;
+K9I = 4.0D-12 ;
+KR9 = K90/K9I ;
+FC9 = 0.4 ;
+NC9 = 0.75-1.27*(LOG10(FC9)) ;
+F9 = 10**(LOG10(FC9)/(1+(LOG10(KR9)/NC9)**2)) ;
+KMT09 = (K90*K9I)*F9/(K90+K9I) ;
+K100 = 4.10D-05*M*EXP(-10650/TEMP) ;
+K10I = 6.0D+15*EXP(-11170/TEMP) ;
+KR10 = K100/K10I ;
+FC10 = 0.4 ;
+NC10 = 0.75-1.27*(LOG10(FC10)) ;
+F10 = 10**(LOG10(FC10)/(1+(LOG10(KR10)/NC10)**2)) ;
+KMT10 = (K100*K10I)*F10/(K100+K10I) ;
+K1 = 2.40D-14*EXP(460/TEMP) ;
+K3 = 6.50D-34*EXP(1335/TEMP) ;
+K4 = 2.70D-17*EXP(2199/TEMP) ;
+K2 = (K3*M)/(1+(K3*M/K4)) ;
+KMT11 = K1 + K2 ;
+K120 = 2.5D-31*M*(TEMP/300)**-2.6 ;
+K12I = 2.0D-12 ;
+KR12 = K120/K12I ;
+FC12 = 0.53 ;
+NC12 = 0.75-1.27*(LOG10(FC12)) ;
+F12 = 10**(LOG10(FC12)/(1.0+(LOG10(KR12)/NC12)**2)) ;
+KMT12 = (K120*K12I*F12)/(K120+K12I) ;
+K130 = 2.5D-30*M*(TEMP/300)**-5.5 ;
+K13I = 1.8D-11 ;
+KR13 = K130/K13I ;
+FC13 = 0.36 ;
+NC13 = 0.75-1.27*(LOG10(FC13)) ;
+F13 = 10**(LOG10(FC13)/(1+(LOG10(KR13)/NC13)**2)) ;
+KMT13 = (K130*K13I)*F13/(K130+K13I) ;
+K140 = 9.0D-5*EXP(-9690/TEMP)*M ;
+K14I = 1.1D+16*EXP(-10560/TEMP) ;
+KR14 = K140/K14I ;
+FC14 = 0.36 ;
+NC14 = 0.75-1.27*(LOG10(FC14)) ;
+F14 = 10**(LOG10(FC14)/(1+(LOG10(KR14)/NC14)**2)) ;
+KMT14 = (K140*K14I)*F14/(K140+K14I) ;
+K150 = 8.6D-29*M*(TEMP/300)**-3.1 ;
+K15I = 9.0D-12*(TEMP/300)**-0.85 ;
+KR15 = K150/K15I ;
+FC15 = 0.48 ;
+NC15 = 0.75-1.27*(LOG10(FC15)) ;
+F15 = 10**(LOG10(FC15)/(1+(LOG10(KR15)/NC15)**2)) ;
+KMT15 = (K150*K15I)*F15/(K150+K15I) ;
+K160 = 8D-27*M*(TEMP/300)**-3.5 ;
+K16I = 3.0D-11*(TEMP/300)**-1 ;
+KR16 = K160/K16I ;
+FC16 = 0.5 ;
+NC16 = 0.75-1.27*(LOG10(FC16)) ;
+F16 = 10**(LOG10(FC16)/(1+(LOG10(KR16)/NC16)**2)) ;
+KMT16 = (K160*K16I)*F16/(K160+K16I) ;
+K170 = 5.0D-30*M*(TEMP/300)**-1.5 ;
+K17I = 1.0D-12 ;
+KR17 = K170/K17I ;
+FC17 = 0.17*EXP(-51/TEMP)+EXP(-TEMP/204) ;
+NC17 = 0.75-1.27*(LOG10(FC17)) ;
+F17 = 10**(LOG10(FC17)/(1.0+(LOG10(KR17)/NC17)**2)) ;
+KMT17 = (K170*K17I*F17)/(K170+K17I) ;
+KMT18 = 9.5D-39*O2*EXP(5270/TEMP)/(1+7.5D-29*O2*EXP(5610/TEMP)) ;
+KPPN0 = 1.7D-03*EXP(-11280/TEMP)*M ;
+KPPNI = 8.3D+16*EXP(-13940/TEMP) ;
+KRPPN = KPPN0/KPPNI ;
+FCPPN = 0.36 ;
+NCPPN = 0.75-1.27*(LOG10(FCPPN)) ;
+FPPN = 10**(LOG10(FCPPN)/(1+(LOG10(KRPPN)/NCPPN)**2)) ;
+KBPPN = (KPPN0*KPPNI)*FPPN/(KPPN0+KPPNI) ;
+KRO2 = 1.26D-12*RO2 ;
+KNO3 = KRO2NO3*NO3 ;
+
+CALL mcm_constants(time, temp, M, N2, O2, RO2, H2O)
+ #ENDINLINE
+{above lines go into the SUBROUTINES UPDATE_RCONST and UPDATE_PHOTO}
+#EQUATIONS
+
+# MCM (benzene, methane, alpha-pinene) starts
+{1.} O = O3 : 5.6D-34*N2*(TEMP/300)**-2.6*O2+6.0D-34*O2*(TEMP/300)**-2.6*O2 ;
+{2.} O + O3 = : 8.0D-12*EXP(-2060/TEMP) ;
+{3.} O + NO = NO2 : KMT01 ;
+{4.} O + NO2 = NO : 5.5D-12*EXP(188/TEMP) ;
+{5.} O + NO2 = NO3 : KMT02 ;
+{6.} O1D = O : 3.2D-11*EXP(67/TEMP)*O2+2.0D-11*EXP(130/TEMP)*N2 ;
+{7.} NO + O3 = NO2 : 1.4D-12*EXP(-1310/TEMP) ;
+{8.} NO2 + O3 = NO3 : 1.4D-13*EXP(-2470/TEMP) ;
+{9.} NO + NO = NO2 + NO2 : 3.3D-39*EXP(530/TEMP)*O2 ;
+{10.} NO + NO3 = NO2 + NO2 : 1.8D-11*EXP(110/TEMP) ;
+{11.} NO2 + NO3 = NO + NO2 : 4.50D-14*EXP(-1260/TEMP) ;
+{12.} NO2 + NO3 = N2O5 : KMT03 ;
+{13.} O1D = OH + OH : 2.14D-10*H2O ;
+{14.} OH + O3 = HO2 : 1.70D-12*EXP(-940/TEMP) ;
+{15.} OH + H2 = HO2 : 7.7D-12*EXP(-2100/TEMP) ;
+{16.} OH + CO = HO2 : KMT05 ;
+{17.} OH + H2O2 = HO2 : 2.9D-12*EXP(-160/TEMP) ;
+{18.} HO2 + O3 = OH : 2.03D-16*(TEMP/300)**4.57*EXP(693/TEMP) ;
+{19.} OH + HO2 = : 4.8D-11*EXP(250/TEMP) ;
+{20.} HO2 + HO2 = H2O2 : 2.20D-13*KMT06*EXP(600/TEMP)+1.90D-33*M*KMT06*EXP(980/TEMP) ;
+{21.} OH + NO = HONO : KMT07 ;
+{22.} OH + NO2 = HNO3 : KMT08 ;
+{23.} OH + NO3 = HO2 + NO2 : 2.0D-11 ;
+{24.} HO2 + NO = OH + NO2 : 3.45D-12*EXP(270/TEMP) ;
+{25.} HO2 + NO2 = HO2NO2 : KMT09 ;
+{26.} OH + HO2NO2 = NO2 : 3.2D-13*EXP(690/TEMP)*1.0 ;
+{27.} HO2 + NO3 = OH + NO2 : 4.0D-12 ;
+{28.} OH + HONO = NO2 : 2.5D-12*EXP(260/TEMP) ;
+{29.} OH + HNO3 = NO3 : KMT11 ;
+{30.} O + SO2 = SO3 : 4.0D-32*EXP(-1000/TEMP)*M ;
+{31.} OH + SO2 = HSO3 : KMT12 ;
+{32.} HSO3 = HO2 + SO3 : 1.3D-12*EXP(-330/TEMP)*O2 ;
+{33.} HNO3 = NA : 6.00D-06 ;
+{34.} N2O5 = NA + NA : 4.00D-04 ;
+{35.} SO3 = SA : 1.20D-15*H2O ;
+{36.} O3 = O1D : J(1) ;
+{37.} O3 = O : J(2) ;
+{38.} H2O2 = OH + OH : J(3) ;
+{39.} NO2 = NO + O : J(4) ;
+{40.} NO3 = NO : J(5) ;
+{41.} NO3 = NO2 + O : J(6) ;
+{42.} HONO = OH + NO : J(7) ;
+{43.} HNO3 = OH + NO2 : J(8) ;
+{44.} N2O5 = NO2 + NO3 : KMT04 ;
+{45.} HO2NO2 = HO2 + NO2 : KMT10 ;
+{46.} APINENE + NO3 = NAPINAO2 : 1.2D-12*EXP(490/TEMP)*0.65 ;
+{47.} APINENE + NO3 = NAPINBO2 : 1.2D-12*EXP(490/TEMP)*0.35 ;
+# note that APINOOA reactions are contained below in PRAM,
+# with adjustments made to branching ratios to accommodate
+# the PRAM reaction
+{48.} APINENE + O3 = APINOOA : 8.05D-16*EXP(-640/TEMP)*0.6 ;
+{49.} APINENE + O3 = APINOOB : 8.05D-16*EXP(-640/TEMP)*0.4 ;
+# note that branching ratios are adjusted to allow for the
+# APINENE reaction(s) in PRAM
+{50.} APINENE + OH = APINAO2 : 1.2D-11*EXP(440/TEMP)*0.558 ;
+{51.} APINENE + OH = APINBO2 : 1.2D-11*EXP(440/TEMP)*0.344 ;
+{52.} APINENE + OH = APINCO2 : 1.2D-11*EXP(440/TEMP)*0.073 ;
+{53.} CL + CH4 = CH3O2 : 6.6D-12*EXP(-1240/TEMP) ;
+{54.} OH + CH4 = CH3O2 : 1.85D-12*EXP(-1690/TEMP) ;
+{55.} BENZENE + OH = BZBIPERO2 : 2.3D-12*EXP(-190/TEMP)*0.352 ;
+{56.} BENZENE + OH = BZEPOXMUC + HO2 : 2.3D-12*EXP(-190/TEMP)*0.118 ;
+{57.} BENZENE + OH = PHENOL + HO2 : 2.3D-12*EXP(-190/TEMP)*0.53 ;
+{58.} NAPINAO2 + HO2 = NAPINAOOH : KRO2HO2*0.914 ;
+{59.} NAPINAO2 + NO = NAPINAO + NO2 : KRO2NO ;
+{60.} NAPINAO2 + NO3 = NAPINAO + NO2 : KRO2NO3 ;
+{61.} NAPINAO2 = APINBNO3 : 6.70D-15*0.1*RO2 ;
+{62.} NAPINAO2 = NAPINAO : 6.70D-15*0.9*RO2 ;
+{63.} NAPINBO2 + HO2 = NAPINBOOH : KRO2HO2*0.914 ;
+{64.} NAPINBO2 + NO = NAPINBO + NO2 : KRO2NO ;
+{65.} NAPINBO2 + NO3 = NAPINBO + NO2 : KRO2NO3 ;
+{66.} NAPINBO2 = APINANO3 : 2.50D-13*0.1*RO2 ;
+{67.} NAPINBO2 = NAPINBO : 2.50D-13*0.8*RO2 ;
+{68.} NAPINBO2 = NC101CO : 2.50D-13*0.1*RO2 ;
+{71.} APINOOB = APINBOO : KDEC*0.50 ;
+{72.} APINOOB = C96O2 + OH + CO : KDEC*0.50 ;
+{73.} APINAO2 + HO2 = APINAOOH : KRO2HO2*0.914 ;
+{74.} APINAO2 + NO = APINANO3 : KRO2NO*0.230 ;
+{75.} APINAO2 + NO = APINAO + NO2 : KRO2NO*0.770 ;
+{76.} APINAO2 + NO3 = APINAO + NO2 : KRO2NO3 ;
+{77.} APINAO2 = APINAO : 9.20D-14*RO2*0.7 ;
+{78.} APINAO2 = APINBOH : 9.20D-14*RO2*0.3 ;
+{79.} APINBO2 + HO2 = APINBOOH : KRO2HO2*0.914 ;
+{80.} APINBO2 + NO = APINBNO3 : KRO2NO*0.230 ;
+{81.} APINBO2 + NO = APINBO + NO2 : KRO2NO*0.770 ;
+{82.} APINBO2 + NO3 = APINBO + NO2 : KRO2NO3 ;
+{83.} APINBO2 = APINBCO : 8.80D-13*RO2*0.2 ;
+{84.} APINBO2 = APINBO : 8.80D-13*RO2*0.6 ;
+{85.} APINBO2 = APINBOH : 8.80D-13*RO2*0.2 ;
+{86.} APINCO2 + HO2 = APINCOOH : KRO2HO2*0.914 ;
+{87.} APINCO2 + NO = APINCNO3 : KRO2NO*0.125 ;
+{88.} APINCO2 + NO = APINCO + NO2 : KRO2NO*0.875 ;
+{89.} APINCO2 + NO3 = APINCO + NO2 : KRO2NO3 ;
+{90.} APINCO2 = APINCO : 6.70D-15*RO2*0.7 ;
+{91.} APINCO2 = APINCOH : 6.70D-15*RO2*0.3 ;
+{92.} CH3O2 + HO2 = CH3OOH : 3.8D-13*EXP(780/TEMP)*(1-1/(1+498*EXP(-1160/TEMP))) ;
+{93.} CH3O2 + HO2 = HCHO : 3.8D-13*EXP(780/TEMP)*(1/(1+498*EXP(-1160/TEMP))) ;
+{94.} CH3O2 + NO = CH3NO3 : 2.3D-12*EXP(360/TEMP)*0.001 ;
+{95.} CH3O2 + NO = CH3O + NO2 : 2.3D-12*EXP(360/TEMP)*0.999 ;
+{96.} CH3O2 + NO2 = CH3O2NO2 : KMT13 ;
+{97.} CH3O2 + NO3 = CH3O + NO2 : 1.2D-12 ;
+{98.} CH3O2 = CH3O : 2*KCH3O2*RO2*7.18*EXP(-885/TEMP) ;
+{99.} CH3O2 = CH3OH : 2*KCH3O2*RO2*0.5*(1-7.18*EXP(-885/TEMP)) ;
+{100.} CH3O2 = HCHO : 2*KCH3O2*RO2*0.5*(1-7.18*EXP(-885/TEMP)) ;
+{101.} BZBIPERO2 + HO2 = BZBIPEROOH : KRO2HO2*0.770 ;
+{102.} BZBIPERO2 + NO = BZBIPERNO3 : KRO2NO*0.082 ;
+{103.} BZBIPERO2 + NO = NO2 + BZBIPERO : KRO2NO*0.918 ;
+{104.} BZBIPERO2 + NO3 = NO2 + BZBIPERO : KRO2NO3 ;
+{105.} BZBIPERO2 = BZBIPER2OH : 8.80D-13*RO2*0.2 ;
+{106.} BZBIPERO2 = BZBIPERO : 8.80D-13*RO2*0.6 ;
+{107.} BZBIPERO2 = BZOBIPEROH : 8.80D-13*RO2*0.2 ;
+{108.} BZEPOXMUC + NO3 = BZEMUCCO3 + HNO3 : 2*KNO3AL*2.75 ;
+{109.} BZEPOXMUC + O3 = EPXC4DIAL + GLYOOA : 2.00D-18 ;
+{110.} BZEPOXMUC + OH = BZEMUCCO3 : 6.08D-11*0.31 ;
+{111.} BZEPOXMUC + OH = BZEMUCO2 : 6.08D-11*0.69 ;
+{112.} BZEPOXMUC = C5DIALO2 + HO2 + CO : J(4)*0.1*0.5 ;
+{113.} BZEPOXMUC = MALDIAL + HO2 + CO + HO2 + CO : J(4)*0.1*0.5 ;
+{114.} PHENOL + NO3 = C6H5O + HNO3 : 3.8D-12*0.742 ;
+{115.} PHENOL + NO3 = NPHENO2 : 3.8D-12*0.258 ;
+{116.} PHENOL + OH = C6H5O : 4.7D-13*EXP(1220/TEMP)*0.06 ;
+{117.} PHENOL + OH = CATECHOL + HO2 : 4.7D-13*EXP(1220/TEMP)*0.8 ;
+{118.} PHENOL + OH = PHENO2 : 4.7D-13*EXP(1220/TEMP)*0.14 ;
+{119.} NAPINAOOH + OH = NAPINAO2 : 6.87D-12 ;
+{120.} NAPINAOOH = NAPINAO + OH : J(41) ;
+{121.} NAPINAO = PINAL + NO2 : KDEC ;
+{122.} APINBNO3 + OH = APINBCO + NO2 : 3.64D-12 ;
+{123.} NAPINBOOH + OH = NAPINBO2 : 1.90D-12*EXP(190/TEMP) ;
+{124.} NAPINBOOH + OH = NC101CO + OH : 1.23D-11 ;
+{125.} NAPINBOOH = NAPINBO + OH : J(41) ;
+{126.} NAPINBO = NC101CO + HO2 : KROSEC*O2 ;
+{127.} NAPINBO = PINAL + NO2 : 4.00D+05 ;
+{128.} APINANO3 + OH = PINAL + NO2 : 5.50D-12 ;
+{129.} NC101CO + OH = NC101O2 : 5.55D-12 ;
+{130.} NC101CO = C96CO3 + NO2 : J(55) ;
+{131.} C107O2 + HO2 = C107OOH : KRO2HO2*0.914 ;
+{132.} C107O2 + NO = C107O + NO2 : KRO2NO ;
+{133.} C107O2 + NO3 = C107O + NO2 : KRO2NO3 ;
+{134.} C107O2 = C107O : 9.20D-14*0.7*RO2 ;
+{135.} C107O2 = C107OH : 9.20D-14*0.3*RO2 ;
+{136.} C109O2 + HO2 = C109OOH : KRO2HO2*0.914 ;
+{137.} C109O2 + NO = C109O + NO2 : KRO2NO ;
+{138.} C109O2 + NO3 = C109O + NO2 : KRO2NO3 ;
+{139.} C109O2 = C109CO : 2.00D-12*RO2*0.05 ;
+{140.} C109O2 = C109O : 2.00D-12*RO2*0.90 ;
+{141.} C109O2 = C109OH : 2.00D-12*RO2*0.05 ;
+{142.} APINBOO + CO = PINAL : 1.20D-15 ;
+{143.} APINBOO + NO = PINAL + NO2 : 1.00D-14 ;
+{144.} APINBOO + NO2 = PINAL + NO3 : 1.00D-15 ;
+{145.} APINBOO + SO2 = PINAL + SO3 : 7.00D-14 ;
+{146.} APINBOO = PINAL + H2O2 : 1.40D-17*H2O ;
+{147.} APINBOO = PINONIC : 2.00D-18*H2O ;
+{148.} C96O2 + HO2 = C96OOH : KRO2HO2*0.890 ;
+{149.} C96O2 + NO = C96NO3 : KRO2NO*0.157 ;
+{150.} C96O2 + NO = C96O + NO2 : KRO2NO*0.843 ;
+{151.} C96O2 + NO3 = C96O + NO2 : KRO2NO3 ;
+{152.} C96O2 = C96O : 1.30D-12*0.6*RO2 ;
+{153.} C96O2 = C96OH : 1.30D-12*0.2*RO2 ;
+{154.} C96O2 = NORPINAL : 1.30D-12*0.2*RO2 ;
+{155.} APINAOOH + OH = APINAO2 : 1.83D-11 ;
+{156.} APINAOOH = APINAO + OH : J(41) ;
+{157.} APINAO = PINAL + HO2 : KDEC ;
+{158.} APINBOH + OH = APINBCO + HO2 : 1.49D-11 ;
+{159.} APINBOOH + OH = APINBCO + OH : 3.28D-11 ;
+{160.} APINBOOH = APINBO + OH : J(41) ;
+{161.} APINBO = PINAL + HO2 : KDEC ;
+{162.} APINBCO + OH = C96CO3 : 8.18D-12 ;
+{163.} APINCOOH + OH = APINCO2 : 1.03D-10 ;
+{164.} APINCOOH = APINCO + OH : J(41) ;
+{165.} APINCNO3 + OH = CH3COCH3 + HCC7CO + NO2 : 9.87D-11 ;
+{166.} APINCNO3 = APINCO + NO2 : J(55) ;
+{167.} APINCO = CH3COCH3 + C720O2 : KDEC ;
+{168.} APINCOH + OH = APINCO : 9.91D-11 ;
+{169.} CH3OOH = CH3O + OH : J(41) ;
+{170.} OH + CH3OOH = CH3O2 : 5.3D-12*EXP(190/TEMP)*0.6 ;
+{171.} OH + CH3OOH = HCHO + OH : 5.3D-12*EXP(190/TEMP)*0.4 ;
+{172.} HCHO = CO + HO2 + HO2 : J(11) ;
+{173.} HCHO = H2 + CO : J(12) ;
+{174.} NO3 + HCHO = HNO3 + CO + HO2 : 5.5D-16 ;
+{175.} OH + HCHO = HO2 + CO : 5.4D-12*EXP(135/TEMP) ;
+{176.} CH3NO3 = CH3O + NO2 : J(51) ;
+{177.} OH + CH3NO3 = HCHO + NO2 : 4.0D-13*EXP(-845/TEMP) ;
+{178.} CH3O = HCHO + HO2 : 7.2D-14*EXP(-1080/TEMP)*O2 ;
+{179.} CH3O2NO2 = CH3O2 + NO2 : KMT14 ;
+{180.} CH3OH + OH = HO2 + HCHO : 2.85D-12*EXP(-345/TEMP) ;
+{181.} BZBIPEROOH + OH = BZOBIPEROH + OH : 9.77D-11 ;
+{182.} BZBIPEROOH = BZBIPERO + OH : J(41) ;
+{183.} BZBIPERNO3 + OH = BZOBIPEROH + NO2 : 7.30D-11 ;
+{184.} BZBIPERNO3 = BZBIPERO + NO2 : J(54) ;
+{185.} BZBIPERO = GLYOX + BZFUONE + HO2 : KDEC*0.50 ;
+{186.} BZBIPERO = GLYOX + MALDIAL + HO2 : KDEC*0.50 ;
+{187.} BZBIPER2OH + OH = BZOBIPEROH + HO2 : 1.21D-10 ;
+{188.} BZOBIPEROH + OH = MALDIALCO3 + GLYOX : 8.16D-11 ;
+{189.} BZOBIPEROH = MALDIALCO3 + GLYOX + HO2 : J(22) ;
+{190.} BZEMUCCO3 + HO2 = BZEMUCCO2H + O3 : KAPHO2*0.15 ;
+{191.} BZEMUCCO3 + HO2 = BZEMUCCO3H : KAPHO2*0.41 ;
+{192.} BZEMUCCO3 + HO2 = C5DIALO2 + OH : KAPHO2*0.44 ;
+{193.} BZEMUCCO3 + NO = C5DIALO2 + NO2 : KAPNO ;
+{194.} BZEMUCCO3 + NO2 = BZEMUCPAN : KFPAN ;
+{195.} BZEMUCCO3 + NO3 = C5DIALO2 + NO2 : KRO2NO3*1.74 ;
+{196.} BZEMUCCO3 = BZEMUCCO2H : 1.00D-11*RO2*0.3 ;
+{197.} BZEMUCCO3 = C5DIALO2 : 1.00D-11*RO2*0.7 ;
+{198.} EPXC4DIAL + NO3 = EPXDLCO3 + HNO3 : 2*KNO3AL*4.0 ;
+{199.} EPXC4DIAL + OH = EPXDLCO3 : 4.32D-11 ;
+{200.} EPXC4DIAL = C3DIALO2 + CO + HO2 : J(17)*2 ;
+{201.} GLYOOA = GLYOO : KDEC*0.18 ;
+{202.} GLYOOA = HCHO : KDEC*0.125 ;
+{203.} GLYOOA = HO2 + HO2 + CO : KDEC*0.125 ;
+{204.} GLYOOA = OH + HO2 + CO + CO : KDEC*0.57 ;
+{205.} BZEMUCO2 + HO2 = BZEMUCOOH : KRO2HO2*0.77 ;
+{206.} BZEMUCO2 + NO = BZEMUCNO3 : KRO2NO*0.105 ;
+{207.} BZEMUCO2 + NO = BZEMUCO + NO2 : KRO2NO*0.895 ;
+{208.} BZEMUCO2 + NO3 = BZEMUCO + NO2 : KRO2NO3 ;
+{209.} BZEMUCO2 = BZEMUCCO : 8.80D-13*0.2*RO2 ;
+{210.} BZEMUCO2 = BZEMUCO : 8.80D-13*0.6*RO2 ;
+{211.} BZEMUCO2 = BZEMUCOH : 8.80D-13*0.2*RO2 ;
+{212.} C5DIALO2 + HO2 = C5DIALOOH : KRO2HO2*0.706 ;
+{213.} C5DIALO2 + NO = C5DIALO + NO2 : KRO2NO ;
+{214.} C5DIALO2 + NO3 = C5DIALO + NO2 : KRO2NO3 ;
+{215.} C5DIALO2 = C5DIALCO : 8.80D-13*RO2*0.2 ;
+{216.} C5DIALO2 = C5DIALO : 8.80D-13*RO2*0.6 ;
+{217.} C5DIALO2 = C5DIALOH : 8.80D-13*RO2*0.2 ;
+{218.} MALDIAL + NO3 = MALDIALCO3 + HNO3 : 2*KNO3AL*2.0 ;
+{219.} MALDIAL + O3 = GLYOX + GLYOOA : 2.00D-18 ;
+{220.} MALDIAL + OH = MALDIALCO3 : 5.20D-11*0.83 ;
+{221.} MALDIAL + OH = MALDIALO2 : 5.20D-11*0.17 ;
+{222.} MALDIAL = BZFUONE : J(4)*0.14*0.4 ;
+{223.} MALDIAL = MALDIALCO3 + HO2 : J(4)*0.14*0.6 ;
+{224.} C6H5O + NO2 = HOC6H4NO2 : 2.08D-12 ;
+{225.} C6H5O + O3 = C6H5O2 : 2.86D-13 ;
+{226.} NPHENO2 + HO2 = NPHENOOH : KRO2HO2*0.770 ;
+{227.} NPHENO2 + NO = NPHENO + NO2 : KRO2NO ;
+{228.} NPHENO2 + NO3 = NPHENO + NO2 : KRO2NO3 ;
+{229.} NPHENO2 = NPHENO : 8.00D-13*RO2*0.7 ;
+{230.} NPHENO2 = NPHENOH : 8.00D-13*RO2*0.3 ;
+{231.} CATECHOL + NO3 = CATEC1O + HNO3 : 9.9D-11 ;
+{232.} CATECHOL + O3 = CATECOOA : 9.2D-18 ;
+{233.} CATECHOL + OH = CATEC1O : 1.0D-10 ;
+{234.} PHENO2 + HO2 = PHENOOH : KRO2HO2*0.770 ;
+{235.} PHENO2 + NO = PHENO + NO2 : KRO2NO ;
+{236.} PHENO2 + NO3 = PHENO + NO2 : KRO2NO3 ;
+{237.} PHENO2 = PHENO : 8.00D-13*RO2*0.7 ;
+{238.} PHENO2 = PHENOH : 8.00D-13*RO2*0.3 ;
+{239.} PINAL + NO3 = C96CO3 + HNO3 : 2.0D-14 ;
+{240.} PINAL + OH = C96CO3 : 5.2D-12*EXP(600/TEMP)*0.772 ;
+{241.} PINAL + OH = PINALO2 : 5.2D-12*EXP(600/TEMP)*0.228 ;
+{242.} PINAL = C96O2 + CO + HO2 : J(15) ;
+{243.} NC101O2 + HO2 = NC101OOH : KRO2HO2*0.914 ;
+{244.} NC101O2 + NO = NC101O + NO2 : KRO2NO ;
+{245.} NC101O2 + NO3 = NC101O + NO2 : KRO2NO3 ;
+{246.} NC101O2 = NC101O : 6.70D-15*RO2 ;
+{247.} C96CO3 + HO2 = C96O2 + OH : KAPHO2*0.44 ;
+{248.} C96CO3 + HO2 = PERPINONIC : KAPHO2*0.41 ;
+{249.} C96CO3 + HO2 = PINONIC + O3 : KAPHO2*0.15 ;
+{250.} C96CO3 + NO = C96O2 + NO2 : KAPNO ;
+{251.} C96CO3 + NO2 = C10PAN2 : KFPAN ;
+{252.} C96CO3 + NO3 = C96O2 + NO2 : KRO2NO3*1.74 ;
+{253.} C96CO3 = C96O2 : 1.00D-11*0.7*RO2 ;
+{254.} C96CO3 = PINONIC : 1.00D-11*0.3*RO2 ;
+{255.} C107OOH + OH = C107O2 : 3.01D-11 ;
+{256.} C107OOH = C107O + OH : J(41)+J(15) ;
+{257.} C107O = C108O2 : KDEC ;
+{258.} C107OH + OH = C107O : 2.66D-11 ;
+{259.} C107OH = C107O + HO2 : J(15) ;
+{260.} C109OOH + OH = C109CO + OH : 5.47D-11 ;
+{261.} C109OOH = C109O + OH : J(41)+J(15) ;
+{262.} C109OOH = C89CO3 + HCHO + OH : J(22) ;
+{263.} C109O = C89CO3 + HCHO : KDEC*0.80 ;
+{264.} C109O = C920CO3 : KDEC*0.20 ;
+{265.} C109CO + OH = C89CO3 + CO : 5.47D-11 ;
+{266.} C109CO = C89CO3 + CO + HO2 : J(34)+J(15) ;
+{267.} C109OH + OH = C109CO + HO2 : 4.45D-11 ;
+{268.} C109OH = C89CO3 + HCHO + HO2 : J(22) ;
+{269.} C109OH = C920O2 + CO + HO2 : J(15) ;
+{270.} PINONIC + OH = C96O2 : 6.65D-12 ;
+{271.} PINONIC = C96O2 + HO2 : J(22) ;
+{272.} C96OOH + OH = C96O2 : 1.90D-12*EXP(190/TEMP) ;
+{273.} C96OOH + OH = NORPINAL + OH : 1.30D-11 ;
+{274.} C96OOH = C96O + OH : J(41)+J(22) ;
+{275.} C96NO3 + OH = NORPINAL + NO2 : 2.88D-12 ;
+{276.} C96NO3 = C96O + NO2 : J(53)+J(22) ;
+{277.} C96O = C97O2 : 4.20D+10*EXP(-3523/TEMP) ;
+{278.} C96OH + OH = NORPINAL + HO2 : 7.67D-12 ;
+{279.} C96OH = C96O + HO2 : J(22) ;
+{280.} NORPINAL + NO3 = C85CO3 + HNO3 : KNO3AL*8.5 ;
+{281.} NORPINAL + OH = C85CO3 : 2.64D-11 ;
+{282.} NORPINAL = C85O2 + CO + HO2 : J(15) ;
+{283.} CH3COCH3 + OH = CH3COCH2O2 : 8.8D-12*EXP(-1320/TEMP) + 1.7D-14*EXP(423/TEMP) ;
+{284.} CH3COCH3 = CH3CO3 + CH3O2 : J(21) ;
+{285.} HCC7CO + OH = C719O2 : 1.19D-10 ;
+{286.} C720O2 + HO2 = C720OOH : KRO2HO2*0.820 ;
+{287.} C720O2 + NO = C720NO3 : KRO2NO*0.278 ;
+{288.} C720O2 + NO = C720O + NO2 : KRO2NO*0.722 ;
+{289.} C720O2 + NO3 = C720O + NO2 : KRO2NO3 ;
+{290.} C720O2 = C720O : 2.50D-13*RO2*0.6 ;
+{291.} C720O2 = C720OH : 2.50D-13*RO2*0.2 ;
+{292.} C720O2 = HCC7CO : 2.50D-13*RO2*0.2 ;
+{293.} GLYOX = CO + CO + H2 : J(31) ;
+{294.} GLYOX = CO + CO + HO2 + HO2 : J(33) ;
+{295.} GLYOX = HCHO + CO : J(32) ;
+{296.} NO3 + GLYOX = HCOCO + HNO3 : KNO3AL ;
+{297.} OH + GLYOX = HCOCO : 3.1D-12*EXP(340/TEMP) ;
+{298.} BZFUONE + NO3 = NBZFUO2 : 3.00D-13 ;
+{299.} BZFUONE + O3 = BZFUONOOA : 2.20D-19 ;
+{300.} BZFUONE + OH = BZFUO2 : 4.45D-11 ;
+{301.} MALDIALCO3 + HO2 = MALDALCO2H + O3 : KAPHO2*0.15 ;
+{302.} MALDIALCO3 + HO2 = MALDALCO3H : KAPHO2*0.41 ;
+{303.} MALDIALCO3 + HO2 = MALDIALCO2 + OH : KAPHO2*0.44 ;
+{304.} MALDIALCO3 + NO = MALDIALCO2 + NO2 : KAPNO ;
+{305.} MALDIALCO3 + NO2 = MALDIALPAN : KFPAN ;
+{306.} MALDIALCO3 + NO3 = MALDIALCO2 + NO2 : KRO2NO3*1.74 ;
+{307.} MALDIALCO3 = MALDALCO2H : 1.00D-11*0.30*RO2 ;
+{308.} MALDIALCO3 = MALDIALCO2 : 1.00D-11*0.70*RO2 ;
+{309.} BZEMUCCO2H + OH = C5DIALO2 : 4.06D-11 ;
+{310.} BZEMUCCO2H = C5DIALO2 + HO2 : J(18)+J(19) ;
+{311.} BZEMUCCO3H + OH = BZEMUCCO3 : 4.37D-11 ;
+{312.} BZEMUCCO3H = C5DIALO2 + OH : J(41)+J(18)+J(19) ;
+{313.} BZEMUCPAN + OH = MALDIAL + CO + NO2 : 4.05D-11 ;
+{314.} BZEMUCPAN = BZEMUCCO3 + NO2 : KBPAN ;
+{315.} EPXDLCO3 + HO2 = C3DIALO2 + OH : KAPHO2*0.44 ;
+{316.} EPXDLCO3 + HO2 = EPXDLCO2H + O3 : KAPHO2*0.15 ;
+{317.} EPXDLCO3 + HO2 = EPXDLCO3H : KAPHO2*0.41 ;
+{318.} EPXDLCO3 + NO = C3DIALO2 + NO2 : KAPNO ;
+{319.} EPXDLCO3 + NO2 = EPXDLPAN : KFPAN ;
+{320.} EPXDLCO3 + NO3 = C3DIALO2 + NO2 : KRO2NO3*1.74 ;
+{321.} EPXDLCO3 = C3DIALO2 : 1.00D-11*RO2*0.7 ;
+{322.} EPXDLCO3 = EPXDLCO2H : 1.00D-11*RO2*0.3 ;
+{323.} C3DIALO2 + HO2 = C3DIALOOH : KRO2HO2*0.520 ;
+{324.} C3DIALO2 + NO = C3DIALO + NO2 : KRO2NO ;
+{325.} C3DIALO2 + NO3 = C3DIALO + NO2 : KRO2NO3 ;
+{326.} C3DIALO2 = C32OH13CO : 8.80D-13*RO2*0.2 ;
+{327.} C3DIALO2 = C33CO : 8.80D-13*RO2*0.2 ;
+{328.} C3DIALO2 = C3DIALO : 8.80D-13*RO2*0.6 ;
+{329.} GLYOO + CO = GLYOX : 1.2D-15 ;
+{330.} GLYOO + NO = GLYOX + NO2 : 1.0D-14 ;
+{331.} GLYOO + NO2 = GLYOX + NO3 : 1.0D-15 ;
+{332.} GLYOO + SO2 = GLYOX + SO3 : 7.0D-14 ;
+{333.} GLYOO = GLYOX + H2O2 : 6.0D-18*H2O ;
+{334.} GLYOO = HCOCO2H : 1.0D-17*H2O ;
+{335.} BZEMUCOOH + OH = BZEMUCCO + OH : 1.31D-10 ;
+{336.} BZEMUCOOH = BZEMUCO + OH : J(41)+J(15)*2 ;
+{337.} BZEMUCNO3 + OH = BZEMUCCO + NO2 : 4.38D-11 ;
+{338.} BZEMUCNO3 = EPXC4DIAL + NO2 + GLYOX + HO2 : J(17) ;
+{339.} BZEMUCO = C3DIALO2 + C32OH13CO : KDEC*0.5 ;
+{340.} BZEMUCO = EPXC4DIAL + GLYOX + HO2 : KDEC*0.5 ;
+{341.} BZEMUCCO + OH = EPXDLCO3 + GLYOX : 9.20D-11 ;
+{342.} BZEMUCCO = HCOCOHCO3 + C3DIALO2 : J(15)*2+J(22) ;
+{343.} BZEMUCOH + OH = BZEMUCCO + HO2 : 8.23D-11 ;
+{344.} BZEMUCOH = BZEMUCO + HO2 : J(15)*2 ;
+{345.} C5DIALOOH + OH = C5DIALCO + OH : 7.52D-11 ;
+{346.} C5DIALOOH = C5DIALO + OH : J(41) ;
+{347.} C5DIALOOH = MALDIAL + CO + HO2 + OH : J(18)+J(19) ;
+{348.} C5DIALO = MALDIAL + CO + HO2 : KDEC ;
+{349.} C5DIALCO + OH = MALDIALCO3 + CO : 4.90D-11 ;
+{350.} C5DIALCO = MALDIALCO3 + CO + HO2 : J(34)+J(18)+J(19) ;
+{351.} C5DIALOH + OH = C5DIALCO + HO2 : 7.75D-11 ;
+{352.} C5DIALOH = MALDIAL + CO + HO2 + HO2 : J(18)+J(19) ;
+{353.} MALDIALO2 + HO2 = MALDIALOOH : KRO2HO2*0.625 ;
+{354.} MALDIALO2 + NO = MALDIALO + NO2 : KRO2NO ;
+{355.} MALDIALO2 + NO3 = MALDIALO + NO2 : KRO2NO3 ;
+{356.} MALDIALO2 = HOCOC4DIAL : 8.80D-13*0.20*RO2 ;
+{357.} MALDIALO2 = HOHOC4DIAL : 8.80D-13*0.20*RO2 ;
+{358.} MALDIALO2 = MALDIALO : 8.80D-13*0.60*RO2 ;
+{359.} HOC6H4NO2 + NO3 = NPHEN1O + HNO3 : 9.00D-14 ;
+{360.} HOC6H4NO2 + OH = NPHEN1O : 9.00D-13 ;
+{361.} C6H5O2 + HO2 = C6H5OOH : KRO2HO2*0.770 ;
+{362.} C6H5O2 + NO = C6H5O + NO2 : KRO2NO ;
+{363.} C6H5O2 + NO3 = C6H5O + NO2 : KRO2NO3 ;
+{364.} C6H5O2 = C6H5O : 2.50D-13*RO2 ;
+{365.} NPHENOOH + OH = NPHENO2 : 1.07D-10 ;
+{366.} NPHENOOH = MALDALCO2H + GLYOX + OH + NO2 : J(54) ;
+{367.} NPHENOOH = NPHENO + OH : J(41) ;
+{368.} NPHENO = MALDALCO2H + GLYOX + NO2 : KDEC ;
+{369.} NPHENOH + OH = NPHENO : 1.04D-10 ;
+{370.} NPHENOH = MALDALCO2H + GLYOX + HO2 + NO2 : J(54) ;
+{371.} CATEC1O + NO2 = NCATECHOL : 2.08D-12 ;
+{372.} CATEC1O + O3 = CATEC1O2 : 2.86D-13 ;
+{373.} CATECOOA = MALDALCO2H + HCOCO2H + HO2 + OH : KDEC ;
+{374.} PHENOOH + OH = PHENO2 : 1.16D-10 ;
+{375.} PHENOOH = PHENO + OH : J(41) ;
+{376.} PHENO = MALDALCO2H + GLYOX + HO2 : KDEC*0.71 ;
+{377.} PHENO = PBZQONE + HO2 : KDEC*0.29 ;
+{378.} PHENOH + OH = PHENO : 1.13D-10 ;
+{379.} PINALO2 + HO2 = PINALOOH : KRO2HO2*0.914 ;
+{380.} PINALO2 + NO = PINALNO3 : KRO2NO*0.050 ;
+{381.} PINALO2 + NO = PINALO + NO2 : KRO2NO*0.950 ;
+{382.} PINALO2 + NO3 = PINALO + NO2 : KRO2NO3 ;
+{383.} PINALO2 = PINALO : 6.70D-15*0.7*RO2 ;
+{384.} PINALO2 = PINALOH : 6.70D-15*0.3*RO2 ;
+{385.} NC101OOH + OH = NC101O2 : 5.94D-12 ;
+{386.} NC101OOH = NC101O + OH : J(41) ;
+{387.} NC101O = NC102O2 : KDEC ;
+{388.} PERPINONIC + OH = C96CO3 : 9.73D-12 ;
+{389.} PERPINONIC = C96O2 + OH : J(41)+J(22) ;
+{390.} C10PAN2 + OH = NORPINAL + CO + NO2 : 3.66D-12 ;
+{391.} C10PAN2 = C96CO3 + NO2 : KBPAN ;
+{392.} C108O2 + HO2 = C108OOH : KRO2HO2*0.914 ;
+{393.} C108O2 + NO = C108NO3 : KRO2NO*0.125 ;
+{394.} C108O2 + NO = C108O + NO2 : KRO2NO*0.875 ;
+{395.} C108O2 + NO3 = C108O + NO2 : KRO2NO3 ;
+{396.} C108O2 = C108O : 6.70D-15*0.7*RO2 ;
+{397.} C108O2 = C108OH : 6.70D-15*0.3*RO2 ;
+{398.} C89CO3 + HO2 = C89CO2 + OH : KAPHO2*0.44 ;
+{399.} C89CO3 + HO2 = C89CO2H + O3 : KAPHO2*0.15 ;
+{400.} C89CO3 + HO2 = C89CO3H : KAPHO2*0.41 ;
+{401.} C89CO3 + NO = C89CO2 + NO2 : KAPNO ;
+{402.} C89CO3 + NO2 = C89PAN : KFPAN ;
+{403.} C89CO3 + NO3 = C89CO2 + NO2 : KRO2NO3*1.74 ;
+{404.} C89CO3 = C89CO2 : 1.00D-11*RO2*0.7 ;
+{405.} C89CO3 = C89CO2H : 1.00D-11*RO2*0.3 ;
+{406.} C920CO3 + HO2 = C920CO3H : KAPHO2*0.41 ;
+{407.} C920CO3 + HO2 = C920O2 + OH : KAPHO2*0.44 ;
+{408.} C920CO3 + HO2 = HOPINONIC + O3 : KAPHO2*0.15 ;
+{409.} C920CO3 + NO = C920O2 + NO2 : KAPNO ;
+{410.} C920CO3 + NO2 = C920PAN : KFPAN ;
+{411.} C920CO3 + NO3 = C920O2 + NO2 : KRO2NO3*1.74 ;
+{412.} C920CO3 = C920O2 : 1.00D-11*RO2*0.7 ;
+{413.} C920CO3 = HOPINONIC : 1.00D-11*RO2*0.3 ;
+{414.} C920O2 + HO2 = C920OOH : KRO2HO2*0.890 ;
+{415.} C920O2 + NO = C920O + NO2 : KRO2NO ;
+{416.} C920O2 + NO3 = C920O + NO2 : KRO2NO3 ;
+{417.} C920O2 = C920O : 1.30D-12*RO2 ;
+{418.} C97O2 + HO2 = C97OOH : KRO2HO2*0.890 ;
+{419.} C97O2 + NO = C97O + NO2 : KRO2NO ;
+{420.} C97O2 + NO3 = C97O + NO2 : KRO2NO3 ;
+{421.} C97O2 = C97O : 6.70D-15*0.7*RO2 ;
+{422.} C97O2 = C97OH : 6.70D-15*0.3*RO2 ;
+{423.} C85CO3 + HO2 = C85CO3H : KAPHO2*0.56 ;
+{424.} C85CO3 + HO2 = C85O2 + OH : KAPHO2*0.44 ;
+{425.} C85CO3 + NO = C85O2 + NO2 : KAPNO ;
+{426.} C85CO3 + NO2 = C9PAN2 : KFPAN ;
+{427.} C85CO3 + NO3 = C85O2 + NO2 : KRO2NO3*1.74 ;
+{428.} C85CO3 = C85O2 : 1.00D-11*RO2 ;
+{429.} C85O2 + HO2 = C85OOH : KRO2HO2*0.859 ;
+{430.} C85O2 + NO = C85O + NO2 : KRO2NO ;
+{431.} C85O2 + NO3 = C85O + NO2 : KRO2NO3 ;
+{432.} C85O2 = C85O : 6.70D-15*RO2 ;
+{433.} CH3COCH2O2 + HO2 = CH3COCH2O + OH : 1.36D-13*EXP(1250/TEMP)*0.15 ;
+{434.} CH3COCH2O2 + HO2 = HYPERACET : 1.36D-13*EXP(1250/TEMP)*0.85 ;
+{435.} CH3COCH2O2 + NO = CH3COCH2O + NO2 : KRO2NO ;
+{436.} CH3COCH2O2 + NO3 = CH3COCH2O + NO2 : KRO2NO3 ;
+{437.} CH3COCH2O2 = ACETOL : 2*(K298CH3O2*8.0D-12)**0.5*RO2*0.2 ;
+{438.} CH3COCH2O2 = CH3COCH2O : 2*(K298CH3O2*8.0D-12)**0.5*RO2*0.6 ;
+{439.} CH3COCH2O2 = MGLYOX : 2*(K298CH3O2*8.0D-12)**0.5*RO2*0.2 ;
+{440.} CH3CO3 + HO2 = CH3CO2H + O3 : KAPHO2*0.15 ;
+{441.} CH3CO3 + HO2 = CH3CO3H : KAPHO2*0.41 ;
+{442.} CH3CO3 + HO2 = CH3O2 + OH : KAPHO2*0.44 ;
+{443.} CH3CO3 + NO = NO2 + CH3O2 : 7.5D-12*EXP(290/TEMP) ;
+{444.} CH3CO3 + NO2 = PAN : KFPAN ;
+{445.} CH3CO3 + NO3 = NO2 + CH3O2 : 4.0D-12 ;
+{446.} CH3CO3 = CH3CO2H : 1.00D-11*0.3*RO2 ;
+{447.} CH3CO3 = CH3O2 : 1.00D-11*0.7*RO2 ;
+{448.} C719O2 + HO2 = C719OOH : KRO2HO2*0.820 ;
+{449.} C719O2 + NO = C719NO3 : KRO2NO*0.042 ;
+{450.} C719O2 + NO = C719O + NO2 : KRO2NO*0.958 ;
+{451.} C719O2 + NO3 = C719O + NO2 : KRO2NO3 ;
+{452.} C719O2 = C719O : 9.20D-14*RO2*0.7 ;
+{453.} C719O2 = C719OH : 9.20D-14*RO2*0.3 ;
+{454.} C720OOH + OH = HCC7CO + OH : 1.27D-10 ;
+{455.} C720OOH = C720O + OH : J(41) ;
+{456.} C720NO3 + OH = HCC7CO + NO2 : 9.60D-11 ;
+{457.} C720NO3 = C720O + NO2 : J(54) ;
+{458.} C720O = HCC7CO + HO2 : KROSEC*O2 ;
+{459.} C720OH + OH = HCC7CO + HO2 : 1.09D-10 ;
+{460.} HCOCO = CO + CO + HO2 : 7.00D11*EXP(-3160/TEMP)+5.00D-12*O2 ;
+{461.} HCOCO = CO + OH : 5.00D-12*O2*3.2*(1-EXP(-550/TEMP)) ;
+{462.} HCOCO = HCOCO3 : 5.00D-12*O2*3.2*EXP(-550/TEMP) ;
+{463.} NBZFUO2 + HO2 = NBZFUOOH : KRO2HO2*0.625 ;
+{464.} NBZFUO2 + NO = NBZFUO + NO2 : KRO2NO ;
+{465.} NBZFUO2 + NO3 = NBZFUO + NO2 : KRO2NO3 ;
+{466.} NBZFUO2 = NBZFUO : 8.80D-13*RO2 ;
+{467.} BZFUONOOA = BZFUONOO : KDEC*0.5 ;
+{468.} BZFUONOOA = CO + HCOCH2O2 + OH : KDEC*0.5 ;
+{469.} BZFUO2 + HO2 = BZFUOOH : KRO2HO2*0.706 ;
+{470.} BZFUO2 + NO = BZFUO + NO2 : KRO2NO ;
+{471.} BZFUO2 + NO3 = BZFUO + NO2 : KRO2NO3 ;
+{472.} BZFUO2 = BZFUCO : 8.80D-13*RO2*0.2 ;
+{473.} BZFUO2 = BZFUO : 8.80D-13*RO2*0.6 ;
+{474.} BZFUO2 = BZFUOH : 8.80D-13*RO2*0.2 ;
+{475.} MALDALCO2H + OH = MALDIALCO2 : 3.70D-11 ;
+{476.} MALDALCO2H = HCOCO2H + HO2 + CO + HO2 + CO : J(18)+J(19) ;
+{477.} MALDALCO3H + OH = MALDIALCO3 : 4.00D-11 ;
+{478.} MALDALCO3H = MALDIALCO2 + OH : J(20)*2 ;
+{479.} MALDIALCO2 = GLYOX + HO2 + CO : KDEC*0.40 ;
+{480.} MALDIALCO2 = MALANHY + HO2 : KDEC*0.60 ;
+{481.} MALDIALPAN + OH = GLYOX + CO + CO + NO2 : 3.70D-11 ;
+{482.} MALDIALPAN = MALDIALCO3 + NO2 : KBPAN ;
+{483.} EPXDLCO2H + OH = C3DIALO2 : 2.31D-11 ;
+{484.} EPXDLCO2H = C3DIALO2 + HO2 : J(17) ;
+{485.} EPXDLCO3H + OH = EPXDLCO3 : 2.62D-11 ;
+{486.} EPXDLCO3H = C3DIALO2 + OH : J(41)+J(17) ;
+{487.} EPXDLPAN + OH = C33CO + CO + NO2 : 2.29D-11 ;
+{488.} EPXDLPAN = EPXDLCO3 + NO2 : KBPAN ;
+{489.} C3DIALOOH + OH = C33CO + OH : 1.44D-10 ;
+{490.} C3DIALOOH = C3DIALO + OH : J(41) ;
+{491.} C3DIALOOH = GLYOX + CO + HO2 + OH : J(15)*2 ;
+{492.} C3DIALO = GLYOX + CO + HO2 : KDEC ;
+{493.} C32OH13CO + OH = HCOCOHCO3 : 1.36D-10 ;
+{494.} C32OH13CO = GLYOX + HO2 + HO2 + CO : J(15)*2 ;
+{495.} C33CO + OH = CO + CO + CO + HO2 : 5.77D-11 ;
+{496.} C33CO = CO + HO2 + CO + CO + HO2 : J(15)*2 ;
+{497.} HCOCO2H = HO2 + HO2 + CO : J(34) ;
+{498.} OH + HCOCO2H = CO + HO2 : 1.23D-11 ;
+{499.} HCOCOHCO3 + HO2 = GLYOX + HO2 + OH : KAPHO2*0.44 ;
+{500.} HCOCOHCO3 + HO2 = HCOCOHCO3H : KAPHO2*0.56 ;
+{501.} HCOCOHCO3 + NO = GLYOX + HO2 + NO2 : KAPNO ;
+{502.} HCOCOHCO3 + NO2 = HCOCOHPAN : KFPAN ;
+{503.} HCOCOHCO3 + NO3 = GLYOX + HO2 + NO2 : KRO2NO3*1.74 ;
+{504.} HCOCOHCO3 = GLYOX + HO2 : 1.00D-11*RO2 ;
+{505.} MALDIALOOH + OH = HOCOC4DIAL + OH : 1.22D-10 ;
+{506.} MALDIALOOH + OH = MALDIALO2 : 1.90D-12*EXP(190/TEMP) ;
+{507.} MALDIALOOH = C32OH13CO + CO + OH + HO2 : J(15)*2 ;
+{508.} MALDIALOOH = MALDIALO + OH : J(41) ;
+{509.} MALDIALO = GLYOX + GLYOX + HO2 : KDEC ;
+{510.} HOCOC4DIAL + OH = CO2C4DIAL + HO2 : 3.67D-11 ;
+{511.} HOCOC4DIAL = HCOCOHCO3 + HO2 + CO : J(34)+J(15) ;
+{512.} HOHOC4DIAL + OH = HOCOC4DIAL + HO2 : 8.13D-11 ;
+{513.} HOHOC4DIAL = C32OH13CO + HO2 + HO2 + CO : J(15)*2 ;
+{514.} NPHEN1O + NO2 = DNPHEN : 2.08D-12 ;
+{515.} NPHEN1O + O3 = NPHEN1O2 : 2.86D-13 ;
+{516.} C6H5OOH + OH = C6H5O2 : 3.60D-12 ;
+{517.} C6H5OOH = C6H5O + OH : J(41) ;
+{518.} NCATECHOL + NO3 = NNCATECO2 : 2.60D-12 ;
+{519.} NCATECHOL + OH = NCATECO2 : 3.47D-12 ;
+{520.} CATEC1O2 + HO2 = CATEC1OOH : KRO2HO2*0.770 ;
+{521.} CATEC1O2 + NO = CATEC1O + NO2 : KRO2NO ;
+{522.} CATEC1O2 + NO3 = CATEC1O + NO2 : KRO2NO3 ;
+{523.} CATEC1O2 = CATEC1O : 8.80D-13*RO2 ;
+{524.} PBZQONE + NO3 = NBZQO2 : 3.00D-13 ;
+{525.} PBZQONE + OH = PBZQO2 : 4.6D-12 ;
+{526.} PINALOOH + OH = PINALO2 : 2.75D-11 ;
+{527.} PINALOOH = PINALO + OH : J(41)+J(15) ;
+{528.} PINALNO3 + OH = CO235C6CHO + CH3COCH3 + NO2 : 2.25D-11 ;
+{529.} PINALNO3 = PINALO + NO2 : J(55)+J(15) ;
+{530.} PINALO = C106O2 : KDEC ;
+{531.} PINALOH + OH = PINALO : 2.41D-11 ;
+{532.} PINALOH = PINALO + HO2 : J(22) ;
+{533.} NC102O2 + HO2 = NC102OOH : KRO2HO2*0.914 ;
+{534.} NC102O2 + NO = NC102O + NO2 : KRO2NO ;
+{535.} NC102O2 + NO3 = NC102O + NO2 : KRO2NO3 ;
+{536.} NC102O2 = NC102O : 6.70D-15*RO2 ;
+{537.} C108OOH + OH = C108O2 : 6.28D-11 ;
+{538.} C108OOH = C108O + OH : J(41)+J(35) ;
+{539.} C108NO3 + OH = CO235C6CHO + CH3COCH3 + NO2 : 2.85D-11 ;
+{540.} C108NO3 = C108O + NO2 : J(55)+J(35) ;
+{541.} C108O = C717O2 + CH3COCH3 : KDEC ;
+{542.} C108OH + OH = C108O : 5.93D-11 ;
+{543.} C108OH = C108O + HO2 : J(35) ;
+{544.} C89CO2 = C811CO3 : KDEC*0.80 ;
+{545.} C89CO2 = C89O2 : KDEC*0.20 ;
+{546.} C89CO2H + OH = C89CO2 : 2.69D-11 ;
+{547.} C89CO2H = C89CO2 + HO2 : J(15) ;
+{548.} C89CO3H + OH = C89CO3 : 3.00D-11 ;
+{549.} C89CO3H = C89CO2 + OH : J(41)+J(15) ;
+{550.} C89PAN + OH = CH3COCH3 + CO13C4CHO + CO + NO2 : 2.52D-11 ;
+{551.} C89PAN = C89CO3 + NO2 : KBPAN ;
+{552.} C920CO3H + OH = C920CO3 : 9.16D-12 ;
+{553.} C920CO3H = C920O2 + OH : J(41)+J(22) ;
+{554.} HOPINONIC + OH = C920O2 : 5.70D-12 ;
+{555.} HOPINONIC = C920O2 + HO2 : J(22) ;
+{556.} C920PAN + OH = C109OH + CO + NO2 : 5.56D-12 ;
+{557.} C920PAN = C920CO3 + NO2 : KBPAN ;
+{558.} C920OOH + OH = C920O2 : 2.36D-11 ;
+{559.} C920OOH = C920O + OH : J(41)+J(22) ;
+{560.} C920O = C921O2 : 4.20D+10*EXP(-3523/TEMP) ;
+{561.} C97OOH + OH = C97O2 : 1.05D-11 ;
+{562.} C97OOH = C97O + OH : J(41)+J(22) ;
+{563.} C97O = C98O2 : KDEC ;
+{564.} C97OH + OH = C97O : 7.20D-12 ;
+{565.} C97OH = C97O + HO2 : J(22) ;
+{566.} C85CO3H + OH = C85CO3 : 1.02D-11 ;
+{567.} C85CO3H = C85O2 + OH : J(41)+J(22) ;
+{568.} C9PAN2 + OH = C85OOH + CO + NO2 : 6.60D-12 ;
+{569.} C9PAN2 = C85CO3 + NO2 : KBPAN ;
+{570.} C85OOH + OH = C85O2 : 1.29D-11 ;
+{571.} C85OOH = C85O + OH : J(41)+J(22) ;
+{572.} C85O = C86O2 : KDEC ;
+{573.} CH3COCH2O = CH3CO3 + HCHO : KDEC ;
+{574.} HYPERACET + OH = CH3COCH2O2 : 1.90D-12*EXP(190/TEMP) ;
+{575.} HYPERACET + OH = MGLYOX + OH : 8.39D-12 ;
+{576.} HYPERACET = CH3CO3 + HCHO + OH : J(22) ;
+{577.} HYPERACET = CH3COCH2O + OH : J(41) ;
+{578.} ACETOL + OH = MGLYOX + HO2 : 1.6D-12*EXP(305/TEMP) ;
+{579.} ACETOL = CH3CO3 + HCHO + HO2 : J(22) ;
+{580.} MGLYOX = CH3CO3 + CO + HO2 : J(34) ;
+{581.} NO3 + MGLYOX = CH3CO3 + CO + HNO3 : KNO3AL*2.4 ;
+{582.} OH + MGLYOX = CH3CO3 + CO : 1.9D-12*EXP(575/TEMP) ;
+{583.} CH3CO2H + OH = CH3O2 : 8.00D-13 ;
+{584.} CH3CO3H + OH = CH3CO3 : 3.70D-12 ;
+{585.} CH3CO3H = CH3O2 + OH : J(41) ;
+{586.} PAN + OH = HCHO + CO + NO2 : 3D-14 ;
+{587.} PAN = CH3CO3 + NO2 : KBPAN ;
+{588.} C719OOH + OH = C719O2 : 7.06D-11 ;
+{589.} C719OOH = C719O + OH : J(41) ;
+{590.} C719NO3 + OH = C716OH + NO2 : 1.26D-11 ;
+{591.} C719O = C716OH + HO2 : KDEC ;
+{592.} C719OH + OH = C719O : 6.72D-11 ;
+{593.} HCOCO3 + HO2 = HCOCO2H + O3 : KAPHO2*0.15 ;
+{594.} HCOCO3 + HO2 = HCOCO3H : KAPHO2*0.41 ;
+{595.} HCOCO3 + HO2 = HO2 + CO + OH : KAPHO2*0.44 ;
+{596.} HCOCO3 + NO = HO2 + CO + NO2 : KAPNO ;
+{597.} HCOCO3 + NO2 = HO2 + CO + NO3 : KFPAN ;
+{598.} HCOCO3 + NO3 = HO2 + CO + NO2 : KRO2NO3*1.74 ;
+{599.} HCOCO3 = CO + HO2 : 1.00D-11*0.7*RO2 ;
+{600.} HCOCO3 = HCOCO2H : 1.00D-11*0.3*RO2 ;
+{601.} NBZFUOOH + OH = NBZFUO2 : 6.18D-12 ;
+{602.} NBZFUOOH = NBZFUO + OH : J(41) ;
+{603.} NBZFUO = CO14O3CHO + NO2 : KDEC*0.5 ;
+{604.} NBZFUO = NBZFUONE + HO2 : KDEC*0.5 ;
+{605.} BZFUONOO + CO = CO14O3CHO : 1.20D-15 ;
+{606.} BZFUONOO + NO = CO14O3CHO + NO2 : 1.00D-14 ;
+{607.} BZFUONOO + NO2 = CO14O3CHO + NO3 : 1.00D-15 ;
+{608.} BZFUONOO + SO2 = CO14O3CHO + SO3 : 7.00D-14 ;
+{609.} BZFUONOO = CO14O3CHO + H2O2 : 6.00D-18*H2O ;
+{610.} BZFUONOO = CO14O3CO2H : 1.00D-17*H2O ;
+{611.} HCOCH2O2 + HO2 = HCOCH2OOH : KRO2HO2*0.387 ;
+{612.} HCOCH2O2 + NO = NO2 + HCOCH2O : KRO2NO ;
+{613.} HCOCH2O2 + NO3 = HCOCH2O + NO2 : KRO2NO3 ;
+{614.} HCOCH2O2 = GLYOX : 2.00D-12*0.2*RO2 ;
+{615.} HCOCH2O2 = HCOCH2O : 2.00D-12*0.6*RO2 ;
+{616.} HCOCH2O2 = HOCH2CHO : 2.00D-12*0.2*RO2 ;
+{617.} BZFUOOH + OH = BZFUO2 : 3.68D-11 ;
+{618.} BZFUOOH = BZFUO + OH : J(41) ;
+{619.} BZFUO = CO14O3CHO + HO2 : KDEC ;
+{620.} BZFUCO + OH = CO14O3CHO + HO2 : 1.78D-11 ;
+{621.} BZFUOH + OH = BZFUCO + HO2 : 2.78D-11 ;
+{622.} MALANHY + OH = MALANHYO2 : 1.4D-12 ;
+{623.} HCOCOHCO3H + OH = HCOCOHCO3 : 7.33D-11 ;
+{624.} HCOCOHCO3H = GLYOX + HO2 + OH : J(41) ;
+{625.} HCOCOHPAN + OH = GLYOX + CO + NO2 : 6.97D-11 ;
+{626.} HCOCOHPAN = HCOCOHCO3 + NO2 : KBPAN ;
+{627.} CO2C4DIAL + OH = CO + CO + CO + CO + HO2 : 2.45D-11 ;
+{628.} CO2C4DIAL = CO + CO + HO2 + HO2 + CO + CO : J(34)*2 ;
+{629.} DNPHEN + NO3 = NDNPHENO2 : 2.25D-15 ;
+{630.} DNPHEN + OH = DNPHENO2 : 3.00D-14 ;
+{631.} NPHEN1O2 + HO2 = NPHEN1OOH : KRO2HO2*0.770 ;
+{632.} NPHEN1O2 + NO = NPHEN1O + NO2 : KRO2NO ;
+{633.} NPHEN1O2 + NO3 = NPHEN1O + NO2 : KRO2NO3 ;
+{634.} NPHEN1O2 = NPHEN1O : 2.50D-13*RO2 ;
+{635.} NNCATECO2 + HO2 = NNCATECOOH : KRO2HO2*0.770 ;
+{636.} NNCATECO2 + NO = NNCATECO + NO2 : KRO2NO ;
+{637.} NNCATECO2 + NO3 = NNCATECO + NO2 : KRO2NO3 ;
+{638.} NNCATECO2 = NNCATECO : 8.00D-13*RO2 ;
+{639.} NCATECO2 + HO2 = NCATECOOH : KRO2HO2*0.770 ;
+{640.} NCATECO2 + NO = NCATECO + NO2 : KRO2NO ;
+{641.} NCATECO2 + NO3 = NCATECO + NO2 : KRO2NO3 ;
+{642.} NCATECO2 = NCATECO : 8.00D-13*RO2 ;
+{643.} CATEC1OOH + OH = CATEC1O2 : 1.90D-12*EXP(190/TEMP) ;
+{644.} CATEC1OOH = CATEC1O + OH : J(41) ;
+{645.} NBZQO2 + HO2 = NBZQOOH : KRO2HO2*0.770 ;
+{646.} NBZQO2 + NO = NBZQO + NO2 : KRO2NO ;
+{647.} NBZQO2 + NO3 = NBZQO + NO2 : KRO2NO3 ;
+{648.} NBZQO2 = NBZQO : 8.80D-13*RO2 ;
+{649.} PBZQO2 + HO2 = PBZQOOH : KRO2HO2*0.770 ;
+{650.} PBZQO2 + NO = PBZQO + NO2 : KRO2NO ;
+{651.} PBZQO2 + NO3 = PBZQO + NO2 : KRO2NO3 ;
+{652.} PBZQO2 = PBZQCO : 8.80D-13*RO2*0.2 ;
+{653.} PBZQO2 = PBZQO : 8.80D-13*RO2*0.6 ;
+{654.} PBZQO2 = PBZQOH : 8.80D-13*RO2*0.2 ;
+{655.} CO235C6CHO + NO3 = CO235C6CO3 + HNO3 : KNO3AL*5.5 ;
+{656.} CO235C6CHO + OH = CO235C6CO3 : 6.70D-11 ;
+{657.} CO235C6CHO = CHOC3COCO3 + CH3CO3 : J(35) ;
+{658.} C106O2 + HO2 = C106OOH : KRO2HO2*0.914 ;
+{659.} C106O2 + NO = C106NO3 : KRO2NO*0.125 ;
+{660.} C106O2 + NO = C106O + NO2 : KRO2NO*0.875 ;
+{661.} C106O2 + NO3 = C106O + NO2 : KRO2NO3 ;
+{662.} C106O2 = C106O : 6.70D-15*0.7*RO2 ;
+{663.} C106O2 = C106OH : 6.70D-15*0.3*RO2 ;
+{664.} NC102OOH + OH = NC102O2 : 8.03D-12 ;
+{665.} NC102OOH = NC102O + OH : J(41) ;
+{666.} NC102O = NC71O2 + CH3COCH3 : KDEC ;
+{667.} C717O2 + HO2 = C717OOH : KRO2HO2*0.820 ;
+{668.} C717O2 + NO = C717NO3 : KRO2NO*0.278 ;
+{669.} C717O2 + NO = C717O + NO2 : KRO2NO*0.722 ;
+{670.} C717O2 + NO3 = C717O + NO2 : KRO2NO3 ;
+{671.} C717O2 = C717O : 2.50D-13*0.6*RO2 ;
+{672.} C717O2 = C717OH : 2.50D-13*0.2*RO2 ;
+{673.} C717O2 = CO235C6CHO : 2.50D-13*0.2*RO2 ;
+{674.} C811CO3 + HO2 = C811CO3H : KAPHO2*0.41 ;
+{675.} C811CO3 + HO2 = C811O2 + OH : KAPHO2*0.44 ;
+{676.} C811CO3 + HO2 = PINIC + O3 : KAPHO2*0.15 ;
+{677.} C811CO3 + NO = C811O2 + NO2 : KAPNO ;
+{678.} C811CO3 + NO2 = C811PAN : KFPAN ;
+{679.} C811CO3 + NO3 = C811O2 + NO2 : KRO2NO3*1.74 ;
+{680.} C811CO3 = C811O2 : 1.00D-11*RO2*0.7 ;
+{681.} C811CO3 = PINIC : 1.00D-11*RO2*0.3 ;
+{682.} C89O2 + HO2 = C89OOH : KRO2HO2*0.859 ;
+{683.} C89O2 + NO = C89NO3 : KRO2NO*0.104 ;
+{684.} C89O2 + NO = C89O + NO2 : KRO2NO*0.896 ;
+{685.} C89O2 + NO3 = C89O + NO2 : KRO2NO3 ;
+{686.} C89O2 = C89O : 6.70D-15*RO2*0.7 ;
+{687.} C89O2 = C89OH : 6.70D-15*RO2*0.3 ;
+{688.} CO13C4CHO + NO3 = CHOC3COCO3 + HNO3 : 2*KNO3AL*5.5 ;
+{689.} CO13C4CHO + OH = CHOC3COCO3 : 1.33D-10 ;
+{690.} CO13C4CHO = CHOC3COO2 + CO + HO2 : J(15)*2 ;
+{691.} C921O2 + HO2 = C921OOH : KRO2HO2*0.890 ;
+{692.} C921O2 + NO = C921O + NO2 : KRO2NO ;
+{693.} C921O2 + NO3 = C921O + NO2 : KRO2NO3 ;
+{694.} C921O2 = C921O : 6.70D-15*RO2 ;
+{695.} C98O2 + HO2 = C98OOH : KRO2HO2*0.890 ;
+{696.} C98O2 + NO = C98NO3 : KRO2NO*0.118 ;
+{697.} C98O2 + NO = C98O + NO2 : KRO2NO*0.882 ;
+{698.} C98O2 + NO3 = C98O + NO2 : KRO2NO3 ;
+{699.} C98O2 = C98O : 6.70D-15*0.7*RO2 ;
+{700.} C98O2 = C98OH : 6.70D-15*0.3*RO2 ;
+{701.} C86O2 + HO2 = C86OOH : KRO2HO2*0.859 ;
+{702.} C86O2 + NO = C86O + NO2 : KRO2NO ;
+{703.} C86O2 + NO3 = C86O + NO2 : KRO2NO3 ;
+{704.} C86O2 = C86O : 6.70D-15*RO2 ;
+{705.} C716OH + NO3 = H3C25C6CO3 + HNO3 : KNO3AL*5.5 ;
+{706.} C716OH + OH = CO235C6CHO + HO2 : 8.92D-11*0.232 ;
+{707.} C716OH + OH = H3C25C6CO3 : 8.92D-11*0.768 ;
+{708.} C716OH = H3C25C6O2 + CO + HO2 : J(15) ;
+{709.} HCOCO3H = HO2 + CO + OH : J(41)+J(15) ;
+{710.} OH + HCOCO3H = HCOCO3 : 1.58D-11 ;
+{711.} CO14O3CHO + NO3 = CO + HCOCH2O2 + HNO3 : KNO3AL*8.0 ;
+{712.} CO14O3CHO + OH = CO + HCOCH2O2 : 3.44D-11 ;
+{713.} CO14O3CHO = HO2 + CO + HCOCH2O2 : J(34) ;
+{714.} NBZFUONE + OH = BZFUCO + NO2 : 1.16D-12 ;
+{715.} CO14O3CO2H + OH = HCOCH2O2 : 2.19D-11 ;
+{716.} HCOCH2OOH + OH = GLYOX + OH : 2.91D-11 ;
+{717.} HCOCH2OOH + OH = HCOCH2O2 : 1.90D-12*EXP(190/TEMP) ;
+{718.} HCOCH2OOH = HCOCH2O + OH : J(41) ;
+{719.} HCOCH2OOH = HO2 + CO + HCHO + OH : J(15) ;
+{720.} HCOCH2O = HCHO + CO + HO2 : KDEC ;
+{721.} HOCH2CHO + NO3 = HOCH2CO3 + HNO3 : KNO3AL ;
+{722.} HOCH2CHO + OH = GLYOX + HO2 : 1.00D-11*0.200 ;
+{723.} HOCH2CHO + OH = HOCH2CO3 : 1.00D-11*0.800 ;
+{724.} HOCH2CHO = HO2 + HCHO + HO2 + CO : J(15) ;
+{725.} MALANHYO2 + HO2 = MALANHYOOH : KRO2HO2*0.625 ;
+{726.} MALANHYO2 + NO = MALANHYO + NO2 : KRO2NO ;
+{727.} MALANHYO2 + NO3 = MALANHYO + NO2 : KRO2NO3 ;
+{728.} MALANHYO2 = MALANHY2OH : 8.80D-13*0.2*RO2 ;
+{729.} MALANHYO2 = MALANHYO : 8.80D-13*0.6*RO2 ;
+{730.} MALANHYO2 = MALNHYOHCO : 8.80D-13*0.2*RO2 ;
+{731.} NDNPHENO2 + HO2 = NDNPHENOOH : KRO2HO2*0.770 ;
+{732.} NDNPHENO2 + NO = NDNPHENO + NO2 : KRO2NO ;
+{733.} NDNPHENO2 + NO3 = NDNPHENO + NO2 : KRO2NO3 ;
+{734.} NDNPHENO2 = NDNPHENO : 8.00D-13*RO2 ;
+{735.} DNPHENO2 + HO2 = DNPHENOOH : KRO2HO2*0.770 ;
+{736.} DNPHENO2 + NO = DNPHENO + NO2 : KRO2NO ;
+{737.} DNPHENO2 + NO3 = DNPHENO + NO2 : KRO2NO3 ;
+{738.} DNPHENO2 = DNPHENO : 8.00D-13*RO2 ;
+{739.} NPHEN1OOH + OH = NPHEN1O2 : 9.00D-13 ;
+{740.} NPHEN1OOH = NPHEN1O + OH : J(41) ;
+{741.} NNCATECOOH + OH = NNCATECO2 : 1.90D-12*EXP(190/TEMP) ;
+{742.} NNCATECOOH = NNCATECO + OH : J(41) ;
+{743.} NNCATECO = NC4DCO2H + HCOCO2H + NO2 : KDEC ;
+{744.} NCATECOOH + OH = NCATECO2 : 1.90D-12*EXP(190/TEMP) ;
+{745.} NCATECOOH = NCATECO + OH : J(41) ;
+{746.} NCATECO = NC4DCO2H + HCOCO2H + HO2 : KDEC ;
+{747.} NBZQOOH + OH = NBZQO2 : 6.68D-11 ;
+{748.} NBZQOOH = NBZQO + OH : J(41) ;
+{749.} NBZQO = C6CO4DB + NO2 : KDEC ;
+{750.} PBZQOOH + OH = PBZQCO + OH : 1.23D-10 ;
+{751.} PBZQOOH = PBZQO + OH : J(41) ;
+{752.} PBZQO = C5CO2OHCO3 : KDEC ;
+{753.} PBZQCO + OH = C5CO2OHCO3 : 6.07D-11 ;
+{754.} PBZQOH + OH = PBZQCO + HO2 : 9.18D-11 ;
+{755.} CO235C6CO3 + HO2 = C235C6CO3H : KAPHO2*0.56 ;
+{756.} CO235C6CO3 + HO2 = CO235C6O2 + OH : KAPHO2*0.44 ;
+{757.} CO235C6CO3 + NO = CO235C6O2 + NO2 : KAPNO ;
+{758.} CO235C6CO3 + NO2 = C7PAN3 : KFPAN ;
+{759.} CO235C6CO3 + NO3 = CO235C6O2 + NO2 : KRO2NO3*1.74 ;
+{760.} CO235C6CO3 = CO235C6O2 : 1.00D-11*RO2 ;
+{761.} CHOC3COCO3 + HO2 = CHOC3COO2 + OH : KAPHO2*0.44 ;
+{762.} CHOC3COCO3 + HO2 = CHOC3COOOH : KAPHO2*0.56 ;
+{763.} CHOC3COCO3 + NO = CHOC3COO2 + NO2 : KAPNO ;
+{764.} CHOC3COCO3 + NO2 = CHOC3COPAN : KFPAN ;
+{765.} CHOC3COCO3 + NO3 = CHOC3COO2 + NO2 : KRO2NO3*1.74 ;
+{766.} CHOC3COCO3 = CHOC3COO2 : 1.00D-11*RO2 ;
+{767.} C106OOH + OH = C106O2 : 8.01D-11 ;
+{768.} C106OOH = C106O + OH : J(41)+J(15) ;
+{769.} C106NO3 + OH = CO235C6CHO + CH3COCH3 + NO2 : 7.03D-11 ;
+{770.} C106NO3 = C106O + NO2 : J(55)+J(15) ;
+{771.} C106O = C716O2 + CH3COCH3 : KDEC ;
+{772.} C106OH + OH = C106O : 7.66D-11 ;
+{773.} C106OH = C106O + HO2 : J(15) ;
+{774.} NC71O2 + HO2 = NC71OOH : KRO2HO2*0.820 ;
+{775.} NC71O2 + NO = NC71O + NO2 : KRO2NO ;
+{776.} NC71O2 + NO3 = NC71O + NO2 : KRO2NO3 ;
+{777.} NC71O2 = NC71O : 2.50D-13*RO2 ;
+{778.} C717OOH + OH = CO235C6CHO + OH : 2.00D-10 ;
+{779.} C717OOH = C717O + OH : J(41)+J(35) ;
+{780.} C717NO3 + OH = CO235C6CHO + NO2 : 2.23D-11 ;
+{781.} C717NO3 = C717O + NO2 : J(54)+J(35) ;
+{782.} C717O = CO235C6CHO + HO2 : KROSEC*O2 ;
+{783.} C717OH + OH = CO235C6CHO + HO2 : 1.26D-10 ;
+{784.} C717OH = C717O + HO2 : J(35) ;
+{785.} C811CO3H + OH = C811CO3 : 1.04D-11 ;
+{786.} C811CO3H = C811O2 + OH : J(41) ;
+{787.} C811O2 + HO2 = C811OOH : KRO2HO2*0.859 ;
+{788.} C811O2 + NO = C811NO3 : KRO2NO*0.138 ;
+{789.} C811O2 + NO = C811O + NO2 : KRO2NO*0.862 ;
+{790.} C811O2 + NO3 = C811O + NO2 : KRO2NO3 ;
+{791.} C811O2 = C721CHO : 1.30D-12*RO2*0.2 ;
+{792.} C811O2 = C811O : 1.30D-12*RO2*0.6 ;
+{793.} C811O2 = C811OH : 1.30D-12*RO2*0.2 ;
+{794.} PINIC + OH = C811O2 : 7.29D-12 ;
+{795.} C811PAN + OH = C721CHO + CO + NO2 : 6.77D-12 ;
+{796.} C811PAN = C811CO3 + NO2 : KBPAN ;
+{797.} C89OOH + OH = C89O2 : 3.61D-11 ;
+{798.} C89OOH = C89O + OH : J(41)+J(15) ;
+{799.} C89NO3 + OH = CH3COCH3 + CO13C4CHO + NO2 : 2.56D-11 ;
+{800.} C89NO3 = C89O + NO2 : J(55)+J(15) ;
+{801.} C89O = C810O2 : 2.70D+14*EXP(-6643/TEMP) ;
+{802.} C89OH + OH = C89O : 2.86D-11 ;
+{803.} C89OH = C89O + HO2 : J(15) ;
+{804.} CHOC3COO2 + HO2 = C413COOOH : KRO2HO2*0.625 ;
+{805.} CHOC3COO2 + NO = CHOC3COO + NO2 : KRO2NO ;
+{806.} CHOC3COO2 + NO3 = CHOC3COO + NO2 : KRO2NO3 ;
+{807.} CHOC3COO2 = CHOC3COO : 2.00D-12*RO2 ;
+{808.} C921OOH + OH = C921O2 : 1.29D-11 ;
+{809.} C921OOH = C921O + OH : J(41)+J(22) ;
+{810.} C921O = C922O2 : KDEC ;
+{811.} C98OOH + OH = C98O2 : 2.05D-11 ;
+{812.} C98OOH = C98O + OH : J(41)+J(35) ;
+{813.} C98NO3 + OH = CH3COCH3 + C614CO + NO2 : 5.37D-12 ;
+{814.} C98NO3 = C98O + NO2 : J(55)+J(35) ;
+{815.} C98O = C614O2 + CH3COCH3 : KDEC ;
+{816.} C98OH + OH = C98O : 1.69D-11 ;
+{817.} C98OH = C98O + HO2 : J(35) ;
+{818.} C86OOH + OH = C86O2 : 3.45D-11 ;
+{819.} C86OOH = C86O + OH : J(41)+J(15) ;
+{820.} C86O = C511O2 + CH3COCH3 : KDEC ;
+{821.} H3C25C6CO3 + HO2 = H3C25C6O2 + OH : KAPHO2*0.44 ;
+{822.} H3C25C6CO3 + HO2 = H3C25CCO2H + O3 : KAPHO2*0.15 ;
+{823.} H3C25C6CO3 + HO2 = H3C25CCO3H : KAPHO2*0.41 ;
+{824.} H3C25C6CO3 + NO = H3C25C6O2 + NO2 : KAPNO ;
+{825.} H3C25C6CO3 + NO2 = H3C25C6PAN : KFPAN ;
+{826.} H3C25C6CO3 + NO3 = H3C25C6O2 + NO2 : KRO2NO3*1.74 ;
+{827.} H3C25C6CO3 = H3C25C6O2 : 1.00D-11*RO2*0.7 ;
+{828.} H3C25C6CO3 = H3C25CCO2H : 1.00D-11*RO2*0.3 ;
+{829.} H3C25C6O2 + HO2 = H3C25C6OOH : KRO2HO2*0.770 ;
+{830.} H3C25C6O2 + NO = H3C25C6O + NO2 : KRO2NO ;
+{831.} H3C25C6O2 + NO3 = H3C25C6O + NO2 : KRO2NO3 ;
+{832.} H3C25C6O2 = H3C25C5CHO : 2.00D-12*RO2*0.2 ;
+{833.} H3C25C6O2 = H3C25C6O : 2.00D-12*RO2*0.6 ;
+{834.} H3C25C6O2 = H3C25C6OH : 2.00D-12*RO2*0.2 ;
+{835.} HOCH2CO3 + HO2 = HO2 + HCHO + OH : KAPHO2*0.44 ;
+{836.} HOCH2CO3 + HO2 = HOCH2CO2H + O3 : KAPHO2*0.15 ;
+{837.} HOCH2CO3 + HO2 = HOCH2CO3H : KAPHO2*0.41 ;
+{838.} HOCH2CO3 + NO = NO2 + HO2 + HCHO : KAPNO ;
+{839.} HOCH2CO3 + NO2 = PHAN : KFPAN ;
+{840.} HOCH2CO3 + NO3 = NO2 + HO2 + HCHO : KRO2NO3*1.74 ;
+{841.} HOCH2CO3 = HCHO + HO2 : 1.00D-11*0.7*RO2 ;
+{842.} HOCH2CO3 = HOCH2CO2H : 1.00D-11*0.3*RO2 ;
+{843.} MALANHYOOH + OH = MALNHYOHCO + OH : 4.66D-11 ;
+{844.} MALANHYOOH = MALANHYO + OH : J(41) ;
+{845.} MALANHYO = HCOCOHCO3 : KDEC ;
+{846.} MALANHY2OH + OH = MALNHYOHCO + HO2 : 2.55D-11 ;
+{847.} MALNHYOHCO + OH = CO + CO + CO + HO2 : 5.68D-12 ;
+{848.} NDNPHENOOH + OH = NDNPHENO2 : 1.90D-12*EXP(190/TEMP) ;
+{849.} NDNPHENOOH = NDNPHENO + OH : J(41) ;
+{850.} NDNPHENO = NC4DCO2H + HNO3 + CO + CO + NO2 : KDEC ;
+{851.} DNPHENOOH + OH = DNPHENO2 : 1.90D-12*EXP(190/TEMP) ;
+{852.} DNPHENOOH = DNPHENO + OH : J(41) ;
+{853.} DNPHENO = NC4DCO2H + HCOCO2H + NO2 : KDEC ;
+{854.} NC4DCO2H + OH = NC4DCO2 : 1.90D-12*EXP(190/TEMP) ;
+{855.} C6CO4DB + OH = CO + CO + HO2 + CO + C33CO : 7.70D-11 ;
+{856.} C6CO4DB = C4CO2DBCO3 + HO2 + CO : J(34)*2 ;
+{857.} C5CO2OHCO3 + HO2 = C5COOHCO3H : KAPHO2*0.56 ;
+{858.} C5CO2OHCO3 + HO2 = HOCOC4DIAL + HO2 + CO + OH : KAPHO2*0.44 ;
+{859.} C5CO2OHCO3 + NO = HOCOC4DIAL + HO2 + CO + NO2 : KAPNO ;
+{860.} C5CO2OHCO3 + NO2 = C5CO2OHPAN : KFPAN ;
+{861.} C5CO2OHCO3 + NO3 = HOCOC4DIAL + HO2 + CO + NO2 : KRO2NO3*1.74 ;
+{862.} C5CO2OHCO3 = HOCOC4DIAL + HO2 + CO : 1.00D-11*RO2 ;
+{863.} C235C6CO3H + OH = CO235C6CO3 : 4.75D-12 ;
+{864.} C235C6CO3H = CO235C6O2 + OH : J(41)+J(35) ;
+{865.} CO235C6O2 + HO2 = CO235C6OOH : KRO2HO2*0.770 ;
+{866.} CO235C6O2 + NO = CO235C6O + NO2 : KRO2NO ;
+{867.} CO235C6O2 + NO3 = CO235C6O + NO2 : KRO2NO3 ;
+{868.} CO235C6O2 = CO235C6O : 2.00D-12*RO2 ;
+{869.} C7PAN3 + OH = CO235C5CHO + CO + NO2 : 8.83D-13 ;
+{870.} C7PAN3 = CO235C6CO3 + NO2 : KBPAN ;
+{871.} CHOC3COOOH + OH = CHOC3COCO3 : 7.55D-11 ;
+{872.} CHOC3COOOH = CHOC3COO2 + OH : J(41)+J(22)+J(15) ;
+{873.} CHOC3COPAN + OH = C4CODIAL + CO + NO2 : 7.19D-11 ;
+{874.} CHOC3COPAN = CHOC3COCO3 + NO2 : KBPAN ;
+{875.} C716O2 + HO2 = C716OOH : KRO2HO2*0.820 ;
+{876.} C716O2 + NO = C716O + NO2 : KRO2NO ;
+{877.} C716O2 + NO3 = C716O + NO2 : KRO2NO3 ;
+{878.} C716O2 = C716O : 8.80D-13*0.6*RO2 ;
+{879.} C716O2 = C716OH : 8.80D-13*0.2*RO2 ;
+{880.} C716O2 = CO235C6CHO : 8.80D-13*0.2*RO2 ;
+{881.} NC71OOH + OH = NC71O2 : 3.25D-11 ;
+{882.} NC71OOH = NC71O + OH : J(41) ;
+{883.} NC71O = CO235C6CHO + NO2 : 4.00D+04 ;
+{884.} NC71O = NC71CO + HO2 : KROSEC*O2 ;
+{885.} C811OOH + OH = C721CHO + OH : 1.70D-11 ;
+{886.} C811OOH = C811O + OH : J(41) ;
+{887.} C811NO3 + OH = C721CHO + NO2 : 3.29D-12 ;
+{888.} C811NO3 = C811O + NO2 : J(53) ;
+{889.} C811O = C812O2 : KDEC ;
+{890.} C721CHO + NO3 = C721CO3 + HNO3 : KNO3AL*8.5 ;
+{891.} C721CHO + OH = C721CO3 : 2.63D-11 ;
+{892.} C721CHO = C721O2 + CO + HO2 : J(15) ;
+{893.} C811OH + OH = C721CHO + HO2 : 7.89D-12 ;
+{894.} C810O2 + HO2 = C810OOH : KRO2HO2*0.914 ;
+{895.} C810O2 + NO = C810NO3 : KRO2NO*0.104 ;
+{896.} C810O2 + NO = C810O + NO2 : KRO2NO*0.896 ;
+{897.} C810O2 + NO3 = C810O + NO2 : KRO2NO3 ;
+{898.} C810O2 = C810O : 6.70D-15*RO2*0.7 ;
+{899.} C810O2 = C810OH : 6.70D-15*RO2*0.3 ;
+{900.} C413COOOH + OH = CHOC3COO2 : 8.33D-11 ;
+{901.} C413COOOH = CHOC3COO + OH : J(41)+J(22)+J(15) ;
+{902.} CHOC3COO = HCOCH2CO3 + HCHO : KDEC ;
+{903.} C922O2 + HO2 = C922OOH : KRO2HO2*0.890 ;
+{904.} C922O2 + NO = C922O + NO2 : KRO2NO ;
+{905.} C922O2 + NO3 = C922O + NO2 : KRO2NO3 ;
+{906.} C922O2 = C922O : 6.70D-15*RO2 ;
+{907.} C614CO + OH = CO235C5CHO + HO2 : 3.22D-12 ;
+{908.} C614CO = BIACETO2 + HOCH2CO3 : J(22) ;
+{909.} C614O2 + HO2 = C614OOH : KRO2HO2*0.770 ;
+{910.} C614O2 + NO = C614NO3 : KRO2NO*0.098 ;
+{911.} C614O2 + NO = C614O + NO2 : KRO2NO*0.902 ;
+{912.} C614O2 + NO3 = C614O + NO2 : KRO2NO3 ;
+{913.} C614O2 = C614CO : 8.80D-13*0.2*RO2 ;
+{914.} C614O2 = C614O : 8.80D-13*0.6*RO2 ;
+{915.} C614O2 = C614OH : 8.80D-13*0.2*RO2 ;
+{916.} C511O2 + HO2 = C511OOH : KRO2HO2*0.706 ;
+{917.} C511O2 + NO = C511O + NO2 : KRO2NO ;
+{918.} C511O2 + NO3 = C511O + NO2 : KRO2NO3 ;
+{919.} C511O2 = C511O : 8.80D-13*RO2 ;
+{920.} H3C25CCO2H + OH = H3C25C6O2 : 2.39D-11 ;
+{921.} H3C25CCO2H = H3C25C6O2 + HO2 : J(22)*2 ;
+{922.} H3C25CCO3H + OH = H3C25C6CO3 : 2.70D-11 ;
+{923.} H3C25CCO3H = H3C25C6O2 + OH : J(41)+J(22)*2 ;
+{924.} H3C25C6PAN + OH = H3C25C5CHO + CO + NO2 : 2.29D-11 ;
+{925.} H3C25C6PAN = H3C25C6CO3 + NO2 : KBPAN ;
+{926.} H3C25C6OOH + OH = H3C25C5CHO + OH : 3.23D-11 ;
+{927.} H3C25C6OOH = H3C25C6O + OH : J(41)+J(22)*2 ;
+{928.} H3C25C6O = H3C2C4CO3 + HCHO : KDEC ;
+{929.} H3C25C5CHO + OH = H3C2C4CO3 + CO : 3.55D-11 ;
+{930.} H3C25C5CHO = H3C2C4CO3 + CO + HO2 : J(34) ;
+{931.} H3C25C6OH + OH = C614CO + HO2 : 2.54D-11*0.890 ;
+{932.} H3C25C6OH + OH = H3C25C5CHO + HO2 : 2.54D-11*0.110 ;
+{933.} H3C25C6OH = HMVKAO2 + HOCH2CO3 : J(22)*2 ;
+{934.} HOCH2CO2H + OH = HCHO + HO2 : 2.73D-12 ;
+{935.} HOCH2CO3H + OH = HOCH2CO3 : 6.19D-12 ;
+{936.} HOCH2CO3H = HCHO + HO2 + OH : J(41) ;
+{937.} PHAN + OH = HCHO + CO + NO2 : 1.12D-12 ;
+{938.} PHAN = HOCH2CO3 + NO2 : KBPAN ;
+{939.} NC4DCO2 = MALANHY + NO2 : KDEC ;
+{940.} C4CO2DBCO3 + HO2 = C4CO2DCO3H : KAPHO2*0.56 ;
+{941.} C4CO2DBCO3 + HO2 = HO2 + CO + C33CO + OH : KAPHO2*0.44 ;
+{942.} C4CO2DBCO3 + NO = HO2 + CO + C33CO + NO2 : KAPNO ;
+{943.} C4CO2DBCO3 + NO2 = C4CO2DBPAN : KFPAN ;
+{944.} C4CO2DBCO3 + NO3 = HO2 + CO + C33CO + NO2 : KRO2NO3*1.74 ;
+{945.} C4CO2DBCO3 = HO2 + CO + C33CO : 1.00D-11*RO2 ;
+{946.} C5COOHCO3H + OH = C5CO2OHCO3 : 8.01D-11 ;
+{947.} C5COOHCO3H = HOCOC4DIAL + HO2 + CO + OH : J(41) ;
+{948.} C5CO2OHPAN + OH = HOCOC4DIAL + CO + CO + NO2 : 7.66D-11 ;
+{949.} C5CO2OHPAN = C5CO2OHCO3 + NO2 : KBPAN ;
+{950.} CO235C6OOH + OH = CO235C6O2 : 1.01D-11 ;
+{951.} CO235C6OOH = CO235C6O + OH : J(41)+J(35) ;
+{952.} CO235C6O = CO23C4CO3 + HCHO : KDEC ;
+{953.} CO235C5CHO + NO3 = CO23C4CO3 + CO + HNO3 : KNO3AL*5.5 ;
+{954.} CO235C5CHO + OH = CO23C4CO3 + CO : 1.33D-11 ;
+{955.} CO235C5CHO = CO23C4CO3 + CO + HO2 : J(34) ;
+{956.} C4CODIAL + NO3 = C312COCO3 + HNO3 : 2*KNO3AL*4.0 ;
+{957.} C4CODIAL + OH = C312COCO3 : 3.39D-11 ;
+{958.} C4CODIAL = CHOCOCH2O2 + HO2 + CO : J(15) ;
+{959.} C4CODIAL = HCOCH2CO3 + HO2 + CO : J(34) ;
+{960.} C716OOH + OH = CO235C6CHO + OH : 1.20D-10 ;
+{961.} C716OOH = C716O + OH : J(41)+J(15) ;
+{962.} C716O = CO13C4CHO + CH3CO3 : KDEC ;
+{963.} NC71CO + OH = NC72O2 : 1.25D-12 ;
+{964.} NC71CO = CO235C6CO3 + NO2 : J(55) ;
+{965.} C812O2 + HO2 = C812OOH : KRO2HO2*0.859 ;
+{966.} C812O2 + NO = C812O + NO2 : KRO2NO ;
+{967.} C812O2 + NO3 = C812O + NO2 : KRO2NO3 ;
+{968.} C812O2 = C812O : 9.20D-14*RO2*0.7 ;
+{969.} C812O2 = C812OH : 9.20D-14*RO2*0.3 ;
+{970.} C721CO3 + HO2 = C721CO3H : KAPHO2*0.41 ;
+{971.} C721CO3 + HO2 = C721O2 + OH : KAPHO2*0.44 ;
+{972.} C721CO3 + HO2 = NORPINIC + O3 : KAPHO2*0.15 ;
+{973.} C721CO3 + NO = C721O2 + NO2 : KAPNO ;
+{974.} C721CO3 + NO2 = C721PAN : KFPAN ;
+{975.} C721CO3 + NO3 = C721O2 + NO2 : KRO2NO3*1.74 ;
+{976.} C721CO3 = C721O2 : 1.00D-11*RO2*0.7 ;
+{977.} C721CO3 = NORPINIC : 1.00D-11*RO2*0.3 ;
+{978.} C721O2 + HO2 = C721OOH : KRO2HO2*0.820 ;
+{979.} C721O2 + NO = C721O + NO2 : KRO2NO ;
+{980.} C721O2 + NO3 = C721O + NO2 : KRO2NO3 ;
+{981.} C721O2 = C721O : 1.30D-12*RO2 ;
+{982.} C810OOH + OH = C810O2 : 8.35D-11 ;
+{983.} C810OOH = C810O + OH : J(41)+J(15) ;
+{984.} C810NO3 + OH = CH3COCH3 + CO13C4CHO + NO2 : 4.96D-11 ;
+{985.} C810NO3 = C810O + NO2 : J(55)+J(15) ;
+{986.} C810O = CH3COCH3 + C514O2 : 2.70D+14*EXP(-6643/TEMP) ;
+{987.} C810OH + OH = C810O : 8.00D-11 ;
+{988.} C810OH = C810O + HO2 : J(15) ;
+{989.} HCOCH2CO3 + HO2 = HCOCH2CO2H + O3 : KAPHO2*0.15 ;
+{990.} HCOCH2CO3 + HO2 = HCOCH2CO3H : KAPHO2*0.41 ;
+{991.} HCOCH2CO3 + HO2 = HCOCH2O2 + OH : KAPHO2*0.44 ;
+{992.} HCOCH2CO3 + NO = HCOCH2O2 + NO2 : KAPNO ;
+{993.} HCOCH2CO3 + NO2 = C3PAN2 : KFPAN ;
+{994.} HCOCH2CO3 + NO3 = HCOCH2O2 + NO2 : KRO2NO3*1.74 ;
+{995.} HCOCH2CO3 = HCOCH2CO2H : 1.00D-11*0.3*RO2 ;
+{996.} HCOCH2CO3 = HCOCH2O2 : 1.00D-11*0.7*RO2 ;
+{997.} C922OOH + OH = C922O2 : 1.51D-11 ;
+{998.} C922OOH = C922O + OH : J(41)+J(22) ;
+{999.} C922O = CH3COCH3 + C621O2 : KDEC ;
+{1000.} BIACETO2 + HO2 = BIACETOOH : KRO2HO2*0.625 ;
+{1001.} BIACETO2 + NO = BIACETO + NO2 : KRO2NO ;
+{1002.} BIACETO2 + NO3 = BIACETO + NO2 : KRO2NO3 ;
+{1003.} BIACETO2 = BIACETO : 2.00D-12*0.6*RO2 ;
+{1004.} BIACETO2 = BIACETOH : 2.00D-12*0.2*RO2 ;
+{1005.} BIACETO2 = CO23C3CHO : 2.00D-12*0.2*RO2 ;
+{1006.} C614OOH + OH = C614CO + OH : 8.69D-11 ;
+{1007.} C614OOH = C614O + OH : J(41)+J(35) ;
+{1008.} C614NO3 + OH = C614CO + NO2 : 71.11D-12 ;
+{1009.} C614NO3 = C614O + NO2 : J(35) ;
+{1010.} C614O = CO23C4CHO + HCHO + HO2 : KDEC ;
+{1011.} C614OH + OH = C614CO + HO2 : 3.78D-11 ;
+{1012.} C614OH = C614O + HO2 : J(35) ;
+{1013.} C511OOH + OH = C511O2 : 7.49D-11 ;
+{1014.} C511OOH = C511O + OH : J(41)+J(15) ;
+{1015.} C511O = CH3CO3 + HCOCH2CHO : KDEC ;
+{1016.} H3C2C4CO3 + HO2 = H3C2C4CO2H + O3 : KAPHO2*0.15 ;
+{1017.} H3C2C4CO3 + HO2 = H3C2C4CO3H : KAPHO2*0.41 ;
+{1018.} H3C2C4CO3 + HO2 = HMVKAO2 + OH : KAPHO2*0.44 ;
+{1019.} H3C2C4CO3 + NO = HMVKAO2 + NO2 : KAPNO ;
+{1020.} H3C2C4CO3 + NO2 = H3C2C4PAN : KFPAN ;
+{1021.} H3C2C4CO3 + NO3 = HMVKAO2 + NO2 : KRO2NO3*1.74 ;
+{1022.} H3C2C4CO3 = H3C2C4CO2H : 1.00D-11*RO2*0.3 ;
+{1023.} H3C2C4CO3 = HMVKAO2 : 1.00D-11*RO2*0.7 ;
+{1024.} HMVKAO2 + HO2 = HMVKAOOH : KRO2HO2*0.625 ;
+{1025.} HMVKAO2 + NO = HMVKANO3 : KRO2NO*0.017 ;
+{1026.} HMVKAO2 + NO = HMVKAO + NO2 : KRO2NO*0.983 ;
+{1027.} HMVKAO2 + NO3 = HMVKAO + NO2 : KRO2NO3 ;
+{1028.} HMVKAO2 = CO2H3CHO : 2.00D-12*0.2*RO2 ;
+{1029.} HMVKAO2 = HMVKAO : 2.00D-12*0.6*RO2 ;
+{1030.} HMVKAO2 = HO12CO3C4 : 2.00D-12*0.2*RO2 ;
+{1031.} C4CO2DCO3H + OH = C4CO2DBCO3 : 3.06D-11 ;
+{1032.} C4CO2DCO3H = HO2 + CO + C33CO + OH : J(41)+J(34) ;
+{1033.} C4CO2DBPAN + OH = C33CO + CO + NO2 : 2.74D-11 ;
+{1034.} C4CO2DBPAN = C4CO2DBCO3 + NO2 : KBPAN ;
+{1035.} CO23C4CO3 + HO2 = BIACETO2 + OH : KAPHO2*0.44 ;
+{1036.} CO23C4CO3 + HO2 = CO23C4CO3H : KAPHO2*0.56 ;
+{1037.} CO23C4CO3 + NO = BIACETO2 + NO2 : KAPNO ;
+{1038.} CO23C4CO3 + NO2 = C5PAN9 : KFPAN ;
+{1039.} CO23C4CO3 + NO3 = BIACETO2 + NO2 : KRO2NO3*1.74 ;
+{1040.} CO23C4CO3 = BIACETO2 : 1.00D-11*RO2 ;
+{1041.} C312COCO3 + HO2 = C312COCO3H : KAPHO2*0.56 ;
+{1042.} C312COCO3 + HO2 = CHOCOCH2O2 + OH : KAPHO2*0.44 ;
+{1043.} C312COCO3 + NO = CHOCOCH2O2 + NO2 : KAPNO ;
+{1044.} C312COCO3 + NO2 = C312COPAN : KFPAN ;
+{1045.} C312COCO3 + NO3 = CHOCOCH2O2 + NO2 : KRO2NO3*1.74 ;
+{1046.} C312COCO3 = CHOCOCH2O2 : 1.00D-11*RO2 ;
+{1047.} CHOCOCH2O2 + HO2 = ALCOCH2OOH : KRO2HO2*0.520 ;
+{1048.} CHOCOCH2O2 + NO = CHOCOCH2O + NO2 : KRO2NO ;
+{1049.} CHOCOCH2O2 + NO3 = CHOCOCH2O + NO2 : KRO2NO3 ;
+{1050.} CHOCOCH2O2 = CHOCOCH2O : 2.00D-12*RO2 ;
+{1051.} NC72O2 + HO2 = NC72OOH : KRO2HO2*0.820 ;
+{1052.} NC72O2 + NO = NC72O + NO2 : KRO2NO ;
+{1053.} NC72O2 + NO3 = NC72O + NO2 : KRO2NO3 ;
+{1054.} NC72O2 = NC72O : 8.80D-13*RO2 ;
+{1055.} C812OOH + OH = C812O2 : 1.09D-11 ;
+{1056.} C812OOH = C812O + OH : J(41) ;
+{1057.} C812O = C813O2 : KDEC ;
+{1058.} C812OH + OH = C812O : 7.42D-12 ;
+{1059.} C721CO3H + OH = C721CO3 : 9.65D-12 ;
+{1060.} C721CO3H = C721O2 + OH : J(41) ;
+{1061.} NORPINIC + OH = C721O2 : 6.57D-12 ;
+{1062.} C721PAN + OH = C721OOH + CO + NO2 : 2.96D-12 ;
+{1063.} C721PAN = C721CO3 + NO2 : KBPAN ;
+{1064.} C721OOH + OH = C721O2 : 1.27D-11 ;
+{1065.} C721OOH = C721O + OH : J(41) ;
+{1066.} C721O = C722O2 : KDEC ;
+{1067.} C514O2 + HO2 = C514OOH : KRO2HO2*0.706 ;
+{1068.} C514O2 + NO = C514NO3 : KRO2NO*0.129 ;
+{1069.} C514O2 + NO = C514O + NO2 : KRO2NO*0.871 ;
+{1070.} C514O2 + NO3 = C514O + NO2 : KRO2NO3 ;
+{1071.} C514O2 = C514O : 2.50D-13*RO2*0.6 ;
+{1072.} C514O2 = C514OH : 2.50D-13*RO2*0.2 ;
+{1073.} C514O2 = CO13C4CHO : 2.50D-13*RO2*0.2 ;
+{1074.} HCOCH2CO2H = HCOCH2O2 + HO2 : J(15) ;
+{1075.} OH + HCOCH2CO2H = HCOCH2O2 : 2.14D-11 ;
+{1076.} HCOCH2CO3H = HCOCH2O2 + OH : J(41)+J(15) ;
+{1077.} OH + HCOCH2CO3H = HCOCH2CO3 : 2.49D-11 ;
+{1078.} C3PAN2 = HCOCH2CO3 + NO2 : KBPAN ;
+{1079.} OH + C3PAN2 = GLYOX + CO + NO2 : 2.10D-11 ;
+{1080.} C621O2 + HO2 = C621OOH : KRO2HO2*0.770 ;
+{1081.} C621O2 + NO = C621O + NO2 : KRO2NO ;
+{1082.} C621O2 + NO3 = C621O + NO2 : KRO2NO3 ;
+{1083.} C621O2 = C621O : 8.80D-13*RO2 ;
+{1084.} BIACETOOH = BIACETO + OH : J(41)+J(35) ;
+{1085.} OH + BIACETOOH = BIACETO2 : 1.90D-12*EXP(190/TEMP) ;
+{1086.} OH + BIACETOOH = CO23C3CHO + OH : 5.99D-12 ;
+{1087.} BIACETO = CH3CO3 + HCHO + CO : KDEC ;
+{1088.} BIACETOH = CH3CO3 + HOCH2CO3 : J(35) ;
+{1089.} OH + BIACETOH = CO23C3CHO + HO2 : 2.69D-12 ;
+{1090.} CO23C3CHO = CH3CO3 + CO + CO + HO2 : J(34) ;
+{1091.} CO23C3CHO = CH3CO3 + HCOCO : J(35) ;
+{1092.} NO3 + CO23C3CHO = CH3CO3 + CO + CO + HNO3 : KNO3AL*4.0 ;
+{1093.} OH + CO23C3CHO = CH3CO3 + CO + CO : 1.23D-11 ;
+{1094.} CO23C4CHO = BIACETO2 + HO2 + CO : J(15) ;
+{1095.} CO23C4CHO = CH3CO3 + HCOCH2CO3 : J(35) ;
+{1096.} NO3 + CO23C4CHO = CO23C4CO3 + HNO3 : KNO3AL*5.5 ;
+{1097.} OH + CO23C4CHO = CO23C4CO3 : 6.65D-11 ;
+{1098.} HCOCH2CHO = HCOCH2O2 + HO2 + CO : J(15)*2 ;
+{1099.} NO3 + HCOCH2CHO = HCOCH2CO3 + HNO3 : 2*KNO3AL*2.4 ;
+{1100.} OH + HCOCH2CHO = HCOCH2CO3 : 4.29D-11 ;
+{1101.} H3C2C4CO2H + OH = HMVKAO2 : 2.34D-11 ;
+{1102.} H3C2C4CO2H = HMVKAO2 + HO2 : J(22) ;
+{1103.} H3C2C4CO3H + OH = H3C2C4CO3 : 2.65D-11 ;
+{1104.} H3C2C4CO3H = HMVKAO2 + OH : J(41)+J(22) ;
+{1105.} H3C2C4PAN + OH = CO2H3CHO + CO + NO2 : 7.60D-12 ;
+{1106.} H3C2C4PAN = H3C2C4CO3 + NO2 : KBPAN ;
+{1107.} HMVKAOOH = HMVKAO + OH : J(41) ;
+{1108.} OH + HMVKAOOH = CO2H3CHO + OH : 5.77D-11 ;
+{1109.} HMVKANO3 = HMVKAO + NO2 : J(56)*0.91 ;
+{1110.} OH + HMVKANO3 = CO2H3CHO + NO2 : 2.23D-12 ;
+{1111.} HMVKAO = MGLYOX + HCHO + HO2 : KDEC ;
+{1112.} CO2H3CHO = MGLYOX + CO + HO2 + HO2 : J(15) ;
+{1113.} NO3 + CO2H3CHO = CO2H3CO3 + HNO3 : KNO3AL*4.0 ;
+{1114.} OH + CO2H3CHO = CO2H3CO3 : 2.45D-11 ;
+{1115.} HO12CO3C4 = CH3CO3 + HOCH2CHO + HO2 : J(22) ;
+{1116.} OH + HO12CO3C4 = BIACETOH + HO2 : 1.88D-11 ;
+{1117.} CO23C4CO3H = BIACETO2 + OH : J(41)+J(15) ;
+{1118.} OH + CO23C4CO3H = CO23C4CO3 : 4.23D-12 ;
+{1119.} C5PAN9 = CO23C4CO3 + NO2 : KBPAN ;
+{1120.} OH + C5PAN9 = CO23C3CHO + CO + NO2 : 3.12D-13 ;
+{1121.} C312COCO3H + OH = C312COCO3 : 1.63D-11 ;
+{1122.} C312COCO3H = CHOCOCH2O2 + OH : J(41)+J(34) ;
+{1123.} C312COPAN + OH = C33CO + CO + NO2 : 1.27D-11 ;
+{1124.} C312COPAN = C312COCO3 + NO2 : KBPAN ;
+{1125.} ALCOCH2OOH + OH = CHOCOCH2O2 : 2.41D-11 ;
+{1126.} ALCOCH2OOH = CHOCOCH2O + OH : J(41)+J(34) ;
+{1127.} CHOCOCH2O = HCHO + HCOCO : KDEC ;
+{1128.} NC72OOH + OH = NC72O2 : 1.85D-11 ;
+{1129.} NC72OOH = NC72O + OH : J(41) ;
+{1130.} NC72O = NC61CO3 : KDEC ;
+{1131.} C813O2 + HO2 = C813OOH : KRO2HO2*0.859 ;
+{1132.} C813O2 + NO = C813NO3 : KRO2NO*0.104 ;
+{1133.} C813O2 + NO = C813O + NO2 : KRO2NO*0.896 ;
+{1134.} C813O2 + NO3 = C813O + NO2 : KRO2NO3 ;
+{1135.} C813O2 = C813O : 6.70D-15*RO2*0.7 ;
+{1136.} C813O2 = C813OH : 6.70D-15*RO2*0.3 ;
+{1137.} C722O2 + HO2 = C722OOH : KRO2HO2*0.820 ;
+{1138.} C722O2 + NO = C722O + NO2 : KRO2NO ;
+{1139.} C722O2 + NO3 = C722O + NO2 : KRO2NO3 ;
+{1140.} C722O2 = C722O : 6.70D-15*RO2 ;
+{1141.} C514OOH + OH = CO13C4CHO + OH : 1.10D-10 ;
+{1142.} C514OOH = C514O + OH : J(41)+J(15)*2 ;
+{1143.} C514NO3 + OH = CO13C4CHO + NO2 : 4.33D-11 ;
+{1144.} C514NO3 = C514O + NO2 : J(54)+J(15)*2 ;
+{1145.} C514O = CO13C4CHO + HO2 : 1.80D-14*EXP(-260/TEMP)*O2 ;
+{1146.} C514OH + OH = CO13C4CHO + HO2 : 6.99D-11 ;
+{1147.} C514OH = C514O + HO2 : J(15)*2 ;
+{1148.} C621OOH + OH = C621O2 : 1.00D-10 ;
+{1149.} C621OOH = C621O + OH : J(41)+J(22) ;
+{1150.} C621O = HCHO + H1C23C4CHO + HO2 : KDEC ;
+{1151.} CO2H3CO3 + HO2 = CO2H3CO3H : KAPHO2*0.56 ;
+{1152.} CO2H3CO3 + HO2 = MGLYOX + HO2 + OH : KAPHO2*0.44 ;
+{1153.} CO2H3CO3 + NO = MGLYOX + HO2 + NO2 : KAPNO ;
+{1154.} CO2H3CO3 + NO2 = C4PAN6 : KFPAN ;
+{1155.} CO2H3CO3 + NO3 = MGLYOX + HO2 + NO2 : KRO2NO3*1.74 ;
+{1156.} CO2H3CO3 = MGLYOX + HO2 : 1.00D-11*RO2 ;
+{1157.} NC61CO3 + HO2 = CO235C5CHO + NO2 + OH : KAPHO2*0.44 ;
+{1158.} NC61CO3 + HO2 = NC61CO3H : KAPHO2*0.56 ;
+{1159.} NC61CO3 + NO = CO235C5CHO + NO2 + NO2 : KAPNO ;
+{1160.} NC61CO3 + NO2 = NC6PAN1 : KFPAN ;
+{1161.} NC61CO3 + NO3 = CO235C5CHO + NO2 + NO2 : KRO2NO3*1.74 ;
+{1162.} NC61CO3 = CO235C5CHO + NO2 : 1.00D-11*RO2 ;
+{1163.} C813OOH + OH = C813O2 : 1.86D-11 ;
+{1164.} C813OOH = C813O + OH : J(41)+J(34) ;
+{1165.} C813NO3 + OH = CH3COCH3 + CO13C3CO2H + HCHO + NO2 : 7.82D-12 ;
+{1166.} C813NO3 = C813O + NO2 : J(55)+J(34) ;
+{1167.} C813O = CH3COCH3 + C516O2 : KDEC ;
+{1168.} C813OH + OH = C813O : 1.75D-11 ;
+{1169.} C813OH = C813O + HO2 : J(34) ;
+{1170.} C722OOH + OH = C722O2 : 3.31D-11 ;
+{1171.} C722OOH = C722O + OH : J(41) ;
+{1172.} C722O = CH3COCH3 + C44O2 : KDEC ;
+{1173.} H1C23C4CHO + NO3 = H1C23C4CO3 + HNO3 : KNO3AL*5.5 ;
+{1174.} H1C23C4CHO + OH = H1C23C4CO3 : 2.37D-11 ;
+{1175.} H1C23C4CHO = H1C23C4O2 + CO + HO2 : J(15) ;
+{1176.} H1C23C4CHO = HCOCH2CO3 + HOCH2CO3 : J(35) ;
+{1177.} CO2H3CO3H = CH3CO3 + HO2 + HCOCO3H : J(22) ;
+{1178.} CO2H3CO3H = MGLYOX + HO2 + OH : J(41) ;
+{1179.} OH + CO2H3CO3H = CO2H3CO3 : 7.34D-12 ;
+{1180.} C4PAN6 = CO2H3CO3 + NO2 : KBPAN ;
+{1181.} OH + C4PAN6 = MGLYOX + CO + NO2 : 3.74D-12 ;
+{1182.} NC61CO3H + OH = NC61CO3 : 1.68D-11 ;
+{1183.} NC61CO3H = CO235C5CHO + NO2 + OH : J(41) ;
+{1184.} NC6PAN1 + OH = CO235C5CHO + CO + NO2 + NO2 : 1.32D-11 ;
+{1185.} NC6PAN1 = NC61CO3 + NO2 : KBPAN ;
+{1186.} CO13C3CO2H + OH = HCOCH2CO3 : 6.69D-11 ;
+{1187.} CO13C3CO2H = HCOCH2CO3 + HO2 : J(34)+J(15) ;
+{1188.} C516O2 + HO2 = C516OOH : KRO2HO2*0.706 ;
+{1189.} C516O2 + NO = C516O + NO2 : KRO2NO ;
+{1190.} C516O2 + NO3 = C516O + NO2 : KRO2NO3 ;
+{1191.} C516O2 = C516O : 8.8D-13*RO2 ;
+{1192.} C44O2 + HO2 = C44OOH : KRO2HO2*0.625 ;
+{1193.} C44O2 + NO = C44O + NO2 : KRO2NO ;
+{1194.} C44O2 + NO3 = C44O + NO2 : KRO2NO3 ;
+{1195.} C44O2 = C44O : 8.80D-13*RO2 ;
+{1196.} H1C23C4CO3 + HO2 = H1C23C4O2 + OH : KAPHO2*0.44 ;
+{1197.} H1C23C4CO3 + HO2 = HC23C4CO3H : KAPHO2*0.56 ;
+{1198.} H1C23C4CO3 + NO = H1C23C4O2 + NO2 : KAPNO ;
+{1199.} H1C23C4CO3 + NO2 = H1C23C4PAN : KFPAN ;
+{1200.} H1C23C4CO3 + NO3 = H1C23C4O2 + NO2 : KRO2NO3*1.74 ;
+{1201.} H1C23C4CO3 = H1C23C4O2 : 1.00D-11*RO2 ;
+{1202.} H1C23C4O2 + HO2 = H1C23C4OOH : KRO2HO2*0.625 ;
+{1203.} H1C23C4O2 + NO = H1C23C4O + NO2 : KRO2NO ;
+{1204.} H1C23C4O2 + NO3 = H1C23C4O + NO2 : KRO2NO3 ;
+{1205.} H1C23C4O2 = H1C23C4O : 2.00D-12*RO2 ;
+{1206.} C516OOH = C516O + OH : J(22)+J(41) ;
+{1207.} OH + C516OOH = C516O2 + OH : 3.38D-11 ;
+{1208.} C516O = CO13C3CO2H + HCHO + HO2 : KDEC ;
+{1209.} C44OOH + OH = C44O2 : 7.46D-11 ;
+{1210.} C44OOH = C44O + OH : J(41) ;
+{1211.} C44O = HCOCH2CHO + HO2 : KDEC ;
+{1212.} HC23C4CO3H + OH = H1C23C4CO3 : 6.55D-12 ;
+{1213.} HC23C4CO3H = H1C23C4O2 + OH : J(41)+J(35) ;
+{1214.} H1C23C4PAN + OH = H1CO23CHO + CO + NO2 : 2.92D-12 ;
+{1215.} H1C23C4PAN = H1C23C4CO3 + NO2 : KBPAN ;
+{1216.} H1C23C4OOH + OH = H1C23C4O2 : 9.61D-12 ;
+{1217.} H1C23C4OOH = H1C23C4O + OH : J(41)+J(35) ;
+{1218.} H1C23C4O = HCHO + CO + HOCH2CO3 : KDEC ;
+{1219.} H1CO23CHO + OH = CO + CO + HOCH2CO3 : 1.44D-11 ;
+{1220.} H1CO23CHO = CO + CO + HOCH2CO3 + HO2 : J(34)+J(35) ;
+# MCM finished
+# PRAM (for alpha-pinene and benzene) starts
+# Benzene HOM CHEMISTRY 
+{1.}      BZBIPERO2 = BZo_RO2_O7 :		0.32 ; 
+{2.}      BZBIPERO = BZeo_RO2_O6 :	 	0.1*KDEC ; 
+{3.}      BZBIPERO2 = C5_RO2_O6 + CO :	 	0.022 ; 
+{4.}      BZEMUCO2 = BZeo_RO2_O8 :       0.07 ; 
+{5.}      BZEMUCO2 = C5_RO2_O7 + CO:         0.25 ; 
+{6.}      PHENO2 = BZeo_RO2_O8 :         0.07 ; 
+{7.}      PHENO2 = C5_RO2_O7 + CO:       0.25 ; 
+
+#Autoxidation: RO2 -> H-shift + O2 addition -> RO2 
+{8.}      BZo_RO2_O7 = BZo_RO2_O9 : 1.5; 
+{9.}      BZo_RO2_O9 = BZo_RO2_O11 : 0.45; 
+{10.}      BZeo_RO2_O6 = BZeo_RO2_O8 : 0.1; 
+{11.}      BZeo_RO2_O8 = BZeo_RO2_O10 : 0.01; 
+
+
+
+#Peroxy radicals reacting with NO to form RNO3: -> RO2 + NO -> R-NO3 
+{12.}      BZo_RO2_O7 + NO = BZo_O5_NO3 : KRO2NO*0.009 ; 
+{13.}      BZo_RO2_O9 + NO = BZo_O7_NO3 : KRO2NO*0.005 ; 
+{14.}      BZo_RO2_O11 + NO = BZo_O9_NO3 : KRO2NO*0.12 ; 
+{15.}      BZeo_RO2_O6 + NO = BZeo_O4_NO3 : KRO2NO*0.002 ; 
+{16.}      BZeo_RO2_O8 + NO = BZeo_O6_NO3 : KRO2NO*0.006 ; 
+{17.}      BZeo_RO2_O10 + NO = BZeo_O8_NO3 : KRO2NO*0.01 ; 
+{18.}      C5_RO2_O6 + NO = C5e_O4_NO3 : KRO2NO*0.04 ; 
+{19.}      C5_RO2_O7 + NO = C5_O5_NO3 : KRO2NO*0.004 ; 
+{20.}      C5_RO2_O8 + NO = C5e_O6_NO3 : KRO2NO*0.008 ; 
+{21.}      C5_RO2_O9 + NO = C5_O7_NO3 : KRO2NO*0.02 ; 
+{22.}      C5_RO2_O10 + NO = C5e_O8_NO3 : KRO2NO*0.02 ; 
+
+#Peroxy radicals reacting with NO to form RO: -> RO2 + NO -> RO ( + NO2?!)
+# simply replace "2" in the name to get back to the old equations
+{23.}      BZo_RO2_O7 + NO = BZo2_RO_O6 + NO2 : KRO2NO*0.897 ; 
+{24.}      BZo_RO2_O9 + NO = BZo2_RO_O8 + NO2 : KRO2NO*0.978 ; 
+{25.}      BZo_RO2_O11 + NO = BZo2_RO_O10 + NO2 : KRO2NO*0.93 ; 
+{26.}      BZeo_RO2_O6 + NO = BZeo2_RO_O5 + NO2 : KRO2NO*0.898 ; 
+{27.}      BZeo_RO2_O8 + NO = BZeo2_RO_O7 + NO2 : KRO2NO*0.894 ; 
+{28.}      BZeo_RO2_O10 + NO = BZeo2_RO_O9 + NO2 : KRO2NO*0.59 ; 
+{xx.}      C5_RO2_O6 + NO = C5_RO_O5 + NO2 : KRO2NO*0.96 ; 
+{xx.}      C5_RO2_O7 + NO = C5_RO_O6 + NO2 : KRO2NO*0.998 ; 
+{xx.}      C5_RO2_O8 + NO = C5_RO_O7 + NO2 : KRO2NO*0.996 ; 
+{xx.}      C5_RO2_O9 + NO = C5_RO_O8 + NO2 : KRO2NO*0.98 ; 
+{xx.}      C5_RO2_O10 + NO = C5_RO_O9 + NO2 : KRO2NO*0.98 ; 
+
+#RO2 formation from RO: RO -> RO2 (#O -> #O+2 
+{865.}      BZo2_RO_O6 = BZeo_RO2_O8 : KDEC*0.90 ; 
+{866.}      BZo2_RO_O8 = BZeo_RO2_O10 : KDEC*0.85 ; 
+{867.}      BZeo2_RO_O5 = BZo_RO2_O7 : KDEC*0.90 ; 
+{868.}      BZeo2_RO_O7 = BZo_RO2_O9 : KDEC*0.90 ; 
+{869.}      BZeo2_RO_O9 = BZo_RO2_O11 : KDEC*0.40 ; 
+{xxx.}      C5_RO_O5 = C5_RO2_O7 : KDEC*0.90 ;
+{xxx.}      C5_RO_O6 = C5_RO2_O8 : KDEC*0.90 ;
+{xxx.}      C5_RO_O7 = C5_RO2_O9 : KDEC*0.85 ;
+{xxx.}      C5_RO_O8 = C5_RO2_O10 : KDEC*0.70 ;
+
+#Closed shell formation from RO: RO -> R=O (#H -> #H-1 
+{870.}      BZo2_RO_O6 = BZo_RCO_O5_O + HO2 : KDEC*0.05 ; 
+{871.}      BZo2_RO_O8 = BZo_RCO_O7_O + HO2 : KDEC*0.10 ; 
+{872.}      BZo2_RO_O10 = BZo_RCO_O9_O + HO2 : KDEC*0.60 ;
+{872.}      BZo2_RO_O10 = BZo_RCO_O8_O + HO2 : KDEC*0.35 ; 
+{873.}      BZeo2_RO_O5 = BZo_RCO_O4_O + HO2 : KDEC*0.05 ; 
+{874.}      BZeo2_RO_O7 = BZo_RCO_O6_O + HO2 : KDEC*0.05 ; 
+{875.}      BZeo2_RO_O9 = BZo_RCO_O8_O + HO2 : KDEC*0.55 ;
+{xxx.}      C5_RO_O5 = C5e_O4_O + HO2 : KDEC*0.05 ;
+{xxx.}      C5_RO_O6 = C5_O5_O + HO2 : KDEC*0.05 ;
+{xxx.}      C5_RO_O7 = C5e_O6_O + HO2 : KDEC*0.10 ;
+{xxx.}      C5_RO_O8 = C5_O7_O + HO2 : KDEC*0.25 ;
+{xxx.}      C5_RO_O9 = C5e_O8_O + HO2 : KDEC*0.50 ;
+{xxx.}      C5_RO_O9 = C5_O7_O + HO2 : KDEC*0.45 ;
+
+
+#RO fragmentation: RO -> fragdummy 
+{876.}      BZo2_RO_O6 = GLYOX + MALDIAL + HO2 : KDEC*0.05 ; 
+{877.}      BZo2_RO_O8 = GLYOX + MALDIAL + HO2 : KDEC*0.05 ; 
+{878.}      BZo2_RO_O10 = GLYOX + MALDIAL + HO2 : KDEC*0.05 ;  
+{879.}      BZeo2_RO_O5 = GLYOX + MALDIAL + HO2 : KDEC*0.05 ; 
+{880.}      BZeo2_RO_O7 = GLYOX + MALDIAL + HO2 : KDEC*0.05 ; 
+{881.}      BZeo2_RO_O9 = GLYOX + MALDIAL + HO2 : KDEC*0.05 ;
+{xxx.}      C5_RO_O5 = MALDIAL + CO + HO2 : KDEC*0.05 ;
+{xxx.}      C5_RO_O6 = MALDIAL + CO + HO2 : KDEC*0.05 ;
+{xxx.}      C5_RO_O7 = MALDIAL + CO + HO2 : KDEC*0.05 ;
+{xxx.}      C5_RO_O8 = MALDIAL + CO + HO2 : KDEC*0.05 ;
+{xxx.}      C5_RO_O9 = MALDIAL + CO + HO2 : KDEC*0.05 ;
+
+
+
+
+
+
+
+#Peroxy radicals reacting with NO to form RCHO: -> RO2 + NO -> RCHO + NO2 + HO2 
+#more detailed RO2 + NO -> RO + NO2; fast addition of O2 then: RCHO + HO2 
+{29.}      BZo_RO2_O7 + NO = BZo_O5_O + NO2 + HO2 : KRO2NO*0.1 ; 
+{30.}      BZo_RO2_O9 + NO = BZo_O7_O + NO2 + HO2 : KRO2NO*0.02 ; 
+{31.}      BZo_RO2_O11 + NO = BZo_O9_O + NO2 + HO2 : KRO2NO*0.03 ; 
+{32.}      BZeo_RO2_O6 + NO = BZeo_O4_O + NO2 + HO2 : KRO2NO*0.1 ; 
+{33.}      BZeo_RO2_O8 + NO = BZeo_O6_O + NO2 + HO2 : KRO2NO*0.1 ; 
+{34.}      BZeo_RO2_O10 + NO = BZeo_O8_O + NO2 + HO2 : KRO2NO*0.4 ; 
+
+#Peroxy radicals reacting with HO2 forming closed shell with -OOH: RO2 + HO2 -> ROOH 
+{35.}      BZo_RO2_O7 + HO2 = BZo_O5_OOH : KRO2HO2*0.77*0.01 ; 
+{36.}      BZo_RO2_O9 + HO2 = BZo_O7_OOH : KRO2HO2*0.77*0.06 ; 
+{37.}      BZo_RO2_O11 + HO2 = BZo_O9_OOH : KRO2HO2*0.77*0.2 ; 
+{38.}      BZeo_RO2_O6 + HO2 = BZeo_O4_OOH : KRO2HO2*0.77*0.6 ; 
+{39.}      BZeo_RO2_O8 + HO2 = BZeo_O6_OOH : KRO2HO2*0.77*0.04 ; 
+{40.}      BZeo_RO2_O10 + HO2 = BZeo_O8_OOH : KRO2HO2*0.77*0.55 ; 
+{41.}      C5_RO2_O6 + HO2 = C5e_O4_OOH : KRO2HO2*0.706*0.005 ; 
+{42.}      C5_RO2_O7 + HO2 = C5_O5_OOH : KRO2HO2*0.706*0.3 ; 
+{43.}      C5_RO2_O8 + HO2 = C5e_O6_OOH : KRO2HO2*0.706*0.6 ; 
+{44.}      C5_RO2_O9 + HO2 = C5_O7_OOH : KRO2HO2*0.706*0.1 ; 
+{45.}      C5_RO2_O10 + HO2 = C5e_O8_OOH : KRO2HO2*0.706*0.6 ; 
+
+#RO2 reacting with sum of RO2s forming alkoxy radical by O removal: 
+#RO2* + sum(RO2) -> RO* 
+{46.}      BZo_RO2_O7 = BZo_RO_O6 : RO2*2.62e-11*0.6*0.4; 
+{47.}      BZo_RO2_O9 = BZo_RO_O8 : RO2*5.38e-11*0.6*0.4; 
+{48.}      BZo_RO2_O11 = BZo_RO_O10 : RO2*8.14e-11*0.6*0.4; 
+{49.}      BZeo_RO2_O6 = BZeo_RO_O5 : RO2*1.24e-11*0.6*0.4; 
+{50.}      BZeo_RO2_O8 = BZeo_RO_O7 : RO2*4e-11*0.6*0.4; 
+{51.}      BZeo_RO2_O10 = BZeo_RO_O9 : RO2*6.76e-11*0.6*0.4;
+
+
+
+#RO2 reacting with HO2 forming RO + O2 + OH: 
+#RO2* + HO2 -> RO* + O2 + OH 
+{52.}      BZo_RO2_O7 + HO2 = BZo_RO_O6 + OH : KRO2HO2*0.99*0.77; 
+{53.}      BZo_RO2_O9 + HO2 = BZo_RO_O8 + OH: KRO2HO2*0.92*0.77; 
+{54.}      BZo_RO2_O11 + HO2 = BZo_RO_O10 + OH: KRO2HO2*0.85*0.77; 
+{55.}      BZeo_RO2_O6 + HO2 = BZeo_RO_O5 + OH: KRO2HO2*0.4*0.77; 
+{56.}      BZeo_RO2_O8 + HO2 = BZeo_RO_O7 + OH: KRO2HO2*0.98*0.77; 
+{57.}      BZeo_RO2_O10 + HO2 = BZeo_RO_O9 + OH: KRO2HO2*0.45*0.77; 
+{58.}      C5_RO2_O6 + HO2 = MALDIAL + CO + HO2 : KRO2HO2*0.995*0.77; 
+{59.}      C5_RO2_O7 + HO2 = MALDIAL + CO + HO2 : KRO2HO2*0.4*0.77; 
+{60.}      C5_RO2_O8 + HO2 = MALDIAL + CO + HO2 : KRO2HO2*0.4*0.77; 
+{61.}      C5_RO2_O9 + HO2 = MALDIAL + CO + HO2 : KRO2HO2*0.9*0.77; 
+{62.}      C5_RO2_O10 + HO2 = MALDIAL + CO + HO2 : KRO2HO2*0.4*0.77; 
+
+#RO2 reacting with sum of RO2s forming R=O by OH removal: 
+#RO2" + sum(RO2) -> R=O"; CxHyOz -> CxH(y-1)O(z-1) 
+{63.}      BZo_RO2_O7 = BZo_O5_O : RO2*2.62e-11*0.2*0.4; 
+{64.}      BZo_RO2_O9 = BZo_O7_O : RO2*5.38e-11*0.2*0.4; 
+{65.}      BZo_RO2_O11 = BZo_O9_O : RO2*8.14e-11*0.2*0.4; 
+{66.}      BZeo_RO2_O6 = BZeo_O4_O : RO2*1.24e-11*0.2*0.4; 
+{67.}      BZeo_RO2_O8 = BZeo_O6_O : RO2*4e-11*0.2*0.4; 
+{68.}      BZeo_RO2_O10 = BZeo_O8_O : RO2*6.76e-11*0.2*0.4; 
+{69.}      C5_RO2_O6 = C5e_O4_O : RO2*2.97e-11*0.2*0.4; 
+{70.}      C5_RO2_O7 = C5_O5_O : RO2*4.34e-11*0.2*0.4; 
+{71.}      C5_RO2_O8 = C5e_O6_O : RO2*5.72e-11*0.2*0.4; 
+{72.}      C5_RO2_O9 = C5_O7_O : RO2*7.1e-11*0.2*0.4; 
+{73.}      C5_RO2_O10 = C5e_O8_O : RO2*8.48e-11*0.2*0.4; 
+
+#RO2 reacting with sum of RO2s forming ROH by O removal and H addition: 
+#RO2" + sum(RO2) -> ROH"; CxHyOz -> CxH(y+1)O(z-1) 
+{74.}      BZo_RO2_O7 = BZo_O4_2OH : RO2*2.62e-11*0.21*0.4; 
+{75.}      BZo_RO2_O9 = BZo_O6_2OH : RO2*5.38e-11*0.21*0.4; 
+{76.}      BZo_RO2_O11 = BZo_O8_2OH : RO2*8.14e-11*0.21*0.4; 
+{77.}      BZeo_RO2_O6 = BZeo_O3_2OH : RO2*1.24e-11*0.21*0.4; 
+{78.}      BZeo_RO2_O8 = BZeo_O5_2OH : RO2*4e-11*0.21*0.4; 
+{79.}      BZeo_RO2_O10 = BZeo_O7_2OH : RO2*6.76e-11*0.21*0.4; 
+{80.}      C5_RO2_O6 = C5e_O3_2OH : RO2*2.97e-11*0.21*0.4; 
+{81.}      C5_RO2_O7 = C5_O4_2OH : RO2*4.34e-11*0.21*0.4; 
+{82.}      C5_RO2_O8 = C5e_O5_2OH : RO2*5.72e-11*0.21*0.4; 
+{83.}      C5_RO2_O9 = C5_O6_2OH : RO2*7.1e-11*0.21*0.4; 
+{84.}      C5_RO2_O10 = C5e_O7_2OH : RO2*8.48e-11*0.21*0.4;  
+
+#RO2 dimer formation: RO2 + RO2" -> ROOR" 
+# ROOR formation: BZo_RO2_O7
+{85.}      BZo_RO2_O7 + BZo_RO2_O7 = BZoO6_BZoO6 : 4.17e-11*1.0 ; 
+{86.}      BZo_RO2_O7 + BZo_RO2_O9 = BZoO6_BZoO8 : 1.e-10*1.0 ; 
+{87.}      BZo_RO2_O7 + BZo_RO2_O11 = BZoO6_BZoO10 : 9.69e-11*1.0 ; 
+{88.}      BZo_RO2_O7 + BZeo_RO2_O6 = BZoO6_BZeoO5 : 2.79e-11*1.0 ; 
+{89.}      BZo_RO2_O7 + BZeo_RO2_O8 = BZoO6_BZeoO7 : 5.55e-11*1.0 ; 
+{90.}      BZo_RO2_O7 + BZeo_RO2_O10 = BZoO6_BZeoO9 : 8.31e-11*1.0 ; 
+{91.}      BZo_RO2_O7 + C5_RO2_O6 = BZoO6_C5eO5 : 4.51e-11*1.0 ; 
+{92.}      BZo_RO2_O7 + C5_RO2_O7 = BZoO6_C5O6 : 5.89e-11*1.0 ; 
+{93.}      BZo_RO2_O7 + C5_RO2_O8 = BZoO6_C5eO7 : 7.27e-11*1.0 ; 
+{94.}      BZo_RO2_O7 + C5_RO2_O9 = BZoO6_C5O8 : 8.65e-11*1.0 ; 
+{95.}      BZo_RO2_O7 + C5_RO2_O10 = BZoO6_C5eO9 : 1e-10*1.0 ; 
+{96.}      BZo_RO2_O7 + BZBIPERO2 = BZoO6_BZBI : 1.41e-11*0.15 ; 
+{97.}      BZo_RO2_O7 + BZEMUCCO3 = BZoO6_BZMUa : 1.24e-11*1.0 ; 
+{98.}      BZo_RO2_O7 + BZEMUCO2 = BZoO6_BZMUb : 2.79e-11*1.0 ; 
+{99.}      BZo_RO2_O7 + C5DIALO2 = BZoO6_C5DI : 3e-13*1.0 ; 
+{100.}      BZo_RO2_O7 + NPHENO2 = BZoO6_NPHa : 6.67e-11*1.0 ; 
+{101.}      BZo_RO2_O7 + PHENO2 = BZoO6_PHEN : 2.79e-11*1.0 ; 
+{102.}      BZo_RO2_O7 + MALDIALCO3 = BZoO6_MALa : 3e-13*1.0 ; 
+{103.}      BZo_RO2_O7 + EPXDLCO3 = BZoO6_EPX : 3e-13*1.0 ; 
+{104.}      BZo_RO2_O7 + C3DIALO2 = BZoO6_C3DI : 3e-13*1.0 ; 
+{105.}      BZo_RO2_O7 + MALDIALO2 = BZoO6_MALb : 3e-13*1.0 ; 
+{106.}      BZo_RO2_O7 + C6H5O2 = BZoO6_C6a : 3e-13*1.0 ; 
+{107.}      BZo_RO2_O7 + NBZFUO2 = BZoO6_NBZa : 3.05e-11*1.0 ; 
+{108.}      BZo_RO2_O7 + BZFUO2 = BZoO6_BZFU : 3e-13*1.0 ; 
+{109.}      BZo_RO2_O7 + HCOCOHCO3 = BZoO6_C3a : 3e-13*1.0 ; 
+{110.}      BZo_RO2_O7 + CATEC1O2 = BZoO6_CATE : 3e-13*1.0 ; 
+{111.}      BZo_RO2_O7 + HCOCO3 = BZoO6_C2a : 3e-13*1.0 ; 
+{112.}      BZo_RO2_O7 + HCOCH2O2 = BZoO6_C2b : 3e-13*1.0 ; 
+{113.}      BZo_RO2_O7 + NPHEN1O2 = BZoO6_NPHb : 9.78e-12*1.0 ; 
+{114.}      BZo_RO2_O7 + NNCATECO2 = BZoO6_NNC : 1e-10*1.0 ; 
+{115.}      BZo_RO2_O7 + NCATECO2 = BZoO6_NCAT : 8.05e-11*1.0 ; 
+{116.}      BZo_RO2_O7 + NBZQO2 = BZoO6_NBZb : 5.12e-11*1.0 ; 
+{117.}      BZo_RO2_O7 + PBZQO2 = BZoO6_PBZ : 1.24e-11*1.0 ; 
+{118.}      BZo_RO2_O7 + MALANHYO2 = BZoO6_MALc : 3.75e-12*1.0 ; 
+{119.}      BZo_RO2_O7 + NDNPHENO2 = BZoO6_NDN : 1e-10*1.0 ; 
+{120.}      BZo_RO2_O7 + DNPHENO2 = BZoO6_DNP : 1e-10*1.0 ; 
+{121.}      BZo_RO2_O7 + HOCH2CO3 = BZoO6_C2c : 3e-13*1.0 ; 
+{122.}      BZo_RO2_O7 + C5CO2OHCO3 = BZoO6_C5a : 2.62e-11*1.0 ; 
+{123.}      BZo_RO2_O7 + C4CO2DBCO3 = BZoO6_C4a : 3e-13*1.0 ; 
+# ROOR formation: BZo_RO2_O9
+{124.}      BZo_RO2_O9 + BZo_RO2_O9 = BZoO8_BZoO8 : 9.69e-11*1.0 ; 
+{125.}      BZo_RO2_O9 + BZo_RO2_O11 = BZoO8_BZoO10 : 1e-10*1.0 ; 
+{126.}      BZo_RO2_O9 + BZeo_RO2_O6 = BZoO8_BZeoO5 : 5.55e-11*1.0 ; 
+{127.}      BZo_RO2_O9 + BZeo_RO2_O8 = BZoO8_BZeoO7 : 8.31e-11*1.0 ; 
+{128.}      BZo_RO2_O9 + BZeo_RO2_O10 = BZoO8_BZeoO9 : 1e-10*1.0 ; 
+{129.}      BZo_RO2_O9 + C5_RO2_O6 = BZoO8_C5eO5 : 7.27e-11*1.0 ; 
+{130.}      BZo_RO2_O9 + C5_RO2_O7 = BZoO8_C5O6 : 8.65e-11*1.0 ; 
+{131.}      BZo_RO2_O9 + C5_RO2_O8 = BZoO8_C5eO7 : 1e-10*1.0 ; 
+{132.}      BZo_RO2_O9 + C5_RO2_O9 = BZoO8_C5O8 : 1e-10*1.0 ; 
+{133.}      BZo_RO2_O9 + C5_RO2_O10 = BZoO8_C5eO9 : 1e-10*1.0 ; 
+{134.}      BZo_RO2_O9 + BZBIPERO2 = BZoO8_BZBI : 4.17e-11*0.5 ; 
+{135.}      BZo_RO2_O9 + BZEMUCCO3 = BZoO8_BZMUa : 4e-11*1.0 ; 
+{136.}      BZo_RO2_O9 + BZEMUCO2 = BZoO8_BZMUb : 5.55e-11*1.0 ; 
+{137.}      BZo_RO2_O9 + C5DIALO2 = BZoO8_C5DI : 1.58e-11*1.0 ; 
+{138.}      BZo_RO2_O9 + NPHENO2 = BZoO8_NPHa : 9.43e-11*1.0 ; 
+{139.}      BZo_RO2_O9 + PHENO2 = BZoO8_PHEN : 5.55e-11*1.0 ; 
+{140.}      BZo_RO2_O9 + MALDIALCO3 = BZoO8_MALa : 3.75e-12*1.0 ; 
+{141.}      BZo_RO2_O9 + EPXDLCO3 = BZoO8_EPX : 1.75e-11*1.0 ; 
+{142.}      BZo_RO2_O9 + C3DIALO2 = BZoO8_C3DI : 3e-13*1.0 ; 
+{143.}      BZo_RO2_O9 + MALDIALO2 = BZoO8_MALb : 1.93e-11*1.0 ; 
+{144.}      BZo_RO2_O9 + C6H5O2 = BZoO8_C6a : 3e-13*1.0 ; 
+{145.}      BZo_RO2_O9 + NBZFUO2 = BZoO8_NBZa : 5.81e-11*1.0 ; 
+{146.}      BZo_RO2_O9 + BZFUO2 = BZoO8_BZFU : 1.93e-11*1.0 ; 
+{147.}      BZo_RO2_O9 + HCOCOHCO3 = BZoO8_C3a : 7.2e-12*1.0 ; 
+{148.}      BZo_RO2_O9 + CATEC1O2 = BZoO8_CATE : 1.24e-11*1.0 ; 
+{149.}      BZo_RO2_O9 + HCOCO3 = BZoO8_C2a : 3e-13*1.0 ; 
+{150.}      BZo_RO2_O9 + HCOCH2O2 = BZoO8_C2b : 3e-13*1.0 ; 
+{151.}      BZo_RO2_O9 + NPHEN1O2 = BZoO8_NPHb : 3.74e-11*1.0 ; 
+{152.}      BZo_RO2_O9 + NNCATECO2 = BZoO8_NNC : 1e-10*1.0 ; 
+{153.}      BZo_RO2_O9 + NCATECO2 = BZoO8_NCAT : 1e-10*1.0 ; 
+{154.}      BZo_RO2_O9 + NBZQO2 = BZoO8_NBZb : 7.87e-11*1.0 ; 
+{155.}      BZo_RO2_O9 + PBZQO2 = BZoO8_PBZ : 4e-11*1.0 ; 
+{156.}      BZo_RO2_O9 + MALANHYO2 = BZoO8_MALc : 3.13e-11*1.0 ; 
+{157.}      BZo_RO2_O9 + NDNPHENO2 = BZoO8_NDN : 1e-10*1.0 ; 
+{158.}      BZo_RO2_O9 + DNPHENO2 = BZoO8_DNP : 1e-10*1.0 ; 
+{159.}      BZo_RO2_O9 + HOCH2CO3 = BZoO8_C2c : 3e-13*1.0 ; 
+{160.}      BZo_RO2_O9 + C5CO2OHCO3 = BZoO8_C5a : 5.37e-11*1.0 ; 
+{161.}      BZo_RO2_O9 + C4CO2DBCO3 = BZoO8_C4a : 2.79e-11*1.0 ; 
+# ROOR formation: BZo_RO2_O11
+{162.}      BZo_RO2_O11 + BZo_RO2_O11 = BZoO10_BZoO10 : 1e-10*1.0 ; 
+{163.}      BZo_RO2_O11 + BZeo_RO2_O6 = BZoO10_BZeoO5 : 8.31e-11*1.0 ; 
+{164.}      BZo_RO2_O11 + BZeo_RO2_O8 = BZoO10_BZeoO7 : 1e-10*1.0 ; 
+{165.}      BZo_RO2_O11 + BZeo_RO2_O10 = BZoO10_BZeoO9 : 1e-10*1.0 ; 
+{166.}      BZo_RO2_O11 + C5_RO2_O6 = BZoO10_C5eO5 : 1e-10*1.0 ; 
+{167.}      BZo_RO2_O11 + C5_RO2_O7 = BZoO10_C5O6 : 1e-10*1.0 ; 
+{168.}      BZo_RO2_O11 + C5_RO2_O8 = BZoO10_C5eO7 : 1e-10*1.0 ; 
+{169.}      BZo_RO2_O11 + C5_RO2_O9 = BZoO10_C5O8 : 1e-10*1.0 ; 
+{170.}      BZo_RO2_O11 + C5_RO2_O10 = BZoO10_C5eO9 : 1e-10*1.0 ; 
+{171.}      BZo_RO2_O11 + BZBIPERO2 = BZoO10_BZBI : 1.e-10*1.0 ; 
+{172.}      BZo_RO2_O11 + BZEMUCCO3 = BZoO10_BZMUa : 6.75e-11*1.0 ; 
+{173.}      BZo_RO2_O11 + BZEMUCO2 = BZoO10_BZMUb : 8.31e-11*1.0 ; 
+{174.}      BZo_RO2_O11 + C5DIALO2 = BZoO10_C5DI : 4.34e-11*1.0 ; 
+{175.}      BZo_RO2_O11 + NPHENO2 = BZoO10_NPHa : 1e-10*1.0 ; 
+{176.}      BZo_RO2_O11 + PHENO2 = BZoO10_PHEN : 8.31e-11*1.0 ; 
+{177.}      BZo_RO2_O11 + MALDIALCO3 = BZoO10_MALa : 3.13e-11*1.0 ; 
+{178.}      BZo_RO2_O11 + EPXDLCO3 = BZoO10_EPX : 4.51e-11*1.0 ; 
+{179.}      BZo_RO2_O11 + C3DIALO2 = BZoO10_C3DI : 2.1e-11*1.0 ; 
+{180.}      BZo_RO2_O11 + MALDIALO2 = BZoO10_MALb : 4.69e-11*1.0 ; 
+{181.}      BZo_RO2_O11 + C6H5O2 = BZoO10_C6a : 2.62e-11*1.0 ; 
+{182.}      BZo_RO2_O11 + NBZFUO2 = BZoO10_NBZa : 8.56e-11*1.0 ; 
+{183.}      BZo_RO2_O11 + BZFUO2 = BZoO10_BZFU : 4.69e-11*1.0 ; 
+{184.}      BZo_RO2_O11 + HCOCOHCO3 = BZoO10_C3a : 3.48e-11*1.0 ; 
+{185.}      BZo_RO2_O11 + CATEC1O2 = BZoO10_CATE : 4e-11*1.0 ; 
+{186.}      BZo_RO2_O11 + HCOCO3 = BZoO10_C2a : 8.92e-12*1.0 ; 
+{187.}      BZo_RO2_O11 + HCOCH2O2 = BZoO10_C2b : 3e-13*1.0 ; 
+{188.}      BZo_RO2_O11 + NPHEN1O2 = BZoO10_NPHb : 6.5e-11*1.0 ; 
+{189.}      BZo_RO2_O11 + NNCATECO2 = BZoO10_NNC : 1e-10*1.0 ; 
+{190.}      BZo_RO2_O11 + NCATECO2 = BZoO10_NCAT : 1e-10*1.0 ; 
+{191.}      BZo_RO2_O11 + NBZQO2 = BZoO10_NBZb : 1e-10*1.0 ; 
+{192.}      BZo_RO2_O11 + PBZQO2 = BZoO10_PBZ : 6.75e-11*1.0 ; 
+{193.}      BZo_RO2_O11 + MALANHYO2 = BZoO10_MALc : 5.89e-11*1.0 ; 
+{194.}      BZo_RO2_O11 + NDNPHENO2 = BZoO10_NDN : 1e-10*1.0 ; 
+{195.}      BZo_RO2_O11 + DNPHENO2 = BZoO10_DNP : 1e-10*1.0 ; 
+{196.}      BZo_RO2_O11 + HOCH2CO3 = BZoO10_C2c : 1.06e-11*1.0 ; 
+{197.}      BZo_RO2_O11 + C5CO2OHCO3 = BZoO10_C5a : 8.13e-11*1.0 ; 
+{198.}      BZo_RO2_O11 + C4CO2DBCO3 = BZoO10_C4a : 5.55e-11*1.0 ; 
+# ROOR formation: BZeo_RO2_O6
+{199.}      BZeo_RO2_O6 + BZeo_RO2_O6 = BZeoO5_BZeoO5 : 1.41e-11*1.0 ; 
+{200.}      BZeo_RO2_O6 + BZeo_RO2_O8 = BZeoO5_BZeoO7 : 4.17e-11*1.0 ; 
+{201.}      BZeo_RO2_O6 + BZeo_RO2_O10 = BZeoO5_BZeoO9 : 1.e-10*1.0 ; 
+{202.}      BZeo_RO2_O6 + C5_RO2_O6 = BZeoO5_C5eO5 : 3.13e-11*1.0 ; 
+{203.}      BZeo_RO2_O6 + C5_RO2_O7 = BZeoO5_C5O6 : 4.51e-11*1.0 ; 
+{204.}      BZeo_RO2_O6 + C5_RO2_O8 = BZeoO5_C5eO7 : 5.89e-11*1.0 ; 
+{205.}      BZeo_RO2_O6 + C5_RO2_O9 = BZeoO5_C5O8 : 7.27e-11*1.0 ; 
+{206.}      BZeo_RO2_O6 + C5_RO2_O10 = BZeoO5_C5eO9 : 8.65e-11*1.0 ; 
+{207.}      BZeo_RO2_O6 + BZBIPERO2 = BZeoO5_BZBI : 3e-13*1.0 ; 
+{208.}      BZeo_RO2_O6 + BZEMUCCO3 = BZeoO5_BZMUa : 3e-13*1.0 ; 
+{209.}      BZeo_RO2_O6 + BZEMUCO2 = BZeoO5_BZMUb : 1.41e-11*1.0 ; 
+{210.}      BZeo_RO2_O6 + C5DIALO2 = BZeoO5_C5DI : 3e-13*1.0 ; 
+{211.}      BZeo_RO2_O6 + NPHENO2 = BZeoO5_NPHa : 5.29e-11*1.0 ; 
+{212.}      BZeo_RO2_O6 + PHENO2 = BZeoO5_PHEN : 1.41e-11*1.0 ; 
+{213.}      BZeo_RO2_O6 + MALDIALCO3 = BZeoO5_MALa : 3e-13*1.0 ; 
+{214.}      BZeo_RO2_O6 + EPXDLCO3 = BZeoO5_EPX : 3e-13*1.0 ; 
+{215.}      BZeo_RO2_O6 + C3DIALO2 = BZeoO5_C3DI : 3e-13*1.0 ; 
+{216.}      BZeo_RO2_O6 + MALDIALO2 = BZeoO5_MALb : 3e-13*1.0 ; 
+{217.}      BZeo_RO2_O6 + C6H5O2 = BZeoO5_C6a : 3e-13*1.0 ; 
+{218.}      BZeo_RO2_O6 + NBZFUO2 = BZeoO5_NBZa : 1.67e-11*1.0 ; 
+{219.}      BZeo_RO2_O6 + BZFUO2 = BZeoO5_BZFU : 3e-13*1.0 ; 
+{220.}      BZeo_RO2_O6 + HCOCOHCO3 = BZeoO5_C3a : 3e-13*1.0 ; 
+{221.}      BZeo_RO2_O6 + CATEC1O2 = BZeoO5_CATE : 3e-13*1.0 ; 
+{222.}      BZeo_RO2_O6 + HCOCO3 = BZeoO5_C2a : 3e-13*1.0 ; 
+{223.}      BZeo_RO2_O6 + HCOCH2O2 = BZeoO5_C2b : 3e-13*1.0 ; 
+{224.}      BZeo_RO2_O6 + NPHEN1O2 = BZeoO5_NPHb : 3e-13*1.0 ; 
+{225.}      BZeo_RO2_O6 + NNCATECO2 = BZeoO5_NNC : 1e-10*1.0 ; 
+{226.}      BZeo_RO2_O6 + NCATECO2 = BZeoO5_NCAT : 6.67e-11*1.0 ; 
+{227.}      BZeo_RO2_O6 + NBZQO2 = BZeoO5_NBZb : 3.74e-11*1.0 ; 
+{228.}      BZeo_RO2_O6 + PBZQO2 = BZeoO5_PBZ : 3e-13*1.0 ; 
+{229.}      BZeo_RO2_O6 + MALANHYO2 = BZeoO5_MALc : 3e-13*1.0 ; 
+{230.}      BZeo_RO2_O6 + NDNPHENO2 = BZeoO5_NDN : 1e-10*1.0 ; 
+{231.}      BZeo_RO2_O6 + DNPHENO2 = BZeoO5_DNP : 9.17e-11*1.0 ; 
+{232.}      BZeo_RO2_O6 + HOCH2CO3 = BZeoO5_C2c : 3e-13*1.0 ; 
+{233.}      BZeo_RO2_O6 + C5CO2OHCO3 = BZeoO5_C5a : 1.24e-11*1.0 ; 
+{234.}      BZeo_RO2_O6 + C4CO2DBCO3 = BZeoO5_C4a : 3e-13*1.0 ; 
+# ROOR formation: BZeo_RO2_O8
+{235.}      BZeo_RO2_O8 + BZeo_RO2_O8 = BZeoO7_BZeoO7 : 1.e-10*1.0 ; 
+{236.}      BZeo_RO2_O8 + BZeo_RO2_O10 = BZeoO7_BZeoO9 : 9.69e-11*1.0 ; 
+{237.}      BZeo_RO2_O8 + C5_RO2_O6 = BZeoO7_C5eO5 : 5.89e-11*1.0 ; 
+{238.}      BZeo_RO2_O8 + C5_RO2_O7 = BZeoO7_C5O6 : 7.27e-11*1.0 ; 
+{239.}      BZeo_RO2_O8 + C5_RO2_O8 = BZeoO7_C5eO7 : 8.65e-11*1.0 ; 
+{240.}      BZeo_RO2_O8 + C5_RO2_O9 = BZeoO7_C5O8 : 1e-10*1.0 ; 
+{241.}      BZeo_RO2_O8 + C5_RO2_O10 = BZeoO7_C5eO9 : 1e-10*1.0 ; 
+{242.}      BZeo_RO2_O8 + BZBIPERO2 = BZeoO7_BZBI : 2.79e-11*0.3 ; 
+{243.}      BZeo_RO2_O8 + BZEMUCCO3 = BZeoO7_BZMUa : 2.62e-11*1.0 ; 
+{244.}      BZeo_RO2_O8 + BZEMUCO2 = BZeoO7_BZMUb : 4.17e-11*1.0 ; 
+{245.}      BZeo_RO2_O8 + C5DIALO2 = BZeoO7_C5DI : 2.02e-12*1.0 ; 
+{246.}      BZeo_RO2_O8 + NPHENO2 = BZeoO7_NPHa : 8.05e-11*1.0 ; 
+{247.}      BZeo_RO2_O8 + PHENO2 = BZeoO7_PHEN : 4.17e-11*1.0 ; 
+{248.}      BZeo_RO2_O8 + MALDIALCO3 = BZeoO7_MALa : 3e-13*1.0 ; 
+{249.}      BZeo_RO2_O8 + EPXDLCO3 = BZeoO7_EPX : 3.75e-12*1.0 ; 
+{250.}      BZeo_RO2_O8 + C3DIALO2 = BZeoO7_C3DI : 3e-13*1.0 ; 
+{251.}      BZeo_RO2_O8 + MALDIALO2 = BZeoO7_MALb : 5.47e-12*1.0 ; 
+{252.}      BZeo_RO2_O8 + C6H5O2 = BZeoO7_C6a : 3e-13*1.0 ; 
+{253.}      BZeo_RO2_O8 + NBZFUO2 = BZeoO7_NBZa : 4.43e-11*1.0 ; 
+{254.}      BZeo_RO2_O8 + BZFUO2 = BZeoO7_BZFU : 5.47e-12*1.0 ; 
+{255.}      BZeo_RO2_O8 + HCOCOHCO3 = BZeoO7_C3a : 3e-13*1.0 ; 
+{256.}      BZeo_RO2_O8 + CATEC1O2 = BZeoO7_CATE : 3e-13*1.0 ; 
+{257.}      BZeo_RO2_O8 + HCOCO3 = BZeoO7_C2a : 3e-13*1.0 ; 
+{258.}      BZeo_RO2_O8 + HCOCH2O2 = BZeoO7_C2b : 3e-13*1.0 ; 
+{259.}      BZeo_RO2_O8 + NPHEN1O2 = BZeoO7_NPHb : 2.36e-11*1.0 ; 
+{260.}      BZeo_RO2_O8 + NNCATECO2 = BZeoO7_NNC : 1e-10*1.0 ; 
+{261.}      BZeo_RO2_O8 + NCATECO2 = BZeoO7_NCAT : 9.43e-11*1.0 ; 
+{262.}      BZeo_RO2_O8 + NBZQO2 = BZeoO7_NBZb : 6.5e-11*1.0 ; 
+{263.}      BZeo_RO2_O8 + PBZQO2 = BZeoO7_PBZ : 2.62e-11*1.0 ; 
+{264.}      BZeo_RO2_O8 + MALANHYO2 = BZeoO7_MALc : 1.75e-11*1.0 ; 
+{265.}      BZeo_RO2_O8 + NDNPHENO2 = BZeoO7_NDN : 1e-10*1.0 ; 
+{266.}      BZeo_RO2_O8 + DNPHENO2 = BZeoO7_DNP : 1e-10*1.0 ; 
+{267.}      BZeo_RO2_O8 + HOCH2CO3 = BZeoO7_C2c : 3e-13*1.0 ; 
+{268.}      BZeo_RO2_O8 + C5CO2OHCO3 = BZeoO7_C5a : 4e-11*1.0 ; 
+{269.}      BZeo_RO2_O8 + C4CO2DBCO3 = BZeoO7_C4a : 1.41e-11*1.0 ; 
+# ROOR formation: BZeo_RO2_O10
+{270.}      BZeo_RO2_O10 + BZeo_RO2_O10 = BZeoO9_BZeoO9 : 1e-10*1.0 ; 
+{271.}      BZeo_RO2_O10 + C5_RO2_O6 = BZeoO9_C5eO5 : 8.65e-11*1.0 ; 
+{272.}      BZeo_RO2_O10 + C5_RO2_O7 = BZeoO9_C5O6 : 1e-10*1.0 ; 
+{273.}      BZeo_RO2_O10 + C5_RO2_O8 = BZeoO9_C5eO7 : 1e-10*1.0 ; 
+{274.}      BZeo_RO2_O10 + C5_RO2_O9 = BZeoO9_C5O8 : 1e-10*1.0 ; 
+{275.}      BZeo_RO2_O10 + C5_RO2_O10 = BZeoO9_C5eO9 : 1e-10*1.0 ; 
+{276.}      BZeo_RO2_O10 + BZBIPERO2 = BZeoO9_BZBI : 5.55e-11*1.0 ; 
+{277.}      BZeo_RO2_O10 + BZEMUCCO3 = BZeoO9_BZMUa : 5.37e-11*1.0 ; 
+{278.}      BZeo_RO2_O10 + BZEMUCO2 = BZeoO9_BZMUb : 1.e-10*1.0 ; 
+{279.}      BZeo_RO2_O10 + C5DIALO2 = BZeoO9_C5DI : 2.96e-11*1.0 ; 
+{280.}      BZeo_RO2_O10 + NPHENO2 = BZeoO9_NPHa : 1e-10*1.0 ; 
+{281.}      BZeo_RO2_O10 + PHENO2 = BZeoO9_PHEN : 1.e-10*1.0 ; 
+{282.}      BZeo_RO2_O10 + MALDIALCO3 = BZeoO9_MALa : 1.75e-11*1.0 ; 
+{283.}      BZeo_RO2_O10 + EPXDLCO3 = BZeoO9_EPX : 3.13e-11*1.0 ; 
+{284.}      BZeo_RO2_O10 + C3DIALO2 = BZeoO9_C3DI : 7.2e-12*1.0 ; 
+{285.}      BZeo_RO2_O10 + MALDIALO2 = BZeoO9_MALb : 3.31e-11*1.0 ; 
+{286.}      BZeo_RO2_O10 + C6H5O2 = BZeoO9_C6a : 1.24e-11*1.0 ; 
+{287.}      BZeo_RO2_O10 + NBZFUO2 = BZeoO9_NBZa : 7.19e-11*1.0 ; 
+{288.}      BZeo_RO2_O10 + BZFUO2 = BZeoO9_BZFU : 3.31e-11*1.0 ; 
+{289.}      BZeo_RO2_O10 + HCOCOHCO3 = BZeoO9_C3a : 2.1e-11*1.0 ; 
+{290.}      BZeo_RO2_O10 + CATEC1O2 = BZeoO9_CATE : 2.62e-11*1.0 ; 
+{291.}      BZeo_RO2_O10 + HCOCO3 = BZeoO9_C2a : 3e-13*1.0 ; 
+{292.}      BZeo_RO2_O10 + HCOCH2O2 = BZeoO9_C2b : 3e-13*1.0 ; 
+{293.}      BZeo_RO2_O10 + NPHEN1O2 = BZeoO9_NPHb : 5.12e-11*1.0 ; 
+{294.}      BZeo_RO2_O10 + NNCATECO2 = BZeoO9_NNC : 1e-10*1.0 ; 
+{295.}      BZeo_RO2_O10 + NCATECO2 = BZeoO9_NCAT : 1e-10*1.0 ; 
+{296.}      BZeo_RO2_O10 + NBZQO2 = BZeoO9_NBZb : 9.25e-11*1.0 ; 
+{297.}      BZeo_RO2_O10 + PBZQO2 = BZeoO9_PBZ : 5.37e-11*1.0 ; 
+{298.}      BZeo_RO2_O10 + MALANHYO2 = BZeoO9_MALc : 4.51e-11*1.0 ; 
+{299.}      BZeo_RO2_O10 + NDNPHENO2 = BZeoO9_NDN : 1e-10*1.0 ; 
+{300.}      BZeo_RO2_O10 + DNPHENO2 = BZeoO9_DNP : 1e-10*1.0 ; 
+{301.}      BZeo_RO2_O10 + HOCH2CO3 = BZeoO9_C2c : 3e-13*1.0 ; 
+{302.}      BZeo_RO2_O10 + C5CO2OHCO3 = BZeoO9_C5a : 6.75e-11*1.0 ; 
+{303.}      BZeo_RO2_O10 + C4CO2DBCO3 = BZeoO9_C4a : 4.17e-11*1.0 ; 
+# ROOR formation: C5_RO2_O6
+{304.}      C5_RO2_O6 + C5_RO2_O6 = C5eO5_C5eO5 : 4.86e-11*1.0 ; 
+{305.}      C5_RO2_O6 + C5_RO2_O7 = C5eO5_C5O6 : 6.24e-11*1.0 ; 
+{306.}      C5_RO2_O6 + C5_RO2_O8 = C5eO5_C5eO7 : 7.62e-11*1.0 ; 
+{307.}      C5_RO2_O6 + C5_RO2_O9 = C5eO5_C5O8 : 9e-11*1.0 ; 
+{308.}      C5_RO2_O6 + C5_RO2_O10 = C5eO5_C5eO9 : 1e-10*1.0 ; 
+{309.}      C5_RO2_O6 + BZBIPERO2 = C5eO5_BZBI : 1.75e-11*1.0 ; 
+{310.}      C5_RO2_O6 + BZEMUCCO3 = C5eO5_BZMUa : 1.58e-11*1.0 ; 
+{311.}      C5_RO2_O6 + BZEMUCO2 = C5eO5_BZMUb : 3.13e-11*1.0 ; 
+{312.}      C5_RO2_O6 + C5DIALO2 = C5eO5_C5DI : 3e-13*1.0 ; 
+{313.}      C5_RO2_O6 + NPHENO2 = C5eO5_NPHa : 7.01e-11*1.0 ; 
+{314.}      C5_RO2_O6 + PHENO2 = C5eO5_PHEN : 3.13e-11*1.0 ; 
+{315.}      C5_RO2_O6 + MALDIALCO3 = C5eO5_MALa : 3e-13*1.0 ; 
+{316.}      C5_RO2_O6 + EPXDLCO3 = C5eO5_EPX : 3e-13*1.0 ; 
+{317.}      C5_RO2_O6 + C3DIALO2 = C5eO5_C3DI : 3e-13*1.0 ; 
+{318.}      C5_RO2_O6 + MALDIALO2 = C5eO5_MALb : 3e-13*1.0 ; 
+{319.}      C5_RO2_O6 + C6H5O2 = C5eO5_C6a : 3e-13*1.0 ; 
+{320.}      C5_RO2_O6 + NBZFUO2 = C5eO5_NBZa : 3.39e-11*1.0 ; 
+{321.}      C5_RO2_O6 + BZFUO2 = C5eO5_BZFU : 3e-13*1.0 ; 
+{322.}      C5_RO2_O6 + HCOCOHCO3 = C5eO5_C3a : 3e-13*1.0 ; 
+{323.}      C5_RO2_O6 + CATEC1O2 = C5eO5_CATE : 3e-13*1.0 ; 
+{324.}      C5_RO2_O6 + HCOCO3 = C5eO5_C2a : 3e-13*1.0 ; 
+{325.}      C5_RO2_O6 + HCOCH2O2 = C5eO5_C2b : 3e-13*1.0 ; 
+{326.}      C5_RO2_O6 + NPHEN1O2 = C5eO5_NPHb : 1.32e-11*1.0 ; 
+{327.}      C5_RO2_O6 + NNCATECO2 = C5eO5_NNC : 1e-10*1.0 ; 
+{328.}      C5_RO2_O6 + NCATECO2 = C5eO5_NCAT : 8.39e-11*1.0 ; 
+{329.}      C5_RO2_O6 + NBZQO2 = C5eO5_NBZb : 5.46e-11*1.0 ; 
+{330.}      C5_RO2_O6 + PBZQO2 = C5eO5_PBZ : 1.58e-11*1.0 ; 
+{331.}      C5_RO2_O6 + MALANHYO2 = C5eO5_MALc : 7.2e-12*1.0 ; 
+{332.}      C5_RO2_O6 + NDNPHENO2 = C5eO5_NDN : 1e-10*1.0 ; 
+{333.}      C5_RO2_O6 + DNPHENO2 = C5eO5_DNP : 1e-10*1.0 ; 
+{334.}      C5_RO2_O6 + HOCH2CO3 = C5eO5_C2c : 3e-13*1.0 ; 
+{335.}      C5_RO2_O6 + C5CO2OHCO3 = C5eO5_C5a : 2.96e-11*1.0 ; 
+{336.}      C5_RO2_O6 + C4CO2DBCO3 = C5eO5_C4a : 3.75e-12*1.0 ; 
+# ROOR formation: C5_RO2_O7
+{337.}      C5_RO2_O7 + C5_RO2_O7 = C5O6_C5O6 : 7.62e-11*1.0 ; 
+{338.}      C5_RO2_O7 + C5_RO2_O8 = C5O6_C5eO7 : 9e-11*1.0 ; 
+{339.}      C5_RO2_O7 + C5_RO2_O9 = C5O6_C5O8 : 1e-10*1.0 ; 
+{340.}      C5_RO2_O7 + C5_RO2_O10 = C5O6_C5eO9 : 1e-10*1.0 ; 
+{341.}      C5_RO2_O7 + BZBIPERO2 = C5O6_BZBI : 3.13e-11*1.0 ; 
+{342.}      C5_RO2_O7 + BZEMUCCO3 = C5O6_BZMUa : 2.96e-11*1.0 ; 
+{343.}      C5_RO2_O7 + BZEMUCO2 = C5O6_BZMUb : 4.51e-11*1.0 ; 
+{344.}      C5_RO2_O7 + C5DIALO2 = C5O6_C5DI : 5.47e-12*1.0 ; 
+{345.}      C5_RO2_O7 + NPHENO2 = C5O6_NPHa : 8.39e-11*1.0 ; 
+{346.}      C5_RO2_O7 + PHENO2 = C5O6_PHEN : 4.51e-11*1.0 ; 
+{347.}      C5_RO2_O7 + MALDIALCO3 = C5O6_MALa : 3e-13*1.0 ; 
+{348.}      C5_RO2_O7 + EPXDLCO3 = C5O6_EPX : 7.2e-12*1.0 ; 
+{349.}      C5_RO2_O7 + C3DIALO2 = C5O6_C3DI : 3e-13*1.0 ; 
+{350.}      C5_RO2_O7 + MALDIALO2 = C5O6_MALb : 8.92e-12*1.0 ; 
+{351.}      C5_RO2_O7 + C6H5O2 = C5O6_C6a : 3e-13*1.0 ; 
+{352.}      C5_RO2_O7 + NBZFUO2 = C5O6_NBZa : 4.77e-11*1.0 ; 
+{353.}      C5_RO2_O7 + BZFUO2 = C5O6_BZFU : 8.92e-12*1.0 ; 
+{354.}      C5_RO2_O7 + HCOCOHCO3 = C5O6_C3a : 3e-13*1.0 ; 
+{355.}      C5_RO2_O7 + CATEC1O2 = C5O6_CATE : 2.02e-12*1.0 ; 
+{356.}      C5_RO2_O7 + HCOCO3 = C5O6_C2a : 3e-13*1.0 ; 
+{357.}      C5_RO2_O7 + HCOCH2O2 = C5O6_C2b : 3e-13*1.0 ; 
+{358.}      C5_RO2_O7 + NPHEN1O2 = C5O6_NPHb : 2.7e-11*1.0 ; 
+{359.}      C5_RO2_O7 + NNCATECO2 = C5O6_NNC : 1e-10*1.0 ; 
+{360.}      C5_RO2_O7 + NCATECO2 = C5O6_NCAT : 9.77e-11*1.0 ; 
+{361.}      C5_RO2_O7 + NBZQO2 = C5O6_NBZb : 6.84e-11*1.0 ; 
+{362.}      C5_RO2_O7 + PBZQO2 = C5O6_PBZ : 2.96e-11*1.0 ; 
+{363.}      C5_RO2_O7 + MALANHYO2 = C5O6_MALc : 2.1e-11*1.0 ; 
+{364.}      C5_RO2_O7 + NDNPHENO2 = C5O6_NDN : 1e-10*1.0 ; 
+{365.}      C5_RO2_O7 + DNPHENO2 = C5O6_DNP : 1e-10*1.0 ; 
+{366.}      C5_RO2_O7 + HOCH2CO3 = C5O6_C2c : 3e-13*1.0 ; 
+{367.}      C5_RO2_O7 + C5CO2OHCO3 = C5O6_C5a : 4.34e-11*1.0 ; 
+{368.}      C5_RO2_O7 + C4CO2DBCO3 = C5O6_C4a : 1.75e-11*1.0 ; 
+# ROOR formation: C5_RO2_O8
+{369.}      C5_RO2_O8 + C5_RO2_O8 = C5eO7_C5eO7 : 1e-10*1.0 ; 
+{370.}      C5_RO2_O8 + C5_RO2_O9 = C5eO7_C5O8 : 1e-10*1.0 ; 
+{371.}      C5_RO2_O8 + C5_RO2_O10 = C5eO7_C5eO9 : 1e-10*1.0 ; 
+{372.}      C5_RO2_O8 + BZBIPERO2 = C5eO7_BZBI : 4.51e-11*0.3 ; 
+{373.}      C5_RO2_O8 + BZEMUCCO3 = C5eO7_BZMUa : 4.34e-11*1.0 ; 
+{374.}      C5_RO2_O8 + BZEMUCO2 = C5eO7_BZMUb : 5.89e-11*1.0 ; 
+{375.}      C5_RO2_O8 + C5DIALO2 = C5eO7_C5DI : 1.93e-11*1.0 ; 
+{376.}      C5_RO2_O8 + NPHENO2 = C5eO7_NPHa : 9.77e-11*1.0 ; 
+{377.}      C5_RO2_O8 + PHENO2 = C5eO7_PHEN : 5.89e-11*1.0 ; 
+{378.}      C5_RO2_O8 + MALDIALCO3 = C5eO7_MALa : 7.2e-12*1.0 ; 
+{379.}      C5_RO2_O8 + EPXDLCO3 = C5eO7_EPX : 2.1e-11*1.0 ; 
+{380.}      C5_RO2_O8 + C3DIALO2 = C5eO7_C3DI : 3e-13*1.0 ; 
+{381.}      C5_RO2_O8 + MALDIALO2 = C5eO7_MALb : 2.27e-11*1.0 ; 
+{382.}      C5_RO2_O8 + C6H5O2 = C5eO7_C6a : 2.02e-12*1.0 ; 
+{383.}      C5_RO2_O8 + NBZFUO2 = C5eO7_NBZa : 6.15e-11*1.0 ; 
+{384.}      C5_RO2_O8 + BZFUO2 = C5eO7_BZFU : 2.27e-11*1.0 ; 
+{385.}      C5_RO2_O8 + HCOCOHCO3 = C5eO7_C3a : 1.06e-11*1.0 ; 
+{386.}      C5_RO2_O8 + CATEC1O2 = C5eO7_CATE : 1.58e-11*1.0 ; 
+{387.}      C5_RO2_O8 + HCOCO3 = C5eO7_C2a : 3e-13*1.0 ; 
+{388.}      C5_RO2_O8 + HCOCH2O2 = C5eO7_C2b : 3e-13*1.0 ; 
+{389.}      C5_RO2_O8 + NPHEN1O2 = C5eO7_NPHb : 4.08e-11*1.0 ; 
+{390.}      C5_RO2_O8 + NNCATECO2 = C5eO7_NNC : 1e-10*1.0 ; 
+{391.}      C5_RO2_O8 + NCATECO2 = C5eO7_NCAT : 1e-10*1.0 ; 
+{392.}      C5_RO2_O8 + NBZQO2 = C5eO7_NBZb : 8.22e-11*1.0 ; 
+{393.}      C5_RO2_O8 + PBZQO2 = C5eO7_PBZ : 4.34e-11*1.0 ; 
+{394.}      C5_RO2_O8 + MALANHYO2 = C5eO7_MALc : 3.48e-11*1.0 ; 
+{395.}      C5_RO2_O8 + NDNPHENO2 = C5eO7_NDN : 1e-10*1.0 ; 
+{396.}      C5_RO2_O8 + DNPHENO2 = C5eO7_DNP : 1e-10*1.0 ; 
+{397.}      C5_RO2_O8 + HOCH2CO3 = C5eO7_C2c : 3e-13*1.0 ; 
+{398.}      C5_RO2_O8 + C5CO2OHCO3 = C5eO7_C5a : 5.72e-11*1.0 ; 
+{399.}      C5_RO2_O8 + C4CO2DBCO3 = C5eO7_C4a : 3.13e-11*1.0 ; 
+# ROOR formation: C5_RO2_O9
+{400.}      C5_RO2_O9 + C5_RO2_O9 = C5O8_C5O8 : 1e-10*1.0 ; 
+{401.}      C5_RO2_O9 + C5_RO2_O10 = C5O8_C5eO9 : 1e-10*1.0 ; 
+{402.}      C5_RO2_O9 + BZBIPERO2 = C5O8_BZBI : 5.89e-11*1.0 ; 
+{403.}      C5_RO2_O9 + BZEMUCCO3 = C5O8_BZMUa : 5.72e-11*1.0 ; 
+{404.}      C5_RO2_O9 + BZEMUCO2 = C5O8_BZMUb : 7.27e-11*1.0 ; 
+{405.}      C5_RO2_O9 + C5DIALO2 = C5O8_C5DI : 3.31e-11*1.0 ; 
+{406.}      C5_RO2_O9 + NPHENO2 = C5O8_NPHa : 1e-10*1.0 ; 
+{407.}      C5_RO2_O9 + PHENO2 = C5O8_PHEN : 7.27e-11*1.0 ; 
+{408.}      C5_RO2_O9 + MALDIALCO3 = C5O8_MALa : 2.1e-11*1.0 ; 
+{409.}      C5_RO2_O9 + EPXDLCO3 = C5O8_EPX : 3.48e-11*1.0 ; 
+{410.}      C5_RO2_O9 + C3DIALO2 = C5O8_C3DI : 1.06e-11*1.0 ; 
+{411.}      C5_RO2_O9 + MALDIALO2 = C5O8_MALb : 3.65e-11*1.0 ; 
+{412.}      C5_RO2_O9 + C6H5O2 = C5O8_C6a : 1.58e-11*1.0 ; 
+{413.}      C5_RO2_O9 + NBZFUO2 = C5O8_NBZa : 7.53e-11*1.0 ; 
+{414.}      C5_RO2_O9 + BZFUO2 = C5O8_BZFU : 3.65e-11*1.0 ; 
+{415.}      C5_RO2_O9 + HCOCOHCO3 = C5O8_C3a : 2.44e-11*1.0 ; 
+{416.}      C5_RO2_O9 + CATEC1O2 = C5O8_CATE : 2.96e-11*1.0 ; 
+{417.}      C5_RO2_O9 + HCOCO3 = C5O8_C2a : 3e-13*1.0 ; 
+{418.}      C5_RO2_O9 + HCOCH2O2 = C5O8_C2b : 3e-13*1.0 ; 
+{419.}      C5_RO2_O9 + NPHEN1O2 = C5O8_NPHb : 5.46e-11*1.0 ; 
+{420.}      C5_RO2_O9 + NNCATECO2 = C5O8_NNC : 1e-10*1.0 ; 
+{421.}      C5_RO2_O9 + NCATECO2 = C5O8_NCAT : 1e-10*1.0 ; 
+{422.}      C5_RO2_O9 + NBZQO2 = C5O8_NBZb : 9.6e-11*1.0 ; 
+{423.}      C5_RO2_O9 + PBZQO2 = C5O8_PBZ : 5.72e-11*1.0 ; 
+{424.}      C5_RO2_O9 + MALANHYO2 = C5O8_MALc : 4.86e-11*1.0 ; 
+{425.}      C5_RO2_O9 + NDNPHENO2 = C5O8_NDN : 1e-10*1.0 ; 
+{426.}      C5_RO2_O9 + DNPHENO2 = C5O8_DNP : 1e-10*1.0 ; 
+{427.}      C5_RO2_O9 + HOCH2CO3 = C5O8_C2c : 3e-13*1.0 ; 
+{428.}      C5_RO2_O9 + C5CO2OHCO3 = C5O8_C5a : 7.1e-11*1.0 ; 
+{429.}      C5_RO2_O9 + C4CO2DBCO3 = C5O8_C4a : 4.51e-11*1.0 ; 
+# ROOR formation: C5_RO2_O10
+{430.}      C5_RO2_O10 + C5_RO2_O10 = C5eO9_C5eO9 : 1e-10*1.0 ; 
+{431.}      C5_RO2_O10 + BZBIPERO2 = C5eO9_BZBI : 7.27e-11*1.0 ; 
+{432.}      C5_RO2_O10 + BZEMUCCO3 = C5eO9_BZMUa : 7.1e-11*1.0 ; 
+{433.}      C5_RO2_O10 + BZEMUCO2 = C5eO9_BZMUb : 8.65e-11*1.0 ; 
+{434.}      C5_RO2_O10 + C5DIALO2 = C5eO9_C5DI : 4.69e-11*1.0 ; 
+{435.}      C5_RO2_O10 + NPHENO2 = C5eO9_NPHa : 1e-10*1.0 ; 
+{436.}      C5_RO2_O10 + PHENO2 = C5eO9_PHEN : 8.65e-11*1.0 ; 
+{437.}      C5_RO2_O10 + MALDIALCO3 = C5eO9_MALa : 3.48e-11*1.0 ; 
+{438.}      C5_RO2_O10 + EPXDLCO3 = C5eO9_EPX : 4.86e-11*1.0 ; 
+{439.}      C5_RO2_O10 + C3DIALO2 = C5eO9_C3DI : 2.44e-11*1.0 ; 
+{440.}      C5_RO2_O10 + MALDIALO2 = C5eO9_MALb : 5.03e-11*1.0 ; 
+{441.}      C5_RO2_O10 + C6H5O2 = C5eO9_C6a : 2.96e-11*1.0 ; 
+{442.}      C5_RO2_O10 + NBZFUO2 = C5eO9_NBZa : 8.91e-11*1.0 ; 
+{443.}      C5_RO2_O10 + BZFUO2 = C5eO9_BZFU : 5.03e-11*1.0 ; 
+{444.}      C5_RO2_O10 + HCOCOHCO3 = C5eO9_C3a : 3.82e-11*1.0 ; 
+{445.}      C5_RO2_O10 + CATEC1O2 = C5eO9_CATE : 4.34e-11*1.0 ; 
+{446.}      C5_RO2_O10 + HCOCO3 = C5eO9_C2a : 1.24e-11*1.0 ; 
+{447.}      C5_RO2_O10 + HCOCH2O2 = C5eO9_C2b : 3e-13*1.0 ; 
+{448.}      C5_RO2_O10 + NPHEN1O2 = C5eO9_NPHb : 6.84e-11*1.0 ; 
+{449.}      C5_RO2_O10 + NNCATECO2 = C5eO9_NNC : 1e-10*1.0 ; 
+{450.}      C5_RO2_O10 + NCATECO2 = C5eO9_NCAT : 1e-10*1.0 ; 
+{451.}      C5_RO2_O10 + NBZQO2 = C5eO9_NBZb : 1e-10*1.0 ; 
+{452.}      C5_RO2_O10 + PBZQO2 = C5eO9_PBZ : 7.1e-11*1.0 ; 
+{453.}      C5_RO2_O10 + MALANHYO2 = C5eO9_MALc : 6.24e-11*1.0 ; 
+{454.}      C5_RO2_O10 + NDNPHENO2 = C5eO9_NDN : 1e-10*1.0 ; 
+{455.}      C5_RO2_O10 + DNPHENO2 = C5eO9_DNP : 1e-10*1.0 ; 
+{456.}      C5_RO2_O10 + HOCH2CO3 = C5eO9_C2c : 1.41e-11*1.0 ; 
+{457.}      C5_RO2_O10 + C5CO2OHCO3 = C5eO9_C5a : 8.48e-11*1.0 ; 
+{458.}      C5_RO2_O10 + C4CO2DBCO3 = C5eO9_C4a : 5.89e-11*1.0 ; 
+# ROOR formation: BZBIPERO2
+{459.}      BZBIPERO2 + BZBIPERO2 = BZBI_BZBI : 3e-13*0.7 ; 
+{460.}      BZBIPERO2 + BZEMUCCO3 = BZBI_BZMUa : 3e-13*1.0 ; 
+{461.}      BZBIPERO2 + BZEMUCO2 = BZBI_BZMUb : 3e-13*1.0 ; 
+{462.}      BZBIPERO2 + C5DIALO2 = BZBI_C5DI : 3e-13*1.0 ; 
+{463.}      BZBIPERO2 + NPHENO2 = BZBI_NPHa : 3.91e-11*1.0 ; 
+{464.}      BZBIPERO2 + PHENO2 = BZBI_PHEN : 3e-13*1.0 ; 
+{465.}      BZBIPERO2 + MALDIALCO3 = BZBI_MALa : 3e-13*1.0 ; 
+{466.}      BZBIPERO2 + EPXDLCO3 = BZBI_EPX : 3e-13*1.0 ; 
+{467.}      BZBIPERO2 + C3DIALO2 = BZBI_C3DI : 3e-13*1.0 ; 
+{468.}      BZBIPERO2 + MALDIALO2 = BZBI_MALb : 3e-13*1.0 ; 
+{469.}      BZBIPERO2 + C6H5O2 = BZBI_C6a : 3e-13*1.0 ; 
+{470.}      BZBIPERO2 + NBZFUO2 = BZBI_NBZa : 2.89e-12*1.0 ; 
+{471.}      BZBIPERO2 + BZFUO2 = BZBI_BZFU : 3e-13*1.0 ; 
+{472.}      BZBIPERO2 + HCOCOHCO3 = BZBI_C3a : 3e-13*1.0 ; 
+{473.}      BZBIPERO2 + CATEC1O2 = BZBI_CATE : 3e-13*1.0 ; 
+{474.}      BZBIPERO2 + HCOCO3 = BZBI_C2a : 3e-13*1.0 ; 
+{475.}      BZBIPERO2 + HCOCH2O2 = BZBI_C2b : 3e-13*1.0 ; 
+{476.}      BZBIPERO2 + NPHEN1O2 = BZBI_NPHb : 3e-13*1.0 ; 
+{477.}      BZBIPERO2 + NNCATECO2 = BZBI_NNC : 9.17e-11*1.0 ; 
+{478.}      BZBIPERO2 + NCATECO2 = BZBI_NCAT : 5.29e-11*1.0 ; 
+{479.}      BZBIPERO2 + NBZQO2 = BZBI_NBZb : 2.36e-11*1.0 ; 
+{480.}      BZBIPERO2 + PBZQO2 = BZBI_PBZ : 3e-13*1.0 ; 
+{481.}      BZBIPERO2 + MALANHYO2 = BZBI_MALc : 3e-13*1.0 ; 
+{482.}      BZBIPERO2 + NDNPHENO2 = BZBI_NDN : 1e-10*1.0 ; 
+{483.}      BZBIPERO2 + DNPHENO2 = BZBI_DNP : 7.79e-11*1.0 ; 
+{484.}      BZBIPERO2 + HOCH2CO3 = BZBI_C2c : 3e-13*1.0 ; 
+{485.}      BZBIPERO2 + C5CO2OHCO3 = BZBI_C5a : 3e-13*1.0 ; 
+{486.}      BZBIPERO2 + C4CO2DBCO3 = BZBI_C4a : 3e-13*1.0 ; 
+# ROOR formation: BZEMUCCO3
+{487.}      BZEMUCCO3 + BZEMUCCO3 = BZMUa_BZMUa : 3e-13*1.0 ; 
+{488.}      BZEMUCCO3 + BZEMUCO2 = BZMUa_BZMUb : 3e-13*1.0 ; 
+{489.}      BZEMUCCO3 + C5DIALO2 = BZMUa_C5DI : 3e-13*1.0 ; 
+{490.}      BZEMUCCO3 + NPHENO2 = BZMUa_NPHa : 3.74e-11*1.0 ; 
+{491.}      BZEMUCCO3 + PHENO2 = BZMUa_PHEN : 3e-13*1.0 ; 
+{492.}      BZEMUCCO3 + MALDIALCO3 = BZMUa_MALa : 3e-13*1.0 ; 
+{493.}      BZEMUCCO3 + EPXDLCO3 = BZMUa_EPX : 3e-13*1.0 ; 
+{494.}      BZEMUCCO3 + C3DIALO2 = BZMUa_C3DI : 3e-13*1.0 ; 
+{495.}      BZEMUCCO3 + MALDIALO2 = BZMUa_MALb : 3e-13*1.0 ; 
+{496.}      BZEMUCCO3 + C6H5O2 = BZMUa_C6a : 3e-13*1.0 ; 
+{497.}      BZEMUCCO3 + NBZFUO2 = BZMUa_NBZa : 1.16e-12*1.0 ; 
+{498.}      BZEMUCCO3 + BZFUO2 = BZMUa_BZFU : 3e-13*1.0 ; 
+{499.}      BZEMUCCO3 + HCOCOHCO3 = BZMUa_C3a : 3e-13*1.0 ; 
+{500.}      BZEMUCCO3 + CATEC1O2 = BZMUa_CATE : 3e-13*1.0 ; 
+{501.}      BZEMUCCO3 + HCOCO3 = BZMUa_C2a : 3e-13*1.0 ; 
+{502.}      BZEMUCCO3 + HCOCH2O2 = BZMUa_C2b : 3e-13*1.0 ; 
+{503.}      BZEMUCCO3 + NPHEN1O2 = BZMUa_NPHb : 3e-13*1.0 ; 
+{504.}      BZEMUCCO3 + NNCATECO2 = BZMUa_NNC : 9e-11*1.0 ; 
+{505.}      BZEMUCCO3 + NCATECO2 = BZMUa_NCAT : 5.12e-11*1.0 ; 
+{506.}      BZEMUCCO3 + NBZQO2 = BZMUa_NBZb : 2.19e-11*1.0 ; 
+{507.}      BZEMUCCO3 + PBZQO2 = BZMUa_PBZ : 3e-13*1.0 ; 
+{508.}      BZEMUCCO3 + MALANHYO2 = BZMUa_MALc : 3e-13*1.0 ; 
+{509.}      BZEMUCCO3 + NDNPHENO2 = BZMUa_NDN : 1e-10*1.0 ; 
+{510.}      BZEMUCCO3 + DNPHENO2 = BZMUa_DNP : 7.62e-11*1.0 ; 
+{511.}      BZEMUCCO3 + HOCH2CO3 = BZMUa_C2c : 3e-13*1.0 ; 
+{512.}      BZEMUCCO3 + C5CO2OHCO3 = BZMUa_C5a : 3e-13*1.0 ; 
+{513.}      BZEMUCCO3 + C4CO2DBCO3 = BZMUa_C4a : 3e-13*1.0 ; 
+# ROOR formation: BZEMUCO2
+{514.}      BZEMUCO2 + BZEMUCO2 = BZMUb_BZMUb : 1.41e-11*1.0 ; 
+{515.}      BZEMUCO2 + C5DIALO2 = BZMUb_C5DI : 3e-13*1.0 ; 
+{516.}      BZEMUCO2 + NPHENO2 = BZMUb_NPHa : 5.29e-11*1.0 ; 
+{517.}      BZEMUCO2 + PHENO2 = BZMUb_PHEN : 1.41e-11*1.0 ; 
+{518.}      BZEMUCO2 + MALDIALCO3 = BZMUb_MALa : 3e-13*1.0 ; 
+{519.}      BZEMUCO2 + EPXDLCO3 = BZMUb_EPX : 3e-13*1.0 ; 
+{520.}      BZEMUCO2 + C3DIALO2 = BZMUb_C3DI : 3e-13*1.0 ; 
+{521.}      BZEMUCO2 + MALDIALO2 = BZMUb_MALb : 3e-13*1.0 ; 
+{522.}      BZEMUCO2 + C6H5O2 = BZMUb_C6a : 3e-13*1.0 ; 
+{523.}      BZEMUCO2 + NBZFUO2 = BZMUb_NBZa : 1.67e-11*1.0 ; 
+{524.}      BZEMUCO2 + BZFUO2 = BZMUb_BZFU : 3e-13*1.0 ; 
+{525.}      BZEMUCO2 + HCOCOHCO3 = BZMUb_C3a : 3e-13*1.0 ; 
+{526.}      BZEMUCO2 + CATEC1O2 = BZMUb_CATE : 3e-13*1.0 ; 
+{527.}      BZEMUCO2 + HCOCO3 = BZMUb_C2a : 3e-13*1.0 ; 
+{528.}      BZEMUCO2 + HCOCH2O2 = BZMUb_C2b : 3e-13*1.0 ; 
+{529.}      BZEMUCO2 + NPHEN1O2 = BZMUb_NPHb : 3e-13*1.0 ; 
+{530.}      BZEMUCO2 + NNCATECO2 = BZMUb_NNC : 1e-10*1.0 ; 
+{531.}      BZEMUCO2 + NCATECO2 = BZMUb_NCAT : 6.67e-11*1.0 ; 
+{532.}      BZEMUCO2 + NBZQO2 = BZMUb_NBZb : 3.74e-11*1.0 ; 
+{533.}      BZEMUCO2 + PBZQO2 = BZMUb_PBZ : 3e-13*1.0 ; 
+{534.}      BZEMUCO2 + MALANHYO2 = BZMUb_MALc : 3e-13*1.0 ; 
+{535.}      BZEMUCO2 + NDNPHENO2 = BZMUb_NDN : 1e-10*1.0 ; 
+{536.}      BZEMUCO2 + DNPHENO2 = BZMUb_DNP : 9.17e-11*1.0 ; 
+{537.}      BZEMUCO2 + HOCH2CO3 = BZMUb_C2c : 3e-13*1.0 ; 
+{538.}      BZEMUCO2 + C5CO2OHCO3 = BZMUb_C5a : 1.24e-11*1.0 ; 
+{539.}      BZEMUCO2 + C4CO2DBCO3 = BZMUb_C4a : 3e-13*1.0 ; 
+# ROOR formation: C5DIALO2
+{540.}      C5DIALO2 + C5DIALO2 = C5DI_C5DI : 3e-13*1.0 ; 
+{541.}      C5DIALO2 + NPHENO2 = C5DI_NPHa : 1.32e-11*1.0 ; 
+{542.}      C5DIALO2 + PHENO2 = C5DI_PHEN : 3e-13*1.0 ; 
+{543.}      C5DIALO2 + MALDIALCO3 = C5DI_MALa : 3e-13*1.0 ; 
+{544.}      C5DIALO2 + EPXDLCO3 = C5DI_EPX : 3e-13*1.0 ; 
+{545.}      C5DIALO2 + C3DIALO2 = C5DI_C3DI : 3e-13*1.0 ; 
+{546.}      C5DIALO2 + MALDIALO2 = C5DI_MALb : 3e-13*1.0 ; 
+{547.}      C5DIALO2 + C6H5O2 = C5DI_C6a : 3e-13*1.0 ; 
+{548.}      C5DIALO2 + NBZFUO2 = C5DI_NBZa : 3e-13*1.0 ; 
+{549.}      C5DIALO2 + BZFUO2 = C5DI_BZFU : 3e-13*1.0 ; 
+{550.}      C5DIALO2 + HCOCOHCO3 = C5DI_C3a : 3e-13*1.0 ; 
+{551.}      C5DIALO2 + CATEC1O2 = C5DI_CATE : 3e-13*1.0 ; 
+{552.}      C5DIALO2 + HCOCO3 = C5DI_C2a : 3e-13*1.0 ; 
+{553.}      C5DIALO2 + HCOCH2O2 = C5DI_C2b : 3e-13*1.0 ; 
+{554.}      C5DIALO2 + NPHEN1O2 = C5DI_NPHb : 3e-13*1.0 ; 
+{555.}      C5DIALO2 + NNCATECO2 = C5DI_NNC : 6.58e-11*1.0 ; 
+{556.}      C5DIALO2 + NCATECO2 = C5DI_NCAT : 2.7e-11*1.0 ; 
+{557.}      C5DIALO2 + NBZQO2 = C5DI_NBZb : 3e-13*1.0 ; 
+{558.}      C5DIALO2 + PBZQO2 = C5DI_PBZ : 3e-13*1.0 ; 
+{559.}      C5DIALO2 + MALANHYO2 = C5DI_MALc : 3e-13*1.0 ; 
+{560.}      C5DIALO2 + NDNPHENO2 = C5DI_NDN : 9.08e-11*1.0 ; 
+{561.}      C5DIALO2 + DNPHENO2 = C5DI_DNP : 5.2e-11*1.0 ; 
+{562.}      C5DIALO2 + HOCH2CO3 = C5DI_C2c : 3e-13*1.0 ; 
+{563.}      C5DIALO2 + C5CO2OHCO3 = C5DI_C5a : 3e-13*1.0 ; 
+{564.}      C5DIALO2 + C4CO2DBCO3 = C5DI_C4a : 3e-13*1.0 ; 
+# ROOR formation: NPHENO2
+{565.}      NPHENO2 + NPHENO2 = NPHa_NPHa : 9.17e-11*1.0 ; 
+{566.}      NPHENO2 + PHENO2 = NPHa_PHEN : 5.29e-11*1.0 ; 
+{567.}      NPHENO2 + MALDIALCO3 = NPHa_MALa : 1.16e-12*1.0 ; 
+{568.}      NPHENO2 + EPXDLCO3 = NPHa_EPX : 1.5e-11*1.0 ; 
+{569.}      NPHENO2 + C3DIALO2 = NPHa_C3DI : 3e-13*1.0 ; 
+{570.}      NPHENO2 + MALDIALO2 = NPHa_MALb : 1.67e-11*1.0 ; 
+{571.}      NPHENO2 + C6H5O2 = NPHa_C6a : 3e-13*1.0 ; 
+{572.}      NPHENO2 + NBZFUO2 = NPHa_NBZa : 5.55e-11*1.0 ; 
+{573.}      NPHENO2 + BZFUO2 = NPHa_BZFU : 1.67e-11*1.0 ; 
+{574.}      NPHENO2 + HCOCOHCO3 = NPHa_C3a : 4.61e-12*1.0 ; 
+{575.}      NPHENO2 + CATEC1O2 = NPHa_CATE : 9.78e-12*1.0 ; 
+{576.}      NPHENO2 + HCOCO3 = NPHa_C2a : 3e-13*1.0 ; 
+{577.}      NPHENO2 + HCOCH2O2 = NPHa_C2b : 3e-13*1.0 ; 
+{578.}      NPHENO2 + NPHEN1O2 = NPHa_NPHb : 3.48e-11*1.0 ; 
+{579.}      NPHENO2 + NNCATECO2 = NPHa_NNC : 1e-10*1.0 ; 
+{580.}      NPHENO2 + NCATECO2 = NPHa_NCAT : 1e-10*1.0 ; 
+{581.}      NPHENO2 + NBZQO2 = NPHa_NBZb : 7.62e-11*1.0 ; 
+{582.}      NPHENO2 + PBZQO2 = NPHa_PBZ : 3.74e-11*1.0 ; 
+{583.}      NPHENO2 + MALANHYO2 = NPHa_MALc : 2.87e-11*1.0 ; 
+{584.}      NPHENO2 + NDNPHENO2 = NPHa_NDN : 1e-10*1.0 ; 
+{585.}      NPHENO2 + DNPHENO2 = NPHa_DNP : 1e-10*1.0 ; 
+{586.}      NPHENO2 + HOCH2CO3 = NPHa_C2c : 3e-13*1.0 ; 
+{587.}      NPHENO2 + C5CO2OHCO3 = NPHa_C5a : 5.12e-11*1.0 ; 
+{588.}      NPHENO2 + C4CO2DBCO3 = NPHa_C4a : 2.53e-11*1.0 ; 
+# ROOR formation: PHENO2
+{589.}      PHENO2 + PHENO2 = PHEN_PHEN : 1.41e-11*1.0 ; 
+{590.}      PHENO2 + MALDIALCO3 = PHEN_MALa : 3e-13*1.0 ; 
+{591.}      PHENO2 + EPXDLCO3 = PHEN_EPX : 3e-13*1.0 ; 
+{592.}      PHENO2 + C3DIALO2 = PHEN_C3DI : 3e-13*1.0 ; 
+{593.}      PHENO2 + MALDIALO2 = PHEN_MALb : 3e-13*1.0 ; 
+{594.}      PHENO2 + C6H5O2 = PHEN_C6a : 3e-13*1.0 ; 
+{595.}      PHENO2 + NBZFUO2 = PHEN_NBZa : 1.67e-11*1.0 ; 
+{596.}      PHENO2 + BZFUO2 = PHEN_BZFU : 3e-13*1.0 ; 
+{597.}      PHENO2 + HCOCOHCO3 = PHEN_C3a : 3e-13*1.0 ; 
+{598.}      PHENO2 + CATEC1O2 = PHEN_CATE : 3e-13*1.0 ; 
+{599.}      PHENO2 + HCOCO3 = PHEN_C2a : 3e-13*1.0 ; 
+{600.}      PHENO2 + HCOCH2O2 = PHEN_C2b : 3e-13*1.0 ; 
+{601.}      PHENO2 + NPHEN1O2 = PHEN_NPHb : 3e-13*1.0 ; 
+{602.}      PHENO2 + NNCATECO2 = PHEN_NNC : 1e-10*1.0 ; 
+{603.}      PHENO2 + NCATECO2 = PHEN_NCAT : 6.67e-11*1.0 ; 
+{604.}      PHENO2 + NBZQO2 = PHEN_NBZb : 3.74e-11*1.0 ; 
+{605.}      PHENO2 + PBZQO2 = PHEN_PBZ : 3e-13*1.0 ; 
+{606.}      PHENO2 + MALANHYO2 = PHEN_MALc : 3e-13*1.0 ; 
+{607.}      PHENO2 + NDNPHENO2 = PHEN_NDN : 1e-10*1.0 ; 
+{608.}      PHENO2 + DNPHENO2 = PHEN_DNP : 9.17e-11*1.0 ; 
+{609.}      PHENO2 + HOCH2CO3 = PHEN_C2c : 3e-13*1.0 ; 
+{610.}      PHENO2 + C5CO2OHCO3 = PHEN_C5a : 1.24e-11*1.0 ; 
+{611.}      PHENO2 + C4CO2DBCO3 = PHEN_C4a : 3e-13*1.0 ; 
+# ROOR formation: MALDIALCO3
+{612.}      MALDIALCO3 + MALDIALCO3 = MALa_MALa : 3e-13*1.0 ; 
+{613.}      MALDIALCO3 + EPXDLCO3 = MALa_EPX : 3e-13*1.0 ; 
+{614.}      MALDIALCO3 + C3DIALO2 = MALa_C3DI : 3e-13*1.0 ; 
+{615.}      MALDIALCO3 + MALDIALO2 = MALa_MALb : 3e-13*1.0 ; 
+{616.}      MALDIALCO3 + C6H5O2 = MALa_C6a : 3e-13*1.0 ; 
+{617.}      MALDIALCO3 + NBZFUO2 = MALa_NBZa : 3e-13*1.0 ; 
+{618.}      MALDIALCO3 + BZFUO2 = MALa_BZFU : 3e-13*1.0 ; 
+{619.}      MALDIALCO3 + HCOCOHCO3 = MALa_C3a : 3e-13*1.0 ; 
+{620.}      MALDIALCO3 + CATEC1O2 = MALa_CATE : 3e-13*1.0 ; 
+{621.}      MALDIALCO3 + HCOCO3 = MALa_C2a : 3e-13*1.0 ; 
+{622.}      MALDIALCO3 + HCOCH2O2 = MALa_C2b : 3e-13*1.0 ; 
+{623.}      MALDIALCO3 + NPHEN1O2 = MALa_NPHb : 3e-13*1.0 ; 
+{624.}      MALDIALCO3 + NNCATECO2 = MALa_NNC : 5.37e-11*1.0 ; 
+{625.}      MALDIALCO3 + NCATECO2 = MALa_NCAT : 1.5e-11*1.0 ; 
+{626.}      MALDIALCO3 + NBZQO2 = MALa_NBZb : 3e-13*1.0 ; 
+{627.}      MALDIALCO3 + PBZQO2 = MALa_PBZ : 3e-13*1.0 ; 
+{628.}      MALDIALCO3 + MALANHYO2 = MALa_MALc : 3e-13*1.0 ; 
+{629.}      MALDIALCO3 + NDNPHENO2 = MALa_NDN : 7.87e-11*1.0 ; 
+{630.}      MALDIALCO3 + DNPHENO2 = MALa_DNP : 4e-11*1.0 ; 
+{631.}      MALDIALCO3 + HOCH2CO3 = MALa_C2c : 3e-13*1.0 ; 
+{632.}      MALDIALCO3 + C5CO2OHCO3 = MALa_C5a : 3e-13*1.0 ; 
+{633.}      MALDIALCO3 + C4CO2DBCO3 = MALa_C4a : 3e-13*1.0 ; 
+# ROOR formation: EPXDLCO3
+{634.}      EPXDLCO3 + EPXDLCO3 = EPX_EPX : 3e-13*1.0 ; 
+{635.}      EPXDLCO3 + C3DIALO2 = EPX_C3DI : 3e-13*1.0 ; 
+{636.}      EPXDLCO3 + MALDIALO2 = EPX_MALb : 3e-13*1.0 ; 
+{637.}      EPXDLCO3 + C6H5O2 = EPX_C6a : 3e-13*1.0 ; 
+{638.}      EPXDLCO3 + NBZFUO2 = EPX_NBZa : 3e-13*1.0 ; 
+{639.}      EPXDLCO3 + BZFUO2 = EPX_BZFU : 3e-13*1.0 ; 
+{640.}      EPXDLCO3 + HCOCOHCO3 = EPX_C3a : 3e-13*1.0 ; 
+{641.}      EPXDLCO3 + CATEC1O2 = EPX_CATE : 3e-13*1.0 ; 
+{642.}      EPXDLCO3 + HCOCO3 = EPX_C2a : 3e-13*1.0 ; 
+{643.}      EPXDLCO3 + HCOCH2O2 = EPX_C2b : 3e-13*1.0 ; 
+{644.}      EPXDLCO3 + NPHEN1O2 = EPX_NPHb : 3e-13*1.0 ; 
+{645.}      EPXDLCO3 + NNCATECO2 = EPX_NNC : 6.75e-11*1.0 ; 
+{646.}      EPXDLCO3 + NCATECO2 = EPX_NCAT : 2.87e-11*1.0 ; 
+{647.}      EPXDLCO3 + NBZQO2 = EPX_NBZb : 3e-13*1.0 ; 
+{648.}      EPXDLCO3 + PBZQO2 = EPX_PBZ : 3e-13*1.0 ; 
+{649.}      EPXDLCO3 + MALANHYO2 = EPX_MALc : 3e-13*1.0 ; 
+{650.}      EPXDLCO3 + NDNPHENO2 = EPX_NDN : 9.25e-11*1.0 ; 
+{651.}      EPXDLCO3 + DNPHENO2 = EPX_DNP : 5.37e-11*1.0 ; 
+{652.}      EPXDLCO3 + HOCH2CO3 = EPX_C2c : 3e-13*1.0 ; 
+{653.}      EPXDLCO3 + C5CO2OHCO3 = EPX_C5a : 3e-13*1.0 ; 
+{654.}      EPXDLCO3 + C4CO2DBCO3 = EPX_C4a : 3e-13*1.0 ; 
+# ROOR formation: C3DIALO2
+{655.}      C3DIALO2 + C3DIALO2 = C3DI_C3DI : 3e-13*1.0 ; 
+{656.}      C3DIALO2 + MALDIALO2 = C3DI_MALb : 3e-13*1.0 ; 
+{657.}      C3DIALO2 + C6H5O2 = C3DI_C6a : 3e-13*1.0 ; 
+{658.}      C3DIALO2 + NBZFUO2 = C3DI_NBZa : 3e-13*1.0 ; 
+{659.}      C3DIALO2 + BZFUO2 = C3DI_BZFU : 3e-13*1.0 ; 
+{660.}      C3DIALO2 + HCOCOHCO3 = C3DI_C3a : 3e-13*1.0 ; 
+{661.}      C3DIALO2 + CATEC1O2 = C3DI_CATE : 3e-13*1.0 ; 
+{662.}      C3DIALO2 + HCOCO3 = C3DI_C2a : 3e-13*1.0 ; 
+{663.}      C3DIALO2 + HCOCH2O2 = C3DI_C2b : 3e-13*1.0 ; 
+{664.}      C3DIALO2 + NPHEN1O2 = C3DI_NPHb : 3e-13*1.0 ; 
+{665.}      C3DIALO2 + NNCATECO2 = C3DI_NNC : 4.34e-11*1.0 ; 
+{666.}      C3DIALO2 + NCATECO2 = C3DI_NCAT : 4.61e-12*1.0 ; 
+{667.}      C3DIALO2 + NBZQO2 = C3DI_NBZb : 3e-13*1.0 ; 
+{668.}      C3DIALO2 + PBZQO2 = C3DI_PBZ : 3e-13*1.0 ; 
+{669.}      C3DIALO2 + MALANHYO2 = C3DI_MALc : 3e-13*1.0 ; 
+{670.}      C3DIALO2 + NDNPHENO2 = C3DI_NDN : 6.84e-11*1.0 ; 
+{671.}      C3DIALO2 + DNPHENO2 = C3DI_DNP : 2.96e-11*1.0 ; 
+{672.}      C3DIALO2 + HOCH2CO3 = C3DI_C2c : 3e-13*1.0 ; 
+{673.}      C3DIALO2 + C5CO2OHCO3 = C3DI_C5a : 3e-13*1.0 ; 
+{674.}      C3DIALO2 + C4CO2DBCO3 = C3DI_C4a : 3e-13*1.0 ; 
+# ROOR formation: MALDIALO2
+{675.}      MALDIALO2 + MALDIALO2 = MALb_MALb : 3e-13*1.0 ; 
+{676.}      MALDIALO2 + C6H5O2 = MALb_C6a : 3e-13*1.0 ; 
+{677.}      MALDIALO2 + NBZFUO2 = MALb_NBZa : 3e-13*1.0 ; 
+{678.}      MALDIALO2 + BZFUO2 = MALb_BZFU : 3e-13*1.0 ; 
+{679.}      MALDIALO2 + HCOCOHCO3 = MALb_C3a : 3e-13*1.0 ; 
+{680.}      MALDIALO2 + CATEC1O2 = MALb_CATE : 3e-13*1.0 ; 
+{681.}      MALDIALO2 + HCOCO3 = MALb_C2a : 3e-13*1.0 ; 
+{682.}      MALDIALO2 + HCOCH2O2 = MALb_C2b : 3e-13*1.0 ; 
+{683.}      MALDIALO2 + NPHEN1O2 = MALb_NPHb : 3e-13*1.0 ; 
+{684.}      MALDIALO2 + NNCATECO2 = MALb_NNC : 6.93e-11*1.0 ; 
+{685.}      MALDIALO2 + NCATECO2 = MALb_NCAT : 3.05e-11*1.0 ; 
+{686.}      MALDIALO2 + NBZQO2 = MALb_NBZb : 1.16e-12*1.0 ; 
+{687.}      MALDIALO2 + PBZQO2 = MALb_PBZ : 3e-13*1.0 ; 
+{688.}      MALDIALO2 + MALANHYO2 = MALb_MALc : 3e-13*1.0 ; 
+{689.}      MALDIALO2 + NDNPHENO2 = MALb_NDN : 9.43e-11*1.0 ; 
+{690.}      MALDIALO2 + DNPHENO2 = MALb_DNP : 5.55e-11*1.0 ; 
+{691.}      MALDIALO2 + HOCH2CO3 = MALb_C2c : 3e-13*1.0 ; 
+{692.}      MALDIALO2 + C5CO2OHCO3 = MALb_C5a : 3e-13*1.0 ; 
+{693.}      MALDIALO2 + C4CO2DBCO3 = MALb_C4a : 3e-13*1.0 ; 
+# ROOR formation: C6H5O2
+{694.}      C6H5O2 + C6H5O2 = C6a_C6a : 3e-13*1.0 ; 
+{695.}      C6H5O2 + NBZFUO2 = C6a_NBZa : 3e-13*1.0 ; 
+{696.}      C6H5O2 + BZFUO2 = C6a_BZFU : 3e-13*1.0 ; 
+{697.}      C6H5O2 + HCOCOHCO3 = C6a_C3a : 3e-13*1.0 ; 
+{698.}      C6H5O2 + CATEC1O2 = C6a_CATE : 3e-13*1.0 ; 
+{699.}      C6H5O2 + HCOCO3 = C6a_C2a : 3e-13*1.0 ; 
+{700.}      C6H5O2 + HCOCH2O2 = C6a_C2b : 3e-13*1.0 ; 
+{701.}      C6H5O2 + NPHEN1O2 = C6a_NPHb : 3e-13*1.0 ; 
+{702.}      C6H5O2 + NNCATECO2 = C6a_NNC : 4.86e-11*1.0 ; 
+{703.}      C6H5O2 + NCATECO2 = C6a_NCAT : 9.78e-12*1.0 ; 
+{704.}      C6H5O2 + NBZQO2 = C6a_NBZb : 3e-13*1.0 ; 
+{705.}      C6H5O2 + PBZQO2 = C6a_PBZ : 3e-13*1.0 ; 
+{706.}      C6H5O2 + MALANHYO2 = C6a_MALc : 3e-13*1.0 ; 
+{707.}      C6H5O2 + NDNPHENO2 = C6a_NDN : 7.36e-11*1.0 ; 
+{708.}      C6H5O2 + DNPHENO2 = C6a_DNP : 3.48e-11*1.0 ; 
+{709.}      C6H5O2 + HOCH2CO3 = C6a_C2c : 3e-13*1.0 ; 
+{710.}      C6H5O2 + C5CO2OHCO3 = C6a_C5a : 3e-13*1.0 ; 
+{711.}      C6H5O2 + C4CO2DBCO3 = C6a_C4a : 3e-13*1.0 ; 
+# ROOR formation: NBZFUO2
+{712.}      NBZFUO2 + NBZFUO2 = NBZa_NBZa : 1.93e-11*1.0 ; 
+{713.}      NBZFUO2 + BZFUO2 = NBZa_BZFU : 3e-13*1.0 ; 
+{714.}      NBZFUO2 + HCOCOHCO3 = NBZa_C3a : 3e-13*1.0 ; 
+{715.}      NBZFUO2 + CATEC1O2 = NBZa_CATE : 3e-13*1.0 ; 
+{716.}      NBZFUO2 + HCOCO3 = NBZa_C2a : 3e-13*1.0 ; 
+{717.}      NBZFUO2 + HCOCH2O2 = NBZa_C2b : 3e-13*1.0 ; 
+{718.}      NBZFUO2 + NPHEN1O2 = NBZa_NPHb : 3e-13*1.0 ; 
+{719.}      NBZFUO2 + NNCATECO2 = NBZa_NNC : 1e-10*1.0 ; 
+{720.}      NBZFUO2 + NCATECO2 = NBZa_NCAT : 6.93e-11*1.0 ; 
+{721.}      NBZFUO2 + NBZQO2 = NBZa_NBZb : 4e-11*1.0 ; 
+{722.}      NBZFUO2 + PBZQO2 = NBZa_PBZ : 1.16e-12*1.0 ; 
+{723.}      NBZFUO2 + MALANHYO2 = NBZa_MALc : 3e-13*1.0 ; 
+{724.}      NBZFUO2 + NDNPHENO2 = NBZa_NDN : 1e-10*1.0 ; 
+{725.}      NBZFUO2 + DNPHENO2 = NBZa_DNP : 9.43e-11*1.0 ; 
+{726.}      NBZFUO2 + HOCH2CO3 = NBZa_C2c : 3e-13*1.0 ; 
+{727.}      NBZFUO2 + C5CO2OHCO3 = NBZa_C5a : 1.5e-11*1.0 ; 
+{728.}      NBZFUO2 + C4CO2DBCO3 = NBZa_C4a : 3e-13*1.0 ; 
+# ROOR formation: BZFUO2
+{729.}      BZFUO2 + BZFUO2 = BZFU_BZFU : 3e-13*1.0 ; 
+{730.}      BZFUO2 + HCOCOHCO3 = BZFU_C3a : 3e-13*1.0 ; 
+{731.}      BZFUO2 + CATEC1O2 = BZFU_CATE : 3e-13*1.0 ; 
+{732.}      BZFUO2 + HCOCO3 = BZFU_C2a : 3e-13*1.0 ; 
+{733.}      BZFUO2 + HCOCH2O2 = BZFU_C2b : 3e-13*1.0 ; 
+{734.}      BZFUO2 + NPHEN1O2 = BZFU_NPHb : 3e-13*1.0 ; 
+{735.}      BZFUO2 + NNCATECO2 = BZFU_NNC : 6.93e-11*1.0 ; 
+{736.}      BZFUO2 + NCATECO2 = BZFU_NCAT : 3.05e-11*1.0 ; 
+{737.}      BZFUO2 + NBZQO2 = BZFU_NBZb : 1.16e-12*1.0 ; 
+{738.}      BZFUO2 + PBZQO2 = BZFU_PBZ : 3e-13*1.0 ; 
+{739.}      BZFUO2 + MALANHYO2 = BZFU_MALc : 3e-13*1.0 ; 
+{740.}      BZFUO2 + NDNPHENO2 = BZFU_NDN : 9.43e-11*1.0 ; 
+{741.}      BZFUO2 + DNPHENO2 = BZFU_DNP : 5.55e-11*1.0 ; 
+{742.}      BZFUO2 + HOCH2CO3 = BZFU_C2c : 3e-13*1.0 ; 
+{743.}      BZFUO2 + C5CO2OHCO3 = BZFU_C5a : 3e-13*1.0 ; 
+{744.}      BZFUO2 + C4CO2DBCO3 = BZFU_C4a : 3e-13*1.0 ; 
+# ROOR formation: HCOCOHCO3
+{745.}      HCOCOHCO3 + HCOCOHCO3 = C3a_C3a : 3e-13*1.0 ; 
+{746.}      HCOCOHCO3 + CATEC1O2 = C3a_CATE : 3e-13*1.0 ; 
+{747.}      HCOCOHCO3 + HCOCO3 = C3a_C2a : 3e-13*1.0 ; 
+{748.}      HCOCOHCO3 + HCOCH2O2 = C3a_C2b : 3e-13*1.0 ; 
+{749.}      HCOCOHCO3 + NPHEN1O2 = C3a_NPHb : 3e-13*1.0 ; 
+{750.}      HCOCOHCO3 + NNCATECO2 = C3a_NNC : 5.72e-11*1.0 ; 
+{751.}      HCOCOHCO3 + NCATECO2 = C3a_NCAT : 1.84e-11*1.0 ; 
+{752.}      HCOCOHCO3 + NBZQO2 = C3a_NBZb : 3e-13*1.0 ; 
+{753.}      HCOCOHCO3 + PBZQO2 = C3a_PBZ : 3e-13*1.0 ; 
+{754.}      HCOCOHCO3 + MALANHYO2 = C3a_MALc : 3e-13*1.0 ; 
+{755.}      HCOCOHCO3 + NDNPHENO2 = C3a_NDN : 8.22e-11*1.0 ; 
+{756.}      HCOCOHCO3 + DNPHENO2 = C3a_DNP : 4.34e-11*1.0 ; 
+{757.}      HCOCOHCO3 + HOCH2CO3 = C3a_C2c : 3e-13*1.0 ; 
+{758.}      HCOCOHCO3 + C5CO2OHCO3 = C3a_C5a : 3e-13*1.0 ; 
+{759.}      HCOCOHCO3 + C4CO2DBCO3 = C3a_C4a : 3e-13*1.0 ; 
+# ROOR formation: CATEC1O2
+{760.}      CATEC1O2 + CATEC1O2 = CATE_CATE : 3e-13*1.0 ; 
+{761.}      CATEC1O2 + HCOCO3 = CATE_C2a : 3e-13*1.0 ; 
+{762.}      CATEC1O2 + HCOCH2O2 = CATE_C2b : 3e-13*1.0 ; 
+{763.}      CATEC1O2 + NPHEN1O2 = CATE_NPHb : 3e-13*1.0 ; 
+{764.}      CATEC1O2 + NNCATECO2 = CATE_NNC : 6.24e-11*1.0 ; 
+{765.}      CATEC1O2 + NCATECO2 = CATE_NCAT : 2.36e-11*1.0 ; 
+{766.}      CATEC1O2 + NBZQO2 = CATE_NBZb : 3e-13*1.0 ; 
+{767.}      CATEC1O2 + PBZQO2 = CATE_PBZ : 3e-13*1.0 ; 
+{768.}      CATEC1O2 + MALANHYO2 = CATE_MALc : 3e-13*1.0 ; 
+{769.}      CATEC1O2 + NDNPHENO2 = CATE_NDN : 8.74e-11*1.0 ; 
+{770.}      CATEC1O2 + DNPHENO2 = CATE_DNP : 4.86e-11*1.0 ; 
+{771.}      CATEC1O2 + HOCH2CO3 = CATE_C2c : 3e-13*1.0 ; 
+{772.}      CATEC1O2 + C5CO2OHCO3 = CATE_C5a : 3e-13*1.0 ; 
+{773.}      CATEC1O2 + C4CO2DBCO3 = CATE_C4a : 3e-13*1.0 ; 
+# ROOR formation: HCOCO3
+{774.}      HCOCO3 + HCOCO3 = C2a_C2a : 3e-13*1.0 ; 
+{775.}      HCOCO3 + HCOCH2O2 = C2a_C2b : 3e-13*1.0 ; 
+{776.}      HCOCO3 + NPHEN1O2 = C2a_NPHb : 3e-13*1.0 ; 
+{777.}      HCOCO3 + NNCATECO2 = C2a_NNC : 3.13e-11*1.0 ; 
+{778.}      HCOCO3 + NCATECO2 = C2a_NCAT : 3e-13*1.0 ; 
+{779.}      HCOCO3 + NBZQO2 = C2a_NBZb : 3e-13*1.0 ; 
+{780.}      HCOCO3 + PBZQO2 = C2a_PBZ : 3e-13*1.0 ; 
+{781.}      HCOCO3 + MALANHYO2 = C2a_MALc : 3e-13*1.0 ; 
+{782.}      HCOCO3 + NDNPHENO2 = C2a_NDN : 5.63e-11*1.0 ; 
+{783.}      HCOCO3 + DNPHENO2 = C2a_DNP : 1.75e-11*1.0 ; 
+{784.}      HCOCO3 + HOCH2CO3 = C2a_C2c : 3e-13*1.0 ; 
+{785.}      HCOCO3 + C5CO2OHCO3 = C2a_C5a : 3e-13*1.0 ; 
+{786.}      HCOCO3 + C4CO2DBCO3 = C2a_C4a : 3e-13*1.0 ; 
+# ROOR formation: HCOCH2O2
+{787.}      HCOCH2O2 + HCOCH2O2 = C2b_C2b : 3e-13*1.0 ; 
+{788.}      HCOCH2O2 + NPHEN1O2 = C2b_NPHb : 3e-13*1.0 ; 
+{789.}      HCOCH2O2 + NNCATECO2 = C2b_NNC : 1.93e-11*1.0 ; 
+{790.}      HCOCH2O2 + NCATECO2 = C2b_NCAT : 3e-13*1.0 ; 
+{791.}      HCOCH2O2 + NBZQO2 = C2b_NBZb : 3e-13*1.0 ; 
+{792.}      HCOCH2O2 + PBZQO2 = C2b_PBZ : 3e-13*1.0 ; 
+{793.}      HCOCH2O2 + MALANHYO2 = C2b_MALc : 3e-13*1.0 ; 
+{794.}      HCOCH2O2 + NDNPHENO2 = C2b_NDN : 4.43e-11*1.0 ; 
+{795.}      HCOCH2O2 + DNPHENO2 = C2b_DNP : 5.47e-12*1.0 ; 
+{796.}      HCOCH2O2 + HOCH2CO3 = C2b_C2c : 3e-13*1.0 ; 
+{797.}      HCOCH2O2 + C5CO2OHCO3 = C2b_C5a : 3e-13*1.0 ; 
+{798.}      HCOCH2O2 + C4CO2DBCO3 = C2b_C4a : 3e-13*1.0 ; 
+# ROOR formation: NPHEN1O2
+{799.}      NPHEN1O2 + NPHEN1O2 = NPHb_NPHb : 3e-13*1.0 ; 
+{800.}      NPHEN1O2 + NNCATECO2 = NPHb_NNC : 8.74e-11*1.0 ; 
+{801.}      NPHEN1O2 + NCATECO2 = NPHb_NCAT : 4.86e-11*1.0 ; 
+{802.}      NPHEN1O2 + NBZQO2 = NPHb_NBZb : 1.93e-11*1.0 ; 
+{803.}      NPHEN1O2 + PBZQO2 = NPHb_PBZ : 3e-13*1.0 ; 
+{804.}      NPHEN1O2 + MALANHYO2 = NPHb_MALc : 3e-13*1.0 ; 
+{805.}      NPHEN1O2 + NDNPHENO2 = NPHb_NDN : 1e-10*1.0 ; 
+{806.}      NPHEN1O2 + DNPHENO2 = NPHb_DNP : 7.36e-11*1.0 ; 
+{807.}      NPHEN1O2 + HOCH2CO3 = NPHb_C2c : 3e-13*1.0 ; 
+{808.}      NPHEN1O2 + C5CO2OHCO3 = NPHb_C5a : 3e-13*1.0 ; 
+{809.}      NPHEN1O2 + C4CO2DBCO3 = NPHb_C4a : 3e-13*1.0 ; 
+# ROOR formation: NNCATECO2
+{810.}      NNCATECO2 + NNCATECO2 = NNC_NNC : 1e-10*1.0 ; 
+{811.}      NNCATECO2 + NCATECO2 = NNC_NCAT : 1e-10*1.0 ; 
+{812.}      NNCATECO2 + NBZQO2 = NNC_NBZb : 1e-10*1.0 ; 
+{813.}      NNCATECO2 + PBZQO2 = NNC_PBZ : 9e-11*1.0 ; 
+{814.}      NNCATECO2 + MALANHYO2 = NNC_MALc : 8.13e-11*1.0 ; 
+{815.}      NNCATECO2 + NDNPHENO2 = NNC_NDN : 1e-10*1.0 ; 
+{816.}      NNCATECO2 + DNPHENO2 = NNC_DNP : 1e-10*1.0 ; 
+{817.}      NNCATECO2 + HOCH2CO3 = NNC_C2c : 3.31e-11*1.0 ; 
+{818.}      NNCATECO2 + C5CO2OHCO3 = NNC_C5a : 1e-10*1.0 ; 
+{819.}      NNCATECO2 + C4CO2DBCO3 = NNC_C4a : 7.79e-11*1.0 ; 
+# ROOR formation: NCATECO2
+{820.}      NCATECO2 + NCATECO2 = NCAT_NCAT : 1e-10*1.0 ; 
+{821.}      NCATECO2 + NBZQO2 = NCAT_NBZb : 9e-11*1.0 ; 
+{822.}      NCATECO2 + PBZQO2 = NCAT_PBZ : 5.12e-11*1.0 ; 
+{823.}      NCATECO2 + MALANHYO2 = NCAT_MALc : 4.25e-11*1.0 ; 
+{824.}      NCATECO2 + NDNPHENO2 = NCAT_NDN : 1e-10*1.0 ; 
+{825.}      NCATECO2 + DNPHENO2 = NCAT_DNP : 1e-10*1.0 ; 
+{826.}      NCATECO2 + HOCH2CO3 = NCAT_C2c : 3e-13*1.0 ; 
+{827.}      NCATECO2 + C5CO2OHCO3 = NCAT_C5a : 6.5e-11*1.0 ; 
+{828.}      NCATECO2 + C4CO2DBCO3 = NCAT_C4a : 3.91e-11*1.0 ; 
+# ROOR formation: NBZQO2
+{829.}      NBZQO2 + NBZQO2 = NBZb_NBZb : 6.06e-11*1.0 ; 
+{830.}      NBZQO2 + PBZQO2 = NBZb_PBZ : 2.19e-11*1.0 ; 
+{831.}      NBZQO2 + MALANHYO2 = NBZb_MALc : 1.32e-11*1.0 ; 
+{832.}      NBZQO2 + NDNPHENO2 = NBZb_NDN : 1e-10*1.0 ; 
+{833.}      NBZQO2 + DNPHENO2 = NBZb_DNP : 1e-10*1.0 ; 
+{834.}      NBZQO2 + HOCH2CO3 = NBZb_C2c : 3e-13*1.0 ; 
+{835.}      NBZQO2 + C5CO2OHCO3 = NBZb_C5a : 3.56e-11*1.0 ; 
+{836.}      NBZQO2 + C4CO2DBCO3 = NBZb_C4a : 9.78e-12*1.0 ; 
+# ROOR formation: PBZQO2
+{837.}      PBZQO2 + PBZQO2 = PBZ_PBZ : 3e-13*1.0 ; 
+{838.}      PBZQO2 + MALANHYO2 = PBZ_MALc : 3e-13*1.0 ; 
+{839.}      PBZQO2 + NDNPHENO2 = PBZ_NDN : 1e-10*1.0 ; 
+{840.}      PBZQO2 + DNPHENO2 = PBZ_DNP : 7.62e-11*1.0 ; 
+{841.}      PBZQO2 + HOCH2CO3 = PBZ_C2c : 3e-13*1.0 ; 
+{842.}      PBZQO2 + C5CO2OHCO3 = PBZ_C5a : 3e-13*1.0 ; 
+{843.}      PBZQO2 + C4CO2DBCO3 = PBZ_C4a : 3e-13*1.0 ; 
+# ROOR formation: MALANHYO2
+{844.}      MALANHYO2 + MALANHYO2 = MALc_MALc : 3e-13*1.0 ; 
+{845.}      MALANHYO2 + NDNPHENO2 = MALc_NDN : 1e-10*1.0 ; 
+{846.}      MALANHYO2 + DNPHENO2 = MALc_DNP : 6.75e-11*1.0 ; 
+{847.}      MALANHYO2 + HOCH2CO3 = MALc_C2c : 3e-13*1.0 ; 
+{848.}      MALANHYO2 + C5CO2OHCO3 = MALc_C5a : 3e-13*1.0 ; 
+{849.}      MALANHYO2 + C4CO2DBCO3 = MALc_C4a : 3e-13*1.0 ; 
+# ROOR formation: NDNPHENO2
+{850.}      NDNPHENO2 + NDNPHENO2 = NDN_NDN : 1e-10*1.0 ; 
+{851.}      NDNPHENO2 + DNPHENO2 = NDN_DNP : 1e-10*1.0 ; 
+{852.}      NDNPHENO2 + HOCH2CO3 = NDN_C2c : 5.81e-11*1.0 ; 
+{853.}      NDNPHENO2 + C5CO2OHCO3 = NDN_C5a : 1e-10*1.0 ; 
+{854.}      NDNPHENO2 + C4CO2DBCO3 = NDN_C4a : 1e-10*1.0 ; 
+# ROOR formation: DNPHENO2
+{855.}      DNPHENO2 + DNPHENO2 = DNP_DNP : 1e-10*1.0 ; 
+{856.}      DNPHENO2 + HOCH2CO3 = DNP_C2c : 1.93e-11*1.0 ; 
+{857.}      DNPHENO2 + C5CO2OHCO3 = DNP_C5a : 9e-11*1.0 ; 
+{858.}      DNPHENO2 + C4CO2DBCO3 = DNP_C4a : 6.41e-11*1.0 ; 
+# ROOR formation: HOCH2CO3
+{859.}      HOCH2CO3 + HOCH2CO3 = C2c_C2c : 3e-13*1.0 ; 
+{860.}      HOCH2CO3 + C5CO2OHCO3 = C2c_C5a : 3e-13*1.0 ; 
+{861.}      HOCH2CO3 + C4CO2DBCO3 = C2c_C4a : 3e-13*1.0 ; 
+# ROOR formation: C5CO2OHCO3
+{862.}      C5CO2OHCO3 + C5CO2OHCO3 = C5a_C5a : 1.06e-11*1.0 ; 
+{863.}      C5CO2OHCO3 + C4CO2DBCO3 = C5a_C4a : 3e-13*1.0 ; 
+# ROOR formation: C4CO2DBCO3
+{864.}      C4CO2DBCO3 + C4CO2DBCO3 = C4a_C4a : 3e-13*1.0 ; 
+
+#RO2 formation from RO: RO -> RO2 (#O -> #O+2 
+{865.}      BZo_RO_O6 = BZeo_RO2_O8 : KDEC*0.2; 
+{866.}      BZo_RO_O8 = BZeo_RO2_O10 : KDEC*0.1; 
+{867.}      BZeo_RO_O5 = BZo_RO2_O7 : KDEC*0.45; 
+{868.}      BZeo_RO_O7 = BZo_RO2_O9 : KDEC*0.35; 
+{869.}      BZeo_RO_O9 = BZo_RO2_O11 : KDEC*0.45; 
+
+#Closed shell formation from RO: RO -> R=O (#H -> #H-1 
+{870.}      BZo_RO_O6 = BZo_RCO_O5_O + HO2 : KDEC*0.004; 
+{871.}      BZo_RO_O8 = BZo_RCO_O7_O + HO2 : KDEC*0.001; 
+{872.}      BZo_RO_O10 = BZo_RCO_O9_O + HO2 : KDEC*0.02; 
+{873.}      BZeo_RO_O5 = BZo_RCO_O4_O + HO2 : KDEC*0.45; 
+{874.}      BZeo_RO_O7 = BZo_RCO_O6_O + HO2 : KDEC*0.007; 
+{875.}      BZeo_RO_O9 = BZo_RCO_O8_O + HO2 : KDEC*0.45; 
+
+
+#RO fragmentation: RO -> fragdummy 
+{876.}      BZo_RO_O6 = GLYOX + MALDIAL + HO2 : KDEC*0.8; 
+{877.}      BZo_RO_O8 = GLYOX + MALDIAL + HO2 : KDEC*0.88; 
+{878.}      BZo_RO_O10 = GLYOX + MALDIAL + HO2 : KDEC*0.43; 
+{879.}      BZeo_RO_O5 = GLYOX + MALDIAL + HO2 : KDEC*0.1; 
+{880.}      BZeo_RO_O7 = GLYOX + MALDIAL + HO2 : KDEC*0.64; 
+{881.}      BZeo_RO_O9 = GLYOX + MALDIAL + HO2 : KDEC*0.1; 
+
+#RO2 undergoing H-shift and forming carbonyl radical (RC=O*) 
+#(RC=O*) undergoing CO scission and adding O2 to from C5RO2 again:  
+#RO2 ->  C5_RO2 
+{882.}      BZo_RO2_O7 = C5_RO2_O8 + CO : 0.6 ; 
+{883.}      BZo_RO2_O9 = C5_RO2_O10 + CO : 0.014 ; 
+{884.}      BZeo_RO2_O6 = C5_RO2_O7 + CO : 0.8 ; 
+{885.}      BZeo_RO2_O8 = C5_RO2_O9 + CO : 0.06 ; 
+
+#RO2 radicals abstracting H from alpha hydroxyl carbon -> RC=O 
+{886.}      BZo_RO2_O7 = BZouni_O6_O + OH : 0.01 ; 
+{887.}      BZo_RO2_O9 = BZouni_O8_O + OH : 0.01 ; 
+{888.}      BZo_RO2_O11 = BZouni_O10_O + OH : 0.01 ; 
+{889.}      BZeo_RO2_O6 = BZeouni_O5_O + HO2 : 0.01 ; 
+{890.}      BZeo_RO2_O8 = BZeouni_O7_O + HO2 : 0.01 ; 
+{891.}      BZeo_RO2_O10 = BZeouni_O9_O + HO2 : 0.01 ; 
+{892.}      C5_RO2_O6 = C5euni_O5_O + OH : 0.3 ; 
+{893.}      C5_RO2_O7 = C5uni_O6_O + OH : 0.8 ; 
+{894.}      C5_RO2_O8 = C5euni_O7_O + OH : 0.8 ; 
+{895.}      C5_RO2_O9 = C5uni_O8_O + HO2 : 0.01 ; 
+{896.}      C5_RO2_O10 = C5euni_O9_O + HO2 : 0.01 ; 
+
+#These are the CARENE reaction rates used by Roldin et al, (NCOMMS 2019). 
+# Assumption: CARENE form the same MCM oxidation products as APINENE.  
+{}	APINOOA = C107O2 + OH :                      KDEC*0.55*0.90 ;		
+{}	APINOOA = C109O2 + OH :                      KDEC*0.45*0.90 ;		
+{}	APINOOA = C10H15O2O2 + OH :                  KDEC*0.10 ;		
+{}	LIMOOA = LIMALAO2 + OH :                     KDEC*0.5*0.7 ;		
+{}	LIMOOA = LIMALBO2 + OH :                     KDEC*0.5*0.7 ;		
+{}	LIMOOA = C10H15O2O2 + OH :                   KDEC*0.30 ;		
+{}	APINENE + OH = C10H17O3O2 :                  0.025*1.2E-11*EXP(440/TEMP);		
+{}	BPINENE + OH = C10H17O3O2 :                  0.01*2.38E-11*EXP(357/TEMP);		
+{}	LIMONENE + OH = C10H17O3O2 :                 0.01*4.28D-11*EXP(401/TEMP);		
+{}	CARENE + OH = C10H17O3O2 :                   0.025*1.60D-11*EXP(500./TEMP);		
+{}	C10H15O2O2 = C10H15O4O2 :                    1.2D17*exp(-1.2077D4/TEMP);		
+{}	C10H15O3O2 = C10H15O5O2 :                    1.2D18*exp(-1.2077D4/TEMP);		
+{}	C10H15O4O2 = C10H15O6O2 :                    1.2D18*exp(-1.2077D4/TEMP);		
+{}	C10H15O5O2 = C10H15O7O2 :                    6D17*exp(-1.2077D4/TEMP);		
+{}	C10H15O6O2 = C10H15O8O2 :                    2D17*exp(-1.2077D4/TEMP);		
+{}	C10H15O7O2 = C10H15O9O2 :                    1.2D17*exp(-1.2077D4/TEMP);		
+{}	C10H15O8O2 = C10H15O10O2 :                   1.2D17*exp(-1.2077D4/TEMP);		
+{}	C10H15O9O2 = C10H15O11O2 :                   1.2D16*exp(-1.2077D4/TEMP);		
+{}	C10H15O10O2 = C10H15O12O2 :                  0.0;		
+{}	C10H15O2O = C10H15O3O2 :                     KDEC ;		
+{}	C10H15O3O = C10H15O4O2 :                     KDEC ;		
+{}	C10H15O4O = C10H15O5O2 :                     KDEC ;		
+{}	C10H15O5O = C10H15O6O2 :                     KDEC ;		
+{}	C10H15O6O = C10H15O7O2 :                     KDEC ;		
+{}	C10H15O7O = C10H15O8O2 :                     KDEC ;		
+{}	C10H15O8O = C10H15O9O2 :                     KDEC ;          
+{}	C10H15O9O = C10H15O10O2 :                    KDEC ;		
+{}	C10H15O10O = C10H15O11O2 :                   KDEC ;		
+{}	C10H15O11O = C10H15O12O2 :                   KDEC ;		
+{}	C10H15O2O2 + NO = C10H15O2O + NO2 :          KRO2NO*1.0 ;		
+{}	C10H15O3O2 + NO = C10H15O3O + NO2 :          KRO2NO*1.0 ;		
+{}	C10H15O4O2 + NO = C10H15O4O + NO2 :          KRO2NO*1.0 ;		
+{}	C10H15O5O2 + NO = C10H15O5O + NO2 :          KRO2NO*0.9 ;		
+{}	C10H15O6O2 + NO = C10H15O6O + NO2 :          KRO2NO*0.85 ;		
+{}	C10H15O7O2 + NO = C10H15O7O + NO2 :          KRO2NO*0.8 ;		
+{}	C10H15O8O2 + NO = C10H15O8O + NO2 :          KRO2NO*0.6 ;		
+{}	C10H15O9O2 + NO = C10H15O9O + NO2 :          KRO2NO*0.5 ;		
+{}	C10H15O10O2 + NO = C10H15O10O + NO2 :        KRO2NO*0.3 ;		
+{}	C10H15O11O2 + NO = C10H15O11O + NO2 :        0.0 ;		
+{}	C10H15O12O2 + NO = C10H15O12O + NO2 :        0.0 ;		
+{}	C10H15O2O2 + NO = C717O2 + CH3COCH3 + NO2 :  0.0 ;		
+{}	C10H15O3O2 + NO = C717O2 + CH3COCH3 + NO2 :  0.0 ;		
+{}	C10H15O4O2 + NO = C717O2 + CH3COCH3 + NO2 :  0.0 ;		
+{}	C10H15O5O2 + NO = C717O2 + CH3COCH3 + NO2 :  0.4*KRO2NO*0.1 ;		
+{}	C10H15O6O2 + NO = C717O2 + CH3COCH3 + NO2 :  0.4*KRO2NO*0.15 ;		
+{}	C10H15O7O2 + NO = C717O2 + CH3COCH3 + NO2 :  0.4*KRO2NO*0.2 ;		
+{}	C10H15O8O2 + NO = C717O2 + CH3COCH3 + NO2 :  0.4*KRO2NO*0.4 ;		
+{}	C10H15O9O2 + NO = C717O2 + CH3COCH3 + NO2 :  0.4*KRO2NO*0.5 ;		
+{}	C10H15O10O2 + NO = C717O2 + CH3COCH3 + NO2 : 0.4*KRO2NO*0.7 ;		
+{}	C10H15O11O2 + NO = C717O2 + CH3COCH3 + NO2 : 0.4*KRO2NO*1.0 ;		
+{}	C10H15O12O2 + NO = C717O2 + CH3COCH3 + NO2 : 0.4*KRO2NO*1.0 ;		
+{}	C10H15O2O2 + NO = C10H14O3 + NO2 + HO2 :     0.0 ;		
+{}	C10H15O3O2 + NO = C10H14O4 + NO2 + HO2 :     0.0 ;		
+{}	C10H15O4O2 + NO = C10H14O5 + NO2 + HO2 :     0.0 ;		
+{}	C10H15O5O2 + NO = C10H14O6 + NO2 + HO2 :     0.6*KRO2NO*0.1*7D0/10D0 ;		
+{}	C10H15O6O2 + NO = C10H14O7 + NO2 + HO2 :     0.6*KRO2NO*0.15*7D0/10D0 ;		
+{}	C10H15O7O2 + NO = C10H14O8 + NO2 + HO2 :     0.6*KRO2NO*0.2*7D0/10D0 ;		
+{}	C10H15O8O2 + NO = C10H14O9 + NO2 + HO2 :     0.6*KRO2NO*0.4*7D0/10D0 ;		
+{}	C10H15O9O2 + NO = C10H14O10 + NO2 + HO2 :    0.6*KRO2NO*0.5*7D0/10D0 ;		
+{}	C10H15O10O2 + NO = C10H14O11 + NO2 + HO2 :   0.6*KRO2NO*0.7*7D0/10D0 ;		
+{}	C10H15O11O2 + NO = C10H14O12 + NO2 + HO2 :   0.6*KRO2NO*1.0*7D0/10D0 ;		
+{}	C10H15O12O2 + NO = C10H14O13 + NO2 + HO2 :   0.6*KRO2NO*1.0*7D0/10D0 ;		
+{}	C10H15O2O2 + NO = C10H15O2NO3 :              0.0 ;		
+{}	C10H15O3O2 + NO = C10H15O3NO3 :              0.0 ;		
+{}	C10H15O4O2 + NO = C10H15O4NO3 :              0.0 ;		
+{}	C10H15O5O2 + NO = C10H15O5NO3 :              0.6*KRO2NO*0.1*3D0/10D0 ;		
+{}	C10H15O6O2 + NO = C10H15O6NO3 :              0.6*KRO2NO*0.15*3D0/10D0 ;		
+{}	C10H15O7O2 + NO = C10H15O7NO3 :              0.6*KRO2NO*0.2*3D0/10D0 ;		
+{}	C10H15O8O2 + NO = C10H15O8NO3 :              0.6*KRO2NO*0.4*3D0/10D0 ;		
+{}	C10H15O9O2 + NO = C10H15O9NO3 :              0.6*KRO2NO*0.5*3D0/10D0 ;		
+{}	C10H15O10O2 + NO = C10H15O10NO3 :            0.6*KRO2NO*0.7*3D0/10D0 ;		
+{}	C10H15O11O2 + NO = C10H15O11NO3 :            0.6*KRO2NO*1.0*3D0/10D0 ;		
+{}	C10H15O12O2 + NO = C10H15O12NO3 :            0.6*KRO2NO*1.0*3D0/10D0 ;		
+{}	C10H15O2O2 + HO2 = C10H16O4iso1 :            KRO2HO2 ;		
+{}	C10H15O3O2 + HO2 = C10H16O5iso1 :            KRO2HO2 ;		
+{}	C10H15O4O2 + HO2 = C10H16O6iso1 :            KRO2HO2 ;		
+{}	C10H15O5O2 + HO2 = C10H16O7iso1 :            KRO2HO2 ;		
+{}	C10H15O6O2 + HO2 = C10H16O8iso1 :            KRO2HO2 ;		
+{}	C10H15O7O2 + HO2 = C10H16O9iso1 :            KRO2HO2 ;		
+{}	C10H15O8O2 + HO2 = C10H16O10 :               KRO2HO2 ;		
+{}	C10H15O9O2 + HO2 = C10H16O11 :               KRO2HO2 ;                      
+{}	C10H15O10O2 + HO2 = C10H16O12 :              KRO2HO2 ;		
+{}	C10H15O11O2 + HO2 = C10H16O13 :              KRO2HO2 ;		
+{}	C10H15O12O2 + HO2 = C10H16O14 :              KRO2HO2 ;		
+{}	APINAO2 + C10H15O2O2 = C20H30O5 :            1E-13 ;		
+{}	APINBO2 + C10H15O2O2 = C20H30O5 :            1E-13 ;		
+{}	APINCO2 + C10H15O2O2 = C20H30O5 :            1E-13 ;		
+{}	C107O2 + C10H15O2O2 = C20H30O6 :             1E-13 ;		
+{}	C109O2 + C10H15O2O2 = C20H30O6 :             1E-13 ;		
+{}	C106O2 + C10H15O2O2 = C20H30O7 :             1E-13 ;		
+{}	C920CO3 + C10H15O2O2 = C20H30O7 :            1E-13 ;		
+{}	C108O2 + C10H15O2O2 = C20H30O7 :             1E-13 ;		
+{}	PINALO2 + C10H15O2O2 = C20H30O6 :            1E-13 ;		
+{}	C96CO3 + C10H15O2O2 = C20H30O6 :             1E-13 ;		
+{}	C923CO3 + C10H15O2O2 = C20H30O6 :            1E-13 ;		
+{}	LIMAO2 + C10H15O2O2 = C20H30O5 :             1E-13 ;		
+{}	LIMALBO2 + C10H15O2O2 = C20H30O6 :           1E-13 ;		
+{}	LIMCO2 + C10H15O2O2 = C20H30O5 :             1E-13 ;		
+{}	LIMALO2 + C10H15O2O2 = C20H30O6 :            1E-13 ;		
+{}	LIMBO2 + C10H15O2O2 = C20H30O5 :            1E-13 ;		
+{}	LIMALAO2 + C10H15O2O2 = C20H30O6 :          1E-13 ;		
+{}	NAPINAO2 + C10H15O2O2 = C20H31O4NO3 :       1E-13 ;		
+{}	NAPINBO2 + C10H15O2O2 = C20H31O4NO3 :       1E-13 ;		
+{}	BPINAO2 + C10H15O2O2 = C20H30O5 :   1E-13 ;
+{}	BPINBO2 + C10H15O2O2 = C20H30O5 :   1E-13 ;
+{}	BPINCO2 + C10H15O2O2 = C20H30O5 :   1E-13 ;
+{}	C918CO3 + C10H15O2O2 = C20H30O6 :   1E-13 ;
+{}	NC102O2 + C10H15O2O2 = C20H31O5NO3 : 	   1E-13 ;	
+{}	NC101O2 + C10H15O2O2 = C20H31O5NO3 :        1E-13 ;		
+{}	NLIMO2 + C10H15O2O2 =  C20H31O4NO3 :        1E-13 ;		
+{}	NLIMALO2 + C10H15O2O2 =  C20H31O5NO3 :      1E-13 ;		
+{}	NC91CO3 + C10H15O2O2 =  C20H31O5NO3 :       1E-13 ;		
+{}	NBPINAO2 + C10H15O2O2 =  C20H31O4NO3 :      1E-13 ;		
+{}	NBPINBO2 + C10H15O2O2 =  C20H31O4NO3 :      1E-13 ;		
+{}	C96O2 + C10H15O2O2 =  C19H28O5 :            1E-13 ;		
+{}	C89CO3 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	C920O2 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	C97O2 + C10H15O2O2 =  C19H28O6 :            1E-13 ;		
+{}	C85CO3 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	C811CO3 + C10H15O2O2 =  C19H28O7 :          1E-13 ;		
+{}	C921O2 + C10H15O2O2 =  C19H28O7 :           1E-13 ;		
+{}	C98O2 + C10H15O2O2 =  C19H28O7 :            1E-13 ;		
+{}	C922O2 + C10H15O2O2 =  C19H28O8 :           1E-13 ;		
+{}	C923O2 + C10H15O2O2 =  C19H28O5 :           1E-13 ;		
+{}	C924O2 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	C816CO3 + C10H15O2O2 =  C19H28O6 :          1E-13 ;		
+{}	NORLIMO2 + C10H15O2O2 =  C19H28O7 :         1E-13 ;		
+{}	LMKAO2 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	LMKBO2 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	C926O2 + C10H15O2O2 =  C19H28O7 :           1E-13 ;		
+{}	C817CO3 + C10H15O2O2 =  C19H28O7 :          1E-13 ;		
+{}	LMLKAO2 + C10H15O2O2 =  C19H28O7 :          1E-13 ;		
+{}	LMLKBO2 + C10H15O2O2 =  C19H28O7 :          1E-13 ;		
+{}	C823CO3 + C10H15O2O2 =  C19H28O7 :          1E-13 ;		
+{}	C925O2 + C10H15O2O2 =  C19H28O8 :           1E-13 ;		
+{}	NOPINAO2 + C10H15O2O2 =  C19H28O5 :         1E-13 ;		
+{}	NOPINBO2 + C10H15O2O2 =  C19H28O5 :         1E-13 ;		
+{}	NOPINCO2 + C10H15O2O2 =  C19H28O5 :         1E-13 ;		
+{}	NOPINDO2 + C10H15O2O2 =  C19H28O5 :         1E-13 ;		
+{}	C918O2 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	C9DCO2 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	C915O2 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	C917O2 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	C919O2 + C10H15O2O2 =  C19H28O7 :           1E-13 ;		
+{}	C914O2 + C10H15O2O2 =  C19H28O7 :           1E-13 ;		
+{}	C916O2 + C10H15O2O2 =  C19H28O7 :           1E-13 ;		
+{}	C88CO3 + C10H15O2O2 =  C19H28O7 :           1E-13 ;		
+{}	C87CO3 + C10H15O2O2 =  C19H28O8 :           1E-13 ;		
+{}	C822CO3 + C10H15O2O2 =  C19H28O6 :          1E-13 ;		
+{}	NLMKAO2  + C10H15O2O2 =  C19H29O5NO3 :      1E-13 ;		
+{}	C85O2 + C10H15O2O2 =  C18H26O5 :            1E-13 ;		
+{}	C89O2 + C10H15O2O2 =  C18H26O5 :            1E-13 ;		
+{}	C86O2 + C10H15O2O2 =  C18H26O6 :            1E-13 ;		
+{}	C811O2 + C10H15O2O2 =  C18H26O6 :           1E-13 ;		
+{}	C810O2 + C10H15O2O2 =  C18H26O6 :           1E-13 ;		
+{}	C812O2 + C10H15O2O2 =  C18H26O7 :           1E-13 ;		
+{}	C813O2 + C10H15O2O2 =  C18H26O5 :           1E-13 ;		
+{}	C729CO3 + C10H15O2O2 =  C18H26O6 :          1E-13 ;		
+{}	C816O2 + C10H15O2O2 =  C18H26O5 :           1E-13 ;		
+{}	C817O2 + C10H15O2O2 =  C18H26O6 :           1E-13 ;		
+{}	C826O2 + C10H15O2O2 =  C18H26O7 :           1E-13 ;		
+{}	C822O2 + C10H15O2O2 =  C18H26O5 :           1E-13 ;		
+{}	C818O2 + C10H15O2O2 =  C18H26O7 :           1E-13 ;		
+{}	C823O2 + C10H15O2O2 =  C18H26O6 :           1E-13 ;		
+{}	C819O2 + C10H15O2O2 =  C18H26O7 :           1E-13 ;		
+{}	C727CO3 + C10H15O2O2 =  C18H26O7 :          1E-13 ;		
+{}	C731CO3 + C10H15O2O2 =  C18H26O7 :          1E-13 ;		
+{}	C824O2 + C10H15O2O2 =  C18H26O6 :           1E-13 ;		
+{}	C820O2 + C10H15O2O2 =  C18H26O8 :           1E-13 ;		
+{}	C825O2 + C10H15O2O2 =  C18H26O7 :           1E-13 ;		
+{}	C821O2 + C10H15O2O2 =  C18H26O7 :           1E-13 ;		
+{}	C732CO3 + C10H15O2O2 =  C18H26O8 :          1E-13 ;		
+{}	C8BCO2 + C10H15O2O2 =  C18H26O4 :           1E-13 ;		
+{}	C88O2 + C10H15O2O2 =  C18H26O6 :            1E-13 ;		
+{}	C718CO3 + C10H15O2O2 =  C18H26O7 :          1E-13 ;		
+{}	C87O2 + C10H15O2O2 =  C18H26O7 :            1E-13 ;		
+{}	C721CO3 + C10H15O2O2 =  C18H26O7 :          1E-13 ;		
+{}	NC826O2 + C10H15O2O2 =  C18H27O6NO3 :       1E-13 ;		
+{}	APINAO2 + C10H15O3O2 = C20H30O6 :           1E-13 ;		
+{}	APINBO2 + C10H15O3O2 = C20H30O6 :           1E-13 ;		
+{}	APINCO2 + C10H15O3O2 = C20H30O6 :           1E-13 ;		
+{}	C107O2 + C10H15O3O2 = C20H30O7 :            1E-13 ;		
+{}	C109O2 + C10H15O3O2 = C20H30O7 :            1E-13 ;		
+{}	C106O2 + C10H15O3O2 = C20H30O8 :            1E-13 ;		
+{}	C920CO3 + C10H15O3O2 = C20H30O8 :           1E-13 ;		
+{}	C108O2 + C10H15O3O2 = C20H30O8 :            1E-13 ;		
+{}	PINALO2 + C10H15O3O2 = C20H30O7 :           1E-13 ;		
+{}	C96CO3 + C10H15O3O2 = C20H30O7 :            1E-13 ;		
+{}	C923CO3 + C10H15O3O2 = C20H30O7 :           1E-13 ;		
+{}	LIMAO2 + C10H15O3O2 = C20H30O6 :            1E-13 ;		
+{}	LIMALBO2 + C10H15O3O2 = C20H30O7 :          1E-13 ;		
+{}	LIMCO2 + C10H15O3O2 = C20H30O6 :            1E-13 ;		
+{}	LIMALO2 + C10H15O3O2 = C20H30O7 :           1E-13 ;		
+{}	LIMBO2 + C10H15O3O2 = C20H30O6 :            1E-13 ;		
+{}	LIMALAO2 + C10H15O3O2 = C20H30O7 :          1E-13 ;		
+{}	NAPINAO2 + C10H15O3O2 = C20H31O5NO3 :       1E-13 ;		
+{}	NAPINBO2 + C10H15O3O2 = C20H31O5NO3 :       1E-13 ;		
+{}	BPINAO2 + C10H15O3O2 = C20H30O6 :   1E-13 ;
+{}	BPINBO2 + C10H15O3O2 = C20H30O6 :   1E-13 ;
+{}	BPINCO2 + C10H15O3O2 = C20H30O6 :   1E-13 ;
+{}	C918CO3 + C10H15O3O2 = C20H30O7 :   1E-13 ;
+{}	NC102O2 + C10H15O3O2 = C20H31O6NO3 : 	   1E-13 ;	
+{}	NC101O2 + C10H15O3O2 = C20H31O6NO3 :        1E-13 ;		
+{}	NLIMO2 + C10H15O3O2 =  C20H31O5NO3 :        1E-13 ;		
+{}	NLIMALO2 + C10H15O3O2 =  C20H31O6NO3 :      1E-13 ;		
+{}	NC91CO3 + C10H15O3O2 =  C20H31O6NO3 :       1E-13 ;		
+{}	NBPINAO2 + C10H15O3O2 =  C20H31O5NO3 :      1E-13 ;		
+{}	NBPINBO2 + C10H15O3O2 =  C20H31O5NO3 :      1E-13 ;		
+{}	C96O2 + C10H15O3O2 =  C19H28O6 :            1E-13 ;		
+{}	C89CO3 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	C920O2 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	C97O2 + C10H15O3O2 =  C19H28O7 :            1E-13 ;		
+{}	C85CO3 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	C811CO3 + C10H15O3O2 =  C19H28O8 :          1E-13 ;		
+{}	C921O2 + C10H15O3O2 =  C19H28O8 :           1E-13 ;		
+{}	C98O2 + C10H15O3O2 =  C19H28O8 :            1E-13 ;		
+{}	C922O2 + C10H15O3O2 =  C19H28O9 :           1E-13 ;		
+{}	C923O2 + C10H15O3O2 =  C19H28O6 :           1E-13 ;		
+{}	C924O2 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	C816CO3 + C10H15O3O2 =  C19H28O7 :          1E-13 ;		
+{}	NORLIMO2 + C10H15O3O2 =  C19H28O8 :         1E-13 ;		
+{}	LMKAO2 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	LMKBO2 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	C926O2 + C10H15O3O2 =  C19H28O8 :           1E-13 ;		
+{}	C817CO3 + C10H15O3O2 =  C19H28O8 :          1E-13 ;		
+{}	LMLKAO2 + C10H15O3O2 =  C19H28O8 :          1E-13 ;		
+{}	LMLKBO2 + C10H15O3O2 =  C19H28O8 :          1E-13 ;		
+{}	C823CO3 + C10H15O3O2 =  C19H28O8 :          1E-13 ;		
+{}	C925O2 + C10H15O3O2 =  C19H28O9 :           1E-13 ;		
+{}	NOPINAO2 + C10H15O3O2 =  C19H28O6 :         1E-13 ;		
+{}	NOPINBO2 + C10H15O3O2 =  C19H28O6 :         1E-13 ;		
+{}	NOPINCO2 + C10H15O3O2 =  C19H28O6 :         1E-13 ;		
+{}	NOPINDO2 + C10H15O3O2 =  C19H28O6 :         1E-13 ;		
+{}	C918O2 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	C9DCO2 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	C915O2 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	C917O2 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	C919O2 + C10H15O3O2 =  C19H28O8 :           1E-13 ;		
+{}	C914O2 + C10H15O3O2 =  C19H28O8 :           1E-13 ;		
+{}	C916O2 + C10H15O3O2 =  C19H28O8 :           1E-13 ;		
+{}	C88CO3 + C10H15O3O2 =  C19H28O8 :           1E-13 ;		
+{}	C87CO3 + C10H15O3O2 =  C19H28O9 :           1E-13 ;		
+{}	C822CO3 + C10H15O3O2 =  C19H28O7 :          1E-13 ;		
+{}	NLMKAO2  + C10H15O3O2 =  C19H29O6NO3 :      1E-13 ;		
+{}	C85O2 + C10H15O3O2 =  C18H26O6 :            1E-13 ;		
+{}	C89O2 + C10H15O3O2 =  C18H26O6 :            1E-13 ;		
+{}	C86O2 + C10H15O3O2 =  C18H26O7 :            1E-13 ;		
+{}	C811O2 + C10H15O3O2 =  C18H26O7 :           1E-13 ;		
+{}	C810O2 + C10H15O3O2 =  C18H26O7 :           1E-13 ;		
+{}	C812O2 + C10H15O3O2 =  C18H26O8 :           1E-13 ;		
+{}	C813O2 + C10H15O3O2 =  C18H26O6 :           1E-13 ;		
+{}	C729CO3 + C10H15O3O2 =  C18H26O7 :          1E-13 ;		
+{}	C816O2 + C10H15O3O2 =  C18H26O6 :           1E-13 ;		
+{}	C817O2 + C10H15O3O2 =  C18H26O7 :           1E-13 ;		
+{}	C826O2 + C10H15O3O2 =  C18H26O8 :           1E-13 ;		
+{}	C822O2 + C10H15O3O2 =  C18H26O6 :           1E-13 ;		
+{}	C818O2 + C10H15O3O2 =  C18H26O8 :           1E-13 ;		
+{}	C823O2 + C10H15O3O2 =  C18H26O7 :           1E-13 ;		
+{}	C819O2 + C10H15O3O2 =  C18H26O8 :           1E-13 ;		
+{}	C727CO3 + C10H15O3O2 =  C18H26O8 :          1E-13 ;		
+{}	C731CO3 + C10H15O3O2 =  C18H26O8 :          1E-13 ;		
+{}	C824O2 + C10H15O3O2 =  C18H26O7 :           1E-13 ;		
+{}	C820O2 + C10H15O3O2 =  C18H26O9 :           1E-13 ;		
+{}	C825O2 + C10H15O3O2 =  C18H26O8 :           1E-13 ;		
+{}	C821O2 + C10H15O3O2 =  C18H26O8 :           1E-13 ;		
+{}	C732CO3 + C10H15O3O2 =  C18H26O9 :          1E-13 ;		
+{}	C8BCO2 + C10H15O3O2 =  C18H26O5 :           1E-13 ;		
+{}	C88O2 + C10H15O3O2 =  C18H26O7 :            1E-13 ;		
+{}	C718CO3 + C10H15O3O2 =  C18H26O8 :          1E-13 ;		
+{}	C87O2 + C10H15O3O2 =  C18H26O8 :            1E-13 ;		
+{}	C721CO3 + C10H15O3O2 =  C18H26O8 :          1E-13 ;		
+{}	NC826O2 + C10H15O3O2 =  C18H27O7NO3 :       1E-13 ;		
+{}	APINAO2 + C10H15O4O2 = C20H30O7 :           1E-13 ;		
+{}	APINBO2 + C10H15O4O2 = C20H30O7 :           1E-13 ;		
+{}	APINCO2 + C10H15O4O2 = C20H30O7 :           1E-13 ;		
+{}	C107O2 + C10H15O4O2 = C20H30O8 :            1E-13 ;		
+{}	C109O2 + C10H15O4O2 = C20H30O8 :            1E-13 ;		
+{}	C106O2 + C10H15O4O2 = C20H30O9 :            1E-13 ;		
+{}	C920CO3 + C10H15O4O2 = C20H30O9 :           1E-13 ;		
+{}	C108O2 + C10H15O4O2 = C20H30O9 :            1E-13 ;		
+{}	PINALO2 + C10H15O4O2 = C20H30O8 :           1E-13 ;		
+{}	C96CO3 + C10H15O4O2 = C20H30O8 :            1E-13 ;		
+{}	C923CO3 + C10H15O4O2 = C20H30O8 :           1E-13 ;		
+{}	LIMAO2 + C10H15O4O2 = C20H30O7 :            1E-13 ;		
+{}	LIMALBO2 + C10H15O4O2 = C20H30O8 :          1E-13 ;		
+{}	LIMCO2 + C10H15O4O2 = C20H30O7 :            1E-13 ;		
+{}	LIMALO2 + C10H15O4O2 = C20H30O8 :           1E-13 ;		
+{}	LIMBO2 + C10H15O4O2 = C20H30O7 :            1E-13 ;		
+{}	LIMALAO2 + C10H15O4O2 = C20H30O8 :          1E-13 ;		
+{}	NAPINAO2 + C10H15O4O2 = C20H31O6NO3 :       1E-13 ;		
+{}	NAPINBO2 + C10H15O4O2 = C20H31O6NO3 :       1E-13 ;		
+{}	BPINAO2 + C10H15O4O2 = C20H30O7 :   1E-13 ;
+{}	BPINBO2 + C10H15O4O2 = C20H30O7 :   1E-13 ;
+{}	BPINCO2 + C10H15O4O2 = C20H30O7 :   1E-13 ;
+{}	C918CO3 + C10H15O4O2 = C20H30O8 :   1E-13 ;
+{}	NC102O2 + C10H15O4O2 = C20H31O7NO3 :        1E-13 ;		
+{}	NC101O2 + C10H15O4O2 = C20H31O7NO3 :        1E-13 ;		
+{}	NLIMO2 + C10H15O4O2 =  C20H31O6NO3 :        1E-13 ;		
+{}	NLIMALO2 + C10H15O4O2 =  C20H31O7NO3 :      1E-13 ;		
+{}	NC91CO3 + C10H15O4O2 =  C20H31O7NO3 :       1E-13 ;		
+{}	NBPINAO2 + C10H15O4O2 =  C20H31O6NO3 :      1E-13 ;		
+{}	NBPINBO2 + C10H15O4O2 =  C20H31O6NO3 :      1E-13 ;		
+{}	C96O2 + C10H15O4O2 =  C19H28O7 :            1E-13 ;		
+{}	C89CO3 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	C920O2 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	C97O2 + C10H15O4O2 =  C19H28O8 :            1E-13 ;		
+{}	C85CO3 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	C811CO3 + C10H15O4O2 =  C19H28O9 :          1E-13 ;		
+{}	C921O2 + C10H15O4O2 =  C19H28O9 :           1E-13 ;		
+{}	C98O2 + C10H15O4O2 =  C19H28O9 :            1E-13 ;		
+{}	C922O2 + C10H15O4O2 =  C19H28O10 :          1E-13 ;		
+{}	C923O2 + C10H15O4O2 =  C19H28O7 :           1E-13 ;		
+{}	C924O2 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	C816CO3 + C10H15O4O2 =  C19H28O8 :          1E-13 ;		
+{}	NORLIMO2 + C10H15O4O2 =  C19H28O9 :         1E-13 ;		
+{}	LMKAO2 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	LMKBO2 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	C926O2 + C10H15O4O2 =  C19H28O9 :           1E-13 ;		
+{}	C817CO3 + C10H15O4O2 =  C19H28O9 :          1E-13 ;		
+{}	LMLKAO2 + C10H15O4O2 =  C19H28O9 :          1E-13 ;		
+{}	LMLKBO2 + C10H15O4O2 =  C19H28O9 :          1E-13 ;		
+{}	C823CO3 + C10H15O4O2 =  C19H28O9 :          1E-13 ;		
+{}	C925O2 + C10H15O4O2 =  C19H28O10 :          1E-13 ;		
+{}	NOPINAO2 + C10H15O4O2 =  C19H28O7 :         1E-13 ;		
+{}	NOPINBO2 + C10H15O4O2 =  C19H28O7 :         1E-13 ;		
+{}	NOPINCO2 + C10H15O4O2 =  C19H28O7 :         1E-13 ;		
+{}	NOPINDO2 + C10H15O4O2 =  C19H28O7 :         1E-13 ;		
+{}	C918O2 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	C9DCO2 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	C915O2 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	C917O2 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	C919O2 + C10H15O4O2 =  C19H28O9 :           1E-13 ;		
+{}	C914O2 + C10H15O4O2 =  C19H28O9 :           1E-13 ;		
+{}	C916O2 + C10H15O4O2 =  C19H28O9 :           1E-13 ;		
+{}	C88CO3 + C10H15O4O2 =  C19H28O9 :           1E-13 ;		
+{}	C87CO3 + C10H15O4O2 =  C19H28O10 :          1E-13 ;		
+{}	C822CO3 + C10H15O4O2 =  C19H28O8 :          1E-13 ;		
+{}	NLMKAO2  + C10H15O4O2 =  C19H29O7NO3 :      1E-13 ;		
+{}	C85O2 + C10H15O4O2 =  C18H26O7 :            1E-13 ;		
+{}	C89O2 + C10H15O4O2 =  C18H26O7 :            1E-13 ;		
+{}	C86O2 + C10H15O4O2 =  C18H26O8 :            1E-13 ;		
+{}	C811O2 + C10H15O4O2 =  C18H26O8 :           1E-13 ;		
+{}	C810O2 + C10H15O4O2 =  C18H26O8 :           1E-13 ;		
+{}	C812O2 + C10H15O4O2 =  C18H26O9 :           1E-13 ;		
+{}	C813O2 + C10H15O4O2 =  C18H26O7 :           1E-13 ;		
+{}	C729CO3 + C10H15O4O2 =  C18H26O8 :          1E-13 ;		
+{}	C816O2 + C10H15O4O2 =  C18H26O7 :           1E-13 ;		
+{}	C817O2 + C10H15O4O2 =  C18H26O8 :           1E-13 ;		
+{}	C826O2 + C10H15O4O2 =  C18H26O9 :           1E-13 ;		
+{}	C822O2 + C10H15O4O2 =  C18H26O7 :           1E-13 ;		
+{}	C818O2 + C10H15O4O2 =  C18H26O9 :           1E-13 ;		
+{}	C823O2 + C10H15O4O2 =  C18H26O8 :           1E-13 ;		
+{}	C819O2 + C10H15O4O2 =  C18H26O9 :           1E-13 ;		
+{}	C727CO3 + C10H15O4O2 =  C18H26O9 :          1E-13 ;		
+{}	C731CO3 + C10H15O4O2 =  C18H26O9 :          1E-13 ;		
+{}	C824O2 + C10H15O4O2 =  C18H26O8 :           1E-13 ;		
+{}	C820O2 + C10H15O4O2 =  C18H26O10 :          1E-13 ;		
+{}	C825O2 + C10H15O4O2 =  C18H26O9 :           1E-13 ;		
+{}	C821O2 + C10H15O4O2 =  C18H26O9 :           1E-13 ;		
+{}	C732CO3 + C10H15O4O2 =  C18H26O10 :         1E-13 ;		
+{}	C8BCO2 + C10H15O4O2 =  C18H26O6 :           1E-13 ;		
+{}	C88O2 + C10H15O4O2 =  C18H26O8 :            1E-13 ;		
+{}	C718CO3 + C10H15O4O2 =  C18H26O9 :          1E-13 ;		
+{}	C87O2 + C10H15O4O2 =  C18H26O9 :            1E-13 ;		
+{}	C721CO3 + C10H15O4O2 =  C18H26O9 :          1E-13 ;		
+{}	NC826O2 + C10H15O4O2 =  C18H27O8NO3 :       1E-13 ;		
+{}	APINAO2 + C10H15O5O2 = C20H30O8 :           5E-13 ;		
+{}	APINBO2 + C10H15O5O2 = C20H30O8 :           5E-13 ;		
+{}	APINCO2 + C10H15O5O2 = C20H30O8 :           5E-13 ;		
+{}	C107O2 + C10H15O5O2 = C20H30O9 :            5E-13 ;		
+{}	C109O2 + C10H15O5O2 = C20H30O9 :            5E-13 ;		
+{}	C106O2 + C10H15O5O2 = C20H30O10 :           5E-13 ;		
+{}	C920CO3 + C10H15O5O2 = C20H30O10 :          5E-13 ;		
+{}	C108O2 + C10H15O5O2 = C20H30O10 :           5E-13 ;		
+{}	PINALO2 + C10H15O5O2 = C20H30O9 :           5E-13 ;		
+{}	C96CO3 + C10H15O5O2 = C20H30O9 :            5E-13 ;		
+{}	C923CO3 + C10H15O5O2 = C20H30O9 :           5E-13 ;		
+{}	LIMAO2 + C10H15O5O2 = C20H30O8 :            5E-13 ;		
+{}	LIMALBO2 + C10H15O5O2 = C20H30O9 :          5E-13 ;		
+{}	LIMCO2 + C10H15O5O2 = C20H30O8 :            5E-13 ;		
+{}	LIMALO2 + C10H15O5O2 = C20H30O9 :           5E-13 ;		
+{}	LIMBO2 + C10H15O5O2 = C20H30O8 :            5E-13 ;		
+{}	LIMALAO2 + C10H15O5O2 = C20H30O9 :          5E-13 ;		
+{}	NAPINAO2 + C10H15O5O2 = C20H31O7NO3 :       5E-13 ;		
+{}	NAPINBO2 + C10H15O5O2 = C20H31O7NO3 :       5E-13 ;		
+{}	BPINAO2 + C10H15O5O2 = C20H30O8 :   5E-13 ;
+{}	BPINBO2 + C10H15O5O2 = C20H30O8 :   5E-13 ;
+{}	BPINCO2 + C10H15O5O2 = C20H30O8 :   5E-13 ;
+{}	C918CO3 + C10H15O5O2 = C20H30O9 :   5E-13 ;
+{}	NC102O2 + C10H15O5O2 = C20H31O8NO3 :        5E-13 ;		
+{}	NC101O2 + C10H15O5O2 = C20H31O8NO3 :        5E-13 ;		
+{}	NLIMO2 + C10H15O5O2 =  C20H31O7NO3 :        5E-13 ;		
+{}	NLIMALO2 + C10H15O5O2 =  C20H31O8NO3 :      5E-13 ;		
+{}	NC91CO3 + C10H15O5O2 =  C20H31O8NO3 :       5E-13 ;		
+{}	NBPINAO2 + C10H15O5O2 =  C20H31O7NO3 :      5E-13 ;		
+{}	NBPINBO2 + C10H15O5O2 =  C20H31O7NO3 :      5E-13 ;		
+{}	C96O2 + C10H15O5O2 =  C19H28O8 :            5E-13 ;		
+{}	C89CO3 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	C920O2 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	C97O2 + C10H15O5O2 =  C19H28O9 :            5E-13 ;		
+{}	C85CO3 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	C811CO3 + C10H15O5O2 =  C19H28O10 :         5E-13 ;		
+{}	C921O2 + C10H15O5O2 =  C19H28O10 :          5E-13 ;		
+{}	C98O2 + C10H15O5O2 =  C19H28O10 :           5E-13 ;		
+{}	C922O2 + C10H15O5O2 =  C19H28O11 :          5E-13 ;		
+{}	C923O2 + C10H15O5O2 =  C19H28O8 :           5E-13 ;		
+{}	C924O2 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	C816CO3 + C10H15O5O2 =  C19H28O9 :          5E-13 ;		
+{}	NORLIMO2 + C10H15O5O2 =  C19H28O10 :        5E-13 ;		
+{}	LMKAO2 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	LMKBO2 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	C926O2 + C10H15O5O2 =  C19H28O10 :          5E-13 ;		
+{}	C817CO3 + C10H15O5O2 =  C19H28O10 :         5E-13 ;		
+{}	LMLKAO2 + C10H15O5O2 =  C19H28O10 :         5E-13 ;		
+{}	LMLKBO2 + C10H15O5O2 =  C19H28O10 :         5E-13 ;		
+{}	C823CO3 + C10H15O5O2 =  C19H28O10 :         5E-13 ;		
+{}	C925O2 + C10H15O5O2 =  C19H28O11 :          5E-13 ;		
+{}	NOPINAO2 + C10H15O5O2 =  C19H28O8 :         5E-13 ;		
+{}	NOPINBO2 + C10H15O5O2 =  C19H28O8 :         5E-13 ;		
+{}	NOPINCO2 + C10H15O5O2 =  C19H28O8 :         5E-13 ;		
+{}	NOPINDO2 + C10H15O5O2 =  C19H28O8 :         5E-13 ;		
+{}	C918O2 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	C9DCO2 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	C915O2 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	C917O2 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	C919O2 + C10H15O5O2 =  C19H28O10 :          5E-13 ;		
+{}	C914O2 + C10H15O5O2 =  C19H28O10 :          5E-13 ;		
+{}	C916O2 + C10H15O5O2 =  C19H28O10 :          5E-13 ;		
+{}	C88CO3 + C10H15O5O2 =  C19H28O10 :          5E-13 ;		
+{}	C87CO3 + C10H15O5O2 =  C19H28O11 :          5E-13 ;		
+{}	C822CO3 + C10H15O5O2 =  C19H28O9 :          5E-13 ;		
+{}	NLMKAO2  + C10H15O5O2 =  C19H29O8NO3 :      5E-13 ;		
+{}	C85O2 + C10H15O5O2 =  C18H26O8 :            5E-13 ;		
+{}	C89O2 + C10H15O5O2 =  C18H26O8 :            5E-13 ;		
+{}	C86O2 + C10H15O5O2 =  C18H26O9 :            5E-13 ;		
+{}	C811O2 + C10H15O5O2 =  C18H26O9 :           5E-13 ;		
+{}	C810O2 + C10H15O5O2 =  C18H26O9 :           5E-13 ;		
+{}	C812O2 + C10H15O5O2 =  C18H26O10 :          5E-13 ;		
+{}	C813O2 + C10H15O5O2 =  C18H26O8 :           5E-13 ;		
+{}	C729CO3 + C10H15O5O2 =  C18H26O9 :          5E-13 ;		
+{}	C816O2 + C10H15O5O2 =  C18H26O8 :           5E-13 ;		
+{}	C817O2 + C10H15O5O2 =  C18H26O9 :           5E-13 ;		
+{}	C826O2 + C10H15O5O2 =  C18H26O10 :          5E-13 ;		
+{}	C822O2 + C10H15O5O2 =  C18H26O8 :           5E-13 ;		
+{}	C818O2 + C10H15O5O2 =  C18H26O10 :          5E-13 ;		
+{}	C823O2 + C10H15O5O2 =  C18H26O9 :           5E-13 ;		
+{}	C819O2 + C10H15O5O2 =  C18H26O10 :          5E-13 ;		
+{}	C727CO3 + C10H15O5O2 =  C18H26O10 :         5E-13 ;		
+{}	C731CO3 + C10H15O5O2 =  C18H26O10 :         5E-13 ;		
+{}	C824O2 + C10H15O5O2 =  C18H26O9 :           5E-13 ;		
+{}	C820O2 + C10H15O5O2 =  C18H26O11 :          5E-13 ;		
+{}	C825O2 + C10H15O5O2 =  C18H26O10 :          5E-13 ;		
+{}	C821O2 + C10H15O5O2 =  C18H26O10 :          5E-13 ;		
+{}	C732CO3 + C10H15O5O2 =  C18H26O11 :         5E-13 ;		
+{}	C8BCO2 + C10H15O5O2 =  C18H26O7 :           5E-13 ;		
+{}	C88O2 + C10H15O5O2 =  C18H26O9 :            5E-13 ;		
+{}	C718CO3 + C10H15O5O2 =  C18H26O10 :         5E-13 ;		
+{}	C87O2 + C10H15O5O2 =  C18H26O10 :           5E-13 ;		
+{}	C721CO3 + C10H15O5O2 =  C18H26O10 :         5E-13 ;		
+{}	NC826O2 + C10H15O5O2 =  C18H27O9NO3 :       5E-13 ;		
+{}	APINAO2 + C10H15O6O2 = C20H30O9 :           2E-12 ;		
+{}	APINBO2 + C10H15O6O2 = C20H30O9 :           2E-12 ;		
+{}	APINCO2 + C10H15O6O2 = C20H30O9 :           2E-12 ;		
+{}	C107O2 + C10H15O6O2 = C20H30O10 :           2E-12 ;		
+{}	C109O2 + C10H15O6O2 = C20H30O10 :           2E-12 ;		
+{}	C106O2 + C10H15O6O2 = C20H30O11 :           2E-12 ;		
+{}	C920CO3 + C10H15O6O2 = C20H30O11 :          2E-12 ;		
+{}	C108O2 + C10H15O6O2 = C20H30O11 :           2E-12 ;		
+{}	PINALO2 + C10H15O6O2 = C20H30O10 :          2E-12 ;		
+{}	C96CO3 + C10H15O6O2 = C20H30O10 :           2E-12 ;		
+{}	C923CO3 + C10H15O6O2 = C20H30O10 :          2E-12 ;		
+{}	LIMAO2 + C10H15O6O2 = C20H30O9 :            2E-12 ;		
+{}	LIMALBO2 + C10H15O6O2 = C20H30O10 :         2E-12 ;		
+{}	LIMCO2 + C10H15O6O2 = C20H30O9 :            2E-12 ;		
+{}	LIMALO2 + C10H15O6O2 = C20H30O10 :          2E-12 ;		
+{}	LIMBO2 + C10H15O6O2 = C20H30O9 :            2E-12 ;		
+{}	LIMALAO2 + C10H15O6O2 = C20H30O10 :         2E-12 ;		
+{}	NAPINAO2 + C10H15O6O2 = C20H31O8NO3 :       2E-12 ;		
+{}	NAPINBO2 + C10H15O6O2 = C20H31O8NO3 :       2E-12 ;		
+{}	BPINAO2 + C10H15O6O2 = C20H30O9 :   2E-12 ;
+{}	BPINBO2 + C10H15O6O2 = C20H30O9 :   2E-12 ;
+{}	BPINCO2 + C10H15O6O2 = C20H30O9 :   2E-12 ;
+{}	C918CO3 + C10H15O6O2 = C20H30O10 :   2E-12 ;
+{}	NC102O2 + C10H15O6O2 = C20H31O9NO3 :        2E-12 ;		
+{}	NC101O2 + C10H15O6O2 = C20H31O9NO3 :        2E-12 ;		
+{}	NLIMO2 + C10H15O6O2 =  C20H31O8NO3 :        2E-12 ;		
+{}	NLIMALO2 + C10H15O6O2 =  C20H31O9NO3 :      2E-12 ;		
+{}	NC91CO3 + C10H15O6O2 =  C20H31O9NO3 :       2E-12 ;		
+{}	NBPINAO2 + C10H15O6O2 =  C20H31O8NO3 :      2E-12 ;		
+{}	NBPINBO2 + C10H15O6O2 =  C20H31O8NO3 :      2E-12 ;		
+{}	C96O2 + C10H15O6O2 =  C19H28O9 :            2E-12 ;		
+{}	C89CO3 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	C920O2 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	C97O2 + C10H15O6O2 =  C19H28O10 :           2E-12 ;		
+{}	C85CO3 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	C811CO3 + C10H15O6O2 =  C19H28O11 :         2E-12 ;		
+{}	C921O2 + C10H15O6O2 =  C19H28O11 :          2E-12 ;		
+{}	C98O2 + C10H15O6O2 =  C19H28O11 :           2E-12 ;		
+{}	C922O2 + C10H15O6O2 =  C19H28O12 :          2E-12 ;		
+{}	C923O2 + C10H15O6O2 =  C19H28O9 :           2E-12 ;		
+{}	C924O2 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	C816CO3 + C10H15O6O2 =  C19H28O10 :         2E-12 ;		
+{}	NORLIMO2 + C10H15O6O2 =  C19H28O11 :        2E-12 ;		
+{}	LMKAO2 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	LMKBO2 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	C926O2 + C10H15O6O2 =  C19H28O11 :          2E-12 ;		
+{}	C817CO3 + C10H15O6O2 =  C19H28O11 :         2E-12 ;		
+{}	LMLKAO2 + C10H15O6O2 =  C19H28O11 :         2E-12 ;		
+{}	LMLKBO2 + C10H15O6O2 =  C19H28O11 :         2E-12 ;		
+{}	C823CO3 + C10H15O6O2 =  C19H28O11 :         2E-12 ;		
+{}	C925O2 + C10H15O6O2 =  C19H28O12 :          2E-12 ;		
+{}	NOPINAO2 + C10H15O6O2 =  C19H28O9 :         2E-12 ;		
+{}	NOPINBO2 + C10H15O6O2 =  C19H28O9 :         2E-12 ;		
+{}	NOPINCO2 + C10H15O6O2 =  C19H28O9 :         2E-12 ;		
+{}	NOPINDO2 + C10H15O6O2 =  C19H28O9 :         2E-12 ;		
+{}	C918O2 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	C9DCO2 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	C915O2 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	C917O2 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	C919O2 + C10H15O6O2 =  C19H28O11 :          2E-12 ;		
+{}	C914O2 + C10H15O6O2 =  C19H28O11 :          2E-12 ;		
+{}	C916O2 + C10H15O6O2 =  C19H28O11 :          2E-12 ;		
+{}	C88CO3 + C10H15O6O2 =  C19H28O11 :          2E-12 ;		
+{}	C87CO3 + C10H15O6O2 =  C19H28O12 :          2E-12 ;		
+{}	C822CO3 + C10H15O6O2 =  C19H28O10 :         2E-12 ;		
+{}	NLMKAO2  + C10H15O6O2 =  C19H29O9NO3 :      2E-12 ;		
+{}	C85O2 + C10H15O6O2 =  C18H26O9 :            2E-12 ;		
+{}	C89O2 + C10H15O6O2 =  C18H26O9 :            2E-12 ;		
+{}	C86O2 + C10H15O6O2 =  C18H26O10 :           2E-12 ;		
+{}	C811O2 + C10H15O6O2 =  C18H26O10 :          2E-12 ;		
+{}	C810O2 + C10H15O6O2 =  C18H26O10 :          2E-12 ;		
+{}	C812O2 + C10H15O6O2 =  C18H26O11 :          2E-12 ;		
+{}	C813O2 + C10H15O6O2 =  C18H26O9 :           2E-12 ;		
+{}	C729CO3 + C10H15O6O2 =  C18H26O10 :         2E-12 ;		
+{}	C816O2 + C10H15O6O2 =  C18H26O9 :           2E-12 ;		
+{}	C817O2 + C10H15O6O2 =  C18H26O10 :          2E-12 ;		
+{}	C826O2 + C10H15O6O2 =  C18H26O11 :          2E-12 ;		
+{}	C822O2 + C10H15O6O2 =  C18H26O9 :           2E-12 ;		
+{}	C818O2 + C10H15O6O2 =  C18H26O11 :          2E-12 ;		
+{}	C823O2 + C10H15O6O2 =  C18H26O10 :          2E-12 ;		
+{}	C819O2 + C10H15O6O2 =  C18H26O11 :          2E-12 ;		
+{}	C727CO3 + C10H15O6O2 =  C18H26O11 :         2E-12 ;		
+{}	C731CO3 + C10H15O6O2 =  C18H26O11 :         2E-12 ;		
+{}	C824O2 + C10H15O6O2 =  C18H26O10 :          2E-12 ;		
+{}	C820O2 + C10H15O6O2 =  C18H26O12 :          2E-12 ;		
+{}	C825O2 + C10H15O6O2 =  C18H26O11 :          2E-12 ;		
+{}	C821O2 + C10H15O6O2 =  C18H26O11 :          2E-12 ;		
+{}	C732CO3 + C10H15O6O2 =  C18H26O12 :         2E-12 ;		
+{}	C8BCO2 + C10H15O6O2 =  C18H26O8 :           2E-12 ;		
+{}	C88O2 + C10H15O6O2 =  C18H26O10 :           2E-12 ;		
+{}	C718CO3 + C10H15O6O2 =  C18H26O11 :         2E-12 ;		
+{}	C87O2 + C10H15O6O2 =  C18H26O11 :           2E-12 ;		
+{}	C721CO3 + C10H15O6O2 =  C18H26O11 :         2E-12 ;		
+{}	NC826O2 + C10H15O6O2 =  C18H27O10NO3 :      2E-12 ;		
+{}	APINAO2 + C10H15O7O2 = C20H30O10 :          3E-12 ;		
+{}	APINBO2 + C10H15O7O2 = C20H30O10 :          3E-12 ;		
+{}	APINCO2 + C10H15O7O2 = C20H30O10 :          3E-12 ;		
+{}	C107O2 + C10H15O7O2 = C20H30O11 :           3E-12 ;		
+{}	C109O2 + C10H15O7O2 = C20H30O11 :           3E-12 ;		
+{}	C106O2 + C10H15O7O2 = C20H30O12 :           3E-12 ;		
+{}	C920CO3 + C10H15O7O2 = C20H30O12 :          3E-12 ;		
+{}	C108O2 + C10H15O7O2 = C20H30O12 :           3E-12 ;		
+{}	PINALO2 + C10H15O7O2 = C20H30O11 :          3E-12 ;		
+{}	C96CO3 + C10H15O7O2 = C20H30O11 :           3E-12 ;		
+{}	C923CO3 + C10H15O7O2 = C20H30O11 :          3E-12 ;		
+{}	LIMAO2 + C10H15O7O2 = C20H30O10 :           3E-12 ;		
+{}	LIMALBO2 + C10H15O7O2 = C20H30O11 :         3E-12 ;		
+{}	LIMCO2 + C10H15O7O2 = C20H30O10 :           3E-12 ;		
+{}	LIMALO2 + C10H15O7O2 = C20H30O11 :          3E-12 ;		
+{}	LIMBO2 + C10H15O7O2 = C20H30O10 :           3E-12 ;		
+{}	LIMALAO2 + C10H15O7O2 = C20H30O11 :         3E-12 ;		
+{}	NAPINAO2 + C10H15O7O2 = C20H31O9NO3 :       3E-12 ;		
+{}	NAPINBO2 + C10H15O7O2 = C20H31O9NO3 :       3E-12 ;		
+{}	BPINAO2 + C10H15O7O2 = C20H30O10 :   3E-12 ;
+{}	BPINBO2 + C10H15O7O2 = C20H30O10 :   3E-12 ;
+{}	BPINCO2 + C10H15O7O2 = C20H30O10 :   3E-12 ;
+{}	C918CO3 + C10H15O7O2 = C20H30O11 :   3E-12 ;
+{}	NC102O2 + C10H15O7O2 = C20H31O10NO3 :       3E-12 ;		
+{}	NC101O2 + C10H15O7O2 = C20H31O10NO3 :       3E-12 ;		
+{}	NLIMO2 + C10H15O7O2 =  C20H31O9NO3 :        3E-12 ;		
+{}	NLIMALO2 + C10H15O7O2 =  C20H31O10NO3 :     3E-12 ;		
+{}	NC91CO3 + C10H15O7O2 =  C20H31O10NO3 :      3E-12 ;		
+{}	NBPINAO2 + C10H15O7O2 =  C20H31O9NO3 :      3E-12 ;		
+{}	NBPINBO2 + C10H15O7O2 =  C20H31O9NO3 :      3E-12 ;		
+{}	C96O2 + C10H15O7O2 =  C19H28O10 :           3E-12 ;		
+{}	C89CO3 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	C920O2 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	C97O2 + C10H15O7O2 =  C19H28O11 :           3E-12 ;		
+{}	C85CO3 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	C811CO3 + C10H15O7O2 =  C19H28O12 :         3E-12 ;		
+{}	C921O2 + C10H15O7O2 =  C19H28O12 :          3E-12 ;		
+{}	C98O2 + C10H15O7O2 =  C19H28O12 :           3E-12 ;		
+{}	C922O2 + C10H15O7O2 =  C19H28O13 :          3E-12 ;		
+{}	C923O2 + C10H15O7O2 =  C19H28O10 :          3E-12 ;		
+{}	C924O2 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	C816CO3 + C10H15O7O2 =  C19H28O11 :         3E-12 ;		
+{}	NORLIMO2 + C10H15O7O2 =  C19H28O12 :        3E-12 ;		
+{}	LMKAO2 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	LMKBO2 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	C926O2 + C10H15O7O2 =  C19H28O12 :          3E-12 ;		
+{}	C817CO3 + C10H15O7O2 =  C19H28O12 :         3E-12 ;		
+{}	LMLKAO2 + C10H15O7O2 =  C19H28O12 :         3E-12 ;		
+{}	LMLKBO2 + C10H15O7O2 =  C19H28O12 :         3E-12 ;		
+{}	C823CO3 + C10H15O7O2 =  C19H28O12 :         3E-12 ;		
+{}	C925O2 + C10H15O7O2 =  C19H28O13 :          3E-12 ;		
+{}	NOPINAO2 + C10H15O7O2 =  C19H28O10 :        3E-12 ;		
+{}	NOPINBO2 + C10H15O7O2 =  C19H28O10 :        3E-12 ;		
+{}	NOPINCO2 + C10H15O7O2 =  C19H28O10 :        3E-12 ;		
+{}	NOPINDO2 + C10H15O7O2 =  C19H28O10 :        3E-12 ;		
+{}	C918O2 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	C9DCO2 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	C915O2 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	C917O2 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	C919O2 + C10H15O7O2 =  C19H28O12 :          3E-12 ;		
+{}	C914O2 + C10H15O7O2 =  C19H28O12 :          3E-12 ;		
+{}	C916O2 + C10H15O7O2 =  C19H28O12 :          3E-12 ;		
+{}	C88CO3 + C10H15O7O2 =  C19H28O12 :          3E-12 ;		
+{}	C87CO3 + C10H15O7O2 =  C19H28O13 :          3E-12 ;		
+{}	C822CO3 + C10H15O7O2 =  C19H28O11 :         3E-12 ;		
+{}	NLMKAO2  + C10H15O7O2 =  C19H29O10NO3 :     3E-12 ;		
+{}	C85O2 + C10H15O7O2 =  C18H26O10 :           3E-12 ;		
+{}	C89O2 + C10H15O7O2 =  C18H26O10 :           3E-12 ;		
+{}	C86O2 + C10H15O7O2 =  C18H26O11 :           3E-12 ;		
+{}	C811O2 + C10H15O7O2 =  C18H26O11 :          3E-12 ;		
+{}	C810O2 + C10H15O7O2 =  C18H26O11 :          3E-12 ;		
+{}	C812O2 + C10H15O7O2 =  C18H26O12 :          3E-12 ;		
+{}	C813O2 + C10H15O7O2 =  C18H26O10 :          3E-12 ;		
+{}	C729CO3 + C10H15O7O2 =  C18H26O11 :         3E-12 ;		
+{}	C816O2 + C10H15O7O2 =  C18H26O10 :          3E-12 ;		
+{}	C817O2 + C10H15O7O2 =  C18H26O11 :          3E-12 ;		
+{}	C826O2 + C10H15O7O2 =  C18H26O12 :          3E-12 ;		
+{}	C822O2 + C10H15O7O2 =  C18H26O10 :          3E-12 ;		
+{}	C818O2 + C10H15O7O2 =  C18H26O12 :          3E-12 ;		
+{}	C823O2 + C10H15O7O2 =  C18H26O11 :          3E-12 ;		
+{}	C819O2 + C10H15O7O2 =  C18H26O12 :          3E-12 ;		
+{}	C727CO3 + C10H15O7O2 =  C18H26O12 :         3E-12 ;		
+{}	C731CO3 + C10H15O7O2 =  C18H26O12 :         3E-12 ;		
+{}	C824O2 + C10H15O7O2 =  C18H26O11 :          3E-12 ;		
+{}	C820O2 + C10H15O7O2 =  C18H26O13 :          3E-12 ;		
+{}	C825O2 + C10H15O7O2 =  C18H26O12 :          3E-12 ;		
+{}	C821O2 + C10H15O7O2 =  C18H26O12 :          3E-12 ;		
+{}	C732CO3 + C10H15O7O2 =  C18H26O13 :         3E-12 ;		
+{}	C8BCO2 + C10H15O7O2 =  C18H26O9 :           3E-12 ;		
+{}	C88O2 + C10H15O7O2 =  C18H26O11 :           3E-12 ;		
+{}	C718CO3 + C10H15O7O2 =  C18H26O12 :         3E-12 ;		
+{}	C87O2 + C10H15O7O2 =  C18H26O12 :           3E-12 ;		
+{}	C721CO3 + C10H15O7O2 =  C18H26O12 :         3E-12 ;		
+{}	NC826O2 + C10H15O7O2 =  C18H27O11NO3 :      3E-12 ;		
+{}	APINAO2 + C10H15O8O2 = C20H30O11 :          3E-12 ;		
+{}	APINBO2 + C10H15O8O2 = C20H30O11 :          3E-12 ;		
+{}	APINCO2 + C10H15O8O2 = C20H30O11 :          3E-12 ;		
+{}	C107O2 + C10H15O8O2 = C20H30O12 :           3E-12 ;		
+{}	C109O2 + C10H15O8O2 = C20H30O12 :           3E-12 ;		
+{}	C106O2 + C10H15O8O2 = C20H30O13 :           3E-12 ;		
+{}	C920CO3 + C10H15O8O2 = C20H30O13 :          3E-12 ;		
+{}	C108O2 + C10H15O8O2 = C20H30O13 :           3E-12 ;		
+{}	PINALO2 + C10H15O8O2 = C20H30O12 :          3E-12 ;		
+{}	C96CO3 + C10H15O8O2 = C20H30O12 :           3E-12 ;		
+{}	C923CO3 + C10H15O8O2 = C20H30O12 :          3E-12 ;		
+{}	LIMAO2 + C10H15O8O2 = C20H30O11 :           3E-12 ;		
+{}	LIMALBO2 + C10H15O8O2 = C20H30O12 :         3E-12 ;		
+{}	LIMCO2 + C10H15O8O2 = C20H30O11 :           3E-12 ;		
+{}	LIMALO2 + C10H15O8O2 = C20H30O12 :          3E-12 ;		
+{}	LIMBO2 + C10H15O8O2 = C20H30O11 :           3E-12 ;		
+{}	LIMALAO2 + C10H15O8O2 = C20H30O12 :         3E-12 ;		
+{}	NAPINAO2 + C10H15O8O2 = C20H31O10NO3 :      3E-12 ;		
+{}	NAPINBO2 + C10H15O8O2 = C20H31O10NO3 :      3E-12 ;		
+{}	BPINAO2 + C10H15O8O2 = C20H30O11 :   3E-12 ;
+{}	BPINBO2 + C10H15O8O2 = C20H30O11 :   3E-12 ;
+{}	BPINCO2 + C10H15O8O2 = C20H30O11 :   3E-12 ;
+{}	C918CO3 + C10H15O8O2 = C20H30O12 :   3E-12 ;
+{}	NC102O2 + C10H15O8O2 = C20H31O11NO3 :       3E-12 ;		
+{}	NC101O2 + C10H15O8O2 = C20H31O11NO3 :       3E-12 ;		
+{}	NLIMO2 + C10H15O8O2 =  C20H31O10NO3 :       3E-12 ;		
+{}	NLIMALO2 + C10H15O8O2 =  C20H31O11NO3 :     3E-12 ;		
+{}	NC91CO3 + C10H15O8O2 =  C20H31O11NO3 :      3E-12 ;		
+{}	NBPINAO2 + C10H15O8O2 =  C20H31O10NO3 :     3E-12 ;		
+{}	NBPINBO2 + C10H15O8O2 =  C20H31O10NO3 :     3E-12 ;		
+{}	C96O2 + C10H15O8O2 =  C19H28O11 :           3E-12 ;		
+{}	C89CO3 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	C920O2 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	C97O2 + C10H15O8O2 =  C19H28O12 :           3E-12 ;		
+{}	C85CO3 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	C811CO3 + C10H15O8O2 =  C19H28O13 :         3E-12 ;		
+{}	C921O2 + C10H15O8O2 =  C19H28O13 :          3E-12 ;		
+{}	C98O2 + C10H15O8O2 =  C19H28O13 :           3E-12 ;		
+{}	C922O2 + C10H15O8O2 =  C19H28O14 :          3E-12 ;		
+{}	C923O2 + C10H15O8O2 =  C19H28O11 :          3E-12 ;		
+{}	C924O2 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	C816CO3 + C10H15O8O2 =  C19H28O12 :         3E-12 ;		
+{}	NORLIMO2 + C10H15O8O2 =  C19H28O13 :        3E-12 ;		
+{}	LMKAO2 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	LMKBO2 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	C926O2 + C10H15O8O2 =  C19H28O13 :          3E-12 ;		
+{}	C817CO3 + C10H15O8O2 =  C19H28O13 :         3E-12 ;		
+{}	LMLKAO2 + C10H15O8O2 =  C19H28O13 :         3E-12 ;		
+{}	LMLKBO2 + C10H15O8O2 =  C19H28O13 :         3E-12 ;		
+{}	C823CO3 + C10H15O8O2 =  C19H28O13 :         3E-12 ;		
+{}	C925O2 + C10H15O8O2 =  C19H28O14 :          3E-12 ;		
+{}	NOPINAO2 + C10H15O8O2 =  C19H28O11 :        3E-12 ;		
+{}	NOPINBO2 + C10H15O8O2 =  C19H28O11 :        3E-12 ;		
+{}	NOPINCO2 + C10H15O8O2 =  C19H28O11 :        3E-12 ;		
+{}	NOPINDO2 + C10H15O8O2 =  C19H28O11 :        3E-12 ;		
+{}	C918O2 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	C9DCO2 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	C915O2 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	C917O2 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	C919O2 + C10H15O8O2 =  C19H28O13 :          3E-12 ;		
+{}	C914O2 + C10H15O8O2 =  C19H28O13 :          3E-12 ;		
+{}	C916O2 + C10H15O8O2 =  C19H28O13 :          3E-12 ;		
+{}	C88CO3 + C10H15O8O2 =  C19H28O13 :          3E-12 ;		
+{}	C87CO3 + C10H15O8O2 =  C19H28O14 :          3E-12 ;		
+{}	C822CO3 + C10H15O8O2 =  C19H28O12 :         3E-12 ;		
+{}	NLMKAO2  + C10H15O8O2 =  C19H29O11NO3 :     3E-12 ;		
+{}	C85O2 + C10H15O8O2 =  C18H26O11 :           3E-12 ;		
+{}	C89O2 + C10H15O8O2 =  C18H26O11 :           3E-12 ;		
+{}	C86O2 + C10H15O8O2 =  C18H26O12 :           3E-12 ;		
+{}	C811O2 + C10H15O8O2 =  C18H26O12 :          3E-12 ;		
+{}	C810O2 + C10H15O8O2 =  C18H26O12 :          3E-12 ;		
+{}	C812O2 + C10H15O8O2 =  C18H26O13 :          3E-12 ;		
+{}	C813O2 + C10H15O8O2 =  C18H26O11 :          3E-12 ;		
+{}	C729CO3 + C10H15O8O2 =  C18H26O12 :         3E-12 ;		
+{}	C816O2 + C10H15O8O2 =  C18H26O11 :          3E-12 ;		
+{}	C817O2 + C10H15O8O2 =  C18H26O12 :          3E-12 ;		
+{}	C826O2 + C10H15O8O2 =  C18H26O13 :          3E-12 ;		
+{}	C822O2 + C10H15O8O2 =  C18H26O11 :          3E-12 ;		
+{}	C818O2 + C10H15O8O2 =  C18H26O13 :          3E-12 ;		
+{}	C823O2 + C10H15O8O2 =  C18H26O12 :          3E-12 ;		
+{}	C819O2 + C10H15O8O2 =  C18H26O13 :          3E-12 ;		
+{}	C727CO3 + C10H15O8O2 =  C18H26O13 :         3E-12 ;		
+{}	C731CO3 + C10H15O8O2 =  C18H26O13 :         3E-12 ;		
+{}	C824O2 + C10H15O8O2 =  C18H26O12 :          3E-12 ;		
+{}	C820O2 + C10H15O8O2 =  C18H26O14 :          3E-12 ;		
+{}	C825O2 + C10H15O8O2 =  C18H26O13 :          3E-12 ;		
+{}	C821O2 + C10H15O8O2 =  C18H26O13 :          3E-12 ;		
+{}	C732CO3 + C10H15O8O2 =  C18H26O14 :         3E-12 ;		
+{}	C8BCO2 + C10H15O8O2 =  C18H26O10 :          3E-12 ;		
+{}	C88O2 + C10H15O8O2 =  C18H26O12 :           3E-12 ;		
+{}	C718CO3 + C10H15O8O2 =  C18H26O13 :         3E-12 ;		
+{}	C87O2 + C10H15O8O2 =  C18H26O13 :           3E-12 ;		
+{}	C721CO3 + C10H15O8O2 =  C18H26O13 :         3E-12 ;		
+{}	NC826O2 + C10H15O8O2 =  C18H27O12NO3 :      3E-12 ;		
+{}	APINAO2 + C10H15O9O2 = C20H30O12 :          5E-12 ;		
+{}	APINBO2 + C10H15O9O2 = C20H30O12 :          5E-12 ;		
+{}	APINCO2 + C10H15O9O2 = C20H30O12 :          5E-12 ;		
+{}	C107O2 + C10H15O9O2 = C20H30O13 :           5E-12 ;		
+{}	C109O2 + C10H15O9O2 = C20H30O13 :           5E-12 ;		
+{}	C106O2 + C10H15O9O2 = C20H30O14 :           5E-12 ;		
+{}	C920CO3 + C10H15O9O2 = C20H30O14 :          5E-12 ;		
+{}	C108O2 + C10H15O9O2 = C20H30O14 :           5E-12 ;		
+{}	PINALO2 + C10H15O9O2 = C20H30O13 :          5E-12 ;		
+{}	C96CO3 + C10H15O9O2 = C20H30O13 :           5E-12 ;		
+{}	C923CO3 + C10H15O9O2 = C20H30O13 :          5E-12 ;		
+{}	LIMAO2 + C10H15O9O2 = C20H30O12 :           5E-12 ;		
+{}	LIMALBO2 + C10H15O9O2 = C20H30O13 :         5E-12 ;		
+{}	LIMCO2 + C10H15O9O2 = C20H30O12 :           5E-12 ;		
+{}	LIMALO2 + C10H15O9O2 = C20H30O13 :          5E-12 ;		
+{}	LIMBO2 + C10H15O9O2 = C20H30O12 :           5E-12 ;		
+{}	LIMALAO2 + C10H15O9O2 = C20H30O13 :         5E-12 ;		
+{}	NAPINAO2 + C10H15O9O2 = C20H31O11NO3 :      5E-12 ;		
+{}	NAPINBO2 + C10H15O9O2 = C20H31O11NO3 :      5E-12 ;		
+{}	BPINAO2 + C10H15O9O2 = C20H30O12 :   5E-12 ;
+{}	BPINBO2 + C10H15O9O2 = C20H30O12 :   5E-12 ;
+{}	BPINCO2 + C10H15O9O2 = C20H30O12 :   5E-12 ;
+{}	C918CO3 + C10H15O9O2 = C20H30O13 :   5E-12 ;
+{}	NC102O2 + C10H15O9O2 = C20H31O12NO3 :       5E-12 ;		
+{}	NC101O2 + C10H15O9O2 = C20H31O12NO3 :       5E-12 ;		
+{}	NLIMO2 + C10H15O9O2 =  C20H31O11NO3 :       5E-12 ;		
+{}	NLIMALO2 + C10H15O9O2 =  C20H31O12NO3 :     5E-12 ;		
+{}	NC91CO3 + C10H15O9O2 =  C20H31O12NO3 :      5E-12 ;		
+{}	NBPINAO2 + C10H15O9O2 =  C20H31O11NO3 :     5E-12 ;		
+{}	NBPINBO2 + C10H15O9O2 =  C20H31O11NO3 :     5E-12 ;		
+{}	C96O2 + C10H15O9O2 =  C19H28O12 :           5E-12 ;		
+{}	C89CO3 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	C920O2 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	C97O2 + C10H15O9O2 =  C19H28O13 :           5E-12 ;		
+{}	C85CO3 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	C811CO3 + C10H15O9O2 =  C19H28O14 :         5E-12 ;		
+{}	C921O2 + C10H15O9O2 =  C19H28O14 :          5E-12 ;		
+{}	C98O2 + C10H15O9O2 =  C19H28O14 :           5E-12 ;		
+{}	C922O2 + C10H15O9O2 =  C19H28O15 :          5E-12 ;		
+{}	C923O2 + C10H15O9O2 =  C19H28O12 :          5E-12 ;		
+{}	C924O2 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	C816CO3 + C10H15O9O2 =  C19H28O13 :         5E-12 ;		
+{}	NORLIMO2 + C10H15O9O2 =  C19H28O14 :        5E-12 ;		
+{}	LMKAO2 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	LMKBO2 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	C926O2 + C10H15O9O2 =  C19H28O14 :          5E-12 ;		
+{}	C817CO3 + C10H15O9O2 =  C19H28O14 :         5E-12 ;		
+{}	LMLKAO2 + C10H15O9O2 =  C19H28O14 :         5E-12 ;		
+{}	LMLKBO2 + C10H15O9O2 =  C19H28O14 :         5E-12 ;		
+{}	C823CO3 + C10H15O9O2 =  C19H28O14 :         5E-12 ;		
+{}	C925O2 + C10H15O9O2 =  C19H28O15 :          5E-12 ;		
+{}	NOPINAO2 + C10H15O9O2 =  C19H28O12 :        5E-12 ;		
+{}	NOPINBO2 + C10H15O9O2 =  C19H28O12 :        5E-12 ;		
+{}	NOPINCO2 + C10H15O9O2 =  C19H28O12 :        5E-12 ;		
+{}	NOPINDO2 + C10H15O9O2 =  C19H28O12 :        5E-12 ;		
+{}	C918O2 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	C9DCO2 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	C915O2 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	C917O2 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	C919O2 + C10H15O9O2 =  C19H28O14 :          5E-12 ;		
+{}	C914O2 + C10H15O9O2 =  C19H28O14 :          5E-12 ;		
+{}	C916O2 + C10H15O9O2 =  C19H28O14 :          5E-12 ;		
+{}	C88CO3 + C10H15O9O2 =  C19H28O14 :          5E-12 ;		
+{}	C87CO3 + C10H15O9O2 =  C19H28O15 :          5E-12 ;		
+{}	C822CO3 + C10H15O9O2 =  C19H28O13 :         5E-12 ;		
+{}	NLMKAO2  + C10H15O9O2 =  C19H29O12NO3 :     5E-12 ;		
+{}	C85O2 + C10H15O9O2 =  C18H26O12 :           5E-12 ;		
+{}	C89O2 + C10H15O9O2 =  C18H26O12 :           5E-12 ;		
+{}	C86O2 + C10H15O9O2 =  C18H26O13 :           5E-12 ;		
+{}	C811O2 + C10H15O9O2 =  C18H26O13 :          5E-12 ;		
+{}	C810O2 + C10H15O9O2 =  C18H26O13 :          5E-12 ;		
+{}	C812O2 + C10H15O9O2 =  C18H26O14 :          5E-12 ;		
+{}	C813O2 + C10H15O9O2 =  C18H26O12 :          5E-12 ;		
+{}	C729CO3 + C10H15O9O2 =  C18H26O13 :         5E-12 ;		
+{}	C816O2 + C10H15O9O2 =  C18H26O12 :          5E-12 ;		
+{}	C817O2 + C10H15O9O2 =  C18H26O13 :          5E-12 ;		
+{}	C826O2 + C10H15O9O2 =  C18H26O14 :          5E-12 ;		
+{}	C822O2 + C10H15O9O2 =  C18H26O12 :          5E-12 ;		
+{}	C818O2 + C10H15O9O2 =  C18H26O14 :          5E-12 ;		
+{}	C823O2 + C10H15O9O2 =  C18H26O13 :          5E-12 ;		
+{}	C819O2 + C10H15O9O2 =  C18H26O14 :          5E-12 ;		
+{}	C727CO3 + C10H15O9O2 =  C18H26O14 :         5E-12 ;		
+{}	C731CO3 + C10H15O9O2 =  C18H26O14 :         5E-12 ;		
+{}	C824O2 + C10H15O9O2 =  C18H26O13 :          5E-12 ;		
+{}	C820O2 + C10H15O9O2 =  C18H26O15 :          5E-12 ;		
+{}	C825O2 + C10H15O9O2 =  C18H26O14 :          5E-12 ;		
+{}	C821O2 + C10H15O9O2 =  C18H26O14 :          5E-12 ;		
+{}	C732CO3 + C10H15O9O2 =  C18H26O15 :         5E-12 ;		
+{}	C8BCO2 + C10H15O9O2 =  C18H26O11 :          5E-12 ;		
+{}	C88O2 + C10H15O9O2 =  C18H26O13 :           5E-12 ;		
+{}	C718CO3 + C10H15O9O2 =  C18H26O14 :         5E-12 ;		
+{}	C87O2 + C10H15O9O2 =  C18H26O14 :           5E-12 ;		
+{}	C721CO3 + C10H15O9O2 =  C18H26O14 :         5E-12 ;		
+{}	NC826O2 + C10H15O9O2 =  C18H27O13NO3 :      5E-12 ;		
+{}	APINAO2 + C10H15O10O2 = C20H30O13 :         5E-12 ;		
+{}	APINBO2 + C10H15O10O2 = C20H30O13 :         5E-12 ;		
+{}	APINCO2 + C10H15O10O2 = C20H30O13 :         5E-12 ;		
+{}	C107O2 + C10H15O10O2 = C20H30O14 :          5E-12 ;		
+{}	C109O2 + C10H15O10O2 = C20H30O14 :          5E-12 ;		
+{}	C106O2 + C10H15O10O2 = C20H30O15 :          5E-12 ;		
+{}	C920CO3 + C10H15O10O2 = C20H30O15 :         5E-12 ;		
+{}	C108O2 + C10H15O10O2 = C20H30O15 :          5E-12 ;		
+{}	PINALO2 + C10H15O10O2 = C20H30O14 :         5E-12 ;		
+{}	C96CO3 + C10H15O10O2 = C20H30O14 :          5E-12 ;		
+{}	C923CO3 + C10H15O10O2 = C20H30O14 :         5E-12 ;		
+{}	LIMAO2 + C10H15O10O2 = C20H30O13 :          5E-12 ;		
+{}	LIMALBO2 + C10H15O10O2 = C20H30O14 :        5E-12 ;		
+{}	LIMCO2 + C10H15O10O2 = C20H30O13 :          5E-12 ;		
+{}	LIMALO2 + C10H15O10O2 = C20H30O14 :         5E-12 ;		
+{}	LIMBO2 + C10H15O10O2 = C20H30O13 :          5E-12 ;		
+{}	LIMALAO2 + C10H15O10O2 = C20H30O14 :        5E-12 ;		
+{}	NAPINAO2 + C10H15O10O2 = C20H31O12NO3 :     5E-12 ;		
+{}	NAPINBO2 + C10H15O10O2 = C20H31O12NO3 :     5E-12 ;		
+{}	BPINAO2 + C10H15O10O2 = C20H30O13 :   5E-12 ;
+{}	BPINBO2 + C10H15O10O2 = C20H30O13 :   5E-12 ;
+{}	BPINCO2 + C10H15O10O2 = C20H30O13 :   5E-12 ;
+{}	C918CO3 + C10H15O10O2 = C20H30O14 :   5E-12 ;
+{}	NC102O2 + C10H15O10O2 = C20H31O13NO3 :      5E-12 ;		
+{}	NC101O2 + C10H15O10O2 = C20H31O13NO3 :      5E-12 ;		
+{}	NLIMO2 + C10H15O10O2 =  C20H31O12NO3 :      5E-12 ;		
+{}	NLIMALO2 + C10H15O10O2 =  C20H31O13NO3 :    5E-12 ;		
+{}	NC91CO3 + C10H15O10O2 =  C20H31O13NO3 :     5E-12 ;		
+{}	NBPINAO2 + C10H15O10O2 =  C20H31O12NO3 :    5E-12 ;		
+{}	NBPINBO2 + C10H15O10O2 =  C20H31O12NO3 :    5E-12 ;		
+{}	C96O2 + C10H15O10O2 =  C19H28O13 :          5E-12 ;		
+{}	C89CO3 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	C920O2 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	C97O2 + C10H15O10O2 =  C19H28O14 :          5E-12 ;		
+{}	C85CO3 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	C811CO3 + C10H15O10O2 =  C19H28O15 :        5E-12 ;		
+{}	C921O2 + C10H15O10O2 =  C19H28O15 :         5E-12 ;		
+{}	C98O2 + C10H15O10O2 =  C19H28O15 :          5E-12 ;		
+{}	C922O2 + C10H15O10O2 =  C19H28O16 :         5E-12 ;		
+{}	C923O2 + C10H15O10O2 =  C19H28O13 :         5E-12 ;		
+{}	C924O2 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	C816CO3 + C10H15O10O2 =  C19H28O14 :        5E-12 ;		
+{}	NORLIMO2 + C10H15O10O2 =  C19H28O15 :       5E-12 ;		
+{}	LMKAO2 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	LMKBO2 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	C926O2 + C10H15O10O2 =  C19H28O15 :         5E-12 ;		
+{}	C817CO3 + C10H15O10O2 =  C19H28O15 :        5E-12 ;		
+{}	LMLKAO2 + C10H15O10O2 =  C19H28O15 :        5E-12 ;		
+{}	LMLKBO2 + C10H15O10O2 =  C19H28O15 :        5E-12 ;		
+{}	C823CO3 + C10H15O10O2 =  C19H28O15 :        5E-12 ;		
+{}	C925O2 + C10H15O10O2 =  C19H28O16 :         5E-12 ;		
+{}	NOPINAO2 + C10H15O10O2 =  C19H28O13 :       5E-12 ;		
+{}	NOPINBO2 + C10H15O10O2 =  C19H28O13 :       5E-12 ;		
+{}	NOPINCO2 + C10H15O10O2 =  C19H28O13 :       5E-12 ;		
+{}	NOPINDO2 + C10H15O10O2 =  C19H28O13 :       5E-12 ;		
+{}	C918O2 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	C9DCO2 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	C915O2 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	C917O2 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	C919O2 + C10H15O10O2 =  C19H28O15 :         5E-12 ;		
+{}	C914O2 + C10H15O10O2 =  C19H28O15 :         5E-12 ;		
+{}	C916O2 + C10H15O10O2 =  C19H28O15 :         5E-12 ;		
+{}	C88CO3 + C10H15O10O2 =  C19H28O15 :         5E-12 ;		
+{}	C87CO3 + C10H15O10O2 =  C19H28O16 :         5E-12 ;		
+{}	C822CO3 + C10H15O10O2 =  C19H28O14 :        5E-12 ;		
+{}	NLMKAO2  + C10H15O10O2 =  C19H29O13NO3 :    5E-12 ;		
+{}	C85O2 + C10H15O10O2 =  C18H26O13 :          5E-12 ;		
+{}	C89O2 + C10H15O10O2 =  C18H26O13 :          5E-12 ;		
+{}	C86O2 + C10H15O10O2 =  C18H26O14 :          5E-12 ;		
+{}	C811O2 + C10H15O10O2 =  C18H26O14 :         5E-12 ;		
+{}	C810O2 + C10H15O10O2 =  C18H26O14 :         5E-12 ;		
+{}	C812O2 + C10H15O10O2 =  C18H26O15 :         5E-12 ;		
+{}	C813O2 + C10H15O10O2 =  C18H26O13 :         5E-12 ;		
+{}	C729CO3 + C10H15O10O2 =  C18H26O14 :        5E-12 ;		
+{}	C816O2 + C10H15O10O2 =  C18H26O13 :         5E-12 ;		
+{}	C817O2 + C10H15O10O2 =  C18H26O14 :         5E-12 ;		
+{}	C826O2 + C10H15O10O2 =  C18H26O15 :         5E-12 ;		
+{}	C822O2 + C10H15O10O2 =  C18H26O13 :         5E-12 ;		
+{}	C818O2 + C10H15O10O2 =  C18H26O15 :         5E-12 ;		
+{}	C823O2 + C10H15O10O2 =  C18H26O14 :         5E-12 ;		
+{}	C819O2 + C10H15O10O2 =  C18H26O15 :         5E-12 ;		
+{}	C727CO3 + C10H15O10O2 =  C18H26O15 :        5E-12 ;		
+{}	C731CO3 + C10H15O10O2 =  C18H26O15 :        5E-12 ;		
+{}	C824O2 + C10H15O10O2 =  C18H26O14 :         5E-12 ;		
+{}	C820O2 + C10H15O10O2 =  C18H26O16 :         5E-12 ;		
+{}	C825O2 + C10H15O10O2 =  C18H26O15 :         5E-12 ;		
+{}	C821O2 + C10H15O10O2 =  C18H26O15 :         5E-12 ;		
+{}	C732CO3 + C10H15O10O2 =  C18H26O16 :        5E-12 ;		
+{}	C8BCO2 + C10H15O10O2 =  C18H26O12 :         5E-12 ;		
+{}	C88O2 + C10H15O10O2 =  C18H26O14 :          5E-12 ;		
+{}	C718CO3 + C10H15O10O2 =  C18H26O15 :        5E-12 ;		
+{}	C87O2 + C10H15O10O2 =  C18H26O15 :          5E-12 ;		
+{}	C721CO3 + C10H15O10O2 =  C18H26O15 :        5E-12 ;		
+{}	NC826O2 + C10H15O10O2 =  C18H27O14NO3 :     5E-12 ;		
+{}	APINAO2 + C10H15O11O2 = C20H30O14 :         5E-12 ;		
+{}	APINBO2 + C10H15O11O2 = C20H30O14 :         5E-12 ;		
+{}	APINCO2 + C10H15O11O2 = C20H30O14 :         5E-12 ;		
+{}	C107O2 + C10H15O11O2 = C20H30O15 :          5E-12 ;		
+{}	C109O2 + C10H15O11O2 = C20H30O15 :          5E-12 ;		
+{}	C106O2 + C10H15O11O2 = C20H30O16 :          5E-12 ;		
+{}	C920CO3 + C10H15O11O2 = C20H30O16 :         5E-12 ;		
+{}	C108O2 + C10H15O11O2 = C20H30O16 :          5E-12 ;		
+{}	PINALO2 + C10H15O11O2 = C20H30O15 :         5E-12 ;		
+{}	C96CO3 + C10H15O11O2 = C20H30O15 :          5E-12 ;		
+{}	C923CO3 + C10H15O11O2 = C20H30O15 :         5E-12 ;		
+{}	LIMAO2 + C10H15O11O2 = C20H30O14 :          5E-12 ;		
+{}	LIMALBO2 + C10H15O11O2 = C20H30O15 :        5E-12 ;		
+{}	LIMCO2 + C10H15O11O2 = C20H30O14 :          5E-12 ;		
+{}	LIMALO2 + C10H15O11O2 = C20H30O15 :         5E-12 ;		
+{}	LIMBO2 + C10H15O11O2 = C20H30O14 :          5E-12 ;		
+{}	LIMALAO2 + C10H15O11O2 = C20H30O15 :        5E-12 ;		
+{}	NAPINAO2 + C10H15O11O2 = C20H31O13NO3 :     5E-12 ;		
+{}	NAPINBO2 + C10H15O11O2 = C20H31O13NO3 :     5E-12 ;		
+{}	BPINAO2 + C10H15O11O2 = C20H30O14 :   5E-12 ;
+{}	BPINBO2 + C10H15O11O2 = C20H30O14 :   5E-12 ;
+{}	BPINCO2 + C10H15O11O2 = C20H30O14 :   5E-12 ;
+{}	C918CO3 + C10H15O11O2 = C20H30O15 :   5E-12 ;
+{}	NC102O2 + C10H15O11O2 = C20H31O14NO3 :      5E-12 ;		
+{}	NC101O2 + C10H15O11O2 = C20H31O14NO3 :      5E-12 ;		
+{}	NLIMO2 + C10H15O11O2 =  C20H31O13NO3 :      5E-12 ;		
+{}	NLIMALO2 + C10H15O11O2 =  C20H31O14NO3 :    5E-12 ;		
+{}	NC91CO3 + C10H15O11O2 =  C20H31O14NO3 :     5E-12 ;		
+{}	NBPINAO2 + C10H15O11O2 =  C20H31O13NO3 :    5E-12 ;		
+{}	NBPINBO2 + C10H15O11O2 =  C20H31O13NO3 :    5E-12 ;		
+{}	C96O2 + C10H15O11O2 =  C19H28O14 :          5E-12 ;		
+{}	C89CO3 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	C920O2 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	C97O2 + C10H15O11O2 =  C19H28O15 :          5E-12 ;		
+{}	C85CO3 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	C811CO3 + C10H15O11O2 =  C19H28O16 :        5E-12 ;		
+{}	C921O2 + C10H15O11O2 =  C19H28O16 :         5E-12 ;		
+{}	C98O2 + C10H15O11O2 =  C19H28O16 :          5E-12 ;		
+{}	C922O2 + C10H15O11O2 =  C19H28O17 :         5E-12 ;		
+{}	C923O2 + C10H15O11O2 =  C19H28O14 :         5E-12 ;		
+{}	C924O2 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	C816CO3 + C10H15O11O2 =  C19H28O15 :        5E-12 ;		
+{}	NORLIMO2 + C10H15O11O2 =  C19H28O16 :       5E-12 ;		
+{}	LMKAO2 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	LMKBO2 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	C926O2 + C10H15O11O2 =  C19H28O16 :         5E-12 ;		
+{}	C817CO3 + C10H15O11O2 =  C19H28O16 :        5E-12 ;		
+{}	LMLKAO2 + C10H15O11O2 =  C19H28O16 :        5E-12 ;		
+{}	LMLKBO2 + C10H15O11O2 =  C19H28O16 :        5E-12 ;		
+{}	C823CO3 + C10H15O11O2 =  C19H28O16 :        5E-12 ;		
+{}	C925O2 + C10H15O11O2 =  C19H28O17 :         5E-12 ;		
+{}	NOPINAO2 + C10H15O11O2 =  C19H28O14 :       5E-12 ;		
+{}	NOPINBO2 + C10H15O11O2 =  C19H28O14 :       5E-12 ;		
+{}	NOPINCO2 + C10H15O11O2 =  C19H28O14 :       5E-12 ;		
+{}	NOPINDO2 + C10H15O11O2 =  C19H28O14 :       5E-12 ;		
+{}	C918O2 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	C9DCO2 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	C915O2 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	C917O2 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	C919O2 + C10H15O11O2 =  C19H28O16 :         5E-12 ;		
+{}	C914O2 + C10H15O11O2 =  C19H28O16 :         5E-12 ;		
+{}	C916O2 + C10H15O11O2 =  C19H28O16 :         5E-12 ;		
+{}	C88CO3 + C10H15O11O2 =  C19H28O16 :         5E-12 ;		
+{}	C87CO3 + C10H15O11O2 =  C19H28O17 :         5E-12 ;		
+{}	C822CO3 + C10H15O11O2 =  C19H28O15 :        5E-12 ;		
+{}	NLMKAO2  + C10H15O11O2 =  C19H29O14NO3 :    5E-12 ;		
+{}	C85O2 + C10H15O11O2 =  C18H26O14 :          5E-12 ;		
+{}	C89O2 + C10H15O11O2 =  C18H26O14 :          5E-12 ;		
+{}	C86O2 + C10H15O11O2 =  C18H26O15 :          5E-12 ;		
+{}	C811O2 + C10H15O11O2 =  C18H26O15 :        5E-12 ;		
+{}	C810O2 + C10H15O11O2 =  C18H26O15 :        5E-12 ;		
+{}	C812O2 + C10H15O11O2 =  C18H26O16 :        5E-12 ;		
+{}	C813O2 + C10H15O11O2 =  C18H26O14 :        5E-12 ;		
+{}	C729CO3 + C10H15O11O2 =  C18H26O15 :       5E-12 ;		
+{}	C816O2 + C10H15O11O2 =  C18H26O14 :        5E-12 ;		
+{}	C817O2 + C10H15O11O2 =  C18H26O15 :        5E-12 ;		
+{}	C826O2 + C10H15O11O2 =  C18H26O16 :        5E-12 ;		
+{}	C822O2 + C10H15O11O2 =  C18H26O14 :        5E-12 ;		
+{}	C818O2 + C10H15O11O2 =  C18H26O16 :        5E-12 ;		
+{}	C823O2 + C10H15O11O2 =  C18H26O15 :        5E-12 ;		
+{}	C819O2 + C10H15O11O2 =  C18H26O16 :        5E-12 ;		
+{}	C727CO3 + C10H15O11O2 =  C18H26O16 :       5E-12 ;		
+{}	C731CO3 + C10H15O11O2 =  C18H26O16 :       5E-12 ;		
+{}	C824O2 + C10H15O11O2 =  C18H26O15 :        5E-12 ;		
+{}	C820O2 + C10H15O11O2 =  C18H26O17 :        5E-12 ;		
+{}	C825O2 + C10H15O11O2 =  C18H26O16 :        5E-12 ;		
+{}	C821O2 + C10H15O11O2 =  C18H26O16 :        5E-12 ;		
+{}	C732CO3 + C10H15O11O2 =  C18H26O17 :       5E-12 ;		
+{}	C8BCO2 + C10H15O11O2 =  C18H26O13 :        5E-12 ;		
+{}	C88O2 + C10H15O11O2 =  C18H26O15 :         5E-12 ;		
+{}	C718CO3 + C10H15O11O2 =  C18H26O16 :       5E-12 ;		
+{}	C87O2 + C10H15O11O2 =  C18H26O16 :         5E-12 ;		
+{}	C721CO3 + C10H15O11O2 =  C18H26O16 :       5E-12 ;		
+{}	NC826O2 + C10H15O11O2 =  C18H27O15NO3 :    5E-12 ;		
+{}	APINAO2 + C10H15O12O2 = C20H30O15 :        5E-12 ;		
+{}	APINBO2 + C10H15O12O2 = C20H30O15 :        5E-12 ;		
+{}	APINCO2 + C10H15O12O2 = C20H30O15 :        5E-12 ;		
+{}	C107O2 + C10H15O12O2 = C20H30O16 :         5E-12 ;		
+{}	C109O2 + C10H15O12O2 = C20H30O16 :         5E-12 ;		
+{}	C106O2 + C10H15O12O2 = C20H30O16 :         5E-12 ;		
+{}	C920CO3 + C10H15O12O2 = C20H30O17 :        5E-12 ;		
+{}	C108O2 + C10H15O12O2 = C20H30O17 :         5E-12 ;		
+{}	PINALO2 + C10H15O12O2 = C20H30O16 :        5E-12 ;		
+{}	C96CO3 + C10H15O12O2 = C20H30O16 :         5E-12 ;		
+{}	C923CO3 + C10H15O12O2 = C20H30O16 :        5E-12 ;		
+{}	LIMAO2 + C10H15O12O2 = C20H30O15 :         5E-12 ;		
+{}	LIMALBO2 + C10H15O12O2 = C20H30O16 :       5E-12 ;		
+{}	LIMCO2 + C10H15O12O2 = C20H30O15 :         5E-12 ;		
+{}	LIMALO2 + C10H15O12O2 = C20H30O16 :        5E-12 ;		
+{}	LIMBO2 + C10H15O12O2 = C20H30O15 :         5E-12 ;		
+{}	LIMALAO2 + C10H15O12O2 = C20H30O16 :       5E-12 ;		
+{}	NAPINAO2 + C10H15O12O2 = C20H31O14NO3 :    5E-12 ;		
+{}	NAPINBO2 + C10H15O12O2 = C20H31O14NO3 :    5E-12 ;		
+{}	BPINAO2 + C10H15O12O2 = C20H30O15 :   5E-12 ;
+{}	BPINBO2 + C10H15O12O2 = C20H30O15 :   5E-12 ;
+{}	BPINCO2 + C10H15O12O2 = C20H30O15 :   5E-12 ;
+{}	C918CO3 + C10H15O12O2 = C20H30O16 :   5E-12 ;
+{}	NC102O2 + C10H15O12O2 = C20H31O15NO3 :      5E-12 ;		
+{}	NC101O2 + C10H15O12O2 = C20H31O15NO3 :      5E-12 ;		
+{}	NLIMO2 + C10H15O12O2 =  C20H31O14NO3 :      5E-12 ;		
+{}	NLIMALO2 + C10H15O12O2 =  C20H31O15NO3 :    5E-12 ;		
+{}	NC91CO3 + C10H15O12O2 =  C20H31O15NO3 :     5E-12 ;		
+{}	NBPINAO2 + C10H15O12O2 =  C20H31O14NO3 :    5E-12 ;		
+{}	NBPINBO2 + C10H15O12O2 =  C20H31O14NO3 :    5E-12 ;		
+{}			
+{}	C96O2 + C10H15O12O2 =  C19H28O15 :         5E-12 ;		
+{}	C89CO3 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	C920O2 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	C97O2 + C10H15O12O2 =  C19H28O16 :         5E-12 ;		
+{}	C85CO3 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	C811CO3 + C10H15O12O2 =  C19H28O17 :       5E-12 ;		
+{}	C921O2 + C10H15O12O2 =  C19H28O17 :        5E-12 ;		
+{}	C98O2 + C10H15O12O2 =  C19H28O17 :         5E-12 ;		
+{}	C922O2 + C10H15O12O2 =  C19H28O18 :        5E-12 ;		
+{}	C923O2 + C10H15O12O2 =  C19H28O15 :        5E-12 ;		
+{}	C924O2 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	C816CO3 + C10H15O12O2 =  C19H28O16 :       5E-12 ;		
+{}	NORLIMO2 + C10H15O12O2 =  C19H28O17 :      5E-12 ;		
+{}	LMKAO2 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	LMKBO2 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	C926O2 + C10H15O12O2 =  C19H28O17 :        5E-12 ;		
+{}	C817CO3 + C10H15O12O2 =  C19H28O17 :       5E-12 ;		
+{}	LMLKAO2 + C10H15O12O2 =  C19H28O17 :       5E-12 ;		
+{}	LMLKBO2 + C10H15O12O2 =  C19H28O17 :       5E-12 ;		
+{}	C823CO3 + C10H15O12O2 =  C19H28O17 :       5E-12 ;		
+{}	C925O2 + C10H15O12O2 =  C19H28O18 :        5E-12 ;		
+{}	NOPINAO2 + C10H15O12O2 =  C19H28O15 :      5E-12 ;		
+{}	NOPINBO2 + C10H15O12O2 =  C19H28O15 :      5E-12 ;		
+{}	NOPINCO2 + C10H15O12O2 =  C19H28O15 :      5E-12 ;		
+{}	NOPINDO2 + C10H15O12O2 =  C19H28O15 :      5E-12 ;		
+{}	C918O2 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	C9DCO2 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	C915O2 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	C917O2 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	C919O2 + C10H15O12O2 =  C19H28O17 :        5E-12 ;		
+{}	C914O2 + C10H15O12O2 =  C19H28O17 :        5E-12 ;		
+{}	C916O2 + C10H15O12O2 =  C19H28O17 :        5E-12 ;		
+{}	C88CO3 + C10H15O12O2 =  C19H28O17 :        5E-12 ;		
+{}	C87CO3 + C10H15O12O2 =  C19H28O18 :        5E-12 ;		
+{}	C822CO3 + C10H15O12O2 =  C19H28O16 :       5E-12 ;		
+{}	NLMKAO2  + C10H15O12O2 =  C19H29O15NO3 :   5E-12 ;		
+{}			
+{}	C85O2 + C10H15O12O2 =  C18H26O15 :         5E-12 ;		
+{}	C89O2 + C10H15O12O2 =  C18H26O15 :         5E-12 ;		
+{}	C86O2 + C10H15O12O2 =  C18H26O16 :         5E-12 ;		
+{}	C811O2 + C10H15O12O2 =  C18H26O16 :        5E-12 ;		
+{}	C810O2 + C10H15O12O2 =  C18H26O16 :        5E-12 ;		
+{}	C812O2 + C10H15O12O2 =  C18H26O17 :        5E-12 ;		
+{}	C813O2 + C10H15O12O2 =  C18H26O15 :        5E-12 ;		
+{}	C729CO3 + C10H15O12O2 =  C18H26O16 :       5E-12 ;		
+{}	C816O2 + C10H15O12O2 =  C18H26O15 :        5E-12 ;		
+{}	C817O2 + C10H15O12O2 =  C18H26O16 :        5E-12 ;		
+{}	C826O2 + C10H15O12O2 =  C18H26O17 :        5E-12 ;		
+{}	C822O2 + C10H15O12O2 =  C18H26O15 :        5E-12 ;		
+{}	C818O2 + C10H15O12O2 =  C18H26O17 :        5E-12 ;		
+{}	C823O2 + C10H15O12O2 =  C18H26O16 :        5E-12 ;		
+{}	C819O2 + C10H15O12O2 =  C18H26O17 :        5E-12 ;		
+{}	C727CO3 + C10H15O12O2 =  C18H26O17 :       5E-12 ;		
+{}	C731CO3 + C10H15O12O2 =  C18H26O17 :       5E-12 ;		
+{}	C824O2 + C10H15O12O2 =  C18H26O16 :        5E-12 ;		
+{}	C820O2 + C10H15O12O2 =  C18H26O18 :        5E-12 ;		
+{}	C825O2 + C10H15O12O2 =  C18H26O17 :        5E-12 ;		
+{}	C821O2 + C10H15O12O2 =  C18H26O17 :        5E-12 ;		
+{}	C732CO3 + C10H15O12O2 =  C18H26O18 :       5E-12 ;		
+{}	C8BCO2 + C10H15O12O2 =  C18H26O14 :        5E-12 ;		
+{}	C88O2 + C10H15O12O2 =  C18H26O16 :         5E-12 ;		
+{}	C718CO3 + C10H15O12O2 =  C18H26O17 :       5E-12 ;		
+{}	C87O2 + C10H15O12O2 =  C18H26O17 :         5E-12 ;		
+{}	C721CO3 + C10H15O12O2 =  C18H26O17 :       5E-12 ;		
+{}	NC826O2 + C10H15O12O2 =  C18H27O16NO3 :    5E-12 ;		
+{}	C10H15O2O2 = C10H14O3     :               1E-12*0.2*RO2 ;		
+{}	C10H15O2O2 = C10H15O2O    :               1E-12*0.6*RO2 ;		
+{}	C10H15O2O2 = C10H16O3     :               1E-12*0.2*RO2 ;		
+{}			
+{}	C10H15O3O2 = C10H14O4     :               5E-12*0.2*RO2 ;		
+{}	C10H15O3O2 = C10H15O3O    :               5E-12*0.6*RO2 ;		
+{}	C10H15O3O2 = C10H16O4iso1 :               5E-12*0.2*RO2 ;		
+{}			
+{}	C10H15O4O2 = C10H14O5     :               5E-12*0.2*RO2 ;		
+{}	C10H15O4O2 = C10H15O4O    :               5E-12*0.6*RO2 ;		
+{}	C10H15O4O2 = C10H16O5iso1 :               5E-12*0.2*RO2 ;		
+{}			
+{}	C10H15O5O2 = C10H14O6     :               5E-12*0.2*RO2 ;		
+{}	C10H15O5O2 = C10H15O5O    :               5E-12*0.6*RO2 ;		
+{}	C10H15O5O2 = C10H16O6iso1 :               5E-12*0.2*RO2 ;		
+{}			
+{}	C10H15O6O2 = C10H14O7     :               7E-12*0.4*RO2 ;		
+{}	C10H15O6O2 = C10H15O6O    :               7E-12*0.4*RO2 ;		
+{}	C10H15O6O2 = C10H16O7iso1 :               7E-12*0.2*RO2 ;		
+{}			
+{}	C10H15O7O2 = C10H14O8     :               8E-12*0.2*RO2 ;		
+{}	C10H15O7O2 = C10H15O7O    :               8E-12*0.4*RO2 ;		
+{}	C10H15O7O2 = C10H16O8iso1 :               8E-12*0.4*RO2 ;		
+{}			
+{}	C10H15O8O2 = C10H14O9     :               9E-12*0.4*RO2 ;		
+{}	C10H15O8O2 = C10H15O8O    :               9E-12*0.2*RO2 ;		
+{}	C10H15O8O2 = C10H16O9iso1 :               9E-12*0.4*RO2 ;		
+{}			
+{}	C10H15O9O2 = C10H14O10    :               1E-11*0.3*RO2 ;		
+{}	C10H15O9O2 = C10H15O9O    :               1E-11*0.2*RO2 ;		
+{}	C10H15O9O2 = C10H16O10    :               1E-11*0.5*RO2 ;		
+{}	 
+{}	C10H15O10O2 = C10H14O11   :               1E-11*0.5*RO2 ;		
+{}	C10H15O10O2 = C10H15O10O  :               1E-11*0.2*RO2 ;		
+{}	C10H15O10O2 = C10H16O11   :               1E-11*0.3*RO2 ;		
+{}			
+{}	C10H15O11O2 = C10H14O12   :               1E-11*0.4*RO2 ;		
+{}	C10H15O11O2 = C10H15O11O  :               1E-11*0.2*RO2 ;		
+{}	C10H15O11O2 = C10H16O12   :               1E-11*0.4*RO2 ;		
+{}			
+{}	C10H15O12O2 = C10H14O13   :               1E-11*0.5*RO2 ;		
+{}	C10H15O12O2 = C10H15O12O  :               1E-11*0.0*RO2 ;		
+{}	C10H15O12O2 = C10H16O13   :               1E-11*0.5*RO2 ;		
+{}			
+{}	C107O2 = C10H15O2O :                      9.20D-14*RO2*0.1 ;		
+{}	C107O2 = C107O : 	                      9.20D-14*0.7*RO2*0.9 ;	
+{}	C107O2 = C107OH : 	                      9.20D-14*0.3*RO2*0.9 ;	
+{}			
+{}	C10H17O3O2 = C10H17O5O2 :                 2D17*exp(-1.2077D4/TEMP);		
+{}	C10H17O4O2 = C10H17O6O2 :                 6D16*exp(-1.2077D4/TEMP);		
+{}	C10H17O5O2 = C10H17O7O2 :                 6D16*exp(-1.2077D4/TEMP);		
+{}	C10H17O6O2 = C10H17O8O2 :                 3D16*exp(-1.2077D4/TEMP);		
+{}			
+{}	C10H17O3O = C10H17O4O2 :                  KDEC ;		
+{}	C10H17O4O = C10H17O5O2 :                  KDEC ;		
+{}	C10H17O5O = C10H17O6O2 :                  KDEC ;		
+{}	C10H17O6O = C10H17O7O2 :                  KDEC ;		
+{}	C10H17O7O = C10H17O8O2 :                  KDEC ;		
+{}			
+{}	C10H17O3O2 + NO = C10H17O3O + NO2 :       1.0*KRO2NO ;		
+{}	C10H17O4O2 + NO = C10H17O4O + NO2 :       0.9*KRO2NO ;		
+{}	C10H17O5O2 + NO = C10H17O5O + NO2 :       0.8*KRO2NO ;		
+{}	C10H17O6O2 + NO = C10H17O6O + NO2 :       0.7*KRO2NO ;		
+{}	C10H17O7O2 + NO = C10H17O7O + NO2 :       0.5*KRO2NO ;		
+{}			
+{}	C10H17O3O2 + NO = C717O2 + CH3COCH3 + NO2 :     0.0 ;		
+{}	C10H17O4O2 + NO = C717O2 + CH3COCH3 + NO2 :     0.4*KRO2NO*0.1 ;		
+{}	C10H17O5O2 + NO = C717O2 + CH3COCH3 + NO2 :     0.4*KRO2NO*0.2 ;		
+{}	C10H17O6O2 + NO = C717O2 + CH3COCH3 + NO2 :     0.4*KRO2NO*0.3 ;		
+{}	C10H17O7O2 + NO = C717O2 + CH3COCH3 + NO2 :     0.4*KRO2NO*0.5 ;		
+{}	C10H17O8O2 + NO = C717O2 + CH3COCH3 + NO2 :     0.4*KRO2NO*1.0 ;		
+{}			
+{}	C10H17O3O2 + NO = C10H16O4iso2 + NO2 + HO2 :    0.0 ;		
+{}	C10H17O4O2 + NO = C10H16O5iso2 + NO2 + HO2 :    0.6*KRO2NO*0.1*7D0/10D0 ;		
+{}	C10H17O5O2 + NO = C10H16O6iso2 + NO2 + HO2 :    0.6*KRO2NO*0.2*7D0/10D0 ;		
+{}	C10H17O6O2 + NO = C10H16O7iso2 + NO2 + HO2 :    0.6*KRO2NO*0.3*7D0/10D0 ;		
+{}	C10H17O7O2 + NO = C10H16O8iso2 + NO2 + HO2 :    0.6*KRO2NO*0.5*7D0/10D0 ;		
+{}	C10H17O8O2 + NO = C10H16O9iso2 + NO2 + HO2 :    0.6*KRO2NO*1.0*7D0/10D0 ;		
+{}			
+{}	C10H17O3O2 + NO = C10H17O3NO3 :        0.0 ;		
+{}	C10H17O4O2 + NO = C10H17O4NO3 :        0.6*KRO2NO*0.1*3D0/10D0 ;		
+{}	C10H17O5O2 + NO = C10H17O5NO3 :        0.6*KRO2NO*0.2*3D0/10D0 ;		
+{}	C10H17O6O2 + NO = C10H17O6NO3 :        0.6*KRO2NO*0.3*3D0/10D0 ;		
+{}	C10H17O7O2 + NO = C10H17O7NO3 :        0.6*KRO2NO*0.5*3D0/10D0 ;		
+{}	C10H17O8O2 + NO = C10H17O8NO3 :        0.6*KRO2NO*1.0*3D0/10D0 ;		
+{}			
+{}	C10H17O3O2 + HO2 = C10H18O5 :          KRO2HO2 ;		
+{}	C10H17O4O2 + HO2 = C10H18O6 :          KRO2HO2 ;		
+{}	C10H17O5O2 + HO2 = C10H18O7 :          KRO2HO2 ;		
+{}	C10H17O6O2 + HO2 = C10H18O8 :          KRO2HO2 ;		
+{}	C10H17O7O2 + HO2 = C10H18O9 :          KRO2HO2 ;		
+{}	C10H17O8O2 + HO2 = C10H18O10 :         KRO2HO2 ;		
+{}			
+{}	APINAO2 + C10H17O3O2 = C20H34O6 :      1E-13 ;		
+{}	APINBO2 + C10H17O3O2 = C20H34O6 :      1E-13 ;		
+{}	APINCO2 + C10H17O3O2 = C20H34O6 :      1E-13 ;		
+{}	C107O2 + C10H17O3O2 = C20H34O7 :       1E-13 ;		
+{}	C109O2 + C10H17O3O2 = C20H34O7 :       1E-13 ;		
+{}	C106O2 + C10H17O3O2 = C20H34O8 :       1E-13 ;		
+{}	C920CO3 + C10H17O3O2 = C20H34O8 :      1E-13 ;		
+{}	C108O2 + C10H17O3O2 = C20H34O8 :       1E-13 ;		
+{}	PINALO2 + C10H17O3O2 = C20H34O7 :      1E-13 ;		
+{}	C96CO3 + C10H17O3O2 = C20H34O7 :       1E-13 ;		
+{}	C923CO3 + C10H17O3O2 = C20H34O7 :      1E-13 ;		
+{}	LIMAO2 + C10H17O3O2 = C20H34O6 :       1E-13 ;		
+{}	LIMALBO2 + C10H17O3O2 = C20H34O7 :     1E-13 ;		
+{}	LIMCO2 + C10H17O3O2 = C20H34O6 :       1E-13 ;		
+{}	LIMALO2 + C10H17O3O2 = C20H34O7 :      1E-13 ;		
+{}	LIMBO2 + C10H17O3O2 = C20H34O6 :       1E-13 ;		
+{}	LIMALAO2 + C10H17O3O2 = C20H34O7 :     1E-13 ;		
+{}	NAPINAO2 + C10H17O3O2 = C20H35O5NO3 :  1E-13 ;		
+{}	NAPINBO2 + C10H17O3O2 = C20H35O5NO3 :  1E-13 ;		
+{}	BPINAO2 + C10H17O3O2 = C20H34O6 :       1E-13 ;		
+{}	BPINBO2 + C10H17O3O2 = C20H34O6 :       1E-13 ;		
+{}	BPINCO2 + C10H17O3O2 = C20H34O6 :       1E-13 ;		
+{}	C918CO3 + C10H17O3O2 = C20H34O7 :       1E-13 ;		
+{}	NC102O2 + C10H17O3O2 = C20H35O6NO3 :    1E-13 ;		
+{}	NC101O2 + C10H17O3O2 = C20H35O6NO3 :    1E-13 ;		
+{}	NLIMO2 + C10H17O3O2 =  C20H35O5NO3 :    1E-13 ;		
+{}	NLIMALO2 + C10H17O3O2 =  C20H35O6NO3 :  1E-13 ;		
+{}	NC91CO3 + C10H17O3O2 =  C20H35O6NO3 :   1E-13 ;		
+{}	NBPINAO2 + C10H17O3O2 =  C20H35O5NO3 :  1E-13 ;		
+{}	NBPINBO2 + C10H17O3O2 =  C20H35O5NO3 :  1E-13 ;		
+{}			
+{}	C96O2 + C10H17O3O2 =  C19H32O6 :       1E-13 ;		
+{}	C89CO3 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	C920O2 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	C97O2 + C10H17O3O2 =  C19H32O7 :       1E-13 ;		
+{}	C85CO3 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	C811CO3 + C10H17O3O2 =  C19H32O8 :     1E-13 ;		
+{}	C921O2 + C10H17O3O2 =  C19H32O8 :      1E-13 ;		
+{}	C98O2 + C10H17O3O2 =  C19H32O8 :       1E-13 ;		
+{}	C922O2 + C10H17O3O2 =  C19H32O9 :      1E-13 ;		
+{}	C923O2 + C10H17O3O2 =  C19H32O6 :      1E-13 ;		
+{}	C924O2 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	C816CO3 + C10H17O3O2 =  C19H32O7 :     1E-13 ;		
+{}	NORLIMO2 + C10H17O3O2 =  C19H32O8 :    1E-13 ;		
+{}	LMKAO2 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	LMKBO2 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	C926O2 + C10H17O3O2 =  C19H32O8 :      1E-13 ;		
+{}	C817CO3 + C10H17O3O2 =  C19H32O8 :     1E-13 ;		
+{}	LMLKAO2 + C10H17O3O2 =  C19H32O8 :     1E-13 ;		
+{}	LMLKBO2 + C10H17O3O2 =  C19H32O8 :     1E-13 ;		
+{}	C823CO3 + C10H17O3O2 =  C19H32O8 :     1E-13 ;		
+{}	C925O2 + C10H17O3O2 =  C19H32O9 :      1E-13 ;		
+{}	NOPINAO2 + C10H17O3O2 =  C19H32O6 :    1E-13 ;		
+{}	NOPINBO2 + C10H17O3O2 =  C19H32O6 :    1E-13 ;		
+{}	NOPINCO2 + C10H17O3O2 =  C19H32O6 :    1E-13 ;		
+{}	NOPINDO2 + C10H17O3O2 =  C19H32O6 :    1E-13 ;		
+{}	C918O2 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	C9DCO2 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	C915O2 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	C917O2 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	C919O2 + C10H17O3O2 =  C19H32O8 :      1E-13 ;		
+{}	C914O2 + C10H17O3O2 =  C19H32O8 :      1E-13 ;		
+{}	C916O2 + C10H17O3O2 =  C19H32O8 :      1E-13 ;		
+{}	C88CO3 + C10H17O3O2 =  C19H32O8 :      1E-13 ;		
+{}	C87CO3 + C10H17O3O2 =  C19H32O9 :      1E-13 ;		
+{}	C822CO3 + C10H17O3O2 =  C19H32O7 :     1E-13 ;		
+{}	NLMKAO2  + C10H17O3O2 =  C19H33O6NO3 : 1E-13 ;		
+{}			
+{}	C85O2 + C10H17O3O2 =  C18H30O6 :       1E-13 ;		
+{}	C89O2 + C10H17O3O2 =  C18H30O6 :       1E-13 ;		
+{}	C86O2 + C10H17O3O2 =  C18H30O7 :       1E-13 ;		
+{}	C811O2 + C10H17O3O2 =  C18H30O7 :      1E-13 ;		
+{}	C810O2 + C10H17O3O2 =  C18H30O7 :      1E-13 ;		
+{}	C812O2 + C10H17O3O2 =  C18H30O8 :      1E-13 ;		
+{}	C813O2 + C10H17O3O2 =  C18H30O6 :      1E-13 ;		
+{}	C729CO3 + C10H17O3O2 =  C18H30O7 :     1E-13 ;		
+{}	C816O2 + C10H17O3O2 =  C18H30O6 :      1E-13 ;		
+{}	C817O2 + C10H17O3O2 =  C18H30O7 :      1E-13 ;		
+{}	C826O2 + C10H17O3O2 =  C18H30O8 :      1E-13 ;		
+{}	C822O2 + C10H17O3O2 =  C18H30O6 :      1E-13 ;		
+{}	C818O2 + C10H17O3O2 =  C18H30O8 :      1E-13 ;		
+{}	C823O2 + C10H17O3O2 =  C18H30O7 :      1E-13 ;		
+{}	C819O2 + C10H17O3O2 =  C18H30O8 :      1E-13 ;		
+{}	C727CO3 + C10H17O3O2 =  C18H30O8 :     1E-13 ;		
+{}	C731CO3 + C10H17O3O2 =  C18H30O8 :     1E-13 ;		
+{}	C824O2 + C10H17O3O2 =  C18H30O7 :      1E-13 ;		
+{}	C820O2 + C10H17O3O2 =  C18H30O9 :      1E-13 ;		
+{}	C825O2 + C10H17O3O2 =  C18H30O8 :      1E-13 ;		
+{}	C821O2 + C10H17O3O2 =  C18H30O8 :      1E-13 ;		
+{}	C732CO3 + C10H17O3O2 =  C18H30O9 :     1E-13 ;		
+{}	C8BCO2 + C10H17O3O2 =  C18H30O5 :      1E-13 ;		
+{}	C88O2 + C10H17O3O2 =  C18H30O7 :       1E-13 ;		
+{}	C718CO3 + C10H17O3O2 =  C18H30O8 :     1E-13 ;		
+{}	C87O2 + C10H17O3O2 =  C18H30O8 :       1E-13 ;		
+{}	C721CO3 + C10H17O3O2 =  C18H30O8 :     1E-13 ;		
+{}	NC826O2 + C10H17O3O2 =  C18H31O7NO3 :  1E-13 ;		
+{}			
+{}	APINAO2 + C10H17O4O2 = C20H34O7 :      1E-13 ;		
+{}	APINBO2 + C10H17O4O2 = C20H34O7 :      1E-13 ;		
+{}	APINCO2 + C10H17O4O2 = C20H34O7 :      1E-13 ;		
+{}	C107O2 + C10H17O4O2 = C20H34O8 :       1E-13 ;		
+{}	C109O2 + C10H17O4O2 = C20H34O8 :       1E-13 ;		
+{}	C106O2 + C10H17O4O2 = C20H34O9 :       1E-13 ;		
+{}	C920CO3 + C10H17O4O2 = C20H34O9 :      1E-13 ;		
+{}	C108O2 + C10H17O4O2 = C20H34O9 :       1E-13 ;		
+{}	PINALO2 + C10H17O4O2 = C20H34O8 :      1E-13 ;		
+{}	C96CO3 + C10H17O4O2 = C20H34O8 :       1E-13 ;		
+{}	C923CO3 + C10H17O4O2 = C20H34O8 :      1E-13 ;		
+{}	LIMAO2 + C10H17O4O2 = C20H34O7 :       1E-13 ;		
+{}	LIMALBO2 + C10H17O4O2 = C20H34O8 :     1E-13 ;		
+{}	LIMCO2 + C10H17O4O2 = C20H34O7 :       1E-13 ;		
+{}	LIMALO2 + C10H17O4O2 = C20H34O8 :      1E-13 ;		
+{}	LIMBO2 + C10H17O4O2 = C20H34O7 :       1E-13 ;		
+{}	LIMALAO2 + C10H17O4O2 = C20H34O8 :     1E-13 ;		
+{}	NAPINAO2 + C10H17O4O2 = C20H35O6NO3 :  1E-13 ;		
+{}	NAPINBO2 + C10H17O4O2 = C20H35O6NO3 :  1E-13 ;		
+{}	BPINAO2 + C10H17O4O2 = C20H34O7 :       1E-13 ;		
+{}	BPINBO2 + C10H17O4O2 = C20H34O7 :       1E-13 ;		
+{}	BPINCO2 + C10H17O4O2 = C20H34O7 :       1E-13 ;		
+{}	C918CO3 + C10H17O4O2 = C20H34O8 :       1E-13 ;		
+{}	NC102O2 + C10H17O4O2 = C20H35O7NO3 :    1E-13 ;		
+{}	NC101O2 + C10H17O4O2 = C20H35O7NO3 :    1E-13 ;		
+{}	NLIMO2 + C10H17O4O2 =  C20H35O6NO3 :    1E-13 ;		
+{}	NLIMALO2 + C10H17O4O2 =  C20H35O7NO3 :  1E-13 ;		
+{}	NC91CO3 + C10H17O4O2 =  C20H35O7NO3 :   1E-13 ;		
+{}	NBPINAO2 + C10H17O4O2 =  C20H35O6NO3 :  1E-13 ;		
+{}	NBPINBO2 + C10H17O4O2 =  C20H35O6NO3 :  1E-13 ;		
+{}			
+{}	C96O2 + C10H17O4O2 =  C19H32O7 :       1E-13 ;		
+{}	C89CO3 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	C920O2 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	C97O2 + C10H17O4O2 =  C19H32O8 :       1E-13 ;		
+{}	C85CO3 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	C811CO3 + C10H17O4O2 =  C19H32O9 :     1E-13 ;		
+{}	C921O2 + C10H17O4O2 =  C19H32O9 :      1E-13 ;		
+{}	C98O2 + C10H17O4O2 =  C19H32O9 :       1E-13 ;		
+{}	C922O2 + C10H17O4O2 =  C19H32O10 :     1E-13 ;		
+{}	C923O2 + C10H17O4O2 =  C19H32O7 :      1E-13 ;		
+{}	C924O2 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	C816CO3 + C10H17O4O2 =  C19H32O8 :     1E-13 ;		
+{}	NORLIMO2 + C10H17O4O2 =  C19H32O9 :    1E-13 ;		
+{}	LMKAO2 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	LMKBO2 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	C926O2 + C10H17O4O2 =  C19H32O9 :      1E-13 ;		
+{}	C817CO3 + C10H17O4O2 =  C19H32O9 :     1E-13 ;		
+{}	LMLKAO2 + C10H17O4O2 =  C19H32O9 :     1E-13 ;		
+{}	LMLKBO2 + C10H17O4O2 =  C19H32O9 :     1E-13 ;		
+{}	C823CO3 + C10H17O4O2 =  C19H32O9 :     1E-13 ;		
+{}	C925O2 + C10H17O4O2 =  C19H32O10 :     1E-13 ;		
+{}	NOPINAO2 + C10H17O4O2 =  C19H32O7 :    1E-13 ;		
+{}	NOPINBO2 + C10H17O4O2 =  C19H32O7 :    1E-13 ;		
+{}	NOPINCO2 + C10H17O4O2 =  C19H32O7 :    1E-13 ;		
+{}	NOPINDO2 + C10H17O4O2 =  C19H32O7 :    1E-13 ;		
+{}	C918O2 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	C9DCO2 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	C915O2 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	C917O2 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	C919O2 + C10H17O4O2 =  C19H32O9 :      1E-13 ;		
+{}	C914O2 + C10H17O4O2 =  C19H32O9 :      1E-13 ;		
+{}	C916O2 + C10H17O4O2 =  C19H32O9 :      1E-13 ;		
+{}	C88CO3 + C10H17O4O2 =  C19H32O9 :      1E-13 ;		
+{}	C87CO3 + C10H17O4O2 =  C19H32O10 :     1E-13 ;		
+{}	C822CO3 + C10H17O4O2 =  C19H32O8 :     1E-13 ;		
+{}	NLMKAO2  + C10H17O4O2 =  C19H33O7NO3 : 1E-13 ;		
+{}			
+{}	C85O2 + C10H17O4O2 =  C18H30O7 :       1E-13 ;		
+{}	C89O2 + C10H17O4O2 =  C18H30O7 :       1E-13 ;		
+{}	C86O2 + C10H17O4O2 =  C18H30O8 :       1E-13 ;		
+{}	C811O2 + C10H17O4O2 =  C18H30O8 :      1E-13 ;		
+{}	C810O2 + C10H17O4O2 =  C18H30O8 :      1E-13 ;		
+{}	C812O2 + C10H17O4O2 =  C18H30O9 :      1E-13 ;		
+{}	C813O2 + C10H17O4O2 =  C18H30O7 :      1E-13 ;		
+{}	C729CO3 + C10H17O4O2 =  C18H30O8 :     1E-13 ;		
+{}	C816O2 + C10H17O4O2 =  C18H30O7 :      1E-13 ;		
+{}	C817O2 + C10H17O4O2 =  C18H30O8 :      1E-13 ;		
+{}	C826O2 + C10H17O4O2 =  C18H30O9 :      1E-13 ;		
+{}	C822O2 + C10H17O4O2 =  C18H30O7 :      1E-13 ;		
+{}	C818O2 + C10H17O4O2 =  C18H30O9 :      1E-13 ;		
+{}	C823O2 + C10H17O4O2 =  C18H30O8 :      1E-13 ;		
+{}	C819O2 + C10H17O4O2 =  C18H30O9 :      1E-13 ;		
+{}	C727CO3 + C10H17O4O2 =  C18H30O9 :     1E-13 ;		
+{}	C731CO3 + C10H17O4O2 =  C18H30O9 :     1E-13 ;		
+{}	C824O2 + C10H17O4O2 =  C18H30O8 :      1E-13 ;		
+{}	C820O2 + C10H17O4O2 =  C18H30O10 :     1E-13 ;		
+{}	C825O2 + C10H17O4O2 =  C18H30O9 :      1E-13 ;		
+{}	C821O2 + C10H17O4O2 =  C18H30O9 :      1E-13 ;		
+{}	C732CO3 + C10H17O4O2 =  C18H30O10 :    1E-13 ;		
+{}	C8BCO2 + C10H17O4O2 =  C18H30O6 :      1E-13 ;		
+{}	C88O2 + C10H17O4O2 =  C18H30O8 :       1E-13 ;		
+{}	C718CO3 + C10H17O4O2 =  C18H30O9 :     1E-13 ;		
+{}	C87O2 + C10H17O4O2 =  C18H30O9 :       1E-13 ;		
+{}	C721CO3 + C10H17O4O2 =  C18H30O9 :     1E-13 ;		
+{}	NC826O2 + C10H17O4O2 =  C18H31O8NO3 :  1E-13 ;		
+{}			
+{}	APINAO2 + C10H17O5O2 = C20H34O8 :      5E-13 ;		
+{}	APINBO2 + C10H17O5O2 = C20H34O8 :      5E-13 ;		
+{}	APINCO2 + C10H17O5O2 = C20H34O8 :      5E-13 ;		
+{}	C107O2 + C10H17O5O2 = C20H34O9 :       5E-13 ;		
+{}	C109O2 + C10H17O5O2 = C20H34O9 :       5E-13 ;		
+{}	C106O2 + C10H17O5O2 = C20H34O10 :      5E-13 ;		
+{}	C920CO3 + C10H17O5O2 = C20H34O10 :     5E-13 ;		
+{}	C108O2 + C10H17O5O2 = C20H34O10 :      5E-13 ;		
+{}	PINALO2 + C10H17O5O2 = C20H34O9 :      5E-13 ;		
+{}	C96CO3 + C10H17O5O2 = C20H34O9 :       5E-13 ;		
+{}	C923CO3 + C10H17O5O2 = C20H34O9 :      5E-13 ;		
+{}	LIMAO2 + C10H17O5O2 = C20H34O8 :       5E-13 ;		
+{}	LIMALBO2 + C10H17O5O2 = C20H34O9 :     5E-13 ;		
+{}	LIMCO2 + C10H17O5O2 = C20H34O8 :       5E-13 ;		
+{}	LIMALO2 + C10H17O5O2 = C20H34O9 :      5E-13 ;		
+{}	LIMBO2 + C10H17O5O2 = C20H34O8 :       5E-13 ;		
+{}	LIMALAO2 + C10H17O5O2 = C20H34O9 :     5E-13 ;		
+{}	NAPINAO2 + C10H17O5O2 = C20H35O7NO3 :  5E-13 ;		
+{}	NAPINBO2 + C10H17O5O2 = C20H35O7NO3 :  5E-13 ;		
+{}	BPINAO2 + C10H17O5O2 = C20H34O8 :       5E-13 ;		
+{}	BPINBO2 + C10H17O5O2 = C20H34O8 :       5E-13 ;		
+{}	BPINCO2 + C10H17O5O2 = C20H34O8 :       5E-13 ;		
+{}	C918CO3 + C10H17O5O2 = C20H34O9 :       5E-13 ;		
+{}	NC102O2 + C10H17O5O2 = C20H35O8NO3 :    5E-13 ;		
+{}	NC101O2 + C10H17O5O2 = C20H35O8NO3 :    5E-13 ;		
+{}	NLIMO2 + C10H17O5O2 =  C20H35O7NO3 :    5E-13 ;		
+{}	NLIMALO2 + C10H17O5O2 =  C20H35O8NO3 :  5E-13 ;		
+{}	NC91CO3 + C10H17O5O2 =  C20H35O8NO3 :   5E-13 ;		
+{}	NBPINAO2 + C10H17O5O2 =  C20H35O7NO3 :  5E-13 ;		
+{}	NBPINBO2 + C10H17O5O2 =  C20H35O7NO3 :  5E-13 ;		
+{}			
+{}	C96O2 + C10H17O5O2 =  C19H32O8 :       5E-13 ;		
+{}	C89CO3 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	C920O2 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	C97O2 + C10H17O5O2 =  C19H32O9 :       5E-13 ;		
+{}	C85CO3 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	C811CO3 + C10H17O5O2 =  C19H32O10 :    5E-13 ;		
+{}	C921O2 + C10H17O5O2 =  C19H32O10 :     5E-13 ;		
+{}	C98O2 + C10H17O5O2 =  C19H32O10 :      5E-13 ;		
+{}	C922O2 + C10H17O5O2 =  C19H32O11 :     5E-13 ;		
+{}	C923O2 + C10H17O5O2 =  C19H32O8 :      5E-13 ;		
+{}	C924O2 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	C816CO3 + C10H17O5O2 =  C19H32O9 :     5E-13 ;		
+{}	NORLIMO2 + C10H17O5O2 =  C19H32O10 :   5E-13 ;		
+{}	LMKAO2 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	LMKBO2 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	C926O2 + C10H17O5O2 =  C19H32O10 :     5E-13 ;		
+{}	C817CO3 + C10H17O5O2 =  C19H32O10 :    5E-13 ;		
+{}	LMLKAO2 + C10H17O5O2 =  C19H32O10 :    5E-13 ;		
+{}	LMLKBO2 + C10H17O5O2 =  C19H32O10 :    5E-13 ;		
+{}	C823CO3 + C10H17O5O2 =  C19H32O10 :    5E-13 ;		
+{}	C925O2 + C10H17O5O2 =  C19H32O11 :     5E-13 ;		
+{}	NOPINAO2 + C10H17O5O2 =  C19H32O8 :    5E-13 ;		
+{}	NOPINBO2 + C10H17O5O2 =  C19H32O8 :    5E-13 ;		
+{}	NOPINCO2 + C10H17O5O2 =  C19H32O8 :    5E-13 ;		
+{}	NOPINDO2 + C10H17O5O2 =  C19H32O8 :    5E-13 ;		
+{}	C918O2 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	C9DCO2 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	C915O2 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	C917O2 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	C919O2 + C10H17O5O2 =  C19H32O10 :     5E-13 ;		
+{}	C914O2 + C10H17O5O2 =  C19H32O10 :     5E-13 ;		
+{}	C916O2 + C10H17O5O2 =  C19H32O10 :     5E-13 ;		
+{}	C88CO3 + C10H17O5O2 =  C19H32O10 :     5E-13 ;		
+{}	C87CO3 + C10H17O5O2 =  C19H32O11 :     5E-13 ;		
+{}	C822CO3 + C10H17O5O2 =  C19H32O9 :     5E-13 ;		
+{}	NLMKAO2  + C10H17O5O2 =  C19H33O8NO3 : 5E-13 ;		
+{}			
+{}	C85O2 + C10H17O5O2 =  C18H30O8 :       5E-13 ;		
+{}	C89O2 + C10H17O5O2 =  C18H30O8 :       5E-13 ;		
+{}	C86O2 + C10H17O5O2 =  C18H30O9 :       5E-13 ;		
+{}	C811O2 + C10H17O5O2 =  C18H30O9 :      5E-13 ;		
+{}	C810O2 + C10H17O5O2 =  C18H30O9 :      5E-13 ;		
+{}	C812O2 + C10H17O5O2 =  C18H30O10 :     5E-13 ;		
+{}	C813O2 + C10H17O5O2 =  C18H30O8 :      5E-13 ;		
+{}	C729CO3 + C10H17O5O2 =  C18H30O9 :     5E-13 ;		
+{}	C816O2 + C10H17O5O2 =  C18H30O8 :      5E-13 ;		
+{}	C817O2 + C10H17O5O2 =  C18H30O9 :      5E-13 ;		
+{}	C826O2 + C10H17O5O2 =  C18H30O10 :     5E-13 ;		
+{}	C822O2 + C10H17O5O2 =  C18H30O8 :      5E-13 ;		
+{}	C818O2 + C10H17O5O2 =  C18H30O10 :     5E-13 ;		
+{}	C823O2 + C10H17O5O2 =  C18H30O9 :      5E-13 ;		
+{}	C819O2 + C10H17O5O2 =  C18H30O10 :     5E-13 ;		
+{}	C727CO3 + C10H17O5O2 =  C18H30O10 :    5E-13 ;		
+{}	C731CO3 + C10H17O5O2 =  C18H30O10 :    5E-13 ;		
+{}	C824O2 + C10H17O5O2 =  C18H30O9 :      5E-13 ;		
+{}	C820O2 + C10H17O5O2 =  C18H30O11 :     5E-13 ;		
+{}	C825O2 + C10H17O5O2 =  C18H30O10 :     5E-13 ;		
+{}	C821O2 + C10H17O5O2 =  C18H30O10 :     5E-13 ;		
+{}	C732CO3 + C10H17O5O2 =  C18H30O11 :    5E-13 ;		
+{}	C8BCO2 + C10H17O5O2 =  C18H30O7 :      5E-13 ;		
+{}	C88O2 + C10H17O5O2 =  C18H30O9 :       5E-13 ;		
+{}	C718CO3 + C10H17O5O2 =  C18H30O10 :    5E-13 ;		
+{}	C87O2 + C10H17O5O2 =  C18H30O10 :      5E-13 ;		
+{}	C721CO3 + C10H17O5O2 =  C18H30O10 :    5E-13 ;		
+{}	NC826O2 + C10H17O5O2 =  C18H31O9NO3 :  5E-13 ;		
+{}			
+{}	APINAO2 + C10H17O6O2 = C20H34O9 :      2E-12 ;		
+{}	APINBO2 + C10H17O6O2 = C20H34O9 :      2E-12 ;		
+{}	APINCO2 + C10H17O6O2 = C20H34O9 :      2E-12 ;		
+{}	C107O2 + C10H17O6O2 = C20H34O10 :      2E-12 ;		
+{}	C109O2 + C10H17O6O2 = C20H34O10 :      2E-12 ;		
+{}	C106O2 + C10H17O6O2 = C20H34O11 :      2E-12 ;		
+{}	C920CO3 + C10H17O6O2 = C20H34O11 :     2E-12 ;		
+{}	C108O2 + C10H17O6O2 = C20H34O11 :      2E-12 ;		
+{}	PINALO2 + C10H17O6O2 = C20H34O10 :     2E-12 ;		
+{}	C96CO3 + C10H17O6O2 = C20H34O10 :      2E-12 ;		
+{}	C923CO3 + C10H17O6O2 = C20H34O10 :     2E-12 ;		
+{}	LIMAO2 + C10H17O6O2 = C20H34O9 :       2E-12 ;		
+{}	LIMALBO2 + C10H17O6O2 = C20H34O10 :    2E-12 ;		
+{}	LIMCO2 + C10H17O6O2 = C20H34O9 :       2E-12 ;		
+{}	LIMALO2 + C10H17O6O2 = C20H34O10 :     2E-12 ;		
+{}	LIMBO2 + C10H17O6O2 = C20H34O9 :       2E-12 ;		
+{}	LIMALAO2 + C10H17O6O2 = C20H34O10 :    2E-12 ;		
+{}	NAPINAO2 + C10H17O6O2 = C20H35O8NO3 :  2E-12 ;		
+{}	NAPINBO2 + C10H17O6O2 = C20H35O8NO3 :  2E-12 ;		
+{}	BPINAO2 + C10H17O6O2 = C20H34O9 :       2E-12 ;		
+{}	BPINBO2 + C10H17O6O2 = C20H34O9 :       2E-12 ;		
+{}	BPINCO2 + C10H17O6O2 = C20H34O9 :       2E-12 ;		
+{}	C918CO3 + C10H17O6O2 = C20H34O10 :      2E-12 ;		
+{}	NC102O2 + C10H17O6O2 = C20H35O9NO3 :    2E-12 ;		
+{}	NC101O2 + C10H17O6O2 = C20H35O9NO3 :    2E-12 ;		
+{}	NLIMO2 + C10H17O6O2 =  C20H35O8NO3 :    2E-12 ;		
+{}	NLIMALO2 + C10H17O6O2 =  C20H35O9NO3 :  2E-12 ;		
+{}	NC91CO3 + C10H17O6O2 =  C20H35O9NO3 :   2E-12 ;		
+{}	NBPINAO2 + C10H17O6O2 =  C20H35O8NO3 :  2E-12 ;		
+{}	NBPINBO2 + C10H17O6O2 =  C20H35O8NO3 :  2E-12 ;		
+{}			
+{}	C96O2 + C10H17O6O2 =  C19H32O9 :       2E-12 ;		
+{}	C89CO3 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	C920O2 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	C97O2 + C10H17O6O2 =  C19H32O10 :      2E-12 ;		
+{}	C85CO3 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	C811CO3 + C10H17O6O2 =  C19H32O11 :    2E-12 ;		
+{}	C921O2 + C10H17O6O2 =  C19H32O11 :     2E-12 ;		
+{}	C98O2 + C10H17O6O2 =  C19H32O11 :      2E-12 ;		
+{}	C922O2 + C10H17O6O2 =  C19H32O12 :     2E-12 ;		
+{}	C923O2 + C10H17O6O2 =  C19H32O9 :      2E-12 ;		
+{}	C924O2 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	C816CO3 + C10H17O6O2 =  C19H32O10 :    2E-12 ;		
+{}	NORLIMO2 + C10H17O6O2 =  C19H32O11 :   2E-12 ;		
+{}	LMKAO2 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	LMKBO2 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	C926O2 + C10H17O6O2 =  C19H32O11 :     2E-12 ;		
+{}	C817CO3 + C10H17O6O2 =  C19H32O11 :    2E-12 ;		
+{}	LMLKAO2 + C10H17O6O2 =  C19H32O11 :    2E-12 ;		
+{}	LMLKBO2 + C10H17O6O2 =  C19H32O11 :    2E-12 ;		
+{}	C823CO3 + C10H17O6O2 =  C19H32O11 :    2E-12 ;		
+{}	C925O2 + C10H17O6O2 =  C19H32O12 :     2E-12 ;		
+{}	NOPINAO2 + C10H17O6O2 =  C19H32O9 :    2E-12 ;		
+{}	NOPINBO2 + C10H17O6O2 =  C19H32O9 :    2E-12 ;		
+{}	NOPINCO2 + C10H17O6O2 =  C19H32O9 :    2E-12 ;		
+{}	NOPINDO2 + C10H17O6O2 =  C19H32O9 :    2E-12 ;		
+{}	C918O2 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	C9DCO2 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	C915O2 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	C917O2 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	C919O2 + C10H17O6O2 =  C19H32O11 :     2E-12 ;		
+{}	C914O2 + C10H17O6O2 =  C19H32O11 :     2E-12 ;		
+{}	C916O2 + C10H17O6O2 =  C19H32O11 :     2E-12 ;		
+{}	C88CO3 + C10H17O6O2 =  C19H32O11 :     2E-12 ;		
+{}	C87CO3 + C10H17O6O2 =  C19H32O12 :     2E-12 ;		
+{}	C822CO3 + C10H17O6O2 =  C19H32O10 :    2E-12 ;		
+{}	NLMKAO2  + C10H17O6O2 =  C19H33O9NO3 : 2E-12 ;		
+{}			
+{}	C85O2 + C10H17O6O2 =  C18H30O9 :       2E-12 ;		
+{}	C89O2 + C10H17O6O2 =  C18H30O9 :       2E-12 ;		
+{}	C86O2 + C10H17O6O2 =  C18H30O10 :      2E-12 ;		
+{}	C811O2 + C10H17O6O2 =  C18H30O10 :     2E-12 ;		
+{}	C810O2 + C10H17O6O2 =  C18H30O10 :     2E-12 ;		
+{}	C812O2 + C10H17O6O2 =  C18H30O11 :     2E-12 ;		
+{}	C813O2 + C10H17O6O2 =  C18H30O9 :      2E-12 ;		
+{}	C729CO3 + C10H17O6O2 =  C18H30O10 :    2E-12 ;		
+{}	C816O2 + C10H17O6O2 =  C18H30O9 :      2E-12 ;		
+{}	C817O2 + C10H17O6O2 =  C18H30O10 :     2E-12 ;		
+{}	C826O2 + C10H17O6O2 =  C18H30O11 :     2E-12 ;		
+{}	C822O2 + C10H17O6O2 =  C18H30O9 :      2E-12 ;		
+{}	C818O2 + C10H17O6O2 =  C18H30O11 :     2E-12 ;		
+{}	C823O2 + C10H17O6O2 =  C18H30O10 :     2E-12 ;		
+{}	C819O2 + C10H17O6O2 =  C18H30O11 :     2E-12 ;		
+{}	C727CO3 + C10H17O6O2 =  C18H30O11 :    2E-12 ;		
+{}	C731CO3 + C10H17O6O2 =  C18H30O11 :    2E-12 ;		
+{}	C824O2 + C10H17O6O2 =  C18H30O10 :     2E-12 ;		
+{}	C820O2 + C10H17O6O2 =  C18H30O12 :     2E-12 ;		
+{}	C825O2 + C10H17O6O2 =  C18H30O11 :     2E-12 ;		
+{}	C821O2 + C10H17O6O2 =  C18H30O11 :     2E-12 ;		
+{}	C732CO3 + C10H17O6O2 =  C18H30O12 :    2E-12 ;		
+{}	C8BCO2 + C10H17O6O2 =  C18H30O8 :      2E-12 ;		
+{}	C88O2 + C10H17O6O2 =  C18H30O10 :      2E-12 ;		
+{}	C718CO3 + C10H17O6O2 =  C18H30O11 :    2E-12 ;		
+{}	C87O2 + C10H17O6O2 =  C18H30O11 :      2E-12 ;		
+{}	C721CO3 + C10H17O6O2 =  C18H30O11 :    2E-12 ;		
+{}	NC826O2 + C10H17O6O2 =  C18H31O10NO3 : 2E-12 ;		
+{}			
+{}	APINAO2 + C10H17O7O2 = C20H34O10 :     3E-12 ;		
+{}	APINBO2 + C10H17O7O2 = C20H34O10 :     3E-12 ;		
+{}	APINCO2 + C10H17O7O2 = C20H34O10 :     3E-12 ;		
+{}	C107O2 + C10H17O7O2 = C20H34O11 :      3E-12 ;		
+{}	C109O2 + C10H17O7O2 = C20H34O11 :      3E-12 ;		
+{}	C106O2 + C10H17O7O2 = C20H34O12 :      3E-12 ;		
+{}	C920CO3 + C10H17O7O2 = C20H34O12 :     3E-12 ;		
+{}	C108O2 + C10H17O7O2 = C20H34O12 :      3E-12 ;		
+{}	PINALO2 + C10H17O7O2 = C20H34O11 :     3E-12 ;		
+{}	C96CO3 + C10H17O7O2 = C20H34O11 :      3E-12 ;		
+{}	C923CO3 + C10H17O7O2 = C20H34O11 :     3E-12 ;		
+{}	LIMAO2 + C10H17O7O2 = C20H34O10 :      3E-12 ;		
+{}	LIMALBO2 + C10H17O7O2 = C20H34O11 :    3E-12 ;		
+{}	LIMCO2 + C10H17O7O2 = C20H34O10 :      3E-12 ;		
+{}	LIMALO2 + C10H17O7O2 = C20H34O11 :     3E-12 ;		
+{}	LIMBO2 + C10H17O7O2 = C20H34O10 :      3E-12 ;		
+{}	LIMALAO2 + C10H17O7O2 = C20H34O11 :    3E-12 ;		
+{}	NAPINAO2 + C10H17O7O2 = C20H35O9NO3 :  3E-12 ;		
+{}	NAPINBO2 + C10H17O7O2 = C20H35O9NO3 :  3E-12 ;		
+{}	BPINAO2 + C10H17O7O2 = C20H34O10 :      3E-12 ;		
+{}	BPINBO2 + C10H17O7O2 = C20H34O10 :      3E-12 ;		
+{}	BPINCO2 + C10H17O7O2 = C20H34O10 :      3E-12 ;		
+{}	C918CO3 + C10H17O7O2 = C20H34O11 :      3E-12 ;		
+{}	NC102O2 + C10H17O7O2 = C20H35O10NO3 :   3E-12 ;		
+{}	NC101O2 + C10H17O7O2 = C20H35O10NO3 :   3E-12 ;		
+{}	NLIMO2 + C10H17O7O2 =  C20H35O9NO3 :    3E-12 ;		
+{}	NLIMALO2 + C10H17O7O2 =  C20H35O10NO3 : 3E-12 ;		
+{}	NC91CO3 + C10H17O7O2 =  C20H35O10NO3 :  3E-12 ;		
+{}	NBPINAO2 + C10H17O7O2 =  C20H35O9NO3 :  3E-12 ;		
+{}	NBPINBO2 + C10H17O7O2 =  C20H35O9NO3 :  3E-12 ;		
+{}			
+{}	C96O2 + C10H17O7O2 =  C19H32O10 :      3E-12 ;		
+{}	C89CO3 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	C920O2 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	C97O2 + C10H17O7O2 =  C19H32O11 :      3E-12 ;		
+{}	C85CO3 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	C811CO3 + C10H17O7O2 =  C19H32O12 :    3E-12 ;		
+{}	C921O2 + C10H17O7O2 =  C19H32O12 :     3E-12 ;		
+{}	C98O2 + C10H17O7O2 =  C19H32O12 :      3E-12 ;		
+{}	C922O2 + C10H17O7O2 =  C19H32O13 :     3E-12 ;		
+{}	C923O2 + C10H17O7O2 =  C19H32O10 :     3E-12 ;		
+{}	C924O2 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	C816CO3 + C10H17O7O2 =  C19H32O11 :    3E-12 ;		
+{}	NORLIMO2 + C10H17O7O2 =  C19H32O12 :   3E-12 ;		
+{}	LMKAO2 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	LMKBO2 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	C926O2 + C10H17O7O2 =  C19H32O12 :     3E-12 ;		
+{}	C817CO3 + C10H17O7O2 =  C19H32O12 :    3E-12 ;		
+{}	LMLKAO2 + C10H17O7O2 =  C19H32O12 :    3E-12 ;		
+{}	LMLKBO2 + C10H17O7O2 =  C19H32O12 :    3E-12 ;		
+{}	C823CO3 + C10H17O7O2 =  C19H32O12 :    3E-12 ;		
+{}	C925O2 + C10H17O7O2 =  C19H32O13 :     3E-12 ;		
+{}	NOPINAO2 + C10H17O7O2 =  C19H32O10 :   3E-12 ;		
+{}	NOPINBO2 + C10H17O7O2 =  C19H32O10 :   3E-12 ;		
+{}	NOPINCO2 + C10H17O7O2 =  C19H32O10 :   3E-12 ;		
+{}	NOPINDO2 + C10H17O7O2 =  C19H32O10 :   3E-12 ;		
+{}	C918O2 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	C9DCO2 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	C915O2 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	C917O2 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	C919O2 + C10H17O7O2 =  C19H32O12 :     3E-12 ;		
+{}	C914O2 + C10H17O7O2 =  C19H32O12 :     3E-12 ;		
+{}	C916O2 + C10H17O7O2 =  C19H32O12 :     3E-12 ;		
+{}	C88CO3 + C10H17O7O2 =  C19H32O12 :     3E-12 ;		
+{}	C87CO3 + C10H17O7O2 =  C19H32O13 :     3E-12 ;		
+{}	C822CO3 + C10H17O7O2 =  C19H32O11 :    3E-12 ;		
+{}	NLMKAO2  + C10H17O7O2 =  C19H33O10NO3 :3E-12 ;		
+{}			
+{}	C85O2 + C10H17O7O2 =  C18H30O10 :      3E-12 ;		
+{}	C89O2 + C10H17O7O2 =  C18H30O10 :      3E-12 ;		
+{}	C86O2 + C10H17O7O2 =  C18H30O11 :      3E-12 ;		
+{}	C811O2 + C10H17O7O2 =  C18H30O11 :     3E-12 ;		
+{}	C810O2 + C10H17O7O2 =  C18H30O11 :     3E-12 ;		
+{}	C812O2 + C10H17O7O2 =  C18H30O12 :     3E-12 ;		
+{}	C813O2 + C10H17O7O2 =  C18H30O10 :     3E-12 ;		
+{}	C729CO3 + C10H17O7O2 =  C18H30O11 :    3E-12 ;		
+{}	C816O2 + C10H17O7O2 =  C18H30O10 :     3E-12 ;		
+{}	C817O2 + C10H17O7O2 =  C18H30O11 :     3E-12 ;		
+{}	C826O2 + C10H17O7O2 =  C18H30O12 :     3E-12 ;		
+{}	C822O2 + C10H17O7O2 =  C18H30O10 :     3E-12 ;		
+{}	C818O2 + C10H17O7O2 =  C18H30O12 :     3E-12 ;		
+{}	C823O2 + C10H17O7O2 =  C18H30O11 :     3E-12 ;		
+{}	C819O2 + C10H17O7O2 =  C18H30O12 :     3E-12 ;		
+{}	C727CO3 + C10H17O7O2 =  C18H30O12 :    3E-12 ;		
+{}	C731CO3 + C10H17O7O2 =  C18H30O12 :    3E-12 ;		
+{}	C824O2 + C10H17O7O2 =  C18H30O11 :     3E-12 ;		
+{}	C820O2 + C10H17O7O2 =  C18H30O13 :     3E-12 ;		
+{}	C825O2 + C10H17O7O2 =  C18H30O12 :     3E-12 ;		
+{}	C821O2 + C10H17O7O2 =  C18H30O12 :     3E-12 ;		
+{}	C732CO3 + C10H17O7O2 =  C18H30O13 :    3E-12 ;		
+{}	C8BCO2 + C10H17O7O2 =  C18H30O9 :      3E-12 ;		
+{}	C88O2 + C10H17O7O2 =  C18H30O11 :      3E-12 ;		
+{}	C718CO3 + C10H17O7O2 =  C18H30O12 :    3E-12 ;		
+{}	C87O2 + C10H17O7O2 =  C18H30O12 :      3E-12 ;		
+{}	C721CO3 + C10H17O7O2 =  C18H30O12 :    3E-12 ;		
+{}	NC826O2 + C10H17O7O2 =  C18H31O11NO3 : 3E-12 ;		
+{}			
+{}	APINAO2 + C10H17O8O2 = C20H34O11 :     3E-12 ;		
+{}	APINBO2 + C10H17O8O2 = C20H34O11 :     3E-12 ;		
+{}	APINCO2 + C10H17O8O2 = C20H34O11 :     3E-12 ;		
+{}	C107O2 + C10H17O8O2 = C20H34O12 :      3E-12 ;		
+{}	C109O2 + C10H17O8O2 = C20H34O12 :      3E-12 ;		
+{}	C106O2 + C10H17O8O2 = C20H34O13 :      3E-12 ;		
+{}	C920CO3 + C10H17O8O2 = C20H34O13 :     3E-12 ;		
+{}	C108O2 + C10H17O8O2 = C20H34O13 :      3E-12 ;		
+{}	PINALO2 + C10H17O8O2 = C20H34O12 :     3E-12 ;		
+{}	C96CO3 + C10H17O8O2 = C20H34O12 :      3E-12 ;		
+{}	C923CO3 + C10H17O8O2 = C20H34O12 :     3E-12 ;		
+{}	LIMAO2 + C10H17O8O2 = C20H34O11 :      3E-12 ;		
+{}	LIMALBO2 + C10H17O8O2 = C20H34O12 :    3E-12 ;		
+{}	LIMCO2 + C10H17O8O2 = C20H34O11 :      3E-12 ;		
+{}	LIMALO2 + C10H17O8O2 = C20H34O12 :     3E-12 ;		
+{}	LIMBO2 + C10H17O8O2 = C20H34O11 :      3E-12 ;		
+{}	LIMALAO2 + C10H17O8O2 = C20H34O12 :    3E-12 ;		
+{}	NAPINAO2 + C10H17O8O2 = C20H35O10NO3 : 3E-12 ;		
+{}	NAPINBO2 + C10H17O8O2 = C20H35O10NO3 : 3E-12 ;		
+{}	BPINAO2 + C10H17O8O2 = C20H34O11 :      3E-12 ;		
+{}	BPINBO2 + C10H17O8O2 = C20H34O11 :      3E-12 ;		
+{}	BPINCO2 + C10H17O8O2 = C20H34O11 :      3E-12 ;		
+{}	C918CO3 + C10H17O8O2 = C20H34O12 :      3E-12 ;		
+{}	NC102O2 + C10H17O8O2 = C20H35O11NO3 :   3E-12 ;		
+{}	NC101O2 + C10H17O8O2 = C20H35O11NO3 :   3E-12 ;		
+{}	NLIMO2 + C10H17O8O2 =  C20H35O10NO3 :   3E-12 ;		
+{}	NLIMALO2 + C10H17O8O2 =  C20H35O11NO3 : 3E-12 ;		
+{}	NC91CO3 + C10H17O8O2 =  C20H35O11NO3 :  3E-12 ;		
+{}	NBPINAO2 + C10H17O8O2 =  C20H35O10NO3 : 3E-12 ;		
+{}	NBPINBO2 + C10H17O8O2 =  C20H35O10NO3 : 3E-12 ;		
+{}			
+{}	C96O2 + C10H17O8O2 =  C19H32O11 :      3E-12 ;		
+{}	C89CO3 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	C920O2 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	C97O2 + C10H17O8O2 =  C19H32O12 :      3E-12 ;		
+{}	C85CO3 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	C811CO3 + C10H17O8O2 =  C19H32O13 :    3E-12 ;		
+{}	C921O2 + C10H17O8O2 =  C19H32O13 :     3E-12 ;		
+{}	C98O2 + C10H17O8O2 =  C19H32O13 :      3E-12 ;		
+{}	C922O2 + C10H17O8O2 =  C19H32O14 :     3E-12 ;		
+{}	C923O2 + C10H17O8O2 =  C19H32O11 :     3E-12 ;		
+{}	C924O2 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	C816CO3 + C10H17O8O2 =  C19H32O12 :    3E-12 ;		
+{}	NORLIMO2 + C10H17O8O2 =  C19H32O13 :   3E-12 ;		
+{}	LMKAO2 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	LMKBO2 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	C926O2 + C10H17O8O2 =  C19H32O13 :     3E-12 ;		
+{}	C817CO3 + C10H17O8O2 =  C19H32O13 :    3E-12 ;		
+{}	LMLKAO2 + C10H17O8O2 =  C19H32O13 :    3E-12 ;		
+{}	LMLKBO2 + C10H17O8O2 =  C19H32O13 :    3E-12 ;		
+{}	C823CO3 + C10H17O8O2 =  C19H32O13 :    3E-12 ;		
+{}	C925O2 + C10H17O8O2 =  C19H32O14 :     3E-12 ;		
+{}	NOPINAO2 + C10H17O8O2 =  C19H32O11 :   3E-12 ;		
+{}	NOPINBO2 + C10H17O8O2 =  C19H32O11 :   3E-12 ;		
+{}	NOPINCO2 + C10H17O8O2 =  C19H32O11 :   3E-12 ;		
+{}	NOPINDO2 + C10H17O8O2 =  C19H32O11 :   3E-12 ;		
+{}	C918O2 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	C9DCO2 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	C915O2 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	C917O2 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	C919O2 + C10H17O8O2 =  C19H32O13 :     3E-12 ;		
+{}	C914O2 + C10H17O8O2 =  C19H32O13 :     3E-12 ;		
+{}	C916O2 + C10H17O8O2 =  C19H32O13 :     3E-12 ;		
+{}	C88CO3 + C10H17O8O2 =  C19H32O13 :     3E-12 ;		
+{}	C87CO3 + C10H17O8O2 =  C19H32O14 :     3E-12 ;		
+{}	C822CO3 + C10H17O8O2 =  C19H32O12 :    3E-12 ;		
+{}	NLMKAO2  + C10H17O8O2 =  C19H33O11NO3 :3E-12 ;		
+{}			
+{}	C85O2 + C10H17O8O2 =  C18H30O11 :      3E-12 ;		
+{}	C89O2 + C10H17O8O2 =  C18H30O11 :      3E-12 ;		
+{}	C86O2 + C10H17O8O2 =  C18H30O12 :      3E-12 ;		
+{}	C811O2 + C10H17O8O2 =  C18H30O12 :     3E-12 ;		
+{}	C810O2 + C10H17O8O2 =  C18H30O12 :     3E-12 ;		
+{}	C812O2 + C10H17O8O2 =  C18H30O13 :     3E-12 ;		
+{}	C813O2 + C10H17O8O2 =  C18H30O11 :     3E-12 ;		
+{}	C729CO3 + C10H17O8O2 =  C18H30O12 :    3E-12 ;		
+{}	C816O2 + C10H17O8O2 =  C18H30O11 :     3E-12 ;		
+{}	C817O2 + C10H17O8O2 =  C18H30O12 :     3E-12 ;		
+{}	C826O2 + C10H17O8O2 =  C18H30O13 :     3E-12 ;		
+{}	C822O2 + C10H17O8O2 =  C18H30O11 :     3E-12 ;		
+{}	C818O2 + C10H17O8O2 =  C18H30O13 :     3E-12 ;		
+{}	C823O2 + C10H17O8O2 =  C18H30O12 :     3E-12 ;		
+{}	C819O2 + C10H17O8O2 =  C18H30O13 :     3E-12 ;		
+{}	C727CO3 + C10H17O8O2 =  C18H30O13 :    3E-12 ;		
+{}	C731CO3 + C10H17O8O2 =  C18H30O13 :    3E-12 ;		
+{}	C824O2 + C10H17O8O2 =  C18H30O12 :     3E-12 ;		
+{}	C820O2 + C10H17O8O2 =  C18H30O14 :     3E-12 ;		
+{}	C825O2 + C10H17O8O2 =  C18H30O13 :     3E-12 ;		
+{}	C821O2 + C10H17O8O2 =  C18H30O13 :     3E-12 ;		
+{}	C732CO3 + C10H17O8O2 =  C18H30O14 :    3E-12 ;		
+{}	C8BCO2 + C10H17O8O2 =  C18H30O10 :     3E-12 ;		
+{}	C88O2 + C10H17O8O2 =  C18H30O12 :      3E-12 ;		
+{}	C718CO3 + C10H17O8O2 =  C18H30O13 :    3E-12 ;		
+{}	C87O2 + C10H17O8O2 =  C18H30O13 :      3E-12 ;		
+{}	C721CO3 + C10H17O8O2 =  C18H30O13 :    3E-12 ;		
+{}	NC826O2 + C10H17O8O2 =  C18H31O12NO3 : 3E-12 ;		
+{}			
+{}			
+{}	C10H17O3O2 = C10H16O4iso2 :            5E-12*0.2*RO2 ;		
+{}	C10H17O3O2 = C10H17O3O    :            5E-12*0.6*RO2 ;		
+{}	C10H17O3O2 = C10H18O4     :            5E-12*0.2*RO2 ;		
+{}			
+{}	C10H17O4O2 = C10H16O5iso2 :            5E-12*0.2*RO2 ;		
+{}	C10H17O4O2 = C10H17O4O    :            5E-12*0.6*RO2 ;		
+{}	C10H17O4O2 = C10H18O5     :            5E-12*0.2*RO2 ;		
+{}			
+{}	C10H17O5O2 = C10H16O6iso2 :            8E-12*0.2*RO2 ;		
+{}	C10H17O5O2 = C10H17O5O    :            8E-12*0.6*RO2 ;		
+{}	C10H17O5O2 = C10H18O6     :            8E-12*0.2*RO2 ;		
+{}			
+{}	C10H17O6O2 = C10H16O7iso2 :            1E-11*0.3*RO2 ;		
+{}	C10H17O6O2 = C10H17O6O    :            1E-11*0.4*RO2 ;		
+{}	C10H17O6O2 = C10H18O7     :            1E-11*0.3*RO2 ;		
+{}			
+{}	C10H17O7O2 = C10H16O8iso2  :           1E-11*0.4*RO2 ;		
+{}	C10H17O7O2 = C10H17O7O    :            1E-11*0.2*RO2 ;		
+{}	C10H17O7O2 = C10H18O8     :            1E-11*0.4*RO2 ;		
+{}			
+{}	C10H17O8O2 = C10H16O9iso2  :           1E-11*0.5*RO2 ;		
+{}	C10H17O8O2 = C10H18O9     :            1E-11*0.5*RO2 ;		
+
+# interaction between benzene and alpha-pinene RO2 provided by Lukas in 
+# email to simon.omeara@manchester.ac.uk on 01/05/2023
+
+{2641.}      BZo_RO2_O7 + C10H15O2O2 = BZoO6_APoO3 : 4.0831e-12 ; 
+{2642.}      BZo_RO2_O7 + C10H15O4O2 = BZoO6_APoO5 : 4.0831e-12 ; 
+{2643.}      BZo_RO2_O7 + C10H15O6O2 = BZoO6_APoO7 : 1.7356e-11 ; 
+{2644.}      BZo_RO2_O7 + C10H15O8O2 = BZoO6_APoO9 : 2.4859e-11 ; 
+{2645.}      BZo_RO2_O7 + C10H15O10O2 = BZoO6_APoO11 : 2.8872e-11 ; 
+{2646.}      BZo_RO2_O7 + C10H15O12O2 = BZoO6_APoO13 : 2.8872e-11 ; 
+{2647.}      BZo_RO2_O7 + C10H15O3O2 = BZoO6_APoO4 : 4.0831e-12 ; 
+{2648.}      BZo_RO2_O7 + C10H15O5O2 = BZoO6_APoO6 : 1.1952e-11 ; 
+{2649.}      BZo_RO2_O7 + C10H15O7O2 = BZoO6_APoO8 : 2.1439e-11 ; 
+{2650.}      BZo_RO2_O7 + C10H15O9O2 = BZoO6_APoO10 : 2.7863e-11 ; 
+{2651.}      BZo_RO2_O7 + C10H15O11O2 = BZoO6_APoO12 : 2.8872e-11 ; 
+{2652.}      BZo_RO2_O7 + C10H17O4O2 = BZoO6_APhO5 : 4.0831e-12 ; 
+{2653.}      BZo_RO2_O7 + C10H17O6O2 = BZoO6_APhO7 : 1.7356e-11 ; 
+{2654.}      BZo_RO2_O7 + C10H17O8O2 = BZoO6_APhO9 : 2.4859e-11 ; 
+{2655.}      BZo_RO2_O7 + C10H17O3O2 = BZoO6_APhO4 : 4.0831e-12 ; 
+{2656.}      BZo_RO2_O7 + C10H17O5O2 = BZoO6_APhO6 : 1.1952e-11 ; 
+{2657.}      BZo_RO2_O7 + C10H17O7O2 = BZoO6_APhO8 : 2.1439e-11 ; 
+{2658.}      BZo_RO2_O7 + APINAO2 = BZoO6_AP01 : 4.0831e-12 ; 
+{2659.}      BZo_RO2_O7 + APINBO2 = BZoO6_AP02 : 4.0831e-12 ; 
+{2660.}      BZo_RO2_O7 + APINCO2 = BZoO6_AP03 : 4.0831e-12 ; 
+{2661.}      BZo_RO2_O7 + C107O2 = BZoO6_AP04 : 4.0831e-12 ; 
+{2662.}      BZo_RO2_O7 + C109O2 = BZoO6_AP05 : 4.0831e-12 ; 
+{2663.}      BZo_RO2_O7 + C106O2 = BZoO6_AP06 : 4.0831e-12 ; 
+{2664.}      BZo_RO2_O7 + C920CO3 = BZoO6_AP07 : 4.0831e-12 ; 
+{2665.}      BZo_RO2_O7 + C108O2 = BZoO6_AP08 : 4.0831e-12 ; 
+{2666.}      BZo_RO2_O7 + PINALO2 = BZoO6_AP09 : 4.0831e-12 ; 
+{2667.}      BZo_RO2_O7 + C96CO3 = BZoO6_AP10 : 4.0831e-12 ; 
+{2668.}      BZo_RO2_O7 + NAPINAO2 = BZoO6_AP11N : 4.0831e-12 ; 
+{2669.}      BZo_RO2_O7 + NAPINBO2 = BZoO6_AP12N : 4.0831e-12 ; 
+{2670.}      BZo_RO2_O7 + NC102O2 = BZoO6_AP13N : 1.7356e-11 ; 
+{2671.}      BZo_RO2_O7 + NC101O2 = BZoO6_AP14N : 1.1952e-11 ; 
+{2672.}      BZo_RO2_O7 + C96O2 = BZoO6_AP15 : 4.0831e-12 ; 
+{2673.}      BZo_RO2_O7 + C89CO3 = BZoO6_AP16 : 4.0831e-12 ; 
+{2674.}      BZo_RO2_O7 + C920O2 = BZoO6_AP17 : 4.0831e-12 ; 
+{2675.}      BZo_RO2_O7 + C97O2 = BZoO6_AP18 : 4.0831e-12 ; 
+{2676.}      BZo_RO2_O7 + C85CO3 = BZoO6_AP19 : 4.0831e-12 ; 
+{2677.}      BZo_RO2_O7 + C811CO3 = BZoO6_AP20 : 4.0831e-12 ; 
+{2678.}      BZo_RO2_O7 + C921O2 = BZoO6_AP21 : 4.0831e-12 ; 
+{2679.}      BZo_RO2_O7 + C98O2 = BZoO6_AP22 : 4.0831e-12 ; 
+{2680.}      BZo_RO2_O7 + C922O2 = BZoO6_AP23 : 4.0831e-12 ; 
+{2681.}      BZo_RO2_O7 + C85O2 = BZoO6_AP24 : 4.0831e-12 ; 
+{2682.}      BZo_RO2_O7 + C89O2 = BZoO6_AP25 : 4.0831e-12 ; 
+{2683.}      BZo_RO2_O7 + C86O2 = BZoO6_AP26 : 4.0831e-12 ; 
+{2684.}      BZo_RO2_O7 + C811O2 = BZoO6_AP27 : 4.0831e-12 ; 
+{2685.}      BZo_RO2_O7 + C810O2 = BZoO6_AP28 : 4.0831e-12 ; 
+{2686.}      BZo_RO2_O7 + C812O2 = BZoO6_AP29 : 4.0831e-12 ; 
+{2687.}      BZo_RO2_O7 + C813O2 = BZoO6_AP30 : 4.0831e-12 ; 
+{2688.}      BZo_RO2_O7 + C721CO3 = BZoO6_AP31 : 4.0831e-12 ; 
+# inter-VOC ROOR formation: BZo_RO2_O9
+{2689.}      BZo_RO2_O9 + C10H15O2O2 = BZoO8_APoO3 : 6.2242e-12 ; 
+{2690.}      BZo_RO2_O9 + C10H15O4O2 = BZoO8_APoO5 : 6.2242e-12 ; 
+{2691.}      BZo_RO2_O9 + C10H15O6O2 = BZoO8_APoO7 : 2.6457e-11 ; 
+{2692.}      BZo_RO2_O9 + C10H15O8O2 = BZoO8_APoO9 : 3.7895e-11 ; 
+{2693.}      BZo_RO2_O9 + C10H15O10O2 = BZoO8_APoO11 : 4.4012e-11 ; 
+{2694.}      BZo_RO2_O9 + C10H15O12O2 = BZoO8_APoO13 : 4.4012e-11 ; 
+{2695.}      BZo_RO2_O9 + C10H15O3O2 = BZoO8_APoO4 : 6.2242e-12 ; 
+{2696.}      BZo_RO2_O9 + C10H15O5O2 = BZoO8_APoO6 : 1.8219e-11 ; 
+{2697.}      BZo_RO2_O9 + C10H15O7O2 = BZoO8_APoO8 : 3.268e-11 ; 
+{2698.}      BZo_RO2_O9 + C10H15O9O2 = BZoO8_APoO10 : 4.2475e-11 ; 
+{2699.}      BZo_RO2_O9 + C10H15O11O2 = BZoO8_APoO12 : 4.4012e-11 ; 
+{2700.}      BZo_RO2_O9 + C10H17O4O2 = BZoO8_APhO5 : 6.2242e-12 ; 
+{2701.}      BZo_RO2_O9 + C10H17O6O2 = BZoO8_APhO7 : 2.6457e-11 ; 
+{2702.}      BZo_RO2_O9 + C10H17O8O2 = BZoO8_APhO9 : 3.7895e-11 ; 
+{2703.}      BZo_RO2_O9 + C10H17O3O2 = BZoO8_APhO4 : 6.2242e-12 ; 
+{2704.}      BZo_RO2_O9 + C10H17O5O2 = BZoO8_APhO6 : 1.8219e-11 ; 
+{2705.}      BZo_RO2_O9 + C10H17O7O2 = BZoO8_APhO8 : 3.268e-11 ; 
+{2706.}      BZo_RO2_O9 + APINAO2 = BZoO8_AP01 : 6.2242e-12 ; 
+{2707.}      BZo_RO2_O9 + APINBO2 = BZoO8_AP02 : 6.2242e-12 ; 
+{2708.}      BZo_RO2_O9 + APINCO2 = BZoO8_AP03 : 6.2242e-12 ; 
+{2709.}      BZo_RO2_O9 + C107O2 = BZoO8_AP04 : 6.2242e-12 ; 
+{2710.}      BZo_RO2_O9 + C109O2 = BZoO8_AP05 : 6.2242e-12 ; 
+{2711.}      BZo_RO2_O9 + C106O2 = BZoO8_AP06 : 6.2242e-12 ; 
+{2712.}      BZo_RO2_O9 + C920CO3 = BZoO8_AP07 : 6.2242e-12 ; 
+{2713.}      BZo_RO2_O9 + C108O2 = BZoO8_AP08 : 6.2242e-12 ; 
+{2714.}      BZo_RO2_O9 + PINALO2 = BZoO8_AP09 : 6.2242e-12 ; 
+{2715.}      BZo_RO2_O9 + C96CO3 = BZoO8_AP10 : 6.2242e-12 ; 
+{2716.}      BZo_RO2_O9 + NAPINAO2 = BZoO8_AP11N : 6.2242e-12 ; 
+{2717.}      BZo_RO2_O9 + NAPINBO2 = BZoO8_AP12N : 6.2242e-12 ; 
+{2718.}      BZo_RO2_O9 + NC102O2 = BZoO8_AP13N : 2.6457e-11 ; 
+{2719.}      BZo_RO2_O9 + NC101O2 = BZoO8_AP14N : 1.8219e-11 ; 
+{2720.}      BZo_RO2_O9 + C96O2 = BZoO8_AP15 : 6.2242e-12 ; 
+{2721.}      BZo_RO2_O9 + C89CO3 = BZoO8_AP16 : 6.2242e-12 ; 
+{2722.}      BZo_RO2_O9 + C920O2 = BZoO8_AP17 : 6.2242e-12 ; 
+{2723.}      BZo_RO2_O9 + C97O2 = BZoO8_AP18 : 6.2242e-12 ; 
+{2724.}      BZo_RO2_O9 + C85CO3 = BZoO8_AP19 : 6.2242e-12 ; 
+{2725.}      BZo_RO2_O9 + C811CO3 = BZoO8_AP20 : 6.2242e-12 ; 
+{2726.}      BZo_RO2_O9 + C921O2 = BZoO8_AP21 : 6.2242e-12 ; 
+{2727.}      BZo_RO2_O9 + C98O2 = BZoO8_AP22 : 6.2242e-12 ; 
+{2728.}      BZo_RO2_O9 + C922O2 = BZoO8_AP23 : 6.2242e-12 ; 
+{2729.}      BZo_RO2_O9 + C85O2 = BZoO8_AP24 : 6.2242e-12 ; 
+{2730.}      BZo_RO2_O9 + C89O2 = BZoO8_AP25 : 6.2242e-12 ; 
+{2731.}      BZo_RO2_O9 + C86O2 = BZoO8_AP26 : 6.2242e-12 ; 
+{2732.}      BZo_RO2_O9 + C811O2 = BZoO8_AP27 : 6.2242e-12 ; 
+{2733.}      BZo_RO2_O9 + C810O2 = BZoO8_AP28 : 6.2242e-12 ; 
+{2734.}      BZo_RO2_O9 + C812O2 = BZoO8_AP29 : 6.2242e-12 ; 
+{2735.}      BZo_RO2_O9 + C813O2 = BZoO8_AP30 : 6.2242e-12 ; 
+{2736.}      BZo_RO2_O9 + C721CO3 = BZoO8_AP31 : 6.2242e-12 ; 
+# inter-VOC ROOR formation: BZo_RO2_O11
+{2737.}      BZo_RO2_O11 + C10H15O2O2 = BZoO10_APoO3 : 6.3246e-12 ; 
+{2738.}      BZo_RO2_O11 + C10H15O4O2 = BZoO10_APoO5 : 6.3246e-12 ; 
+{2739.}      BZo_RO2_O11 + C10H15O6O2 = BZoO10_APoO7 : 2.6884e-11 ; 
+{2740.}      BZo_RO2_O11 + C10H15O8O2 = BZoO10_APoO9 : 3.8506e-11 ; 
+{2741.}      BZo_RO2_O11 + C10H15O10O2 = BZoO10_APoO11 : 4.4721e-11 ; 
+{2742.}      BZo_RO2_O11 + C10H15O12O2 = BZoO10_APoO13 : 4.4721e-11 ; 
+{2743.}      BZo_RO2_O11 + C10H15O3O2 = BZoO10_APoO4 : 6.3246e-12 ; 
+{2744.}      BZo_RO2_O11 + C10H15O5O2 = BZoO10_APoO6 : 1.8513e-11 ; 
+{2745.}      BZo_RO2_O11 + C10H15O7O2 = BZoO10_APoO8 : 3.3207e-11 ; 
+{2746.}      BZo_RO2_O11 + C10H15O9O2 = BZoO10_APoO10 : 4.3159e-11 ; 
+{2747.}      BZo_RO2_O11 + C10H15O11O2 = BZoO10_APoO12 : 4.4721e-11 ; 
+{2748.}      BZo_RO2_O11 + C10H17O4O2 = BZoO10_APhO5 : 6.3246e-12 ; 
+{2749.}      BZo_RO2_O11 + C10H17O6O2 = BZoO10_APhO7 : 2.6884e-11 ; 
+{2750.}      BZo_RO2_O11 + C10H17O8O2 = BZoO10_APhO9 : 3.8506e-11 ; 
+{2751.}      BZo_RO2_O11 + C10H17O3O2 = BZoO10_APhO4 : 6.3246e-12 ; 
+{2752.}      BZo_RO2_O11 + C10H17O5O2 = BZoO10_APhO6 : 1.8513e-11 ; 
+{2753.}      BZo_RO2_O11 + C10H17O7O2 = BZoO10_APhO8 : 3.3207e-11 ; 
+{2754.}      BZo_RO2_O11 + APINAO2 = BZoO10_AP01 : 6.3246e-12 ; 
+{2755.}      BZo_RO2_O11 + APINBO2 = BZoO10_AP02 : 6.3246e-12 ; 
+{2756.}      BZo_RO2_O11 + APINCO2 = BZoO10_AP03 : 6.3246e-12 ; 
+{2757.}      BZo_RO2_O11 + C107O2 = BZoO10_AP04 : 6.3246e-12 ; 
+{2758.}      BZo_RO2_O11 + C109O2 = BZoO10_AP05 : 6.3246e-12 ; 
+{2759.}      BZo_RO2_O11 + C106O2 = BZoO10_AP06 : 6.3246e-12 ; 
+{2760.}      BZo_RO2_O11 + C920CO3 = BZoO10_AP07 : 6.3246e-12 ; 
+{2761.}      BZo_RO2_O11 + C108O2 = BZoO10_AP08 : 6.3246e-12 ; 
+{2762.}      BZo_RO2_O11 + PINALO2 = BZoO10_AP09 : 6.3246e-12 ; 
+{2763.}      BZo_RO2_O11 + C96CO3 = BZoO10_AP10 : 6.3246e-12 ; 
+{2764.}      BZo_RO2_O11 + NAPINAO2 = BZoO10_AP11N : 6.3246e-12 ; 
+{2765.}      BZo_RO2_O11 + NAPINBO2 = BZoO10_AP12N : 6.3246e-12 ; 
+{2766.}      BZo_RO2_O11 + NC102O2 = BZoO10_AP13N : 2.6884e-11 ; 
+{2767.}      BZo_RO2_O11 + NC101O2 = BZoO10_AP14N : 1.8513e-11 ; 
+{2768.}      BZo_RO2_O11 + C96O2 = BZoO10_AP15 : 6.3246e-12 ; 
+{2769.}      BZo_RO2_O11 + C89CO3 = BZoO10_AP16 : 6.3246e-12 ; 
+{2770.}      BZo_RO2_O11 + C920O2 = BZoO10_AP17 : 6.3246e-12 ; 
+{2771.}      BZo_RO2_O11 + C97O2 = BZoO10_AP18 : 6.3246e-12 ; 
+{2772.}      BZo_RO2_O11 + C85CO3 = BZoO10_AP19 : 6.3246e-12 ; 
+{2773.}      BZo_RO2_O11 + C811CO3 = BZoO10_AP20 : 6.3246e-12 ; 
+{2774.}      BZo_RO2_O11 + C921O2 = BZoO10_AP21 : 6.3246e-12 ; 
+{2775.}      BZo_RO2_O11 + C98O2 = BZoO10_AP22 : 6.3246e-12 ; 
+{2776.}      BZo_RO2_O11 + C922O2 = BZoO10_AP23 : 6.3246e-12 ; 
+{2777.}      BZo_RO2_O11 + C85O2 = BZoO10_AP24 : 6.3246e-12 ; 
+{2778.}      BZo_RO2_O11 + C89O2 = BZoO10_AP25 : 6.3246e-12 ; 
+{2779.}      BZo_RO2_O11 + C86O2 = BZoO10_AP26 : 6.3246e-12 ; 
+{2780.}      BZo_RO2_O11 + C811O2 = BZoO10_AP27 : 6.3246e-12 ; 
+{2781.}      BZo_RO2_O11 + C810O2 = BZoO10_AP28 : 6.3246e-12 ; 
+{2782.}      BZo_RO2_O11 + C812O2 = BZoO10_AP29 : 6.3246e-12 ; 
+{2783.}      BZo_RO2_O11 + C813O2 = BZoO10_AP30 : 6.3246e-12 ; 
+{2784.}      BZo_RO2_O11 + C721CO3 = BZoO10_AP31 : 6.3246e-12 ; 
+# inter-VOC ROOR formation: BZeo_RO2_O6
+{2785.}      BZeo_RO2_O6 + C10H15O2O2 = BZeoO5_APoO3 : 2.3743e-12 ; 
+{2786.}      BZeo_RO2_O6 + C10H15O4O2 = BZeoO5_APoO5 : 2.3743e-12 ; 
+{2787.}      BZeo_RO2_O6 + C10H15O6O2 = BZeoO5_APoO7 : 1.0092e-11 ; 
+{2788.}      BZeo_RO2_O6 + C10H15O8O2 = BZeoO5_APoO9 : 1.4456e-11 ; 
+{2789.}      BZeo_RO2_O6 + C10H15O10O2 = BZeoO5_APoO11 : 1.6789e-11 ; 
+{2790.}      BZeo_RO2_O6 + C10H15O12O2 = BZeoO5_APoO13 : 1.6789e-11 ; 
+{2791.}      BZeo_RO2_O6 + C10H15O3O2 = BZeoO5_APoO4 : 2.3743e-12 ; 
+{2792.}      BZeo_RO2_O6 + C10H15O5O2 = BZeoO5_APoO6 : 6.9499e-12 ; 
+{2793.}      BZeo_RO2_O6 + C10H15O7O2 = BZeoO5_APoO8 : 1.2466e-11 ; 
+{2794.}      BZeo_RO2_O6 + C10H15O9O2 = BZeoO5_APoO10 : 1.6202e-11 ; 
+{2795.}      BZeo_RO2_O6 + C10H15O11O2 = BZeoO5_APoO12 : 1.6789e-11 ; 
+{2796.}      BZeo_RO2_O6 + C10H17O4O2 = BZeoO5_APhO5 : 2.3743e-12 ; 
+{2797.}      BZeo_RO2_O6 + C10H17O6O2 = BZeoO5_APhO7 : 1.0092e-11 ; 
+{2798.}      BZeo_RO2_O6 + C10H17O8O2 = BZeoO5_APhO9 : 1.4456e-11 ; 
+{2799.}      BZeo_RO2_O6 + C10H17O3O2 = BZeoO5_APhO4 : 2.3743e-12 ; 
+{2800.}      BZeo_RO2_O6 + C10H17O5O2 = BZeoO5_APhO6 : 6.9499e-12 ; 
+{2801.}      BZeo_RO2_O6 + C10H17O7O2 = BZeoO5_APhO8 : 1.2466e-11 ; 
+{2802.}      BZeo_RO2_O6 + APINAO2 = BZeoO5_AP01 : 2.3743e-12 ; 
+{2803.}      BZeo_RO2_O6 + APINBO2 = BZeoO5_AP02 : 2.3743e-12 ; 
+{2804.}      BZeo_RO2_O6 + APINCO2 = BZeoO5_AP03 : 2.3743e-12 ; 
+{2805.}      BZeo_RO2_O6 + C107O2 = BZeoO5_AP04 : 2.3743e-12 ; 
+{2806.}      BZeo_RO2_O6 + C109O2 = BZeoO5_AP05 : 2.3743e-12 ; 
+{2807.}      BZeo_RO2_O6 + C106O2 = BZeoO5_AP06 : 2.3743e-12 ; 
+{2808.}      BZeo_RO2_O6 + C920CO3 = BZeoO5_AP07 : 2.3743e-12 ; 
+{2809.}      BZeo_RO2_O6 + C108O2 = BZeoO5_AP08 : 2.3743e-12 ; 
+{2810.}      BZeo_RO2_O6 + PINALO2 = BZeoO5_AP09 : 2.3743e-12 ; 
+{2811.}      BZeo_RO2_O6 + C96CO3 = BZeoO5_AP10 : 2.3743e-12 ; 
+{2812.}      BZeo_RO2_O6 + NAPINAO2 = BZeoO5_AP11N : 2.3743e-12 ; 
+{2813.}      BZeo_RO2_O6 + NAPINBO2 = BZeoO5_AP12N : 2.3743e-12 ; 
+{2814.}      BZeo_RO2_O6 + NC102O2 = BZeoO5_AP13N : 1.0092e-11 ; 
+{2815.}      BZeo_RO2_O6 + NC101O2 = BZeoO5_AP14N : 6.9499e-12 ; 
+{2816.}      BZeo_RO2_O6 + C96O2 = BZeoO5_AP15 : 2.3743e-12 ; 
+{2817.}      BZeo_RO2_O6 + C89CO3 = BZeoO5_AP16 : 2.3743e-12 ; 
+{2818.}      BZeo_RO2_O6 + C920O2 = BZeoO5_AP17 : 2.3743e-12 ; 
+{2819.}      BZeo_RO2_O6 + C97O2 = BZeoO5_AP18 : 2.3743e-12 ; 
+{2820.}      BZeo_RO2_O6 + C85CO3 = BZeoO5_AP19 : 2.3743e-12 ; 
+{2821.}      BZeo_RO2_O6 + C811CO3 = BZeoO5_AP20 : 2.3743e-12 ; 
+{2822.}      BZeo_RO2_O6 + C921O2 = BZeoO5_AP21 : 2.3743e-12 ; 
+{2823.}      BZeo_RO2_O6 + C98O2 = BZeoO5_AP22 : 2.3743e-12 ; 
+{2824.}      BZeo_RO2_O6 + C922O2 = BZeoO5_AP23 : 2.3743e-12 ; 
+{2825.}      BZeo_RO2_O6 + C85O2 = BZeoO5_AP24 : 2.3743e-12 ; 
+{2826.}      BZeo_RO2_O6 + C89O2 = BZeoO5_AP25 : 2.3743e-12 ; 
+{2827.}      BZeo_RO2_O6 + C86O2 = BZeoO5_AP26 : 2.3743e-12 ; 
+{2828.}      BZeo_RO2_O6 + C811O2 = BZeoO5_AP27 : 2.3743e-12 ; 
+{2829.}      BZeo_RO2_O6 + C810O2 = BZeoO5_AP28 : 2.3743e-12 ; 
+{2830.}      BZeo_RO2_O6 + C812O2 = BZeoO5_AP29 : 2.3743e-12 ; 
+{2831.}      BZeo_RO2_O6 + C813O2 = BZeoO5_AP30 : 2.3743e-12 ; 
+{2832.}      BZeo_RO2_O6 + C721CO3 = BZeoO5_AP31 : 2.3743e-12 ; 
+# inter-VOC ROOR formation: BZeo_RO2_O8
+{2833.}      BZeo_RO2_O8 + C10H15O2O2 = BZeoO7_APoO3 : 5.2637e-12 ; 
+{2834.}      BZeo_RO2_O8 + C10H15O4O2 = BZeoO7_APoO5 : 5.2637e-12 ; 
+{2835.}      BZeo_RO2_O8 + C10H15O6O2 = BZeoO7_APoO7 : 2.2374e-11 ; 
+{2836.}      BZeo_RO2_O8 + C10H15O8O2 = BZeoO7_APoO9 : 3.2047e-11 ; 
+{2837.}      BZeo_RO2_O8 + C10H15O10O2 = BZeoO7_APoO11 : 3.722e-11 ; 
+{2838.}      BZeo_RO2_O8 + C10H15O12O2 = BZeoO7_APoO13 : 3.722e-11 ; 
+{2839.}      BZeo_RO2_O8 + C10H15O3O2 = BZeoO7_APoO4 : 5.2637e-12 ; 
+{2840.}      BZeo_RO2_O8 + C10H15O5O2 = BZeoO7_APoO6 : 1.5408e-11 ; 
+{2841.}      BZeo_RO2_O8 + C10H15O7O2 = BZeoO7_APoO8 : 2.7637e-11 ; 
+{2842.}      BZeo_RO2_O8 + C10H15O9O2 = BZeoO7_APoO10 : 3.592e-11 ; 
+{2843.}      BZeo_RO2_O8 + C10H15O11O2 = BZeoO7_APoO12 : 3.722e-11 ; 
+{2844.}      BZeo_RO2_O8 + C10H17O4O2 = BZeoO7_APhO5 : 5.2637e-12 ; 
+{2845.}      BZeo_RO2_O8 + C10H17O6O2 = BZeoO7_APhO7 : 2.2374e-11 ; 
+{2846.}      BZeo_RO2_O8 + C10H17O8O2 = BZeoO7_APhO9 : 3.2047e-11 ; 
+{2847.}      BZeo_RO2_O8 + C10H17O3O2 = BZeoO7_APhO4 : 5.2637e-12 ; 
+{2848.}      BZeo_RO2_O8 + C10H17O5O2 = BZeoO7_APhO6 : 1.5408e-11 ; 
+{2849.}      BZeo_RO2_O8 + C10H17O7O2 = BZeoO7_APhO8 : 2.7637e-11 ; 
+{2850.}      BZeo_RO2_O8 + APINAO2 = BZeoO7_AP01 : 5.2637e-12 ; 
+{2851.}      BZeo_RO2_O8 + APINBO2 = BZeoO7_AP02 : 5.2637e-12 ; 
+{2852.}      BZeo_RO2_O8 + APINCO2 = BZeoO7_AP03 : 5.2637e-12 ; 
+{2853.}      BZeo_RO2_O8 + C107O2 = BZeoO7_AP04 : 5.2637e-12 ; 
+{2854.}      BZeo_RO2_O8 + C109O2 = BZeoO7_AP05 : 5.2637e-12 ; 
+{2855.}      BZeo_RO2_O8 + C106O2 = BZeoO7_AP06 : 5.2637e-12 ; 
+{2856.}      BZeo_RO2_O8 + C920CO3 = BZeoO7_AP07 : 5.2637e-12 ; 
+{2857.}      BZeo_RO2_O8 + C108O2 = BZeoO7_AP08 : 5.2637e-12 ; 
+{2858.}      BZeo_RO2_O8 + PINALO2 = BZeoO7_AP09 : 5.2637e-12 ; 
+{2859.}      BZeo_RO2_O8 + C96CO3 = BZeoO7_AP10 : 5.2637e-12 ; 
+{2860.}      BZeo_RO2_O8 + NAPINAO2 = BZeoO7_AP11N : 5.2637e-12 ; 
+{2861.}      BZeo_RO2_O8 + NAPINBO2 = BZeoO7_AP12N : 5.2637e-12 ; 
+{2862.}      BZeo_RO2_O8 + NC102O2 = BZeoO7_AP13N : 2.2374e-11 ; 
+{2863.}      BZeo_RO2_O8 + NC101O2 = BZeoO7_AP14N : 1.5408e-11 ; 
+{2864.}      BZeo_RO2_O8 + C96O2 = BZeoO7_AP15 : 5.2637e-12 ; 
+{2865.}      BZeo_RO2_O8 + C89CO3 = BZeoO7_AP16 : 5.2637e-12 ; 
+{2866.}      BZeo_RO2_O8 + C920O2 = BZeoO7_AP17 : 5.2637e-12 ; 
+{2867.}      BZeo_RO2_O8 + C97O2 = BZeoO7_AP18 : 5.2637e-12 ; 
+{2868.}      BZeo_RO2_O8 + C85CO3 = BZeoO7_AP19 : 5.2637e-12 ; 
+{2869.}      BZeo_RO2_O8 + C811CO3 = BZeoO7_AP20 : 5.2637e-12 ; 
+{2870.}      BZeo_RO2_O8 + C921O2 = BZeoO7_AP21 : 5.2637e-12 ; 
+{2871.}      BZeo_RO2_O8 + C98O2 = BZeoO7_AP22 : 5.2637e-12 ; 
+{2872.}      BZeo_RO2_O8 + C922O2 = BZeoO7_AP23 : 5.2637e-12 ; 
+{2873.}      BZeo_RO2_O8 + C85O2 = BZeoO7_AP24 : 5.2637e-12 ; 
+{2874.}      BZeo_RO2_O8 + C89O2 = BZeoO7_AP25 : 5.2637e-12 ; 
+{2875.}      BZeo_RO2_O8 + C86O2 = BZeoO7_AP26 : 5.2637e-12 ; 
+{2876.}      BZeo_RO2_O8 + C811O2 = BZeoO7_AP27 : 5.2637e-12 ; 
+{2877.}      BZeo_RO2_O8 + C810O2 = BZeoO7_AP28 : 5.2637e-12 ; 
+{2878.}      BZeo_RO2_O8 + C812O2 = BZeoO7_AP29 : 5.2637e-12 ; 
+{2879.}      BZeo_RO2_O8 + C813O2 = BZeoO7_AP30 : 5.2637e-12 ; 
+{2880.}      BZeo_RO2_O8 + C721CO3 = BZeoO7_AP31 : 5.2637e-12 ; 
+# inter-VOC ROOR formation: BZeo_RO2_O10
+{2881.}      BZeo_RO2_O10 + C10H15O2O2 = BZeoO9_APoO3 : 6.3246e-12 ; 
+{2882.}      BZeo_RO2_O10 + C10H15O4O2 = BZeoO9_APoO5 : 6.3246e-12 ; 
+{2883.}      BZeo_RO2_O10 + C10H15O6O2 = BZeoO9_APoO7 : 2.6884e-11 ; 
+{2884.}      BZeo_RO2_O10 + C10H15O8O2 = BZeoO9_APoO9 : 3.8506e-11 ; 
+{2885.}      BZeo_RO2_O10 + C10H15O10O2 = BZeoO9_APoO11 : 4.4721e-11 ; 
+{2886.}      BZeo_RO2_O10 + C10H15O12O2 = BZeoO9_APoO13 : 4.4721e-11 ; 
+{2887.}      BZeo_RO2_O10 + C10H15O3O2 = BZeoO9_APoO4 : 6.3246e-12 ; 
+{2888.}      BZeo_RO2_O10 + C10H15O5O2 = BZeoO9_APoO6 : 1.8513e-11 ; 
+{2889.}      BZeo_RO2_O10 + C10H15O7O2 = BZeoO9_APoO8 : 3.3207e-11 ; 
+{2890.}      BZeo_RO2_O10 + C10H15O9O2 = BZeoO9_APoO10 : 4.3159e-11 ; 
+{2891.}      BZeo_RO2_O10 + C10H15O11O2 = BZeoO9_APoO12 : 4.4721e-11 ; 
+{2892.}      BZeo_RO2_O10 + C10H17O4O2 = BZeoO9_APhO5 : 6.3246e-12 ; 
+{2893.}      BZeo_RO2_O10 + C10H17O6O2 = BZeoO9_APhO7 : 2.6884e-11 ; 
+{2894.}      BZeo_RO2_O10 + C10H17O8O2 = BZeoO9_APhO9 : 3.8506e-11 ; 
+{2895.}      BZeo_RO2_O10 + C10H17O3O2 = BZeoO9_APhO4 : 6.3246e-12 ; 
+{2896.}      BZeo_RO2_O10 + C10H17O5O2 = BZeoO9_APhO6 : 1.8513e-11 ; 
+{2897.}      BZeo_RO2_O10 + C10H17O7O2 = BZeoO9_APhO8 : 3.3207e-11 ; 
+{2898.}      BZeo_RO2_O10 + APINAO2 = BZeoO9_AP01 : 6.3246e-12 ; 
+{2899.}      BZeo_RO2_O10 + APINBO2 = BZeoO9_AP02 : 6.3246e-12 ; 
+{2900.}      BZeo_RO2_O10 + APINCO2 = BZeoO9_AP03 : 6.3246e-12 ; 
+{2901.}      BZeo_RO2_O10 + C107O2 = BZeoO9_AP04 : 6.3246e-12 ; 
+{2902.}      BZeo_RO2_O10 + C109O2 = BZeoO9_AP05 : 6.3246e-12 ; 
+{2903.}      BZeo_RO2_O10 + C106O2 = BZeoO9_AP06 : 6.3246e-12 ; 
+{2904.}      BZeo_RO2_O10 + C920CO3 = BZeoO9_AP07 : 6.3246e-12 ; 
+{2905.}      BZeo_RO2_O10 + C108O2 = BZeoO9_AP08 : 6.3246e-12 ; 
+{2906.}      BZeo_RO2_O10 + PINALO2 = BZeoO9_AP09 : 6.3246e-12 ; 
+{2907.}      BZeo_RO2_O10 + C96CO3 = BZeoO9_AP10 : 6.3246e-12 ; 
+{2908.}      BZeo_RO2_O10 + NAPINAO2 = BZeoO9_AP11N : 6.3246e-12 ; 
+{2909.}      BZeo_RO2_O10 + NAPINBO2 = BZeoO9_AP12N : 6.3246e-12 ; 
+{2910.}      BZeo_RO2_O10 + NC102O2 = BZeoO9_AP13N : 2.6884e-11 ; 
+{2911.}      BZeo_RO2_O10 + NC101O2 = BZeoO9_AP14N : 1.8513e-11 ; 
+{2912.}      BZeo_RO2_O10 + C96O2 = BZeoO9_AP15 : 6.3246e-12 ; 
+{2913.}      BZeo_RO2_O10 + C89CO3 = BZeoO9_AP16 : 6.3246e-12 ; 
+{2914.}      BZeo_RO2_O10 + C920O2 = BZeoO9_AP17 : 6.3246e-12 ; 
+{2915.}      BZeo_RO2_O10 + C97O2 = BZeoO9_AP18 : 6.3246e-12 ; 
+{2916.}      BZeo_RO2_O10 + C85CO3 = BZeoO9_AP19 : 6.3246e-12 ; 
+{2917.}      BZeo_RO2_O10 + C811CO3 = BZeoO9_AP20 : 6.3246e-12 ; 
+{2918.}      BZeo_RO2_O10 + C921O2 = BZeoO9_AP21 : 6.3246e-12 ; 
+{2919.}      BZeo_RO2_O10 + C98O2 = BZeoO9_AP22 : 6.3246e-12 ; 
+{2920.}      BZeo_RO2_O10 + C922O2 = BZeoO9_AP23 : 6.3246e-12 ; 
+{2921.}      BZeo_RO2_O10 + C85O2 = BZeoO9_AP24 : 6.3246e-12 ; 
+{2922.}      BZeo_RO2_O10 + C89O2 = BZeoO9_AP25 : 6.3246e-12 ; 
+{2923.}      BZeo_RO2_O10 + C86O2 = BZeoO9_AP26 : 6.3246e-12 ; 
+{2924.}      BZeo_RO2_O10 + C811O2 = BZeoO9_AP27 : 6.3246e-12 ; 
+{2925.}      BZeo_RO2_O10 + C810O2 = BZeoO9_AP28 : 6.3246e-12 ; 
+{2926.}      BZeo_RO2_O10 + C812O2 = BZeoO9_AP29 : 6.3246e-12 ; 
+{2927.}      BZeo_RO2_O10 + C813O2 = BZeoO9_AP30 : 6.3246e-12 ; 
+{2928.}      BZeo_RO2_O10 + C721CO3 = BZeoO9_AP31 : 6.3246e-12 ; 
+# inter-VOC ROOR formation: C5_RO2_O6
+{2929.}      C5_RO2_O6 + C10H15O2O2 = C5eO5_APoO3 : 3.4641e-13 ; 
+{2930.}      C5_RO2_O6 + C10H15O4O2 = C5eO5_APoO5 : 3.4641e-13 ; 
+{2931.}      C5_RO2_O6 + C10H15O6O2 = C5eO5_APoO7 : 1.4725e-12 ; 
+{2932.}      C5_RO2_O6 + C10H15O8O2 = C5eO5_APoO9 : 2.1091e-12 ; 
+{2933.}      C5_RO2_O6 + C10H15O10O2 = C5eO5_APoO11 : 2.4495e-12 ; 
+{2934.}      C5_RO2_O6 + C10H15O12O2 = C5eO5_APoO13 : 2.4495e-12 ; 
+{2935.}      C5_RO2_O6 + C10H15O3O2 = C5eO5_APoO4 : 3.4641e-13 ; 
+{2936.}      C5_RO2_O6 + C10H15O5O2 = C5eO5_APoO6 : 1.014e-12 ; 
+{2937.}      C5_RO2_O6 + C10H15O7O2 = C5eO5_APoO8 : 1.8188e-12 ; 
+{2938.}      C5_RO2_O6 + C10H15O9O2 = C5eO5_APoO10 : 2.3639e-12 ; 
+{2939.}      C5_RO2_O6 + C10H15O11O2 = C5eO5_APoO12 : 2.4495e-12 ; 
+{2940.}      C5_RO2_O6 + C10H17O4O2 = C5eO5_APhO5 : 3.4641e-13 ; 
+{2941.}      C5_RO2_O6 + C10H17O6O2 = C5eO5_APhO7 : 1.4725e-12 ; 
+{2942.}      C5_RO2_O6 + C10H17O8O2 = C5eO5_APhO9 : 2.1091e-12 ; 
+{2943.}      C5_RO2_O6 + C10H17O3O2 = C5eO5_APhO4 : 3.4641e-13 ; 
+{2944.}      C5_RO2_O6 + C10H17O5O2 = C5eO5_APhO6 : 1.014e-12 ; 
+{2945.}      C5_RO2_O6 + C10H17O7O2 = C5eO5_APhO8 : 1.8188e-12 ; 
+{2946.}      C5_RO2_O6 + APINAO2 = C5eO5_AP01 : 3.4641e-13 ; 
+{2947.}      C5_RO2_O6 + APINBO2 = C5eO5_AP02 : 3.4641e-13 ; 
+{2948.}      C5_RO2_O6 + APINCO2 = C5eO5_AP03 : 3.4641e-13 ; 
+{2949.}      C5_RO2_O6 + C107O2 = C5eO5_AP04 : 3.4641e-13 ; 
+{2950.}      C5_RO2_O6 + C109O2 = C5eO5_AP05 : 3.4641e-13 ; 
+{2951.}      C5_RO2_O6 + C106O2 = C5eO5_AP06 : 3.4641e-13 ; 
+{2952.}      C5_RO2_O6 + C920CO3 = C5eO5_AP07 : 3.4641e-13 ; 
+{2953.}      C5_RO2_O6 + C108O2 = C5eO5_AP08 : 3.4641e-13 ; 
+{2954.}      C5_RO2_O6 + PINALO2 = C5eO5_AP09 : 3.4641e-13 ; 
+{2955.}      C5_RO2_O6 + C96CO3 = C5eO5_AP10 : 3.4641e-13 ; 
+{2956.}      C5_RO2_O6 + NAPINAO2 = C5eO5_AP11N : 3.4641e-13 ; 
+{2957.}      C5_RO2_O6 + NAPINBO2 = C5eO5_AP12N : 3.4641e-13 ; 
+{2958.}      C5_RO2_O6 + NC102O2 = C5eO5_AP13N : 1.4725e-12 ; 
+{2959.}      C5_RO2_O6 + NC101O2 = C5eO5_AP14N : 1.014e-12 ; 
+{2960.}      C5_RO2_O6 + C96O2 = C5eO5_AP15 : 3.4641e-13 ; 
+{2961.}      C5_RO2_O6 + C89CO3 = C5eO5_AP16 : 3.4641e-13 ; 
+{2962.}      C5_RO2_O6 + C920O2 = C5eO5_AP17 : 3.4641e-13 ; 
+{2963.}      C5_RO2_O6 + C97O2 = C5eO5_AP18 : 3.4641e-13 ; 
+{2964.}      C5_RO2_O6 + C85CO3 = C5eO5_AP19 : 3.4641e-13 ; 
+{2965.}      C5_RO2_O6 + C811CO3 = C5eO5_AP20 : 3.4641e-13 ; 
+{2966.}      C5_RO2_O6 + C921O2 = C5eO5_AP21 : 3.4641e-13 ; 
+{2967.}      C5_RO2_O6 + C98O2 = C5eO5_AP22 : 3.4641e-13 ; 
+{2968.}      C5_RO2_O6 + C922O2 = C5eO5_AP23 : 3.4641e-13 ; 
+{2969.}      C5_RO2_O6 + C85O2 = C5eO5_AP24 : 3.4641e-13 ; 
+{2970.}      C5_RO2_O6 + C89O2 = C5eO5_AP25 : 3.4641e-13 ; 
+{2971.}      C5_RO2_O6 + C86O2 = C5eO5_AP26 : 3.4641e-13 ; 
+{2972.}      C5_RO2_O6 + C811O2 = C5eO5_AP27 : 3.4641e-13 ; 
+{2973.}      C5_RO2_O6 + C810O2 = C5eO5_AP28 : 3.4641e-13 ; 
+{2974.}      C5_RO2_O6 + C812O2 = C5eO5_AP29 : 3.4641e-13 ; 
+{2975.}      C5_RO2_O6 + C813O2 = C5eO5_AP30 : 3.4641e-13 ; 
+{2976.}      C5_RO2_O6 + C721CO3 = C5eO5_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: C5_RO2_O7
+{2977.}      C5_RO2_O7 + C10H15O2O2 = C5O6_APoO3 : 2.8976e-12 ; 
+{2978.}      C5_RO2_O7 + C10H15O4O2 = C5O6_APoO5 : 2.8976e-12 ; 
+{2979.}      C5_RO2_O7 + C10H15O6O2 = C5O6_APoO7 : 1.2317e-11 ; 
+{2980.}      C5_RO2_O7 + C10H15O8O2 = C5O6_APoO9 : 1.7641e-11 ; 
+{2981.}      C5_RO2_O7 + C10H15O10O2 = C5O6_APoO11 : 2.0489e-11 ; 
+{2982.}      C5_RO2_O7 + C10H15O12O2 = C5O6_APoO13 : 2.0489e-11 ; 
+{2983.}      C5_RO2_O7 + C10H15O3O2 = C5O6_APoO4 : 2.8976e-12 ; 
+{2984.}      C5_RO2_O7 + C10H15O5O2 = C5O6_APoO6 : 8.4816e-12 ; 
+{2985.}      C5_RO2_O7 + C10H15O7O2 = C5O6_APoO8 : 1.5214e-11 ; 
+{2986.}      C5_RO2_O7 + C10H15O9O2 = C5O6_APoO10 : 1.9773e-11 ; 
+{2987.}      C5_RO2_O7 + C10H15O11O2 = C5O6_APoO12 : 2.0489e-11 ; 
+{2988.}      C5_RO2_O7 + C10H17O4O2 = C5O6_APhO5 : 2.8976e-12 ; 
+{2989.}      C5_RO2_O7 + C10H17O6O2 = C5O6_APhO7 : 1.2317e-11 ; 
+{2990.}      C5_RO2_O7 + C10H17O8O2 = C5O6_APhO9 : 1.7641e-11 ; 
+{2991.}      C5_RO2_O7 + C10H17O3O2 = C5O6_APhO4 : 2.8976e-12 ; 
+{2992.}      C5_RO2_O7 + C10H17O5O2 = C5O6_APhO6 : 8.4816e-12 ; 
+{2993.}      C5_RO2_O7 + C10H17O7O2 = C5O6_APhO8 : 1.5214e-11 ; 
+{2994.}      C5_RO2_O7 + APINAO2 = C5O6_AP01 : 2.8976e-12 ; 
+{2995.}      C5_RO2_O7 + APINBO2 = C5O6_AP02 : 2.8976e-12 ; 
+{2996.}      C5_RO2_O7 + APINCO2 = C5O6_AP03 : 2.8976e-12 ; 
+{2997.}      C5_RO2_O7 + C107O2 = C5O6_AP04 : 2.8976e-12 ; 
+{2998.}      C5_RO2_O7 + C109O2 = C5O6_AP05 : 2.8976e-12 ; 
+{2999.}      C5_RO2_O7 + C106O2 = C5O6_AP06 : 2.8976e-12 ; 
+{3000.}      C5_RO2_O7 + C920CO3 = C5O6_AP07 : 2.8976e-12 ; 
+{3001.}      C5_RO2_O7 + C108O2 = C5O6_AP08 : 2.8976e-12 ; 
+{3002.}      C5_RO2_O7 + PINALO2 = C5O6_AP09 : 2.8976e-12 ; 
+{3003.}      C5_RO2_O7 + C96CO3 = C5O6_AP10 : 2.8976e-12 ; 
+{3004.}      C5_RO2_O7 + NAPINAO2 = C5O6_AP11N : 2.8976e-12 ; 
+{3005.}      C5_RO2_O7 + NAPINBO2 = C5O6_AP12N : 2.8976e-12 ; 
+{3006.}      C5_RO2_O7 + NC102O2 = C5O6_AP13N : 1.2317e-11 ; 
+{3007.}      C5_RO2_O7 + NC101O2 = C5O6_AP14N : 8.4816e-12 ; 
+{3008.}      C5_RO2_O7 + C96O2 = C5O6_AP15 : 2.8976e-12 ; 
+{3009.}      C5_RO2_O7 + C89CO3 = C5O6_AP16 : 2.8976e-12 ; 
+{3010.}      C5_RO2_O7 + C920O2 = C5O6_AP17 : 2.8976e-12 ; 
+{3011.}      C5_RO2_O7 + C97O2 = C5O6_AP18 : 2.8976e-12 ; 
+{3012.}      C5_RO2_O7 + C85CO3 = C5O6_AP19 : 2.8976e-12 ; 
+{3013.}      C5_RO2_O7 + C811CO3 = C5O6_AP20 : 2.8976e-12 ; 
+{3014.}      C5_RO2_O7 + C921O2 = C5O6_AP21 : 2.8976e-12 ; 
+{3015.}      C5_RO2_O7 + C98O2 = C5O6_AP22 : 2.8976e-12 ; 
+{3016.}      C5_RO2_O7 + C922O2 = C5O6_AP23 : 2.8976e-12 ; 
+{3017.}      C5_RO2_O7 + C85O2 = C5O6_AP24 : 2.8976e-12 ; 
+{3018.}      C5_RO2_O7 + C89O2 = C5O6_AP25 : 2.8976e-12 ; 
+{3019.}      C5_RO2_O7 + C86O2 = C5O6_AP26 : 2.8976e-12 ; 
+{3020.}      C5_RO2_O7 + C811O2 = C5O6_AP27 : 2.8976e-12 ; 
+{3021.}      C5_RO2_O7 + C810O2 = C5O6_AP28 : 2.8976e-12 ; 
+{3022.}      C5_RO2_O7 + C812O2 = C5O6_AP29 : 2.8976e-12 ; 
+{3023.}      C5_RO2_O7 + C813O2 = C5O6_AP30 : 2.8976e-12 ; 
+{3024.}      C5_RO2_O7 + C721CO3 = C5O6_AP31 : 2.8976e-12 ; 
+# inter-VOC ROOR formation: C5_RO2_O8
+{3025.}      C5_RO2_O8 + C10H15O2O2 = C5eO7_APoO3 : 4.408e-12 ; 
+{3026.}      C5_RO2_O8 + C10H15O4O2 = C5eO7_APoO5 : 4.408e-12 ; 
+{3027.}      C5_RO2_O8 + C10H15O6O2 = C5eO7_APoO7 : 1.8737e-11 ; 
+{3028.}      C5_RO2_O8 + C10H15O8O2 = C5eO7_APoO9 : 2.6837e-11 ; 
+{3029.}      C5_RO2_O8 + C10H15O10O2 = C5eO7_APoO11 : 3.1169e-11 ; 
+{3030.}      C5_RO2_O8 + C10H15O12O2 = C5eO7_APoO13 : 3.1169e-11 ; 
+{3031.}      C5_RO2_O8 + C10H15O3O2 = C5eO7_APoO4 : 4.408e-12 ; 
+{3032.}      C5_RO2_O8 + C10H15O5O2 = C5eO7_APoO6 : 1.2903e-11 ; 
+{3033.}      C5_RO2_O8 + C10H15O7O2 = C5eO7_APoO8 : 2.3144e-11 ; 
+{3034.}      C5_RO2_O8 + C10H15O9O2 = C5eO7_APoO10 : 3.0081e-11 ; 
+{3035.}      C5_RO2_O8 + C10H15O11O2 = C5eO7_APoO12 : 3.1169e-11 ; 
+{3036.}      C5_RO2_O8 + C10H17O4O2 = C5eO7_APhO5 : 4.408e-12 ; 
+{3037.}      C5_RO2_O8 + C10H17O6O2 = C5eO7_APhO7 : 1.8737e-11 ; 
+{3038.}      C5_RO2_O8 + C10H17O8O2 = C5eO7_APhO9 : 2.6837e-11 ; 
+{3039.}      C5_RO2_O8 + C10H17O3O2 = C5eO7_APhO4 : 4.408e-12 ; 
+{3040.}      C5_RO2_O8 + C10H17O5O2 = C5eO7_APhO6 : 1.2903e-11 ; 
+{3041.}      C5_RO2_O8 + C10H17O7O2 = C5eO7_APhO8 : 2.3144e-11 ; 
+{3042.}      C5_RO2_O8 + APINAO2 = C5eO7_AP01 : 4.408e-12 ; 
+{3043.}      C5_RO2_O8 + APINBO2 = C5eO7_AP02 : 4.408e-12 ; 
+{3044.}      C5_RO2_O8 + APINCO2 = C5eO7_AP03 : 4.408e-12 ; 
+{3045.}      C5_RO2_O8 + C107O2 = C5eO7_AP04 : 4.408e-12 ; 
+{3046.}      C5_RO2_O8 + C109O2 = C5eO7_AP05 : 4.408e-12 ; 
+{3047.}      C5_RO2_O8 + C106O2 = C5eO7_AP06 : 4.408e-12 ; 
+{3048.}      C5_RO2_O8 + C920CO3 = C5eO7_AP07 : 4.408e-12 ; 
+{3049.}      C5_RO2_O8 + C108O2 = C5eO7_AP08 : 4.408e-12 ; 
+{3050.}      C5_RO2_O8 + PINALO2 = C5eO7_AP09 : 4.408e-12 ; 
+{3051.}      C5_RO2_O8 + C96CO3 = C5eO7_AP10 : 4.408e-12 ; 
+{3052.}      C5_RO2_O8 + NAPINAO2 = C5eO7_AP11N : 4.408e-12 ; 
+{3053.}      C5_RO2_O8 + NAPINBO2 = C5eO7_AP12N : 4.408e-12 ; 
+{3054.}      C5_RO2_O8 + NC102O2 = C5eO7_AP13N : 1.8737e-11 ; 
+{3055.}      C5_RO2_O8 + NC101O2 = C5eO7_AP14N : 1.2903e-11 ; 
+{3056.}      C5_RO2_O8 + C96O2 = C5eO7_AP15 : 4.408e-12 ; 
+{3057.}      C5_RO2_O8 + C89CO3 = C5eO7_AP16 : 4.408e-12 ; 
+{3058.}      C5_RO2_O8 + C920O2 = C5eO7_AP17 : 4.408e-12 ; 
+{3059.}      C5_RO2_O8 + C97O2 = C5eO7_AP18 : 4.408e-12 ; 
+{3060.}      C5_RO2_O8 + C85CO3 = C5eO7_AP19 : 4.408e-12 ; 
+{3061.}      C5_RO2_O8 + C811CO3 = C5eO7_AP20 : 4.408e-12 ; 
+{3062.}      C5_RO2_O8 + C921O2 = C5eO7_AP21 : 4.408e-12 ; 
+{3063.}      C5_RO2_O8 + C98O2 = C5eO7_AP22 : 4.408e-12 ; 
+{3064.}      C5_RO2_O8 + C922O2 = C5eO7_AP23 : 4.408e-12 ; 
+{3065.}      C5_RO2_O8 + C85O2 = C5eO7_AP24 : 4.408e-12 ; 
+{3066.}      C5_RO2_O8 + C89O2 = C5eO7_AP25 : 4.408e-12 ; 
+{3067.}      C5_RO2_O8 + C86O2 = C5eO7_AP26 : 4.408e-12 ; 
+{3068.}      C5_RO2_O8 + C811O2 = C5eO7_AP27 : 4.408e-12 ; 
+{3069.}      C5_RO2_O8 + C810O2 = C5eO7_AP28 : 4.408e-12 ; 
+{3070.}      C5_RO2_O8 + C812O2 = C5eO7_AP29 : 4.408e-12 ; 
+{3071.}      C5_RO2_O8 + C813O2 = C5eO7_AP30 : 4.408e-12 ; 
+{3072.}      C5_RO2_O8 + C721CO3 = C5eO7_AP31 : 4.408e-12 ; 
+# inter-VOC ROOR formation: C5_RO2_O9
+{3073.}      C5_RO2_O9 + C10H15O2O2 = C5O8_APoO3 : 5.5195e-12 ; 
+{3074.}      C5_RO2_O9 + C10H15O4O2 = C5O8_APoO5 : 5.5195e-12 ; 
+{3075.}      C5_RO2_O9 + C10H15O6O2 = C5O8_APoO7 : 2.3462e-11 ; 
+{3076.}      C5_RO2_O9 + C10H15O8O2 = C5O8_APoO9 : 3.3605e-11 ; 
+{3077.}      C5_RO2_O9 + C10H15O10O2 = C5O8_APoO11 : 3.9029e-11 ; 
+{3078.}      C5_RO2_O9 + C10H15O12O2 = C5O8_APoO13 : 3.9029e-11 ; 
+{3079.}      C5_RO2_O9 + C10H15O3O2 = C5O8_APoO4 : 5.5195e-12 ; 
+{3080.}      C5_RO2_O9 + C10H15O5O2 = C5O8_APoO6 : 1.6156e-11 ; 
+{3081.}      C5_RO2_O9 + C10H15O7O2 = C5O8_APoO8 : 2.898e-11 ; 
+{3082.}      C5_RO2_O9 + C10H15O9O2 = C5O8_APoO10 : 3.7666e-11 ; 
+{3083.}      C5_RO2_O9 + C10H15O11O2 = C5O8_APoO12 : 3.9029e-11 ; 
+{3084.}      C5_RO2_O9 + C10H17O4O2 = C5O8_APhO5 : 5.5195e-12 ; 
+{3085.}      C5_RO2_O9 + C10H17O6O2 = C5O8_APhO7 : 2.3462e-11 ; 
+{3086.}      C5_RO2_O9 + C10H17O8O2 = C5O8_APhO9 : 3.3605e-11 ; 
+{3087.}      C5_RO2_O9 + C10H17O3O2 = C5O8_APhO4 : 5.5195e-12 ; 
+{3088.}      C5_RO2_O9 + C10H17O5O2 = C5O8_APhO6 : 1.6156e-11 ; 
+{3089.}      C5_RO2_O9 + C10H17O7O2 = C5O8_APhO8 : 2.898e-11 ; 
+{3090.}      C5_RO2_O9 + APINAO2 = C5O8_AP01 : 5.5195e-12 ; 
+{3091.}      C5_RO2_O9 + APINBO2 = C5O8_AP02 : 5.5195e-12 ; 
+{3092.}      C5_RO2_O9 + APINCO2 = C5O8_AP03 : 5.5195e-12 ; 
+{3093.}      C5_RO2_O9 + C107O2 = C5O8_AP04 : 5.5195e-12 ; 
+{3094.}      C5_RO2_O9 + C109O2 = C5O8_AP05 : 5.5195e-12 ; 
+{3095.}      C5_RO2_O9 + C106O2 = C5O8_AP06 : 5.5195e-12 ; 
+{3096.}      C5_RO2_O9 + C920CO3 = C5O8_AP07 : 5.5195e-12 ; 
+{3097.}      C5_RO2_O9 + C108O2 = C5O8_AP08 : 5.5195e-12 ; 
+{3098.}      C5_RO2_O9 + PINALO2 = C5O8_AP09 : 5.5195e-12 ; 
+{3099.}      C5_RO2_O9 + C96CO3 = C5O8_AP10 : 5.5195e-12 ; 
+{3100.}      C5_RO2_O9 + NAPINAO2 = C5O8_AP11N : 5.5195e-12 ; 
+{3101.}      C5_RO2_O9 + NAPINBO2 = C5O8_AP12N : 5.5195e-12 ; 
+{3102.}      C5_RO2_O9 + NC102O2 = C5O8_AP13N : 2.3462e-11 ; 
+{3103.}      C5_RO2_O9 + NC101O2 = C5O8_AP14N : 1.6156e-11 ; 
+{3104.}      C5_RO2_O9 + C96O2 = C5O8_AP15 : 5.5195e-12 ; 
+{3105.}      C5_RO2_O9 + C89CO3 = C5O8_AP16 : 5.5195e-12 ; 
+{3106.}      C5_RO2_O9 + C920O2 = C5O8_AP17 : 5.5195e-12 ; 
+{3107.}      C5_RO2_O9 + C97O2 = C5O8_AP18 : 5.5195e-12 ; 
+{3108.}      C5_RO2_O9 + C85CO3 = C5O8_AP19 : 5.5195e-12 ; 
+{3109.}      C5_RO2_O9 + C811CO3 = C5O8_AP20 : 5.5195e-12 ; 
+{3110.}      C5_RO2_O9 + C921O2 = C5O8_AP21 : 5.5195e-12 ; 
+{3111.}      C5_RO2_O9 + C98O2 = C5O8_AP22 : 5.5195e-12 ; 
+{3112.}      C5_RO2_O9 + C922O2 = C5O8_AP23 : 5.5195e-12 ; 
+{3113.}      C5_RO2_O9 + C85O2 = C5O8_AP24 : 5.5195e-12 ; 
+{3114.}      C5_RO2_O9 + C89O2 = C5O8_AP25 : 5.5195e-12 ; 
+{3115.}      C5_RO2_O9 + C86O2 = C5O8_AP26 : 5.5195e-12 ; 
+{3116.}      C5_RO2_O9 + C811O2 = C5O8_AP27 : 5.5195e-12 ; 
+{3117.}      C5_RO2_O9 + C810O2 = C5O8_AP28 : 5.5195e-12 ; 
+{3118.}      C5_RO2_O9 + C812O2 = C5O8_AP29 : 5.5195e-12 ; 
+{3119.}      C5_RO2_O9 + C813O2 = C5O8_AP30 : 5.5195e-12 ; 
+{3120.}      C5_RO2_O9 + C721CO3 = C5O8_AP31 : 5.5195e-12 ; 
+# inter-VOC ROOR formation: C5_RO2_O10
+{3121.}      C5_RO2_O10 + C10H15O2O2 = C5eO9_APoO3 : 6.3246e-12 ; 
+{3122.}      C5_RO2_O10 + C10H15O4O2 = C5eO9_APoO5 : 6.3246e-12 ; 
+{3123.}      C5_RO2_O10 + C10H15O6O2 = C5eO9_APoO7 : 2.6884e-11 ; 
+{3124.}      C5_RO2_O10 + C10H15O8O2 = C5eO9_APoO9 : 3.8506e-11 ; 
+{3125.}      C5_RO2_O10 + C10H15O10O2 = C5eO9_APoO11 : 4.4721e-11 ; 
+{3126.}      C5_RO2_O10 + C10H15O12O2 = C5eO9_APoO13 : 4.4721e-11 ; 
+{3127.}      C5_RO2_O10 + C10H15O3O2 = C5eO9_APoO4 : 6.3246e-12 ; 
+{3128.}      C5_RO2_O10 + C10H15O5O2 = C5eO9_APoO6 : 1.8513e-11 ; 
+{3129.}      C5_RO2_O10 + C10H15O7O2 = C5eO9_APoO8 : 3.3207e-11 ; 
+{3130.}      C5_RO2_O10 + C10H15O9O2 = C5eO9_APoO10 : 4.3159e-11 ; 
+{3131.}      C5_RO2_O10 + C10H15O11O2 = C5eO9_APoO12 : 4.4721e-11 ; 
+{3132.}      C5_RO2_O10 + C10H17O4O2 = C5eO9_APhO5 : 6.3246e-12 ; 
+{3133.}      C5_RO2_O10 + C10H17O6O2 = C5eO9_APhO7 : 2.6884e-11 ; 
+{3134.}      C5_RO2_O10 + C10H17O8O2 = C5eO9_APhO9 : 3.8506e-11 ; 
+{3135.}      C5_RO2_O10 + C10H17O3O2 = C5eO9_APhO4 : 6.3246e-12 ; 
+{3136.}      C5_RO2_O10 + C10H17O5O2 = C5eO9_APhO6 : 1.8513e-11 ; 
+{3137.}      C5_RO2_O10 + C10H17O7O2 = C5eO9_APhO8 : 3.3207e-11 ; 
+{3138.}      C5_RO2_O10 + APINAO2 = C5eO9_AP01 : 6.3246e-12 ; 
+{3139.}      C5_RO2_O10 + APINBO2 = C5eO9_AP02 : 6.3246e-12 ; 
+{3140.}      C5_RO2_O10 + APINCO2 = C5eO9_AP03 : 6.3246e-12 ; 
+{3141.}      C5_RO2_O10 + C107O2 = C5eO9_AP04 : 6.3246e-12 ; 
+{3142.}      C5_RO2_O10 + C109O2 = C5eO9_AP05 : 6.3246e-12 ; 
+{3143.}      C5_RO2_O10 + C106O2 = C5eO9_AP06 : 6.3246e-12 ; 
+{3144.}      C5_RO2_O10 + C920CO3 = C5eO9_AP07 : 6.3246e-12 ; 
+{3145.}      C5_RO2_O10 + C108O2 = C5eO9_AP08 : 6.3246e-12 ; 
+{3146.}      C5_RO2_O10 + PINALO2 = C5eO9_AP09 : 6.3246e-12 ; 
+{3147.}      C5_RO2_O10 + C96CO3 = C5eO9_AP10 : 6.3246e-12 ; 
+{3148.}      C5_RO2_O10 + NAPINAO2 = C5eO9_AP11N : 6.3246e-12 ; 
+{3149.}      C5_RO2_O10 + NAPINBO2 = C5eO9_AP12N : 6.3246e-12 ; 
+{3150.}      C5_RO2_O10 + NC102O2 = C5eO9_AP13N : 2.6884e-11 ; 
+{3151.}      C5_RO2_O10 + NC101O2 = C5eO9_AP14N : 1.8513e-11 ; 
+{3152.}      C5_RO2_O10 + C96O2 = C5eO9_AP15 : 6.3246e-12 ; 
+{3153.}      C5_RO2_O10 + C89CO3 = C5eO9_AP16 : 6.3246e-12 ; 
+{3154.}      C5_RO2_O10 + C920O2 = C5eO9_AP17 : 6.3246e-12 ; 
+{3155.}      C5_RO2_O10 + C97O2 = C5eO9_AP18 : 6.3246e-12 ; 
+{3156.}      C5_RO2_O10 + C85CO3 = C5eO9_AP19 : 6.3246e-12 ; 
+{3157.}      C5_RO2_O10 + C811CO3 = C5eO9_AP20 : 6.3246e-12 ; 
+{3158.}      C5_RO2_O10 + C921O2 = C5eO9_AP21 : 6.3246e-12 ; 
+{3159.}      C5_RO2_O10 + C98O2 = C5eO9_AP22 : 6.3246e-12 ; 
+{3160.}      C5_RO2_O10 + C922O2 = C5eO9_AP23 : 6.3246e-12 ; 
+{3161.}      C5_RO2_O10 + C85O2 = C5eO9_AP24 : 6.3246e-12 ; 
+{3162.}      C5_RO2_O10 + C89O2 = C5eO9_AP25 : 6.3246e-12 ; 
+{3163.}      C5_RO2_O10 + C86O2 = C5eO9_AP26 : 6.3246e-12 ; 
+{3164.}      C5_RO2_O10 + C811O2 = C5eO9_AP27 : 6.3246e-12 ; 
+{3165.}      C5_RO2_O10 + C810O2 = C5eO9_AP28 : 6.3246e-12 ; 
+{3166.}      C5_RO2_O10 + C812O2 = C5eO9_AP29 : 6.3246e-12 ; 
+{3167.}      C5_RO2_O10 + C813O2 = C5eO9_AP30 : 6.3246e-12 ; 
+{3168.}      C5_RO2_O10 + C721CO3 = C5eO9_AP31 : 6.3246e-12 ; 
+# inter-VOC ROOR formation: BZBIPERO2
+{3169.}      BZBIPERO2 + C10H15O2O2 = BZBI_APoO3 : 3.4641e-13 ; 
+{3170.}      BZBIPERO2 + C10H15O4O2 = BZBI_APoO5 : 3.4641e-13 ; 
+{3171.}      BZBIPERO2 + C10H15O6O2 = BZBI_APoO7 : 1.4725e-12 ; 
+{3172.}      BZBIPERO2 + C10H15O8O2 = BZBI_APoO9 : 2.1091e-12 ; 
+{3173.}      BZBIPERO2 + C10H15O10O2 = BZBI_APoO11 : 2.4495e-12 ; 
+{3174.}      BZBIPERO2 + C10H15O12O2 = BZBI_APoO13 : 2.4495e-12 ; 
+{3175.}      BZBIPERO2 + C10H15O3O2 = BZBI_APoO4 : 3.4641e-13 ; 
+{3176.}      BZBIPERO2 + C10H15O5O2 = BZBI_APoO6 : 1.014e-12 ; 
+{3177.}      BZBIPERO2 + C10H15O7O2 = BZBI_APoO8 : 1.8188e-12 ; 
+{3178.}      BZBIPERO2 + C10H15O9O2 = BZBI_APoO10 : 2.3639e-12 ; 
+{3179.}      BZBIPERO2 + C10H15O11O2 = BZBI_APoO12 : 2.4495e-12 ; 
+{3180.}      BZBIPERO2 + C10H17O4O2 = BZBI_APhO5 : 3.4641e-13 ; 
+{3181.}      BZBIPERO2 + C10H17O6O2 = BZBI_APhO7 : 1.4725e-12 ; 
+{3182.}      BZBIPERO2 + C10H17O8O2 = BZBI_APhO9 : 2.1091e-12 ; 
+{3183.}      BZBIPERO2 + C10H17O3O2 = BZBI_APhO4 : 3.4641e-13 ; 
+{3184.}      BZBIPERO2 + C10H17O5O2 = BZBI_APhO6 : 1.014e-12 ; 
+{3185.}      BZBIPERO2 + C10H17O7O2 = BZBI_APhO8 : 1.8188e-12 ; 
+{3186.}      BZBIPERO2 + APINAO2 = BZBI_AP01 : 3.4641e-13 ; 
+{3187.}      BZBIPERO2 + APINBO2 = BZBI_AP02 : 3.4641e-13 ; 
+{3188.}      BZBIPERO2 + APINCO2 = BZBI_AP03 : 3.4641e-13 ; 
+{3189.}      BZBIPERO2 + C107O2 = BZBI_AP04 : 3.4641e-13 ; 
+{3190.}      BZBIPERO2 + C109O2 = BZBI_AP05 : 3.4641e-13 ; 
+{3191.}      BZBIPERO2 + C106O2 = BZBI_AP06 : 3.4641e-13 ; 
+{3192.}      BZBIPERO2 + C920CO3 = BZBI_AP07 : 3.4641e-13 ; 
+{3193.}      BZBIPERO2 + C108O2 = BZBI_AP08 : 3.4641e-13 ; 
+{3194.}      BZBIPERO2 + PINALO2 = BZBI_AP09 : 3.4641e-13 ; 
+{3195.}      BZBIPERO2 + C96CO3 = BZBI_AP10 : 3.4641e-13 ; 
+{3196.}      BZBIPERO2 + NAPINAO2 = BZBI_AP11N : 3.4641e-13 ; 
+{3197.}      BZBIPERO2 + NAPINBO2 = BZBI_AP12N : 3.4641e-13 ; 
+{3198.}      BZBIPERO2 + NC102O2 = BZBI_AP13N : 1.4725e-12 ; 
+{3199.}      BZBIPERO2 + NC101O2 = BZBI_AP14N : 1.014e-12 ; 
+{3200.}      BZBIPERO2 + C96O2 = BZBI_AP15 : 3.4641e-13 ; 
+{3201.}      BZBIPERO2 + C89CO3 = BZBI_AP16 : 3.4641e-13 ; 
+{3202.}      BZBIPERO2 + C920O2 = BZBI_AP17 : 3.4641e-13 ; 
+{3203.}      BZBIPERO2 + C97O2 = BZBI_AP18 : 3.4641e-13 ; 
+{3204.}      BZBIPERO2 + C85CO3 = BZBI_AP19 : 3.4641e-13 ; 
+{3205.}      BZBIPERO2 + C811CO3 = BZBI_AP20 : 3.4641e-13 ; 
+{3206.}      BZBIPERO2 + C921O2 = BZBI_AP21 : 3.4641e-13 ; 
+{3207.}      BZBIPERO2 + C98O2 = BZBI_AP22 : 3.4641e-13 ; 
+{3208.}      BZBIPERO2 + C922O2 = BZBI_AP23 : 3.4641e-13 ; 
+{3209.}      BZBIPERO2 + C85O2 = BZBI_AP24 : 3.4641e-13 ; 
+{3210.}      BZBIPERO2 + C89O2 = BZBI_AP25 : 3.4641e-13 ; 
+{3211.}      BZBIPERO2 + C86O2 = BZBI_AP26 : 3.4641e-13 ; 
+{3212.}      BZBIPERO2 + C811O2 = BZBI_AP27 : 3.4641e-13 ; 
+{3213.}      BZBIPERO2 + C810O2 = BZBI_AP28 : 3.4641e-13 ; 
+{3214.}      BZBIPERO2 + C812O2 = BZBI_AP29 : 3.4641e-13 ; 
+{3215.}      BZBIPERO2 + C813O2 = BZBI_AP30 : 3.4641e-13 ; 
+{3216.}      BZBIPERO2 + C721CO3 = BZBI_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: BZEMUCCO3
+{3217.}      BZEMUCCO3 + C10H15O2O2 = BZMUa_APoO3 : 3.4641e-13 ; 
+{3218.}      BZEMUCCO3 + C10H15O4O2 = BZMUa_APoO5 : 3.4641e-13 ; 
+{3219.}      BZEMUCCO3 + C10H15O6O2 = BZMUa_APoO7 : 1.4725e-12 ; 
+{3220.}      BZEMUCCO3 + C10H15O8O2 = BZMUa_APoO9 : 2.1091e-12 ; 
+{3221.}      BZEMUCCO3 + C10H15O10O2 = BZMUa_APoO11 : 2.4495e-12 ; 
+{3222.}      BZEMUCCO3 + C10H15O12O2 = BZMUa_APoO13 : 2.4495e-12 ; 
+{3223.}      BZEMUCCO3 + C10H15O3O2 = BZMUa_APoO4 : 3.4641e-13 ; 
+{3224.}      BZEMUCCO3 + C10H15O5O2 = BZMUa_APoO6 : 1.014e-12 ; 
+{3225.}      BZEMUCCO3 + C10H15O7O2 = BZMUa_APoO8 : 1.8188e-12 ; 
+{3226.}      BZEMUCCO3 + C10H15O9O2 = BZMUa_APoO10 : 2.3639e-12 ; 
+{3227.}      BZEMUCCO3 + C10H15O11O2 = BZMUa_APoO12 : 2.4495e-12 ; 
+{3228.}      BZEMUCCO3 + C10H17O4O2 = BZMUa_APhO5 : 3.4641e-13 ; 
+{3229.}      BZEMUCCO3 + C10H17O6O2 = BZMUa_APhO7 : 1.4725e-12 ; 
+{3230.}      BZEMUCCO3 + C10H17O8O2 = BZMUa_APhO9 : 2.1091e-12 ; 
+{3231.}      BZEMUCCO3 + C10H17O3O2 = BZMUa_APhO4 : 3.4641e-13 ; 
+{3232.}      BZEMUCCO3 + C10H17O5O2 = BZMUa_APhO6 : 1.014e-12 ; 
+{3233.}      BZEMUCCO3 + C10H17O7O2 = BZMUa_APhO8 : 1.8188e-12 ; 
+{3234.}      BZEMUCCO3 + APINAO2 = BZMUa_AP01 : 3.4641e-13 ; 
+{3235.}      BZEMUCCO3 + APINBO2 = BZMUa_AP02 : 3.4641e-13 ; 
+{3236.}      BZEMUCCO3 + APINCO2 = BZMUa_AP03 : 3.4641e-13 ; 
+{3237.}      BZEMUCCO3 + C107O2 = BZMUa_AP04 : 3.4641e-13 ; 
+{3238.}      BZEMUCCO3 + C109O2 = BZMUa_AP05 : 3.4641e-13 ; 
+{3239.}      BZEMUCCO3 + C106O2 = BZMUa_AP06 : 3.4641e-13 ; 
+{3240.}      BZEMUCCO3 + C920CO3 = BZMUa_AP07 : 3.4641e-13 ; 
+{3241.}      BZEMUCCO3 + C108O2 = BZMUa_AP08 : 3.4641e-13 ; 
+{3242.}      BZEMUCCO3 + PINALO2 = BZMUa_AP09 : 3.4641e-13 ; 
+{3243.}      BZEMUCCO3 + C96CO3 = BZMUa_AP10 : 3.4641e-13 ; 
+{3244.}      BZEMUCCO3 + NAPINAO2 = BZMUa_AP11N : 3.4641e-13 ; 
+{3245.}      BZEMUCCO3 + NAPINBO2 = BZMUa_AP12N : 3.4641e-13 ; 
+{3246.}      BZEMUCCO3 + NC102O2 = BZMUa_AP13N : 1.4725e-12 ; 
+{3247.}      BZEMUCCO3 + NC101O2 = BZMUa_AP14N : 1.014e-12 ; 
+{3248.}      BZEMUCCO3 + C96O2 = BZMUa_AP15 : 3.4641e-13 ; 
+{3249.}      BZEMUCCO3 + C89CO3 = BZMUa_AP16 : 3.4641e-13 ; 
+{3250.}      BZEMUCCO3 + C920O2 = BZMUa_AP17 : 3.4641e-13 ; 
+{3251.}      BZEMUCCO3 + C97O2 = BZMUa_AP18 : 3.4641e-13 ; 
+{3252.}      BZEMUCCO3 + C85CO3 = BZMUa_AP19 : 3.4641e-13 ; 
+{3253.}      BZEMUCCO3 + C811CO3 = BZMUa_AP20 : 3.4641e-13 ; 
+{3254.}      BZEMUCCO3 + C921O2 = BZMUa_AP21 : 3.4641e-13 ; 
+{3255.}      BZEMUCCO3 + C98O2 = BZMUa_AP22 : 3.4641e-13 ; 
+{3256.}      BZEMUCCO3 + C922O2 = BZMUa_AP23 : 3.4641e-13 ; 
+{3257.}      BZEMUCCO3 + C85O2 = BZMUa_AP24 : 3.4641e-13 ; 
+{3258.}      BZEMUCCO3 + C89O2 = BZMUa_AP25 : 3.4641e-13 ; 
+{3259.}      BZEMUCCO3 + C86O2 = BZMUa_AP26 : 3.4641e-13 ; 
+{3260.}      BZEMUCCO3 + C811O2 = BZMUa_AP27 : 3.4641e-13 ; 
+{3261.}      BZEMUCCO3 + C810O2 = BZMUa_AP28 : 3.4641e-13 ; 
+{3262.}      BZEMUCCO3 + C812O2 = BZMUa_AP29 : 3.4641e-13 ; 
+{3263.}      BZEMUCCO3 + C813O2 = BZMUa_AP30 : 3.4641e-13 ; 
+{3264.}      BZEMUCCO3 + C721CO3 = BZMUa_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: BZEMUCO2
+{3265.}      BZEMUCO2 + C10H15O2O2 = BZMUb_APoO3 : 2.3743e-12 ; 
+{3266.}      BZEMUCO2 + C10H15O4O2 = BZMUb_APoO5 : 2.3743e-12 ; 
+{3267.}      BZEMUCO2 + C10H15O6O2 = BZMUb_APoO7 : 1.0092e-11 ; 
+{3268.}      BZEMUCO2 + C10H15O8O2 = BZMUb_APoO9 : 1.4456e-11 ; 
+{3269.}      BZEMUCO2 + C10H15O10O2 = BZMUb_APoO11 : 1.6789e-11 ; 
+{3270.}      BZEMUCO2 + C10H15O12O2 = BZMUb_APoO13 : 1.6789e-11 ; 
+{3271.}      BZEMUCO2 + C10H15O3O2 = BZMUb_APoO4 : 2.3743e-12 ; 
+{3272.}      BZEMUCO2 + C10H15O5O2 = BZMUb_APoO6 : 6.9499e-12 ; 
+{3273.}      BZEMUCO2 + C10H15O7O2 = BZMUb_APoO8 : 1.2466e-11 ; 
+{3274.}      BZEMUCO2 + C10H15O9O2 = BZMUb_APoO10 : 1.6202e-11 ; 
+{3275.}      BZEMUCO2 + C10H15O11O2 = BZMUb_APoO12 : 1.6789e-11 ; 
+{3276.}      BZEMUCO2 + C10H17O4O2 = BZMUb_APhO5 : 2.3743e-12 ; 
+{3277.}      BZEMUCO2 + C10H17O6O2 = BZMUb_APhO7 : 1.0092e-11 ; 
+{3278.}      BZEMUCO2 + C10H17O8O2 = BZMUb_APhO9 : 1.4456e-11 ; 
+{3279.}      BZEMUCO2 + C10H17O3O2 = BZMUb_APhO4 : 2.3743e-12 ; 
+{3280.}      BZEMUCO2 + C10H17O5O2 = BZMUb_APhO6 : 6.9499e-12 ; 
+{3281.}      BZEMUCO2 + C10H17O7O2 = BZMUb_APhO8 : 1.2466e-11 ; 
+{3282.}      BZEMUCO2 + APINAO2 = BZMUb_AP01 : 2.3743e-12 ; 
+{3283.}      BZEMUCO2 + APINBO2 = BZMUb_AP02 : 2.3743e-12 ; 
+{3284.}      BZEMUCO2 + APINCO2 = BZMUb_AP03 : 2.3743e-12 ; 
+{3285.}      BZEMUCO2 + C107O2 = BZMUb_AP04 : 2.3743e-12 ; 
+{3286.}      BZEMUCO2 + C109O2 = BZMUb_AP05 : 2.3743e-12 ; 
+{3287.}      BZEMUCO2 + C106O2 = BZMUb_AP06 : 2.3743e-12 ; 
+{3288.}      BZEMUCO2 + C920CO3 = BZMUb_AP07 : 2.3743e-12 ; 
+{3289.}      BZEMUCO2 + C108O2 = BZMUb_AP08 : 2.3743e-12 ; 
+{3290.}      BZEMUCO2 + PINALO2 = BZMUb_AP09 : 2.3743e-12 ; 
+{3291.}      BZEMUCO2 + C96CO3 = BZMUb_AP10 : 2.3743e-12 ; 
+{3292.}      BZEMUCO2 + NAPINAO2 = BZMUb_AP11N : 2.3743e-12 ; 
+{3293.}      BZEMUCO2 + NAPINBO2 = BZMUb_AP12N : 2.3743e-12 ; 
+{3294.}      BZEMUCO2 + NC102O2 = BZMUb_AP13N : 1.0092e-11 ; 
+{3295.}      BZEMUCO2 + NC101O2 = BZMUb_AP14N : 6.9499e-12 ; 
+{3296.}      BZEMUCO2 + C96O2 = BZMUb_AP15 : 2.3743e-12 ; 
+{3297.}      BZEMUCO2 + C89CO3 = BZMUb_AP16 : 2.3743e-12 ; 
+{3298.}      BZEMUCO2 + C920O2 = BZMUb_AP17 : 2.3743e-12 ; 
+{3299.}      BZEMUCO2 + C97O2 = BZMUb_AP18 : 2.3743e-12 ; 
+{3300.}      BZEMUCO2 + C85CO3 = BZMUb_AP19 : 2.3743e-12 ; 
+{3301.}      BZEMUCO2 + C811CO3 = BZMUb_AP20 : 2.3743e-12 ; 
+{3302.}      BZEMUCO2 + C921O2 = BZMUb_AP21 : 2.3743e-12 ; 
+{3303.}      BZEMUCO2 + C98O2 = BZMUb_AP22 : 2.3743e-12 ; 
+{3304.}      BZEMUCO2 + C922O2 = BZMUb_AP23 : 2.3743e-12 ; 
+{3305.}      BZEMUCO2 + C85O2 = BZMUb_AP24 : 2.3743e-12 ; 
+{3306.}      BZEMUCO2 + C89O2 = BZMUb_AP25 : 2.3743e-12 ; 
+{3307.}      BZEMUCO2 + C86O2 = BZMUb_AP26 : 2.3743e-12 ; 
+{3308.}      BZEMUCO2 + C811O2 = BZMUb_AP27 : 2.3743e-12 ; 
+{3309.}      BZEMUCO2 + C810O2 = BZMUb_AP28 : 2.3743e-12 ; 
+{3310.}      BZEMUCO2 + C812O2 = BZMUb_AP29 : 2.3743e-12 ; 
+{3311.}      BZEMUCO2 + C813O2 = BZMUb_AP30 : 2.3743e-12 ; 
+{3312.}      BZEMUCO2 + C721CO3 = BZMUb_AP31 : 2.3743e-12 ; 
+# inter-VOC ROOR formation: C5DIALO2
+{3313.}      C5DIALO2 + C10H15O2O2 = C5DI_APoO3 : 3.4641e-13 ; 
+{3314.}      C5DIALO2 + C10H15O4O2 = C5DI_APoO5 : 3.4641e-13 ; 
+{3315.}      C5DIALO2 + C10H15O6O2 = C5DI_APoO7 : 1.4725e-12 ; 
+{3316.}      C5DIALO2 + C10H15O8O2 = C5DI_APoO9 : 2.1091e-12 ; 
+{3317.}      C5DIALO2 + C10H15O10O2 = C5DI_APoO11 : 2.4495e-12 ; 
+{3318.}      C5DIALO2 + C10H15O12O2 = C5DI_APoO13 : 2.4495e-12 ; 
+{3319.}      C5DIALO2 + C10H15O3O2 = C5DI_APoO4 : 3.4641e-13 ; 
+{3320.}      C5DIALO2 + C10H15O5O2 = C5DI_APoO6 : 1.014e-12 ; 
+{3321.}      C5DIALO2 + C10H15O7O2 = C5DI_APoO8 : 1.8188e-12 ; 
+{3322.}      C5DIALO2 + C10H15O9O2 = C5DI_APoO10 : 2.3639e-12 ; 
+{3323.}      C5DIALO2 + C10H15O11O2 = C5DI_APoO12 : 2.4495e-12 ; 
+{3324.}      C5DIALO2 + C10H17O4O2 = C5DI_APhO5 : 3.4641e-13 ; 
+{3325.}      C5DIALO2 + C10H17O6O2 = C5DI_APhO7 : 1.4725e-12 ; 
+{3326.}      C5DIALO2 + C10H17O8O2 = C5DI_APhO9 : 2.1091e-12 ; 
+{3327.}      C5DIALO2 + C10H17O3O2 = C5DI_APhO4 : 3.4641e-13 ; 
+{3328.}      C5DIALO2 + C10H17O5O2 = C5DI_APhO6 : 1.014e-12 ; 
+{3329.}      C5DIALO2 + C10H17O7O2 = C5DI_APhO8 : 1.8188e-12 ; 
+{3330.}      C5DIALO2 + APINAO2 = C5DI_AP01 : 3.4641e-13 ; 
+{3331.}      C5DIALO2 + APINBO2 = C5DI_AP02 : 3.4641e-13 ; 
+{3332.}      C5DIALO2 + APINCO2 = C5DI_AP03 : 3.4641e-13 ; 
+{3333.}      C5DIALO2 + C107O2 = C5DI_AP04 : 3.4641e-13 ; 
+{3334.}      C5DIALO2 + C109O2 = C5DI_AP05 : 3.4641e-13 ; 
+{3335.}      C5DIALO2 + C106O2 = C5DI_AP06 : 3.4641e-13 ; 
+{3336.}      C5DIALO2 + C920CO3 = C5DI_AP07 : 3.4641e-13 ; 
+{3337.}      C5DIALO2 + C108O2 = C5DI_AP08 : 3.4641e-13 ; 
+{3338.}      C5DIALO2 + PINALO2 = C5DI_AP09 : 3.4641e-13 ; 
+{3339.}      C5DIALO2 + C96CO3 = C5DI_AP10 : 3.4641e-13 ; 
+{3340.}      C5DIALO2 + NAPINAO2 = C5DI_AP11N : 3.4641e-13 ; 
+{3341.}      C5DIALO2 + NAPINBO2 = C5DI_AP12N : 3.4641e-13 ; 
+{3342.}      C5DIALO2 + NC102O2 = C5DI_AP13N : 1.4725e-12 ; 
+{3343.}      C5DIALO2 + NC101O2 = C5DI_AP14N : 1.014e-12 ; 
+{3344.}      C5DIALO2 + C96O2 = C5DI_AP15 : 3.4641e-13 ; 
+{3345.}      C5DIALO2 + C89CO3 = C5DI_AP16 : 3.4641e-13 ; 
+{3346.}      C5DIALO2 + C920O2 = C5DI_AP17 : 3.4641e-13 ; 
+{3347.}      C5DIALO2 + C97O2 = C5DI_AP18 : 3.4641e-13 ; 
+{3348.}      C5DIALO2 + C85CO3 = C5DI_AP19 : 3.4641e-13 ; 
+{3349.}      C5DIALO2 + C811CO3 = C5DI_AP20 : 3.4641e-13 ; 
+{3350.}      C5DIALO2 + C921O2 = C5DI_AP21 : 3.4641e-13 ; 
+{3351.}      C5DIALO2 + C98O2 = C5DI_AP22 : 3.4641e-13 ; 
+{3352.}      C5DIALO2 + C922O2 = C5DI_AP23 : 3.4641e-13 ; 
+{3353.}      C5DIALO2 + C85O2 = C5DI_AP24 : 3.4641e-13 ; 
+{3354.}      C5DIALO2 + C89O2 = C5DI_AP25 : 3.4641e-13 ; 
+{3355.}      C5DIALO2 + C86O2 = C5DI_AP26 : 3.4641e-13 ; 
+{3356.}      C5DIALO2 + C811O2 = C5DI_AP27 : 3.4641e-13 ; 
+{3357.}      C5DIALO2 + C810O2 = C5DI_AP28 : 3.4641e-13 ; 
+{3358.}      C5DIALO2 + C812O2 = C5DI_AP29 : 3.4641e-13 ; 
+{3359.}      C5DIALO2 + C813O2 = C5DI_AP30 : 3.4641e-13 ; 
+{3360.}      C5DIALO2 + C721CO3 = C5DI_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: NPHENO2
+{3361.}      NPHENO2 + C10H15O2O2 = NPHa_APoO3 : 6.0557e-12 ; 
+{3362.}      NPHENO2 + C10H15O4O2 = NPHa_APoO5 : 6.0557e-12 ; 
+{3363.}      NPHENO2 + C10H15O6O2 = NPHa_APoO7 : 2.5741e-11 ; 
+{3364.}      NPHENO2 + C10H15O8O2 = NPHa_APoO9 : 3.6869e-11 ; 
+{3365.}      NPHENO2 + C10H15O10O2 = NPHa_APoO11 : 4.282e-11 ; 
+{3366.}      NPHENO2 + C10H15O12O2 = NPHa_APoO13 : 4.282e-11 ; 
+{3367.}      NPHENO2 + C10H15O3O2 = NPHa_APoO4 : 6.0557e-12 ; 
+{3368.}      NPHENO2 + C10H15O5O2 = NPHa_APoO6 : 1.7726e-11 ; 
+{3369.}      NPHENO2 + C10H15O7O2 = NPHa_APoO8 : 3.1796e-11 ; 
+{3370.}      NPHENO2 + C10H15O9O2 = NPHa_APoO10 : 4.1325e-11 ; 
+{3371.}      NPHENO2 + C10H15O11O2 = NPHa_APoO12 : 4.282e-11 ; 
+{3372.}      NPHENO2 + C10H17O4O2 = NPHa_APhO5 : 6.0557e-12 ; 
+{3373.}      NPHENO2 + C10H17O6O2 = NPHa_APhO7 : 2.5741e-11 ; 
+{3374.}      NPHENO2 + C10H17O8O2 = NPHa_APhO9 : 3.6869e-11 ; 
+{3375.}      NPHENO2 + C10H17O3O2 = NPHa_APhO4 : 6.0557e-12 ; 
+{3376.}      NPHENO2 + C10H17O5O2 = NPHa_APhO6 : 1.7726e-11 ; 
+{3377.}      NPHENO2 + C10H17O7O2 = NPHa_APhO8 : 3.1796e-11 ; 
+{3378.}      NPHENO2 + APINAO2 = NPHa_AP01 : 6.0557e-12 ; 
+{3379.}      NPHENO2 + APINBO2 = NPHa_AP02 : 6.0557e-12 ; 
+{3380.}      NPHENO2 + APINCO2 = NPHa_AP03 : 6.0557e-12 ; 
+{3381.}      NPHENO2 + C107O2 = NPHa_AP04 : 6.0557e-12 ; 
+{3382.}      NPHENO2 + C109O2 = NPHa_AP05 : 6.0557e-12 ; 
+{3383.}      NPHENO2 + C106O2 = NPHa_AP06 : 6.0557e-12 ; 
+{3384.}      NPHENO2 + C920CO3 = NPHa_AP07 : 6.0557e-12 ; 
+{3385.}      NPHENO2 + C108O2 = NPHa_AP08 : 6.0557e-12 ; 
+{3386.}      NPHENO2 + PINALO2 = NPHa_AP09 : 6.0557e-12 ; 
+{3387.}      NPHENO2 + C96CO3 = NPHa_AP10 : 6.0557e-12 ; 
+{3388.}      NPHENO2 + NAPINAO2 = NPHa_AP11N : 6.0557e-12 ; 
+{3389.}      NPHENO2 + NAPINBO2 = NPHa_AP12N : 6.0557e-12 ; 
+{3390.}      NPHENO2 + NC102O2 = NPHa_AP13N : 2.5741e-11 ; 
+{3391.}      NPHENO2 + NC101O2 = NPHa_AP14N : 1.7726e-11 ; 
+{3392.}      NPHENO2 + C96O2 = NPHa_AP15 : 6.0557e-12 ; 
+{3393.}      NPHENO2 + C89CO3 = NPHa_AP16 : 6.0557e-12 ; 
+{3394.}      NPHENO2 + C920O2 = NPHa_AP17 : 6.0557e-12 ; 
+{3395.}      NPHENO2 + C97O2 = NPHa_AP18 : 6.0557e-12 ; 
+{3396.}      NPHENO2 + C85CO3 = NPHa_AP19 : 6.0557e-12 ; 
+{3397.}      NPHENO2 + C811CO3 = NPHa_AP20 : 6.0557e-12 ; 
+{3398.}      NPHENO2 + C921O2 = NPHa_AP21 : 6.0557e-12 ; 
+{3399.}      NPHENO2 + C98O2 = NPHa_AP22 : 6.0557e-12 ; 
+{3400.}      NPHENO2 + C922O2 = NPHa_AP23 : 6.0557e-12 ; 
+{3401.}      NPHENO2 + C85O2 = NPHa_AP24 : 6.0557e-12 ; 
+{3402.}      NPHENO2 + C89O2 = NPHa_AP25 : 6.0557e-12 ; 
+{3403.}      NPHENO2 + C86O2 = NPHa_AP26 : 6.0557e-12 ; 
+{3404.}      NPHENO2 + C811O2 = NPHa_AP27 : 6.0557e-12 ; 
+{3405.}      NPHENO2 + C810O2 = NPHa_AP28 : 6.0557e-12 ; 
+{3406.}      NPHENO2 + C812O2 = NPHa_AP29 : 6.0557e-12 ; 
+{3407.}      NPHENO2 + C813O2 = NPHa_AP30 : 6.0557e-12 ; 
+{3408.}      NPHENO2 + C721CO3 = NPHa_AP31 : 6.0557e-12 ; 
+# inter-VOC ROOR formation: PHENO2
+{3409.}      PHENO2 + C10H15O2O2 = PHEN_APoO3 : 2.3743e-12 ; 
+{3410.}      PHENO2 + C10H15O4O2 = PHEN_APoO5 : 2.3743e-12 ; 
+{3411.}      PHENO2 + C10H15O6O2 = PHEN_APoO7 : 1.0092e-11 ; 
+{3412.}      PHENO2 + C10H15O8O2 = PHEN_APoO9 : 1.4456e-11 ; 
+{3413.}      PHENO2 + C10H15O10O2 = PHEN_APoO11 : 1.6789e-11 ; 
+{3414.}      PHENO2 + C10H15O12O2 = PHEN_APoO13 : 1.6789e-11 ; 
+{3415.}      PHENO2 + C10H15O3O2 = PHEN_APoO4 : 2.3743e-12 ; 
+{3416.}      PHENO2 + C10H15O5O2 = PHEN_APoO6 : 6.9499e-12 ; 
+{3417.}      PHENO2 + C10H15O7O2 = PHEN_APoO8 : 1.2466e-11 ; 
+{3418.}      PHENO2 + C10H15O9O2 = PHEN_APoO10 : 1.6202e-11 ; 
+{3419.}      PHENO2 + C10H15O11O2 = PHEN_APoO12 : 1.6789e-11 ; 
+{3420.}      PHENO2 + C10H17O4O2 = PHEN_APhO5 : 2.3743e-12 ; 
+{3421.}      PHENO2 + C10H17O6O2 = PHEN_APhO7 : 1.0092e-11 ; 
+{3422.}      PHENO2 + C10H17O8O2 = PHEN_APhO9 : 1.4456e-11 ; 
+{3423.}      PHENO2 + C10H17O3O2 = PHEN_APhO4 : 2.3743e-12 ; 
+{3424.}      PHENO2 + C10H17O5O2 = PHEN_APhO6 : 6.9499e-12 ; 
+{3425.}      PHENO2 + C10H17O7O2 = PHEN_APhO8 : 1.2466e-11 ; 
+{3426.}      PHENO2 + APINAO2 = PHEN_AP01 : 2.3743e-12 ; 
+{3427.}      PHENO2 + APINBO2 = PHEN_AP02 : 2.3743e-12 ; 
+{3428.}      PHENO2 + APINCO2 = PHEN_AP03 : 2.3743e-12 ; 
+{3429.}      PHENO2 + C107O2 = PHEN_AP04 : 2.3743e-12 ; 
+{3430.}      PHENO2 + C109O2 = PHEN_AP05 : 2.3743e-12 ; 
+{3431.}      PHENO2 + C106O2 = PHEN_AP06 : 2.3743e-12 ; 
+{3432.}      PHENO2 + C920CO3 = PHEN_AP07 : 2.3743e-12 ; 
+{3433.}      PHENO2 + C108O2 = PHEN_AP08 : 2.3743e-12 ; 
+{3434.}      PHENO2 + PINALO2 = PHEN_AP09 : 2.3743e-12 ; 
+{3435.}      PHENO2 + C96CO3 = PHEN_AP10 : 2.3743e-12 ; 
+{3436.}      PHENO2 + NAPINAO2 = PHEN_AP11N : 2.3743e-12 ; 
+{3437.}      PHENO2 + NAPINBO2 = PHEN_AP12N : 2.3743e-12 ; 
+{3438.}      PHENO2 + NC102O2 = PHEN_AP13N : 1.0092e-11 ; 
+{3439.}      PHENO2 + NC101O2 = PHEN_AP14N : 6.9499e-12 ; 
+{3440.}      PHENO2 + C96O2 = PHEN_AP15 : 2.3743e-12 ; 
+{3441.}      PHENO2 + C89CO3 = PHEN_AP16 : 2.3743e-12 ; 
+{3442.}      PHENO2 + C920O2 = PHEN_AP17 : 2.3743e-12 ; 
+{3443.}      PHENO2 + C97O2 = PHEN_AP18 : 2.3743e-12 ; 
+{3444.}      PHENO2 + C85CO3 = PHEN_AP19 : 2.3743e-12 ; 
+{3445.}      PHENO2 + C811CO3 = PHEN_AP20 : 2.3743e-12 ; 
+{3446.}      PHENO2 + C921O2 = PHEN_AP21 : 2.3743e-12 ; 
+{3447.}      PHENO2 + C98O2 = PHEN_AP22 : 2.3743e-12 ; 
+{3448.}      PHENO2 + C922O2 = PHEN_AP23 : 2.3743e-12 ; 
+{3449.}      PHENO2 + C85O2 = PHEN_AP24 : 2.3743e-12 ; 
+{3450.}      PHENO2 + C89O2 = PHEN_AP25 : 2.3743e-12 ; 
+{3451.}      PHENO2 + C86O2 = PHEN_AP26 : 2.3743e-12 ; 
+{3452.}      PHENO2 + C811O2 = PHEN_AP27 : 2.3743e-12 ; 
+{3453.}      PHENO2 + C810O2 = PHEN_AP28 : 2.3743e-12 ; 
+{3454.}      PHENO2 + C812O2 = PHEN_AP29 : 2.3743e-12 ; 
+{3455.}      PHENO2 + C813O2 = PHEN_AP30 : 2.3743e-12 ; 
+{3456.}      PHENO2 + C721CO3 = PHEN_AP31 : 2.3743e-12 ; 
+# inter-VOC ROOR formation: MALDIALCO3
+{3457.}      MALDIALCO3 + C10H15O2O2 = MALa_APoO3 : 3.4641e-13 ; 
+{3458.}      MALDIALCO3 + C10H15O4O2 = MALa_APoO5 : 3.4641e-13 ; 
+{3459.}      MALDIALCO3 + C10H15O6O2 = MALa_APoO7 : 1.4725e-12 ; 
+{3460.}      MALDIALCO3 + C10H15O8O2 = MALa_APoO9 : 2.1091e-12 ; 
+{3461.}      MALDIALCO3 + C10H15O10O2 = MALa_APoO11 : 2.4495e-12 ; 
+{3462.}      MALDIALCO3 + C10H15O12O2 = MALa_APoO13 : 2.4495e-12 ; 
+{3463.}      MALDIALCO3 + C10H15O3O2 = MALa_APoO4 : 3.4641e-13 ; 
+{3464.}      MALDIALCO3 + C10H15O5O2 = MALa_APoO6 : 1.014e-12 ; 
+{3465.}      MALDIALCO3 + C10H15O7O2 = MALa_APoO8 : 1.8188e-12 ; 
+{3466.}      MALDIALCO3 + C10H15O9O2 = MALa_APoO10 : 2.3639e-12 ; 
+{3467.}      MALDIALCO3 + C10H15O11O2 = MALa_APoO12 : 2.4495e-12 ; 
+{3468.}      MALDIALCO3 + C10H17O4O2 = MALa_APhO5 : 3.4641e-13 ; 
+{3469.}      MALDIALCO3 + C10H17O6O2 = MALa_APhO7 : 1.4725e-12 ; 
+{3470.}      MALDIALCO3 + C10H17O8O2 = MALa_APhO9 : 2.1091e-12 ; 
+{3471.}      MALDIALCO3 + C10H17O3O2 = MALa_APhO4 : 3.4641e-13 ; 
+{3472.}      MALDIALCO3 + C10H17O5O2 = MALa_APhO6 : 1.014e-12 ; 
+{3473.}      MALDIALCO3 + C10H17O7O2 = MALa_APhO8 : 1.8188e-12 ; 
+{3474.}      MALDIALCO3 + APINAO2 = MALa_AP01 : 3.4641e-13 ; 
+{3475.}      MALDIALCO3 + APINBO2 = MALa_AP02 : 3.4641e-13 ; 
+{3476.}      MALDIALCO3 + APINCO2 = MALa_AP03 : 3.4641e-13 ; 
+{3477.}      MALDIALCO3 + C107O2 = MALa_AP04 : 3.4641e-13 ; 
+{3478.}      MALDIALCO3 + C109O2 = MALa_AP05 : 3.4641e-13 ; 
+{3479.}      MALDIALCO3 + C106O2 = MALa_AP06 : 3.4641e-13 ; 
+{3480.}      MALDIALCO3 + C920CO3 = MALa_AP07 : 3.4641e-13 ; 
+{3481.}      MALDIALCO3 + C108O2 = MALa_AP08 : 3.4641e-13 ; 
+{3482.}      MALDIALCO3 + PINALO2 = MALa_AP09 : 3.4641e-13 ; 
+{3483.}      MALDIALCO3 + C96CO3 = MALa_AP10 : 3.4641e-13 ; 
+{3484.}      MALDIALCO3 + NAPINAO2 = MALa_AP11N : 3.4641e-13 ; 
+{3485.}      MALDIALCO3 + NAPINBO2 = MALa_AP12N : 3.4641e-13 ; 
+{3486.}      MALDIALCO3 + NC102O2 = MALa_AP13N : 1.4725e-12 ; 
+{3487.}      MALDIALCO3 + NC101O2 = MALa_AP14N : 1.014e-12 ; 
+{3488.}      MALDIALCO3 + C96O2 = MALa_AP15 : 3.4641e-13 ; 
+{3489.}      MALDIALCO3 + C89CO3 = MALa_AP16 : 3.4641e-13 ; 
+{3490.}      MALDIALCO3 + C920O2 = MALa_AP17 : 3.4641e-13 ; 
+{3491.}      MALDIALCO3 + C97O2 = MALa_AP18 : 3.4641e-13 ; 
+{3492.}      MALDIALCO3 + C85CO3 = MALa_AP19 : 3.4641e-13 ; 
+{3493.}      MALDIALCO3 + C811CO3 = MALa_AP20 : 3.4641e-13 ; 
+{3494.}      MALDIALCO3 + C921O2 = MALa_AP21 : 3.4641e-13 ; 
+{3495.}      MALDIALCO3 + C98O2 = MALa_AP22 : 3.4641e-13 ; 
+{3496.}      MALDIALCO3 + C922O2 = MALa_AP23 : 3.4641e-13 ; 
+{3497.}      MALDIALCO3 + C85O2 = MALa_AP24 : 3.4641e-13 ; 
+{3498.}      MALDIALCO3 + C89O2 = MALa_AP25 : 3.4641e-13 ; 
+{3499.}      MALDIALCO3 + C86O2 = MALa_AP26 : 3.4641e-13 ; 
+{3500.}      MALDIALCO3 + C811O2 = MALa_AP27 : 3.4641e-13 ; 
+{3501.}      MALDIALCO3 + C810O2 = MALa_AP28 : 3.4641e-13 ; 
+{3502.}      MALDIALCO3 + C812O2 = MALa_AP29 : 3.4641e-13 ; 
+{3503.}      MALDIALCO3 + C813O2 = MALa_AP30 : 3.4641e-13 ; 
+{3504.}      MALDIALCO3 + C721CO3 = MALa_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: EPXDLCO3
+{3505.}      EPXDLCO3 + C10H15O2O2 = EPX_APoO3 : 3.4641e-13 ; 
+{3506.}      EPXDLCO3 + C10H15O4O2 = EPX_APoO5 : 3.4641e-13 ; 
+{3507.}      EPXDLCO3 + C10H15O6O2 = EPX_APoO7 : 1.4725e-12 ; 
+{3508.}      EPXDLCO3 + C10H15O8O2 = EPX_APoO9 : 2.1091e-12 ; 
+{3509.}      EPXDLCO3 + C10H15O10O2 = EPX_APoO11 : 2.4495e-12 ; 
+{3510.}      EPXDLCO3 + C10H15O12O2 = EPX_APoO13 : 2.4495e-12 ; 
+{3511.}      EPXDLCO3 + C10H15O3O2 = EPX_APoO4 : 3.4641e-13 ; 
+{3512.}      EPXDLCO3 + C10H15O5O2 = EPX_APoO6 : 1.014e-12 ; 
+{3513.}      EPXDLCO3 + C10H15O7O2 = EPX_APoO8 : 1.8188e-12 ; 
+{3514.}      EPXDLCO3 + C10H15O9O2 = EPX_APoO10 : 2.3639e-12 ; 
+{3515.}      EPXDLCO3 + C10H15O11O2 = EPX_APoO12 : 2.4495e-12 ; 
+{3516.}      EPXDLCO3 + C10H17O4O2 = EPX_APhO5 : 3.4641e-13 ; 
+{3517.}      EPXDLCO3 + C10H17O6O2 = EPX_APhO7 : 1.4725e-12 ; 
+{3518.}      EPXDLCO3 + C10H17O8O2 = EPX_APhO9 : 2.1091e-12 ; 
+{3519.}      EPXDLCO3 + C10H17O3O2 = EPX_APhO4 : 3.4641e-13 ; 
+{3520.}      EPXDLCO3 + C10H17O5O2 = EPX_APhO6 : 1.014e-12 ; 
+{3521.}      EPXDLCO3 + C10H17O7O2 = EPX_APhO8 : 1.8188e-12 ; 
+{3522.}      EPXDLCO3 + APINAO2 = EPX_AP01 : 3.4641e-13 ; 
+{3523.}      EPXDLCO3 + APINBO2 = EPX_AP02 : 3.4641e-13 ; 
+{3524.}      EPXDLCO3 + APINCO2 = EPX_AP03 : 3.4641e-13 ; 
+{3525.}      EPXDLCO3 + C107O2 = EPX_AP04 : 3.4641e-13 ; 
+{3526.}      EPXDLCO3 + C109O2 = EPX_AP05 : 3.4641e-13 ; 
+{3527.}      EPXDLCO3 + C106O2 = EPX_AP06 : 3.4641e-13 ; 
+{3528.}      EPXDLCO3 + C920CO3 = EPX_AP07 : 3.4641e-13 ; 
+{3529.}      EPXDLCO3 + C108O2 = EPX_AP08 : 3.4641e-13 ; 
+{3530.}      EPXDLCO3 + PINALO2 = EPX_AP09 : 3.4641e-13 ; 
+{3531.}      EPXDLCO3 + C96CO3 = EPX_AP10 : 3.4641e-13 ; 
+{3532.}      EPXDLCO3 + NAPINAO2 = EPX_AP11N : 3.4641e-13 ; 
+{3533.}      EPXDLCO3 + NAPINBO2 = EPX_AP12N : 3.4641e-13 ; 
+{3534.}      EPXDLCO3 + NC102O2 = EPX_AP13N : 1.4725e-12 ; 
+{3535.}      EPXDLCO3 + NC101O2 = EPX_AP14N : 1.014e-12 ; 
+{3536.}      EPXDLCO3 + C96O2 = EPX_AP15 : 3.4641e-13 ; 
+{3537.}      EPXDLCO3 + C89CO3 = EPX_AP16 : 3.4641e-13 ; 
+{3538.}      EPXDLCO3 + C920O2 = EPX_AP17 : 3.4641e-13 ; 
+{3539.}      EPXDLCO3 + C97O2 = EPX_AP18 : 3.4641e-13 ; 
+{3540.}      EPXDLCO3 + C85CO3 = EPX_AP19 : 3.4641e-13 ; 
+{3541.}      EPXDLCO3 + C811CO3 = EPX_AP20 : 3.4641e-13 ; 
+{3542.}      EPXDLCO3 + C921O2 = EPX_AP21 : 3.4641e-13 ; 
+{3543.}      EPXDLCO3 + C98O2 = EPX_AP22 : 3.4641e-13 ; 
+{3544.}      EPXDLCO3 + C922O2 = EPX_AP23 : 3.4641e-13 ; 
+{3545.}      EPXDLCO3 + C85O2 = EPX_AP24 : 3.4641e-13 ; 
+{3546.}      EPXDLCO3 + C89O2 = EPX_AP25 : 3.4641e-13 ; 
+{3547.}      EPXDLCO3 + C86O2 = EPX_AP26 : 3.4641e-13 ; 
+{3548.}      EPXDLCO3 + C811O2 = EPX_AP27 : 3.4641e-13 ; 
+{3549.}      EPXDLCO3 + C810O2 = EPX_AP28 : 3.4641e-13 ; 
+{3550.}      EPXDLCO3 + C812O2 = EPX_AP29 : 3.4641e-13 ; 
+{3551.}      EPXDLCO3 + C813O2 = EPX_AP30 : 3.4641e-13 ; 
+{3552.}      EPXDLCO3 + C721CO3 = EPX_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: C3DIALO2
+{3553.}      C3DIALO2 + C10H15O2O2 = C3DI_APoO3 : 3.4641e-13 ; 
+{3554.}      C3DIALO2 + C10H15O4O2 = C3DI_APoO5 : 3.4641e-13 ; 
+{3555.}      C3DIALO2 + C10H15O6O2 = C3DI_APoO7 : 1.4725e-12 ; 
+{3556.}      C3DIALO2 + C10H15O8O2 = C3DI_APoO9 : 2.1091e-12 ; 
+{3557.}      C3DIALO2 + C10H15O10O2 = C3DI_APoO11 : 2.4495e-12 ; 
+{3558.}      C3DIALO2 + C10H15O12O2 = C3DI_APoO13 : 2.4495e-12 ; 
+{3559.}      C3DIALO2 + C10H15O3O2 = C3DI_APoO4 : 3.4641e-13 ; 
+{3560.}      C3DIALO2 + C10H15O5O2 = C3DI_APoO6 : 1.014e-12 ; 
+{3561.}      C3DIALO2 + C10H15O7O2 = C3DI_APoO8 : 1.8188e-12 ; 
+{3562.}      C3DIALO2 + C10H15O9O2 = C3DI_APoO10 : 2.3639e-12 ; 
+{3563.}      C3DIALO2 + C10H15O11O2 = C3DI_APoO12 : 2.4495e-12 ; 
+{3564.}      C3DIALO2 + C10H17O4O2 = C3DI_APhO5 : 3.4641e-13 ; 
+{3565.}      C3DIALO2 + C10H17O6O2 = C3DI_APhO7 : 1.4725e-12 ; 
+{3566.}      C3DIALO2 + C10H17O8O2 = C3DI_APhO9 : 2.1091e-12 ; 
+{3567.}      C3DIALO2 + C10H17O3O2 = C3DI_APhO4 : 3.4641e-13 ; 
+{3568.}      C3DIALO2 + C10H17O5O2 = C3DI_APhO6 : 1.014e-12 ; 
+{3569.}      C3DIALO2 + C10H17O7O2 = C3DI_APhO8 : 1.8188e-12 ; 
+{3570.}      C3DIALO2 + APINAO2 = C3DI_AP01 : 3.4641e-13 ; 
+{3571.}      C3DIALO2 + APINBO2 = C3DI_AP02 : 3.4641e-13 ; 
+{3572.}      C3DIALO2 + APINCO2 = C3DI_AP03 : 3.4641e-13 ; 
+{3573.}      C3DIALO2 + C107O2 = C3DI_AP04 : 3.4641e-13 ; 
+{3574.}      C3DIALO2 + C109O2 = C3DI_AP05 : 3.4641e-13 ; 
+{3575.}      C3DIALO2 + C106O2 = C3DI_AP06 : 3.4641e-13 ; 
+{3576.}      C3DIALO2 + C920CO3 = C3DI_AP07 : 3.4641e-13 ; 
+{3577.}      C3DIALO2 + C108O2 = C3DI_AP08 : 3.4641e-13 ; 
+{3578.}      C3DIALO2 + PINALO2 = C3DI_AP09 : 3.4641e-13 ; 
+{3579.}      C3DIALO2 + C96CO3 = C3DI_AP10 : 3.4641e-13 ; 
+{3580.}      C3DIALO2 + NAPINAO2 = C3DI_AP11N : 3.4641e-13 ; 
+{3581.}      C3DIALO2 + NAPINBO2 = C3DI_AP12N : 3.4641e-13 ; 
+{3582.}      C3DIALO2 + NC102O2 = C3DI_AP13N : 1.4725e-12 ; 
+{3583.}      C3DIALO2 + NC101O2 = C3DI_AP14N : 1.014e-12 ; 
+{3584.}      C3DIALO2 + C96O2 = C3DI_AP15 : 3.4641e-13 ; 
+{3585.}      C3DIALO2 + C89CO3 = C3DI_AP16 : 3.4641e-13 ; 
+{3586.}      C3DIALO2 + C920O2 = C3DI_AP17 : 3.4641e-13 ; 
+{3587.}      C3DIALO2 + C97O2 = C3DI_AP18 : 3.4641e-13 ; 
+{3588.}      C3DIALO2 + C85CO3 = C3DI_AP19 : 3.4641e-13 ; 
+{3589.}      C3DIALO2 + C811CO3 = C3DI_AP20 : 3.4641e-13 ; 
+{3590.}      C3DIALO2 + C921O2 = C3DI_AP21 : 3.4641e-13 ; 
+{3591.}      C3DIALO2 + C98O2 = C3DI_AP22 : 3.4641e-13 ; 
+{3592.}      C3DIALO2 + C922O2 = C3DI_AP23 : 3.4641e-13 ; 
+{3593.}      C3DIALO2 + C85O2 = C3DI_AP24 : 3.4641e-13 ; 
+{3594.}      C3DIALO2 + C89O2 = C3DI_AP25 : 3.4641e-13 ; 
+{3595.}      C3DIALO2 + C86O2 = C3DI_AP26 : 3.4641e-13 ; 
+{3596.}      C3DIALO2 + C811O2 = C3DI_AP27 : 3.4641e-13 ; 
+{3597.}      C3DIALO2 + C810O2 = C3DI_AP28 : 3.4641e-13 ; 
+{3598.}      C3DIALO2 + C812O2 = C3DI_AP29 : 3.4641e-13 ; 
+{3599.}      C3DIALO2 + C813O2 = C3DI_AP30 : 3.4641e-13 ; 
+{3600.}      C3DIALO2 + C721CO3 = C3DI_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: MALDIALO2
+{3601.}      MALDIALO2 + C10H15O2O2 = MALb_APoO3 : 3.4641e-13 ; 
+{3602.}      MALDIALO2 + C10H15O4O2 = MALb_APoO5 : 3.4641e-13 ; 
+{3603.}      MALDIALO2 + C10H15O6O2 = MALb_APoO7 : 1.4725e-12 ; 
+{3604.}      MALDIALO2 + C10H15O8O2 = MALb_APoO9 : 2.1091e-12 ; 
+{3605.}      MALDIALO2 + C10H15O10O2 = MALb_APoO11 : 2.4495e-12 ; 
+{3606.}      MALDIALO2 + C10H15O12O2 = MALb_APoO13 : 2.4495e-12 ; 
+{3607.}      MALDIALO2 + C10H15O3O2 = MALb_APoO4 : 3.4641e-13 ; 
+{3608.}      MALDIALO2 + C10H15O5O2 = MALb_APoO6 : 1.014e-12 ; 
+{3609.}      MALDIALO2 + C10H15O7O2 = MALb_APoO8 : 1.8188e-12 ; 
+{3610.}      MALDIALO2 + C10H15O9O2 = MALb_APoO10 : 2.3639e-12 ; 
+{3611.}      MALDIALO2 + C10H15O11O2 = MALb_APoO12 : 2.4495e-12 ; 
+{3612.}      MALDIALO2 + C10H17O4O2 = MALb_APhO5 : 3.4641e-13 ; 
+{3613.}      MALDIALO2 + C10H17O6O2 = MALb_APhO7 : 1.4725e-12 ; 
+{3614.}      MALDIALO2 + C10H17O8O2 = MALb_APhO9 : 2.1091e-12 ; 
+{3615.}      MALDIALO2 + C10H17O3O2 = MALb_APhO4 : 3.4641e-13 ; 
+{3616.}      MALDIALO2 + C10H17O5O2 = MALb_APhO6 : 1.014e-12 ; 
+{3617.}      MALDIALO2 + C10H17O7O2 = MALb_APhO8 : 1.8188e-12 ; 
+{3618.}      MALDIALO2 + APINAO2 = MALb_AP01 : 3.4641e-13 ; 
+{3619.}      MALDIALO2 + APINBO2 = MALb_AP02 : 3.4641e-13 ; 
+{3620.}      MALDIALO2 + APINCO2 = MALb_AP03 : 3.4641e-13 ; 
+{3621.}      MALDIALO2 + C107O2 = MALb_AP04 : 3.4641e-13 ; 
+{3622.}      MALDIALO2 + C109O2 = MALb_AP05 : 3.4641e-13 ; 
+{3623.}      MALDIALO2 + C106O2 = MALb_AP06 : 3.4641e-13 ; 
+{3624.}      MALDIALO2 + C920CO3 = MALb_AP07 : 3.4641e-13 ; 
+{3625.}      MALDIALO2 + C108O2 = MALb_AP08 : 3.4641e-13 ; 
+{3626.}      MALDIALO2 + PINALO2 = MALb_AP09 : 3.4641e-13 ; 
+{3627.}      MALDIALO2 + C96CO3 = MALb_AP10 : 3.4641e-13 ; 
+{3628.}      MALDIALO2 + NAPINAO2 = MALb_AP11N : 3.4641e-13 ; 
+{3629.}      MALDIALO2 + NAPINBO2 = MALb_AP12N : 3.4641e-13 ; 
+{3630.}      MALDIALO2 + NC102O2 = MALb_AP13N : 1.4725e-12 ; 
+{3631.}      MALDIALO2 + NC101O2 = MALb_AP14N : 1.014e-12 ; 
+{3632.}      MALDIALO2 + C96O2 = MALb_AP15 : 3.4641e-13 ; 
+{3633.}      MALDIALO2 + C89CO3 = MALb_AP16 : 3.4641e-13 ; 
+{3634.}      MALDIALO2 + C920O2 = MALb_AP17 : 3.4641e-13 ; 
+{3635.}      MALDIALO2 + C97O2 = MALb_AP18 : 3.4641e-13 ; 
+{3636.}      MALDIALO2 + C85CO3 = MALb_AP19 : 3.4641e-13 ; 
+{3637.}      MALDIALO2 + C811CO3 = MALb_AP20 : 3.4641e-13 ; 
+{3638.}      MALDIALO2 + C921O2 = MALb_AP21 : 3.4641e-13 ; 
+{3639.}      MALDIALO2 + C98O2 = MALb_AP22 : 3.4641e-13 ; 
+{3640.}      MALDIALO2 + C922O2 = MALb_AP23 : 3.4641e-13 ; 
+{3641.}      MALDIALO2 + C85O2 = MALb_AP24 : 3.4641e-13 ; 
+{3642.}      MALDIALO2 + C89O2 = MALb_AP25 : 3.4641e-13 ; 
+{3643.}      MALDIALO2 + C86O2 = MALb_AP26 : 3.4641e-13 ; 
+{3644.}      MALDIALO2 + C811O2 = MALb_AP27 : 3.4641e-13 ; 
+{3645.}      MALDIALO2 + C810O2 = MALb_AP28 : 3.4641e-13 ; 
+{3646.}      MALDIALO2 + C812O2 = MALb_AP29 : 3.4641e-13 ; 
+{3647.}      MALDIALO2 + C813O2 = MALb_AP30 : 3.4641e-13 ; 
+{3648.}      MALDIALO2 + C721CO3 = MALb_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: C6H5O2
+{3649.}      C6H5O2 + C10H15O2O2 = C6a_APoO3 : 3.4641e-13 ; 
+{3650.}      C6H5O2 + C10H15O4O2 = C6a_APoO5 : 3.4641e-13 ; 
+{3651.}      C6H5O2 + C10H15O6O2 = C6a_APoO7 : 1.4725e-12 ; 
+{3652.}      C6H5O2 + C10H15O8O2 = C6a_APoO9 : 2.1091e-12 ; 
+{3653.}      C6H5O2 + C10H15O10O2 = C6a_APoO11 : 2.4495e-12 ; 
+{3654.}      C6H5O2 + C10H15O12O2 = C6a_APoO13 : 2.4495e-12 ; 
+{3655.}      C6H5O2 + C10H15O3O2 = C6a_APoO4 : 3.4641e-13 ; 
+{3656.}      C6H5O2 + C10H15O5O2 = C6a_APoO6 : 1.014e-12 ; 
+{3657.}      C6H5O2 + C10H15O7O2 = C6a_APoO8 : 1.8188e-12 ; 
+{3658.}      C6H5O2 + C10H15O9O2 = C6a_APoO10 : 2.3639e-12 ; 
+{3659.}      C6H5O2 + C10H15O11O2 = C6a_APoO12 : 2.4495e-12 ; 
+{3660.}      C6H5O2 + C10H17O4O2 = C6a_APhO5 : 3.4641e-13 ; 
+{3661.}      C6H5O2 + C10H17O6O2 = C6a_APhO7 : 1.4725e-12 ; 
+{3662.}      C6H5O2 + C10H17O8O2 = C6a_APhO9 : 2.1091e-12 ; 
+{3663.}      C6H5O2 + C10H17O3O2 = C6a_APhO4 : 3.4641e-13 ; 
+{3664.}      C6H5O2 + C10H17O5O2 = C6a_APhO6 : 1.014e-12 ; 
+{3665.}      C6H5O2 + C10H17O7O2 = C6a_APhO8 : 1.8188e-12 ; 
+{3666.}      C6H5O2 + APINAO2 = C6a_AP01 : 3.4641e-13 ; 
+{3667.}      C6H5O2 + APINBO2 = C6a_AP02 : 3.4641e-13 ; 
+{3668.}      C6H5O2 + APINCO2 = C6a_AP03 : 3.4641e-13 ; 
+{3669.}      C6H5O2 + C107O2 = C6a_AP04 : 3.4641e-13 ; 
+{3670.}      C6H5O2 + C109O2 = C6a_AP05 : 3.4641e-13 ; 
+{3671.}      C6H5O2 + C106O2 = C6a_AP06 : 3.4641e-13 ; 
+{3672.}      C6H5O2 + C920CO3 = C6a_AP07 : 3.4641e-13 ; 
+{3673.}      C6H5O2 + C108O2 = C6a_AP08 : 3.4641e-13 ; 
+{3674.}      C6H5O2 + PINALO2 = C6a_AP09 : 3.4641e-13 ; 
+{3675.}      C6H5O2 + C96CO3 = C6a_AP10 : 3.4641e-13 ; 
+{3676.}      C6H5O2 + NAPINAO2 = C6a_AP11N : 3.4641e-13 ; 
+{3677.}      C6H5O2 + NAPINBO2 = C6a_AP12N : 3.4641e-13 ; 
+{3678.}      C6H5O2 + NC102O2 = C6a_AP13N : 1.4725e-12 ; 
+{3679.}      C6H5O2 + NC101O2 = C6a_AP14N : 1.014e-12 ; 
+{3680.}      C6H5O2 + C96O2 = C6a_AP15 : 3.4641e-13 ; 
+{3681.}      C6H5O2 + C89CO3 = C6a_AP16 : 3.4641e-13 ; 
+{3682.}      C6H5O2 + C920O2 = C6a_AP17 : 3.4641e-13 ; 
+{3683.}      C6H5O2 + C97O2 = C6a_AP18 : 3.4641e-13 ; 
+{3684.}      C6H5O2 + C85CO3 = C6a_AP19 : 3.4641e-13 ; 
+{3685.}      C6H5O2 + C811CO3 = C6a_AP20 : 3.4641e-13 ; 
+{3686.}      C6H5O2 + C921O2 = C6a_AP21 : 3.4641e-13 ; 
+{3687.}      C6H5O2 + C98O2 = C6a_AP22 : 3.4641e-13 ; 
+{3688.}      C6H5O2 + C922O2 = C6a_AP23 : 3.4641e-13 ; 
+{3689.}      C6H5O2 + C85O2 = C6a_AP24 : 3.4641e-13 ; 
+{3690.}      C6H5O2 + C89O2 = C6a_AP25 : 3.4641e-13 ; 
+{3691.}      C6H5O2 + C86O2 = C6a_AP26 : 3.4641e-13 ; 
+{3692.}      C6H5O2 + C811O2 = C6a_AP27 : 3.4641e-13 ; 
+{3693.}      C6H5O2 + C810O2 = C6a_AP28 : 3.4641e-13 ; 
+{3694.}      C6H5O2 + C812O2 = C6a_AP29 : 3.4641e-13 ; 
+{3695.}      C6H5O2 + C813O2 = C6a_AP30 : 3.4641e-13 ; 
+{3696.}      C6H5O2 + C721CO3 = C6a_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: NBZFUO2
+{3697.}      NBZFUO2 + C10H15O2O2 = NBZa_APoO3 : 2.776e-12 ; 
+{3698.}      NBZFUO2 + C10H15O4O2 = NBZa_APoO5 : 2.776e-12 ; 
+{3699.}      NBZFUO2 + C10H15O6O2 = NBZa_APoO7 : 1.18e-11 ; 
+{3700.}      NBZFUO2 + C10H15O8O2 = NBZa_APoO9 : 1.6901e-11 ; 
+{3701.}      NBZFUO2 + C10H15O10O2 = NBZa_APoO11 : 1.9629e-11 ; 
+{3702.}      NBZFUO2 + C10H15O12O2 = NBZa_APoO13 : 1.9629e-11 ; 
+{3703.}      NBZFUO2 + C10H15O3O2 = NBZa_APoO4 : 2.776e-12 ; 
+{3704.}      NBZFUO2 + C10H15O5O2 = NBZa_APoO6 : 8.1258e-12 ; 
+{3705.}      NBZFUO2 + C10H15O7O2 = NBZa_APoO8 : 1.4576e-11 ; 
+{3706.}      NBZFUO2 + C10H15O9O2 = NBZa_APoO10 : 1.8944e-11 ; 
+{3707.}      NBZFUO2 + C10H15O11O2 = NBZa_APoO12 : 1.9629e-11 ; 
+{3708.}      NBZFUO2 + C10H17O4O2 = NBZa_APhO5 : 2.776e-12 ; 
+{3709.}      NBZFUO2 + C10H17O6O2 = NBZa_APhO7 : 1.18e-11 ; 
+{3710.}      NBZFUO2 + C10H17O8O2 = NBZa_APhO9 : 1.6901e-11 ; 
+{3711.}      NBZFUO2 + C10H17O3O2 = NBZa_APhO4 : 2.776e-12 ; 
+{3712.}      NBZFUO2 + C10H17O5O2 = NBZa_APhO6 : 8.1258e-12 ; 
+{3713.}      NBZFUO2 + C10H17O7O2 = NBZa_APhO8 : 1.4576e-11 ; 
+{3714.}      NBZFUO2 + APINAO2 = NBZa_AP01 : 2.776e-12 ; 
+{3715.}      NBZFUO2 + APINBO2 = NBZa_AP02 : 2.776e-12 ; 
+{3716.}      NBZFUO2 + APINCO2 = NBZa_AP03 : 2.776e-12 ; 
+{3717.}      NBZFUO2 + C107O2 = NBZa_AP04 : 2.776e-12 ; 
+{3718.}      NBZFUO2 + C109O2 = NBZa_AP05 : 2.776e-12 ; 
+{3719.}      NBZFUO2 + C106O2 = NBZa_AP06 : 2.776e-12 ; 
+{3720.}      NBZFUO2 + C920CO3 = NBZa_AP07 : 2.776e-12 ; 
+{3721.}      NBZFUO2 + C108O2 = NBZa_AP08 : 2.776e-12 ; 
+{3722.}      NBZFUO2 + PINALO2 = NBZa_AP09 : 2.776e-12 ; 
+{3723.}      NBZFUO2 + C96CO3 = NBZa_AP10 : 2.776e-12 ; 
+{3724.}      NBZFUO2 + NAPINAO2 = NBZa_AP11N : 2.776e-12 ; 
+{3725.}      NBZFUO2 + NAPINBO2 = NBZa_AP12N : 2.776e-12 ; 
+{3726.}      NBZFUO2 + NC102O2 = NBZa_AP13N : 1.18e-11 ; 
+{3727.}      NBZFUO2 + NC101O2 = NBZa_AP14N : 8.1258e-12 ; 
+{3728.}      NBZFUO2 + C96O2 = NBZa_AP15 : 2.776e-12 ; 
+{3729.}      NBZFUO2 + C89CO3 = NBZa_AP16 : 2.776e-12 ; 
+{3730.}      NBZFUO2 + C920O2 = NBZa_AP17 : 2.776e-12 ; 
+{3731.}      NBZFUO2 + C97O2 = NBZa_AP18 : 2.776e-12 ; 
+{3732.}      NBZFUO2 + C85CO3 = NBZa_AP19 : 2.776e-12 ; 
+{3733.}      NBZFUO2 + C811CO3 = NBZa_AP20 : 2.776e-12 ; 
+{3734.}      NBZFUO2 + C921O2 = NBZa_AP21 : 2.776e-12 ; 
+{3735.}      NBZFUO2 + C98O2 = NBZa_AP22 : 2.776e-12 ; 
+{3736.}      NBZFUO2 + C922O2 = NBZa_AP23 : 2.776e-12 ; 
+{3737.}      NBZFUO2 + C85O2 = NBZa_AP24 : 2.776e-12 ; 
+{3738.}      NBZFUO2 + C89O2 = NBZa_AP25 : 2.776e-12 ; 
+{3739.}      NBZFUO2 + C86O2 = NBZa_AP26 : 2.776e-12 ; 
+{3740.}      NBZFUO2 + C811O2 = NBZa_AP27 : 2.776e-12 ; 
+{3741.}      NBZFUO2 + C810O2 = NBZa_AP28 : 2.776e-12 ; 
+{3742.}      NBZFUO2 + C812O2 = NBZa_AP29 : 2.776e-12 ; 
+{3743.}      NBZFUO2 + C813O2 = NBZa_AP30 : 2.776e-12 ; 
+{3744.}      NBZFUO2 + C721CO3 = NBZa_AP31 : 2.776e-12 ; 
+# inter-VOC ROOR formation: BZFUO2
+{3745.}      BZFUO2 + C10H15O2O2 = BZFU_APoO3 : 3.4641e-13 ; 
+{3746.}      BZFUO2 + C10H15O4O2 = BZFU_APoO5 : 3.4641e-13 ; 
+{3747.}      BZFUO2 + C10H15O6O2 = BZFU_APoO7 : 1.4725e-12 ; 
+{3748.}      BZFUO2 + C10H15O8O2 = BZFU_APoO9 : 2.1091e-12 ; 
+{3749.}      BZFUO2 + C10H15O10O2 = BZFU_APoO11 : 2.4495e-12 ; 
+{3750.}      BZFUO2 + C10H15O12O2 = BZFU_APoO13 : 2.4495e-12 ; 
+{3751.}      BZFUO2 + C10H15O3O2 = BZFU_APoO4 : 3.4641e-13 ; 
+{3752.}      BZFUO2 + C10H15O5O2 = BZFU_APoO6 : 1.014e-12 ; 
+{3753.}      BZFUO2 + C10H15O7O2 = BZFU_APoO8 : 1.8188e-12 ; 
+{3754.}      BZFUO2 + C10H15O9O2 = BZFU_APoO10 : 2.3639e-12 ; 
+{3755.}      BZFUO2 + C10H15O11O2 = BZFU_APoO12 : 2.4495e-12 ; 
+{3756.}      BZFUO2 + C10H17O4O2 = BZFU_APhO5 : 3.4641e-13 ; 
+{3757.}      BZFUO2 + C10H17O6O2 = BZFU_APhO7 : 1.4725e-12 ; 
+{3758.}      BZFUO2 + C10H17O8O2 = BZFU_APhO9 : 2.1091e-12 ; 
+{3759.}      BZFUO2 + C10H17O3O2 = BZFU_APhO4 : 3.4641e-13 ; 
+{3760.}      BZFUO2 + C10H17O5O2 = BZFU_APhO6 : 1.014e-12 ; 
+{3761.}      BZFUO2 + C10H17O7O2 = BZFU_APhO8 : 1.8188e-12 ; 
+{3762.}      BZFUO2 + APINAO2 = BZFU_AP01 : 3.4641e-13 ; 
+{3763.}      BZFUO2 + APINBO2 = BZFU_AP02 : 3.4641e-13 ; 
+{3764.}      BZFUO2 + APINCO2 = BZFU_AP03 : 3.4641e-13 ; 
+{3765.}      BZFUO2 + C107O2 = BZFU_AP04 : 3.4641e-13 ; 
+{3766.}      BZFUO2 + C109O2 = BZFU_AP05 : 3.4641e-13 ; 
+{3767.}      BZFUO2 + C106O2 = BZFU_AP06 : 3.4641e-13 ; 
+{3768.}      BZFUO2 + C920CO3 = BZFU_AP07 : 3.4641e-13 ; 
+{3769.}      BZFUO2 + C108O2 = BZFU_AP08 : 3.4641e-13 ; 
+{3770.}      BZFUO2 + PINALO2 = BZFU_AP09 : 3.4641e-13 ; 
+{3771.}      BZFUO2 + C96CO3 = BZFU_AP10 : 3.4641e-13 ; 
+{3772.}      BZFUO2 + NAPINAO2 = BZFU_AP11N : 3.4641e-13 ; 
+{3773.}      BZFUO2 + NAPINBO2 = BZFU_AP12N : 3.4641e-13 ; 
+{3774.}      BZFUO2 + NC102O2 = BZFU_AP13N : 1.4725e-12 ; 
+{3775.}      BZFUO2 + NC101O2 = BZFU_AP14N : 1.014e-12 ; 
+{3776.}      BZFUO2 + C96O2 = BZFU_AP15 : 3.4641e-13 ; 
+{3777.}      BZFUO2 + C89CO3 = BZFU_AP16 : 3.4641e-13 ; 
+{3778.}      BZFUO2 + C920O2 = BZFU_AP17 : 3.4641e-13 ; 
+{3779.}      BZFUO2 + C97O2 = BZFU_AP18 : 3.4641e-13 ; 
+{3780.}      BZFUO2 + C85CO3 = BZFU_AP19 : 3.4641e-13 ; 
+{3781.}      BZFUO2 + C811CO3 = BZFU_AP20 : 3.4641e-13 ; 
+{3782.}      BZFUO2 + C921O2 = BZFU_AP21 : 3.4641e-13 ; 
+{3783.}      BZFUO2 + C98O2 = BZFU_AP22 : 3.4641e-13 ; 
+{3784.}      BZFUO2 + C922O2 = BZFU_AP23 : 3.4641e-13 ; 
+{3785.}      BZFUO2 + C85O2 = BZFU_AP24 : 3.4641e-13 ; 
+{3786.}      BZFUO2 + C89O2 = BZFU_AP25 : 3.4641e-13 ; 
+{3787.}      BZFUO2 + C86O2 = BZFU_AP26 : 3.4641e-13 ; 
+{3788.}      BZFUO2 + C811O2 = BZFU_AP27 : 3.4641e-13 ; 
+{3789.}      BZFUO2 + C810O2 = BZFU_AP28 : 3.4641e-13 ; 
+{3790.}      BZFUO2 + C812O2 = BZFU_AP29 : 3.4641e-13 ; 
+{3791.}      BZFUO2 + C813O2 = BZFU_AP30 : 3.4641e-13 ; 
+{3792.}      BZFUO2 + C721CO3 = BZFU_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: HCOCOHCO3
+{3793.}      HCOCOHCO3 + C10H15O2O2 = C3a_APoO3 : 3.4641e-13 ; 
+{3794.}      HCOCOHCO3 + C10H15O4O2 = C3a_APoO5 : 3.4641e-13 ; 
+{3795.}      HCOCOHCO3 + C10H15O6O2 = C3a_APoO7 : 1.4725e-12 ; 
+{3796.}      HCOCOHCO3 + C10H15O8O2 = C3a_APoO9 : 2.1091e-12 ; 
+{3797.}      HCOCOHCO3 + C10H15O10O2 = C3a_APoO11 : 2.4495e-12 ; 
+{3798.}      HCOCOHCO3 + C10H15O12O2 = C3a_APoO13 : 2.4495e-12 ; 
+{3799.}      HCOCOHCO3 + C10H15O3O2 = C3a_APoO4 : 3.4641e-13 ; 
+{3800.}      HCOCOHCO3 + C10H15O5O2 = C3a_APoO6 : 1.014e-12 ; 
+{3801.}      HCOCOHCO3 + C10H15O7O2 = C3a_APoO8 : 1.8188e-12 ; 
+{3802.}      HCOCOHCO3 + C10H15O9O2 = C3a_APoO10 : 2.3639e-12 ; 
+{3803.}      HCOCOHCO3 + C10H15O11O2 = C3a_APoO12 : 2.4495e-12 ; 
+{3804.}      HCOCOHCO3 + C10H17O4O2 = C3a_APhO5 : 3.4641e-13 ; 
+{3805.}      HCOCOHCO3 + C10H17O6O2 = C3a_APhO7 : 1.4725e-12 ; 
+{3806.}      HCOCOHCO3 + C10H17O8O2 = C3a_APhO9 : 2.1091e-12 ; 
+{3807.}      HCOCOHCO3 + C10H17O3O2 = C3a_APhO4 : 3.4641e-13 ; 
+{3808.}      HCOCOHCO3 + C10H17O5O2 = C3a_APhO6 : 1.014e-12 ; 
+{3809.}      HCOCOHCO3 + C10H17O7O2 = C3a_APhO8 : 1.8188e-12 ; 
+{3810.}      HCOCOHCO3 + APINAO2 = C3a_AP01 : 3.4641e-13 ; 
+{3811.}      HCOCOHCO3 + APINBO2 = C3a_AP02 : 3.4641e-13 ; 
+{3812.}      HCOCOHCO3 + APINCO2 = C3a_AP03 : 3.4641e-13 ; 
+{3813.}      HCOCOHCO3 + C107O2 = C3a_AP04 : 3.4641e-13 ; 
+{3814.}      HCOCOHCO3 + C109O2 = C3a_AP05 : 3.4641e-13 ; 
+{3815.}      HCOCOHCO3 + C106O2 = C3a_AP06 : 3.4641e-13 ; 
+{3816.}      HCOCOHCO3 + C920CO3 = C3a_AP07 : 3.4641e-13 ; 
+{3817.}      HCOCOHCO3 + C108O2 = C3a_AP08 : 3.4641e-13 ; 
+{3818.}      HCOCOHCO3 + PINALO2 = C3a_AP09 : 3.4641e-13 ; 
+{3819.}      HCOCOHCO3 + C96CO3 = C3a_AP10 : 3.4641e-13 ; 
+{3820.}      HCOCOHCO3 + NAPINAO2 = C3a_AP11N : 3.4641e-13 ; 
+{3821.}      HCOCOHCO3 + NAPINBO2 = C3a_AP12N : 3.4641e-13 ; 
+{3822.}      HCOCOHCO3 + NC102O2 = C3a_AP13N : 1.4725e-12 ; 
+{3823.}      HCOCOHCO3 + NC101O2 = C3a_AP14N : 1.014e-12 ; 
+{3824.}      HCOCOHCO3 + C96O2 = C3a_AP15 : 3.4641e-13 ; 
+{3825.}      HCOCOHCO3 + C89CO3 = C3a_AP16 : 3.4641e-13 ; 
+{3826.}      HCOCOHCO3 + C920O2 = C3a_AP17 : 3.4641e-13 ; 
+{3827.}      HCOCOHCO3 + C97O2 = C3a_AP18 : 3.4641e-13 ; 
+{3828.}      HCOCOHCO3 + C85CO3 = C3a_AP19 : 3.4641e-13 ; 
+{3829.}      HCOCOHCO3 + C811CO3 = C3a_AP20 : 3.4641e-13 ; 
+{3830.}      HCOCOHCO3 + C921O2 = C3a_AP21 : 3.4641e-13 ; 
+{3831.}      HCOCOHCO3 + C98O2 = C3a_AP22 : 3.4641e-13 ; 
+{3832.}      HCOCOHCO3 + C922O2 = C3a_AP23 : 3.4641e-13 ; 
+{3833.}      HCOCOHCO3 + C85O2 = C3a_AP24 : 3.4641e-13 ; 
+{3834.}      HCOCOHCO3 + C89O2 = C3a_AP25 : 3.4641e-13 ; 
+{3835.}      HCOCOHCO3 + C86O2 = C3a_AP26 : 3.4641e-13 ; 
+{3836.}      HCOCOHCO3 + C811O2 = C3a_AP27 : 3.4641e-13 ; 
+{3837.}      HCOCOHCO3 + C810O2 = C3a_AP28 : 3.4641e-13 ; 
+{3838.}      HCOCOHCO3 + C812O2 = C3a_AP29 : 3.4641e-13 ; 
+{3839.}      HCOCOHCO3 + C813O2 = C3a_AP30 : 3.4641e-13 ; 
+{3840.}      HCOCOHCO3 + C721CO3 = C3a_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: CATEC1O2
+{3841.}      CATEC1O2 + C10H15O2O2 = CATE_APoO3 : 3.4641e-13 ; 
+{3842.}      CATEC1O2 + C10H15O4O2 = CATE_APoO5 : 3.4641e-13 ; 
+{3843.}      CATEC1O2 + C10H15O6O2 = CATE_APoO7 : 1.4725e-12 ; 
+{3844.}      CATEC1O2 + C10H15O8O2 = CATE_APoO9 : 2.1091e-12 ; 
+{3845.}      CATEC1O2 + C10H15O10O2 = CATE_APoO11 : 2.4495e-12 ; 
+{3846.}      CATEC1O2 + C10H15O12O2 = CATE_APoO13 : 2.4495e-12 ; 
+{3847.}      CATEC1O2 + C10H15O3O2 = CATE_APoO4 : 3.4641e-13 ; 
+{3848.}      CATEC1O2 + C10H15O5O2 = CATE_APoO6 : 1.014e-12 ; 
+{3849.}      CATEC1O2 + C10H15O7O2 = CATE_APoO8 : 1.8188e-12 ; 
+{3850.}      CATEC1O2 + C10H15O9O2 = CATE_APoO10 : 2.3639e-12 ; 
+{3851.}      CATEC1O2 + C10H15O11O2 = CATE_APoO12 : 2.4495e-12 ; 
+{3852.}      CATEC1O2 + C10H17O4O2 = CATE_APhO5 : 3.4641e-13 ; 
+{3853.}      CATEC1O2 + C10H17O6O2 = CATE_APhO7 : 1.4725e-12 ; 
+{3854.}      CATEC1O2 + C10H17O8O2 = CATE_APhO9 : 2.1091e-12 ; 
+{3855.}      CATEC1O2 + C10H17O3O2 = CATE_APhO4 : 3.4641e-13 ; 
+{3856.}      CATEC1O2 + C10H17O5O2 = CATE_APhO6 : 1.014e-12 ; 
+{3857.}      CATEC1O2 + C10H17O7O2 = CATE_APhO8 : 1.8188e-12 ; 
+{3858.}      CATEC1O2 + APINAO2 = CATE_AP01 : 3.4641e-13 ; 
+{3859.}      CATEC1O2 + APINBO2 = CATE_AP02 : 3.4641e-13 ; 
+{3860.}      CATEC1O2 + APINCO2 = CATE_AP03 : 3.4641e-13 ; 
+{3861.}      CATEC1O2 + C107O2 = CATE_AP04 : 3.4641e-13 ; 
+{3862.}      CATEC1O2 + C109O2 = CATE_AP05 : 3.4641e-13 ; 
+{3863.}      CATEC1O2 + C106O2 = CATE_AP06 : 3.4641e-13 ; 
+{3864.}      CATEC1O2 + C920CO3 = CATE_AP07 : 3.4641e-13 ; 
+{3865.}      CATEC1O2 + C108O2 = CATE_AP08 : 3.4641e-13 ; 
+{3866.}      CATEC1O2 + PINALO2 = CATE_AP09 : 3.4641e-13 ; 
+{3867.}      CATEC1O2 + C96CO3 = CATE_AP10 : 3.4641e-13 ; 
+{3868.}      CATEC1O2 + NAPINAO2 = CATE_AP11N : 3.4641e-13 ; 
+{3869.}      CATEC1O2 + NAPINBO2 = CATE_AP12N : 3.4641e-13 ; 
+{3870.}      CATEC1O2 + NC102O2 = CATE_AP13N : 1.4725e-12 ; 
+{3871.}      CATEC1O2 + NC101O2 = CATE_AP14N : 1.014e-12 ; 
+{3872.}      CATEC1O2 + C96O2 = CATE_AP15 : 3.4641e-13 ; 
+{3873.}      CATEC1O2 + C89CO3 = CATE_AP16 : 3.4641e-13 ; 
+{3874.}      CATEC1O2 + C920O2 = CATE_AP17 : 3.4641e-13 ; 
+{3875.}      CATEC1O2 + C97O2 = CATE_AP18 : 3.4641e-13 ; 
+{3876.}      CATEC1O2 + C85CO3 = CATE_AP19 : 3.4641e-13 ; 
+{3877.}      CATEC1O2 + C811CO3 = CATE_AP20 : 3.4641e-13 ; 
+{3878.}      CATEC1O2 + C921O2 = CATE_AP21 : 3.4641e-13 ; 
+{3879.}      CATEC1O2 + C98O2 = CATE_AP22 : 3.4641e-13 ; 
+{3880.}      CATEC1O2 + C922O2 = CATE_AP23 : 3.4641e-13 ; 
+{3881.}      CATEC1O2 + C85O2 = CATE_AP24 : 3.4641e-13 ; 
+{3882.}      CATEC1O2 + C89O2 = CATE_AP25 : 3.4641e-13 ; 
+{3883.}      CATEC1O2 + C86O2 = CATE_AP26 : 3.4641e-13 ; 
+{3884.}      CATEC1O2 + C811O2 = CATE_AP27 : 3.4641e-13 ; 
+{3885.}      CATEC1O2 + C810O2 = CATE_AP28 : 3.4641e-13 ; 
+{3886.}      CATEC1O2 + C812O2 = CATE_AP29 : 3.4641e-13 ; 
+{3887.}      CATEC1O2 + C813O2 = CATE_AP30 : 3.4641e-13 ; 
+{3888.}      CATEC1O2 + C721CO3 = CATE_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: HCOCO3
+{3889.}      HCOCO3 + C10H15O2O2 = C2a_APoO3 : 3.4641e-13 ; 
+{3890.}      HCOCO3 + C10H15O4O2 = C2a_APoO5 : 3.4641e-13 ; 
+{3891.}      HCOCO3 + C10H15O6O2 = C2a_APoO7 : 1.4725e-12 ; 
+{3892.}      HCOCO3 + C10H15O8O2 = C2a_APoO9 : 2.1091e-12 ; 
+{3893.}      HCOCO3 + C10H15O10O2 = C2a_APoO11 : 2.4495e-12 ; 
+{3894.}      HCOCO3 + C10H15O12O2 = C2a_APoO13 : 2.4495e-12 ; 
+{3895.}      HCOCO3 + C10H15O3O2 = C2a_APoO4 : 3.4641e-13 ; 
+{3896.}      HCOCO3 + C10H15O5O2 = C2a_APoO6 : 1.014e-12 ; 
+{3897.}      HCOCO3 + C10H15O7O2 = C2a_APoO8 : 1.8188e-12 ; 
+{3898.}      HCOCO3 + C10H15O9O2 = C2a_APoO10 : 2.3639e-12 ; 
+{3899.}      HCOCO3 + C10H15O11O2 = C2a_APoO12 : 2.4495e-12 ; 
+{3900.}      HCOCO3 + C10H17O4O2 = C2a_APhO5 : 3.4641e-13 ; 
+{3901.}      HCOCO3 + C10H17O6O2 = C2a_APhO7 : 1.4725e-12 ; 
+{3902.}      HCOCO3 + C10H17O8O2 = C2a_APhO9 : 2.1091e-12 ; 
+{3903.}      HCOCO3 + C10H17O3O2 = C2a_APhO4 : 3.4641e-13 ; 
+{3904.}      HCOCO3 + C10H17O5O2 = C2a_APhO6 : 1.014e-12 ; 
+{3905.}      HCOCO3 + C10H17O7O2 = C2a_APhO8 : 1.8188e-12 ; 
+{3906.}      HCOCO3 + APINAO2 = C2a_AP01 : 3.4641e-13 ; 
+{3907.}      HCOCO3 + APINBO2 = C2a_AP02 : 3.4641e-13 ; 
+{3908.}      HCOCO3 + APINCO2 = C2a_AP03 : 3.4641e-13 ; 
+{3909.}      HCOCO3 + C107O2 = C2a_AP04 : 3.4641e-13 ; 
+{3910.}      HCOCO3 + C109O2 = C2a_AP05 : 3.4641e-13 ; 
+{3911.}      HCOCO3 + C106O2 = C2a_AP06 : 3.4641e-13 ; 
+{3912.}      HCOCO3 + C920CO3 = C2a_AP07 : 3.4641e-13 ; 
+{3913.}      HCOCO3 + C108O2 = C2a_AP08 : 3.4641e-13 ; 
+{3914.}      HCOCO3 + PINALO2 = C2a_AP09 : 3.4641e-13 ; 
+{3915.}      HCOCO3 + C96CO3 = C2a_AP10 : 3.4641e-13 ; 
+{3916.}      HCOCO3 + NAPINAO2 = C2a_AP11N : 3.4641e-13 ; 
+{3917.}      HCOCO3 + NAPINBO2 = C2a_AP12N : 3.4641e-13 ; 
+{3918.}      HCOCO3 + NC102O2 = C2a_AP13N : 1.4725e-12 ; 
+{3919.}      HCOCO3 + NC101O2 = C2a_AP14N : 1.014e-12 ; 
+{3920.}      HCOCO3 + C96O2 = C2a_AP15 : 3.4641e-13 ; 
+{3921.}      HCOCO3 + C89CO3 = C2a_AP16 : 3.4641e-13 ; 
+{3922.}      HCOCO3 + C920O2 = C2a_AP17 : 3.4641e-13 ; 
+{3923.}      HCOCO3 + C97O2 = C2a_AP18 : 3.4641e-13 ; 
+{3924.}      HCOCO3 + C85CO3 = C2a_AP19 : 3.4641e-13 ; 
+{3925.}      HCOCO3 + C811CO3 = C2a_AP20 : 3.4641e-13 ; 
+{3926.}      HCOCO3 + C921O2 = C2a_AP21 : 3.4641e-13 ; 
+{3927.}      HCOCO3 + C98O2 = C2a_AP22 : 3.4641e-13 ; 
+{3928.}      HCOCO3 + C922O2 = C2a_AP23 : 3.4641e-13 ; 
+{3929.}      HCOCO3 + C85O2 = C2a_AP24 : 3.4641e-13 ; 
+{3930.}      HCOCO3 + C89O2 = C2a_AP25 : 3.4641e-13 ; 
+{3931.}      HCOCO3 + C86O2 = C2a_AP26 : 3.4641e-13 ; 
+{3932.}      HCOCO3 + C811O2 = C2a_AP27 : 3.4641e-13 ; 
+{3933.}      HCOCO3 + C810O2 = C2a_AP28 : 3.4641e-13 ; 
+{3934.}      HCOCO3 + C812O2 = C2a_AP29 : 3.4641e-13 ; 
+{3935.}      HCOCO3 + C813O2 = C2a_AP30 : 3.4641e-13 ; 
+{3936.}      HCOCO3 + C721CO3 = C2a_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: HCOCH2O2
+{3937.}      HCOCH2O2 + C10H15O2O2 = C2b_APoO3 : 3.4641e-13 ; 
+{3938.}      HCOCH2O2 + C10H15O4O2 = C2b_APoO5 : 3.4641e-13 ; 
+{3939.}      HCOCH2O2 + C10H15O6O2 = C2b_APoO7 : 1.4725e-12 ; 
+{3940.}      HCOCH2O2 + C10H15O8O2 = C2b_APoO9 : 2.1091e-12 ; 
+{3941.}      HCOCH2O2 + C10H15O10O2 = C2b_APoO11 : 2.4495e-12 ; 
+{3942.}      HCOCH2O2 + C10H15O12O2 = C2b_APoO13 : 2.4495e-12 ; 
+{3943.}      HCOCH2O2 + C10H15O3O2 = C2b_APoO4 : 3.4641e-13 ; 
+{3944.}      HCOCH2O2 + C10H15O5O2 = C2b_APoO6 : 1.014e-12 ; 
+{3945.}      HCOCH2O2 + C10H15O7O2 = C2b_APoO8 : 1.8188e-12 ; 
+{3946.}      HCOCH2O2 + C10H15O9O2 = C2b_APoO10 : 2.3639e-12 ; 
+{3947.}      HCOCH2O2 + C10H15O11O2 = C2b_APoO12 : 2.4495e-12 ; 
+{3948.}      HCOCH2O2 + C10H17O4O2 = C2b_APhO5 : 3.4641e-13 ; 
+{3949.}      HCOCH2O2 + C10H17O6O2 = C2b_APhO7 : 1.4725e-12 ; 
+{3950.}      HCOCH2O2 + C10H17O8O2 = C2b_APhO9 : 2.1091e-12 ; 
+{3951.}      HCOCH2O2 + C10H17O3O2 = C2b_APhO4 : 3.4641e-13 ; 
+{3952.}      HCOCH2O2 + C10H17O5O2 = C2b_APhO6 : 1.014e-12 ; 
+{3953.}      HCOCH2O2 + C10H17O7O2 = C2b_APhO8 : 1.8188e-12 ; 
+{3954.}      HCOCH2O2 + APINAO2 = C2b_AP01 : 3.4641e-13 ; 
+{3955.}      HCOCH2O2 + APINBO2 = C2b_AP02 : 3.4641e-13 ; 
+{3956.}      HCOCH2O2 + APINCO2 = C2b_AP03 : 3.4641e-13 ; 
+{3957.}      HCOCH2O2 + C107O2 = C2b_AP04 : 3.4641e-13 ; 
+{3958.}      HCOCH2O2 + C109O2 = C2b_AP05 : 3.4641e-13 ; 
+{3959.}      HCOCH2O2 + C106O2 = C2b_AP06 : 3.4641e-13 ; 
+{3960.}      HCOCH2O2 + C920CO3 = C2b_AP07 : 3.4641e-13 ; 
+{3961.}      HCOCH2O2 + C108O2 = C2b_AP08 : 3.4641e-13 ; 
+{3962.}      HCOCH2O2 + PINALO2 = C2b_AP09 : 3.4641e-13 ; 
+{3963.}      HCOCH2O2 + C96CO3 = C2b_AP10 : 3.4641e-13 ; 
+{3964.}      HCOCH2O2 + NAPINAO2 = C2b_AP11N : 3.4641e-13 ; 
+{3965.}      HCOCH2O2 + NAPINBO2 = C2b_AP12N : 3.4641e-13 ; 
+{3966.}      HCOCH2O2 + NC102O2 = C2b_AP13N : 1.4725e-12 ; 
+{3967.}      HCOCH2O2 + NC101O2 = C2b_AP14N : 1.014e-12 ; 
+{3968.}      HCOCH2O2 + C96O2 = C2b_AP15 : 3.4641e-13 ; 
+{3969.}      HCOCH2O2 + C89CO3 = C2b_AP16 : 3.4641e-13 ; 
+{3970.}      HCOCH2O2 + C920O2 = C2b_AP17 : 3.4641e-13 ; 
+{3971.}      HCOCH2O2 + C97O2 = C2b_AP18 : 3.4641e-13 ; 
+{3972.}      HCOCH2O2 + C85CO3 = C2b_AP19 : 3.4641e-13 ; 
+{3973.}      HCOCH2O2 + C811CO3 = C2b_AP20 : 3.4641e-13 ; 
+{3974.}      HCOCH2O2 + C921O2 = C2b_AP21 : 3.4641e-13 ; 
+{3975.}      HCOCH2O2 + C98O2 = C2b_AP22 : 3.4641e-13 ; 
+{3976.}      HCOCH2O2 + C922O2 = C2b_AP23 : 3.4641e-13 ; 
+{3977.}      HCOCH2O2 + C85O2 = C2b_AP24 : 3.4641e-13 ; 
+{3978.}      HCOCH2O2 + C89O2 = C2b_AP25 : 3.4641e-13 ; 
+{3979.}      HCOCH2O2 + C86O2 = C2b_AP26 : 3.4641e-13 ; 
+{3980.}      HCOCH2O2 + C811O2 = C2b_AP27 : 3.4641e-13 ; 
+{3981.}      HCOCH2O2 + C810O2 = C2b_AP28 : 3.4641e-13 ; 
+{3982.}      HCOCH2O2 + C812O2 = C2b_AP29 : 3.4641e-13 ; 
+{3983.}      HCOCH2O2 + C813O2 = C2b_AP30 : 3.4641e-13 ; 
+{3984.}      HCOCH2O2 + C721CO3 = C2b_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: NPHEN1O2
+{3985.}      NPHEN1O2 + C10H15O2O2 = NPHb_APoO3 : 3.4641e-13 ; 
+{3986.}      NPHEN1O2 + C10H15O4O2 = NPHb_APoO5 : 3.4641e-13 ; 
+{3987.}      NPHEN1O2 + C10H15O6O2 = NPHb_APoO7 : 1.4725e-12 ; 
+{3988.}      NPHEN1O2 + C10H15O8O2 = NPHb_APoO9 : 2.1091e-12 ; 
+{3989.}      NPHEN1O2 + C10H15O10O2 = NPHb_APoO11 : 2.4495e-12 ; 
+{3990.}      NPHEN1O2 + C10H15O12O2 = NPHb_APoO13 : 2.4495e-12 ; 
+{3991.}      NPHEN1O2 + C10H15O3O2 = NPHb_APoO4 : 3.4641e-13 ; 
+{3992.}      NPHEN1O2 + C10H15O5O2 = NPHb_APoO6 : 1.014e-12 ; 
+{3993.}      NPHEN1O2 + C10H15O7O2 = NPHb_APoO8 : 1.8188e-12 ; 
+{3994.}      NPHEN1O2 + C10H15O9O2 = NPHb_APoO10 : 2.3639e-12 ; 
+{3995.}      NPHEN1O2 + C10H15O11O2 = NPHb_APoO12 : 2.4495e-12 ; 
+{3996.}      NPHEN1O2 + C10H17O4O2 = NPHb_APhO5 : 3.4641e-13 ; 
+{3997.}      NPHEN1O2 + C10H17O6O2 = NPHb_APhO7 : 1.4725e-12 ; 
+{3998.}      NPHEN1O2 + C10H17O8O2 = NPHb_APhO9 : 2.1091e-12 ; 
+{3999.}      NPHEN1O2 + C10H17O3O2 = NPHb_APhO4 : 3.4641e-13 ; 
+{4000.}      NPHEN1O2 + C10H17O5O2 = NPHb_APhO6 : 1.014e-12 ; 
+{4001.}      NPHEN1O2 + C10H17O7O2 = NPHb_APhO8 : 1.8188e-12 ; 
+{4002.}      NPHEN1O2 + APINAO2 = NPHb_AP01 : 3.4641e-13 ; 
+{4003.}      NPHEN1O2 + APINBO2 = NPHb_AP02 : 3.4641e-13 ; 
+{4004.}      NPHEN1O2 + APINCO2 = NPHb_AP03 : 3.4641e-13 ; 
+{4005.}      NPHEN1O2 + C107O2 = NPHb_AP04 : 3.4641e-13 ; 
+{4006.}      NPHEN1O2 + C109O2 = NPHb_AP05 : 3.4641e-13 ; 
+{4007.}      NPHEN1O2 + C106O2 = NPHb_AP06 : 3.4641e-13 ; 
+{4008.}      NPHEN1O2 + C920CO3 = NPHb_AP07 : 3.4641e-13 ; 
+{4009.}      NPHEN1O2 + C108O2 = NPHb_AP08 : 3.4641e-13 ; 
+{4010.}      NPHEN1O2 + PINALO2 = NPHb_AP09 : 3.4641e-13 ; 
+{4011.}      NPHEN1O2 + C96CO3 = NPHb_AP10 : 3.4641e-13 ; 
+{4012.}      NPHEN1O2 + NAPINAO2 = NPHb_AP11N : 3.4641e-13 ; 
+{4013.}      NPHEN1O2 + NAPINBO2 = NPHb_AP12N : 3.4641e-13 ; 
+{4014.}      NPHEN1O2 + NC102O2 = NPHb_AP13N : 1.4725e-12 ; 
+{4015.}      NPHEN1O2 + NC101O2 = NPHb_AP14N : 1.014e-12 ; 
+{4016.}      NPHEN1O2 + C96O2 = NPHb_AP15 : 3.4641e-13 ; 
+{4017.}      NPHEN1O2 + C89CO3 = NPHb_AP16 : 3.4641e-13 ; 
+{4018.}      NPHEN1O2 + C920O2 = NPHb_AP17 : 3.4641e-13 ; 
+{4019.}      NPHEN1O2 + C97O2 = NPHb_AP18 : 3.4641e-13 ; 
+{4020.}      NPHEN1O2 + C85CO3 = NPHb_AP19 : 3.4641e-13 ; 
+{4021.}      NPHEN1O2 + C811CO3 = NPHb_AP20 : 3.4641e-13 ; 
+{4022.}      NPHEN1O2 + C921O2 = NPHb_AP21 : 3.4641e-13 ; 
+{4023.}      NPHEN1O2 + C98O2 = NPHb_AP22 : 3.4641e-13 ; 
+{4024.}      NPHEN1O2 + C922O2 = NPHb_AP23 : 3.4641e-13 ; 
+{4025.}      NPHEN1O2 + C85O2 = NPHb_AP24 : 3.4641e-13 ; 
+{4026.}      NPHEN1O2 + C89O2 = NPHb_AP25 : 3.4641e-13 ; 
+{4027.}      NPHEN1O2 + C86O2 = NPHb_AP26 : 3.4641e-13 ; 
+{4028.}      NPHEN1O2 + C811O2 = NPHb_AP27 : 3.4641e-13 ; 
+{4029.}      NPHEN1O2 + C810O2 = NPHb_AP28 : 3.4641e-13 ; 
+{4030.}      NPHEN1O2 + C812O2 = NPHb_AP29 : 3.4641e-13 ; 
+{4031.}      NPHEN1O2 + C813O2 = NPHb_AP30 : 3.4641e-13 ; 
+{4032.}      NPHEN1O2 + C721CO3 = NPHb_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: NNCATECO2
+{4033.}      NNCATECO2 + C10H15O2O2 = NNC_APoO3 : 6.3246e-12 ; 
+{4034.}      NNCATECO2 + C10H15O4O2 = NNC_APoO5 : 6.3246e-12 ; 
+{4035.}      NNCATECO2 + C10H15O6O2 = NNC_APoO7 : 2.6884e-11 ; 
+{4036.}      NNCATECO2 + C10H15O8O2 = NNC_APoO9 : 3.8506e-11 ; 
+{4037.}      NNCATECO2 + C10H15O10O2 = NNC_APoO11 : 4.4721e-11 ; 
+{4038.}      NNCATECO2 + C10H15O12O2 = NNC_APoO13 : 4.4721e-11 ; 
+{4039.}      NNCATECO2 + C10H15O3O2 = NNC_APoO4 : 6.3246e-12 ; 
+{4040.}      NNCATECO2 + C10H15O5O2 = NNC_APoO6 : 1.8513e-11 ; 
+{4041.}      NNCATECO2 + C10H15O7O2 = NNC_APoO8 : 3.3207e-11 ; 
+{4042.}      NNCATECO2 + C10H15O9O2 = NNC_APoO10 : 4.3159e-11 ; 
+{4043.}      NNCATECO2 + C10H15O11O2 = NNC_APoO12 : 4.4721e-11 ; 
+{4044.}      NNCATECO2 + C10H17O4O2 = NNC_APhO5 : 6.3246e-12 ; 
+{4045.}      NNCATECO2 + C10H17O6O2 = NNC_APhO7 : 2.6884e-11 ; 
+{4046.}      NNCATECO2 + C10H17O8O2 = NNC_APhO9 : 3.8506e-11 ; 
+{4047.}      NNCATECO2 + C10H17O3O2 = NNC_APhO4 : 6.3246e-12 ; 
+{4048.}      NNCATECO2 + C10H17O5O2 = NNC_APhO6 : 1.8513e-11 ; 
+{4049.}      NNCATECO2 + C10H17O7O2 = NNC_APhO8 : 3.3207e-11 ; 
+{4050.}      NNCATECO2 + APINAO2 = NNC_AP01 : 6.3246e-12 ; 
+{4051.}      NNCATECO2 + APINBO2 = NNC_AP02 : 6.3246e-12 ; 
+{4052.}      NNCATECO2 + APINCO2 = NNC_AP03 : 6.3246e-12 ; 
+{4053.}      NNCATECO2 + C107O2 = NNC_AP04 : 6.3246e-12 ; 
+{4054.}      NNCATECO2 + C109O2 = NNC_AP05 : 6.3246e-12 ; 
+{4055.}      NNCATECO2 + C106O2 = NNC_AP06 : 6.3246e-12 ; 
+{4056.}      NNCATECO2 + C920CO3 = NNC_AP07 : 6.3246e-12 ; 
+{4057.}      NNCATECO2 + C108O2 = NNC_AP08 : 6.3246e-12 ; 
+{4058.}      NNCATECO2 + PINALO2 = NNC_AP09 : 6.3246e-12 ; 
+{4059.}      NNCATECO2 + C96CO3 = NNC_AP10 : 6.3246e-12 ; 
+{4060.}      NNCATECO2 + NAPINAO2 = NNC_AP11N : 6.3246e-12 ; 
+{4061.}      NNCATECO2 + NAPINBO2 = NNC_AP12N : 6.3246e-12 ; 
+{4062.}      NNCATECO2 + NC102O2 = NNC_AP13N : 2.6884e-11 ; 
+{4063.}      NNCATECO2 + NC101O2 = NNC_AP14N : 1.8513e-11 ; 
+{4064.}      NNCATECO2 + C96O2 = NNC_AP15 : 6.3246e-12 ; 
+{4065.}      NNCATECO2 + C89CO3 = NNC_AP16 : 6.3246e-12 ; 
+{4066.}      NNCATECO2 + C920O2 = NNC_AP17 : 6.3246e-12 ; 
+{4067.}      NNCATECO2 + C97O2 = NNC_AP18 : 6.3246e-12 ; 
+{4068.}      NNCATECO2 + C85CO3 = NNC_AP19 : 6.3246e-12 ; 
+{4069.}      NNCATECO2 + C811CO3 = NNC_AP20 : 6.3246e-12 ; 
+{4070.}      NNCATECO2 + C921O2 = NNC_AP21 : 6.3246e-12 ; 
+{4071.}      NNCATECO2 + C98O2 = NNC_AP22 : 6.3246e-12 ; 
+{4072.}      NNCATECO2 + C922O2 = NNC_AP23 : 6.3246e-12 ; 
+{4073.}      NNCATECO2 + C85O2 = NNC_AP24 : 6.3246e-12 ; 
+{4074.}      NNCATECO2 + C89O2 = NNC_AP25 : 6.3246e-12 ; 
+{4075.}      NNCATECO2 + C86O2 = NNC_AP26 : 6.3246e-12 ; 
+{4076.}      NNCATECO2 + C811O2 = NNC_AP27 : 6.3246e-12 ; 
+{4077.}      NNCATECO2 + C810O2 = NNC_AP28 : 6.3246e-12 ; 
+{4078.}      NNCATECO2 + C812O2 = NNC_AP29 : 6.3246e-12 ; 
+{4079.}      NNCATECO2 + C813O2 = NNC_AP30 : 6.3246e-12 ; 
+{4080.}      NNCATECO2 + C721CO3 = NNC_AP31 : 6.3246e-12 ; 
+# inter-VOC ROOR formation: NCATECO2
+{4081.}      NCATECO2 + C10H15O2O2 = NCAT_APoO3 : 6.3246e-12 ; 
+{4082.}      NCATECO2 + C10H15O4O2 = NCAT_APoO5 : 6.3246e-12 ; 
+{4083.}      NCATECO2 + C10H15O6O2 = NCAT_APoO7 : 2.6884e-11 ; 
+{4084.}      NCATECO2 + C10H15O8O2 = NCAT_APoO9 : 3.8506e-11 ; 
+{4085.}      NCATECO2 + C10H15O10O2 = NCAT_APoO11 : 4.4721e-11 ; 
+{4086.}      NCATECO2 + C10H15O12O2 = NCAT_APoO13 : 4.4721e-11 ; 
+{4087.}      NCATECO2 + C10H15O3O2 = NCAT_APoO4 : 6.3246e-12 ; 
+{4088.}      NCATECO2 + C10H15O5O2 = NCAT_APoO6 : 1.8513e-11 ; 
+{4089.}      NCATECO2 + C10H15O7O2 = NCAT_APoO8 : 3.3207e-11 ; 
+{4090.}      NCATECO2 + C10H15O9O2 = NCAT_APoO10 : 4.3159e-11 ; 
+{4091.}      NCATECO2 + C10H15O11O2 = NCAT_APoO12 : 4.4721e-11 ; 
+{4092.}      NCATECO2 + C10H17O4O2 = NCAT_APhO5 : 6.3246e-12 ; 
+{4093.}      NCATECO2 + C10H17O6O2 = NCAT_APhO7 : 2.6884e-11 ; 
+{4094.}      NCATECO2 + C10H17O8O2 = NCAT_APhO9 : 3.8506e-11 ; 
+{4095.}      NCATECO2 + C10H17O3O2 = NCAT_APhO4 : 6.3246e-12 ; 
+{4096.}      NCATECO2 + C10H17O5O2 = NCAT_APhO6 : 1.8513e-11 ; 
+{4097.}      NCATECO2 + C10H17O7O2 = NCAT_APhO8 : 3.3207e-11 ; 
+{4098.}      NCATECO2 + APINAO2 = NCAT_AP01 : 6.3246e-12 ; 
+{4099.}      NCATECO2 + APINBO2 = NCAT_AP02 : 6.3246e-12 ; 
+{4100.}      NCATECO2 + APINCO2 = NCAT_AP03 : 6.3246e-12 ; 
+{4101.}      NCATECO2 + C107O2 = NCAT_AP04 : 6.3246e-12 ; 
+{4102.}      NCATECO2 + C109O2 = NCAT_AP05 : 6.3246e-12 ; 
+{4103.}      NCATECO2 + C106O2 = NCAT_AP06 : 6.3246e-12 ; 
+{4104.}      NCATECO2 + C920CO3 = NCAT_AP07 : 6.3246e-12 ; 
+{4105.}      NCATECO2 + C108O2 = NCAT_AP08 : 6.3246e-12 ; 
+{4106.}      NCATECO2 + PINALO2 = NCAT_AP09 : 6.3246e-12 ; 
+{4107.}      NCATECO2 + C96CO3 = NCAT_AP10 : 6.3246e-12 ; 
+{4108.}      NCATECO2 + NAPINAO2 = NCAT_AP11N : 6.3246e-12 ; 
+{4109.}      NCATECO2 + NAPINBO2 = NCAT_AP12N : 6.3246e-12 ; 
+{4110.}      NCATECO2 + NC102O2 = NCAT_AP13N : 2.6884e-11 ; 
+{4111.}      NCATECO2 + NC101O2 = NCAT_AP14N : 1.8513e-11 ; 
+{4112.}      NCATECO2 + C96O2 = NCAT_AP15 : 6.3246e-12 ; 
+{4113.}      NCATECO2 + C89CO3 = NCAT_AP16 : 6.3246e-12 ; 
+{4114.}      NCATECO2 + C920O2 = NCAT_AP17 : 6.3246e-12 ; 
+{4115.}      NCATECO2 + C97O2 = NCAT_AP18 : 6.3246e-12 ; 
+{4116.}      NCATECO2 + C85CO3 = NCAT_AP19 : 6.3246e-12 ; 
+{4117.}      NCATECO2 + C811CO3 = NCAT_AP20 : 6.3246e-12 ; 
+{4118.}      NCATECO2 + C921O2 = NCAT_AP21 : 6.3246e-12 ; 
+{4119.}      NCATECO2 + C98O2 = NCAT_AP22 : 6.3246e-12 ; 
+{4120.}      NCATECO2 + C922O2 = NCAT_AP23 : 6.3246e-12 ; 
+{4121.}      NCATECO2 + C85O2 = NCAT_AP24 : 6.3246e-12 ; 
+{4122.}      NCATECO2 + C89O2 = NCAT_AP25 : 6.3246e-12 ; 
+{4123.}      NCATECO2 + C86O2 = NCAT_AP26 : 6.3246e-12 ; 
+{4124.}      NCATECO2 + C811O2 = NCAT_AP27 : 6.3246e-12 ; 
+{4125.}      NCATECO2 + C810O2 = NCAT_AP28 : 6.3246e-12 ; 
+{4126.}      NCATECO2 + C812O2 = NCAT_AP29 : 6.3246e-12 ; 
+{4127.}      NCATECO2 + C813O2 = NCAT_AP30 : 6.3246e-12 ; 
+{4128.}      NCATECO2 + C721CO3 = NCAT_AP31 : 6.3246e-12 ; 
+# inter-VOC ROOR formation: NBZQO2
+{4129.}      NBZQO2 + C10H15O2O2 = NBZb_APoO3 : 4.9252e-12 ; 
+{4130.}      NBZQO2 + C10H15O4O2 = NBZb_APoO5 : 4.9252e-12 ; 
+{4131.}      NBZQO2 + C10H15O6O2 = NBZb_APoO7 : 2.0936e-11 ; 
+{4132.}      NBZQO2 + C10H15O8O2 = NBZb_APoO9 : 2.9987e-11 ; 
+{4133.}      NBZQO2 + C10H15O10O2 = NBZb_APoO11 : 3.4827e-11 ; 
+{4134.}      NBZQO2 + C10H15O12O2 = NBZb_APoO13 : 3.4827e-11 ; 
+{4135.}      NBZQO2 + C10H15O3O2 = NBZb_APoO4 : 4.9252e-12 ; 
+{4136.}      NBZQO2 + C10H15O5O2 = NBZb_APoO6 : 1.4417e-11 ; 
+{4137.}      NBZQO2 + C10H15O7O2 = NBZb_APoO8 : 2.586e-11 ; 
+{4138.}      NBZQO2 + C10H15O9O2 = NBZb_APoO10 : 3.361e-11 ; 
+{4139.}      NBZQO2 + C10H15O11O2 = NBZb_APoO12 : 3.4827e-11 ; 
+{4140.}      NBZQO2 + C10H17O4O2 = NBZb_APhO5 : 4.9252e-12 ; 
+{4141.}      NBZQO2 + C10H17O6O2 = NBZb_APhO7 : 2.0936e-11 ; 
+{4142.}      NBZQO2 + C10H17O8O2 = NBZb_APhO9 : 2.9987e-11 ; 
+{4143.}      NBZQO2 + C10H17O3O2 = NBZb_APhO4 : 4.9252e-12 ; 
+{4144.}      NBZQO2 + C10H17O5O2 = NBZb_APhO6 : 1.4417e-11 ; 
+{4145.}      NBZQO2 + C10H17O7O2 = NBZb_APhO8 : 2.586e-11 ; 
+{4146.}      NBZQO2 + APINAO2 = NBZb_AP01 : 4.9252e-12 ; 
+{4147.}      NBZQO2 + APINBO2 = NBZb_AP02 : 4.9252e-12 ; 
+{4148.}      NBZQO2 + APINCO2 = NBZb_AP03 : 4.9252e-12 ; 
+{4149.}      NBZQO2 + C107O2 = NBZb_AP04 : 4.9252e-12 ; 
+{4150.}      NBZQO2 + C109O2 = NBZb_AP05 : 4.9252e-12 ; 
+{4151.}      NBZQO2 + C106O2 = NBZb_AP06 : 4.9252e-12 ; 
+{4152.}      NBZQO2 + C920CO3 = NBZb_AP07 : 4.9252e-12 ; 
+{4153.}      NBZQO2 + C108O2 = NBZb_AP08 : 4.9252e-12 ; 
+{4154.}      NBZQO2 + PINALO2 = NBZb_AP09 : 4.9252e-12 ; 
+{4155.}      NBZQO2 + C96CO3 = NBZb_AP10 : 4.9252e-12 ; 
+{4156.}      NBZQO2 + NAPINAO2 = NBZb_AP11N : 4.9252e-12 ; 
+{4157.}      NBZQO2 + NAPINBO2 = NBZb_AP12N : 4.9252e-12 ; 
+{4158.}      NBZQO2 + NC102O2 = NBZb_AP13N : 2.0936e-11 ; 
+{4159.}      NBZQO2 + NC101O2 = NBZb_AP14N : 1.4417e-11 ; 
+{4160.}      NBZQO2 + C96O2 = NBZb_AP15 : 4.9252e-12 ; 
+{4161.}      NBZQO2 + C89CO3 = NBZb_AP16 : 4.9252e-12 ; 
+{4162.}      NBZQO2 + C920O2 = NBZb_AP17 : 4.9252e-12 ; 
+{4163.}      NBZQO2 + C97O2 = NBZb_AP18 : 4.9252e-12 ; 
+{4164.}      NBZQO2 + C85CO3 = NBZb_AP19 : 4.9252e-12 ; 
+{4165.}      NBZQO2 + C811CO3 = NBZb_AP20 : 4.9252e-12 ; 
+{4166.}      NBZQO2 + C921O2 = NBZb_AP21 : 4.9252e-12 ; 
+{4167.}      NBZQO2 + C98O2 = NBZb_AP22 : 4.9252e-12 ; 
+{4168.}      NBZQO2 + C922O2 = NBZb_AP23 : 4.9252e-12 ; 
+{4169.}      NBZQO2 + C85O2 = NBZb_AP24 : 4.9252e-12 ; 
+{4170.}      NBZQO2 + C89O2 = NBZb_AP25 : 4.9252e-12 ; 
+{4171.}      NBZQO2 + C86O2 = NBZb_AP26 : 4.9252e-12 ; 
+{4172.}      NBZQO2 + C811O2 = NBZb_AP27 : 4.9252e-12 ; 
+{4173.}      NBZQO2 + C810O2 = NBZb_AP28 : 4.9252e-12 ; 
+{4174.}      NBZQO2 + C812O2 = NBZb_AP29 : 4.9252e-12 ; 
+{4175.}      NBZQO2 + C813O2 = NBZb_AP30 : 4.9252e-12 ; 
+{4176.}      NBZQO2 + C721CO3 = NBZb_AP31 : 4.9252e-12 ; 
+# inter-VOC ROOR formation: PBZQO2
+{4177.}      PBZQO2 + C10H15O2O2 = PBZ_APoO3 : 3.4641e-13 ; 
+{4178.}      PBZQO2 + C10H15O4O2 = PBZ_APoO5 : 3.4641e-13 ; 
+{4179.}      PBZQO2 + C10H15O6O2 = PBZ_APoO7 : 1.4725e-12 ; 
+{4180.}      PBZQO2 + C10H15O8O2 = PBZ_APoO9 : 2.1091e-12 ; 
+{4181.}      PBZQO2 + C10H15O10O2 = PBZ_APoO11 : 2.4495e-12 ; 
+{4182.}      PBZQO2 + C10H15O12O2 = PBZ_APoO13 : 2.4495e-12 ; 
+{4183.}      PBZQO2 + C10H15O3O2 = PBZ_APoO4 : 3.4641e-13 ; 
+{4184.}      PBZQO2 + C10H15O5O2 = PBZ_APoO6 : 1.014e-12 ; 
+{4185.}      PBZQO2 + C10H15O7O2 = PBZ_APoO8 : 1.8188e-12 ; 
+{4186.}      PBZQO2 + C10H15O9O2 = PBZ_APoO10 : 2.3639e-12 ; 
+{4187.}      PBZQO2 + C10H15O11O2 = PBZ_APoO12 : 2.4495e-12 ; 
+{4188.}      PBZQO2 + C10H17O4O2 = PBZ_APhO5 : 3.4641e-13 ; 
+{4189.}      PBZQO2 + C10H17O6O2 = PBZ_APhO7 : 1.4725e-12 ; 
+{4190.}      PBZQO2 + C10H17O8O2 = PBZ_APhO9 : 2.1091e-12 ; 
+{4191.}      PBZQO2 + C10H17O3O2 = PBZ_APhO4 : 3.4641e-13 ; 
+{4192.}      PBZQO2 + C10H17O5O2 = PBZ_APhO6 : 1.014e-12 ; 
+{4193.}      PBZQO2 + C10H17O7O2 = PBZ_APhO8 : 1.8188e-12 ; 
+{4194.}      PBZQO2 + APINAO2 = PBZ_AP01 : 3.4641e-13 ; 
+{4195.}      PBZQO2 + APINBO2 = PBZ_AP02 : 3.4641e-13 ; 
+{4196.}      PBZQO2 + APINCO2 = PBZ_AP03 : 3.4641e-13 ; 
+{4197.}      PBZQO2 + C107O2 = PBZ_AP04 : 3.4641e-13 ; 
+{4198.}      PBZQO2 + C109O2 = PBZ_AP05 : 3.4641e-13 ; 
+{4199.}      PBZQO2 + C106O2 = PBZ_AP06 : 3.4641e-13 ; 
+{4200.}      PBZQO2 + C920CO3 = PBZ_AP07 : 3.4641e-13 ; 
+{4201.}      PBZQO2 + C108O2 = PBZ_AP08 : 3.4641e-13 ; 
+{4202.}      PBZQO2 + PINALO2 = PBZ_AP09 : 3.4641e-13 ; 
+{4203.}      PBZQO2 + C96CO3 = PBZ_AP10 : 3.4641e-13 ; 
+{4204.}      PBZQO2 + NAPINAO2 = PBZ_AP11N : 3.4641e-13 ; 
+{4205.}      PBZQO2 + NAPINBO2 = PBZ_AP12N : 3.4641e-13 ; 
+{4206.}      PBZQO2 + NC102O2 = PBZ_AP13N : 1.4725e-12 ; 
+{4207.}      PBZQO2 + NC101O2 = PBZ_AP14N : 1.014e-12 ; 
+{4208.}      PBZQO2 + C96O2 = PBZ_AP15 : 3.4641e-13 ; 
+{4209.}      PBZQO2 + C89CO3 = PBZ_AP16 : 3.4641e-13 ; 
+{4210.}      PBZQO2 + C920O2 = PBZ_AP17 : 3.4641e-13 ; 
+{4211.}      PBZQO2 + C97O2 = PBZ_AP18 : 3.4641e-13 ; 
+{4212.}      PBZQO2 + C85CO3 = PBZ_AP19 : 3.4641e-13 ; 
+{4213.}      PBZQO2 + C811CO3 = PBZ_AP20 : 3.4641e-13 ; 
+{4214.}      PBZQO2 + C921O2 = PBZ_AP21 : 3.4641e-13 ; 
+{4215.}      PBZQO2 + C98O2 = PBZ_AP22 : 3.4641e-13 ; 
+{4216.}      PBZQO2 + C922O2 = PBZ_AP23 : 3.4641e-13 ; 
+{4217.}      PBZQO2 + C85O2 = PBZ_AP24 : 3.4641e-13 ; 
+{4218.}      PBZQO2 + C89O2 = PBZ_AP25 : 3.4641e-13 ; 
+{4219.}      PBZQO2 + C86O2 = PBZ_AP26 : 3.4641e-13 ; 
+{4220.}      PBZQO2 + C811O2 = PBZ_AP27 : 3.4641e-13 ; 
+{4221.}      PBZQO2 + C810O2 = PBZ_AP28 : 3.4641e-13 ; 
+{4222.}      PBZQO2 + C812O2 = PBZ_AP29 : 3.4641e-13 ; 
+{4223.}      PBZQO2 + C813O2 = PBZ_AP30 : 3.4641e-13 ; 
+{4224.}      PBZQO2 + C721CO3 = PBZ_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: MALANHYO2
+{4225.}      MALANHYO2 + C10H15O2O2 = MALc_APoO3 : 3.4641e-13 ; 
+{4226.}      MALANHYO2 + C10H15O4O2 = MALc_APoO5 : 3.4641e-13 ; 
+{4227.}      MALANHYO2 + C10H15O6O2 = MALc_APoO7 : 1.4725e-12 ; 
+{4228.}      MALANHYO2 + C10H15O8O2 = MALc_APoO9 : 2.1091e-12 ; 
+{4229.}      MALANHYO2 + C10H15O10O2 = MALc_APoO11 : 2.4495e-12 ; 
+{4230.}      MALANHYO2 + C10H15O12O2 = MALc_APoO13 : 2.4495e-12 ; 
+{4231.}      MALANHYO2 + C10H15O3O2 = MALc_APoO4 : 3.4641e-13 ; 
+{4232.}      MALANHYO2 + C10H15O5O2 = MALc_APoO6 : 1.014e-12 ; 
+{4233.}      MALANHYO2 + C10H15O7O2 = MALc_APoO8 : 1.8188e-12 ; 
+{4234.}      MALANHYO2 + C10H15O9O2 = MALc_APoO10 : 2.3639e-12 ; 
+{4235.}      MALANHYO2 + C10H15O11O2 = MALc_APoO12 : 2.4495e-12 ; 
+{4236.}      MALANHYO2 + C10H17O4O2 = MALc_APhO5 : 3.4641e-13 ; 
+{4237.}      MALANHYO2 + C10H17O6O2 = MALc_APhO7 : 1.4725e-12 ; 
+{4238.}      MALANHYO2 + C10H17O8O2 = MALc_APhO9 : 2.1091e-12 ; 
+{4239.}      MALANHYO2 + C10H17O3O2 = MALc_APhO4 : 3.4641e-13 ; 
+{4240.}      MALANHYO2 + C10H17O5O2 = MALc_APhO6 : 1.014e-12 ; 
+{4241.}      MALANHYO2 + C10H17O7O2 = MALc_APhO8 : 1.8188e-12 ; 
+{4242.}      MALANHYO2 + APINAO2 = MALc_AP01 : 3.4641e-13 ; 
+{4243.}      MALANHYO2 + APINBO2 = MALc_AP02 : 3.4641e-13 ; 
+{4244.}      MALANHYO2 + APINCO2 = MALc_AP03 : 3.4641e-13 ; 
+{4245.}      MALANHYO2 + C107O2 = MALc_AP04 : 3.4641e-13 ; 
+{4246.}      MALANHYO2 + C109O2 = MALc_AP05 : 3.4641e-13 ; 
+{4247.}      MALANHYO2 + C106O2 = MALc_AP06 : 3.4641e-13 ; 
+{4248.}      MALANHYO2 + C920CO3 = MALc_AP07 : 3.4641e-13 ; 
+{4249.}      MALANHYO2 + C108O2 = MALc_AP08 : 3.4641e-13 ; 
+{4250.}      MALANHYO2 + PINALO2 = MALc_AP09 : 3.4641e-13 ; 
+{4251.}      MALANHYO2 + C96CO3 = MALc_AP10 : 3.4641e-13 ; 
+{4252.}      MALANHYO2 + NAPINAO2 = MALc_AP11N : 3.4641e-13 ; 
+{4253.}      MALANHYO2 + NAPINBO2 = MALc_AP12N : 3.4641e-13 ; 
+{4254.}      MALANHYO2 + NC102O2 = MALc_AP13N : 1.4725e-12 ; 
+{4255.}      MALANHYO2 + NC101O2 = MALc_AP14N : 1.014e-12 ; 
+{4256.}      MALANHYO2 + C96O2 = MALc_AP15 : 3.4641e-13 ; 
+{4257.}      MALANHYO2 + C89CO3 = MALc_AP16 : 3.4641e-13 ; 
+{4258.}      MALANHYO2 + C920O2 = MALc_AP17 : 3.4641e-13 ; 
+{4259.}      MALANHYO2 + C97O2 = MALc_AP18 : 3.4641e-13 ; 
+{4260.}      MALANHYO2 + C85CO3 = MALc_AP19 : 3.4641e-13 ; 
+{4261.}      MALANHYO2 + C811CO3 = MALc_AP20 : 3.4641e-13 ; 
+{4262.}      MALANHYO2 + C921O2 = MALc_AP21 : 3.4641e-13 ; 
+{4263.}      MALANHYO2 + C98O2 = MALc_AP22 : 3.4641e-13 ; 
+{4264.}      MALANHYO2 + C922O2 = MALc_AP23 : 3.4641e-13 ; 
+{4265.}      MALANHYO2 + C85O2 = MALc_AP24 : 3.4641e-13 ; 
+{4266.}      MALANHYO2 + C89O2 = MALc_AP25 : 3.4641e-13 ; 
+{4267.}      MALANHYO2 + C86O2 = MALc_AP26 : 3.4641e-13 ; 
+{4268.}      MALANHYO2 + C811O2 = MALc_AP27 : 3.4641e-13 ; 
+{4269.}      MALANHYO2 + C810O2 = MALc_AP28 : 3.4641e-13 ; 
+{4270.}      MALANHYO2 + C812O2 = MALc_AP29 : 3.4641e-13 ; 
+{4271.}      MALANHYO2 + C813O2 = MALc_AP30 : 3.4641e-13 ; 
+{4272.}      MALANHYO2 + C721CO3 = MALc_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: NDNPHENO2
+{4273.}      NDNPHENO2 + C10H15O2O2 = NDN_APoO3 : 6.3246e-12 ; 
+{4274.}      NDNPHENO2 + C10H15O4O2 = NDN_APoO5 : 6.3246e-12 ; 
+{4275.}      NDNPHENO2 + C10H15O6O2 = NDN_APoO7 : 2.6884e-11 ; 
+{4276.}      NDNPHENO2 + C10H15O8O2 = NDN_APoO9 : 3.8506e-11 ; 
+{4277.}      NDNPHENO2 + C10H15O10O2 = NDN_APoO11 : 4.4721e-11 ; 
+{4278.}      NDNPHENO2 + C10H15O12O2 = NDN_APoO13 : 4.4721e-11 ; 
+{4279.}      NDNPHENO2 + C10H15O3O2 = NDN_APoO4 : 6.3246e-12 ; 
+{4280.}      NDNPHENO2 + C10H15O5O2 = NDN_APoO6 : 1.8513e-11 ; 
+{4281.}      NDNPHENO2 + C10H15O7O2 = NDN_APoO8 : 3.3207e-11 ; 
+{4282.}      NDNPHENO2 + C10H15O9O2 = NDN_APoO10 : 4.3159e-11 ; 
+{4283.}      NDNPHENO2 + C10H15O11O2 = NDN_APoO12 : 4.4721e-11 ; 
+{4284.}      NDNPHENO2 + C10H17O4O2 = NDN_APhO5 : 6.3246e-12 ; 
+{4285.}      NDNPHENO2 + C10H17O6O2 = NDN_APhO7 : 2.6884e-11 ; 
+{4286.}      NDNPHENO2 + C10H17O8O2 = NDN_APhO9 : 3.8506e-11 ; 
+{4287.}      NDNPHENO2 + C10H17O3O2 = NDN_APhO4 : 6.3246e-12 ; 
+{4288.}      NDNPHENO2 + C10H17O5O2 = NDN_APhO6 : 1.8513e-11 ; 
+{4289.}      NDNPHENO2 + C10H17O7O2 = NDN_APhO8 : 3.3207e-11 ; 
+{4290.}      NDNPHENO2 + APINAO2 = NDN_AP01 : 6.3246e-12 ; 
+{4291.}      NDNPHENO2 + APINBO2 = NDN_AP02 : 6.3246e-12 ; 
+{4292.}      NDNPHENO2 + APINCO2 = NDN_AP03 : 6.3246e-12 ; 
+{4293.}      NDNPHENO2 + C107O2 = NDN_AP04 : 6.3246e-12 ; 
+{4294.}      NDNPHENO2 + C109O2 = NDN_AP05 : 6.3246e-12 ; 
+{4295.}      NDNPHENO2 + C106O2 = NDN_AP06 : 6.3246e-12 ; 
+{4296.}      NDNPHENO2 + C920CO3 = NDN_AP07 : 6.3246e-12 ; 
+{4297.}      NDNPHENO2 + C108O2 = NDN_AP08 : 6.3246e-12 ; 
+{4298.}      NDNPHENO2 + PINALO2 = NDN_AP09 : 6.3246e-12 ; 
+{4299.}      NDNPHENO2 + C96CO3 = NDN_AP10 : 6.3246e-12 ; 
+{4300.}      NDNPHENO2 + NAPINAO2 = NDN_AP11N : 6.3246e-12 ; 
+{4301.}      NDNPHENO2 + NAPINBO2 = NDN_AP12N : 6.3246e-12 ; 
+{4302.}      NDNPHENO2 + NC102O2 = NDN_AP13N : 2.6884e-11 ; 
+{4303.}      NDNPHENO2 + NC101O2 = NDN_AP14N : 1.8513e-11 ; 
+{4304.}      NDNPHENO2 + C96O2 = NDN_AP15 : 6.3246e-12 ; 
+{4305.}      NDNPHENO2 + C89CO3 = NDN_AP16 : 6.3246e-12 ; 
+{4306.}      NDNPHENO2 + C920O2 = NDN_AP17 : 6.3246e-12 ; 
+{4307.}      NDNPHENO2 + C97O2 = NDN_AP18 : 6.3246e-12 ; 
+{4308.}      NDNPHENO2 + C85CO3 = NDN_AP19 : 6.3246e-12 ; 
+{4309.}      NDNPHENO2 + C811CO3 = NDN_AP20 : 6.3246e-12 ; 
+{4310.}      NDNPHENO2 + C921O2 = NDN_AP21 : 6.3246e-12 ; 
+{4311.}      NDNPHENO2 + C98O2 = NDN_AP22 : 6.3246e-12 ; 
+{4312.}      NDNPHENO2 + C922O2 = NDN_AP23 : 6.3246e-12 ; 
+{4313.}      NDNPHENO2 + C85O2 = NDN_AP24 : 6.3246e-12 ; 
+{4314.}      NDNPHENO2 + C89O2 = NDN_AP25 : 6.3246e-12 ; 
+{4315.}      NDNPHENO2 + C86O2 = NDN_AP26 : 6.3246e-12 ; 
+{4316.}      NDNPHENO2 + C811O2 = NDN_AP27 : 6.3246e-12 ; 
+{4317.}      NDNPHENO2 + C810O2 = NDN_AP28 : 6.3246e-12 ; 
+{4318.}      NDNPHENO2 + C812O2 = NDN_AP29 : 6.3246e-12 ; 
+{4319.}      NDNPHENO2 + C813O2 = NDN_AP30 : 6.3246e-12 ; 
+{4320.}      NDNPHENO2 + C721CO3 = NDN_AP31 : 6.3246e-12 ; 
+# inter-VOC ROOR formation: DNPHENO2
+{4321.}      DNPHENO2 + C10H15O2O2 = DNP_APoO3 : 6.3246e-12 ; 
+{4322.}      DNPHENO2 + C10H15O4O2 = DNP_APoO5 : 6.3246e-12 ; 
+{4323.}      DNPHENO2 + C10H15O6O2 = DNP_APoO7 : 2.6884e-11 ; 
+{4324.}      DNPHENO2 + C10H15O8O2 = DNP_APoO9 : 3.8506e-11 ; 
+{4325.}      DNPHENO2 + C10H15O10O2 = DNP_APoO11 : 4.4721e-11 ; 
+{4326.}      DNPHENO2 + C10H15O12O2 = DNP_APoO13 : 4.4721e-11 ; 
+{4327.}      DNPHENO2 + C10H15O3O2 = DNP_APoO4 : 6.3246e-12 ; 
+{4328.}      DNPHENO2 + C10H15O5O2 = DNP_APoO6 : 1.8513e-11 ; 
+{4329.}      DNPHENO2 + C10H15O7O2 = DNP_APoO8 : 3.3207e-11 ; 
+{4330.}      DNPHENO2 + C10H15O9O2 = DNP_APoO10 : 4.3159e-11 ; 
+{4331.}      DNPHENO2 + C10H15O11O2 = DNP_APoO12 : 4.4721e-11 ; 
+{4332.}      DNPHENO2 + C10H17O4O2 = DNP_APhO5 : 6.3246e-12 ; 
+{4333.}      DNPHENO2 + C10H17O6O2 = DNP_APhO7 : 2.6884e-11 ; 
+{4334.}      DNPHENO2 + C10H17O8O2 = DNP_APhO9 : 3.8506e-11 ; 
+{4335.}      DNPHENO2 + C10H17O3O2 = DNP_APhO4 : 6.3246e-12 ; 
+{4336.}      DNPHENO2 + C10H17O5O2 = DNP_APhO6 : 1.8513e-11 ; 
+{4337.}      DNPHENO2 + C10H17O7O2 = DNP_APhO8 : 3.3207e-11 ; 
+{4338.}      DNPHENO2 + APINAO2 = DNP_AP01 : 6.3246e-12 ; 
+{4339.}      DNPHENO2 + APINBO2 = DNP_AP02 : 6.3246e-12 ; 
+{4340.}      DNPHENO2 + APINCO2 = DNP_AP03 : 6.3246e-12 ; 
+{4341.}      DNPHENO2 + C107O2 = DNP_AP04 : 6.3246e-12 ; 
+{4342.}      DNPHENO2 + C109O2 = DNP_AP05 : 6.3246e-12 ; 
+{4343.}      DNPHENO2 + C106O2 = DNP_AP06 : 6.3246e-12 ; 
+{4344.}      DNPHENO2 + C920CO3 = DNP_AP07 : 6.3246e-12 ; 
+{4345.}      DNPHENO2 + C108O2 = DNP_AP08 : 6.3246e-12 ; 
+{4346.}      DNPHENO2 + PINALO2 = DNP_AP09 : 6.3246e-12 ; 
+{4347.}      DNPHENO2 + C96CO3 = DNP_AP10 : 6.3246e-12 ; 
+{4348.}      DNPHENO2 + NAPINAO2 = DNP_AP11N : 6.3246e-12 ; 
+{4349.}      DNPHENO2 + NAPINBO2 = DNP_AP12N : 6.3246e-12 ; 
+{4350.}      DNPHENO2 + NC102O2 = DNP_AP13N : 2.6884e-11 ; 
+{4351.}      DNPHENO2 + NC101O2 = DNP_AP14N : 1.8513e-11 ; 
+{4352.}      DNPHENO2 + C96O2 = DNP_AP15 : 6.3246e-12 ; 
+{4353.}      DNPHENO2 + C89CO3 = DNP_AP16 : 6.3246e-12 ; 
+{4354.}      DNPHENO2 + C920O2 = DNP_AP17 : 6.3246e-12 ; 
+{4355.}      DNPHENO2 + C97O2 = DNP_AP18 : 6.3246e-12 ; 
+{4356.}      DNPHENO2 + C85CO3 = DNP_AP19 : 6.3246e-12 ; 
+{4357.}      DNPHENO2 + C811CO3 = DNP_AP20 : 6.3246e-12 ; 
+{4358.}      DNPHENO2 + C921O2 = DNP_AP21 : 6.3246e-12 ; 
+{4359.}      DNPHENO2 + C98O2 = DNP_AP22 : 6.3246e-12 ; 
+{4360.}      DNPHENO2 + C922O2 = DNP_AP23 : 6.3246e-12 ; 
+{4361.}      DNPHENO2 + C85O2 = DNP_AP24 : 6.3246e-12 ; 
+{4362.}      DNPHENO2 + C89O2 = DNP_AP25 : 6.3246e-12 ; 
+{4363.}      DNPHENO2 + C86O2 = DNP_AP26 : 6.3246e-12 ; 
+{4364.}      DNPHENO2 + C811O2 = DNP_AP27 : 6.3246e-12 ; 
+{4365.}      DNPHENO2 + C810O2 = DNP_AP28 : 6.3246e-12 ; 
+{4366.}      DNPHENO2 + C812O2 = DNP_AP29 : 6.3246e-12 ; 
+{4367.}      DNPHENO2 + C813O2 = DNP_AP30 : 6.3246e-12 ; 
+{4368.}      DNPHENO2 + C721CO3 = DNP_AP31 : 6.3246e-12 ; 
+# inter-VOC ROOR formation: HOCH2CO3
+{4369.}      HOCH2CO3 + C10H15O2O2 = C2c_APoO3 : 3.4641e-13 ; 
+{4370.}      HOCH2CO3 + C10H15O4O2 = C2c_APoO5 : 3.4641e-13 ; 
+{4371.}      HOCH2CO3 + C10H15O6O2 = C2c_APoO7 : 1.4725e-12 ; 
+{4372.}      HOCH2CO3 + C10H15O8O2 = C2c_APoO9 : 2.1091e-12 ; 
+{4373.}      HOCH2CO3 + C10H15O10O2 = C2c_APoO11 : 2.4495e-12 ; 
+{4374.}      HOCH2CO3 + C10H15O12O2 = C2c_APoO13 : 2.4495e-12 ; 
+{4375.}      HOCH2CO3 + C10H15O3O2 = C2c_APoO4 : 3.4641e-13 ; 
+{4376.}      HOCH2CO3 + C10H15O5O2 = C2c_APoO6 : 1.014e-12 ; 
+{4377.}      HOCH2CO3 + C10H15O7O2 = C2c_APoO8 : 1.8188e-12 ; 
+{4378.}      HOCH2CO3 + C10H15O9O2 = C2c_APoO10 : 2.3639e-12 ; 
+{4379.}      HOCH2CO3 + C10H15O11O2 = C2c_APoO12 : 2.4495e-12 ; 
+{4380.}      HOCH2CO3 + C10H17O4O2 = C2c_APhO5 : 3.4641e-13 ; 
+{4381.}      HOCH2CO3 + C10H17O6O2 = C2c_APhO7 : 1.4725e-12 ; 
+{4382.}      HOCH2CO3 + C10H17O8O2 = C2c_APhO9 : 2.1091e-12 ; 
+{4383.}      HOCH2CO3 + C10H17O3O2 = C2c_APhO4 : 3.4641e-13 ; 
+{4384.}      HOCH2CO3 + C10H17O5O2 = C2c_APhO6 : 1.014e-12 ; 
+{4385.}      HOCH2CO3 + C10H17O7O2 = C2c_APhO8 : 1.8188e-12 ; 
+{4386.}      HOCH2CO3 + APINAO2 = C2c_AP01 : 3.4641e-13 ; 
+{4387.}      HOCH2CO3 + APINBO2 = C2c_AP02 : 3.4641e-13 ; 
+{4388.}      HOCH2CO3 + APINCO2 = C2c_AP03 : 3.4641e-13 ; 
+{4389.}      HOCH2CO3 + C107O2 = C2c_AP04 : 3.4641e-13 ; 
+{4390.}      HOCH2CO3 + C109O2 = C2c_AP05 : 3.4641e-13 ; 
+{4391.}      HOCH2CO3 + C106O2 = C2c_AP06 : 3.4641e-13 ; 
+{4392.}      HOCH2CO3 + C920CO3 = C2c_AP07 : 3.4641e-13 ; 
+{4393.}      HOCH2CO3 + C108O2 = C2c_AP08 : 3.4641e-13 ; 
+{4394.}      HOCH2CO3 + PINALO2 = C2c_AP09 : 3.4641e-13 ; 
+{4395.}      HOCH2CO3 + C96CO3 = C2c_AP10 : 3.4641e-13 ; 
+{4396.}      HOCH2CO3 + NAPINAO2 = C2c_AP11N : 3.4641e-13 ; 
+{4397.}      HOCH2CO3 + NAPINBO2 = C2c_AP12N : 3.4641e-13 ; 
+{4398.}      HOCH2CO3 + NC102O2 = C2c_AP13N : 1.4725e-12 ; 
+{4399.}      HOCH2CO3 + NC101O2 = C2c_AP14N : 1.014e-12 ; 
+{4400.}      HOCH2CO3 + C96O2 = C2c_AP15 : 3.4641e-13 ; 
+{4401.}      HOCH2CO3 + C89CO3 = C2c_AP16 : 3.4641e-13 ; 
+{4402.}      HOCH2CO3 + C920O2 = C2c_AP17 : 3.4641e-13 ; 
+{4403.}      HOCH2CO3 + C97O2 = C2c_AP18 : 3.4641e-13 ; 
+{4404.}      HOCH2CO3 + C85CO3 = C2c_AP19 : 3.4641e-13 ; 
+{4405.}      HOCH2CO3 + C811CO3 = C2c_AP20 : 3.4641e-13 ; 
+{4406.}      HOCH2CO3 + C921O2 = C2c_AP21 : 3.4641e-13 ; 
+{4407.}      HOCH2CO3 + C98O2 = C2c_AP22 : 3.4641e-13 ; 
+{4408.}      HOCH2CO3 + C922O2 = C2c_AP23 : 3.4641e-13 ; 
+{4409.}      HOCH2CO3 + C85O2 = C2c_AP24 : 3.4641e-13 ; 
+{4410.}      HOCH2CO3 + C89O2 = C2c_AP25 : 3.4641e-13 ; 
+{4411.}      HOCH2CO3 + C86O2 = C2c_AP26 : 3.4641e-13 ; 
+{4412.}      HOCH2CO3 + C811O2 = C2c_AP27 : 3.4641e-13 ; 
+{4413.}      HOCH2CO3 + C810O2 = C2c_AP28 : 3.4641e-13 ; 
+{4414.}      HOCH2CO3 + C812O2 = C2c_AP29 : 3.4641e-13 ; 
+{4415.}      HOCH2CO3 + C813O2 = C2c_AP30 : 3.4641e-13 ; 
+{4416.}      HOCH2CO3 + C721CO3 = C2c_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: C5CO2OHCO3
+{4417.}      C5CO2OHCO3 + C10H15O2O2 = C5a_APoO3 : 2.0635e-12 ; 
+{4418.}      C5CO2OHCO3 + C10H15O4O2 = C5a_APoO5 : 2.0635e-12 ; 
+{4419.}      C5CO2OHCO3 + C10H15O6O2 = C5a_APoO7 : 8.7712e-12 ; 
+{4420.}      C5CO2OHCO3 + C10H15O8O2 = C5a_APoO9 : 1.2563e-11 ; 
+{4421.}      C5CO2OHCO3 + C10H15O10O2 = C5a_APoO11 : 1.4591e-11 ; 
+{4422.}      C5CO2OHCO3 + C10H15O12O2 = C5a_APoO13 : 1.4591e-11 ; 
+{4423.}      C5CO2OHCO3 + C10H15O3O2 = C5a_APoO4 : 2.0635e-12 ; 
+{4424.}      C5CO2OHCO3 + C10H15O5O2 = C5a_APoO6 : 6.0401e-12 ; 
+{4425.}      C5CO2OHCO3 + C10H15O7O2 = C5a_APoO8 : 1.0834e-11 ; 
+{4426.}      C5CO2OHCO3 + C10H15O9O2 = C5a_APoO10 : 1.4081e-11 ; 
+{4427.}      C5CO2OHCO3 + C10H15O11O2 = C5a_APoO12 : 1.4591e-11 ; 
+{4428.}      C5CO2OHCO3 + C10H17O4O2 = C5a_APhO5 : 2.0635e-12 ; 
+{4429.}      C5CO2OHCO3 + C10H17O6O2 = C5a_APhO7 : 8.7712e-12 ; 
+{4430.}      C5CO2OHCO3 + C10H17O8O2 = C5a_APhO9 : 1.2563e-11 ; 
+{4431.}      C5CO2OHCO3 + C10H17O3O2 = C5a_APhO4 : 2.0635e-12 ; 
+{4432.}      C5CO2OHCO3 + C10H17O5O2 = C5a_APhO6 : 6.0401e-12 ; 
+{4433.}      C5CO2OHCO3 + C10H17O7O2 = C5a_APhO8 : 1.0834e-11 ; 
+{4434.}      C5CO2OHCO3 + APINAO2 = C5a_AP01 : 2.0635e-12 ; 
+{4435.}      C5CO2OHCO3 + APINBO2 = C5a_AP02 : 2.0635e-12 ; 
+{4436.}      C5CO2OHCO3 + APINCO2 = C5a_AP03 : 2.0635e-12 ; 
+{4437.}      C5CO2OHCO3 + C107O2 = C5a_AP04 : 2.0635e-12 ; 
+{4438.}      C5CO2OHCO3 + C109O2 = C5a_AP05 : 2.0635e-12 ; 
+{4439.}      C5CO2OHCO3 + C106O2 = C5a_AP06 : 2.0635e-12 ; 
+{4440.}      C5CO2OHCO3 + C920CO3 = C5a_AP07 : 2.0635e-12 ; 
+{4441.}      C5CO2OHCO3 + C108O2 = C5a_AP08 : 2.0635e-12 ; 
+{4442.}      C5CO2OHCO3 + PINALO2 = C5a_AP09 : 2.0635e-12 ; 
+{4443.}      C5CO2OHCO3 + C96CO3 = C5a_AP10 : 2.0635e-12 ; 
+{4444.}      C5CO2OHCO3 + NAPINAO2 = C5a_AP11N : 2.0635e-12 ; 
+{4445.}      C5CO2OHCO3 + NAPINBO2 = C5a_AP12N : 2.0635e-12 ; 
+{4446.}      C5CO2OHCO3 + NC102O2 = C5a_AP13N : 8.7712e-12 ; 
+{4447.}      C5CO2OHCO3 + NC101O2 = C5a_AP14N : 6.0401e-12 ; 
+{4448.}      C5CO2OHCO3 + C96O2 = C5a_AP15 : 2.0635e-12 ; 
+{4449.}      C5CO2OHCO3 + C89CO3 = C5a_AP16 : 2.0635e-12 ; 
+{4450.}      C5CO2OHCO3 + C920O2 = C5a_AP17 : 2.0635e-12 ; 
+{4451.}      C5CO2OHCO3 + C97O2 = C5a_AP18 : 2.0635e-12 ; 
+{4452.}      C5CO2OHCO3 + C85CO3 = C5a_AP19 : 2.0635e-12 ; 
+{4453.}      C5CO2OHCO3 + C811CO3 = C5a_AP20 : 2.0635e-12 ; 
+{4454.}      C5CO2OHCO3 + C921O2 = C5a_AP21 : 2.0635e-12 ; 
+{4455.}      C5CO2OHCO3 + C98O2 = C5a_AP22 : 2.0635e-12 ; 
+{4456.}      C5CO2OHCO3 + C922O2 = C5a_AP23 : 2.0635e-12 ; 
+{4457.}      C5CO2OHCO3 + C85O2 = C5a_AP24 : 2.0635e-12 ; 
+{4458.}      C5CO2OHCO3 + C89O2 = C5a_AP25 : 2.0635e-12 ; 
+{4459.}      C5CO2OHCO3 + C86O2 = C5a_AP26 : 2.0635e-12 ; 
+{4460.}      C5CO2OHCO3 + C811O2 = C5a_AP27 : 2.0635e-12 ; 
+{4461.}      C5CO2OHCO3 + C810O2 = C5a_AP28 : 2.0635e-12 ; 
+{4462.}      C5CO2OHCO3 + C812O2 = C5a_AP29 : 2.0635e-12 ; 
+{4463.}      C5CO2OHCO3 + C813O2 = C5a_AP30 : 2.0635e-12 ; 
+{4464.}      C5CO2OHCO3 + C721CO3 = C5a_AP31 : 2.0635e-12 ; 
+# inter-VOC ROOR formation: C4CO2DBCO3
+{4465.}      C4CO2DBCO3 + C10H15O2O2 = C4a_APoO3 : 3.4641e-13 ; 
+{4466.}      C4CO2DBCO3 + C10H15O4O2 = C4a_APoO5 : 3.4641e-13 ; 
+{4467.}      C4CO2DBCO3 + C10H15O6O2 = C4a_APoO7 : 1.4725e-12 ; 
+{4468.}      C4CO2DBCO3 + C10H15O8O2 = C4a_APoO9 : 2.1091e-12 ; 
+{4469.}      C4CO2DBCO3 + C10H15O10O2 = C4a_APoO11 : 2.4495e-12 ; 
+{4470.}      C4CO2DBCO3 + C10H15O12O2 = C4a_APoO13 : 2.4495e-12 ; 
+{4471.}      C4CO2DBCO3 + C10H15O3O2 = C4a_APoO4 : 3.4641e-13 ; 
+{4472.}      C4CO2DBCO3 + C10H15O5O2 = C4a_APoO6 : 1.014e-12 ; 
+{4473.}      C4CO2DBCO3 + C10H15O7O2 = C4a_APoO8 : 1.8188e-12 ; 
+{4474.}      C4CO2DBCO3 + C10H15O9O2 = C4a_APoO10 : 2.3639e-12 ; 
+{4475.}      C4CO2DBCO3 + C10H15O11O2 = C4a_APoO12 : 2.4495e-12 ; 
+{4476.}      C4CO2DBCO3 + C10H17O4O2 = C4a_APhO5 : 3.4641e-13 ; 
+{4477.}      C4CO2DBCO3 + C10H17O6O2 = C4a_APhO7 : 1.4725e-12 ; 
+{4478.}      C4CO2DBCO3 + C10H17O8O2 = C4a_APhO9 : 2.1091e-12 ; 
+{4479.}      C4CO2DBCO3 + C10H17O3O2 = C4a_APhO4 : 3.4641e-13 ; 
+{4480.}      C4CO2DBCO3 + C10H17O5O2 = C4a_APhO6 : 1.014e-12 ; 
+{4481.}      C4CO2DBCO3 + C10H17O7O2 = C4a_APhO8 : 1.8188e-12 ; 
+{4482.}      C4CO2DBCO3 + APINAO2 = C4a_AP01 : 3.4641e-13 ; 
+{4483.}      C4CO2DBCO3 + APINBO2 = C4a_AP02 : 3.4641e-13 ; 
+{4484.}      C4CO2DBCO3 + APINCO2 = C4a_AP03 : 3.4641e-13 ; 
+{4485.}      C4CO2DBCO3 + C107O2 = C4a_AP04 : 3.4641e-13 ; 
+{4486.}      C4CO2DBCO3 + C109O2 = C4a_AP05 : 3.4641e-13 ; 
+{4487.}      C4CO2DBCO3 + C106O2 = C4a_AP06 : 3.4641e-13 ; 
+{4488.}      C4CO2DBCO3 + C920CO3 = C4a_AP07 : 3.4641e-13 ; 
+{4489.}      C4CO2DBCO3 + C108O2 = C4a_AP08 : 3.4641e-13 ; 
+{4490.}      C4CO2DBCO3 + PINALO2 = C4a_AP09 : 3.4641e-13 ; 
+{4491.}      C4CO2DBCO3 + C96CO3 = C4a_AP10 : 3.4641e-13 ; 
+{4492.}      C4CO2DBCO3 + NAPINAO2 = C4a_AP11N : 3.4641e-13 ; 
+{4493.}      C4CO2DBCO3 + NAPINBO2 = C4a_AP12N : 3.4641e-13 ; 
+{4494.}      C4CO2DBCO3 + NC102O2 = C4a_AP13N : 1.4725e-12 ; 
+{4495.}      C4CO2DBCO3 + NC101O2 = C4a_AP14N : 1.014e-12 ; 
+{4496.}      C4CO2DBCO3 + C96O2 = C4a_AP15 : 3.4641e-13 ; 
+{4497.}      C4CO2DBCO3 + C89CO3 = C4a_AP16 : 3.4641e-13 ; 
+{4498.}      C4CO2DBCO3 + C920O2 = C4a_AP17 : 3.4641e-13 ; 
+{4499.}      C4CO2DBCO3 + C97O2 = C4a_AP18 : 3.4641e-13 ; 
+{4500.}      C4CO2DBCO3 + C85CO3 = C4a_AP19 : 3.4641e-13 ; 
+{4501.}      C4CO2DBCO3 + C811CO3 = C4a_AP20 : 3.4641e-13 ; 
+{4502.}      C4CO2DBCO3 + C921O2 = C4a_AP21 : 3.4641e-13 ; 
+{4503.}      C4CO2DBCO3 + C98O2 = C4a_AP22 : 3.4641e-13 ; 
+{4504.}      C4CO2DBCO3 + C922O2 = C4a_AP23 : 3.4641e-13 ; 
+{4505.}      C4CO2DBCO3 + C85O2 = C4a_AP24 : 3.4641e-13 ; 
+{4506.}      C4CO2DBCO3 + C89O2 = C4a_AP25 : 3.4641e-13 ; 
+{4507.}      C4CO2DBCO3 + C86O2 = C4a_AP26 : 3.4641e-13 ; 
+{4508.}      C4CO2DBCO3 + C811O2 = C4a_AP27 : 3.4641e-13 ; 
+{4509.}      C4CO2DBCO3 + C810O2 = C4a_AP28 : 3.4641e-13 ; 
+{4510.}      C4CO2DBCO3 + C812O2 = C4a_AP29 : 3.4641e-13 ; 
+{4511.}      C4CO2DBCO3 + C813O2 = C4a_AP30 : 3.4641e-13 ; 
+{4512.}      C4CO2DBCO3 + C721CO3 = C4a_AP31 : 3.4641e-13 ; 
+
+
+# PRAM finished
\ No newline at end of file
diff --git a/PyCHAM/input/SOAPRA/MCM_PRAM_xml.xml b/PyCHAM/input/SOAPRA/MCM_PRAM_xml.xml
new file mode 100755
index 00000000..f1fcdc17
--- /dev/null
+++ b/PyCHAM/input/SOAPRA/MCM_PRAM_xml.xml
@@ -0,0 +1,33785 @@
+<mechanism xmlns="http://mcm.leeds.ac.uk/MCM/mechanism.xsd">
+<species_defs>
+<species species_name="H2O" species_number="s6060">
+<smiles>O</smiles>
+</species>
+<species species_number="s1" species_name="core">
+<smiles>NOS(O)(O)ON</smiles>
+</species>
+<species species_number="s1" species_name="core_ind">
+<smiles>CCCCCCCCCC</smiles>
+</species>
+<species species_number="s1" species_name="AMMSUL">
+<smiles>NOS(O)(O)ON</smiles>
+</species>
+<species species_number="s1" species_name="AMMChloride">
+<smiles>NCl</smiles>
+</species>
+<species species_number="s1" species_name="AMMNitrate">
+<smiles>NN(=O)(O)(O)</smiles>
+</species>
+<species species_number="s1" species_name="AMMBiSUL">
+<smiles>OS(=O)(=O)ON</smiles>
+</species>
+<species species_number="s1" species_name="C7H15CHO">
+<smiles>CCCCCCCCO</smiles>
+</species>
+<species species_number="s1" species_name="C8H17CHO">
+<smiles>CCCCCCCCCO</smiles>
+</species>
+<species species_number="s1" species_name="C9H19CHO">
+<smiles>CCCCCCCCCCO</smiles>
+</species>
+<species species_number="s1" species_name="pri_org">
+<smiles>CCCCCCCCCCCCCCCC(=O)O</smiles>
+</species>
+<species species_number="s1" species_name="pri_org_ind">
+<smiles>CCCCCCCCCCCCCCCC(=O)O</smiles>
+</species>
+<species species_number="s1" species_name="sec_org">
+<smiles>CCCCCCCCCCCCCCC</smiles>
+</species>
+<species species_number="s1" species_name="sec_org1">
+<smiles>OOCCCCCCCCCC</smiles>
+</species>
+<species species_number="s1" species_name="sec_org0">
+<smiles>OOCCCOOCCCCCCCO</smiles>
+</species>
+<species species_number="s1" species_name="sec_org-1">
+<smiles>OOCCCOOCCCOOCCCCOO</smiles>
+</species>
+<species species_number="s1" species_name="sec_org-2">
+<smiles>OOCCOOCOOCCOCOOCCCCOO</smiles>
+</species>
+<species species_number="s1" species_name="O">
+<smiles>[O]</smiles>
+</species>
+<species species_name="O2" species_number="s6062">
+<smiles>O=O</smiles>
+</species>
+<species species_name="C1" species_number="s6063">
+<smiles>CC</smiles>
+</species>
+<species species_name="C2" species_number="s6064">
+<smiles>CCCC</smiles>
+</species>
+<species species_name="C3" species_number="s6065">
+<smiles>CCCCCC</smiles>
+</species>
+<species species_name="C4" species_number="s6066">
+<smiles>CCCCCCCC</smiles>
+</species>
+<species species_name="C5" species_number="s6067">
+<smiles>CCCCCCCCCC</smiles>
+</species>
+<species species_name="C6" species_number="s6068">
+<smiles>CCCCCCCCCCCC</smiles>
+</species>
+<species species_name="C7" species_number="s6069">
+<smiles>CCCCCCCCCCCCCC</smiles>
+</species>
+<species species_name="C8" species_number="s6070">
+<smiles>CCCCCCCCCCCCCCCC</smiles>
+</species>
+<species species_name="C9" species_number="s6071">
+<smiles>CCCCCCCCCCCCCCCCCC</smiles>
+</species>
+<species species_name="C10" species_number="s6072">
+<smiles>CCCCCCCCCCCCCCCCCCCC</smiles>
+</species>
+<species species_name="C11" species_number="s6073">
+<smiles>CCCCCCCCCCCCCCCCCCCCCC</smiles>
+</species>
+<species species_name="C12" species_number="s6074">
+<smiles>CCCCCCCCCCCCCCCCCCCCCCCC</smiles>
+</species>
+<species species_name="C13" species_number="s6075">
+<smiles>CCCCCCCCCCCCCCCCCCCCCCCCCC</smiles>
+</species>
+<species species_name="C14" species_number="s6076">
+<smiles>CCCCCCCCCCCCCCCCCCCCCCCCCCCC</smiles>
+</species>
+<species species_name="CH3OH" species_number="s1">
+<smiles>OC</smiles>
+</species>
+<species species_name="OH" species_number="s2">
+<smiles>[OH]</smiles>
+</species>
+<species species_name="HO2" species_number="s3">
+<smiles>O[O]</smiles>
+</species>
+<species species_name="HCHO" species_number="s4">
+<smiles>C=O</smiles>
+</species>
+<species species_name="C2H5OH" species_number="s5">
+<smiles>CCO</smiles>
+</species>
+<species species_name="C2H5O" species_number="s6">
+<smiles>CC[O]</smiles>
+</species>
+<species species_name="CH3CHO" species_number="s7">
+<smiles>CC=O</smiles>
+</species>
+<species species_name="HOCH2CH2O2" species_number="s8">
+<smiles>OCCO[O]</smiles>
+</species>
+<species species_name="NPROPOL" species_number="s9">
+<smiles>CCCO</smiles>
+</species>
+<species species_name="C2H5CHO" species_number="s10">
+<smiles>CCC=O</smiles>
+</species>
+<species species_name="HO1C3O2" species_number="s11">
+<smiles>OCCCO[O]</smiles>
+</species>
+<species species_name="HYPROPO2" species_number="s12">
+<smiles>OCC(C)O[O]</smiles>
+</species>
+<species species_name="IPROPOL" species_number="s13">
+<smiles>CC(C)O</smiles>
+</species>
+<species species_name="CH3COCH3" species_number="s14">
+<smiles>CC(=O)C</smiles>
+</species>
+<species species_name="IPROPOLO2" species_number="s15">
+<smiles>[O]OCC(C)O</smiles>
+</species>
+<species species_name="NBUTOL" species_number="s16">
+<smiles>CCCCO</smiles>
+</species>
+<species species_name="C3H7CHO" species_number="s17">
+<smiles>CCCC=O</smiles>
+</species>
+<species species_name="NBUTOLAO2" species_number="s18">
+<smiles>CCC(CO)O[O]</smiles>
+</species>
+<species species_name="NBUTOLBO2" species_number="s19">
+<smiles>OCCC(C)O[O]</smiles>
+</species>
+<species species_name="BUT2OL" species_number="s20">
+<smiles>CCC(C)O</smiles>
+</species>
+<species species_name="BUT2OLO2" species_number="s21">
+<smiles>[O]OC(C)C(C)O</smiles>
+</species>
+<species species_name="MEK" species_number="s22">
+<smiles>CCC(=O)C</smiles>
+</species>
+<species species_name="IBUTOL" species_number="s23">
+<smiles>OCC(C)C</smiles>
+</species>
+<species species_name="IBUTOLBO2" species_number="s24">
+<smiles>OCC(C)(C)O[O]</smiles>
+</species>
+<species species_name="IBUTOLCO2" species_number="s25">
+<smiles>[O]OCC(C)CO</smiles>
+</species>
+<species species_name="IPRCHO" species_number="s26">
+<smiles>O=CC(C)C</smiles>
+</species>
+<species species_name="TBUTOL" species_number="s27">
+<smiles>CC(C)(C)O</smiles>
+</species>
+<species species_name="TBUTOLO2" species_number="s28">
+<smiles>[O]OCC(C)(C)O</smiles>
+</species>
+<species species_name="TC4H9O" species_number="s29">
+<smiles>CC(C)(C)[O]</smiles>
+</species>
+<species species_name="PECOH" species_number="s30">
+<smiles>CCC(O)CC</smiles>
+</species>
+<species species_name="DIEK" species_number="s31">
+<smiles>CCC(=O)CC</smiles>
+</species>
+<species species_name="HO3C5O2" species_number="s32">
+<smiles>CCC(O)CCO[O]</smiles>
+</species>
+<species species_name="PE2ENEBO2" species_number="s33">
+<smiles>CCC(O)C(C)O[O]</smiles>
+</species>
+<species species_name="IPEAOH" species_number="s34">
+<smiles>CCC(C)CO</smiles>
+</species>
+<species species_name="BUT2CHO" species_number="s35">
+<smiles>CC(CC)C=O</smiles>
+</species>
+<species species_name="HM2C43O2" species_number="s36">
+<smiles>OCC(C)C(C)O[O]</smiles>
+</species>
+<species species_name="M2BUOL2O2" species_number="s37">
+<smiles>CCC(C)(CO)O[O]</smiles>
+</species>
+<species species_name="ME3BUOL" species_number="s38">
+<smiles>OCCC(C)C</smiles>
+</species>
+<species species_name="C3ME3CHO" species_number="s39">
+<smiles>O=CCC(C)C</smiles>
+</species>
+<species species_name="HM33C3O2" species_number="s40">
+<smiles>OCCC(C)(C)O[O]</smiles>
+</species>
+<species species_name="ME3BUOLO2" species_number="s41">
+<smiles>OCC(O[O])C(C)C</smiles>
+</species>
+<species species_name="IPECOH" species_number="s42">
+<smiles>CCC(C)(C)O</smiles>
+</species>
+<species species_name="HO2M2C4O2" species_number="s43">
+<smiles>[O]OCCC(C)(C)O</smiles>
+</species>
+<species species_name="ME2BU2OLO2" species_number="s44">
+<smiles>[O]OC(C)C(C)(C)O</smiles>
+</species>
+<species species_name="PROL11MO2" species_number="s45">
+<smiles>CC(O)(CO[O])CC</smiles>
+</species>
+<species species_name="IPEBOH" species_number="s46">
+<smiles>CC(O)C(C)C</smiles>
+</species>
+<species species_name="H2M3C4O2" species_number="s47">
+<smiles>[O]OCC(C)C(C)O</smiles>
+</species>
+<species species_name="ME2BUOLO2" species_number="s48">
+<smiles>[O]OC(C)(C)C(C)O</smiles>
+</species>
+<species species_name="MIPK" species_number="s49">
+<smiles>CC(=O)C(C)C</smiles>
+</species>
+<species species_name="CYHEXOL" species_number="s50">
+<smiles>OC1CCCCC1</smiles>
+</species>
+<species species_name="CYHEXOLAO2" species_number="s51">
+<smiles>[O]OC1CCCCC1O</smiles>
+</species>
+<species species_name="CYHEXONE" species_number="s52">
+<smiles>O=C1CCCCC1</smiles>
+</species>
+<species species_name="MIBKAOH" species_number="s53">
+<smiles>CC(=O)CC(C)(C)O</smiles>
+</species>
+<species species_name="MIBKAOHAO2" species_number="s54">
+<smiles>[O]OC(C(=O)C)C(C)(C)O</smiles>
+</species>
+<species species_name="MIBKAOHBO2" species_number="s55">
+<smiles>[O]OCC(C)(O)CC(=O)C</smiles>
+</species>
+<species species_name="MIBKHO4O2" species_number="s56">
+<smiles>[O]OCC(=O)CC(C)(C)O</smiles>
+</species>
+<species species_name="CH3CO3" species_number="s57">
+<smiles>CC(=O)O[O]</smiles>
+</species>
+<species species_name="ETHGLY" species_number="s58">
+<smiles>OCCO</smiles>
+</species>
+<species species_name="HOCH2CHO" species_number="s59">
+<smiles>OCC=O</smiles>
+</species>
+<species species_name="PROPGLY" species_number="s60">
+<smiles>OCC(C)O</smiles>
+</species>
+<species species_name="ACETOL" species_number="s61">
+<smiles>CC(=O)CO</smiles>
+</species>
+<species species_name="CH3CHOHCHO" species_number="s62">
+<smiles>CC(O)C=O</smiles>
+</species>
+<species species_name="MBO" species_number="s63">
+<smiles>C=CC(C)(C)O</smiles>
+</species>
+<species species_name="NO3" species_number="s64">
+<smiles>[N+](=O)([O-])[O-]</smiles>
+</species>
+<species species_name="NMBOAO2" species_number="s65">
+<smiles>[O]OC(CON(=O)=O)C(C)(C)O</smiles>
+</species>
+<species species_name="NMBOBO2" species_number="s66">
+<smiles>[O]OCC(ON(=O)=O)C(C)(C)O</smiles>
+</species>
+<species species_name="O3" species_number="s67">
+<smiles>[O-][O+]=O</smiles>
+</species>
+<species species_name="MBOOOA" species_number="s68">
+<smiles>[O-][O+]=CC(C)(C)O</smiles>
+</species>
+<species species_name="IBUTALOH" species_number="s69">
+<smiles>O=CC(C)(C)O</smiles>
+</species>
+<species species_name="CH2OOB" species_number="s70">
+<smiles>[O-][O+]=C</smiles>
+</species>
+<species species_name="MBOAO2" species_number="s71">
+<smiles>OCC(O[O])C(C)(C)O</smiles>
+</species>
+<species species_name="MBOBO2" species_number="s72">
+<smiles>[O]OCC(O)C(C)(C)O</smiles>
+</species>
+<species species_name="CO" species_number="s73"></species>
+<species species_name="H2" species_number="s74">
+<smiles>[HH]</smiles>
+</species>
+<species species_name="HNO3" species_number="s75">
+<smiles>[N+](=O)(O)[O-]</smiles>
+</species>
+<species species_name="CH3O2" species_number="s76">
+<smiles>CO[O]</smiles>
+</species>
+<species species_name="HCOCH2O2" species_number="s77">
+<smiles>[O]OCC=O</smiles>
+</species>
+<species species_name="C2H5CO3" species_number="s78">
+<smiles>CCC(=O)O[O]</smiles>
+</species>
+<species species_name="C2H5O2" species_number="s79">
+<smiles>CCO[O]</smiles>
+</species>
+<species species_name="C3H7CO3" species_number="s80">
+<smiles>CCCC(=O)O[O]</smiles>
+</species>
+<species species_name="BUTALO2" species_number="s81">
+<smiles>CC(CC=O)O[O]</smiles>
+</species>
+<species species_name="C2H4" species_number="s82">
+<smiles>C=C</smiles>
+</species>
+<species species_name="NC3H7O2" species_number="s83">
+<smiles>CCCO[O]</smiles>
+</species>
+<species species_name="IPRCO3" species_number="s84">
+<smiles>[O]OC(=O)C(C)C</smiles>
+</species>
+<species species_name="IBUTALBO2" species_number="s85">
+<smiles>CC(CO[O])C=O</smiles>
+</species>
+<species species_name="IBUTALCO2" species_number="s86">
+<smiles>[O]OC(C)(C)C=O</smiles>
+</species>
+<species species_name="IC3H7O2" species_number="s87">
+<smiles>[O]OC(C)C</smiles>
+</species>
+<species species_name="C4H9CHO" species_number="s88">
+<smiles>CCCCC=O</smiles>
+</species>
+<species species_name="C4H9CO3" species_number="s89">
+<smiles>CCCCC(=O)O[O]</smiles>
+</species>
+<species species_name="C4CHOBO2" species_number="s90">
+<smiles>CCC(CC=O)O[O]</smiles>
+</species>
+<species species_name="NC4H9O2" species_number="s91">
+<smiles>CCCCO[O]</smiles>
+</species>
+<species species_name="ACR" species_number="s92">
+<smiles>C=CC=O</smiles>
+</species>
+<species species_name="ACO3" species_number="s93">
+<smiles>[O]OC(=O)C=C</smiles>
+</species>
+<species species_name="ACRO2" species_number="s94">
+<smiles>OCC(O[O])C=O</smiles>
+</species>
+<species species_name="OCCOHCO2" species_number="s95">
+<smiles>OC(CO[O])C=O</smiles>
+</species>
+<species species_name="GLYOX" species_number="s96">
+<smiles>O=CC=O</smiles>
+</species>
+<species species_name="GLYOOB" species_number="s97">
+<smiles>[O-][O+]=CC=O</smiles>
+</species>
+<species species_name="MACR" species_number="s98">
+<smiles>CC(=C)C=O</smiles>
+</species>
+<species species_name="CH3C2H2O2" species_number="s99">
+<smiles>CC(=C)O[O]</smiles>
+</species>
+<species species_name="MACO3" species_number="s100">
+<smiles>CC(=C)C(=O)O[O]</smiles>
+</species>
+<species species_name="MGLYOOB" species_number="s101">
+<smiles>[O-][O+]=C(C)C=O</smiles>
+</species>
+<species species_name="MGLYOX" species_number="s102">
+<smiles>O=CC(=O)C</smiles>
+</species>
+<species species_name="CH2OOG" species_number="s103">
+<smiles>[O-][O+]=C</smiles>
+</species>
+<species species_name="MACRO2" species_number="s104">
+<smiles>OCC(C)(O[O])C=O</smiles>
+</species>
+<species species_name="MACROHO2" species_number="s105">
+<smiles>CC(O)(CO[O])C=O</smiles>
+</species>
+<species species_name="C4ALDB" species_number="s106">
+<smiles>CC=CC=O</smiles>
+</species>
+<species species_name="C3DBCO3" species_number="s107">
+<smiles>CC=CC(=O)O[O]</smiles>
+</species>
+<species species_name="C4CONO3O2" species_number="s108">
+<smiles>[O]OC(C)C(C=O)ON(=O)=O</smiles>
+</species>
+<species species_name="C4NO3COO2" species_number="s109">
+<smiles>[O]OC(C=O)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="CH3CHOOB" species_number="s110">
+<smiles>[O-][O+]=CC</smiles>
+</species>
+<species species_name="C4OCCOHCO2" species_number="s111">
+<smiles>[O]OC(C)C(O)C=O</smiles>
+</species>
+<species species_name="COCCOH2CO2" species_number="s112">
+<smiles>[O]OC(C=O)C(C)O</smiles>
+</species>
+<species species_name="CL" species_number="s113">
+<smiles>ClCl</smiles>
+</species>
+<species species_name="CH4" species_number="s114">
+<smiles>C</smiles>
+</species>
+<species species_name="C2H6" species_number="s115">
+<smiles>CC</smiles>
+</species>
+<species species_name="C3H8" species_number="s116">
+<smiles>CCC</smiles>
+</species>
+<species species_name="NC4H10" species_number="s117">
+<smiles>CCCC</smiles>
+</species>
+<species species_name="SC4H9O2" species_number="s118">
+<smiles>CC(CC)O[O]</smiles>
+</species>
+<species species_name="IC4H10" species_number="s119">
+<smiles>CC(C)C</smiles>
+</species>
+<species species_name="IC4H9O2" species_number="s120">
+<smiles>[O]OCC(C)C</smiles>
+</species>
+<species species_name="TC4H9O2" species_number="s121">
+<smiles>[O]OC(C)(C)C</smiles>
+</species>
+<species species_name="NC5H12" species_number="s122">
+<smiles>CCCCC</smiles>
+</species>
+<species species_name="PEAO2" species_number="s123">
+<smiles>CCCCCO[O]</smiles>
+</species>
+<species species_name="PEBO2" species_number="s124">
+<smiles>CC(CCC)O[O]</smiles>
+</species>
+<species species_name="PECO2" species_number="s125">
+<smiles>CCC(CC)O[O]</smiles>
+</species>
+<species species_name="IC5H12" species_number="s126">
+<smiles>CCC(C)C</smiles>
+</species>
+<species species_name="IPEAO2" species_number="s127">
+<smiles>CC(CO[O])CC</smiles>
+</species>
+<species species_name="IPEBO2" species_number="s128">
+<smiles>[O]OC(C)C(C)C</smiles>
+</species>
+<species species_name="IPECO2" species_number="s129">
+<smiles>CCC(C)(C)O[O]</smiles>
+</species>
+<species species_name="NEOP" species_number="s130">
+<smiles>CC(C)(C)C</smiles>
+</species>
+<species species_name="NEOPO2" species_number="s131">
+<smiles>[O]OCC(C)(C)C</smiles>
+</species>
+<species species_name="NC6H14" species_number="s132">
+<smiles>CCCCCC</smiles>
+</species>
+<species species_name="HEXAO2" species_number="s133">
+<smiles>CCCCCCO[O]</smiles>
+</species>
+<species species_name="HEXBO2" species_number="s134">
+<smiles>CC(CCCC)O[O]</smiles>
+</species>
+<species species_name="HEXCO2" species_number="s135">
+<smiles>CCCC(CC)O[O]</smiles>
+</species>
+<species species_name="M2PE" species_number="s136">
+<smiles>CCCC(C)C</smiles>
+</species>
+<species species_name="M2PEAO2" species_number="s137">
+<smiles>CCCC(C)CO[O]</smiles>
+</species>
+<species species_name="M2PEBO2" species_number="s138">
+<smiles>[O]OC(C)CC(C)C</smiles>
+</species>
+<species species_name="M2PECO2" species_number="s139">
+<smiles>CCC(O[O])C(C)C</smiles>
+</species>
+<species species_name="M2PEDO2" species_number="s140">
+<smiles>CCCC(C)(C)O[O]</smiles>
+</species>
+<species species_name="M3PE" species_number="s141">
+<smiles>CCC(C)CC</smiles>
+</species>
+<species species_name="M3PEAO2" species_number="s142">
+<smiles>CC(CCO[O])CC</smiles>
+</species>
+<species species_name="M3PEBO2" species_number="s143">
+<smiles>CCC(C)C(C)O[O]</smiles>
+</species>
+<species species_name="M3PECO2" species_number="s144">
+<smiles>CCC(C)(CC)O[O]</smiles>
+</species>
+<species species_name="M22C4" species_number="s145">
+<smiles>CCC(C)(C)C</smiles>
+</species>
+<species species_name="M22C43O2" species_number="s146">
+<smiles>[O]OC(C)C(C)(C)C</smiles>
+</species>
+<species species_name="M22C4O2" species_number="s147">
+<smiles>[O]OCCC(C)(C)C</smiles>
+</species>
+<species species_name="M33C4O2" species_number="s148">
+<smiles>[O]OCC(C)(C)CC</smiles>
+</species>
+<species species_name="M23C4" species_number="s149">
+<smiles>CC(C)C(C)C</smiles>
+</species>
+<species species_name="M23C43O2" species_number="s150">
+<smiles>[O]OC(C)(C)C(C)C</smiles>
+</species>
+<species species_name="M23C4O2" species_number="s151">
+<smiles>[O]OCC(C)C(C)C</smiles>
+</species>
+<species species_name="NC7H16" species_number="s152">
+<smiles>CCCCCCC</smiles>
+</species>
+<species species_name="HEPTO2" species_number="s153">
+<smiles>CCCCC(CC)O[O]</smiles>
+</species>
+<species species_name="M2HEX" species_number="s154">
+<smiles>CCCCC(C)C</smiles>
+</species>
+<species species_name="M2HEXAO2" species_number="s155">
+<smiles>[O]OC(C)CCC(C)C</smiles>
+</species>
+<species species_name="M2HEXBO2" species_number="s156">
+<smiles>CCCCC(C)(C)O[O]</smiles>
+</species>
+<species species_name="M3HEX" species_number="s157">
+<smiles>CCCC(C)CC</smiles>
+</species>
+<species species_name="M3HEXAO2" species_number="s158">
+<smiles>CCC(C)CC(C)O[O]</smiles>
+</species>
+<species species_name="M3HEXBO2" species_number="s159">
+<smiles>CCCC(C)(CC)O[O]</smiles>
+</species>
+<species species_name="NC8H18" species_number="s160">
+<smiles>CCCCCCCC</smiles>
+</species>
+<species species_name="OCTO2" species_number="s161">
+<smiles>CCCCCC(CC)O[O]</smiles>
+</species>
+<species species_name="NC9H20" species_number="s162">
+<smiles>CCCCCCCCC</smiles>
+</species>
+<species species_name="NONO2" species_number="s163">
+<smiles>CCCCCCC(CC)O[O]</smiles>
+</species>
+<species species_name="NC10H22" species_number="s164">
+<smiles>CCCCCCCCCC</smiles>
+</species>
+<species species_name="DECO2" species_number="s165">
+<smiles>CCCCCCCC(CC)O[O]</smiles>
+</species>
+<species species_name="NC11H24" species_number="s166">
+<smiles>CCCCCCCCCCC</smiles>
+</species>
+<species species_name="UDECO2" species_number="s167">
+<smiles>CCCCCCCCC(CC)O[O]</smiles>
+</species>
+<species species_name="NC12H26" species_number="s168">
+<smiles>CCCCCCCCCCCC</smiles>
+</species>
+<species species_name="DDECO2" species_number="s169">
+<smiles>CCCCCCCCCC(CC)O[O]</smiles>
+</species>
+<species species_name="CHEX" species_number="s170">
+<smiles>C1CCCCC1</smiles>
+</species>
+<species species_name="CHEXO2" species_number="s171">
+<smiles>[O]OC1CCCCC1</smiles>
+</species>
+<species species_name="ETHENO3O2" species_number="s172">
+<smiles>[O]OCCON(=O)=O</smiles>
+</species>
+<species species_name="CH2OOA" species_number="s173">
+<smiles>[O-][O+]=C</smiles>
+</species>
+<species species_name="C3H6" species_number="s174">
+<smiles>CC=C</smiles>
+</species>
+<species species_name="PRONO3AO2" species_number="s175">
+<smiles>[O]OCC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="PRONO3BO2" species_number="s176">
+<smiles>[O]OC(C)CON(=O)=O</smiles>
+</species>
+<species species_name="CH3CHOOA" species_number="s177">
+<smiles>[O-][O+]=CC</smiles>
+</species>
+<species species_name="BUT1ENE" species_number="s178">
+<smiles>CCC=C</smiles>
+</species>
+<species species_name="BU1ENO3O2" species_number="s179">
+<smiles>CCC(O[O])CON(=O)=O</smiles>
+</species>
+<species species_name="C43NO34O2" species_number="s180">
+<smiles>[O]OCC(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="C2H5CHOOA" species_number="s181">
+<smiles>[O-][O+]=CCC</smiles>
+</species>
+<species species_name="HO3C4O2" species_number="s182">
+<smiles>CCC(O)CO[O]</smiles>
+</species>
+<species species_name="CBUT2ENE" species_number="s183">
+<smiles>CC=CC</smiles>
+</species>
+<species species_name="C42NO33O2" species_number="s184">
+<smiles>[O]OC(C)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="TBUT2ENE" species_number="s185">
+<smiles>CC=CC</smiles>
+</species>
+<species species_name="MEPROPENE" species_number="s186">
+<smiles>CC(=C)C</smiles>
+</species>
+<species species_name="MPRANO3O2" species_number="s187">
+<smiles>[O]OC(C)(C)CON(=O)=O</smiles>
+</species>
+<species species_name="MPRBNO3O2" species_number="s188">
+<smiles>[O]OCC(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="CH2OOC" species_number="s189">
+<smiles>[O-][O+]=C</smiles>
+</species>
+<species species_name="CH3CCH3OOA" species_number="s190">
+<smiles>[O-][O+]=C(C)C</smiles>
+</species>
+<species species_name="PENT1ENE" species_number="s191">
+<smiles>CCCC=C</smiles>
+</species>
+<species species_name="C51NO32O2" species_number="s192">
+<smiles>CCCC(O[O])CON(=O)=O</smiles>
+</species>
+<species species_name="C52NO31O2" species_number="s193">
+<smiles>CCCC(CO[O])ON(=O)=O</smiles>
+</species>
+<species species_name="C3H7CHOOA" species_number="s194">
+<smiles>[O-][O+]=CCCC</smiles>
+</species>
+<species species_name="PE1ENEAO2" species_number="s195">
+<smiles>CCCC(CO)O[O]</smiles>
+</species>
+<species species_name="PE1ENEBO2" species_number="s196">
+<smiles>CCCC(O)CO[O]</smiles>
+</species>
+<species species_name="CPENT2ENE" species_number="s197">
+<smiles>CC/C=C\C</smiles>
+</species>
+<species species_name="C52NO33O2" species_number="s198">
+<smiles>CCC(O[O])C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C53NO32O2" species_number="s199">
+<smiles>CCC(ON(=O)=O)C(C)O[O]</smiles>
+</species>
+<species species_name="C2H5CHOOB" species_number="s200">
+<smiles>[O-][O+]=CCC</smiles>
+</species>
+<species species_name="PE2ENEAO2" species_number="s201">
+<smiles>CCC(O[O])C(C)O</smiles>
+</species>
+<species species_name="TPENT2ENE" species_number="s202">
+<smiles>CC\C=C\C</smiles>
+</species>
+<species species_name="ME2BUT1ENE" species_number="s203">
+<smiles>CCC(=C)C</smiles>
+</species>
+<species species_name="C4NO32M1O2" species_number="s204">
+<smiles>[O]OCC(C)(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="C4NO32M2O2" species_number="s205">
+<smiles>CCC(C)(O[O])CON(=O)=O</smiles>
+</species>
+<species species_name="C2H5MECOOA" species_number="s206">
+<smiles>[O-][O+]=C(C)CC</smiles>
+</species>
+<species species_name="ME3BUT1ENE" species_number="s207">
+<smiles>C=CC(C)C</smiles>
+</species>
+<species species_name="C4M3NO31O2" species_number="s208">
+<smiles>[O]OC(CON(=O)=O)C(C)C</smiles>
+</species>
+<species species_name="C4M3NO32O2" species_number="s209">
+<smiles>[O]OCC(ON(=O)=O)C(C)C</smiles>
+</species>
+<species species_name="IPRCHOOA" species_number="s210">
+<smiles>[O-][O+]CC(C)C</smiles>
+</species>
+<species species_name="ME3BU2OLO2" species_number="s211">
+<smiles>[O]OCC(O)C(C)C</smiles>
+</species>
+<species species_name="ME2BUT2ENE" species_number="s212">
+<smiles>CC=C(C)C</smiles>
+</species>
+<species species_name="C4M2NO32O2" species_number="s213">
+<smiles>[O]OC(C)C(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C4M2NO33O2" species_number="s214">
+<smiles>[O]OC(C)(C)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="CH3CCH3OOB" species_number="s215">
+<smiles>[O-][O+]=C(C)C</smiles>
+</species>
+<species species_name="CH3CHOOC" species_number="s216">
+<smiles>[O-][O+]=CC</smiles>
+</species>
+<species species_name="HEX1ENE" species_number="s217">
+<smiles>CCCCC=C</smiles>
+</species>
+<species species_name="C65NO36O2" species_number="s218">
+<smiles>CCCCC(CO[O])ON(=O)=O</smiles>
+</species>
+<species species_name="C66NO35O2" species_number="s219">
+<smiles>CCCCC(O[O])CON(=O)=O</smiles>
+</species>
+<species species_name="NC4H9CHOOA" species_number="s220">
+<smiles>[O-][O+]=CCCCC</smiles>
+</species>
+<species species_name="C6OH5O2" species_number="s221">
+<smiles>CCCCC(CO)O[O]</smiles>
+</species>
+<species species_name="HO5C6O2" species_number="s222">
+<smiles>CCCCC(O)CO[O]</smiles>
+</species>
+<species species_name="CHEX2ENE" species_number="s223">
+<smiles>CCC/C=C\C</smiles>
+</species>
+<species species_name="C62NO33O2" species_number="s224">
+<smiles>CCCC(O[O])C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C63NO32O2" species_number="s225">
+<smiles>CCCC(ON(=O)=O)C(C)O[O]</smiles>
+</species>
+<species species_name="C3H7CHOOB" species_number="s226">
+<smiles>[O-][O+]=CCCC</smiles>
+</species>
+<species species_name="C64OH5O2" species_number="s227">
+<smiles>CC(O[O])C(O)CCC</smiles>
+</species>
+<species species_name="C65OH4O2" species_number="s228">
+<smiles>CCCC(O[O])C(C)O</smiles>
+</species>
+<species species_name="THEX2ENE" species_number="s229">
+<smiles>CCC\C=C\C</smiles>
+</species>
+<species species_name="DM23BU2ENE" species_number="s230">
+<smiles>CC(=C(C)C)C</smiles>
+</species>
+<species species_name="C4ME2NO3O2" species_number="s231">
+<smiles>[O]OC(C)(C)C(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="CH3CCH3OOC" species_number="s232">
+<smiles>[O-][O+]=C(C)C</smiles>
+</species>
+<species species_name="C4ME2OHO2" species_number="s233">
+<smiles>[O]OC(C)(C)C(C)(C)O</smiles>
+</species>
+<species species_name="C2H2" species_number="s234">
+<smiles>C#C</smiles>
+</species>
+<species species_name="HCOOH" species_number="s235">
+<smiles>OC=O</smiles>
+</species>
+<species species_name="BENZENE" species_number="s236">
+<smiles>c1ccccc1</smiles>
+</species>
+<species species_name="BZBIPERO2" species_number="s237">
+<smiles>[O]OC1C=CC2OOC1C2O</smiles>
+</species>
+<species species_name="BZEPOXMUC" species_number="s238">
+<smiles>O=CC=CC1OC1C=O</smiles>
+</species>
+<species species_name="PHENOL" species_number="s239">
+<smiles>Oc1ccccc1</smiles>
+</species>
+<species species_name="TOLUENE" species_number="s240">
+<smiles>Cc1ccccc1</smiles>
+</species>
+<species species_name="C6H5CH2O2" species_number="s241">
+<smiles>[O]OCc1ccccc1</smiles>
+</species>
+<species species_name="CRESOL" species_number="s242">
+<smiles>Cc1ccccc1O</smiles>
+</species>
+<species species_name="TLBIPERO2" species_number="s243">
+<smiles>[O]OC1C=CC2(C)OOC1C2O</smiles>
+</species>
+<species species_name="TLEPOXMUC" species_number="s244">
+<smiles>O=CC1OC1C=CC(=O)C</smiles>
+</species>
+<species species_name="OXYL" species_number="s245">
+<smiles>Cc1ccccc1C</smiles>
+</species>
+<species species_name="OXYLO2" species_number="s246">
+<smiles>[O]OCc1ccccc1C</smiles>
+</species>
+<species species_name="OXYBIPERO2" species_number="s247">
+<smiles>[O]OC1(C)C=CC2OOC1(C)C2O</smiles>
+</species>
+<species species_name="OXYEPOXMUC" species_number="s248">
+<smiles>O=CC=CC1(C)OC1(C)C=O</smiles>
+</species>
+<species species_name="OXYLOL" species_number="s249">
+<smiles>Cc1c(C)cccc1O</smiles>
+</species>
+<species species_name="MXYL" species_number="s250">
+<smiles>Cc1cccc(C)c1</smiles>
+</species>
+<species species_name="MXYLO2" species_number="s251">
+<smiles>[O]OCc1cccc(C)c1</smiles>
+</species>
+<species species_name="MXYBIPERO2" species_number="s252">
+<smiles>[O]OC1C=CC2(C)OOC1(C)C2O</smiles>
+</species>
+<species species_name="MXYEPOXMUC" species_number="s253">
+<smiles>O=CC1(C)OC1C=CC(=O)C</smiles>
+</species>
+<species species_name="MXYLOL" species_number="s254">
+<smiles>Cc1ccc(O)c(C)c1</smiles>
+</species>
+<species species_name="PXYL" species_number="s255">
+<smiles>Cc1ccc(C)cc1</smiles>
+</species>
+<species species_name="PXYLO2" species_number="s256">
+<smiles>[O]OCc1ccc(C)cc1</smiles>
+</species>
+<species species_name="PXYBIPERO2" species_number="s257">
+<smiles>[O]OC1(C)C=CC2(C)OOC1C2O</smiles>
+</species>
+<species species_name="PXYEPOXMUC" species_number="s258">
+<smiles>O=CC1OC1(C)C=CC(=O)C</smiles>
+</species>
+<species species_name="PXYLOL" species_number="s259">
+<smiles>Cc1ccc(C)c(O)c1</smiles>
+</species>
+<species species_name="EBENZ" species_number="s260">
+<smiles>CCc1ccccc1</smiles>
+</species>
+<species species_name="C6H5C2H4O2" species_number="s261">
+<smiles>[O]OCCc1ccccc1</smiles>
+</species>
+<species species_name="EBENZOL" species_number="s262">
+<smiles>CCc1ccccc1O</smiles>
+</species>
+<species species_name="EBZBIPERO2" species_number="s263">
+<smiles>[O]OC1C=CC2(CC)OOC1C2O</smiles>
+</species>
+<species species_name="EBZPOXMUC" species_number="s264">
+<smiles>CCC(=O)C=CC1OC1C=O</smiles>
+</species>
+<species species_name="PBENZ" species_number="s265">
+<smiles>CCCc1ccccc1</smiles>
+</species>
+<species species_name="PHC3O2" species_number="s266">
+<smiles>CCC(O[O])c1ccccc1</smiles>
+</species>
+<species species_name="PBENZOL" species_number="s267">
+<smiles>CCCc1ccccc1O</smiles>
+</species>
+<species species_name="PBZBIPERO2" species_number="s268">
+<smiles>CCCC12OOC(C(O[O])C=C1)C2O</smiles>
+</species>
+<species species_name="PBZPOXMUC" species_number="s269">
+<smiles>CCCC(=O)C=CC1OC1C=O</smiles>
+</species>
+<species species_name="IPBENZ" species_number="s270">
+<smiles>CC(C)c1ccccc1</smiles>
+</species>
+<species species_name="PHIC3O2" species_number="s271">
+<smiles>[O]OC(C)(C)c1ccccc1</smiles>
+</species>
+<species species_name="IPBENZOL" species_number="s272">
+<smiles>CC(C)c1ccccc1O</smiles>
+</species>
+<species species_name="IPBZBIPRO2" species_number="s273">
+<smiles>[O]OC1C=CC2(OOC1C2O)C(C)C</smiles>
+</species>
+<species species_name="IPBZPOXMUC" species_number="s274">
+<smiles>O=CC1OC1C=CC(=O)C(C)C</smiles>
+</species>
+<species species_name="TM123B" species_number="s275">
+<smiles>Cc1cccc(C)c1C</smiles>
+</species>
+<species species_name="TM123BO2" species_number="s276">
+<smiles>Cc1c(CO[O])cccc1C</smiles>
+</species>
+<species species_name="TM123BOL" species_number="s277">
+<smiles>Cc1ccc(O)c(C)c1C</smiles>
+</species>
+<species species_name="TM123BPRO2" species_number="s278">
+<smiles>[O]OC1C=CC2(C)OOC1(C)C2(C)O</smiles>
+</species>
+<species species_name="TM123OXMUC" species_number="s279">
+<smiles>CC(=O)C=CC1OC1(C)C(=O)C</smiles>
+</species>
+<species species_name="TM124B" species_number="s280">
+<smiles>Cc1ccc(C)c(C)c1</smiles>
+</species>
+<species species_name="TM124BO2" species_number="s281">
+<smiles>[O]OCc1ccc(C)c(C)c1</smiles>
+</species>
+<species species_name="TM124BPRO2" species_number="s282">
+<smiles>[O]OC1(C)C=CC2(C)OOC1(C)C2O</smiles>
+</species>
+<species species_name="TM124OL" species_number="s283">
+<smiles>Cc1ccc(C)c(C)c1O</smiles>
+</species>
+<species species_name="TM124OXMUC" species_number="s284">
+<smiles>O=CC1(C)OC1(C)C=CC(=O)C</smiles>
+</species>
+<species species_name="TM135B" species_number="s285">
+<smiles>Cc1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="TMBO2" species_number="s286">
+<smiles>[O]OCc1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="TM135BPRO2" species_number="s287">
+<smiles>[O]OC1C(=CC2(C)OOC1(C)C2O)C</smiles>
+</species>
+<species species_name="TM135BZOL" species_number="s288">
+<smiles>Cc1cc(C)c(O)c(C)c1</smiles>
+</species>
+<species species_name="TM135OXMUC" species_number="s289">
+<smiles>O=CC1(C)OC1C(=CC(=O)C)C</smiles>
+</species>
+<species species_name="OETHTOL" species_number="s290">
+<smiles>CCc1ccccc1C</smiles>
+</species>
+<species species_name="ETOLO2" species_number="s291">
+<smiles>[O]OC(C)c1ccccc1C</smiles>
+</species>
+<species species_name="OETLBIPRO2" species_number="s292">
+<smiles>CCC1(O[O])C=CC2OOC1(C)C2O</smiles>
+</species>
+<species species_name="OETLPOXMUC" species_number="s293">
+<smiles>O=CC=CC1(C)OC1(CC)C=O</smiles>
+</species>
+<species species_name="OETOH" species_number="s294">
+<smiles>CCc1c(C)cccc1O</smiles>
+</species>
+<species species_name="METHTOL" species_number="s295">
+<smiles>CCc1cccc(C)c1</smiles>
+</species>
+<species species_name="METLBIPRO2" species_number="s296">
+<smiles>[O]OC1C=CC2(C)OOC1(CC)C2O</smiles>
+</species>
+<species species_name="METLPOXMUC" species_number="s297">
+<smiles>CC1(OC1C=CC(=O)CC)C=O</smiles>
+</species>
+<species species_name="METOH" species_number="s298">
+<smiles>CCc1cccc(C)c1O</smiles>
+</species>
+<species species_name="PETHTOL" species_number="s299">
+<smiles>CCc1ccc(C)cc1</smiles>
+</species>
+<species species_name="PETLBIPRO2" species_number="s300">
+<smiles>[O]OC1(C)C=CC2(CC)OOC1C2O</smiles>
+</species>
+<species species_name="PETLPOXMUC" species_number="s301">
+<smiles>CC1(OC1C=O)C=CC(=O)CC</smiles>
+</species>
+<species species_name="PETOH" species_number="s302">
+<smiles>CCc1ccc(C)cc1O</smiles>
+</species>
+<species species_name="DIME35EB" species_number="s303">
+<smiles>CCc1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="DM35EBO2" species_number="s304">
+<smiles>[O]OC(C)c1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="DMEBIPRO2" species_number="s305">
+<smiles>[O]OC1C(=CC2(CC)OOC1(C)C2O)C</smiles>
+</species>
+<species species_name="DMEBPOXMUC" species_number="s306">
+<smiles>CC(=CC(=O)CC)C1OC1(C)C=O</smiles>
+</species>
+<species species_name="DMEPHOH" species_number="s307">
+<smiles>CCc1cc(C)cc(C)c1O</smiles>
+</species>
+<species species_name="DIET35TOL" species_number="s308">
+<smiles>CCc1cc(CC)cc(C)c1</smiles>
+</species>
+<species species_name="DE35TO2" species_number="s309">
+<smiles>[O]OC(C)c1cc(CC)cc(C)c1</smiles>
+</species>
+<species species_name="DEMPHOH" species_number="s310">
+<smiles>CCc1cc(CC)c(O)c(C)c1</smiles>
+</species>
+<species species_name="DETLBIPRO2" species_number="s311">
+<smiles>[O]OC1C(=CC2(CC)OOC1(C)C2O)CC</smiles>
+</species>
+<species species_name="DETLPOXMUC" species_number="s312">
+<smiles>CCC(=O)C=C(C)C1OC1(CC)C=O</smiles>
+</species>
+<species species_name="STYRENE" species_number="s313">
+<smiles>C=Cc1ccccc1</smiles>
+</species>
+<species species_name="NSTYRENO2" species_number="s314">
+<smiles>[O]OC(CON(=O)=O)c1ccccc1</smiles>
+</species>
+<species species_name="BENZAL" species_number="s315">
+<smiles>O=Cc1ccccc1</smiles>
+</species>
+<species species_name="PHCHOOA" species_number="s316">
+<smiles>[O-][O+]=Cc1ccccc1</smiles>
+</species>
+<species species_name="STYRENO2" species_number="s317">
+<smiles>[O]OCC(O)c1ccccc1</smiles>
+</species>
+<species species_name="C6H5CO3" species_number="s318">
+<smiles>[O]OC(=O)c1ccccc1</smiles>
+</species>
+<species species_name="C6H5O2" species_number="s319">
+<smiles>[O]Oc1ccccc1</smiles>
+</species>
+<species species_name="CH3CL" species_number="s320">
+<smiles>CCl</smiles>
+</species>
+<species species_name="CH2CLO2" species_number="s321">
+<smiles>[O]OCCl</smiles>
+</species>
+<species species_name="CH2CL2" species_number="s322">
+<smiles>ClCCl</smiles>
+</species>
+<species species_name="CHCL2O2" species_number="s323">
+<smiles>[O]OC(Cl)Cl</smiles>
+</species>
+<species species_name="CHCL3" species_number="s324">
+<smiles>ClC(Cl)Cl</smiles>
+</species>
+<species species_name="CCL3O2" species_number="s325">
+<smiles>[O]OC(Cl)(Cl)Cl</smiles>
+</species>
+<species species_name="CH3CCL3" species_number="s326">
+<smiles>CC(Cl)(Cl)Cl</smiles>
+</species>
+<species species_name="CCL3CH2O2" species_number="s327">
+<smiles>[O]OCC(Cl)(Cl)Cl</smiles>
+</species>
+<species species_name="TCE" species_number="s328">
+<smiles>ClC(=C(Cl)Cl)Cl</smiles>
+</species>
+<species species_name="TCEOHO2" species_number="s329">
+<smiles>[O]OC(Cl)(Cl)C(O)(Cl)Cl</smiles>
+</species>
+<species species_name="TRICLETH" species_number="s330">
+<smiles>ClC=C(Cl)Cl</smiles>
+</species>
+<species species_name="C2CL3OHAO2" species_number="s331">
+<smiles>[O]OC(Cl)(Cl)C(O)Cl</smiles>
+</species>
+<species species_name="C2CL3OHBO2" species_number="s332">
+<smiles>[O]OC(Cl)C(O)(Cl)Cl</smiles>
+</species>
+<species species_name="CDICLETH" species_number="s333">
+<smiles>Cl/C=C\Cl</smiles>
+</species>
+<species species_name="C2CL2OHO2" species_number="s334">
+<smiles>[O]OC(Cl)C(O)Cl</smiles>
+</species>
+<species species_name="TDICLETH" species_number="s335">
+<smiles>Cl/C=C/Cl</smiles>
+</species>
+<species species_name="CH2CLCH2CL" species_number="s336">
+<smiles>ClCCCl</smiles>
+</species>
+<species species_name="DICLETO2" species_number="s337">
+<smiles>[O]OC(Cl)CCl</smiles>
+</species>
+<species species_name="CCL2CH2" species_number="s338">
+<smiles>ClC(=C)Cl</smiles>
+</species>
+<species species_name="CH2OHCL2O2" species_number="s339">
+<smiles>OCC(Cl)(Cl)O[O]</smiles>
+</species>
+<species species_name="CL2OHCH2O2" species_number="s340">
+<smiles>[O]OCC(O)(Cl)Cl</smiles>
+</species>
+<species species_name="CL12PROP" species_number="s341">
+<smiles>ClCC(C)Cl</smiles>
+</species>
+<species species_name="CL12PRAO2" species_number="s342">
+<smiles>[O]OCC(Cl)CCl</smiles>
+</species>
+<species species_name="CL12PRBO2" species_number="s343">
+<smiles>CC(Cl)(CCl)O[O]</smiles>
+</species>
+<species species_name="CL12PRCO2" species_number="s344">
+<smiles>CC(Cl)C(Cl)O[O]</smiles>
+</species>
+<species species_name="CHCL2CH3" species_number="s345">
+<smiles>CC(Cl)Cl</smiles>
+</species>
+<species species_name="CH3CCL2O2" species_number="s346">
+<smiles>[O]OC(C)(Cl)Cl</smiles>
+</species>
+<species species_name="CHCL2CH2O2" species_number="s347">
+<smiles>[O]OCC(Cl)Cl</smiles>
+</species>
+<species species_name="CH3CH2CL" species_number="s348">
+<smiles>CCCl</smiles>
+</species>
+<species species_name="CH2CLCH2O2" species_number="s349">
+<smiles>[O]OCCCl</smiles>
+</species>
+<species species_name="CH3CHCLO2" species_number="s350">
+<smiles>CC(Cl)O[O]</smiles>
+</species>
+<species species_name="CHCL2CHCL2" species_number="s351">
+<smiles>ClC(Cl)C(Cl)Cl</smiles>
+</species>
+<species species_name="CHCL2CL2O2" species_number="s352">
+<smiles>[O]OC(Cl)(Cl)C(Cl)Cl</smiles>
+</species>
+<species species_name="CH2CLCHCL2" species_number="s353">
+<smiles>ClCC(Cl)Cl</smiles>
+</species>
+<species species_name="CH2CL3O2" species_number="s354">
+<smiles>ClCC(Cl)(Cl)O[O]</smiles>
+</species>
+<species species_name="CHCL3O2" species_number="s355">
+<smiles>[O]OC(Cl)C(Cl)Cl</smiles>
+</species>
+<species species_name="VINCL" species_number="s356">
+<smiles>ClC=C</smiles>
+</species>
+<species species_name="CCLNO3O2" species_number="s357">
+<smiles>[O]OCC(Cl)ON(=O)=O</smiles>
+</species>
+<species species_name="CNO3CLO2" species_number="s358">
+<smiles>[O]OC(Cl)CON(=O)=O</smiles>
+</species>
+<species species_name="CHOCL" species_number="s359">
+<smiles>ClC=O</smiles>
+</species>
+<species species_name="CHCLOOA" species_number="s360">
+<smiles>[O-][O+]=CCl</smiles>
+</species>
+<species species_name="CCLOHCH2O2" species_number="s361">
+<smiles>[O]OCC(O)Cl</smiles>
+</species>
+<species species_name="CH2OHCCLO2" species_number="s362">
+<smiles>OCC(Cl)O[O]</smiles>
+</species>
+<species species_name="C4H6" species_number="s363">
+<smiles>C=CC=C</smiles>
+</species>
+<species species_name="NBUTDAO2" species_number="s364">
+<smiles>[O]OC(C=C)CON(=O)=O</smiles>
+</species>
+<species species_name="NBUTDBO2" species_number="s365">
+<smiles>[O]OCC=CCON(=O)=O</smiles>
+</species>
+<species species_name="CH2OOD" species_number="s366">
+<smiles>[O-][O+]=C</smiles>
+</species>
+<species species_name="ACROOA" species_number="s367">
+<smiles>[O-][O+]=CC=C</smiles>
+</species>
+<species species_name="BUTDAO2" species_number="s368">
+<smiles>[O]OCC=CCO</smiles>
+</species>
+<species species_name="BUTDBO2" species_number="s369">
+<smiles>OCC(O[O])C=C</smiles>
+</species>
+<species species_name="BUTDCO2" species_number="s370">
+<smiles>OC(CO[O])C=C</smiles>
+</species>
+<species species_name="C5H8" species_number="s371">
+<smiles>C=CC(=C)C</smiles>
+</species>
+<species species_name="NISOPO2" species_number="s372">
+<smiles>[O]OCC=C(C)CON(=O)=O</smiles>
+</species>
+<species species_name="CH2OOE" species_number="s373">
+<smiles>[O-][O+]=C</smiles>
+</species>
+<species species_name="MVK" species_number="s374">
+<smiles>CC(=O)C=C</smiles>
+</species>
+<species species_name="MACROOA" species_number="s375">
+<smiles>[O-][O+]=CC(=C)C</smiles>
+</species>
+<species species_name="MVKOOA" species_number="s376">
+<smiles>[O-][O+]=C(C)C=C</smiles>
+</species>
+<species species_name="CISOPA" species_number="s377">
+<smiles>C/C(=C/[CH2])/CO</smiles>
+</species>
+<species species_name="CISOPC" species_number="s378">
+<smiles>OC/C=C(\[CH2])/C</smiles>
+</species>
+<species species_name="ISOP34O2" species_number="s379">
+<smiles>CC(=C)C(CO[O])O</smiles>
+</species>
+<species species_name="ME3BU3ECHO" species_number="s380">
+<smiles>CC(=C)CC=O</smiles>
+</species>
+<species species_name="PE4E2CO" species_number="s381">
+<smiles>CC(=O)CC=C</smiles>
+</species>
+<species species_name="TISOPA" species_number="s382">
+<smiles>C/C(=C\[CH2])/CO</smiles>
+</species>
+<species species_name="TISOPC" species_number="s383">
+<smiles>OC/C=C(\C)/[CH2]</smiles>
+</species>
+<species species_name="CH3OCHO" species_number="s384">
+<smiles>COC=O</smiles>
+</species>
+<species species_name="CHOOCH2O2" species_number="s385">
+<smiles>[O]OCOC=O</smiles>
+</species>
+<species species_name="METHACET" species_number="s386">
+<smiles>COC(=O)C</smiles>
+</species>
+<species species_name="METHACETO2" species_number="s387">
+<smiles>CC(=O)OCO[O]</smiles>
+</species>
+<species species_name="MOCOCH2O2" species_number="s388">
+<smiles>[O]OCC(=O)OC</smiles>
+</species>
+<species species_name="ETHACET" species_number="s389">
+<smiles>CCOC(=O)C</smiles>
+</species>
+<species species_name="ACETC2H4O2" species_number="s390">
+<smiles>CC(=O)OCCO[O]</smiles>
+</species>
+<species species_name="EOCOCH2O2" species_number="s391">
+<smiles>CCOC(=O)CO[O]</smiles>
+</species>
+<species species_name="ETHACETO2" species_number="s392">
+<smiles>CC(OC(=O)C)O[O]</smiles>
+</species>
+<species species_name="NPROACET" species_number="s393">
+<smiles>CCCOC(=O)C</smiles>
+</species>
+<species species_name="NPROACEAO2" species_number="s394">
+<smiles>CC(COC(=O)C)O[O]</smiles>
+</species>
+<species species_name="NPROACEBO2" species_number="s395">
+<smiles>CCC(O[O])OC(=O)C</smiles>
+</species>
+<species species_name="NPROACECO2" species_number="s396">
+<smiles>[O]OCCCOC(=O)C</smiles>
+</species>
+<species species_name="IPROACET" species_number="s397">
+<smiles>CC(C)OC(=O)C</smiles>
+</species>
+<species species_name="IPRACBO2" species_number="s398">
+<smiles>CC(CO[O])OC(=O)C</smiles>
+</species>
+<species species_name="IPROACETO2" species_number="s399">
+<smiles>[O]OC(C)(C)OC(=O)C</smiles>
+</species>
+<species species_name="NBUTACET" species_number="s400">
+<smiles>CCCCOC(=O)C</smiles>
+</species>
+<species species_name="NBUACETAO2" species_number="s401">
+<smiles>[O]OC(C)CCOC(=O)C</smiles>
+</species>
+<species species_name="NBUACETBO2" species_number="s402">
+<smiles>CCC(O[O])COC(=O)C</smiles>
+</species>
+<species species_name="NBUACETCO2" species_number="s403">
+<smiles>CCCC(O[O])OC(=O)C</smiles>
+</species>
+<species species_name="SBUTACET" species_number="s404">
+<smiles>CCC(C)OC(=O)C</smiles>
+</species>
+<species species_name="SBUACETAO2" species_number="s405">
+<smiles>CCC(C)(O[O])OC(=O)C</smiles>
+</species>
+<species species_name="SBUACETBO2" species_number="s406">
+<smiles>CC(OC(=O)C)C(C)O[O]</smiles>
+</species>
+<species species_name="TBUACET" species_number="s407">
+<smiles>CC(=O)OC(C)(C)C</smiles>
+</species>
+<species species_name="MCOOTBO2" species_number="s408">
+<smiles>[O]OCC(C)(C)OC(=O)C</smiles>
+</species>
+<species species_name="TBOCOCH2O2" species_number="s409">
+<smiles>[O]OCC(=O)OC(C)(C)C</smiles>
+</species>
+<species species_name="CH3OCH3" species_number="s410">
+<smiles>COC</smiles>
+</species>
+<species species_name="CH3OCH2O2" species_number="s411">
+<smiles>COCO[O]</smiles>
+</species>
+<species species_name="DIETETHER" species_number="s412">
+<smiles>CCOCC</smiles>
+</species>
+<species species_name="DIETETO2" species_number="s413">
+<smiles>CC(OCC)O[O]</smiles>
+</species>
+<species species_name="ETOC2O2" species_number="s414">
+<smiles>CCOCCO[O]</smiles>
+</species>
+<species species_name="MTBE" species_number="s415">
+<smiles>COC(C)(C)C</smiles>
+</species>
+<species species_name="MTBEAO2" species_number="s416">
+<smiles>[O]OCOC(C)(C)C</smiles>
+</species>
+<species species_name="MTBEBO2" species_number="s417">
+<smiles>[O]OCC(C)(C)OC</smiles>
+</species>
+<species species_name="DIIPRETHER" species_number="s418">
+<smiles>CC(C)OC(C)C</smiles>
+</species>
+<species species_name="DIIPRETO2" species_number="s419">
+<smiles>[O]OC(C)(C)OC(C)C</smiles>
+</species>
+<species species_name="IPROMC2O2" species_number="s420">
+<smiles>[O]OCC(C)OC(C)C</smiles>
+</species>
+<species species_name="ETBE" species_number="s421">
+<smiles>CCOC(C)(C)C</smiles>
+</species>
+<species species_name="ETBEAO2" species_number="s422">
+<smiles>CCOC(C)(C)CO[O]</smiles>
+</species>
+<species species_name="ETBEBO2" species_number="s423">
+<smiles>[O]OC(C)OC(C)(C)C</smiles>
+</species>
+<species species_name="ETBECO2" species_number="s424">
+<smiles>[O]OCCOC(C)(C)C</smiles>
+</species>
+<species species_name="MO2EOL" species_number="s425">
+<smiles>COCCO</smiles>
+</species>
+<species species_name="MO2EOLAO2" species_number="s426">
+<smiles>COC(CO)O[O]</smiles>
+</species>
+<species species_name="MO2EOLBO2" species_number="s427">
+<smiles>OCCOCO[O]</smiles>
+</species>
+<species species_name="MEMOXYCHO" species_number="s428">
+<smiles>COCC=O</smiles>
+</species>
+<species species_name="EOX2EOL" species_number="s429">
+<smiles>OCCOCC</smiles>
+</species>
+<species species_name="EOX2EOLAO2" species_number="s430">
+<smiles>CCOC(CO)O[O]</smiles>
+</species>
+<species species_name="EOX2EOLBO2" species_number="s431">
+<smiles>OCCOC(C)O[O]</smiles>
+</species>
+<species species_name="EOX2ETCHO" species_number="s432">
+<smiles>CCOCC=O</smiles>
+</species>
+<species species_name="PR2OHMOX" species_number="s433">
+<smiles>COCC(C)O</smiles>
+</species>
+<species species_name="PR2OHMOXO2" species_number="s434">
+<smiles>COC(O[O])C(C)O</smiles>
+</species>
+<species species_name="H2C3OCO2" species_number="s435">
+<smiles>[O]OCOCC(C)O</smiles>
+</species>
+<species species_name="PRONEMOX" species_number="s436">
+<smiles>COCC(=O)C</smiles>
+</species>
+<species species_name="BUOX2ETOH" species_number="s437">
+<smiles>CCCCOCCO</smiles>
+</species>
+<species species_name="BOX2EOHAO2" species_number="s438">
+<smiles>CCCC(O[O])OCCO</smiles>
+</species>
+<species species_name="BOX2EOHBO2" species_number="s439">
+<smiles>CCCCOC(CO)O[O]</smiles>
+</species>
+<species species_name="BOX2ECHO" species_number="s440">
+<smiles>CCCCOCC=O</smiles>
+</species>
+<species species_name="BOX2PROL" species_number="s441">
+<smiles>CCCCOCC(C)O</smiles>
+</species>
+<species species_name="BOXPROLAO2" species_number="s442">
+<smiles>CCCC(O[O])OCC(C)O</smiles>
+</species>
+<species species_name="BOXPROLBO2" species_number="s443">
+<smiles>CCCCOC(O[O])C(C)O</smiles>
+</species>
+<species species_name="BOXPRONE" species_number="s444">
+<smiles>CCCCOCC(=O)C</smiles>
+</species>
+<species species_name="CH3BR" species_number="s445">
+<smiles>CBr</smiles>
+</species>
+<species species_name="CH2BRO2" species_number="s446">
+<smiles>[O]OCBr</smiles>
+</species>
+<species species_name="DIBRET" species_number="s447">
+<smiles>BrCCBr</smiles>
+</species>
+<species species_name="DIBRETO2" species_number="s448">
+<smiles>[O]OC(Br)CBr</smiles>
+</species>
+<species species_name="CH3COCH2O2" species_number="s449">
+<smiles>CC(=O)CO[O]</smiles>
+</species>
+<species species_name="MEKAO2" species_number="s450">
+<smiles>[O]OCCC(=O)C</smiles>
+</species>
+<species species_name="MEKBO2" species_number="s451">
+<smiles>CC(O[O])C(=O)C</smiles>
+</species>
+<species species_name="MEKCO2" species_number="s452">
+<smiles>CCC(=O)CO[O]</smiles>
+</species>
+<species species_name="MPRK" species_number="s453">
+<smiles>CCCC(=O)C</smiles>
+</species>
+<species species_name="CO2C54O2" species_number="s454">
+<smiles>CC(CC(=O)C)O[O]</smiles>
+</species>
+<species species_name="MPRKAO2" species_number="s455">
+<smiles>CCC(O[O])C(=O)C</smiles>
+</species>
+<species species_name="DIEKAO2" species_number="s456">
+<smiles>CC(O[O])C(=O)CC</smiles>
+</species>
+<species species_name="DIEKBO2" species_number="s457">
+<smiles>CCC(=O)CCO[O]</smiles>
+</species>
+<species species_name="MIPKAO2" species_number="s458">
+<smiles>[O]OC(C)(C)C(=O)C</smiles>
+</species>
+<species species_name="MIPKBO2" species_number="s459">
+<smiles>CC(CO[O])C(=O)C</smiles>
+</species>
+<species species_name="HEX2ONE" species_number="s460">
+<smiles>CCCCC(=O)C</smiles>
+</species>
+<species species_name="HEX2ONAO2" species_number="s461">
+<smiles>CCC(O[O])CC(=O)C</smiles>
+</species>
+<species species_name="HEX2ONBO2" species_number="s462">
+<smiles>CC(CCC(=O)C)O[O]</smiles>
+</species>
+<species species_name="HEX2ONCO2" species_number="s463">
+<smiles>CCCC(O[O])C(=O)C</smiles>
+</species>
+<species species_name="HEX3ONE" species_number="s464">
+<smiles>CCCC(=O)CC</smiles>
+</species>
+<species species_name="HEX3ONAO2" species_number="s465">
+<smiles>CC(CC(=O)CC)O[O]</smiles>
+</species>
+<species species_name="HEX3ONBO2" species_number="s466">
+<smiles>CCC(=O)C(CC)O[O]</smiles>
+</species>
+<species species_name="HEX3ONCO2" species_number="s467">
+<smiles>CC(O[O])C(=O)CCC</smiles>
+</species>
+<species species_name="HEX3ONDO2" species_number="s468">
+<smiles>CCCC(=O)CCO[O]</smiles>
+</species>
+<species species_name="MIBK" species_number="s469">
+<smiles>CC(C)CC(=O)C</smiles>
+</species>
+<species species_name="MIBKAO2" species_number="s470">
+<smiles>[O]OC(C)(C)CC(=O)C</smiles>
+</species>
+<species species_name="MIBKBO2" species_number="s471">
+<smiles>[O]OC(C(C)C)C(=O)C</smiles>
+</species>
+<species species_name="MTBK" species_number="s472">
+<smiles>CC(=O)C(C)(C)C</smiles>
+</species>
+<species species_name="MTBKO2" species_number="s473">
+<smiles>[O]OCC(C)(C)C(=O)C</smiles>
+</species>
+<species species_name="CYHXONAO2" species_number="s474">
+<smiles>[O]OC1CCCC(=O)C1</smiles>
+</species>
+<species species_name="APINENE" species_number="s475">
+<smiles>CC1=CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="CARENE" species_number="s475a">
+<smiles>CC2(C)C\1CCC(C)/C=C/12</smiles>
+</species>
+<species species_name="NAPINAO2" species_number="s476">
+<smiles>[O]OC1(C)C(ON(=O)=O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="NAPINBO2" species_number="s477">
+<smiles>[O]OC1CC2CC(C1(C)ON(=O)=O)C2(C)C</smiles>
+</species>
+<species species_name="APINOOA" species_number="s478">
+<smiles>O=CCC1CC(C(=[O+][O-])C)C1(C)C</smiles>
+</species>
+<species species_name="APINOOB" species_number="s479">
+<smiles>[O-][O+]=CCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="APINAO2" species_number="s480">
+<smiles>[O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="APINBO2" species_number="s481">
+<smiles>[O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="APINCO2" species_number="s482">
+<smiles>[O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="BPINENE" species_number="s483">
+<smiles>C=C1CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="NBPINAO2" species_number="s484">
+<smiles>[O]OC1(CON(=O)=O)CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="NBPINBO2" species_number="s485">
+<smiles>[O]OCC1(CCC2CC1C2(C)C)ON(=O)=O</smiles>
+</species>
+<species species_name="NOPINONE" species_number="s486">
+<smiles>O=C1CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="CH2OOF" species_number="s487">
+<smiles>[O-][O+]=C</smiles>
+</species>
+<species species_name="NOPINOOA" species_number="s488">
+<smiles>[O-][O+]=C1CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="BPINAO2" species_number="s489">
+<smiles>OCC1(O[O])CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="BPINBO2" species_number="s490">
+<smiles>[O]OCC1(O)CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="BPINCO2" species_number="s491">
+<smiles>OCC1=CCC(CC1)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="LIMONENE" species_number="s492">
+<smiles>CC1=CCC(CC1)C(=C)C</smiles>
+</species>
+<species species_name="NLIMO2" species_number="s493">
+<smiles>[O-][N+](=O)OC1CC(CCC1(C)O[O])C(=C)C</smiles>
+</species>
+<species species_name="LIMOOA" species_number="s494">
+<smiles>O=CCC(CCC(=[O+][O-])C)C(=C)C</smiles>
+</species>
+<species species_name="LIMOOB" species_number="s495">
+<smiles>[O-][O+]=CCC(CCC(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="LIMAO2" species_number="s496">
+<smiles>[O]OC1(C)CCC(CC1O)C(=C)C</smiles>
+</species>
+<species species_name="LIMBO2" species_number="s497">
+<smiles>[O]OC1CC(CCC1(C)O)C(=C)C</smiles>
+</species>
+<species species_name="LIMCO2" species_number="s498">
+<smiles>OCC(C)(O[O])C1CCC(=CC1)C</smiles>
+</species>
+<species species_name="BCARY" species_number="s499">
+<smiles>C/C1=C/CCC(=C)C2CC(C)(C)C2CC\1</smiles>
+</species>
+<species species_name="NBCO2" species_number="s500">
+<smiles>[O]OC1(C)CCC2C(CC2(C)C)C(=C)CCC1O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="BCAOO" species_number="s501">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CCC(=[O+][O-])C</smiles>
+</species>
+<species species_name="BCBOO" species_number="s502">
+<smiles>[O-][O+]=CCCC(=C)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCOOA" species_number="s503">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CCC(=[O+][O-])C</smiles>
+</species>
+<species species_name="BCOOB" species_number="s504">
+<smiles>[O-][O+]=CCCC(=C)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCAO2" species_number="s505">
+<smiles>[O]OC1(C)CCC2C(CC2(C)C)C(=C)CCC1O</smiles>
+</species>
+<species species_name="BCBO2" species_number="s506">
+<smiles>[O]OC1CCC(=C)C2CC(C)(C)C2CCC1(C)O</smiles>
+</species>
+<species species_name="BCCO2" species_number="s507">
+<smiles>OCC1(O[O])CC\C=C(\C)/CCC2C1CC2(C)C</smiles>
+</species>
+<species species_name="CH3CO2H" species_number="s508">
+<smiles>CC(=O)O</smiles>
+</species>
+<species species_name="PROPACID" species_number="s509">
+<smiles>CCC(=O)O</smiles>
+</species>
+<species species_name="DMM" species_number="s510">
+<smiles>COCOC</smiles>
+</species>
+<species species_name="DMMAO2" species_number="s511">
+<smiles>COCOCO[O]</smiles>
+</species>
+<species species_name="DMMBO2" species_number="s512">
+<smiles>COC(OC)O[O]</smiles>
+</species>
+<species species_name="DMC" species_number="s513">
+<smiles>COC(=O)OC</smiles>
+</species>
+<species species_name="DMCO2" species_number="s514">
+<smiles>[O]OCOC(=O)OC</smiles>
+</species>
+<species species_name="DMS" species_number="s515">
+<smiles>CSC</smiles>
+</species>
+<species species_name="CH3SCH2O2" species_number="s516">
+<smiles>CSCO[O]</smiles>
+</species>
+<species species_name="HODMSO2" species_number="s517">
+<smiles>[O]OS(C)(C)O</smiles>
+</species>
+<species species_name="ETHOX" species_number="s518">
+<smiles>O1CC1</smiles>
+</species>
+<species species_name="ETHOXO2" species_number="s519">
+<smiles>[O]OC1CO1</smiles>
+</species>
+<species species_name="HYETHO2H" species_number="s520">
+<smiles>OCCOO</smiles>
+</species>
+<species species_name="NO" species_number="s521">
+<smiles>[N]=O</smiles>
+</species>
+<species species_name="ETHOHNO3" species_number="s522">
+<smiles>OCCON(=O)=O</smiles>
+</species>
+<species species_name="HOCH2CH2O" species_number="s523">
+<smiles>OCC[O]</smiles>
+</species>
+<species species_name="NO2" species_number="s524">
+<smiles>N(=O)[O]</smiles>
+</species>
+<species species_name="HO1C3OOH" species_number="s525">
+<smiles>OCCCOO</smiles>
+</species>
+<species species_name="HO1C3NO3" species_number="s526">
+<smiles>OCCCON(=O)=O</smiles>
+</species>
+<species species_name="HO1C3O" species_number="s527">
+<smiles>OCCC[O]</smiles>
+</species>
+<species species_name="HOC2H4CHO" species_number="s528">
+<smiles>OCCC=O</smiles>
+</species>
+<species species_name="HOC3H6OH" species_number="s529">
+<smiles>OCCCO</smiles>
+</species>
+<species species_name="HYPROPO2H" species_number="s530">
+<smiles>OCC(C)OO</smiles>
+</species>
+<species species_name="HYPROPO" species_number="s531">
+<smiles>OCC(C)[O]</smiles>
+</species>
+<species species_name="PROPOLNO3" species_number="s532">
+<smiles>OCC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="IPROPOLO2H" species_number="s533">
+<smiles>OOCC(C)O</smiles>
+</species>
+<species species_name="IPROPOLO" species_number="s534">
+<smiles>[O]CC(C)O</smiles>
+</species>
+<species species_name="PROLNO3" species_number="s535">
+<smiles>CC(O)CON(=O)=O</smiles>
+</species>
+<species species_name="NBUTOLAOOH" species_number="s536">
+<smiles>CCC(CO)OO</smiles>
+</species>
+<species species_name="NBUTOLANO3" species_number="s537">
+<smiles>CCC(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="NBUTOLAO" species_number="s538">
+<smiles>CCC([O])CO</smiles>
+</species>
+<species species_name="MEKCOH" species_number="s539">
+<smiles>CCC(=O)CO</smiles>
+</species>
+<species species_name="NBUTOLAOH" species_number="s540">
+<smiles>CCC(O)CO</smiles>
+</species>
+<species species_name="NBUTOLBOOH" species_number="s541">
+<smiles>OCCC(C)OO</smiles>
+</species>
+<species species_name="NBUTOLBNO3" species_number="s542">
+<smiles>OCCC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="NBUTOLBO" species_number="s543">
+<smiles>OCCC(C)[O]</smiles>
+</species>
+<species species_name="HO2C4OH" species_number="s544">
+<smiles>OCCC(C)O</smiles>
+</species>
+<species species_name="MEKAOH" species_number="s545">
+<smiles>CC(=O)CCO</smiles>
+</species>
+<species species_name="BUT2OLOOH" species_number="s546">
+<smiles>OOC(C)C(C)O</smiles>
+</species>
+<species species_name="BUT2OLAO" species_number="s547">
+<smiles>CC([O])C(C)O</smiles>
+</species>
+<species species_name="BUT2OLNO3" species_number="s548">
+<smiles>O=N(=O)OC(C)C(C)O</smiles>
+</species>
+<species species_name="BUT2OLO" species_number="s549">
+<smiles>CC(=O)C(C)O</smiles>
+</species>
+<species species_name="BUT2OLOH" species_number="s550">
+<smiles>CC(O)C(C)O</smiles>
+</species>
+<species species_name="IBUTOLBO2H" species_number="s551">
+<smiles>OCC(C)(C)OO</smiles>
+</species>
+<species species_name="IBUTOLBNO3" species_number="s552">
+<smiles>OCC(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="IBUTOLBO" species_number="s553">
+<smiles>OCC(C)(C)[O]</smiles>
+</species>
+<species species_name="IBUTOLOHB" species_number="s554">
+<smiles>OCC(C)(C)O</smiles>
+</species>
+<species species_name="IBUTOLCO2H" species_number="s555">
+<smiles>OOCC(C)CO</smiles>
+</species>
+<species species_name="IBUTOLCNO3" species_number="s556">
+<smiles>OCC(C)CON(=O)=O</smiles>
+</species>
+<species species_name="IBUTOLCO" species_number="s557">
+<smiles>OCC(C)C[O]</smiles>
+</species>
+<species species_name="HOIPRCHO" species_number="s558">
+<smiles>CC(CO)C=O</smiles>
+</species>
+<species species_name="IBUTOLOHC" species_number="s559">
+<smiles>OCC(C)CO</smiles>
+</species>
+<species species_name="TBUTOLOOH" species_number="s560">
+<smiles>OOCC(C)(C)O</smiles>
+</species>
+<species species_name="TBUTOLNO3" species_number="s561">
+<smiles>O=N(=O)OCC(C)(C)O</smiles>
+</species>
+<species species_name="TBUTOLO" species_number="s562">
+<smiles>[O]CC(C)(C)O</smiles>
+</species>
+<species species_name="HO3C5OOH" species_number="s563">
+<smiles>CCC(O)CCOO</smiles>
+</species>
+<species species_name="HO3C5NO3" species_number="s564">
+<smiles>CCC(O)CCON(=O)=O</smiles>
+</species>
+<species species_name="HO3C5O" species_number="s565">
+<smiles>[O]CCC(O)CC</smiles>
+</species>
+<species species_name="HO13C5" species_number="s566">
+<smiles>OCCC(O)CC</smiles>
+</species>
+<species species_name="HO3C4CHO" species_number="s567">
+<smiles>CCC(O)CC=O</smiles>
+</species>
+<species species_name="C53OH2OOH" species_number="s568">
+<smiles>CCC(O)C(C)OO</smiles>
+</species>
+<species species_name="PE2ENEBNO3" species_number="s569">
+<smiles>CCC(O)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="PE2ENEBO" species_number="s570">
+<smiles>CCC(O)C(C)[O]</smiles>
+</species>
+<species species_name="C523OH" species_number="s571">
+<smiles>CCC(O)C(C)O</smiles>
+</species>
+<species species_name="MPRKAOH" species_number="s572">
+<smiles>CCC(O)C(=O)C</smiles>
+</species>
+<species species_name="BUT2CO3" species_number="s573">
+<smiles>CC(CC)C(=O)O[O]</smiles>
+</species>
+<species species_name="HM2C43OOH" species_number="s574">
+<smiles>OCC(C)C(C)OO</smiles>
+</species>
+<species species_name="HM2C43NO3" species_number="s575">
+<smiles>OCC(C)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="HM2C43O" species_number="s576">
+<smiles>OCC(C)C(C)[O]</smiles>
+</species>
+<species species_name="HO13M2C4" species_number="s577">
+<smiles>OCC(C)C(C)O</smiles>
+</species>
+<species species_name="MIPKBOH" species_number="s578">
+<smiles>CC(CO)C(=O)C</smiles>
+</species>
+<species species_name="M2BUOL2OOH" species_number="s579">
+<smiles>CCC(C)(CO)OO</smiles>
+</species>
+<species species_name="M2BUOL2NO3" species_number="s580">
+<smiles>CCC(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="M2BUOL2O" species_number="s581">
+<smiles>CCC(C)([O])CO</smiles>
+</species>
+<species species_name="M2BUOL2OH" species_number="s582">
+<smiles>CCC(C)(O)CO</smiles>
+</species>
+<species species_name="C3ME3CO3" species_number="s583">
+<smiles>[O]OC(=O)CC(C)C</smiles>
+</species>
+<species species_name="C3ME3CHOO2" species_number="s584">
+<smiles>O=CCC(C)(C)O[O]</smiles>
+</species>
+<species species_name="HM33C3OOH" species_number="s585">
+<smiles>OCCC(C)(C)OO</smiles>
+</species>
+<species species_name="HM33C3NO3" species_number="s586">
+<smiles>OCCC(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="HM33C3O" species_number="s587">
+<smiles>OCCC(C)(C)[O]</smiles>
+</species>
+<species species_name="HO2M2C4OH" species_number="s588">
+<smiles>OCCC(C)(C)O</smiles>
+</species>
+<species species_name="ME3BUOLOOH" species_number="s589">
+<smiles>OCC(OO)C(C)C</smiles>
+</species>
+<species species_name="ME3BUOLNO3" species_number="s590">
+<smiles>OCC(ON(=O)=O)C(C)C</smiles>
+</species>
+<species species_name="ME3BUOLO" species_number="s591">
+<smiles>OCC([O])C(C)C</smiles>
+</species>
+<species species_name="C4ME3HO12" species_number="s592">
+<smiles>OCC(O)C(C)C</smiles>
+</species>
+<species species_name="ME3CO2BUOL" species_number="s593">
+<smiles>OCC(=O)C(C)C</smiles>
+</species>
+<species species_name="HO2M2C4OOH" species_number="s594">
+<smiles>OOCCC(C)(C)O</smiles>
+</species>
+<species species_name="HO2M2C4NO3" species_number="s595">
+<smiles>O=N(=O)OCCC(C)(C)O</smiles>
+</species>
+<species species_name="HO2M2C4O" species_number="s596">
+<smiles>[O]CCC(C)(C)O</smiles>
+</species>
+<species species_name="H2M2C3CHO" species_number="s597">
+<smiles>O=CCC(C)(C)O</smiles>
+</species>
+<species species_name="M2BU2OLOOH" species_number="s598">
+<smiles>OOC(C)C(C)(C)O</smiles>
+</species>
+<species species_name="M2BU2OLNO3" species_number="s599">
+<smiles>O=N(=O)OC(C)C(C)(C)O</smiles>
+</species>
+<species species_name="ME2BU2OLO" species_number="s600">
+<smiles>CC([O])C(C)(C)O</smiles>
+</species>
+<species species_name="C4ME3HO23" species_number="s601">
+<smiles>CC(O)C(C)(C)O</smiles>
+</species>
+<species species_name="MIPKAOH" species_number="s602">
+<smiles>CC(=O)C(C)(C)O</smiles>
+</species>
+<species species_name="PROL11MOOH" species_number="s603">
+<smiles>CC(O)(COO)CC</smiles>
+</species>
+<species species_name="PROL11MNO3" species_number="s604">
+<smiles>CCC(C)(O)CON(=O)=O</smiles>
+</species>
+<species species_name="PROL11MO" species_number="s605">
+<smiles>CCC(C)(O)C[O]</smiles>
+</species>
+<species species_name="PROL1MCHO" species_number="s606">
+<smiles>CC(O)(CC)C=O</smiles>
+</species>
+<species species_name="H2M3C4OOH" species_number="s607">
+<smiles>OOCC(C)C(C)O</smiles>
+</species>
+<species species_name="H2M3C4NO3" species_number="s608">
+<smiles>O=N(=O)OCC(C)C(C)O</smiles>
+</species>
+<species species_name="H2M3C4O" species_number="s609">
+<smiles>[O]CC(C)C(C)O</smiles>
+</species>
+<species species_name="HO2C43CHO" species_number="s610">
+<smiles>CC(C=O)C(C)O</smiles>
+</species>
+<species species_name="ME2BUOLOOH" species_number="s611">
+<smiles>OOC(C)(C)C(C)O</smiles>
+</species>
+<species species_name="ME2BUOLNO3" species_number="s612">
+<smiles>O=N(=O)OC(C)(C)C(C)O</smiles>
+</species>
+<species species_name="ME2BUOLO" species_number="s613">
+<smiles>CC(O)C(C)(C)[O]</smiles>
+</species>
+<species species_name="CYHXOLAOOH" species_number="s614">
+<smiles>OOC1CCCCC1O</smiles>
+</species>
+<species species_name="CYHEXOLAO" species_number="s615">
+<smiles>OC1CCCCC1[O]</smiles>
+</species>
+<species species_name="CYHXOLANO3" species_number="s616">
+<smiles>O=N(=O)OC1CCCCC1O</smiles>
+</species>
+<species species_name="CYHXDIOLA" species_number="s617">
+<smiles>OC1CCCCC1O</smiles>
+</species>
+<species species_name="CYHXOLACO" species_number="s618">
+<smiles>OC1CCCCC1=O</smiles>
+</species>
+<species species_name="MIBKOHAOOH" species_number="s619">
+<smiles>OOC(C(=O)C)C(C)(C)O</smiles>
+</species>
+<species species_name="MIBKAOHAO" species_number="s620">
+<smiles>CC(=O)C([O])C(C)(C)O</smiles>
+</species>
+<species species_name="MIBKAOH3CO" species_number="s621">
+<smiles>CC(=O)C(=O)C(C)(C)O</smiles>
+</species>
+<species species_name="MIBKOH34" species_number="s622">
+<smiles>CC(=O)C(O)C(C)(C)O</smiles>
+</species>
+<species species_name="MIBKOHBOOH" species_number="s623">
+<smiles>OOCC(C)(O)CC(=O)C</smiles>
+</species>
+<species species_name="MIBKAOHBO" species_number="s624">
+<smiles>CC(O)(CC(=O)C)C[O]</smiles>
+</species>
+<species species_name="MIBKAOHNO3" species_number="s625">
+<smiles>O=N(=O)OCC(C)(O)CC(=O)C</smiles>
+</species>
+<species species_name="C64OH" species_number="s626">
+<smiles>CC(O)(CC(=O)C)CO</smiles>
+</species>
+<species species_name="C65OH" species_number="s627">
+<smiles>O=CC(C)(O)CC(=O)C</smiles>
+</species>
+<species species_name="MIBKHO4OOH" species_number="s628">
+<smiles>OOCC(=O)CC(C)(C)O</smiles>
+</species>
+<species species_name="MIBKHO4O" species_number="s629">
+<smiles>[O]CC(=O)CC(C)(C)O</smiles>
+</species>
+<species species_name="MIBKHO14" species_number="s630">
+<smiles>OCC(=O)CC(C)(C)O</smiles>
+</species>
+<species species_name="MIBKHO4CHO" species_number="s631">
+<smiles>O=CC(=O)CC(C)(C)O</smiles>
+</species>
+<species species_name="CH3CO3H" species_number="s632">
+<smiles>CC(=O)OO</smiles>
+</species>
+<species species_name="PAN" species_number="s633">
+<smiles>CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="HOCH2CO3" species_number="s634">
+<smiles>OCC(=O)O[O]</smiles>
+</species>
+<species species_name="CH3CHOHCO3" species_number="s635">
+<smiles>[O]OC(=O)C(C)O</smiles>
+</species>
+<species species_name="NMBOAOOH" species_number="s636">
+<smiles>OOC(CON(=O)=O)C(C)(C)O</smiles>
+</species>
+<species species_name="NMBOAO" species_number="s637">
+<smiles>O=N(=O)OCC([O])C(C)(C)O</smiles>
+</species>
+<species species_name="C4MCONO3OH" species_number="s638">
+<smiles>O=N(=O)OCC(=O)C(C)(C)O</smiles>
+</species>
+<species species_name="MBOBNO3" species_number="s639">
+<smiles>O=N(=O)OCC(O)C(C)(C)O</smiles>
+</species>
+<species species_name="NMBOBOOH" species_number="s640">
+<smiles>OOCC(ON(=O)=O)C(C)(C)O</smiles>
+</species>
+<species species_name="NMBOBO" species_number="s641">
+<smiles>[O]CC(ON(=O)=O)C(C)(C)O</smiles>
+</species>
+<species species_name="MBOANO3" species_number="s642">
+<smiles>OCC(ON(=O)=O)C(C)(C)O</smiles>
+</species>
+<species species_name="NMBOBCO" species_number="s643">
+<smiles>O=CC(ON(=O)=O)C(C)(C)O</smiles>
+</species>
+<species species_name="MBOOO" species_number="s644">
+<smiles>[O-][O+]=CC(C)(C)O</smiles>
+</species>
+<species species_name="IPRHOCO3" species_number="s645">
+<smiles>[O]OC(=O)C(C)(C)O</smiles>
+</species>
+<species species_name="CH2OO" species_number="s646">
+<smiles>[O-][O+]=C</smiles>
+</species>
+<species species_name="MBOAOOH" species_number="s647">
+<smiles>OCC(OO)C(C)(C)O</smiles>
+</species>
+<species species_name="MBOAO" species_number="s648">
+<smiles>OCC([O])C(C)(C)O</smiles>
+</species>
+<species species_name="MBOACO" species_number="s649">
+<smiles>OCC(=O)C(C)(C)O</smiles>
+</species>
+<species species_name="MBOAOH" species_number="s650">
+<smiles>OCC(O)C(C)(C)O</smiles>
+</species>
+<species species_name="MBOBOOH" species_number="s651">
+<smiles>OOCC(O)C(C)(C)O</smiles>
+</species>
+<species species_name="MBOBO" species_number="s652">
+<smiles>[O]CC(O)C(C)(C)O</smiles>
+</species>
+<species species_name="MBOBCO" species_number="s653">
+<smiles>O=CC(O)C(C)(C)O</smiles>
+</species>
+<species species_name="CH3OOH" species_number="s654">
+<smiles>COO</smiles>
+</species>
+<species species_name="CH3NO3" species_number="s655">
+<smiles>CON(=O)=O</smiles>
+</species>
+<species species_name="CH3O" species_number="s656">
+<smiles>C[O]</smiles>
+</species>
+<species species_name="CH3O2NO2" species_number="s657">
+<smiles>COON(=O)=O</smiles>
+</species>
+<species species_name="HCOCH2OOH" species_number="s658">
+<smiles>OOCC=O</smiles>
+</species>
+<species species_name="HCOCH2O" species_number="s659">
+<smiles>[O]CC=O</smiles>
+</species>
+<species species_name="PERPROACID" species_number="s660">
+<smiles>CCC(=O)OO</smiles>
+</species>
+<species species_name="PPN" species_number="s661">
+<smiles>CCC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C2H5OOH" species_number="s662">
+<smiles>CCOO</smiles>
+</species>
+<species species_name="C2H5NO3" species_number="s663">
+<smiles>CCON(=O)=O</smiles>
+</species>
+<species species_name="BUTACID" species_number="s664">
+<smiles>CCCC(=O)O</smiles>
+</species>
+<species species_name="PERBUACID" species_number="s665">
+<smiles>CCCC(=O)OO</smiles>
+</species>
+<species species_name="PBN" species_number="s666">
+<smiles>CCCC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="BUTALO2H" species_number="s667">
+<smiles>CC(CC=O)OO</smiles>
+</species>
+<species species_name="BUTALNO3" species_number="s668">
+<smiles>O=CCC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="BUTALO" species_number="s669">
+<smiles>CC([O])CC=O</smiles>
+</species>
+<species species_name="CO2C3CHO" species_number="s670">
+<smiles>O=CCC(=O)C</smiles>
+</species>
+<species species_name="HO2C3CHO" species_number="s671">
+<smiles>CC(O)CC=O</smiles>
+</species>
+<species species_name="NC3H7OOH" species_number="s672">
+<smiles>CCCOO</smiles>
+</species>
+<species species_name="NC3H7NO3" species_number="s673">
+<smiles>CCCON(=O)=O</smiles>
+</species>
+<species species_name="NC3H7O" species_number="s674">
+<smiles>CCC[O]</smiles>
+</species>
+<species species_name="IBUTACID" species_number="s675">
+<smiles>CC(C)C(=O)O</smiles>
+</species>
+<species species_name="PERIBUACID" species_number="s676">
+<smiles>OOC(=O)C(C)C</smiles>
+</species>
+<species species_name="PIPN" species_number="s677">
+<smiles>O=N(=O)OOC(=O)C(C)C</smiles>
+</species>
+<species species_name="IBUTALBO2H" species_number="s678">
+<smiles>CC(COO)C=O</smiles>
+</species>
+<species species_name="IBUALANO3" species_number="s679">
+<smiles>O=CC(C)CON(=O)=O</smiles>
+</species>
+<species species_name="IBUTALBO" species_number="s680">
+<smiles>CC(C[O])C=O</smiles>
+</species>
+<species species_name="IBUTDIAL" species_number="s681">
+<smiles>O=CC(C)C=O</smiles>
+</species>
+<species species_name="IBUTALO2H" species_number="s682">
+<smiles>OOC(C)(C)C=O</smiles>
+</species>
+<species species_name="M2PROPAL2O" species_number="s683">
+<smiles>O=CC(C)(C)[O]</smiles>
+</species>
+<species species_name="IC3H7OOH" species_number="s684">
+<smiles>OOC(C)C</smiles>
+</species>
+<species species_name="IC3H7NO3" species_number="s685">
+<smiles>CC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="IC3H7O" species_number="s686">
+<smiles>CC(C)[O]</smiles>
+</species>
+<species species_name="PENTACID" species_number="s687">
+<smiles>CCCCC(=O)O</smiles>
+</species>
+<species species_name="PERPENACID" species_number="s688">
+<smiles>CCCCC(=O)OO</smiles>
+</species>
+<species species_name="PPEN" species_number="s689">
+<smiles>CCCCC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C4CHOBOOH" species_number="s690">
+<smiles>CCC(CC=O)OO</smiles>
+</species>
+<species species_name="C4CHOBNO3" species_number="s691">
+<smiles>O=CCC(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="C4CHOBO" species_number="s692">
+<smiles>CCC([O])CC=O</smiles>
+</species>
+<species species_name="CO3C4CHO" species_number="s693">
+<smiles>CCC(=O)CC=O</smiles>
+</species>
+<species species_name="NC4H9OOH" species_number="s694">
+<smiles>CCCCOO</smiles>
+</species>
+<species species_name="NC4H9NO3" species_number="s695">
+<smiles>CCCCON(=O)=O</smiles>
+</species>
+<species species_name="NC4H9O" species_number="s696">
+<smiles>CCCC[O]</smiles>
+</species>
+<species species_name="ACO2H" species_number="s697">
+<smiles>OC(=O)C=C</smiles>
+</species>
+<species species_name="ACO3H" species_number="s698">
+<smiles>OOC(=O)C=C</smiles>
+</species>
+<species species_name="ACRPAN" species_number="s699">
+<smiles>C=CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="HOCHOCOOH" species_number="s700">
+<smiles>OCC(OO)C=O</smiles>
+</species>
+<species species_name="CHOCOHCO" species_number="s701">
+<smiles>[O]C(CO)C=O</smiles>
+</species>
+<species species_name="HOCH2COCHO" species_number="s702">
+<smiles>OCC(=O)C=O</smiles>
+</species>
+<species species_name="OCCOHCOH" species_number="s703">
+<smiles>OC(CO)C=O</smiles>
+</species>
+<species species_name="C32OH13CO" species_number="s704">
+<smiles>O=CC(O)C=O</smiles>
+</species>
+<species species_name="OCCOHCOOH" species_number="s705">
+<smiles>OC(COO)C=O</smiles>
+</species>
+<species species_name="C42AOH" species_number="s706">
+<smiles>O=CC(O)CON(=O)=O</smiles>
+</species>
+<species species_name="OCCOHCO" species_number="s707">
+<smiles>OC(C[O])C=O</smiles>
+</species>
+<species species_name="HCOCO" species_number="s708">
+<smiles>O=[C]C=O</smiles>
+</species>
+<species species_name="GLYOO" species_number="s709">
+<smiles>[O-][O+]=CC=O</smiles>
+</species>
+<species species_name="MACO2H" species_number="s710">
+<smiles>CC(=C)C(=O)O</smiles>
+</species>
+<species species_name="MACO3H" species_number="s711">
+<smiles>CC(=C)C(=O)OO</smiles>
+</species>
+<species species_name="MPAN" species_number="s712">
+<smiles>O=N(=O)OOC(=O)C(=C)C</smiles>
+</species>
+<species species_name="MGLYOO" species_number="s713">
+<smiles>[O-][O+]=C(C)C=O</smiles>
+</species>
+<species species_name="MACROOH" species_number="s714">
+<smiles>OCC(C)(OO)C=O</smiles>
+</species>
+<species species_name="MACRNO3" species_number="s715">
+<smiles>OCC(C)(C=O)ON(=O)=O</smiles>
+</species>
+<species species_name="MACRO" species_number="s716">
+<smiles>CC([O])(CO)C=O</smiles>
+</species>
+<species species_name="MACROH" species_number="s717">
+<smiles>CC(O)(CO)C=O</smiles>
+</species>
+<species species_name="MACROHOOH" species_number="s718">
+<smiles>CC(O)(COO)C=O</smiles>
+</species>
+<species species_name="MACRNB" species_number="s719">
+<smiles>O=CC(C)(O)CON(=O)=O</smiles>
+</species>
+<species species_name="MACROHO" species_number="s720">
+<smiles>CC(O)(C[O])C=O</smiles>
+</species>
+<species species_name="C3MDIALOH" species_number="s721">
+<smiles>O=CC(C)(O)C=O</smiles>
+</species>
+<species species_name="C3DBCO3H" species_number="s722">
+<smiles>CC=CC(=O)OO</smiles>
+</species>
+<species species_name="C3H5CO2H" species_number="s723">
+<smiles>C/C=C/C(=O)O</smiles>
+</species>
+<species species_name="C3DBPAN" species_number="s724">
+<smiles>CC=CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C4CONO3OOH" species_number="s725">
+<smiles>OOC(C)C(C=O)ON(=O)=O</smiles>
+</species>
+<species species_name="C4CONO3O" species_number="s726">
+<smiles>O=CC(ON(=O)=O)C(C)[O]</smiles>
+</species>
+<species species_name="C4CONO3CO" species_number="s727">
+<smiles>O=CC(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="COCCOHNO3" species_number="s728">
+<smiles>O=CC(ON(=O)=O)C(C)O</smiles>
+</species>
+<species species_name="C4NO3COOOH" species_number="s729">
+<smiles>OOC(C=O)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C4NO3OCO" species_number="s730">
+<smiles>O=CC([O])C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C4OCCOHNO3" species_number="s731">
+<smiles>O=CC(O)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="CH3CHOO" species_number="s732">
+<smiles>[O-][O+]=CC</smiles>
+</species>
+<species species_name="C4OCCOHOOH" species_number="s733">
+<smiles>OOC(C)C(O)C=O</smiles>
+</species>
+<species species_name="C4OCCOHCO" species_number="s734">
+<smiles>CC([O])C(O)C=O</smiles>
+</species>
+<species species_name="C4OCCOHCOH" species_number="s735">
+<smiles>CC(O)C(O)C=O</smiles>
+</species>
+<species species_name="CO2H3CHO" species_number="s736">
+<smiles>O=CC(O)C(=O)C</smiles>
+</species>
+<species species_name="COCCOHCOOH" species_number="s737">
+<smiles>OOC(C=O)C(C)O</smiles>
+</species>
+<species species_name="COCCOHCO" species_number="s738">
+<smiles>CC(O)C([O])C=O</smiles>
+</species>
+<species species_name="CCOCOCOH" species_number="s739">
+<smiles>CC(O)C(=O)C=O</smiles>
+</species>
+<species species_name="SC4H9OOH" species_number="s740">
+<smiles>CC(CC)OO</smiles>
+</species>
+<species species_name="SC4H9NO3" species_number="s741">
+<smiles>CCC(C)O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="SC4H9O" species_number="s742">
+<smiles>CCC(C)[O]</smiles>
+</species>
+<species species_name="IC4H9OOH" species_number="s743">
+<smiles>OOCC(C)C</smiles>
+</species>
+<species species_name="IC4H9NO3" species_number="s744">
+<smiles>CC(C)CON(=O)=O</smiles>
+</species>
+<species species_name="IC4H9O" species_number="s745">
+<smiles>[O]CC(C)C</smiles>
+</species>
+<species species_name="TC4H9OOH" species_number="s746">
+<smiles>OOC(C)(C)C</smiles>
+</species>
+<species species_name="TC4H9NO3" species_number="s747">
+<smiles>O=N(=O)OC(C)(C)C</smiles>
+</species>
+<species species_name="PEAOOH" species_number="s748">
+<smiles>CCCCCOO</smiles>
+</species>
+<species species_name="PEANO3" species_number="s749">
+<smiles>CCCCCON(=O)=O</smiles>
+</species>
+<species species_name="PEAO" species_number="s750">
+<smiles>CCCCC[O]</smiles>
+</species>
+<species species_name="PEAOH" species_number="s751">
+<smiles>CCCCCO</smiles>
+</species>
+<species species_name="PEBOOH" species_number="s752">
+<smiles>CC(CCC)OO</smiles>
+</species>
+<species species_name="PEBNO3" species_number="s753">
+<smiles>CCCC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="PEBO" species_number="s754">
+<smiles>CCCC(C)[O]</smiles>
+</species>
+<species species_name="PEBOH" species_number="s755">
+<smiles>CCCC(C)O</smiles>
+</species>
+<species species_name="PECOOH" species_number="s756">
+<smiles>CCC(CC)OO</smiles>
+</species>
+<species species_name="PECNO3" species_number="s757">
+<smiles>CCC(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="PECO" species_number="s758">
+<smiles>CCC([O])CC</smiles>
+</species>
+<species species_name="IPEAOOH" species_number="s759">
+<smiles>CC(COO)CC</smiles>
+</species>
+<species species_name="IPEANO3" species_number="s760">
+<smiles>CCC(C)CON(=O)=O</smiles>
+</species>
+<species species_name="IPEAO" species_number="s761">
+<smiles>CCC(C)C[O]</smiles>
+</species>
+<species species_name="IPEBOOH" species_number="s762">
+<smiles>OOC(C)C(C)C</smiles>
+</species>
+<species species_name="IPEBNO3" species_number="s763">
+<smiles>O=N(=O)OC(C)C(C)C</smiles>
+</species>
+<species species_name="IPEBO" species_number="s764">
+<smiles>CC([O])C(C)C</smiles>
+</species>
+<species species_name="IPECOOH" species_number="s765">
+<smiles>CCC(C)(C)OO</smiles>
+</species>
+<species species_name="IPECNO3" species_number="s766">
+<smiles>CCC(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="IPECO" species_number="s767">
+<smiles>CCC(C)(C)[O]</smiles>
+</species>
+<species species_name="NEOPOOH" species_number="s768">
+<smiles>OOCC(C)(C)C</smiles>
+</species>
+<species species_name="NEOPNO3" species_number="s769">
+<smiles>O=N(=O)OCC(C)(C)C</smiles>
+</species>
+<species species_name="NEOPO" species_number="s770">
+<smiles>[O]CC(C)(C)C</smiles>
+</species>
+<species species_name="NEOPOH" species_number="s771">
+<smiles>OCC(C)(C)C</smiles>
+</species>
+<species species_name="TBUTCHO" species_number="s772">
+<smiles>O=CC(C)(C)C</smiles>
+</species>
+<species species_name="HEXAOOH" species_number="s773">
+<smiles>CCCCCCOO</smiles>
+</species>
+<species species_name="HEXANO3" species_number="s774">
+<smiles>CCCCCCON(=O)=O</smiles>
+</species>
+<species species_name="HEXAO" species_number="s775">
+<smiles>CCCCCC[O]</smiles>
+</species>
+<species species_name="C5H11CHO" species_number="s776">
+<smiles>CCCCCC=O</smiles>
+</species>
+<species species_name="HEXAOH" species_number="s777">
+<smiles>CCCCCCO</smiles>
+</species>
+<species species_name="HEXBOOH" species_number="s778">
+<smiles>CC(CCCC)OO</smiles>
+</species>
+<species species_name="HEXBNO3" species_number="s779">
+<smiles>CCCCC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="HEXBO" species_number="s780">
+<smiles>CCCCC(C)[O]</smiles>
+</species>
+<species species_name="HEXBOH" species_number="s781">
+<smiles>CCCCC(C)O</smiles>
+</species>
+<species species_name="HEXCOOH" species_number="s782">
+<smiles>CCCC(CC)OO</smiles>
+</species>
+<species species_name="HEXCNO3" species_number="s783">
+<smiles>CCCC(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="HEXCO" species_number="s784">
+<smiles>CCCC([O])CC</smiles>
+</species>
+<species species_name="HEXCOH" species_number="s785">
+<smiles>CCCC(O)CC</smiles>
+</species>
+<species species_name="M2PEAOOH" species_number="s786">
+<smiles>CCCC(C)COO</smiles>
+</species>
+<species species_name="M2PEANO3" species_number="s787">
+<smiles>CCCC(C)CON(=O)=O</smiles>
+</species>
+<species species_name="M2PEAO" species_number="s788">
+<smiles>CCCC(C)C[O]</smiles>
+</species>
+<species species_name="C54CHO" species_number="s789">
+<smiles>CC(CCC)C=O</smiles>
+</species>
+<species species_name="M2PEAOH" species_number="s790">
+<smiles>CCCC(C)CO</smiles>
+</species>
+<species species_name="M2PEBOOH" species_number="s791">
+<smiles>OOC(C)CC(C)C</smiles>
+</species>
+<species species_name="M2PEBNO3" species_number="s792">
+<smiles>CC(C)CC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="M2PEBO" species_number="s793">
+<smiles>CC(C)CC(C)[O]</smiles>
+</species>
+<species species_name="M2PEBOH" species_number="s794">
+<smiles>CC(C)CC(C)O</smiles>
+</species>
+<species species_name="M2PECOOH" species_number="s795">
+<smiles>CCC(OO)C(C)C</smiles>
+</species>
+<species species_name="M2PECNO3" species_number="s796">
+<smiles>CCC(ON(=O)=O)C(C)C</smiles>
+</species>
+<species species_name="M2PECO" species_number="s797">
+<smiles>CCC([O])C(C)C</smiles>
+</species>
+<species species_name="EIPK" species_number="s798">
+<smiles>CCC(=O)C(C)C</smiles>
+</species>
+<species species_name="M2PECOH" species_number="s799">
+<smiles>CCC(O)C(C)C</smiles>
+</species>
+<species species_name="M2PEDOOH" species_number="s800">
+<smiles>CCCC(C)(C)OO</smiles>
+</species>
+<species species_name="M2PEDNO3" species_number="s801">
+<smiles>CCCC(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="M2PEDO" species_number="s802">
+<smiles>CCCC(C)(C)[O]</smiles>
+</species>
+<species species_name="M2PEDOH" species_number="s803">
+<smiles>CCCC(C)(C)O</smiles>
+</species>
+<species species_name="M3PEAOOH" species_number="s804">
+<smiles>CC(CCOO)CC</smiles>
+</species>
+<species species_name="M3PEANO3" species_number="s805">
+<smiles>CCC(C)CCON(=O)=O</smiles>
+</species>
+<species species_name="M3PEAO" species_number="s806">
+<smiles>[O]CCC(C)CC</smiles>
+</species>
+<species species_name="M3C4CHO" species_number="s807">
+<smiles>CC(CC=O)CC</smiles>
+</species>
+<species species_name="M3PEAOH" species_number="s808">
+<smiles>OCCC(C)CC</smiles>
+</species>
+<species species_name="M3PEBOOH" species_number="s809">
+<smiles>CCC(C)C(C)OO</smiles>
+</species>
+<species species_name="M3PEBNO3" species_number="s810">
+<smiles>CCC(C)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="M3PEBO" species_number="s811">
+<smiles>CCC(C)C(C)[O]</smiles>
+</species>
+<species species_name="M2BK" species_number="s812">
+<smiles>CCC(C)C(=O)C</smiles>
+</species>
+<species species_name="M3PEBOH" species_number="s813">
+<smiles>CCC(C)C(C)O</smiles>
+</species>
+<species species_name="M3PECOOH" species_number="s814">
+<smiles>CCC(C)(CC)OO</smiles>
+</species>
+<species species_name="M3PECNO3" species_number="s815">
+<smiles>CCC(C)(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="M3PECO" species_number="s816">
+<smiles>CCC(C)([O])CC</smiles>
+</species>
+<species species_name="M3PECOH" species_number="s817">
+<smiles>CCC(C)(O)CC</smiles>
+</species>
+<species species_name="M22C43OOH" species_number="s818">
+<smiles>OOC(C)C(C)(C)C</smiles>
+</species>
+<species species_name="M22C43NO3" species_number="s819">
+<smiles>O=N(=O)OC(C)C(C)(C)C</smiles>
+</species>
+<species species_name="M22C43O" species_number="s820">
+<smiles>CC([O])C(C)(C)C</smiles>
+</species>
+<species species_name="M22C43OH" species_number="s821">
+<smiles>CC(O)C(C)(C)C</smiles>
+</species>
+<species species_name="M22C4OOH" species_number="s822">
+<smiles>OOCCC(C)(C)C</smiles>
+</species>
+<species species_name="M22C4NO3" species_number="s823">
+<smiles>O=N(=O)OCCC(C)(C)C</smiles>
+</species>
+<species species_name="M22C4O" species_number="s824">
+<smiles>[O]CCC(C)(C)C</smiles>
+</species>
+<species species_name="M22C3CHO" species_number="s825">
+<smiles>O=CCC(C)(C)C</smiles>
+</species>
+<species species_name="M22C4OH" species_number="s826">
+<smiles>OCCC(C)(C)C</smiles>
+</species>
+<species species_name="M33C4OOH" species_number="s827">
+<smiles>OOCC(C)(C)CC</smiles>
+</species>
+<species species_name="M33C4NO3" species_number="s828">
+<smiles>CCC(C)(C)CON(=O)=O</smiles>
+</species>
+<species species_name="M33C4O" species_number="s829">
+<smiles>CCC(C)(C)C[O]</smiles>
+</species>
+<species species_name="M33C3CHO" species_number="s830">
+<smiles>CCC(C)(C)C=O</smiles>
+</species>
+<species species_name="M33C4OH" species_number="s831">
+<smiles>CCC(C)(C)CO</smiles>
+</species>
+<species species_name="M23C43OOH" species_number="s832">
+<smiles>OOC(C)(C)C(C)C</smiles>
+</species>
+<species species_name="M23C43NO3" species_number="s833">
+<smiles>O=N(=O)OC(C)(C)C(C)C</smiles>
+</species>
+<species species_name="M23C43O" species_number="s834">
+<smiles>CC(C)C(C)(C)[O]</smiles>
+</species>
+<species species_name="M23C43OH" species_number="s835">
+<smiles>CC(C)C(C)(C)O</smiles>
+</species>
+<species species_name="M23C4OOH" species_number="s836">
+<smiles>OOCC(C)C(C)C</smiles>
+</species>
+<species species_name="M23C4NO3" species_number="s837">
+<smiles>O=N(=O)OCC(C)C(C)C</smiles>
+</species>
+<species species_name="M23C4O" species_number="s838">
+<smiles>[O]CC(C)C(C)C</smiles>
+</species>
+<species species_name="M23C4OH" species_number="s839">
+<smiles>OCC(C)C(C)C</smiles>
+</species>
+<species species_name="M2C43CHO" species_number="s840">
+<smiles>O=CC(C)C(C)C</smiles>
+</species>
+<species species_name="HEPTOOH" species_number="s841">
+<smiles>CCCCC(CC)OO</smiles>
+</species>
+<species species_name="HEPTNO3" species_number="s842">
+<smiles>CCCCC(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="HEPTO" species_number="s843">
+<smiles>CCCCC([O])CC</smiles>
+</species>
+<species species_name="HEPT3ONE" species_number="s844">
+<smiles>CCCCC(=O)CC</smiles>
+</species>
+<species species_name="HEPTOH" species_number="s845">
+<smiles>CCCCC(O)CC</smiles>
+</species>
+<species species_name="M2HEXAOOH" species_number="s846">
+<smiles>OOC(C)CCC(C)C</smiles>
+</species>
+<species species_name="M2HEXANO3" species_number="s847">
+<smiles>CC(C)CCC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="M2HEXAO" species_number="s848">
+<smiles>CC(C)CCC(C)[O]</smiles>
+</species>
+<species species_name="M2CO5C6" species_number="s849">
+<smiles>CC(C)CCC(=O)C</smiles>
+</species>
+<species species_name="M2HEXAOH" species_number="s850">
+<smiles>CC(C)CCC(C)O</smiles>
+</species>
+<species species_name="M2HEXBOOH" species_number="s851">
+<smiles>CCCCC(C)(C)OO</smiles>
+</species>
+<species species_name="M2HEXBNO3" species_number="s852">
+<smiles>CCCCC(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="M2HEXBO" species_number="s853">
+<smiles>CCCCC(C)(C)[O]</smiles>
+</species>
+<species species_name="M2HEXBOH" species_number="s854">
+<smiles>CCCCC(C)(C)O</smiles>
+</species>
+<species species_name="M3HEXAOOH" species_number="s855">
+<smiles>CCC(C)CC(C)OO</smiles>
+</species>
+<species species_name="M3HEXANO3" species_number="s856">
+<smiles>CCC(C)CC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="M3HEXAO" species_number="s857">
+<smiles>CCC(C)CC(C)[O]</smiles>
+</species>
+<species species_name="M3CO5C6" species_number="s858">
+<smiles>CCC(C)CC(=O)C</smiles>
+</species>
+<species species_name="M3HEXAOH" species_number="s859">
+<smiles>CCC(C)CC(C)O</smiles>
+</species>
+<species species_name="M3HEXBOOH" species_number="s860">
+<smiles>CCCC(C)(CC)OO</smiles>
+</species>
+<species species_name="M3HEXBNO3" species_number="s861">
+<smiles>CCCC(C)(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="M3HEXBO" species_number="s862">
+<smiles>CCCC(C)([O])CC</smiles>
+</species>
+<species species_name="M3HEXBOH" species_number="s863">
+<smiles>CCCC(C)(O)CC</smiles>
+</species>
+<species species_name="OCTOOH" species_number="s864">
+<smiles>CCCCCC(CC)OO</smiles>
+</species>
+<species species_name="OCTNO3" species_number="s865">
+<smiles>CCCCCC(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="OCTO" species_number="s866">
+<smiles>CCCCCC([O])CC</smiles>
+</species>
+<species species_name="OCT3ONE" species_number="s867">
+<smiles>CCCCCC(=O)CC</smiles>
+</species>
+<species species_name="OCTOH" species_number="s868">
+<smiles>CCCCCC(O)CC</smiles>
+</species>
+<species species_name="NONOOH" species_number="s869">
+<smiles>CCCCCCC(CC)OO</smiles>
+</species>
+<species species_name="NONNO3" species_number="s870">
+<smiles>CCCCCCC(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="NONO" species_number="s871">
+<smiles>CCCCCCC([O])CC</smiles>
+</species>
+<species species_name="NON3ONE" species_number="s872">
+<smiles>CCCCCCC(=O)CC</smiles>
+</species>
+<species species_name="NONOH" species_number="s873">
+<smiles>CCCCCCC(O)CC</smiles>
+</species>
+<species species_name="DECOOH" species_number="s874">
+<smiles>CCCCCCCC(CC)OO</smiles>
+</species>
+<species species_name="DECNO3" species_number="s875">
+<smiles>CCCCCCCC(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="DECO" species_number="s876">
+<smiles>CCCCCCCC([O])CC</smiles>
+</species>
+<species species_name="DEC3ONE" species_number="s877">
+<smiles>CCCCCCCC(=O)CC</smiles>
+</species>
+<species species_name="DECOH" species_number="s878">
+<smiles>CCCCCCCC(O)CC</smiles>
+</species>
+<species species_name="UDECOOH" species_number="s879">
+<smiles>CCCCCCCCC(CC)OO</smiles>
+</species>
+<species species_name="UDECNO3" species_number="s880">
+<smiles>CCCCCCCCC(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="UDECO" species_number="s881">
+<smiles>CCCCCCCCC([O])CC</smiles>
+</species>
+<species species_name="UDEC3ONE" species_number="s882">
+<smiles>CCCCCCCCC(=O)CC</smiles>
+</species>
+<species species_name="UDECOH" species_number="s883">
+<smiles>CCCCCCCCC(O)CC</smiles>
+</species>
+<species species_name="DDECOOH" species_number="s884">
+<smiles>CCCCCCCCCC(CC)OO</smiles>
+</species>
+<species species_name="DDECNO3" species_number="s885">
+<smiles>CCCCCCCCCC(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="DDECO" species_number="s886">
+<smiles>CCCCCCCCCC([O])CC</smiles>
+</species>
+<species species_name="DDEC3ONE" species_number="s887">
+<smiles>CCCCCCCCCC(=O)CC</smiles>
+</species>
+<species species_name="DDECOH" species_number="s888">
+<smiles>CCCCCCCCCC(O)CC</smiles>
+</species>
+<species species_name="CHEXOOH" species_number="s889">
+<smiles>OOC1CCCCC1</smiles>
+</species>
+<species species_name="CHEXNO3" species_number="s890">
+<smiles>O=N(=O)OC1CCCCC1</smiles>
+</species>
+<species species_name="CHEXO" species_number="s891">
+<smiles>[O]C1CCCCC1</smiles>
+</species>
+<species species_name="ETHO2HNO3" species_number="s892">
+<smiles>OOCCON(=O)=O</smiles>
+</species>
+<species species_name="ETHENO3O" species_number="s893">
+<smiles>[O]CCON(=O)=O</smiles>
+</species>
+<species species_name="NO3CH2CHO" species_number="s894">
+<smiles>O=CCON(=O)=O</smiles>
+</species>
+<species species_name="PR1O2HNO3" species_number="s895">
+<smiles>OOCC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="PRONO3AO" species_number="s896">
+<smiles>[O]CC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="CHOPRNO3" species_number="s897">
+<smiles>O=CC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="PR2O2HNO3" species_number="s898">
+<smiles>OOC(C)CON(=O)=O</smiles>
+</species>
+<species species_name="PRONO3BO" species_number="s899">
+<smiles>CC([O])CON(=O)=O</smiles>
+</species>
+<species species_name="NOA" species_number="s900">
+<smiles>CC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="BU1ENO3OOH" species_number="s901">
+<smiles>CCC(OO)CON(=O)=O</smiles>
+</species>
+<species species_name="BU1ENO3O" species_number="s902">
+<smiles>CCC([O])CON(=O)=O</smiles>
+</species>
+<species species_name="CO3C4NO3" species_number="s903">
+<smiles>CCC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="HO3C4NO3" species_number="s904">
+<smiles>CCC(O)CON(=O)=O</smiles>
+</species>
+<species species_name="C43NO34OOH" species_number="s905">
+<smiles>OOCC(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="C43NO34O" species_number="s906">
+<smiles>CCC(C[O])ON(=O)=O</smiles>
+</species>
+<species species_name="BUTAL2NO3" species_number="s907">
+<smiles>CCC(C=O)ON(=O)=O</smiles>
+</species>
+<species species_name="C2H5CHOO" species_number="s908">
+<smiles>[O-][O+]=CCC</smiles>
+</species>
+<species species_name="HO3C4OOH" species_number="s909">
+<smiles>CCC(O)COO</smiles>
+</species>
+<species species_name="HO3C4O" species_number="s910">
+<smiles>CCC(O)C[O]</smiles>
+</species>
+<species species_name="HO3C3CHO" species_number="s911">
+<smiles>CCC(O)C=O</smiles>
+</species>
+<species species_name="C42NO33OOH" species_number="s912">
+<smiles>OOC(C)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C42NO33O" species_number="s913">
+<smiles>O=N(=O)OC(C)C(C)[O]</smiles>
+</species>
+<species species_name="BUTONENO3" species_number="s914">
+<smiles>O=N(=O)OC(C)C(=O)C</smiles>
+</species>
+<species species_name="MPRANO3OOH" species_number="s915">
+<smiles>OOC(C)(C)CON(=O)=O</smiles>
+</species>
+<species species_name="MPRANO3O" species_number="s916">
+<smiles>O=N(=O)OCC(C)(C)[O]</smiles>
+</species>
+<species species_name="MPRBNO3OOH" species_number="s917">
+<smiles>OOCC(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="MPRBNO3O" species_number="s918">
+<smiles>[O]CC(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="MPRBNO3CHO" species_number="s919">
+<smiles>O=CC(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="CH3CCH3OO" species_number="s920">
+<smiles>[O-][O+]=C(C)C</smiles>
+</species>
+<species species_name="C51NO32OOH" species_number="s921">
+<smiles>CCCC(OO)CON(=O)=O</smiles>
+</species>
+<species species_name="C51NO32O" species_number="s922">
+<smiles>CCCC([O])CON(=O)=O</smiles>
+</species>
+<species species_name="C51NO32CO" species_number="s923">
+<smiles>CCCC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="PE1ENEBNO3" species_number="s924">
+<smiles>CCCC(O)CON(=O)=O</smiles>
+</species>
+<species species_name="C52NO31OOH" species_number="s925">
+<smiles>CCCC(COO)ON(=O)=O</smiles>
+</species>
+<species species_name="C52NO31O" species_number="s926">
+<smiles>CCCC(C[O])ON(=O)=O</smiles>
+</species>
+<species species_name="C52NO31CO" species_number="s927">
+<smiles>CCCC(C=O)ON(=O)=O</smiles>
+</species>
+<species species_name="PE1ENEANO3" species_number="s928">
+<smiles>CCCC(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="C3H7CHOO" species_number="s929">
+<smiles>[O-][O+]=CCCC</smiles>
+</species>
+<species species_name="C51OH2OOH" species_number="s930">
+<smiles>CCCC(CO)OO</smiles>
+</species>
+<species species_name="PE1ENEAO" species_number="s931">
+<smiles>CCCC([O])CO</smiles>
+</species>
+<species species_name="C51OH2CO" species_number="s932">
+<smiles>CCCC(=O)CO</smiles>
+</species>
+<species species_name="HO12C5" species_number="s933">
+<smiles>CCCC(O)CO</smiles>
+</species>
+<species species_name="C52OH1OOH" species_number="s934">
+<smiles>CCCC(O)COO</smiles>
+</species>
+<species species_name="PE1ENEBO" species_number="s935">
+<smiles>CCCC(O)C[O]</smiles>
+</species>
+<species species_name="C4OHCHO" species_number="s936">
+<smiles>CCCC(O)C=O</smiles>
+</species>
+<species species_name="C52NO33OOH" species_number="s937">
+<smiles>CCC(OO)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C52NO33O" species_number="s938">
+<smiles>CCC([O])C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C52NO33CO" species_number="s939">
+<smiles>CCC(=O)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C53NO32OOH" species_number="s940">
+<smiles>CCC(ON(=O)=O)C(C)OO</smiles>
+</species>
+<species species_name="C53NO32O" species_number="s941">
+<smiles>CCC(ON(=O)=O)C(C)[O]</smiles>
+</species>
+<species species_name="C53NO32CO" species_number="s942">
+<smiles>CCC(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="PE2ENEANO3" species_number="s943">
+<smiles>CCC(ON(=O)=O)C(C)O</smiles>
+</species>
+<species species_name="C52OH3OOH" species_number="s944">
+<smiles>CCC(OO)C(C)O</smiles>
+</species>
+<species species_name="PE2ENEAO" species_number="s945">
+<smiles>CCC([O])C(C)O</smiles>
+</species>
+<species species_name="DIEKAOH" species_number="s946">
+<smiles>CCC(=O)C(C)O</smiles>
+</species>
+<species species_name="C4NO3M1OOH" species_number="s947">
+<smiles>OOCC(C)(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="C4NO32M1O" species_number="s948">
+<smiles>CCC(C)(C[O])ON(=O)=O</smiles>
+</species>
+<species species_name="C4NO3CHO" species_number="s949">
+<smiles>CCC(C)(C=O)ON(=O)=O</smiles>
+</species>
+<species species_name="C4NO32MOOH" species_number="s950">
+<smiles>CCC(C)(OO)CON(=O)=O</smiles>
+</species>
+<species species_name="C4NO32M2O" species_number="s951">
+<smiles>CCC(C)([O])CON(=O)=O</smiles>
+</species>
+<species species_name="C2H5MECOO" species_number="s952">
+<smiles>[O-][O+]=C(C)CC</smiles>
+</species>
+<species species_name="C4MNO31OOH" species_number="s953">
+<smiles>OOC(CON(=O)=O)C(C)C</smiles>
+</species>
+<species species_name="C4M3NO31O" species_number="s954">
+<smiles>O=N(=O)OCC([O])C(C)C</smiles>
+</species>
+<species species_name="C4M3NO3ONE" species_number="s955">
+<smiles>O=N(=O)OCC(=O)C(C)C</smiles>
+</species>
+<species species_name="M3BU2OLNO3" species_number="s956">
+<smiles>O=N(=O)OCC(O)C(C)C</smiles>
+</species>
+<species species_name="C4MNO32OOH" species_number="s957">
+<smiles>OOCC(ON(=O)=O)C(C)C</smiles>
+</species>
+<species species_name="C4M3NO32O" species_number="s958">
+<smiles>[O]CC(ON(=O)=O)C(C)C</smiles>
+</species>
+<species species_name="C3MNO3CHO" species_number="s959">
+<smiles>O=CC(ON(=O)=O)C(C)C</smiles>
+</species>
+<species species_name="IPRCHOO" species_number="s960">
+<smiles>[O-][O+]CC(C)C</smiles>
+</species>
+<species species_name="M3BU2OLOOH" species_number="s961">
+<smiles>OOCC(O)C(C)C</smiles>
+</species>
+<species species_name="ME3BU2OLO" species_number="s962">
+<smiles>[O]CC(O)C(C)C</smiles>
+</species>
+<species species_name="C3M3OH2CHO" species_number="s963">
+<smiles>O=CC(O)C(C)C</smiles>
+</species>
+<species species_name="C4NO3M2OOH" species_number="s964">
+<smiles>OOC(C)C(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C4M2NO32O" species_number="s965">
+<smiles>O=N(=O)OC(C)(C)C(C)[O]</smiles>
+</species>
+<species species_name="C4M2NO3ONE" species_number="s966">
+<smiles>O=N(=O)OC(C)(C)C(=O)C</smiles>
+</species>
+<species species_name="C4M2NO3OOH" species_number="s967">
+<smiles>OOC(C)(C)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C4M2NO33O" species_number="s968">
+<smiles>O=N(=O)OC(C)C(C)(C)[O]</smiles>
+</species>
+<species species_name="C65NO36OOH" species_number="s969">
+<smiles>CCCCC(COO)ON(=O)=O</smiles>
+</species>
+<species species_name="C65NO36O" species_number="s970">
+<smiles>CCCCC(C[O])ON(=O)=O</smiles>
+</species>
+<species species_name="C65NO36CHO" species_number="s971">
+<smiles>CCCCC(C=O)ON(=O)=O</smiles>
+</species>
+<species species_name="C6OH5NO3" species_number="s972">
+<smiles>CCCCC(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="C66NO35OOH" species_number="s973">
+<smiles>CCCCC(OO)CON(=O)=O</smiles>
+</species>
+<species species_name="C66NO35O" species_number="s974">
+<smiles>CCCCC([O])CON(=O)=O</smiles>
+</species>
+<species species_name="C66NO35CO" species_number="s975">
+<smiles>CCCCC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="C66NO35OH" species_number="s976">
+<smiles>CCCCC(O)CON(=O)=O</smiles>
+</species>
+<species species_name="NC4H9CHOO" species_number="s977">
+<smiles>[O-][O+]=CCCCC</smiles>
+</species>
+<species species_name="C6OH5OOH" species_number="s978">
+<smiles>CCCCC(CO)OO</smiles>
+</species>
+<species species_name="C6OH5O" species_number="s979">
+<smiles>CCCCC([O])CO</smiles>
+</species>
+<species species_name="C4COMEOH" species_number="s980">
+<smiles>CCCCC(=O)CO</smiles>
+</species>
+<species species_name="C656OH" species_number="s981">
+<smiles>CCCCC(O)CO</smiles>
+</species>
+<species species_name="HO5C6OOH" species_number="s982">
+<smiles>CCCCC(O)COO</smiles>
+</species>
+<species species_name="HO5C6O" species_number="s983">
+<smiles>CCCCC(O)C[O]</smiles>
+</species>
+<species species_name="HO5C5CHO" species_number="s984">
+<smiles>CCCCC(O)C=O</smiles>
+</species>
+<species species_name="C62NO33OOH" species_number="s985">
+<smiles>CCCC(OO)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C62NO33O" species_number="s986">
+<smiles>CCCC([O])C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C62NO33CO" species_number="s987">
+<smiles>CCCC(=O)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C64OH5NO3" species_number="s988">
+<smiles>CCCC(O)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C63NO32OOH" species_number="s989">
+<smiles>CCCC(ON(=O)=O)C(C)OO</smiles>
+</species>
+<species species_name="C63NO32O" species_number="s990">
+<smiles>CCCC(ON(=O)=O)C(C)[O]</smiles>
+</species>
+<species species_name="C63NO32CO" species_number="s991">
+<smiles>CCCC(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="C65OH4NO3" species_number="s992">
+<smiles>CCCC(ON(=O)=O)C(C)O</smiles>
+</species>
+<species species_name="C64OH5OOH" species_number="s993">
+<smiles>CC(OO)C(O)CCC</smiles>
+</species>
+<species species_name="C64OH5O" species_number="s994">
+<smiles>CCCC(O)C(C)[O]</smiles>
+</species>
+<species species_name="C645OH" species_number="s995">
+<smiles>CCCC(O)C(C)O</smiles>
+</species>
+<species species_name="CO2HO3C6" species_number="s996">
+<smiles>CCCC(O)C(=O)C</smiles>
+</species>
+<species species_name="C65OH4OOH" species_number="s997">
+<smiles>CCCC(OO)C(C)O</smiles>
+</species>
+<species species_name="C65OH4O" species_number="s998">
+<smiles>CCCC([O])C(C)O</smiles>
+</species>
+<species species_name="HEX3ONCOH" species_number="s999">
+<smiles>CCCC(=O)C(C)O</smiles>
+</species>
+<species species_name="C42MNO3OOH" species_number="s1000">
+<smiles>OOC(C)(C)C(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C4ME2NO3O" species_number="s1001">
+<smiles>O=N(=O)OC(C)(C)C(C)(C)[O]</smiles>
+</species>
+<species species_name="C4ME2OHNO3" species_number="s1002">
+<smiles>O=N(=O)OC(C)(C)C(C)(C)O</smiles>
+</species>
+<species species_name="C4ME2OHOOH" species_number="s1003">
+<smiles>OOC(C)(C)C(C)(C)O</smiles>
+</species>
+<species species_name="C4ME2OHO" species_number="s1004">
+<smiles>CC(C)(O)C(C)(C)[O]</smiles>
+</species>
+<species species_name="C4ME22OH" species_number="s1005">
+<smiles>CC(C)(O)C(C)(C)O</smiles>
+</species>
+<species species_name="BZBIPEROOH" species_number="s1006">
+<smiles>OOC1C=CC2OOC1C2O</smiles>
+</species>
+<species species_name="BZBIPERNO3" species_number="s1007">
+<smiles>O=N(=O)OC1C=CC2OOC1C2O</smiles>
+</species>
+<species species_name="BZBIPERO" species_number="s1008">
+<smiles>[O]C1C=CC2OOC1C2O</smiles>
+</species>
+<species species_name="BZBIPER2OH" species_number="s1009">
+<smiles>OC1C=CC2OOC1C2O</smiles>
+</species>
+<species species_name="BZOBIPEROH" species_number="s1010">
+<smiles>O=C1C=CC2OOC1C2O</smiles>
+</species>
+<species species_name="BZEMUCCO3" species_number="s1011">
+<smiles>[O]OC(=O)C1OC1C=CC=O</smiles>
+</species>
+<species species_name="EPXC4DIAL" species_number="s1012">
+<smiles>O=CC1OC1C=O</smiles>
+</species>
+<species species_name="GLYOOA" species_number="s1013">
+<smiles>[O-][O+]=CC=O</smiles>
+</species>
+<species species_name="BZEMUCO2" species_number="s1014">
+<smiles>O=CC(O)C(O[O])C1OC1C=O</smiles>
+</species>
+<species species_name="C5DIALO2" species_number="s1015">
+<smiles>O=CC=CC(O[O])C=O</smiles>
+</species>
+<species species_name="MALDIAL" species_number="s1016">
+<smiles>O=CC=CC=O</smiles>
+</species>
+<species species_name="C6H5O" species_number="s1017">
+<smiles>[O]c1ccccc1</smiles>
+</species>
+<species species_name="NPHENO2" species_number="s1018">
+<smiles>[O]OC1(O)C=CC2OOC1C2ON(=O)=O</smiles>
+</species>
+<species species_name="CATECHOL" species_number="s1019">
+<smiles>Oc1ccccc1O</smiles>
+</species>
+<species species_name="PHENO2" species_number="s1020">
+<smiles>[O]OC1(O)C=CC2OOC1C2O</smiles>
+</species>
+<species species_name="C6H5CH2OOH" species_number="s1021">
+<smiles>OOCc1ccccc1</smiles>
+</species>
+<species species_name="C6H5CH2NO3" species_number="s1022">
+<smiles>O=N(=O)OCc1ccccc1</smiles>
+</species>
+<species species_name="C6H5CH2O" species_number="s1023">
+<smiles>[O]Cc1ccccc1</smiles>
+</species>
+<species species_name="C6H5CH2OH" species_number="s1024">
+<smiles>OCc1ccccc1</smiles>
+</species>
+<species species_name="CRESO2" species_number="s1025">
+<smiles>[O]OC1(O)C=CC2(C)OOC1C2O</smiles>
+</species>
+<species species_name="NCRESO2" species_number="s1026">
+<smiles>[O]OC1(O)C=CC2(C)OOC1C2ON(=O)=O</smiles>
+</species>
+<species species_name="TOL1O" species_number="s1027">
+<smiles>Cc1ccccc1[O]</smiles>
+</species>
+<species species_name="MCATECHOL" species_number="s1028">
+<smiles>Oc1c(C)cccc1O</smiles>
+</species>
+<species species_name="TLBIPEROOH" species_number="s1029">
+<smiles>OOC1C=CC2(C)OOC1C2O</smiles>
+</species>
+<species species_name="TLBIPERO" species_number="s1030">
+<smiles>[O]C1C=CC2(C)OOC1C2O</smiles>
+</species>
+<species species_name="TLBIPERNO3" species_number="s1031">
+<smiles>O=N(=O)OC1C=CC2(C)OOC1C2O</smiles>
+</species>
+<species species_name="TLBIPER2OH" species_number="s1032">
+<smiles>OC1C=CC2(C)OOC1C2O</smiles>
+</species>
+<species species_name="TLOBIPEROH" species_number="s1033">
+<smiles>O=C1C=CC2(C)OOC1C2O</smiles>
+</species>
+<species species_name="TLEMUCCO3" species_number="s1034">
+<smiles>CC(=O)C=CC1OC1C(=O)O[O]</smiles>
+</species>
+<species species_name="MGLOOB" species_number="s1035">
+<smiles>[O-][O+]=CC(=O)C</smiles>
+</species>
+<species species_name="TLEMUCO2" species_number="s1036">
+<smiles>[O]OC(C(=O)C)C(O)C1OC1C=O</smiles>
+</species>
+<species species_name="C615CO2O2" species_number="s1037">
+<smiles>[O]OC(C=O)C=CC(=O)C</smiles>
+</species>
+<species species_name="OXYLOOH" species_number="s1038">
+<smiles>OOCc1ccccc1C</smiles>
+</species>
+<species species_name="OXYLNO3" species_number="s1039">
+<smiles>O=N(=O)OCc1ccccc1C</smiles>
+</species>
+<species species_name="OXYLO" species_number="s1040">
+<smiles>[O]Cc1ccccc1C</smiles>
+</species>
+<species species_name="OXYLAL" species_number="s1041">
+<smiles>O=Cc1ccccc1C</smiles>
+</species>
+<species species_name="OXYLOH" species_number="s1042">
+<smiles>OCc1ccccc1C</smiles>
+</species>
+<species species_name="OXYBPEROOH" species_number="s1043">
+<smiles>OOC1(C)C=CC2OOC1(C)C2O</smiles>
+</species>
+<species species_name="OXYBIPENO3" species_number="s1044">
+<smiles>O=N(=O)OC1(C)C=CC2OOC1(C)C2O</smiles>
+</species>
+<species species_name="OXYBIPERO" species_number="s1045">
+<smiles>OC1C2C=CC(C)([O])C1(C)OO2</smiles>
+</species>
+<species species_name="OXYBPER2OH" species_number="s1046">
+<smiles>OC1C2C=CC(C)(O)C1(C)OO2</smiles>
+</species>
+<species species_name="OXYMUCCO3" species_number="s1047">
+<smiles>CC1(OC1(C)C(=O)O[O])C=CC=O</smiles>
+</species>
+<species species_name="EPXM2C4DAL" species_number="s1048">
+<smiles>O=CC1(C)OC1(C)C=O</smiles>
+</species>
+<species species_name="OXYMUCO2" species_number="s1049">
+<smiles>[O]OC(C=O)C(O)C1(C)OC1(C)C=O</smiles>
+</species>
+<species species_name="MC6CO2O2" species_number="s1050">
+<smiles>O=CC=CC(C)(O[O])C(=O)C</smiles>
+</species>
+<species species_name="NOXYOLO2" species_number="s1051">
+<smiles>[O]OC1(O)C=C(C)C2(C)OOC1C2ON(=O)=O</smiles>
+</species>
+<species species_name="OXY1O" species_number="s1052">
+<smiles>Cc1c(C)cccc1[O]</smiles>
+</species>
+<species species_name="OXYOLO2" species_number="s1053">
+<smiles>[O]OC1(O)C=C(C)C2(C)OOC1C2O</smiles>
+</species>
+<species species_name="OXYCATECH" species_number="s1054">
+<smiles>Cc1ccc(O)c(O)c1C</smiles>
+</species>
+<species species_name="MXYLOOH" species_number="s1055">
+<smiles>OOCc1cccc(C)c1</smiles>
+</species>
+<species species_name="MXYLNO3" species_number="s1056">
+<smiles>O=N(=O)OCc1cccc(C)c1</smiles>
+</species>
+<species species_name="MXYLO" species_number="s1057">
+<smiles>[O]Cc1cccc(C)c1</smiles>
+</species>
+<species species_name="MXYLAL" species_number="s1058">
+<smiles>O=Cc1cccc(C)c1</smiles>
+</species>
+<species species_name="MXYLOH" species_number="s1059">
+<smiles>OCc1cccc(C)c1</smiles>
+</species>
+<species species_name="MXYBPEROOH" species_number="s1060">
+<smiles>OOC1C=CC2(C)OOC1(C)C2O</smiles>
+</species>
+<species species_name="MXYBIPENO3" species_number="s1061">
+<smiles>O=N(=O)OC1C=CC2(C)OOC1(C)C2O</smiles>
+</species>
+<species species_name="MXYBIPERO" species_number="s1062">
+<smiles>[O]C1C=CC2(C)OOC1(C)C2O</smiles>
+</species>
+<species species_name="MXYBPER2OH" species_number="s1063">
+<smiles>OC1C=CC2(C)OOC1(C)C2O</smiles>
+</species>
+<species species_name="MXYOBPEROH" species_number="s1064">
+<smiles>O=C1C=CC2(C)OOC1(C)C2O</smiles>
+</species>
+<species species_name="MXYMUCCO3" species_number="s1065">
+<smiles>CC1(OC1C=CC(=O)C)C(=O)O[O]</smiles>
+</species>
+<species species_name="EPXMC4DIAL" species_number="s1066">
+<smiles>O=CC1OC1(C)C=O</smiles>
+</species>
+<species species_name="MXYMUCO2" species_number="s1067">
+<smiles>[O]OC(C(=O)C)C(O)C1OC1(C)C=O</smiles>
+</species>
+<species species_name="C726CO5O2" species_number="s1068">
+<smiles>[O]OC(C=CC(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="MXY1O" species_number="s1069">
+<smiles>Cc1ccc([O])c(C)c1</smiles>
+</species>
+<species species_name="MXYOLO2" species_number="s1070">
+<smiles>[O]OC1(O)C=CC2(C)OOC1(C)C2O</smiles>
+</species>
+<species species_name="NMXYOLO2" species_number="s1071">
+<smiles>[O]OC1(O)C=CC2(C)OOC1(C)C2ON(=O)=O</smiles>
+</species>
+<species species_name="MXYCATECH" species_number="s1072">
+<smiles>Cc1cc(C)c(O)c(O)c1</smiles>
+</species>
+<species species_name="PXYLOOH" species_number="s1073">
+<smiles>OOCc1ccc(C)cc1</smiles>
+</species>
+<species species_name="PXYLNO3" species_number="s1074">
+<smiles>Cc1ccc(CON(=O)=O)cc1</smiles>
+</species>
+<species species_name="PXYLO" species_number="s1075">
+<smiles>[O]Cc1ccc(C)cc1</smiles>
+</species>
+<species species_name="PXYLAL" species_number="s1076">
+<smiles>O=Cc1ccc(C)cc1</smiles>
+</species>
+<species species_name="PXYLOH" species_number="s1077">
+<smiles>OCc1ccc(C)cc1</smiles>
+</species>
+<species species_name="PXYBPEROOH" species_number="s1078">
+<smiles>OOC1(C)C=CC2(C)OOC1C2O</smiles>
+</species>
+<species species_name="PXYBIPENO3" species_number="s1079">
+<smiles>O=N(=O)OC1(C)C=CC2(C)OOC1C2O</smiles>
+</species>
+<species species_name="PXYBIPERO" species_number="s1080">
+<smiles>OC1C2OOC1(C)C=CC2(C)[O]</smiles>
+</species>
+<species species_name="PXYBPER2OH" species_number="s1081">
+<smiles>OC1C2OOC1(C)C=CC2(C)O</smiles>
+</species>
+<species species_name="PXYMUCCO3" species_number="s1082">
+<smiles>CC1(OC1C(=O)O[O])C=CC(=O)C</smiles>
+</species>
+<species species_name="PXYMUCO2" species_number="s1083">
+<smiles>[O]OC(C(=O)C)C(O)C1(C)OC1C=O</smiles>
+</species>
+<species species_name="C6M5CO2O2" species_number="s1084">
+<smiles>[O]OC(C)(C=O)C=CC(=O)C</smiles>
+</species>
+<species species_name="NPXYOLO2" species_number="s1085">
+<smiles>[O]OC1(O)C=C(C)C2OOC1(C)C2ON(=O)=O</smiles>
+</species>
+<species species_name="PXY1O" species_number="s1086">
+<smiles>Cc1ccc(C)c([O])c1</smiles>
+</species>
+<species species_name="PXYOLO2" species_number="s1087">
+<smiles>[O]OC1(O)C=C(C)C2OOC1(C)C2O</smiles>
+</species>
+<species species_name="PXYCATECH" species_number="s1088">
+<smiles>Cc1ccc(C)c(O)c1O</smiles>
+</species>
+<species species_name="C6H5C2OOH" species_number="s1089">
+<smiles>OOCCc1ccccc1</smiles>
+</species>
+<species species_name="C6H5C2H4O" species_number="s1090">
+<smiles>[O]CCc1ccccc1</smiles>
+</species>
+<species species_name="C6H5C2NO3" species_number="s1091">
+<smiles>O=N(=O)OCCc1ccccc1</smiles>
+</species>
+<species species_name="C6H5C2OH" species_number="s1092">
+<smiles>OCCc1ccccc1</smiles>
+</species>
+<species species_name="C6H5CH2CHO" species_number="s1093">
+<smiles>O=CCc1ccccc1</smiles>
+</species>
+<species species_name="EBENZO" species_number="s1094">
+<smiles>CCc1ccccc1[O]</smiles>
+</species>
+<species species_name="EBENZOLO2" species_number="s1095">
+<smiles>[O]OC1(O)C=CC2(CC)OOC1C2O</smiles>
+</species>
+<species species_name="NEBNZOLO2" species_number="s1096">
+<smiles>CCC12OOC(C2ON(=O)=O)C(O)(O[O])C=C1</smiles>
+</species>
+<species species_name="ECATECHOL" species_number="s1097">
+<smiles>CCc1cccc(O)c1O</smiles>
+</species>
+<species species_name="EBZBPEROOH" species_number="s1098">
+<smiles>OOC1C=CC2(CC)OOC1C2O</smiles>
+</species>
+<species species_name="EBZBIPERO" species_number="s1099">
+<smiles>CCC12OOC(C([O])C=C1)C2O</smiles>
+</species>
+<species species_name="EBZBPERNO3" species_number="s1100">
+<smiles>CCC12C=CC(ON(=O)=O)C(OO1)C2O</smiles>
+</species>
+<species species_name="EBZBPER2OH" species_number="s1101">
+<smiles>CCC12OOC(C(O)C=C1)C2O</smiles>
+</species>
+<species species_name="EBZOBPEROH" species_number="s1102">
+<smiles>CCC12OOC(C(=O)C=C1)C2O</smiles>
+</species>
+<species species_name="EBZMUCCO3" species_number="s1103">
+<smiles>CCC(=O)C=CC1OC1C(=O)O[O]</smiles>
+</species>
+<species species_name="EGLYOOB" species_number="s1104">
+<smiles>[O-][O+]=CC(=O)CC</smiles>
+</species>
+<species species_name="EBZMUCO2" species_number="s1105">
+<smiles>CCC(=O)C(O[O])C(O)C1OC1C=O</smiles>
+</species>
+<species species_name="C715CO2O2" species_number="s1106">
+<smiles>[O]OC(C=O)C=CC(=O)CC</smiles>
+</species>
+<species species_name="PHC3OOH" species_number="s1107">
+<smiles>CCC(OO)c1ccccc1</smiles>
+</species>
+<species species_name="PHC3NO3" species_number="s1108">
+<smiles>CCC(ON(=O)=O)c1ccccc1</smiles>
+</species>
+<species species_name="PHC3O" species_number="s1109">
+<smiles>CCC([O])c1ccccc1</smiles>
+</species>
+<species species_name="PHC3OH" species_number="s1110">
+<smiles>CCC(O)c1ccccc1</smiles>
+</species>
+<species species_name="PHCOET" species_number="s1111">
+<smiles>CCC(=O)c1ccccc1</smiles>
+</species>
+<species species_name="NPBNZOLO2" species_number="s1112">
+<smiles>CCCC12OOC(C2ON(=O)=O)C(O)(O[O])C=C1</smiles>
+</species>
+<species species_name="PBENZO" species_number="s1113">
+<smiles>CCCc1ccccc1[O]</smiles>
+</species>
+<species species_name="PBENZOLO2" species_number="s1114">
+<smiles>CCCC12OOC(C2O)C(O)(O[O])C=C1</smiles>
+</species>
+<species species_name="PCATECHOL" species_number="s1115">
+<smiles>CCCc1cccc(O)c1O</smiles>
+</species>
+<species species_name="PBZBPEROOH" species_number="s1116">
+<smiles>CCCC12OOC(C(OO)C=C1)C2O</smiles>
+</species>
+<species species_name="PBZBIPERO" species_number="s1117">
+<smiles>CCCC12OOC(C2O)C([O])C=C1</smiles>
+</species>
+<species species_name="PBZBPERNO3" species_number="s1118">
+<smiles>CCCC12C=CC(ON(=O)=O)C(OO1)C2O</smiles>
+</species>
+<species species_name="PBZBPER2OH" species_number="s1119">
+<smiles>CCCC12OOC(C2O)C(O)C=C1</smiles>
+</species>
+<species species_name="PBZOBPEROH" species_number="s1120">
+<smiles>CCCC12OOC(C2O)C(=O)C=C1</smiles>
+</species>
+<species species_name="PBZMUCCO3" species_number="s1121">
+<smiles>CCCC(=O)C=CC1OC1C(=O)O[O]</smiles>
+</species>
+<species species_name="PGLOOA" species_number="s1122">
+<smiles>[O-][O+]=CC(=O)CCC</smiles>
+</species>
+<species species_name="PBZMUCO2" species_number="s1123">
+<smiles>CCCC(=O)C(O[O])C(O)C1OC1C=O</smiles>
+</species>
+<species species_name="C815CO2O2" species_number="s1124">
+<smiles>CCCC(=O)C=CC(O[O])C=O</smiles>
+</species>
+<species species_name="PHIC3OOH" species_number="s1125">
+<smiles>OOC(C)(C)c1ccccc1</smiles>
+</species>
+<species species_name="PHIC3NO3" species_number="s1126">
+<smiles>O=N(=O)OC(C)(C)c1ccccc1</smiles>
+</species>
+<species species_name="PHIC3O" species_number="s1127">
+<smiles>CC(C)([O])c1ccccc1</smiles>
+</species>
+<species species_name="PHIC3OH" species_number="s1128">
+<smiles>CC(C)(O)c1ccccc1</smiles>
+</species>
+<species species_name="IPBENZO" species_number="s1129">
+<smiles>CC(C)c1ccccc1[O]</smiles>
+</species>
+<species species_name="IPBENZOLO2" species_number="s1130">
+<smiles>[O]OC1(O)C=CC2(OOC1C2O)C(C)C</smiles>
+</species>
+<species species_name="NIPBNZOLO2" species_number="s1131">
+<smiles>[O]OC1(O)C=CC2(OOC1C2ON(=O)=O)C(C)C</smiles>
+</species>
+<species species_name="IPCATECHOL" species_number="s1132">
+<smiles>Oc1cccc(C(C)C)c1O</smiles>
+</species>
+<species species_name="IPBZBPROOH" species_number="s1133">
+<smiles>OOC1C=CC2(OOC1C2O)C(C)C</smiles>
+</species>
+<species species_name="IPBZBIPRO" species_number="s1134">
+<smiles>[O]C1C=CC2(OOC1C2O)C(C)C</smiles>
+</species>
+<species species_name="IPBZBPRNO3" species_number="s1135">
+<smiles>O=N(=O)OC1C=CC2(OOC1C2O)C(C)C</smiles>
+</species>
+<species species_name="IPBZBPR2OH" species_number="s1136">
+<smiles>OC1C=CC2(OOC1C2O)C(C)C</smiles>
+</species>
+<species species_name="IPBZOBPROH" species_number="s1137">
+<smiles>O=C1C=CC2(OOC1C2O)C(C)C</smiles>
+</species>
+<species species_name="IPBZMUCCO3" species_number="s1138">
+<smiles>[O]OC(=O)C1OC1C=CC(=O)C(C)C</smiles>
+</species>
+<species species_name="IPGLOOB" species_number="s1139">
+<smiles>[O-][O+]CC(=O)C(C)C</smiles>
+</species>
+<species species_name="IPBZMUCO2" species_number="s1140">
+<smiles>O=CC1OC1C(O)C(O[O])C(=O)C(C)C</smiles>
+</species>
+<species species_name="C7M15CO2O2" species_number="s1141">
+<smiles>[O]OC(C=O)C=CC(=O)C(C)C</smiles>
+</species>
+<species species_name="TM123BOOH" species_number="s1142">
+<smiles>Cc1c(COO)cccc1C</smiles>
+</species>
+<species species_name="TM123BNO3" species_number="s1143">
+<smiles>O=N(=O)OCc1cccc(C)c1C</smiles>
+</species>
+<species species_name="TM123BO" species_number="s1144">
+<smiles>[O]Cc1cccc(C)c1C</smiles>
+</species>
+<species species_name="TM123BCHO" species_number="s1145">
+<smiles>O=Cc1cccc(C)c1C</smiles>
+</species>
+<species species_name="TM123BOH" species_number="s1146">
+<smiles>OCc1cccc(C)c1C</smiles>
+</species>
+<species species_name="NTM123OLO2" species_number="s1147">
+<smiles>[O]OC1(O)C2OOC(C)(C2ON(=O)=O)C(=C1C)C</smiles>
+</species>
+<species species_name="TM123O" species_number="s1148">
+<smiles>Cc1ccc([O])c(C)c1C</smiles>
+</species>
+<species species_name="TM123OLO2" species_number="s1149">
+<smiles>[O]OC1(O)C2OOC(C)(C2O)C(=C1C)C</smiles>
+</species>
+<species species_name="T123CATECH" species_number="s1150">
+<smiles>Cc1cc(O)c(O)c(C)c1C</smiles>
+</species>
+<species species_name="TM123BPOOH" species_number="s1151">
+<smiles>OOC1C=CC2(C)OOC1(C)C2(C)O</smiles>
+</species>
+<species species_name="TM123BPNO3" species_number="s1152">
+<smiles>O=N(=O)OC1C=CC2(C)OOC1(C)C2(C)O</smiles>
+</species>
+<species species_name="TM123BPRO" species_number="s1153">
+<smiles>[O]C1C=CC2(C)OOC1(C)C2(C)O</smiles>
+</species>
+<species species_name="TM123BP2OH" species_number="s1154">
+<smiles>OC1C=CC2(C)OOC1(C)C2(C)O</smiles>
+</species>
+<species species_name="TM123OBPOH" species_number="s1155">
+<smiles>O=C1C=CC2(C)OOC1(C)C2(C)O</smiles>
+</species>
+<species species_name="EPXALMKT" species_number="s1156">
+<smiles>O=CC1OC1(C)C(=O)C</smiles>
+</species>
+<species species_name="TM123MUCO2" species_number="s1157">
+<smiles>[O]OC(C(O)C(=O)C)C1OC1(C)C(=O)C</smiles>
+</species>
+<species species_name="TM124BOOH" species_number="s1158">
+<smiles>OOCc1ccc(C)c(C)c1</smiles>
+</species>
+<species species_name="TM124BNO3" species_number="s1159">
+<smiles>O=N(=O)OCc1ccc(C)c(C)c1</smiles>
+</species>
+<species species_name="TM124BO" species_number="s1160">
+<smiles>[O]Cc1ccc(C)c(C)c1</smiles>
+</species>
+<species species_name="TM124BCHO" species_number="s1161">
+<smiles>O=Cc1ccc(C)c(C)c1</smiles>
+</species>
+<species species_name="TM124BOH" species_number="s1162">
+<smiles>OCc1ccc(C)c(C)c1</smiles>
+</species>
+<species species_name="TM124BPOOH" species_number="s1163">
+<smiles>OOC1(C)C=CC2(C)OOC1(C)C2O</smiles>
+</species>
+<species species_name="TM124BPNO3" species_number="s1164">
+<smiles>O=N(=O)OC1(C)C=CC2(C)OOC1(C)C2O</smiles>
+</species>
+<species species_name="TM124BPRO" species_number="s1165">
+<smiles>OC1C2(C)C=CC(C)([O])C1(C)OO2</smiles>
+</species>
+<species species_name="TM124BP2OH" species_number="s1166">
+<smiles>OC1C2(C)C=CC(C)(O)C1(C)OO2</smiles>
+</species>
+<species species_name="NTM124OLO2" species_number="s1167">
+<smiles>[O]OC1(O)C(=C(C)C2OOC1(C)C2ON(=O)=O)C</smiles>
+</species>
+<species species_name="TM124O" species_number="s1168">
+<smiles>Cc1ccc(C)c(C)c1[O]</smiles>
+</species>
+<species species_name="TM124OLO2" species_number="s1169">
+<smiles>[O]OC1(O)C(=C(C)C2OOC1(C)C2O)C</smiles>
+</species>
+<species species_name="T124CATECH" species_number="s1170">
+<smiles>Cc1c(C)cc(C)c(O)c1O</smiles>
+</species>
+<species species_name="TM124MUCO3" species_number="s1171">
+<smiles>CC1(OC1(C)C(=O)O[O])C=CC(=O)C</smiles>
+</species>
+<species species_name="TM124MUCO2" species_number="s1172">
+<smiles>[O]OC(C(O)C(=O)C)C1(C)OC1(C)C=O</smiles>
+</species>
+<species species_name="C7CO2M5O2" species_number="s1173">
+<smiles>[O]OC(C)(C=CC(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="TMBOOH" species_number="s1174">
+<smiles>OOCc1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="TMBNO3" species_number="s1175">
+<smiles>O=N(=O)OCc1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="TMBO" species_number="s1176">
+<smiles>[O]Cc1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="TMBCHO" species_number="s1177">
+<smiles>O=Cc1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="TMBOH" species_number="s1178">
+<smiles>OCc1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="TM135BPOOH" species_number="s1179">
+<smiles>OOC1C(=CC2(C)OOC1(C)C2O)C</smiles>
+</species>
+<species species_name="TM135BPNO3" species_number="s1180">
+<smiles>O=N(=O)OC1C(=CC2(C)OOC1(C)C2O)C</smiles>
+</species>
+<species species_name="TM135BPRO" species_number="s1181">
+<smiles>CC1=CC2(C)OOC(C)(C1[O])C2O</smiles>
+</species>
+<species species_name="TM135BP2OH" species_number="s1182">
+<smiles>CC1=CC2(C)OOC(C)(C1O)C2O</smiles>
+</species>
+<species species_name="TM135OBPOH" species_number="s1183">
+<smiles>CC1=CC2(C)OOC(C)(C1=O)C2O</smiles>
+</species>
+<species species_name="NTM135OLO2" species_number="s1184">
+<smiles>[O]OC1(O)C(=CC2(C)OOC1(C)C2ON(=O)=O)C</smiles>
+</species>
+<species species_name="TM135O" species_number="s1185">
+<smiles>Cc1cc(C)c([O])c(C)c1</smiles>
+</species>
+<species species_name="TM135OLO2" species_number="s1186">
+<smiles>[O]OC1(O)C(=CC2(C)OOC1(C)C2O)C</smiles>
+</species>
+<species species_name="TM135MUCO3" species_number="s1187">
+<smiles>[O]OC(=O)C1(C)OC1C(=CC(=O)C)C</smiles>
+</species>
+<species species_name="EPXMALKT" species_number="s1188">
+<smiles>O=CC1(C)OC1C(=O)C</smiles>
+</species>
+<species species_name="MGLOOC" species_number="s1189">
+<smiles>[O-][O+]=CC(=O)C</smiles>
+</species>
+<species species_name="TM135MUCO2" species_number="s1190">
+<smiles>[O]OC(C)(C(O)C(=O)C)C1OC1(C)C=O</smiles>
+</species>
+<species species_name="C7M2CO5O2" species_number="s1191">
+<smiles>[O]OC(C(=O)C)C(=CC(=O)C)C</smiles>
+</species>
+<species species_name="ETOLOOH" species_number="s1192">
+<smiles>OOC(C)c1ccccc1C</smiles>
+</species>
+<species species_name="ETOLNO3" species_number="s1193">
+<smiles>O=N(=O)OC(C)c1ccccc1C</smiles>
+</species>
+<species species_name="ETOLO" species_number="s1194">
+<smiles>CC([O])c1ccccc1C</smiles>
+</species>
+<species species_name="ETOLOH" species_number="s1195">
+<smiles>CC(O)c1ccccc1C</smiles>
+</species>
+<species species_name="MPHCOME" species_number="s1196">
+<smiles>CC(=O)c1ccccc1C</smiles>
+</species>
+<species species_name="OETLBPROOH" species_number="s1197">
+<smiles>CCC1(OO)C=CC2OOC1(C)C2O</smiles>
+</species>
+<species species_name="OETLBIPNO3" species_number="s1198">
+<smiles>CCC1(C=CC2OOC1(C)C2O)ON(=O)=O</smiles>
+</species>
+<species species_name="OETLBIPRO" species_number="s1199">
+<smiles>CCC1([O])C=CC2OOC1(C)C2O</smiles>
+</species>
+<species species_name="OETLBPR2OH" species_number="s1200">
+<smiles>CCC1(O)C=CC2OOC1(C)C2O</smiles>
+</species>
+<species species_name="OETLMUCCO3" species_number="s1201">
+<smiles>CC1(OC1(CC)C(=O)O[O])C=CC=O</smiles>
+</species>
+<species species_name="EPXMEC4DAL" species_number="s1202">
+<smiles>CCC1(C=O)OC1(C)C=O</smiles>
+</species>
+<species species_name="OETLMUCO2" species_number="s1203">
+<smiles>[O]OC(C=O)C(O)C1(C)OC1(CC)C=O</smiles>
+</species>
+<species species_name="MC7CO2O2" species_number="s1204">
+<smiles>CC(O[O])(C=CC=O)C(=O)CC</smiles>
+</species>
+<species species_name="NOETOLO2" species_number="s1205">
+<smiles>CCC1=C(C)C2OOC(C2ON(=O)=O)C1(O)O[O]</smiles>
+</species>
+<species species_name="OET1O" species_number="s1206">
+<smiles>CCc1c(C)cccc1[O]</smiles>
+</species>
+<species species_name="OETOLO2" species_number="s1207">
+<smiles>CCC12OOC(C2O)C(O)(O[O])C=C1C</smiles>
+</species>
+<species species_name="OETCATECH" species_number="s1208">
+<smiles>CCc1c(C)ccc(O)c1O</smiles>
+</species>
+<species species_name="METLBPROOH" species_number="s1209">
+<smiles>OOC1C=CC2(C)OOC1(CC)C2O</smiles>
+</species>
+<species species_name="METLBIPNO3" species_number="s1210">
+<smiles>CCC12OOC(C)(C=CC1ON(=O)=O)C2O</smiles>
+</species>
+<species species_name="METLBIPRO" species_number="s1211">
+<smiles>CCC12OOC(C)(C=CC1[O])C2O</smiles>
+</species>
+<species species_name="METLBPR2OH" species_number="s1212">
+<smiles>CCC12OOC(C)(C=CC1O)C2O</smiles>
+</species>
+<species species_name="METLOBPROH" species_number="s1213">
+<smiles>CCC12OOC(C)(C=CC1=O)C2O</smiles>
+</species>
+<species species_name="METLMUCCO3" species_number="s1214">
+<smiles>CCC(=O)C=CC1OC1(C)C(=O)O[O]</smiles>
+</species>
+<species species_name="METLMUCO2" species_number="s1215">
+<smiles>CC1(OC1C(O)C(O[O])C(=O)CC)C=O</smiles>
+</species>
+<species species_name="C826CO3O2" species_number="s1216">
+<smiles>[O]OC(C=CC(=O)CC)C(=O)C</smiles>
+</species>
+<species species_name="MET1O" species_number="s1217">
+<smiles>CCc1cccc(C)c1[O]</smiles>
+</species>
+<species species_name="METOLO2" species_number="s1218">
+<smiles>CCC12C=CC(O)(O[O])C(C)(OO1)C2O</smiles>
+</species>
+<species species_name="NMETOLO2" species_number="s1219">
+<smiles>CCC12OOC(C)(C2ON(=O)=O)C(O)(O[O])C=C1</smiles>
+</species>
+<species species_name="METCATECH" species_number="s1220">
+<smiles>CCc1cc(C)cc(O)c1O</smiles>
+</species>
+<species species_name="PETLBPROOH" species_number="s1221">
+<smiles>OOC1(C)C=CC2(CC)OOC1C2O</smiles>
+</species>
+<species species_name="PETLBIPNO3" species_number="s1222">
+<smiles>CCC12OOC(C2O)C(C)(C=C1)ON(=O)=O</smiles>
+</species>
+<species species_name="PETLBIPRO" species_number="s1223">
+<smiles>CCC12OOC(C2O)C(C)([O])C=C1</smiles>
+</species>
+<species species_name="PETLBPR2OH" species_number="s1224">
+<smiles>CCC12OOC(C2O)C(C)(O)C=C1</smiles>
+</species>
+<species species_name="PETLMUCCO3" species_number="s1225">
+<smiles>CCC(=O)C=CC1(C)OC1C(=O)O[O]</smiles>
+</species>
+<species species_name="PETLMUCO2" species_number="s1226">
+<smiles>CC1(OC1C=O)C(O)C(O[O])C(=O)CC</smiles>
+</species>
+<species species_name="C7M6CO2O2" species_number="s1227">
+<smiles>CCC(=O)C=CC(C)(O[O])C=O</smiles>
+</species>
+<species species_name="NPETOLO2" species_number="s1228">
+<smiles>CCC12OOC(C(=CC2(O)O[O])C)C1ON(=O)=O</smiles>
+</species>
+<species species_name="PET1O" species_number="s1229">
+<smiles>CCc1ccc(C)cc1[O]</smiles>
+</species>
+<species species_name="PETOLO2" species_number="s1230">
+<smiles>[O]OC1(O)C=C(C)C2OOC1(CC)C2O</smiles>
+</species>
+<species species_name="PETCATECH" species_number="s1231">
+<smiles>CCc1ccc(C)c(O)c1O</smiles>
+</species>
+<species species_name="DM35EBOOH" species_number="s1232">
+<smiles>OOC(C)c1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="DM35EBNO3" species_number="s1233">
+<smiles>Cc1cc(C)cc(c1)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="DM35EBO" species_number="s1234">
+<smiles>Cc1cc(C)cc(c1)C(C)[O]</smiles>
+</species>
+<species species_name="DM35EBOH" species_number="s1235">
+<smiles>Cc1cc(C)cc(c1)C(C)O</smiles>
+</species>
+<species species_name="DMPHCOME" species_number="s1236">
+<smiles>Cc1cc(C)cc(c1)C(=O)C</smiles>
+</species>
+<species species_name="DMEBPROOH" species_number="s1237">
+<smiles>OOC1C(=CC2(CC)OOC1(C)C2O)C</smiles>
+</species>
+<species species_name="DMEBIPNO3" species_number="s1238">
+<smiles>CCC12OOC(C)(C(ON(=O)=O)C(=C1)C)C2O</smiles>
+</species>
+<species species_name="DMEBIPRO" species_number="s1239">
+<smiles>CCC12OOC(C)(C([O])C(=C1)C)C2O</smiles>
+</species>
+<species species_name="DMEBPR2OH" species_number="s1240">
+<smiles>CCC12OOC(C)(C(O)C(=C1)C)C2O</smiles>
+</species>
+<species species_name="DMEOBPROH" species_number="s1241">
+<smiles>CCC12OOC(C)(C(=O)C(=C1)C)C2O</smiles>
+</species>
+<species species_name="DMEBMUCO3" species_number="s1242">
+<smiles>CCC(=O)C=C(C)C1OC1(C)C(=O)O[O]</smiles>
+</species>
+<species species_name="EGLYOOD" species_number="s1243">
+<smiles>[O-][O+]=CC(=O)CC</smiles>
+</species>
+<species species_name="DMEBMUCO2" species_number="s1244">
+<smiles>CCC(=O)C(O)C(C)(O[O])C1OC1(C)C=O</smiles>
+</species>
+<species species_name="C8M2CO6O2" species_number="s1245">
+<smiles>[O]OC(C(=O)C)C(=CC(=O)CC)C</smiles>
+</species>
+<species species_name="DMEPH1O" species_number="s1246">
+<smiles>CCc1cc(C)cc(C)c1[O]</smiles>
+</species>
+<species species_name="NDMEPHOLO2" species_number="s1247">
+<smiles>CCC12OOC(C)(C=C(C)C2(O)O[O])C1ON(=O)=O</smiles>
+</species>
+<species species_name="DMEPHOLO2" species_number="s1248">
+<smiles>CCC12OOC(C)(C=C(C)C2(O)O[O])C1O</smiles>
+</species>
+<species species_name="DE35TOOH" species_number="s1249">
+<smiles>OOC(C)c1cc(CC)cc(C)c1</smiles>
+</species>
+<species species_name="DE35TNO3" species_number="s1250">
+<smiles>CCc1cc(C)cc(c1)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="DE35TO" species_number="s1251">
+<smiles>CCc1cc(C)cc(c1)C(C)[O]</smiles>
+</species>
+<species species_name="DE35TOH" species_number="s1252">
+<smiles>CCc1cc(C)cc(c1)C(C)O</smiles>
+</species>
+<species species_name="EMPHCOME" species_number="s1253">
+<smiles>CCc1cc(C)cc(c1)C(=O)C</smiles>
+</species>
+<species species_name="DEMPHSMS1O" species_number="s1254">
+<smiles>CCc1cc(CC)c([O])c(C)c1</smiles>
+</species>
+<species species_name="NDEMPHOLO2" species_number="s1255">
+<smiles>CCC12OOC(CC)(C2ON(=O)=O)C(O)(O[O])C(=C1)C</smiles>
+</species>
+<species species_name="DEMPHOLO2" species_number="s1256">
+<smiles>CCC12OOC(CC)(C=C(C)C2(O)O[O])C1O</smiles>
+</species>
+<species species_name="DETLBPROOH" species_number="s1257">
+<smiles>OOC1C(=CC2(CC)OOC1(C)C2O)CC</smiles>
+</species>
+<species species_name="DETLBIPNO3" species_number="s1258">
+<smiles>CCC1=CC2(CC)OOC(C)(C1ON(=O)=O)C2O</smiles>
+</species>
+<species species_name="DETLBIPRO" species_number="s1259">
+<smiles>CCC1=CC2(CC)OOC(C)(C1[O])C2O</smiles>
+</species>
+<species species_name="DETLBPR2OH" species_number="s1260">
+<smiles>CCC1=CC2(CC)OOC(C)(C1O)C2O</smiles>
+</species>
+<species species_name="DETLOBPROH" species_number="s1261">
+<smiles>CCC1=CC2(CC)OOC(C)(C1=O)C2O</smiles>
+</species>
+<species species_name="DETLMUCO3" species_number="s1262">
+<smiles>CCC(=O)C=C(C)C1OC1(CC)C(=O)O[O]</smiles>
+</species>
+<species species_name="EPXEALKT" species_number="s1263">
+<smiles>CCC1(C=O)OC1C(=O)C</smiles>
+</species>
+<species species_name="DETLMUCO2" species_number="s1264">
+<smiles>CCC(=O)C(O)C(C)(O[O])C1OC1(CC)C=O</smiles>
+</species>
+<species species_name="C9M2CO6O2" species_number="s1265">
+<smiles>CCC(=O)C=C(C)C(O[O])C(=O)CC</smiles>
+</species>
+<species species_name="NSTYRENOOH" species_number="s1266">
+<smiles>OOC(CON(=O)=O)c1ccccc1</smiles>
+</species>
+<species species_name="NSTYRENEO" species_number="s1267">
+<smiles>O=N(=O)OCC([O])c1ccccc1</smiles>
+</species>
+<species species_name="PHCHOO" species_number="s1268">
+<smiles>[O-][O+]=Cc1ccccc1</smiles>
+</species>
+<species species_name="STYRENOOH" species_number="s1269">
+<smiles>OOCC(O)c1ccccc1</smiles>
+</species>
+<species species_name="STYRENO" species_number="s1270">
+<smiles>[O]CC(O)c1ccccc1</smiles>
+</species>
+<species species_name="C6H5CO3H" species_number="s1271">
+<smiles>OOC(=O)c1ccccc1</smiles>
+</species>
+<species species_name="PHCOOH" species_number="s1272">
+<smiles>OC(=O)c1ccccc1</smiles>
+</species>
+<species species_name="PBZN" species_number="s1273">
+<smiles>O=N(=O)OOC(=O)c1ccccc1</smiles>
+</species>
+<species species_name="C6H5OOH" species_number="s1274">
+<smiles>OOc1ccccc1</smiles>
+</species>
+<species species_name="CH2CLOOH" species_number="s1275">
+<smiles>OOCCl</smiles>
+</species>
+<species species_name="CH2CLO" species_number="s1276">
+<smiles>[O]CCl</smiles>
+</species>
+<species species_name="CH2CLOH" species_number="s1277">
+<smiles>OCCl</smiles>
+</species>
+<species species_name="CHCL2OOH" species_number="s1278">
+<smiles>OOC(Cl)Cl</smiles>
+</species>
+<species species_name="CHCL2O" species_number="s1279">
+<smiles>[O]C(Cl)Cl</smiles>
+</species>
+<species species_name="CHCL2OH" species_number="s1280">
+<smiles>OC(Cl)Cl</smiles>
+</species>
+<species species_name="COCL2" species_number="s1281">
+<smiles>ClC(=O)Cl</smiles>
+</species>
+<species species_name="CCL3OOH" species_number="s1282">
+<smiles>OOC(Cl)(Cl)Cl</smiles>
+</species>
+<species species_name="CCL3O" species_number="s1283">
+<smiles>[O]C(Cl)(Cl)Cl</smiles>
+</species>
+<species species_name="CCL3OH" species_number="s1284">
+<smiles>OC(Cl)(Cl)Cl</smiles>
+</species>
+<species species_name="CCL3CH2OOH" species_number="s1285">
+<smiles>OOCC(Cl)(Cl)Cl</smiles>
+</species>
+<species species_name="CCL3CH2O" species_number="s1286">
+<smiles>[O]CC(Cl)(Cl)Cl</smiles>
+</species>
+<species species_name="CCL3CH2OH" species_number="s1287">
+<smiles>OCC(Cl)(Cl)Cl</smiles>
+</species>
+<species species_name="CCL3CHO" species_number="s1288">
+<smiles>O=CC(Cl)(Cl)Cl</smiles>
+</species>
+<species species_name="TCEOHOOH" species_number="s1289">
+<smiles>OOC(Cl)(Cl)C(O)(Cl)Cl</smiles>
+</species>
+<species species_name="TCEOHO" species_number="s1290">
+<smiles>OC(Cl)(Cl)C([O])(Cl)Cl</smiles>
+</species>
+<species species_name="TCE2OH" species_number="s1291">
+<smiles>OC(Cl)(Cl)C(O)(Cl)Cl</smiles>
+</species>
+<species species_name="C2CL3OHOOH" species_number="s1292">
+<smiles>OOC(Cl)(Cl)C(O)Cl</smiles>
+</species>
+<species species_name="C2CL3OHAO" species_number="s1293">
+<smiles>OC(Cl)C([O])(Cl)Cl</smiles>
+</species>
+<species species_name="C2CL32OH" species_number="s1294">
+<smiles>OC(Cl)C(O)(Cl)Cl</smiles>
+</species>
+<species species_name="C2CL3HOOOH" species_number="s1295">
+<smiles>OOC(Cl)C(O)(Cl)Cl</smiles>
+</species>
+<species species_name="C2CL3OHBO" species_number="s1296">
+<smiles>[O]C(Cl)C(O)(Cl)Cl</smiles>
+</species>
+<species species_name="CCL2OHCOCL" species_number="s1297">
+<smiles>ClC(=O)C(O)(Cl)Cl</smiles>
+</species>
+<species species_name="C2CL2OHOOH" species_number="s1298">
+<smiles>OOC(Cl)C(O)Cl</smiles>
+</species>
+<species species_name="C2CL2OHO" species_number="s1299">
+<smiles>OC(Cl)C([O])Cl</smiles>
+</species>
+<species species_name="C2CL2OH2" species_number="s1300">
+<smiles>OC(Cl)C(O)Cl</smiles>
+</species>
+<species species_name="CCLOHCOCL" species_number="s1301">
+<smiles>ClC(=O)C(O)Cl</smiles>
+</species>
+<species species_name="DICLETO2H" species_number="s1302">
+<smiles>OOC(Cl)CCl</smiles>
+</species>
+<species species_name="DICLETO" species_number="s1303">
+<smiles>ClCC([O])Cl</smiles>
+</species>
+<species species_name="CLETAL" species_number="s1304">
+<smiles>ClCC=O</smiles>
+</species>
+<species species_name="DICLETOH" species_number="s1305">
+<smiles>ClCC(O)Cl</smiles>
+</species>
+<species species_name="CH2OHCL2O2H" species_number="s1306">
+<smiles>OCC(OO)(Cl)Cl</smiles>
+</species>
+<species species_name="CH2OHCL2O" species_number="s1307">
+<smiles>OCC([O])(Cl)Cl</smiles>
+</species>
+<species species_name="CL2OHCH2OH" species_number="s1308">
+<smiles>OCC(O)(Cl)Cl</smiles>
+</species>
+<species species_name="CL2OHOOH" species_number="s1309">
+<smiles>OOCC(O)(Cl)Cl</smiles>
+</species>
+<species species_name="CL2OHCH2O" species_number="s1310">
+<smiles>[O]CC(O)(Cl)Cl</smiles>
+</species>
+<species species_name="CL2OHCHO" species_number="s1311">
+<smiles>O=CC(O)(Cl)Cl</smiles>
+</species>
+<species species_name="CL12PRAOOH" species_number="s1312">
+<smiles>OOCC(Cl)CCl</smiles>
+</species>
+<species species_name="CL12PRAO" species_number="s1313">
+<smiles>[O]CC(Cl)CCl</smiles>
+</species>
+<species species_name="CL12PRAOH" species_number="s1314">
+<smiles>OCC(Cl)CCl</smiles>
+</species>
+<species species_name="CL12PRCHO" species_number="s1315">
+<smiles>ClC(CCl)C=O</smiles>
+</species>
+<species species_name="CL12PRBOOH" species_number="s1316">
+<smiles>CC(Cl)(CCl)OO</smiles>
+</species>
+<species species_name="CL12PRBO" species_number="s1317">
+<smiles>ClCC(C)([O])Cl</smiles>
+</species>
+<species species_name="CL12PRBOH" species_number="s1318">
+<smiles>ClCC(C)(O)Cl</smiles>
+</species>
+<species species_name="CL12PRCOOH" species_number="s1319">
+<smiles>CC(Cl)C(Cl)OO</smiles>
+</species>
+<species species_name="CL12PRCO" species_number="s1320">
+<smiles>[O]C(Cl)C(C)Cl</smiles>
+</species>
+<species species_name="CH3CLCOCL" species_number="s1321">
+<smiles>ClC(=O)C(C)Cl</smiles>
+</species>
+<species species_name="CL12PRCOH" species_number="s1322">
+<smiles>OC(Cl)C(C)Cl</smiles>
+</species>
+<species species_name="CH3CCL2OOH" species_number="s1323">
+<smiles>OOC(C)(Cl)Cl</smiles>
+</species>
+<species species_name="CH3CCL2O" species_number="s1324">
+<smiles>CC([O])(Cl)Cl</smiles>
+</species>
+<species species_name="CH3CCL2OH" species_number="s1325">
+<smiles>CC(O)(Cl)Cl</smiles>
+</species>
+<species species_name="CHCL2COOH" species_number="s1326">
+<smiles>OOCC(Cl)Cl</smiles>
+</species>
+<species species_name="CHCL2CH2O" species_number="s1327">
+<smiles>[O]CC(Cl)Cl</smiles>
+</species>
+<species species_name="CHCL2CHO" species_number="s1328">
+<smiles>O=CC(Cl)Cl</smiles>
+</species>
+<species species_name="CHCL2CHOH" species_number="s1329">
+<smiles>OCC(Cl)Cl</smiles>
+</species>
+<species species_name="CH2CLCOOH" species_number="s1330">
+<smiles>OOCCCl</smiles>
+</species>
+<species species_name="CH2CLCH2O" species_number="s1331">
+<smiles>[O]CCCl</smiles>
+</species>
+<species species_name="CH2CLCH2OH" species_number="s1332">
+<smiles>OCCCl</smiles>
+</species>
+<species species_name="CH3CHCLOOH" species_number="s1333">
+<smiles>CC(Cl)OO</smiles>
+</species>
+<species species_name="CH3CHCLO" species_number="s1334">
+<smiles>CC([O])Cl</smiles>
+</species>
+<species species_name="CH3CHCLOH" species_number="s1335">
+<smiles>CC(O)Cl</smiles>
+</species>
+<species species_name="CH3COCL" species_number="s1336">
+<smiles>CC(=O)Cl</smiles>
+</species>
+<species species_name="CCL2CL2OOH" species_number="s1337">
+<smiles>OOC(Cl)(Cl)C(Cl)Cl</smiles>
+</species>
+<species species_name="CHCL2CL2O" species_number="s1338">
+<smiles>ClC(Cl)C([O])(Cl)Cl</smiles>
+</species>
+<species species_name="CHCL2CL2OH" species_number="s1339">
+<smiles>ClC(Cl)C(O)(Cl)Cl</smiles>
+</species>
+<species species_name="CH2CL3OOH" species_number="s1340">
+<smiles>ClCC(Cl)(Cl)OO</smiles>
+</species>
+<species species_name="CH2CL3O" species_number="s1341">
+<smiles>ClCC([O])(Cl)Cl</smiles>
+</species>
+<species species_name="CH2CL3OH" species_number="s1342">
+<smiles>ClCC(O)(Cl)Cl</smiles>
+</species>
+<species species_name="CH2CLCOCL" species_number="s1343">
+<smiles>ClCC(=O)Cl</smiles>
+</species>
+<species species_name="CHCL3OOH" species_number="s1344">
+<smiles>OOC(Cl)C(Cl)Cl</smiles>
+</species>
+<species species_name="CHCL3O" species_number="s1345">
+<smiles>ClC(Cl)C([O])Cl</smiles>
+</species>
+<species species_name="CHCL3OH" species_number="s1346">
+<smiles>ClC(Cl)C(O)Cl</smiles>
+</species>
+<species species_name="CCLNO3COOH" species_number="s1347">
+<smiles>OOCC(Cl)ON(=O)=O</smiles>
+</species>
+<species species_name="CCLNO3CO" species_number="s1348">
+<smiles>[O]CC(Cl)ON(=O)=O</smiles>
+</species>
+<species species_name="CCLCONO3" species_number="s1349">
+<smiles>O=CC(Cl)ON(=O)=O</smiles>
+</species>
+<species species_name="CCLNO3COH" species_number="s1350">
+<smiles>OCC(Cl)ON(=O)=O</smiles>
+</species>
+<species species_name="CNO3CLOOH" species_number="s1351">
+<smiles>OOC(Cl)CON(=O)=O</smiles>
+</species>
+<species species_name="CNO3CLO" species_number="s1352">
+<smiles>[O]C(Cl)CON(=O)=O</smiles>
+</species>
+<species species_name="CNO3CLOH" species_number="s1353">
+<smiles>OC(Cl)CON(=O)=O</smiles>
+</species>
+<species species_name="CNO3OCL" species_number="s1354">
+<smiles>ClC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="CHCLOO" species_number="s1355">
+<smiles>[O-][O+]=CCl</smiles>
+</species>
+<species species_name="HCL" species_number="s1356">
+<smiles>Cl</smiles>
+</species>
+<species species_name="CCLOHCOOH" species_number="s1357">
+<smiles>OOCC(O)Cl</smiles>
+</species>
+<species species_name="CHCLOHCO" species_number="s1358">
+<smiles>[O]CC(O)Cl</smiles>
+</species>
+<species species_name="CCLOHCHO" species_number="s1359">
+<smiles>OC(Cl)C=O</smiles>
+</species>
+<species species_name="CH2OHCCLOH" species_number="s1360">
+<smiles>OCC(O)Cl</smiles>
+</species>
+<species species_name="COHCCLOOH" species_number="s1361">
+<smiles>OCC(Cl)OO</smiles>
+</species>
+<species species_name="CH2OHCCLO" species_number="s1362">
+<smiles>OCC([O])Cl</smiles>
+</species>
+<species species_name="CH2OHCOCL" species_number="s1363">
+<smiles>OCC(=O)Cl</smiles>
+</species>
+<species species_name="NBUTDAOOH" species_number="s1364">
+<smiles>OOC(C=C)CON(=O)=O</smiles>
+</species>
+<species species_name="NBUTDAO" species_number="s1365">
+<smiles>C=CC([O])CON(=O)=O</smiles>
+</species>
+<species species_name="NBUTDAOH" species_number="s1366">
+<smiles>C=CC(O)CON(=O)=O</smiles>
+</species>
+<species species_name="NMVK" species_number="s1367">
+<smiles>C=CC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="NBUTDBOOH" species_number="s1368">
+<smiles>OOCC=CCON(=O)=O</smiles>
+</species>
+<species species_name="NBUTDBNO3" species_number="s1369">
+<smiles>O=N(=O)OCC=CCON(=O)=O</smiles>
+</species>
+<species species_name="NBUTDBO" species_number="s1370">
+<smiles>[O]CC=CCON(=O)=O</smiles>
+</species>
+<species species_name="BUTDANO3" species_number="s1371">
+<smiles>OCC=CCON(=O)=O</smiles>
+</species>
+<species species_name="NC3CHO" species_number="s1372">
+<smiles>O=CC=CCON(=O)=O</smiles>
+</species>
+<species species_name="ACROO" species_number="s1373">
+<smiles>[O-][O+]=CC=C</smiles>
+</species>
+<species species_name="BUTDAOOH" species_number="s1374">
+<smiles>OOCC=CCO</smiles>
+</species>
+<species species_name="BUTDAO" species_number="s1375">
+<smiles>OCC=CC[O]</smiles>
+</species>
+<species species_name="BUTDAOH" species_number="s1376">
+<smiles>OCC=CCO</smiles>
+</species>
+<species species_name="HC3CHO" species_number="s1377">
+<smiles>OCC=CC=O</smiles>
+</species>
+<species species_name="BUTDBOOH" species_number="s1378">
+<smiles>OCC(OO)C=C</smiles>
+</species>
+<species species_name="BUTDBNO3" species_number="s1379">
+<smiles>OCC(C=C)ON(=O)=O</smiles>
+</species>
+<species species_name="BUTDBO" species_number="s1380">
+<smiles>[O]C(CO)C=C</smiles>
+</species>
+<species species_name="BUTDBOH" species_number="s1381">
+<smiles>OC(CO)C=C</smiles>
+</species>
+<species species_name="MVKOH" species_number="s1382">
+<smiles>OCC(=O)C=C</smiles>
+</species>
+<species species_name="BUTDCOOH" species_number="s1383">
+<smiles>OC(COO)C=C</smiles>
+</species>
+<species species_name="BUTDCO" species_number="s1384">
+<smiles>OC(C[O])C=C</smiles>
+</species>
+<species species_name="HC3CCHO" species_number="s1385">
+<smiles>C=CC(O)C=O</smiles>
+</species>
+<species species_name="NISOPOOH" species_number="s1386">
+<smiles>OOCC=C(C)CON(=O)=O</smiles>
+</species>
+<species species_name="NISOPNO3" species_number="s1387">
+<smiles>CC(=CCON(=O)=O)CON(=O)=O</smiles>
+</species>
+<species species_name="NISOPO" species_number="s1388">
+<smiles>[O]CC=C(C)CON(=O)=O</smiles>
+</species>
+<species species_name="ISOPCNO3" species_number="s1389">
+<smiles>OCC=C(C)CON(=O)=O</smiles>
+</species>
+<species species_name="NC4CHO" species_number="s1390">
+<smiles>O=CC=C(C)CON(=O)=O</smiles>
+</species>
+<species species_name="MGLOOA" species_number="s1391">
+<smiles>[O-][O+]=CC(=O)C</smiles>
+</species>
+<species species_name="HMVKAO2" species_number="s1392">
+<smiles>CC(=O)C(O)CO[O]</smiles>
+</species>
+<species species_name="HMVKBO2" species_number="s1393">
+<smiles>OCC(O[O])C(=O)C</smiles>
+</species>
+<species species_name="MACROO" species_number="s1394">
+<smiles>[O-][O+]=CC(=C)C</smiles>
+</species>
+<species species_name="MVKOO" species_number="s1395">
+<smiles>[O-][O+]=C(C)C=C</smiles>
+</species>
+<species species_name="MVKO2" species_number="s1396">
+<smiles>[O]OCC(=O)C=C</smiles>
+</species>
+<species species_name="CISOPAO2" species_number="s1397">
+<smiles>[O]OC/C=C(\CO)/C</smiles>
+</species>
+<species species_name="ISOPBO2" species_number="s1398">
+<smiles>OCC(C)(O[O])C=C</smiles>
+</species>
+<species species_name="CISOPCO2" species_number="s1399">
+<smiles>[O]OC/C(=C\CO)/C</smiles>
+</species>
+<species species_name="ISOPDO2" species_number="s1400">
+<smiles>OCC(O[O])C(=C)C</smiles>
+</species>
+<species species_name="ISOP34OOH" species_number="s1401">
+<smiles>CC(=C)C(COO)O</smiles>
+</species>
+<species species_name="ISOP34NO3" species_number="s1402">
+<smiles>[O-][N+](=O)OCC(C(=C)C)O</smiles>
+</species>
+<species species_name="ISOP34O" species_number="s1403">
+<smiles>CC(=C)C(C[O])O</smiles>
+</species>
+<species species_name="HC4CHO" species_number="s1404">
+<smiles>CC(=C)C(C=O)O</smiles>
+</species>
+<species species_name="ISOPDOH" species_number="s1405">
+<smiles>CC(=C)C(O)CO</smiles>
+</species>
+<species species_name="NC526O2" species_number="s1406">
+<smiles>O=CCC(CO[N+](=O)[O-])(O[O])C</smiles>
+</species>
+<species species_name="CO2C3OOB" species_number="s1407">
+<smiles>[O-][O+]=C(CC=O)C</smiles>
+</species>
+<species species_name="C530O2" species_number="s1408">
+<smiles>O=CCC(O[O])(CO)C</smiles>
+</species>
+<species species_name="M3BU3ECO3" species_number="s1409">
+<smiles>CC(=C)CC(=O)O[O]</smiles>
+</species>
+<species species_name="C45O2" species_number="s1410">
+<smiles>CC(=C)CO[O]</smiles>
+</species>
+<species species_name="NC51O2" species_number="s1411">
+<smiles>[O]OC(CC(=O)C)CO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="CO2C3OOA" species_number="s1412">
+<smiles>[O-][O+]=CCC(=O)C</smiles>
+</species>
+<species species_name="C51O2" species_number="s1413">
+<smiles>OCC(O[O])CC(=O)C</smiles>
+</species>
+<species species_name="CH2CHCH2O2" species_number="s1414">
+<smiles>[O]OCC=C</smiles>
+</species>
+<species species_name="ISOPAO2" species_number="s1415">
+<smiles>[O]OC/C=C(/CO)C</smiles>
+</species>
+<species species_name="ISOPCO2" species_number="s1416">
+<smiles>[O]OC/C(=C/CO)/C</smiles>
+</species>
+<species species_name="CHOOCH2OOH" species_number="s1417">
+<smiles>OOCOC=O</smiles>
+</species>
+<species species_name="CHOOCH2NO3" species_number="s1418">
+<smiles>O=COCON(=O)=O</smiles>
+</species>
+<species species_name="CHOOCH2O" species_number="s1419">
+<smiles>[O]COC=O</smiles>
+</species>
+<species species_name="CHOOCH2OH" species_number="s1420">
+<smiles>OCOC=O</smiles>
+</species>
+<species species_name="CHOOCHO" species_number="s1421">
+<smiles>O=COC=O</smiles>
+</species>
+<species species_name="METACETHO" species_number="s1422">
+<smiles>O=COC(=O)C</smiles>
+</species>
+<species species_name="METACETO2H" species_number="s1423">
+<smiles>CC(=O)OCOO</smiles>
+</species>
+<species species_name="METACETNO3" species_number="s1424">
+<smiles>CC(=O)OCON(=O)=O</smiles>
+</species>
+<species species_name="METHACETO" species_number="s1425">
+<smiles>CC(=O)OC[O]</smiles>
+</species>
+<species species_name="METACETOH" species_number="s1426">
+<smiles>CC(=O)OCO</smiles>
+</species>
+<species species_name="MOCOCH2OOH" species_number="s1427">
+<smiles>OOCC(=O)OC</smiles>
+</species>
+<species species_name="MOCOCH2O" species_number="s1428">
+<smiles>COC(=O)C[O]</smiles>
+</species>
+<species species_name="MOXCOCH2OH" species_number="s1429">
+<smiles>COC(=O)CO</smiles>
+</species>
+<species species_name="MOXYCOCHO" species_number="s1430">
+<smiles>COC(=O)C=O</smiles>
+</species>
+<species species_name="ACEC2H4OOH" species_number="s1431">
+<smiles>CC(=O)OCCOO</smiles>
+</species>
+<species species_name="ACEC2H4NO3" species_number="s1432">
+<smiles>CC(=O)OCCON(=O)=O</smiles>
+</species>
+<species species_name="ACETC2H4O" species_number="s1433">
+<smiles>CC(=O)OCC[O]</smiles>
+</species>
+<species species_name="ACETETCHO" species_number="s1434">
+<smiles>O=CCOC(=O)C</smiles>
+</species>
+<species species_name="ETACETOH" species_number="s1435">
+<smiles>CC(=O)OCCO</smiles>
+</species>
+<species species_name="EOCOCH2OOH" species_number="s1436">
+<smiles>CCOC(=O)COO</smiles>
+</species>
+<species species_name="EOCOCH2O" species_number="s1437">
+<smiles>CCOC(=O)C[O]</smiles>
+</species>
+<species species_name="EOCOCHO" species_number="s1438">
+<smiles>CCOC(=O)C=O</smiles>
+</species>
+<species species_name="EOX2COMEOH" species_number="s1439">
+<smiles>CCOC(=O)CO</smiles>
+</species>
+<species species_name="ETHACETOOH" species_number="s1440">
+<smiles>CC(OC(=O)C)OO</smiles>
+</species>
+<species species_name="METHCOACET" species_number="s1441">
+<smiles>CC(=O)OC(=O)C</smiles>
+</species>
+<species species_name="ETACETNO3" species_number="s1442">
+<smiles>CC(=O)OC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="ETHACETO" species_number="s1443">
+<smiles>CC([O])OC(=O)C</smiles>
+</species>
+<species species_name="ETHACETOH" species_number="s1444">
+<smiles>CC(O)OC(=O)C</smiles>
+</species>
+<species species_name="NPRACAOOH" species_number="s1445">
+<smiles>CC(COC(=O)C)OO</smiles>
+</species>
+<species species_name="NPRACANO3" species_number="s1446">
+<smiles>CC(=O)OCC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="NPROACEAO" species_number="s1447">
+<smiles>CC([O])COC(=O)C</smiles>
+</species>
+<species species_name="ACEPROPONE" species_number="s1448">
+<smiles>CC(=O)OCC(=O)C</smiles>
+</species>
+<species species_name="NPRACAOH" species_number="s1449">
+<smiles>CC(O)COC(=O)C</smiles>
+</species>
+<species species_name="NPRACBOOH" species_number="s1450">
+<smiles>CCC(OO)OC(=O)C</smiles>
+</species>
+<species species_name="NPRACBNO3" species_number="s1451">
+<smiles>CCC(OC(=O)C)ON(=O)=O</smiles>
+</species>
+<species species_name="NPROACEBO" species_number="s1452">
+<smiles>CCC([O])OC(=O)C</smiles>
+</species>
+<species species_name="ACETCOC2H5" species_number="s1453">
+<smiles>CCC(=O)OC(=O)C</smiles>
+</species>
+<species species_name="NPRACBOH" species_number="s1454">
+<smiles>CCC(O)OC(=O)C</smiles>
+</species>
+<species species_name="NPRACCOOH" species_number="s1455">
+<smiles>OOCCCOC(=O)C</smiles>
+</species>
+<species species_name="NPRACCNO3" species_number="s1456">
+<smiles>CC(=O)OCCCON(=O)=O</smiles>
+</species>
+<species species_name="NPROACECO" species_number="s1457">
+<smiles>CC(=O)OCCC[O]</smiles>
+</species>
+<species species_name="ACEC2CHO" species_number="s1458">
+<smiles>O=CCCOC(=O)C</smiles>
+</species>
+<species species_name="NPRACCOH" species_number="s1459">
+<smiles>CC(=O)OCCCO</smiles>
+</species>
+<species species_name="IPRACBOOH" species_number="s1460">
+<smiles>CC(COO)OC(=O)C</smiles>
+</species>
+<species species_name="IPRACBNO3" species_number="s1461">
+<smiles>CC(=O)OC(C)CON(=O)=O</smiles>
+</species>
+<species species_name="IPRACBO" species_number="s1462">
+<smiles>CC(C[O])OC(=O)C</smiles>
+</species>
+<species species_name="IPRACBCHO" species_number="s1463">
+<smiles>O=CC(C)OC(=O)C</smiles>
+</species>
+<species species_name="IPRACBOH" species_number="s1464">
+<smiles>CC(CO)OC(=O)C</smiles>
+</species>
+<species species_name="IPRACOOH" species_number="s1465">
+<smiles>OOC(C)(C)OC(=O)C</smiles>
+</species>
+<species species_name="IPRACNO3" species_number="s1466">
+<smiles>CC(=O)OC(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="IPROACETO" species_number="s1467">
+<smiles>CC(=O)OC(C)(C)[O]</smiles>
+</species>
+<species species_name="IPRACOH" species_number="s1468">
+<smiles>CC(=O)OC(C)(C)O</smiles>
+</species>
+<species species_name="NBUACAOOH" species_number="s1469">
+<smiles>OOC(C)CCOC(=O)C</smiles>
+</species>
+<species species_name="NBUACANO3" species_number="s1470">
+<smiles>CC(=O)OCCC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="NBUACETAO" species_number="s1471">
+<smiles>CC([O])CCOC(=O)C</smiles>
+</species>
+<species species_name="ACEBUTONE" species_number="s1472">
+<smiles>CC(=O)CCOC(=O)C</smiles>
+</species>
+<species species_name="NBUACAOH" species_number="s1473">
+<smiles>CC(O)CCOC(=O)C</smiles>
+</species>
+<species species_name="NBUACBOOH" species_number="s1474">
+<smiles>CCC(OO)COC(=O)C</smiles>
+</species>
+<species species_name="NBUACBNO3" species_number="s1475">
+<smiles>CCC(COC(=O)C)ON(=O)=O</smiles>
+</species>
+<species species_name="NBUACETBO" species_number="s1476">
+<smiles>CCC([O])COC(=O)C</smiles>
+</species>
+<species species_name="ACEBUTBONE" species_number="s1477">
+<smiles>CCC(=O)COC(=O)C</smiles>
+</species>
+<species species_name="NBUACBOH" species_number="s1478">
+<smiles>CCC(O)COC(=O)C</smiles>
+</species>
+<species species_name="NBUACCOOH" species_number="s1479">
+<smiles>CCCC(OO)OC(=O)C</smiles>
+</species>
+<species species_name="NBUACCNO3" species_number="s1480">
+<smiles>CCCC(OC(=O)C)ON(=O)=O</smiles>
+</species>
+<species species_name="NBUACETCO" species_number="s1481">
+<smiles>CCCC([O])OC(=O)C</smiles>
+</species>
+<species species_name="ACETCOC3H7" species_number="s1482">
+<smiles>CCCC(=O)OC(=O)C</smiles>
+</species>
+<species species_name="NBUACCOH" species_number="s1483">
+<smiles>CCCC(O)OC(=O)C</smiles>
+</species>
+<species species_name="SBUACAOOH" species_number="s1484">
+<smiles>CCC(C)(OO)OC(=O)C</smiles>
+</species>
+<species species_name="SBUACANO3" species_number="s1485">
+<smiles>CCC(C)(OC(=O)C)ON(=O)=O</smiles>
+</species>
+<species species_name="SBUACETAO" species_number="s1486">
+<smiles>CCC(C)([O])OC(=O)C</smiles>
+</species>
+<species species_name="SBUACAOH" species_number="s1487">
+<smiles>CCC(C)(O)OC(=O)C</smiles>
+</species>
+<species species_name="SBUACBOOH" species_number="s1488">
+<smiles>CC(OC(=O)C)C(C)OO</smiles>
+</species>
+<species species_name="SBUACBNO3" species_number="s1489">
+<smiles>O=N(=O)OC(C)C(C)OC(=O)C</smiles>
+</species>
+<species species_name="SBUACETBO" species_number="s1490">
+<smiles>CC(=O)OC(C)C(C)[O]</smiles>
+</species>
+<species species_name="SBUACBOH" species_number="s1491">
+<smiles>CC(=O)OC(C)C(C)O</smiles>
+</species>
+<species species_name="SBUACEONE" species_number="s1492">
+<smiles>CC(=O)OC(C)C(=O)C</smiles>
+</species>
+<species species_name="MCOOTBOOH" species_number="s1493">
+<smiles>OOCC(C)(C)OC(=O)C</smiles>
+</species>
+<species species_name="MCOOTBNO3" species_number="s1494">
+<smiles>O=N(=O)OCC(C)(C)OC(=O)C</smiles>
+</species>
+<species species_name="MCOOTBO" species_number="s1495">
+<smiles>[O]CC(C)(C)OC(=O)C</smiles>
+</species>
+<species species_name="TBUACCO" species_number="s1496">
+<smiles>O=CC(C)(C)OC(=O)C</smiles>
+</species>
+<species species_name="TBUACOH" species_number="s1497">
+<smiles>OCC(C)(C)OC(=O)C</smiles>
+</species>
+<species species_name="BOCOCH2OOH" species_number="s1498">
+<smiles>OOCC(=O)OC(C)(C)C</smiles>
+</species>
+<species species_name="TBOCOCH2O" species_number="s1499">
+<smiles>[O]CC(=O)OC(C)(C)C</smiles>
+</species>
+<species species_name="TBOCOCH2OH" species_number="s1500">
+<smiles>OCC(=O)OC(C)(C)C</smiles>
+</species>
+<species species_name="TBOCOCHO" species_number="s1501">
+<smiles>O=CC(=O)OC(C)(C)C</smiles>
+</species>
+<species species_name="CH3OCH2OOH" species_number="s1502">
+<smiles>COCOO</smiles>
+</species>
+<species species_name="CH3OCH2NO3" species_number="s1503">
+<smiles>COCON(=O)=O</smiles>
+</species>
+<species species_name="CH3OCH2O" species_number="s1504">
+<smiles>COC[O]</smiles>
+</species>
+<species species_name="CH3OCH2OH" species_number="s1505">
+<smiles>COCO</smiles>
+</species>
+<species species_name="DIETETOOH" species_number="s1506">
+<smiles>CC(OCC)OO</smiles>
+</species>
+<species species_name="DIETETNO3" species_number="s1507">
+<smiles>CCOC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="DIETETO" species_number="s1508">
+<smiles>CCOC(C)[O]</smiles>
+</species>
+<species species_name="DIETETOH" species_number="s1509">
+<smiles>CCOC(C)O</smiles>
+</species>
+<species species_name="ETOC2OOH" species_number="s1510">
+<smiles>CCOCCOO</smiles>
+</species>
+<species species_name="ETOC2NO3" species_number="s1511">
+<smiles>CCOCCON(=O)=O</smiles>
+</species>
+<species species_name="ETOC2O" species_number="s1512">
+<smiles>[O]CCOCC</smiles>
+</species>
+<species species_name="MTBEACHO" species_number="s1513">
+<smiles>O=COC(C)(C)C</smiles>
+</species>
+<species species_name="MTBEAOOH" species_number="s1514">
+<smiles>OOCOC(C)(C)C</smiles>
+</species>
+<species species_name="MTBEANO3" species_number="s1515">
+<smiles>O=N(=O)OCOC(C)(C)C</smiles>
+</species>
+<species species_name="MTBEAO" species_number="s1516">
+<smiles>[O]COC(C)(C)C</smiles>
+</species>
+<species species_name="MTBEAOH" species_number="s1517">
+<smiles>OCOC(C)(C)C</smiles>
+</species>
+<species species_name="MTBEBOOH" species_number="s1518">
+<smiles>OOCC(C)(C)OC</smiles>
+</species>
+<species species_name="MTBEBNO3" species_number="s1519">
+<smiles>COC(C)(C)CON(=O)=O</smiles>
+</species>
+<species species_name="MTBEBO" species_number="s1520">
+<smiles>[O]CC(C)(C)OC</smiles>
+</species>
+<species species_name="MTBEBCHO" species_number="s1521">
+<smiles>COC(C)(C)C=O</smiles>
+</species>
+<species species_name="MTBEBOH" species_number="s1522">
+<smiles>OCC(C)(C)OC</smiles>
+</species>
+<species species_name="DIIPRETOOH" species_number="s1523">
+<smiles>OOC(C)(C)OC(C)C</smiles>
+</species>
+<species species_name="DIIPRETNO3" species_number="s1524">
+<smiles>CC(C)OC(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="DIIPRETO" species_number="s1525">
+<smiles>CC(C)OC(C)(C)[O]</smiles>
+</species>
+<species species_name="DIIPRETOH" species_number="s1526">
+<smiles>CC(C)OC(C)(C)O</smiles>
+</species>
+<species species_name="IPROMC2OOH" species_number="s1527">
+<smiles>OOCC(C)OC(C)C</smiles>
+</species>
+<species species_name="IPROMC2NO3" species_number="s1528">
+<smiles>CC(C)OC(C)CON(=O)=O</smiles>
+</species>
+<species species_name="IPROMC2O" species_number="s1529">
+<smiles>[O]CC(C)OC(C)C</smiles>
+</species>
+<species species_name="IPROMC2OH" species_number="s1530">
+<smiles>OCC(C)OC(C)C</smiles>
+</species>
+<species species_name="IPROMCCHO" species_number="s1531">
+<smiles>O=CC(C)OC(C)C</smiles>
+</species>
+<species species_name="ETBEAOOH" species_number="s1532">
+<smiles>CCOC(C)(C)COO</smiles>
+</species>
+<species species_name="ETBEANO3" species_number="s1533">
+<smiles>CCOC(C)(C)CON(=O)=O</smiles>
+</species>
+<species species_name="ETBEAO" species_number="s1534">
+<smiles>CCOC(C)(C)C[O]</smiles>
+</species>
+<species species_name="ETBEACHO" species_number="s1535">
+<smiles>CCOC(C)(C)C=O</smiles>
+</species>
+<species species_name="ETBEAOH" species_number="s1536">
+<smiles>CCOC(C)(C)CO</smiles>
+</species>
+<species species_name="ETBEBOOH" species_number="s1537">
+<smiles>OOC(C)OC(C)(C)C</smiles>
+</species>
+<species species_name="ETBEBNO3" species_number="s1538">
+<smiles>O=N(=O)OC(C)OC(C)(C)C</smiles>
+</species>
+<species species_name="ETBEBO" species_number="s1539">
+<smiles>CC([O])OC(C)(C)C</smiles>
+</species>
+<species species_name="ETBEBOH" species_number="s1540">
+<smiles>CC(O)OC(C)(C)C</smiles>
+</species>
+<species species_name="ETBECOOH" species_number="s1541">
+<smiles>OOCCOC(C)(C)C</smiles>
+</species>
+<species species_name="ETBECNO3" species_number="s1542">
+<smiles>O=N(=O)OCCOC(C)(C)C</smiles>
+</species>
+<species species_name="ETBECO" species_number="s1543">
+<smiles>[O]CCOC(C)(C)C</smiles>
+</species>
+<species species_name="ETBECCHO" species_number="s1544">
+<smiles>O=CCOC(C)(C)C</smiles>
+</species>
+<species species_name="ETBECOH" species_number="s1545">
+<smiles>OCCOC(C)(C)C</smiles>
+</species>
+<species species_name="MO2EOLAOOH" species_number="s1546">
+<smiles>COC(CO)OO</smiles>
+</species>
+<species species_name="MO2EOLANO3" species_number="s1547">
+<smiles>OCC(OC)ON(=O)=O</smiles>
+</species>
+<species species_name="MO2EOLAO" species_number="s1548">
+<smiles>COC([O])CO</smiles>
+</species>
+<species species_name="MO2EOLA2OH" species_number="s1549">
+<smiles>COC(O)CO</smiles>
+</species>
+<species species_name="ETOHOCHO" species_number="s1550">
+<smiles>OCCOC=O</smiles>
+</species>
+<species species_name="MO2EOLBOOH" species_number="s1551">
+<smiles>OCCOCOO</smiles>
+</species>
+<species species_name="MO2EOLBNO3" species_number="s1552">
+<smiles>OCCOCON(=O)=O</smiles>
+</species>
+<species species_name="MO2EOLBO" species_number="s1553">
+<smiles>[O]COCCO</smiles>
+</species>
+<species species_name="MO2EOLB2OH" species_number="s1554">
+<smiles>OCOCCO</smiles>
+</species>
+<species species_name="MEMOXYCO3" species_number="s1555">
+<smiles>COCC(=O)O[O]</smiles>
+</species>
+<species species_name="EOX2OLAOOH" species_number="s1556">
+<smiles>CCOC(CO)OO</smiles>
+</species>
+<species species_name="EOX2EOLAO" species_number="s1557">
+<smiles>CCOC([O])CO</smiles>
+</species>
+<species species_name="EOX2OLANO3" species_number="s1558">
+<smiles>CCOC(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="EOX2ETA2OH" species_number="s1559">
+<smiles>CCOC(O)CO</smiles>
+</species>
+<species species_name="EOX2OLBOOH" species_number="s1560">
+<smiles>OCCOC(C)OO</smiles>
+</species>
+<species species_name="EOX2EOLBO" species_number="s1561">
+<smiles>OCCOC(C)[O]</smiles>
+</species>
+<species species_name="EOX2OLBNO3" species_number="s1562">
+<smiles>OCCOC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="EOX2ETB2OH" species_number="s1563">
+<smiles>OCCOC(C)O</smiles>
+</species>
+<species species_name="EOX2MECO3" species_number="s1564">
+<smiles>CCOCC(=O)O[O]</smiles>
+</species>
+<species species_name="ETOMEO2" species_number="s1565">
+<smiles>CCOCO[O]</smiles>
+</species>
+<species species_name="ETOHCO2M" species_number="s1566">
+<smiles>COC(=O)C(C)O</smiles>
+</species>
+<species species_name="PR2OHMOOOH" species_number="s1567">
+<smiles>COC(OO)C(C)O</smiles>
+</species>
+<species species_name="PR2OHMONO3" species_number="s1568">
+<smiles>COC(ON(=O)=O)C(C)O</smiles>
+</species>
+<species species_name="PR2OHMOXO" species_number="s1569">
+<smiles>COC([O])C(C)O</smiles>
+</species>
+<species species_name="PROH2MOX" species_number="s1570">
+<smiles>COC(O)C(C)O</smiles>
+</species>
+<species species_name="H2C3OCOOH" species_number="s1571">
+<smiles>OOCOCC(C)O</smiles>
+</species>
+<species species_name="PROL2FORM" species_number="s1572">
+<smiles>CC(O)COC=O</smiles>
+</species>
+<species species_name="H2C3OCNO3" species_number="s1573">
+<smiles>CC(O)COCON(=O)=O</smiles>
+</species>
+<species species_name="H2C3OCO" species_number="s1574">
+<smiles>[O]COCC(C)O</smiles>
+</species>
+<species species_name="H2C3OCOH" species_number="s1575">
+<smiles>OCOCC(C)O</smiles>
+</species>
+<species species_name="PRONEMOXO2" species_number="s1576">
+<smiles>COC(O[O])C(=O)C</smiles>
+</species>
+<species species_name="BOX2OHAOOH" species_number="s1577">
+<smiles>CCCC(OO)OCCO</smiles>
+</species>
+<species species_name="PRCOOETOH" species_number="s1578">
+<smiles>CCCC(=O)OCCO</smiles>
+</species>
+<species species_name="BOX2EOHAO" species_number="s1579">
+<smiles>CCCC([O])OCCO</smiles>
+</species>
+<species species_name="BOXEOHANO3" species_number="s1580">
+<smiles>OCCOC(CCC)ON(=O)=O</smiles>
+</species>
+<species species_name="BOXOHETOH" species_number="s1581">
+<smiles>CCCC(O)OCCO</smiles>
+</species>
+<species species_name="BOX2COMOH" species_number="s1582">
+<smiles>CCCCOC(=O)CO</smiles>
+</species>
+<species species_name="BOX2OHBOOH" species_number="s1583">
+<smiles>CCCCOC(CO)OO</smiles>
+</species>
+<species species_name="BOX2EOHBO" species_number="s1584">
+<smiles>CCCCOC([O])CO</smiles>
+</species>
+<species species_name="BOXEOHBNO3" species_number="s1585">
+<smiles>CCCCOC(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="BOX2E2OH" species_number="s1586">
+<smiles>CCCCOC(O)CO</smiles>
+</species>
+<species species_name="BOXMCO3" species_number="s1587">
+<smiles>CCCCOCC(=O)O[O]</smiles>
+</species>
+<species species_name="BOX2MO2" species_number="s1588">
+<smiles>CCCCOCO[O]</smiles>
+</species>
+<species species_name="BOXPOLAOOH" species_number="s1589">
+<smiles>CCCC(OO)OCC(C)O</smiles>
+</species>
+<species species_name="PRCOOPROL" species_number="s1590">
+<smiles>CCCC(=O)OCC(C)O</smiles>
+</species>
+<species species_name="BOXPOLANO3" species_number="s1591">
+<smiles>CCCC(OCC(C)O)ON(=O)=O</smiles>
+</species>
+<species species_name="BOXPROLAO" species_number="s1592">
+<smiles>CCCC([O])OCC(C)O</smiles>
+</species>
+<species species_name="BOXOHPROL" species_number="s1593">
+<smiles>CCCC(O)OCC(C)O</smiles>
+</species>
+<species species_name="BOXCOEOL" species_number="s1594">
+<smiles>CCCCOC(=O)C(C)O</smiles>
+</species>
+<species species_name="BOXPOLBOOH" species_number="s1595">
+<smiles>CCCCOC(OO)C(C)O</smiles>
+</species>
+<species species_name="BOXPOLBNO3" species_number="s1596">
+<smiles>CCCCOC(ON(=O)=O)C(C)O</smiles>
+</species>
+<species species_name="BOXPROLBO" species_number="s1597">
+<smiles>CCCCOC([O])C(C)O</smiles>
+</species>
+<species species_name="BOXPR2OH" species_number="s1598">
+<smiles>CCCCOC(O)C(C)O</smiles>
+</species>
+<species species_name="BOXPRONAO2" species_number="s1599">
+<smiles>CCCC(O[O])OCC(=O)C</smiles>
+</species>
+<species species_name="BOXPRONBO2" species_number="s1600">
+<smiles>CCCCOC(O[O])C(=O)C</smiles>
+</species>
+<species species_name="CH2BROOH" species_number="s1601">
+<smiles>OOCBr</smiles>
+</species>
+<species species_name="CH2BRO" species_number="s1602">
+<smiles>[O]CBr</smiles>
+</species>
+<species species_name="CH2BROH" species_number="s1603">
+<smiles>OCBr</smiles>
+</species>
+<species species_name="CHOBR" species_number="s1604">
+<smiles>BrC=O</smiles>
+</species>
+<species species_name="DIBRETO2H" species_number="s1605">
+<smiles>OOC(Br)CBr</smiles>
+</species>
+<species species_name="DIBRETO" species_number="s1606">
+<smiles>BrCC([O])Br</smiles>
+</species>
+<species species_name="BRETAL" species_number="s1607">
+<smiles>BrCC=O</smiles>
+</species>
+<species species_name="DIBRETOH" species_number="s1608">
+<smiles>BrCC(O)Br</smiles>
+</species>
+<species species_name="CH3COCH2O" species_number="s1609">
+<smiles>CC(=O)C[O]</smiles>
+</species>
+<species species_name="HYPERACET" species_number="s1610">
+<smiles>CC(=O)COO</smiles>
+</species>
+<species species_name="MEKAOOH" species_number="s1611">
+<smiles>OOCCC(=O)C</smiles>
+</species>
+<species species_name="MEKANO3" species_number="s1612">
+<smiles>CC(=O)CCON(=O)=O</smiles>
+</species>
+<species species_name="MEKAO" species_number="s1613">
+<smiles>CC(=O)CC[O]</smiles>
+</species>
+<species species_name="MEKBOOH" species_number="s1614">
+<smiles>CC(OO)C(=O)C</smiles>
+</species>
+<species species_name="MEKBO" species_number="s1615">
+<smiles>CC(=O)C(C)[O]</smiles>
+</species>
+<species species_name="BIACET" species_number="s1616">
+<smiles>CC(=O)C(=O)C</smiles>
+</species>
+<species species_name="MEKCOOH" species_number="s1617">
+<smiles>CCC(=O)COO</smiles>
+</species>
+<species species_name="MEKCO" species_number="s1618">
+<smiles>CCC(=O)C[O]</smiles>
+</species>
+<species species_name="EGLYOX" species_number="s1619">
+<smiles>CCC(=O)C=O</smiles>
+</species>
+<species species_name="MPRKBOOH" species_number="s1620">
+<smiles>CC(CC(=O)C)OO</smiles>
+</species>
+<species species_name="CO2C54O" species_number="s1621">
+<smiles>CC([O])CC(=O)C</smiles>
+</species>
+<species species_name="MPRKNO3" species_number="s1622">
+<smiles>CC(=O)CC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="CO24C5" species_number="s1623">
+<smiles>CC(=O)CC(=O)C</smiles>
+</species>
+<species species_name="HO2CO4C5" species_number="s1624">
+<smiles>CC(O)CC(=O)C</smiles>
+</species>
+<species species_name="MPRKAOOH" species_number="s1625">
+<smiles>CCC(OO)C(=O)C</smiles>
+</species>
+<species species_name="MPRKAO" species_number="s1626">
+<smiles>CCC([O])C(=O)C</smiles>
+</species>
+<species species_name="CO23C5" species_number="s1627">
+<smiles>CCC(=O)C(=O)C</smiles>
+</species>
+<species species_name="DIEKAOOH" species_number="s1628">
+<smiles>CC(OO)C(=O)CC</smiles>
+</species>
+<species species_name="DIEKAO" species_number="s1629">
+<smiles>CCC(=O)C(C)[O]</smiles>
+</species>
+<species species_name="DIEKBOOH" species_number="s1630">
+<smiles>CCC(=O)CCOO</smiles>
+</species>
+<species species_name="DIEKBNO3" species_number="s1631">
+<smiles>CCC(=O)CCON(=O)=O</smiles>
+</species>
+<species species_name="DIEKBO" species_number="s1632">
+<smiles>[O]CCC(=O)CC</smiles>
+</species>
+<species species_name="HO1CO3C5" species_number="s1633">
+<smiles>OCCC(=O)CC</smiles>
+</species>
+<species species_name="MIPKAOOH" species_number="s1634">
+<smiles>OOC(C)(C)C(=O)C</smiles>
+</species>
+<species species_name="MIPKAO" species_number="s1635">
+<smiles>CC(=O)C(C)(C)[O]</smiles>
+</species>
+<species species_name="MIPKBOOH" species_number="s1636">
+<smiles>CC(COO)C(=O)C</smiles>
+</species>
+<species species_name="MIPKBNO3" species_number="s1637">
+<smiles>O=N(=O)OCC(C)C(=O)C</smiles>
+</species>
+<species species_name="MIPKBO" species_number="s1638">
+<smiles>CC(C[O])C(=O)C</smiles>
+</species>
+<species species_name="CO2C43CHO" species_number="s1639">
+<smiles>O=CC(C)C(=O)C</smiles>
+</species>
+<species species_name="HEX2ONAOOH" species_number="s1640">
+<smiles>CCC(OO)CC(=O)C</smiles>
+</species>
+<species species_name="HEX2ONANO3" species_number="s1641">
+<smiles>CCC(CC(=O)C)ON(=O)=O</smiles>
+</species>
+<species species_name="HEX2ONAO" species_number="s1642">
+<smiles>CCC([O])CC(=O)C</smiles>
+</species>
+<species species_name="CO24C6" species_number="s1643">
+<smiles>CCC(=O)CC(=O)C</smiles>
+</species>
+<species species_name="CO2HO4C6" species_number="s1644">
+<smiles>CCC(O)CC(=O)C</smiles>
+</species>
+<species species_name="HEX2ONBOOH" species_number="s1645">
+<smiles>CC(CCC(=O)C)OO</smiles>
+</species>
+<species species_name="HEX2ONBNO3" species_number="s1646">
+<smiles>CC(=O)CCC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="HEX2ONBO" species_number="s1647">
+<smiles>CC([O])CCC(=O)C</smiles>
+</species>
+<species species_name="CO25C6" species_number="s1648">
+<smiles>CC(=O)CCC(=O)C</smiles>
+</species>
+<species species_name="HO2CO5C6" species_number="s1649">
+<smiles>CC(O)CCC(=O)C</smiles>
+</species>
+<species species_name="HEX2ONCOOH" species_number="s1650">
+<smiles>CCCC(OO)C(=O)C</smiles>
+</species>
+<species species_name="HEX2ONCO" species_number="s1651">
+<smiles>CCCC([O])C(=O)C</smiles>
+</species>
+<species species_name="CO23C6" species_number="s1652">
+<smiles>CCCC(=O)C(=O)C</smiles>
+</species>
+<species species_name="HEX3ONAOOH" species_number="s1653">
+<smiles>CC(CC(=O)CC)OO</smiles>
+</species>
+<species species_name="HEX3ONANO3" species_number="s1654">
+<smiles>CCC(=O)CC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="HEX3ONAO" species_number="s1655">
+<smiles>CCC(=O)CC(C)[O]</smiles>
+</species>
+<species species_name="HEX3ONAOH" species_number="s1656">
+<smiles>CCC(=O)CC(C)O</smiles>
+</species>
+<species species_name="HEX3ONBOOH" species_number="s1657">
+<smiles>CCC(=O)C(CC)OO</smiles>
+</species>
+<species species_name="HEX3ONBO" species_number="s1658">
+<smiles>CCC(=O)C([O])CC</smiles>
+</species>
+<species species_name="C6CO34" species_number="s1659">
+<smiles>CCC(=O)C(=O)CC</smiles>
+</species>
+<species species_name="C6CO3HO4" species_number="s1660">
+<smiles>CCC(=O)C(O)CC</smiles>
+</species>
+<species species_name="HEX3ONCOOH" species_number="s1661">
+<smiles>CC(OO)C(=O)CCC</smiles>
+</species>
+<species species_name="HEX3ONCO" species_number="s1662">
+<smiles>CCCC(=O)C(C)[O]</smiles>
+</species>
+<species species_name="HEX3ONDOOH" species_number="s1663">
+<smiles>CCCC(=O)CCOO</smiles>
+</species>
+<species species_name="HEX3ONDNO3" species_number="s1664">
+<smiles>CCC(=O)CCCON(=O)=O</smiles>
+</species>
+<species species_name="HEX3ONDO" species_number="s1665">
+<smiles>CCCC(=O)CC[O]</smiles>
+</species>
+<species species_name="C3COCCHO" species_number="s1666">
+<smiles>CCCC(=O)CC=O</smiles>
+</species>
+<species species_name="HEX3ONDOH" species_number="s1667">
+<smiles>CCCC(=O)CCO</smiles>
+</species>
+<species species_name="MIBKAOOH" species_number="s1668">
+<smiles>OOC(C)(C)CC(=O)C</smiles>
+</species>
+<species species_name="MIBKANO3" species_number="s1669">
+<smiles>CC(=O)CC(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="MIBKAO" species_number="s1670">
+<smiles>CC(=O)CC(C)(C)[O]</smiles>
+</species>
+<species species_name="MIBKBOOH" species_number="s1671">
+<smiles>OOC(C(C)C)C(=O)C</smiles>
+</species>
+<species species_name="MIBKBO" species_number="s1672">
+<smiles>CC(C)C([O])C(=O)C</smiles>
+</species>
+<species species_name="MIBK3CO" species_number="s1673">
+<smiles>CC(C)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="MIBKBOH" species_number="s1674">
+<smiles>CC(C)C(O)C(=O)C</smiles>
+</species>
+<species species_name="MTBKOOH" species_number="s1675">
+<smiles>OOCC(C)(C)C(=O)C</smiles>
+</species>
+<species species_name="MTBKNO3" species_number="s1676">
+<smiles>O=N(=O)OCC(C)(C)C(=O)C</smiles>
+</species>
+<species species_name="MTBKO" species_number="s1677">
+<smiles>[O]CC(C)(C)C(=O)C</smiles>
+</species>
+<species species_name="CO2M33CHO" species_number="s1678">
+<smiles>O=CC(C)(C)C(=O)C</smiles>
+</species>
+<species species_name="MTBKOH" species_number="s1679">
+<smiles>OCC(C)(C)C(=O)C</smiles>
+</species>
+<species species_name="CYHXONAOOH" species_number="s1680">
+<smiles>OOC1CCCC(=O)C1</smiles>
+</species>
+<species species_name="CYHXONANO3" species_number="s1681">
+<smiles>O=C1CCCC(C1)ON(=O)=O</smiles>
+</species>
+<species species_name="CYHXONAO" species_number="s1682">
+<smiles>[O]C1CCCC(=O)C1</smiles>
+</species>
+<species species_name="CYC613DION" species_number="s1683">
+<smiles>O=C1CCCC(=O)C1</smiles>
+</species>
+<species species_name="CYHXONAOH" species_number="s1684">
+<smiles>OC1CCCC(=O)C1</smiles>
+</species>
+<species species_name="NAPINAOOH" species_number="s1685">
+<smiles>OOC1(C)C(ON(=O)=O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="NAPINAO" species_number="s1686">
+<smiles>O=N(=O)OC1CC2CC(C1(C)[O])C2(C)C</smiles>
+</species>
+<species species_name="APINBNO3" species_number="s1687">
+<smiles>O=N(=O)OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="NAPINBOOH" species_number="s1688">
+<smiles>OOC1CC2CC(C1(C)ON(=O)=O)C2(C)C</smiles>
+</species>
+<species species_name="NAPINBO" species_number="s1689">
+<smiles>O=N(=O)OC1(C)C([O])CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="APINANO3" species_number="s1690">
+<smiles>O=N(=O)OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="NC101CO" species_number="s1691">
+<smiles>O=N(=O)OC1(C)C(=O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C107O2" species_number="s1692">
+<smiles>O=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C109O2" species_number="s1693">
+<smiles>[O]OCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="APINBOO" species_number="s1694">
+<smiles>CCOC(=O)C1C2(O1)CCCCC2</smiles>
+</species>
+<species species_name="C96O2" species_number="s1695">
+<smiles>[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="APINAOOH" species_number="s1696">
+<smiles>OOC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="APINAO" species_number="s1697">
+<smiles>OC1CC2CC(C1(C)[O])C2(C)C</smiles>
+</species>
+<species species_name="APINBOH" species_number="s1698">
+<smiles>OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="APINBOOH" species_number="s1699">
+<smiles>OOC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="APINBO" species_number="s1700">
+<smiles>[O]C1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="APINBCO" species_number="s1701">
+<smiles>O=C1CC2CC(C2(C)C)C1(C)O</smiles>
+</species>
+<species species_name="APINCOOH" species_number="s1702">
+<smiles>OOC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="APINCNO3" species_number="s1703">
+<smiles>O=N(=O)OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="APINCO" species_number="s1704">
+<smiles>CC1=CCC(CC1O)C(C)(C)[O]</smiles>
+</species>
+<species species_name="APINCOH" species_number="s1705">
+<smiles>CC1=CCC(CC1O)C(C)(C)O</smiles>
+</species>
+<species species_name="NBPINAOOH" species_number="s1706">
+<smiles>OOC1(CON(=O)=O)CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="NBPINAO" species_number="s1707">
+<smiles>O=N(=O)OCC1([O])CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="BPINBNO3" species_number="s1708">
+<smiles>O=N(=O)OCC1(O)CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="NBPINBOOH" species_number="s1709">
+<smiles>OOCC1(CCC2CC1C2(C)C)ON(=O)=O</smiles>
+</species>
+<species species_name="NBPINBO" species_number="s1710">
+<smiles>[O]CC1(CCC2CC1C2(C)C)ON(=O)=O</smiles>
+</species>
+<species species_name="BPINANO3" species_number="s1711">
+<smiles>OCC1(CCC2CC1C2(C)C)ON(=O)=O</smiles>
+</species>
+<species species_name="NC91CHO" species_number="s1712">
+<smiles>O=CC1(CCC2CC1C2(C)C)ON(=O)=O</smiles>
+</species>
+<species species_name="NOPINAO2" species_number="s1713">
+<smiles>[O]OC1CC(=O)C2CC1C2(C)C</smiles>
+</species>
+<species species_name="NOPINBO2" species_number="s1714">
+<smiles>[O]OC1C2CCC(=O)C1C2(C)C</smiles>
+</species>
+<species species_name="NOPINCO2" species_number="s1715">
+<smiles>[O]OC12CCC(=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="NOPINDO2" species_number="s1716">
+<smiles>[O]OC1CC2CC(C1=O)C2(C)C</smiles>
+</species>
+<species species_name="C8BC" species_number="s1717">
+<smiles>CC1(C)C2CCC1C2</smiles>
+</species>
+<species species_name="NOPINOO" species_number="s1718">
+<smiles>[O-][O+]=C1CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="BPINAOOH" species_number="s1719">
+<smiles>OCC1(OO)CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="BPINAO" species_number="s1720">
+<smiles>OCC1([O])CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="BPINAOH" species_number="s1721">
+<smiles>OCC1(O)CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="BPINBOOH" species_number="s1722">
+<smiles>OOCC1(O)CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="BPINBO" species_number="s1723">
+<smiles>[O]CC1(O)CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C918CHO" species_number="s1724">
+<smiles>O=CC1(O)CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="BPINCOOH" species_number="s1725">
+<smiles>OCC1=CCC(CC1)C(C)(C)OO</smiles>
+</species>
+<species species_name="BPINCNO3" species_number="s1726">
+<smiles>OCC1=CCC(CC1)C(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="BPINCO" species_number="s1727">
+<smiles>OCC1=CCC(CC1)C(C)(C)[O]</smiles>
+</species>
+<species species_name="BPINCOH" species_number="s1728">
+<smiles>OCC1=CCC(CC1)C(C)(C)O</smiles>
+</species>
+<species species_name="NLIMOOH" species_number="s1729">
+<smiles>[O-][N+](=O)OC1CC(CCC1(C)OO)C(=C)C</smiles>
+</species>
+<species species_name="NLIMO" species_number="s1730">
+<smiles>[O-][N+](=O)OC1CC(CCC1(C)[O])C(=C)C</smiles>
+</species>
+<species species_name="LIMBNO3" species_number="s1731">
+<smiles>[O-][N+](=O)OC1CC(CCC1(C)O)C(=C)C</smiles>
+</species>
+<species species_name="LIMALAO2" species_number="s1732">
+<smiles>O=CCC(CC(O[O])C(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="LIMALBO2" species_number="s1733">
+<smiles>[O]OCC(=O)CCC(CC=O)C(=C)C</smiles>
+</species>
+<species species_name="C923O2" species_number="s1734">
+<smiles>[O]OCC(CCC(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="LIMBOO" species_number="s1735">
+<smiles>[O-][O+]=CCC(CCC(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="LIMAOOH" species_number="s1736">
+<smiles>OOC1(C)CCC(CC1O)C(=C)C</smiles>
+</species>
+<species species_name="LIMANO3" species_number="s1737">
+<smiles>[O-][N+](=O)OC1(C)CCC(CC1O)C(=C)C</smiles>
+</species>
+<species species_name="LIMAO" species_number="s1738">
+<smiles>CC(=C)C1CCC(C)([O])C(O)C1</smiles>
+</species>
+<species species_name="LIMAOH" species_number="s1739">
+<smiles>CC(=C)C1CCC(C)(O)C(O)C1</smiles>
+</species>
+<species species_name="LIMBOOH" species_number="s1740">
+<smiles>OOC1CC(CCC1(C)O)C(=C)C</smiles>
+</species>
+<species species_name="LIMBO" species_number="s1741">
+<smiles>CC(=C)C1CCC(C)(O)C([O])C1</smiles>
+</species>
+<species species_name="LIMBCO" species_number="s1742">
+<smiles>CC(=C)C1CCC(C)(O)C(=O)C1</smiles>
+</species>
+<species species_name="LIMCOOH" species_number="s1743">
+<smiles>OCC(C)(OO)C1CCC(=CC1)C</smiles>
+</species>
+<species species_name="LIMCNO3" species_number="s1744">
+<smiles>OCC(C)(O[N+](=O)[O-])C1CCC(=CC1)C</smiles>
+</species>
+<species species_name="LIMCO" species_number="s1745">
+<smiles>OCC(C)([O])C1CCC(=CC1)C</smiles>
+</species>
+<species species_name="LIMCOH" species_number="s1746">
+<smiles>OCC(C)(O)C1CCC(=CC1)C</smiles>
+</species>
+<species species_name="NBCOOH" species_number="s1747">
+<smiles>OOC1(C)CCC2C(CC2(C)C)C(=C)CCC1O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="NBCO" species_number="s1748">
+<smiles>[O-][N+](=O)OC1CCC(=C)C2CC(C)(C)C2CCC1(C)[O]</smiles>
+</species>
+<species species_name="BCBNO3" species_number="s1749">
+<smiles>[O-][N+](=O)OC1CCC(=C)C2CC(C)(C)C2CCC1(C)O</smiles>
+</species>
+<species species_name="BCAL" species_number="s1750">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="SO2" species_number="s1751">
+<smiles>O=S=O</smiles>
+</species>
+<species species_name="SO3" species_number="s1752">
+<smiles>[O-]S(=O)[O-]</smiles>
+</species>
+<species species_name="H2O2" species_number="s1753">
+<smiles>OO</smiles>
+</species>
+<species species_name="BCSOZ" species_number="s1754">
+<smiles>C=C1CCC2OOC(C)(CCC3C1CC3(C)C)O2</smiles>
+</species>
+<species species_name="C141CO2H" species_number="s1755">
+<smiles>CC(=O)CCC1C(CC1(C)C)C(=C)CCC(=O)O</smiles>
+</species>
+<species species_name="BCALAO2" species_number="s1756">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CC(O[O])C(=O)C</smiles>
+</species>
+<species species_name="BCALBO2" species_number="s1757">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CCC(=O)CO[O]</smiles>
+</species>
+<species species_name="BCALBOC" species_number="s1758">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CCC(=O)OC</smiles>
+</species>
+<species species_name="C136O2" species_number="s1759">
+<smiles>[O]OCCC1C(CC1(C)C)C(=C)CCC=O</smiles>
+</species>
+<species species_name="BCALCO2" species_number="s1760">
+<smiles>[O]OC(C=O)CC(=C)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C141O2" species_number="s1761">
+<smiles>[O]OCCC(=C)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCAOOH" species_number="s1762">
+<smiles>OOC1(C)CCC2C(CC2(C)C)C(=C)CCC1O</smiles>
+</species>
+<species species_name="BCANO3" species_number="s1763">
+<smiles>[O-][N+](=O)OC1(C)CCC2C(CC2(C)C)C(=C)CCC1O</smiles>
+</species>
+<species species_name="BCAO" species_number="s1764">
+<smiles>C=C1CCC(O)C(C)([O])CCC2C1CC2(C)C</smiles>
+</species>
+<species species_name="BCAOH" species_number="s1765">
+<smiles>C=C1CCC(O)C(C)(O)CCC2C1CC2(C)C</smiles>
+</species>
+<species species_name="BCBOOH" species_number="s1766">
+<smiles>OOC1CCC(=C)C2CC(C)(C)C2CCC1(C)O</smiles>
+</species>
+<species species_name="BCBO" species_number="s1767">
+<smiles>C=C1CCC([O])C(C)(O)CCC2C1CC2(C)C</smiles>
+</species>
+<species species_name="BCBCO" species_number="s1768">
+<smiles>C=C1CCC(=O)C(C)(O)CCC2C1CC2(C)C</smiles>
+</species>
+<species species_name="BCCOOH" species_number="s1769">
+<smiles>OCC1(OO)CC\C=C(\C)/CCC2C1CC2(C)C</smiles>
+</species>
+<species species_name="BCCNO3" species_number="s1770">
+<smiles>OCC1(CC\C=C(\C)/CCC2C1CC2(C)C)O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="BCCO" species_number="s1771">
+<smiles>OCC1([O])CC\C=C(\C)/CCC2C1CC2(C)C</smiles>
+</species>
+<species species_name="BCCOH" species_number="s1772">
+<smiles>OCC1(O)CC\C=C(\C)/CCC2C1CC2(C)C</smiles>
+</species>
+<species species_name="DMMAOOH" species_number="s1773">
+<smiles>COCOCOO</smiles>
+</species>
+<species species_name="DMMANO3" species_number="s1774">
+<smiles>COCOCON(=O)=O</smiles>
+</species>
+<species species_name="DMMAO" species_number="s1775">
+<smiles>COCOC[O]</smiles>
+</species>
+<species species_name="DMMAOH" species_number="s1776">
+<smiles>COCOCO</smiles>
+</species>
+<species species_name="MMF" species_number="s1777">
+<smiles>COCOC=O</smiles>
+</species>
+<species species_name="DMMBOOH" species_number="s1778">
+<smiles>COC(OC)OO</smiles>
+</species>
+<species species_name="DMMBNO3" species_number="s1779">
+<smiles>COC(OC)ON(=O)=O</smiles>
+</species>
+<species species_name="DMMBO" species_number="s1780">
+<smiles>COC([O])OC</smiles>
+</species>
+<species species_name="DMMBOH" species_number="s1781">
+<smiles>COC(O)OC</smiles>
+</species>
+<species species_name="DMCOOH" species_number="s1782">
+<smiles>OOCOC(=O)OC</smiles>
+</species>
+<species species_name="DMCNO3" species_number="s1783">
+<smiles>COC(=O)OCON(=O)=O</smiles>
+</species>
+<species species_name="DMCO" species_number="s1784">
+<smiles>COC(=O)OC[O]</smiles>
+</species>
+<species species_name="DMCOH" species_number="s1785">
+<smiles>COC(=O)OCO</smiles>
+</species>
+<species species_name="MMCF" species_number="s1786">
+<smiles>COC(=O)OC=O</smiles>
+</species>
+<species species_name="CH3SCH2OOH" species_number="s1787">
+<smiles>CSCOO</smiles>
+</species>
+<species species_name="CH3SCH2O" species_number="s1788">
+<smiles>CSC[O]</smiles>
+</species>
+<species species_name="CH3SCH2OH" species_number="s1789">
+<smiles>CSCO</smiles>
+</species>
+<species species_name="CH3SCHO" species_number="s1790">
+<smiles>CSC=O</smiles>
+</species>
+<species species_name="DMSO2" species_number="s1791">
+<smiles>CS(=O)(=O)C</smiles>
+</species>
+<species species_name="DMSO" species_number="s1792">
+<smiles>CS(=O)C</smiles>
+</species>
+<species species_name="ETHOXOOH" species_number="s1793">
+<smiles>OOC1CO1</smiles>
+</species>
+<species species_name="HOC2H4CO3" species_number="s1794">
+<smiles>OCCC(=O)O[O]</smiles>
+</species>
+<species species_name="HOIPRCO3" species_number="s1795">
+<smiles>OCC(C)C(=O)O[O]</smiles>
+</species>
+<species species_name="HO13C5O2" species_number="s1796">
+<smiles>OCCC(O)C(C)O[O]</smiles>
+</species>
+<species species_name="HO3C4CO3" species_number="s1797">
+<smiles>CCC(O)CC(=O)O[O]</smiles>
+</species>
+<species species_name="BUT2CO2H" species_number="s1798">
+<smiles>CC(CC)C(=O)O</smiles>
+</species>
+<species species_name="BUT2CO3H" species_number="s1799">
+<smiles>CC(CC)C(=O)OO</smiles>
+</species>
+<species species_name="C5PAN4" species_number="s1800">
+<smiles>CCC(C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C3ME3CO2H" species_number="s1801">
+<smiles>CC(C)CC(=O)O</smiles>
+</species>
+<species species_name="C3ME3CO3H" species_number="s1802">
+<smiles>OOC(=O)CC(C)C</smiles>
+</species>
+<species species_name="C3ME3PAN" species_number="s1803">
+<smiles>CC(C)CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C3M3CHOOOH" species_number="s1804">
+<smiles>O=CCC(C)(C)OO</smiles>
+</species>
+<species species_name="C3M3CHONO3" species_number="s1805">
+<smiles>O=CCC(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C3ME3CHOO" species_number="s1806">
+<smiles>O=CCC(C)(C)[O]</smiles>
+</species>
+<species species_name="IPRGLYOX" species_number="s1807">
+<smiles>O=CC(=O)C(C)C</smiles>
+</species>
+<species species_name="C54O2" species_number="s1808">
+<smiles>OCCC(C)(O)CO[O]</smiles>
+</species>
+<species species_name="H2M2C3CO3" species_number="s1809">
+<smiles>[O]OC(=O)CC(C)(C)O</smiles>
+</species>
+<species species_name="PROL1MCO3" species_number="s1810">
+<smiles>CC(O)(CC)C(=O)O[O]</smiles>
+</species>
+<species species_name="C56O2" species_number="s1811">
+<smiles>[O]OCC(O)C(C)CO</smiles>
+</species>
+<species species_name="HO2C43CO3" species_number="s1812">
+<smiles>[O]OC(=O)C(C)C(C)O</smiles>
+</species>
+<species species_name="C6DIAL" species_number="s1813">
+<smiles>O=CCCCCC=O</smiles>
+</species>
+<species species_name="CYC6DIONE" species_number="s1814">
+<smiles>O=C1CCCCC1=O</smiles>
+</species>
+<species species_name="ALLYLOH" species_number="s1815">
+<smiles>OCC=C</smiles>
+</species>
+<species species_name="MIBKCOOHO2" species_number="s1816">
+<smiles>CC(O)(CO[O])C(=O)C(=O)C</smiles>
+</species>
+<species species_name="C64O" species_number="s1817">
+<smiles>CC([O])(CC(=O)C)CO</smiles>
+</species>
+<species species_name="C65O" species_number="s1818">
+<smiles>O=CC(C)([O])CC(=O)C</smiles>
+</species>
+<species species_name="HOCH2CO2H" species_number="s1819">
+<smiles>OCC(=O)O</smiles>
+</species>
+<species species_name="HOCH2CO3H" species_number="s1820">
+<smiles>OCC(=O)OO</smiles>
+</species>
+<species species_name="PHAN" species_number="s1821">
+<smiles>OCC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="IPROPOLPER" species_number="s1822">
+<smiles>OOC(=O)C(C)O</smiles>
+</species>
+<species species_name="IPROPOLPAN" species_number="s1823">
+<smiles>O=N(=O)OOC(=O)C(C)O</smiles>
+</species>
+<species species_name="C4MCONO3O" species_number="s1824">
+<smiles>O=N(=O)OCC(=O)C(C)(C)[O]</smiles>
+</species>
+<species species_name="NC4OHCO3" species_number="s1825">
+<smiles>[O]OC(=O)C(ON(=O)=O)C(C)(C)O</smiles>
+</species>
+<species species_name="IPRHOCO2H" species_number="s1826">
+<smiles>OC(=O)C(C)(C)O</smiles>
+</species>
+<species species_name="IPRHOCO3H" species_number="s1827">
+<smiles>OOC(=O)C(C)(C)O</smiles>
+</species>
+<species species_name="C4PAN5" species_number="s1828">
+<smiles>O=N(=O)OOC(=O)C(C)(C)O</smiles>
+</species>
+<species species_name="MBOCOCO" species_number="s1829">
+<smiles>O=CC(=O)C(C)(C)O</smiles>
+</species>
+<species species_name="C4OH2CO3" species_number="s1830">
+<smiles>[O]OC(=O)C(O)C(C)(C)O</smiles>
+</species>
+<species species_name="CO2C3CO3" species_number="s1831">
+<smiles>CC(=O)CC(=O)O[O]</smiles>
+</species>
+<species species_name="HO2C3CO3" species_number="s1832">
+<smiles>[O]OC(=O)CC(C)O</smiles>
+</species>
+<species species_name="IBUDIALCO3" species_number="s1833">
+<smiles>CC(C=O)C(=O)O[O]</smiles>
+</species>
+<species species_name="PROPALO2" species_number="s1834">
+<smiles>CC(O[O])C=O</smiles>
+</species>
+<species species_name="CO3C4CO3" species_number="s1835">
+<smiles>CCC(=O)CC(=O)O[O]</smiles>
+</species>
+<species species_name="HO1C4O2" species_number="s1836">
+<smiles>OCCCCO[O]</smiles>
+</species>
+<species species_name="A2PANOO" species_number="s1837">
+<smiles>OCC(O)C(=O)O[O]</smiles>
+</species>
+<species species_name="HCOCOHCO3" species_number="s1838">
+<smiles>OC(C=O)C(=O)O[O]</smiles>
+</species>
+<species species_name="NMGLYOX" species_number="s1839">
+<smiles>O=CC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="HCOCO3" species_number="s1840">
+<smiles>[O]OC(=O)C=O</smiles>
+</species>
+<species species_name="HCOCO2H" species_number="s1841">
+<smiles>O=CC(=O)O</smiles>
+</species>
+<species species_name="HMML" species_number="s1842">
+<smiles>CC1(CO)OC1=O</smiles>
+</species>
+<species species_name="MAE" species_number="s1843">
+<smiles>CC1(CO1)C(=O)O</smiles>
+</species>
+<species species_name="CONM2CHO" species_number="s1844">
+<smiles>O=CC(C)(C=O)ON(=O)=O</smiles>
+</species>
+<species species_name="MACRNCO3" species_number="s1845">
+<smiles>[O]OC(=O)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="MACRNBCO3" species_number="s1846">
+<smiles>[O]OC(=O)C(C)(O)CON(=O)=O</smiles>
+</species>
+<species species_name="CHOMOHCO3" species_number="s1847">
+<smiles>CC(O)(C=O)C(=O)O[O]</smiles>
+</species>
+<species species_name="C4CO2O" species_number="s1848">
+<smiles>O=CC([O])C(=O)C</smiles>
+</species>
+<species species_name="CO2H3CO3" species_number="s1849">
+<smiles>CC(=O)C(O)C(=O)O[O]</smiles>
+</species>
+<species species_name="HO1C5O2" species_number="s1850">
+<smiles>OCCCC(C)O[O]</smiles>
+</species>
+<species species_name="HO2C5O2" species_number="s1851">
+<smiles>[O]OCCCC(C)O</smiles>
+</species>
+<species species_name="C52O2" species_number="s1852">
+<smiles>[O]OCCC(C)CO</smiles>
+</species>
+<species species_name="TBUTCO3" species_number="s1853">
+<smiles>[O]OC(=O)C(C)(C)C</smiles>
+</species>
+<species species_name="HO1C6O2" species_number="s1854">
+<smiles>OCCCC(CC)O[O]</smiles>
+</species>
+<species species_name="C5H11CO3" species_number="s1855">
+<smiles>CCCCCC(=O)O[O]</smiles>
+</species>
+<species species_name="HO2C6O2" species_number="s1856">
+<smiles>[O]OC(C)CCC(C)O</smiles>
+</species>
+<species species_name="HO3C6O2" species_number="s1857">
+<smiles>[O]OCCCC(O)CC</smiles>
+</species>
+<species species_name="HO1MC5O2" species_number="s1858">
+<smiles>OCC(C)CC(C)O[O]</smiles>
+</species>
+<species species_name="C54CO3" species_number="s1859">
+<smiles>CC(CCC)C(=O)O[O]</smiles>
+</species>
+<species species_name="HO2MC5O2" species_number="s1860">
+<smiles>[O]OCC(C)CC(C)O</smiles>
+</species>
+<species species_name="EIPKAO2" species_number="s1861">
+<smiles>CCC(=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="EIPKBO2" species_number="s1862">
+<smiles>CC(CO[O])C(=O)CC</smiles>
+</species>
+<species species_name="HO2M2C5O2" species_number="s1863">
+<smiles>[O]OCCCC(C)(C)O</smiles>
+</species>
+<species species_name="H1MC5O2" species_number="s1864">
+<smiles>OCCC(C)C(C)O[O]</smiles>
+</species>
+<species species_name="M3C4CO3" species_number="s1865">
+<smiles>CC(CC(=O)O[O])CC</smiles>
+</species>
+<species species_name="H2MC5O2" species_number="s1866">
+<smiles>[O]OCCC(C)C(C)O</smiles>
+</species>
+<species species_name="M2BKAO2" species_number="s1867">
+<smiles>[O]OC(C)C(C)C(=O)C</smiles>
+</species>
+<species species_name="M2BKBO2" species_number="s1868">
+<smiles>CCC(C)(O[O])C(=O)C</smiles>
+</species>
+<species species_name="HM33C4O2" species_number="s1869">
+<smiles>OCCC(C)(C)CO[O]</smiles>
+</species>
+<species species_name="M22C3CO3" species_number="s1870">
+<smiles>[O]OC(=O)CC(C)(C)C</smiles>
+</species>
+<species species_name="HM22C4O2" species_number="s1871">
+<smiles>[O]OCCC(C)(C)CO</smiles>
+</species>
+<species species_name="M33C3CO3" species_number="s1872">
+<smiles>[O]OC(=O)C(C)(C)CC</smiles>
+</species>
+<species species_name="HM23C4O2" species_number="s1873">
+<smiles>[O]OCC(C)C(C)CO</smiles>
+</species>
+<species species_name="M2C43CO3" species_number="s1874">
+<smiles>[O]OC(=O)C(C)C(C)C</smiles>
+</species>
+<species species_name="HO3C76O2" species_number="s1875">
+<smiles>CCC(O)CCC(C)O[O]</smiles>
+</species>
+<species species_name="CO3C75O2" species_number="s1876">
+<smiles>CCC(=O)CC(CC)O[O]</smiles>
+</species>
+<species species_name="H2M5C65O2" species_number="s1877">
+<smiles>[O]OC(C)(C)CCC(C)O</smiles>
+</species>
+<species species_name="C75O2" species_number="s1878">
+<smiles>[O]OC(CC(=O)C)C(C)C</smiles>
+</species>
+<species species_name="H2M2C65O2" species_number="s1879">
+<smiles>[O]OC(C)CCC(C)(C)O</smiles>
+</species>
+<species species_name="H2M4C65O2" species_number="s1880">
+<smiles>[O]OC(C)C(C)CC(C)O</smiles>
+</species>
+<species species_name="C710O2" species_number="s1881">
+<smiles>CCC(C)(O[O])CC(=O)C</smiles>
+</species>
+<species species_name="H3M3C6O2" species_number="s1882">
+<smiles>[O]OCCCC(C)(O)CC</smiles>
+</species>
+<species species_name="HO3C86O2" species_number="s1883">
+<smiles>CCC(O)CCC(CC)O[O]</smiles>
+</species>
+<species species_name="CO3C85O2" species_number="s1884">
+<smiles>CCCC(O[O])CC(=O)CC</smiles>
+</species>
+<species species_name="HO3C96O2" species_number="s1885">
+<smiles>CCCC(O[O])CCC(O)CC</smiles>
+</species>
+<species species_name="C91O2" species_number="s1886">
+<smiles>CCCCC(O[O])CC(=O)CC</smiles>
+</species>
+<species species_name="HO3C106O2" species_number="s1887">
+<smiles>CCCCC(O[O])CCC(O)CC</smiles>
+</species>
+<species species_name="C101O2" species_number="s1888">
+<smiles>CCCCCC(O[O])CC(=O)CC</smiles>
+</species>
+<species species_name="HO3C116O2" species_number="s1889">
+<smiles>CCCCCC(O[O])CCC(O)CC</smiles>
+</species>
+<species species_name="C111O2" species_number="s1890">
+<smiles>CCCCCCC(O[O])CC(=O)CC</smiles>
+</species>
+<species species_name="HO3C126O2" species_number="s1891">
+<smiles>CCCCCCC(O[O])CCC(O)CC</smiles>
+</species>
+<species species_name="C121O2" species_number="s1892">
+<smiles>CCCCCCCC(O[O])CC(=O)CC</smiles>
+</species>
+<species species_name="CO1C6O2" species_number="s1893">
+<smiles>[O]OCCCCCC=O</smiles>
+</species>
+<species species_name="NO3CH2CO3" species_number="s1894">
+<smiles>[O]OC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="PRNO3CO3" species_number="s1895">
+<smiles>[O]OC(=O)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="PROPALO" species_number="s1896">
+<smiles>CC([O])C=O</smiles>
+</species>
+<species species_name="CO3C4NO3O2" species_number="s1897">
+<smiles>[O]OC(C)C(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="BUTAL2O" species_number="s1898">
+<smiles>CCC([O])C=O</smiles>
+</species>
+<species species_name="HO3C3CO3" species_number="s1899">
+<smiles>CCC(O)C(=O)O[O]</smiles>
+</species>
+<species species_name="MPRBNO3CO3" species_number="s1900">
+<smiles>[O]OC(=O)C(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C5NO3COAO2" species_number="s1901">
+<smiles>[O]OC(C)CC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="PEN2ONE1O" species_number="s1902">
+<smiles>CCCC(=O)C[O]</smiles>
+</species>
+<species species_name="C4NO3CO3" species_number="s1903">
+<smiles>CCCC(ON(=O)=O)C(=O)O[O]</smiles>
+</species>
+<species species_name="C4CHO2O" species_number="s1904">
+<smiles>CCCC([O])C=O</smiles>
+</species>
+<species species_name="C5OH2CO4O2" species_number="s1905">
+<smiles>[O]OC(C)CC(=O)CO</smiles>
+</species>
+<species species_name="C4OHCO3" species_number="s1906">
+<smiles>CCCC(O)C(=O)O[O]</smiles>
+</species>
+<species species_name="C5NO3CO4O2" species_number="s1907">
+<smiles>[O]OC(C)C(=O)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C5CONO34O2" species_number="s1908">
+<smiles>[O]OC(C)C(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="C43NO3CO3" species_number="s1909">
+<smiles>[O]OC(=O)C(C)(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="C42CHO2O" species_number="s1910">
+<smiles>CC([O])(CC)C=O</smiles>
+</species>
+<species species_name="C4MCONO3O2" species_number="s1911">
+<smiles>[O]OC(C)(C)C(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="IPRCOMO" species_number="s1912">
+<smiles>[O]CC(=O)C(C)C</smiles>
+</species>
+<species species_name="C3MNO3CO3" species_number="s1913">
+<smiles>[O]OC(=O)C(ON(=O)=O)C(C)C</smiles>
+</species>
+<species species_name="M3BUTAL2O" species_number="s1914">
+<smiles>O=CC([O])C(C)C</smiles>
+</species>
+<species species_name="C3M3OH2CO3" species_number="s1915">
+<smiles>[O]OC(=O)C(O)C(C)C</smiles>
+</species>
+<species species_name="MC4CONO3O2" species_number="s1916">
+<smiles>[O]OCC(C)(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="C65NO36CO3" species_number="s1917">
+<smiles>CCCCC(ON(=O)=O)C(=O)O[O]</smiles>
+</species>
+<species species_name="MNO3COC4O2" species_number="s1918">
+<smiles>CCC(O[O])CC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="C4COMOH3O2" species_number="s1919">
+<smiles>CCC(O[O])CC(=O)CO</smiles>
+</species>
+<species species_name="HO5C5CO3" species_number="s1920">
+<smiles>CCCCC(O)C(=O)O[O]</smiles>
+</species>
+<species species_name="C6NO3CO5O2" species_number="s1921">
+<smiles>[O]OC(C)CC(=O)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C6CONO34O2" species_number="s1922">
+<smiles>CCC(O[O])C(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="BZFUONE" species_number="s1923">
+<smiles>C1OC(=O)C=C1</smiles>
+</species>
+<species species_name="MALDIALCO3" species_number="s1924">
+<smiles>[O]OC(=O)C=CC=O</smiles>
+</species>
+<species species_name="BZEMUCCO2H" species_number="s1925">
+<smiles>O=CC=CC1OC1C(=O)O</smiles>
+</species>
+<species species_name="BZEMUCCO3H" species_number="s1926">
+<smiles>OOC(=O)C1OC1C=CC=O</smiles>
+</species>
+<species species_name="BZEMUCPAN" species_number="s1927">
+<smiles>O=CC=CC1OC1C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="EPXDLCO3" species_number="s1928">
+<smiles>[O]OC(=O)C1OC1C=O</smiles>
+</species>
+<species species_name="C3DIALO2" species_number="s1929">
+<smiles>[O]OC(C=O)C=O</smiles>
+</species>
+<species species_name="BZEMUCOOH" species_number="s1930">
+<smiles>O=CC(O)C(OO)C1OC1C=O</smiles>
+</species>
+<species species_name="BZEMUCNO3" species_number="s1931">
+<smiles>O=CC1OC1C(ON(=O)=O)C(O)C=O</smiles>
+</species>
+<species species_name="BZEMUCO" species_number="s1932">
+<smiles>O=CC(O)C([O])C1OC1C=O</smiles>
+</species>
+<species species_name="BZEMUCCO" species_number="s1933">
+<smiles>O=CC1OC1C(=O)C(O)C=O</smiles>
+</species>
+<species species_name="BZEMUCOH" species_number="s1934">
+<smiles>O=CC(O)C(O)C1OC1C=O</smiles>
+</species>
+<species species_name="C5DIALOOH" species_number="s1935">
+<smiles>O=CC=CC(OO)C=O</smiles>
+</species>
+<species species_name="C5DIALO" species_number="s1936">
+<smiles>O=CC=CC([O])C=O</smiles>
+</species>
+<species species_name="C5DIALCO" species_number="s1937">
+<smiles>O=CC=CC(=O)C=O</smiles>
+</species>
+<species species_name="C5DIALOH" species_number="s1938">
+<smiles>O=CC=CC(O)C=O</smiles>
+</species>
+<species species_name="MALDIALO2" species_number="s1939">
+<smiles>[O]OC(C=O)C(O)C=O</smiles>
+</species>
+<species species_name="HOC6H4NO2" species_number="s1940">
+<smiles>O=N(=O)c1ccccc1O</smiles>
+</species>
+<species species_name="NPHENOOH" species_number="s1941">
+<smiles>OOC1(O)C=CC2OOC1C2ON(=O)=O</smiles>
+</species>
+<species species_name="NPHENO" species_number="s1942">
+<smiles>O=N(=O)OC1C2OOC1C([O])(O)C=C2</smiles>
+</species>
+<species species_name="NPHENOH" species_number="s1943">
+<smiles>O=N(=O)OC1C2OOC1C(O)(O)C=C2</smiles>
+</species>
+<species species_name="CATEC1O" species_number="s1944">
+<smiles>[O]c1ccccc1O</smiles>
+</species>
+<species species_name="CATECOOA" species_number="s1945">
+<smiles>[O-][O+]=C(O)/C=C/C=C/C(=O)O</smiles>
+</species>
+<species species_name="PHENOOH" species_number="s1946">
+<smiles>OOC1(O)C=CC2OOC1C2O</smiles>
+</species>
+<species species_name="PHENO" species_number="s1947">
+<smiles>OC1C2OOC1C([O])(O)C=C2</smiles>
+</species>
+<species species_name="PHENOH" species_number="s1948">
+<smiles>OC1C2OOC1C(O)(O)C=C2</smiles>
+</species>
+<species species_name="CRESOOH" species_number="s1949">
+<smiles>OOC1(O)C=CC2(C)OOC1C2O</smiles>
+</species>
+<species species_name="CRESO" species_number="s1950">
+<smiles>OC1C2OOC1(C)C=CC2([O])O</smiles>
+</species>
+<species species_name="CRESOH" species_number="s1951">
+<smiles>OC1C2OOC1(C)C=CC2(O)O</smiles>
+</species>
+<species species_name="NCRESOOH" species_number="s1952">
+<smiles>OOC1(O)C=CC2(C)OOC1C2ON(=O)=O</smiles>
+</species>
+<species species_name="NCRESO" species_number="s1953">
+<smiles>O=N(=O)OC1C2OOC1(C)C=CC2([O])O</smiles>
+</species>
+<species species_name="NCRESOH" species_number="s1954">
+<smiles>O=N(=O)OC1C2OOC1(C)C=CC2(O)O</smiles>
+</species>
+<species species_name="TOL1OHNO2" species_number="s1955">
+<smiles>O=N(=O)c1cccc(C)c1O</smiles>
+</species>
+<species species_name="OXYL1O2" species_number="s1956">
+<smiles>[O]Oc1ccccc1C</smiles>
+</species>
+<species species_name="MCATEC1O" species_number="s1957">
+<smiles>[O]c1c(C)cccc1O</smiles>
+</species>
+<species species_name="MCATECOOA" species_number="s1958">
+<smiles>[O-][O+]=C(O)C(=C/C=C/C(=O)O)C</smiles>
+</species>
+<species species_name="C4MDIAL" species_number="s1959">
+<smiles>O=CC=C(C)C=O</smiles>
+</species>
+<species species_name="C5DICARB" species_number="s1960">
+<smiles>O=CC=CC(=O)C</smiles>
+</species>
+<species species_name="TLFUONE" species_number="s1961">
+<smiles>CC1C=CC(=O)O1</smiles>
+</species>
+<species species_name="C5CO14O2" species_number="s1962">
+<smiles>CC(=O)C=CC(=O)O[O]</smiles>
+</species>
+<species species_name="TLEMUCCO2H" species_number="s1963">
+<smiles>CC(=O)C=CC1OC1C(=O)O</smiles>
+</species>
+<species species_name="TLEMUCCO3H" species_number="s1964">
+<smiles>CC(=O)C=CC1OC1C(=O)OO</smiles>
+</species>
+<species species_name="TLEMUCPAN" species_number="s1965">
+<smiles>O=N(=O)OOC(=O)C1OC1C=CC(=O)C</smiles>
+</species>
+<species species_name="MGLOO" species_number="s1966">
+<smiles>[O-][O+]=CC(=O)C</smiles>
+</species>
+<species species_name="TLEMUCOOH" species_number="s1967">
+<smiles>OOC(C(=O)C)C(O)C1OC1C=O</smiles>
+</species>
+<species species_name="TLEMUCNO3" species_number="s1968">
+<smiles>O=CC1OC1C(O)C(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="TLEMUCO" species_number="s1969">
+<smiles>O=CC1OC1C(O)C([O])C(=O)C</smiles>
+</species>
+<species species_name="TLEMUCCO" species_number="s1970">
+<smiles>O=CC1OC1C(O)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="TLEMUCOH" species_number="s1971">
+<smiles>O=CC1OC1C(O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="C615CO2OOH" species_number="s1972">
+<smiles>OOC(C=O)C=CC(=O)C</smiles>
+</species>
+<species species_name="C615CO2O" species_number="s1973">
+<smiles>O=CC([O])C=CC(=O)C</smiles>
+</species>
+<species species_name="C6125CO" species_number="s1974">
+<smiles>O=CC(=O)C=CC(=O)C</smiles>
+</species>
+<species species_name="C615CO2OH" species_number="s1975">
+<smiles>O=CC(O)C=CC(=O)C</smiles>
+</species>
+<species species_name="OXYLCO3" species_number="s1976">
+<smiles>[O]OC(=O)c1ccccc1C</smiles>
+</species>
+<species species_name="TLCOBIPEOH" species_number="s1977">
+<smiles>O=C1C=CC2OOC1(C)C2O</smiles>
+</species>
+<species species_name="MC5DICARB" species_number="s1978">
+<smiles>O=CC=C(C)C(=O)C</smiles>
+</species>
+<species species_name="OXYFUONE" species_number="s1979">
+<smiles>CC1=C(C)C(=O)OC1</smiles>
+</species>
+<species species_name="OXYMUCCO2H" species_number="s1980">
+<smiles>O=CC=CC1(C)OC1(C)C(=O)O</smiles>
+</species>
+<species species_name="OXYMUCCO3H" species_number="s1981">
+<smiles>CC1(OC1(C)C(=O)OO)C=CC=O</smiles>
+</species>
+<species species_name="OXYMUCPAN" species_number="s1982">
+<smiles>O=CC=CC1(C)OC1(C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="EPXM2DLCO3" species_number="s1983">
+<smiles>CC1(OC1(C)C=O)C(=O)O[O]</smiles>
+</species>
+<species species_name="C4MCO2O2" species_number="s1984">
+<smiles>[O]OC(C)(C=O)C(=O)C</smiles>
+</species>
+<species species_name="OXYMUCOOH" species_number="s1985">
+<smiles>OOC(C=O)C(O)C1(C)OC1(C)C=O</smiles>
+</species>
+<species species_name="OXYMUCNO3" species_number="s1986">
+<smiles>O=CC(ON(=O)=O)C(O)C1(C)OC1(C)C=O</smiles>
+</species>
+<species species_name="OXYMUCO" species_number="s1987">
+<smiles>O=CC([O])C(O)C1(C)OC1(C)C=O</smiles>
+</species>
+<species species_name="OXYMUCCO" species_number="s1988">
+<smiles>O=CC(=O)C(O)C1(C)OC1(C)C=O</smiles>
+</species>
+<species species_name="OXYMUCOH" species_number="s1989">
+<smiles>O=CC(O)C(O)C1(C)OC1(C)C=O</smiles>
+</species>
+<species species_name="MC6CO2OOH" species_number="s1990">
+<smiles>O=CC=CC(C)(OO)C(=O)C</smiles>
+</species>
+<species species_name="MC6CO2O" species_number="s1991">
+<smiles>O=CC=CC(C)([O])C(=O)C</smiles>
+</species>
+<species species_name="MC6CO2OH" species_number="s1992">
+<smiles>O=CC=CC(C)(O)C(=O)C</smiles>
+</species>
+<species species_name="NOXYOLOOH" species_number="s1993">
+<smiles>OOC1(O)C=C(C)C2(C)OOC1C2ON(=O)=O</smiles>
+</species>
+<species species_name="NOXYOLO" species_number="s1994">
+<smiles>O=N(=O)OC1C2OOC1(C)C(=CC2([O])O)C</smiles>
+</species>
+<species species_name="NOXYOLOH" species_number="s1995">
+<smiles>O=N(=O)OC1C2OOC1(C)C(=CC2(O)O)C</smiles>
+</species>
+<species species_name="OXY1OHNO2" species_number="s1996">
+<smiles>O=N(=O)c1ccc(C)c(C)c1O</smiles>
+</species>
+<species species_name="DM123O2" species_number="s1997">
+<smiles>[O]Oc1cccc(C)c1C</smiles>
+</species>
+<species species_name="OXYOLOOH" species_number="s1998">
+<smiles>OOC1(O)C=C(C)C2(C)OOC1C2O</smiles>
+</species>
+<species species_name="OXYOLO" species_number="s1999">
+<smiles>CC1=CC([O])(O)C2OOC1(C)C2O</smiles>
+</species>
+<species species_name="OXYOLOH" species_number="s2000">
+<smiles>CC1=CC(O)(O)C2OOC1(C)C2O</smiles>
+</species>
+<species species_name="OXCATEC1O" species_number="s2001">
+<smiles>Cc1ccc(O)c([O])c1C</smiles>
+</species>
+<species species_name="OXCATECOOA" species_number="s2002">
+<smiles>[O-][O+]=C(O)C(=C(C)/C=C/C(=O)O)C</smiles>
+</species>
+<species species_name="MXYLCO3" species_number="s2003">
+<smiles>[O]OC(=O)c1cccc(C)c1</smiles>
+</species>
+<species species_name="MXYL1O2" species_number="s2004">
+<smiles>[O]Oc1cccc(C)c1</smiles>
+</species>
+<species species_name="C5MDICARB" species_number="s2005">
+<smiles>O=CC(=CC(=O)C)C</smiles>
+</species>
+<species species_name="MXYFUONE" species_number="s2006">
+<smiles>CC1OC(=O)C(=C1)C</smiles>
+</species>
+<species species_name="PXYFUONE" species_number="s2007">
+<smiles>O=C1OCC=C1C</smiles>
+</species>
+<species species_name="C3MCODBCO3" species_number="s2008">
+<smiles>[O]OC(=O)C=C(C)C=O</smiles>
+</species>
+<species species_name="MXYMUCCO2H" species_number="s2009">
+<smiles>CC(=O)C=CC1OC1(C)C(=O)O</smiles>
+</species>
+<species species_name="MXYMUCCO3H" species_number="s2010">
+<smiles>CC1(OC1C=CC(=O)C)C(=O)OO</smiles>
+</species>
+<species species_name="MXYMUCPAN" species_number="s2011">
+<smiles>O=N(=O)OOC(=O)C1(C)OC1C=CC(=O)C</smiles>
+</species>
+<species species_name="EPXMDLCO3" species_number="s2012">
+<smiles>CC1(OC1C(=O)O[O])C=O</smiles>
+</species>
+<species species_name="C3MDIALO2" species_number="s2013">
+<smiles>[O]OC(C)(C=O)C=O</smiles>
+</species>
+<species species_name="MXYMUCOOH" species_number="s2014">
+<smiles>OOC(C(=O)C)C(O)C1OC1(C)C=O</smiles>
+</species>
+<species species_name="MXYMUCNO3" species_number="s2015">
+<smiles>O=CC1(C)OC1C(O)C(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="MXYMUCO" species_number="s2016">
+<smiles>O=CC1(C)OC1C(O)C([O])C(=O)C</smiles>
+</species>
+<species species_name="MXYMUCCO" species_number="s2017">
+<smiles>O=CC1(C)OC1C(O)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="MXYMUCOH" species_number="s2018">
+<smiles>O=CC1(C)OC1C(O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="C726CO5OOH" species_number="s2019">
+<smiles>OOC(C=CC(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="C726CO5O" species_number="s2020">
+<smiles>CC(=O)C=CC([O])C(=O)C</smiles>
+</species>
+<species species_name="C7236CO" species_number="s2021">
+<smiles>CC(=O)C=CC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C726CO3OH" species_number="s2022">
+<smiles>CC(=O)C=CC(O)C(=O)C</smiles>
+</species>
+<species species_name="MXY1OHNO2" species_number="s2023">
+<smiles>Cc1cc(C)c(O)c(c1)N(=O)=O</smiles>
+</species>
+<species species_name="MXY1O2" species_number="s2024">
+<smiles>[O]Oc1ccc(C)cc1C</smiles>
+</species>
+<species species_name="MXYOLOOH" species_number="s2025">
+<smiles>OOC1(O)C=CC2(C)OOC1(C)C2O</smiles>
+</species>
+<species species_name="MXYOLO" species_number="s2026">
+<smiles>OC1C2(C)C=CC([O])(O)C1(C)OO2</smiles>
+</species>
+<species species_name="MXYOLOH" species_number="s2027">
+<smiles>OC1C2(C)C=CC(O)(O)C1(C)OO2</smiles>
+</species>
+<species species_name="NMXYOLOOH" species_number="s2028">
+<smiles>OOC1(O)C=CC2(C)OOC1(C)C2ON(=O)=O</smiles>
+</species>
+<species species_name="NMXYOLO" species_number="s2029">
+<smiles>O=N(=O)OC1C2(C)C=CC([O])(O)C1(C)OO2</smiles>
+</species>
+<species species_name="NMXYOLOH" species_number="s2030">
+<smiles>O=N(=O)OC1C2(C)C=CC(O)(O)C1(C)OO2</smiles>
+</species>
+<species species_name="MXCATEC1O" species_number="s2031">
+<smiles>Cc1cc(C)c([O])c(O)c1</smiles>
+</species>
+<species species_name="MXCATECOOA" species_number="s2032">
+<smiles>[O-][O+]=C(O)C(=CC(=CC(=O)O)C)C</smiles>
+</species>
+<species species_name="PXYLCO3" species_number="s2033">
+<smiles>[O]OC(=O)c1ccc(C)cc1</smiles>
+</species>
+<species species_name="PXYL1O2" species_number="s2034">
+<smiles>[O]Oc1ccc(C)cc1</smiles>
+</species>
+<species species_name="C4DBDIKET" species_number="s2035">
+<smiles>CC(=O)C=CC(=O)C</smiles>
+</species>
+<species species_name="PXYMUCCO2H" species_number="s2036">
+<smiles>CC(=O)C=CC1(C)OC1C(=O)O</smiles>
+</species>
+<species species_name="PXYMUCCO3H" species_number="s2037">
+<smiles>CC1(OC1C(=O)OO)C=CC(=O)C</smiles>
+</species>
+<species species_name="PXYMUCPAN" species_number="s2038">
+<smiles>O=N(=O)OOC(=O)C1OC1(C)C=CC(=O)C</smiles>
+</species>
+<species species_name="PXYMUCOOH" species_number="s2039">
+<smiles>OOC(C(=O)C)C(O)C1(C)OC1C=O</smiles>
+</species>
+<species species_name="PXYMUCNO3" species_number="s2040">
+<smiles>O=CC1OC1(C)C(O)C(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="PXYMUCO" species_number="s2041">
+<smiles>O=CC1OC1(C)C(O)C([O])C(=O)C</smiles>
+</species>
+<species species_name="PXYMUCCO" species_number="s2042">
+<smiles>O=CC1OC1(C)C(O)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="PXYMUCOH" species_number="s2043">
+<smiles>O=CC1OC1(C)C(O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="C6M5CO2OOH" species_number="s2044">
+<smiles>OOC(C)(C=O)C=CC(=O)C</smiles>
+</species>
+<species species_name="C6M5CO2O" species_number="s2045">
+<smiles>O=CC(C)([O])C=CC(=O)C</smiles>
+</species>
+<species species_name="C6M5CO2OH" species_number="s2046">
+<smiles>O=CC(C)(O)C=CC(=O)C</smiles>
+</species>
+<species species_name="NPXYOLOOH" species_number="s2047">
+<smiles>OOC1(O)C=C(C)C2OOC1(C)C2ON(=O)=O</smiles>
+</species>
+<species species_name="NPXYOLO" species_number="s2048">
+<smiles>O=N(=O)OC1C2OOC1(C)C([O])(O)C=C2C</smiles>
+</species>
+<species species_name="NPXYOLOH" species_number="s2049">
+<smiles>O=N(=O)OC1C2OOC1(C)C(O)(O)C=C2C</smiles>
+</species>
+<species species_name="PXY1OHNO2" species_number="s2050">
+<smiles>Cc1ccc(C)c(N(=O)=O)c1O</smiles>
+</species>
+<species species_name="PXY1O2" species_number="s2051">
+<smiles>[O]Oc1cc(C)ccc1C</smiles>
+</species>
+<species species_name="PXYOLOOH" species_number="s2052">
+<smiles>OOC1(O)C=C(C)C2OOC1(C)C2O</smiles>
+</species>
+<species species_name="PXYOLO" species_number="s2053">
+<smiles>CC1=CC([O])(O)C2(C)OOC1C2O</smiles>
+</species>
+<species species_name="PXYOLOH" species_number="s2054">
+<smiles>CC1=CC(O)(O)C2(C)OOC1C2O</smiles>
+</species>
+<species species_name="PXCATEC1O" species_number="s2055">
+<smiles>Cc1ccc(C)c([O])c1O</smiles>
+</species>
+<species species_name="PXCATECOOA" species_number="s2056">
+<smiles>[O-][O+]=C(O)C(=C/C=C(\C)/C(=O)O)C</smiles>
+</species>
+<species species_name="C6H5CH2CO3" species_number="s2057">
+<smiles>[O]OC(=O)Cc1ccccc1</smiles>
+</species>
+<species species_name="EBNZOHNO2" species_number="s2058">
+<smiles>CCc1cccc(N(=O)=O)c1O</smiles>
+</species>
+<species species_name="EBENZO2" species_number="s2059">
+<smiles>[O]Oc1ccccc1CC</smiles>
+</species>
+<species species_name="EBENZOLOOH" species_number="s2060">
+<smiles>OOC1(O)C=CC2(CC)OOC1C2O</smiles>
+</species>
+<species species_name="EBENZOLO" species_number="s2061">
+<smiles>CCC12OOC(C2O)C([O])(O)C=C1</smiles>
+</species>
+<species species_name="EBENZOLOH" species_number="s2062">
+<smiles>CCC12OOC(C2O)C(O)(O)C=C1</smiles>
+</species>
+<species species_name="NEBNZOLOOH" species_number="s2063">
+<smiles>CCC12OOC(C2ON(=O)=O)C(O)(OO)C=C1</smiles>
+</species>
+<species species_name="NEBNZOLO" species_number="s2064">
+<smiles>CCC12OOC(C2ON(=O)=O)C([O])(O)C=C1</smiles>
+</species>
+<species species_name="NEBNZOLOH" species_number="s2065">
+<smiles>CCC12OOC(C2ON(=O)=O)C(O)(O)C=C1</smiles>
+</species>
+<species species_name="ECATEC1O" species_number="s2066">
+<smiles>CCc1cccc(O)c1[O]</smiles>
+</species>
+<species species_name="ECATECOOA" species_number="s2067">
+<smiles>[O-][O+]=C(O)C(=C/C=C/C(=O)O)CC</smiles>
+</species>
+<species species_name="C6DICARB" species_number="s2068">
+<smiles>CCC(=O)C=CC=O</smiles>
+</species>
+<species species_name="EBFUONE" species_number="s2069">
+<smiles>CCC1OC(=O)C=C1</smiles>
+</species>
+<species species_name="C6DCARBBO2" species_number="s2070">
+<smiles>CCC(=O)C=CC(=O)O[O]</smiles>
+</species>
+<species species_name="EBZMUCCO2H" species_number="s2071">
+<smiles>CCC(=O)C=CC1OC1C(=O)O</smiles>
+</species>
+<species species_name="EBZMUCCO3H" species_number="s2072">
+<smiles>CCC(=O)C=CC1OC1C(=O)OO</smiles>
+</species>
+<species species_name="EBZMUCPAN" species_number="s2073">
+<smiles>CCC(=O)C=CC1OC1C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="EGLYOO" species_number="s2074">
+<smiles>[O-][O+]=CC(=O)CC</smiles>
+</species>
+<species species_name="EBZMUCOOH" species_number="s2075">
+<smiles>CCC(=O)C(OO)C(O)C1OC1C=O</smiles>
+</species>
+<species species_name="EBZMUCNO3" species_number="s2076">
+<smiles>O=CC1OC1C(O)C(ON(=O)=O)C(=O)CC</smiles>
+</species>
+<species species_name="EBZMUCO" species_number="s2077">
+<smiles>CCC(=O)C([O])C(O)C1OC1C=O</smiles>
+</species>
+<species species_name="EBZMUCCO" species_number="s2078">
+<smiles>CCC(=O)C(=O)C(O)C1OC1C=O</smiles>
+</species>
+<species species_name="EBZMUCOH" species_number="s2079">
+<smiles>CCC(=O)C(O)C(O)C1OC1C=O</smiles>
+</species>
+<species species_name="C715CO2OOH" species_number="s2080">
+<smiles>OOC(C=O)C=CC(=O)CC</smiles>
+</species>
+<species species_name="C715CO2O" species_number="s2081">
+<smiles>O=CC([O])C=CC(=O)CC</smiles>
+</species>
+<species species_name="C715CO2OH" species_number="s2082">
+<smiles>O=CC(O)C=CC(=O)CC</smiles>
+</species>
+<species species_name="C7CO2DBAL" species_number="s2083">
+<smiles>CCC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="PHCOETO2" species_number="s2084">
+<smiles>[O]OC(C)C(=O)c1ccccc1</smiles>
+</species>
+<species species_name="NPBNZOLOOH" species_number="s2085">
+<smiles>CCCC12OOC(C2ON(=O)=O)C(O)(OO)C=C1</smiles>
+</species>
+<species species_name="NPBNZOLO" species_number="s2086">
+<smiles>CCCC12OOC(C2ON(=O)=O)C(O)([O])C=C1</smiles>
+</species>
+<species species_name="NPBNZOLOH" species_number="s2087">
+<smiles>CCCC12OOC(C2ON(=O)=O)C(O)(O)C=C1</smiles>
+</species>
+<species species_name="PBNZOHNO2" species_number="s2088">
+<smiles>CCCc1cccc(N(=O)=O)c1O</smiles>
+</species>
+<species species_name="PBENZO2" species_number="s2089">
+<smiles>CCCc1ccccc1O[O]</smiles>
+</species>
+<species species_name="PBENZOLOOH" species_number="s2090">
+<smiles>CCCC12OOC(C2O)C(O)(OO)C=C1</smiles>
+</species>
+<species species_name="PBENZOLO" species_number="s2091">
+<smiles>CCCC12OOC(C2O)C([O])(O)C=C1</smiles>
+</species>
+<species species_name="PBENZOLOH" species_number="s2092">
+<smiles>CCCC12OOC(C2O)C(O)(O)C=C1</smiles>
+</species>
+<species species_name="PCATEC1O" species_number="s2093">
+<smiles>CCCc1cccc(O)c1[O]</smiles>
+</species>
+<species species_name="PCATECOOA" species_number="s2094">
+<smiles>[O-][O+]=C(O)C(=C/C=C/C(=O)O)CCC</smiles>
+</species>
+<species species_name="PGLYOX" species_number="s2095">
+<smiles>CCCC(=O)C=O</smiles>
+</species>
+<species species_name="C7DICARB" species_number="s2096">
+<smiles>CCCC(=O)C=CC=O</smiles>
+</species>
+<species species_name="PBFUONE" species_number="s2097">
+<smiles>CCCC1OC(=O)C=C1</smiles>
+</species>
+<species species_name="C7DCCO3" species_number="s2098">
+<smiles>CCCC(=O)C=CC(=O)O[O]</smiles>
+</species>
+<species species_name="PBZMUCCO2H" species_number="s2099">
+<smiles>CCCC(=O)C=CC1OC1C(=O)O</smiles>
+</species>
+<species species_name="PBZMUCCO3H" species_number="s2100">
+<smiles>CCCC(=O)C=CC1OC1C(=O)OO</smiles>
+</species>
+<species species_name="PBZMUCPAN" species_number="s2101">
+<smiles>CCCC(=O)C=CC1OC1C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="PGLOO" species_number="s2102">
+<smiles>[O-][O+]=CC(=O)CCC</smiles>
+</species>
+<species species_name="PBZMUCOOH" species_number="s2103">
+<smiles>CCCC(=O)C(OO)C(O)C1OC1C=O</smiles>
+</species>
+<species species_name="PBZMUCNO3" species_number="s2104">
+<smiles>CCCC(=O)C(ON(=O)=O)C(O)C1OC1C=O</smiles>
+</species>
+<species species_name="PBZMUCO" species_number="s2105">
+<smiles>CCCC(=O)C([O])C(O)C1OC1C=O</smiles>
+</species>
+<species species_name="PBZMUCCO" species_number="s2106">
+<smiles>CCCC(=O)C(=O)C(O)C1OC1C=O</smiles>
+</species>
+<species species_name="PBZMUCOH" species_number="s2107">
+<smiles>CCCC(=O)C(O)C(O)C1OC1C=O</smiles>
+</species>
+<species species_name="C815CO2OOH" species_number="s2108">
+<smiles>CCCC(=O)C=CC(OO)C=O</smiles>
+</species>
+<species species_name="C815CO2O" species_number="s2109">
+<smiles>CCCC(=O)C=CC([O])C=O</smiles>
+</species>
+<species species_name="C815CO2OH" species_number="s2110">
+<smiles>CCCC(=O)C=CC(O)C=O</smiles>
+</species>
+<species species_name="C8CO2DBAL" species_number="s2111">
+<smiles>CCCC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="PHCOME" species_number="s2112">
+<smiles>CC(=O)c1ccccc1</smiles>
+</species>
+<species species_name="IPBNZOHNO2" species_number="s2113">
+<smiles>CC(C)c1cccc(N(=O)=O)c1O</smiles>
+</species>
+<species species_name="IPBENZO2" species_number="s2114">
+<smiles>[O]Oc1ccccc1C(C)C</smiles>
+</species>
+<species species_name="IPBZOLOOH" species_number="s2115">
+<smiles>OOC1(O)C=CC2(OOC1C2O)C(C)C</smiles>
+</species>
+<species species_name="IPBENZOLO" species_number="s2116">
+<smiles>CC(C)C12OOC(C2O)C([O])(O)C=C1</smiles>
+</species>
+<species species_name="IPBENZOLOH" species_number="s2117">
+<smiles>CC(C)C12OOC(C2O)C(O)(O)C=C1</smiles>
+</species>
+<species species_name="NIPBZOLOOH" species_number="s2118">
+<smiles>OOC1(O)C=CC2(OOC1C2ON(=O)=O)C(C)C</smiles>
+</species>
+<species species_name="NIPBNZOLO" species_number="s2119">
+<smiles>O=N(=O)OC1C2OOC1(C=CC2(O)[O])C(C)C</smiles>
+</species>
+<species species_name="NIPBNZOLOH" species_number="s2120">
+<smiles>O=N(=O)OC1C2OOC1(C=CC2(O)O)C(C)C</smiles>
+</species>
+<species species_name="IPCATEC1O" species_number="s2121">
+<smiles>Oc1cccc(C(C)C)c1[O]</smiles>
+</species>
+<species species_name="IPCATECOOA" species_number="s2122">
+<smiles>[O-][O+]=C(O)C(=C/C=C/C(=O)O)C(C)C</smiles>
+</species>
+<species species_name="IC7DICARB" species_number="s2123">
+<smiles>O=CC=CC(=O)C(C)C</smiles>
+</species>
+<species species_name="IPBFUONE" species_number="s2124">
+<smiles>O=C1C=CC(O1)C(C)C</smiles>
+</species>
+<species species_name="IC7DCCO3" species_number="s2125">
+<smiles>[O]OC(=O)C=CC(=O)C(C)C</smiles>
+</species>
+<species species_name="IPBZMUCO2H" species_number="s2126">
+<smiles>CC(C)C(=O)C=CC1OC1C(=O)O</smiles>
+</species>
+<species species_name="IPBZMUCO3H" species_number="s2127">
+<smiles>OOC(=O)C1OC1C=CC(=O)C(C)C</smiles>
+</species>
+<species species_name="IPBZMUCPAN" species_number="s2128">
+<smiles>O=N(=O)OOC(=O)C1OC1C=CC(=O)C(C)C</smiles>
+</species>
+<species species_name="IPGLOO" species_number="s2129">
+<smiles>[O-][O+]CC(=O)C(C)C</smiles>
+</species>
+<species species_name="IPBZMUCOOH" species_number="s2130">
+<smiles>O=CC1OC1C(O)C(OO)C(=O)C(C)C</smiles>
+</species>
+<species species_name="IPBZMUCNO3" species_number="s2131">
+<smiles>O=CC1OC1C(O)C(ON(=O)=O)C(=O)C(C)C</smiles>
+</species>
+<species species_name="IPBZMUCO" species_number="s2132">
+<smiles>O=CC1OC1C(O)C([O])C(=O)C(C)C</smiles>
+</species>
+<species species_name="IPBZMUCCO" species_number="s2133">
+<smiles>O=CC1OC1C(O)C(=O)C(=O)C(C)C</smiles>
+</species>
+<species species_name="IPBZMUCOH" species_number="s2134">
+<smiles>O=CC1OC1C(O)C(O)C(=O)C(C)C</smiles>
+</species>
+<species species_name="C7MCO2OOH" species_number="s2135">
+<smiles>OOC(C=O)C=CC(=O)C(C)C</smiles>
+</species>
+<species species_name="C7M15CO2O" species_number="s2136">
+<smiles>O=CC([O])C=CC(=O)C(C)C</smiles>
+</species>
+<species species_name="C7M15CO2OH" species_number="s2137">
+<smiles>O=CC(O)C=CC(=O)C(C)C</smiles>
+</species>
+<species species_name="C7MCO2DBAL" species_number="s2138">
+<smiles>O=CC(=O)C=CC(=O)C(C)C</smiles>
+</species>
+<species species_name="TM123BCO3" species_number="s2139">
+<smiles>Cc1c(cccc1C)C(=O)O[O]</smiles>
+</species>
+<species species_name="NTM123LOOH" species_number="s2140">
+<smiles>OOC1(O)C2OOC(C)(C2ON(=O)=O)C(=C1C)C</smiles>
+</species>
+<species species_name="NTM123OLO" species_number="s2141">
+<smiles>O=N(=O)OC1C2OOC1(C)C(=C(C)C2([O])O)C</smiles>
+</species>
+<species species_name="NTM123OLOH" species_number="s2142">
+<smiles>O=N(=O)OC1C2OOC1(C)C(=C(C)C2(O)O)C</smiles>
+</species>
+<species species_name="TM123OHNO2" species_number="s2143">
+<smiles>Cc1cc(N(=O)=O)c(O)c(C)c1C</smiles>
+</species>
+<species species_name="TM123O2" species_number="s2144">
+<smiles>[O]Oc1ccc(C)c(C)c1C</smiles>
+</species>
+<species species_name="TM123OLOOH" species_number="s2145">
+<smiles>OOC1(O)C2OOC(C)(C2O)C(=C1C)C</smiles>
+</species>
+<species species_name="TM123OLO" species_number="s2146">
+<smiles>CC1=C(C)C2(C)OOC(C2O)C1([O])O</smiles>
+</species>
+<species species_name="TM123OLOH" species_number="s2147">
+<smiles>CC1=C(C)C2(C)OOC(C2O)C1(O)O</smiles>
+</species>
+<species species_name="T123CAT1O" species_number="s2148">
+<smiles>Cc1cc(O)c([O])c(C)c1C</smiles>
+</species>
+<species species_name="T123CTCOOA" species_number="s2149">
+<smiles>[O-][O+]=C(O)C(=C(C)C(=CC(=O)O)C)C</smiles>
+</species>
+<species species_name="C7ADICARB" species_number="s2150">
+<smiles>O=CC(=C(C)C(=O)C)C</smiles>
+</species>
+<species species_name="TMB1FUONE" species_number="s2151">
+<smiles>O=C1C=C(C)C(C)O1</smiles>
+</species>
+<species species_name="TMB2FUONE" species_number="s2152">
+<smiles>CC1OC(=O)C(=C1C)C</smiles>
+</species>
+<species species_name="EPXKTMCO3" species_number="s2153">
+<smiles>CC1(OC1C(=O)O[O])C(=O)C</smiles>
+</species>
+<species species_name="C4CO2O2" species_number="s2154">
+<smiles>[O]OC(C=O)C(=O)C</smiles>
+</species>
+<species species_name="TM123MUOOH" species_number="s2155">
+<smiles>OOC(C(O)C(=O)C)C1OC1(C)C(=O)C</smiles>
+</species>
+<species species_name="TM123MUCO" species_number="s2156">
+<smiles>OC(C(=O)C)C([O])C1OC1(C)C(=O)C</smiles>
+</species>
+<species species_name="TM123MUNO3" species_number="s2157">
+<smiles>O=N(=O)OC(C(O)C(=O)C)C1OC1(C)C(=O)C</smiles>
+</species>
+<species species_name="TM123MUCCO" species_number="s2158">
+<smiles>OC(C(=O)C)C(=O)C1OC1(C)C(=O)C</smiles>
+</species>
+<species species_name="TM123MUCOH" species_number="s2159">
+<smiles>OC(C(=O)C)C(O)C1OC1(C)C(=O)C</smiles>
+</species>
+<species species_name="TM124BCO3" species_number="s2160">
+<smiles>[O]OC(=O)c1ccc(C)c(C)c1</smiles>
+</species>
+<species species_name="DM124O2" species_number="s2161">
+<smiles>[O]Oc1ccc(C)c(C)c1</smiles>
+</species>
+<species species_name="C7BDICARB" species_number="s2162">
+<smiles>CC(=O)C=C(C)C(=O)C</smiles>
+</species>
+<species species_name="NTM124LOOH" species_number="s2163">
+<smiles>OOC1(O)C(=C(C)C2OOC1(C)C2ON(=O)=O)C</smiles>
+</species>
+<species species_name="NTM124OLO" species_number="s2164">
+<smiles>O=N(=O)OC1C2OOC1(C)C(O)([O])C(=C2C)C</smiles>
+</species>
+<species species_name="NTM124OLOH" species_number="s2165">
+<smiles>O=N(=O)OC1C2OOC1(C)C(O)(O)C(=C2C)C</smiles>
+</species>
+<species species_name="TM124OHNO2" species_number="s2166">
+<smiles>Cc1cc(N(=O)=O)c(C)c(C)c1O</smiles>
+</species>
+<species species_name="TM124O2" species_number="s2167">
+<smiles>[O]Oc1cc(C)cc(C)c1C</smiles>
+</species>
+<species species_name="TM124OLOOH" species_number="s2168">
+<smiles>OOC1(O)C(=C(C)C2OOC1(C)C2O)C</smiles>
+</species>
+<species species_name="TM124OLO" species_number="s2169">
+<smiles>CC1=C(C)C([O])(O)C2(C)OOC1C2O</smiles>
+</species>
+<species species_name="TM124OLOH" species_number="s2170">
+<smiles>CC1=C(C)C(O)(O)C2(C)OOC1C2O</smiles>
+</species>
+<species species_name="T124CAT1O" species_number="s2171">
+<smiles>Cc1c(C)cc(C)c(O)c1[O]</smiles>
+</species>
+<species species_name="T124CTCOOA" species_number="s2172">
+<smiles>[O-][O+]=C(O)C(=C(C)/C=C(\C)/C(=O)O)C</smiles>
+</species>
+<species species_name="TM124MUO2H" species_number="s2173">
+<smiles>CC(=O)C=CC1(C)OC1(C)C(=O)O</smiles>
+</species>
+<species species_name="TM124MUO3H" species_number="s2174">
+<smiles>CC1(OC1(C)C(=O)OO)C=CC(=O)C</smiles>
+</species>
+<species species_name="TM124MUPAN" species_number="s2175">
+<smiles>O=N(=O)OOC(=O)C1(C)OC1(C)C=CC(=O)C</smiles>
+</species>
+<species species_name="TM124MUOOH" species_number="s2176">
+<smiles>OOC(C(O)C(=O)C)C1(C)OC1(C)C=O</smiles>
+</species>
+<species species_name="TM124MUCO" species_number="s2177">
+<smiles>O=CC1(C)OC1(C)C([O])C(O)C(=O)C</smiles>
+</species>
+<species species_name="TM124MUNO3" species_number="s2178">
+<smiles>O=CC1(C)OC1(C)C(ON(=O)=O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="TM124MUCCO" species_number="s2179">
+<smiles>O=CC1(C)OC1(C)C(=O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="TM124MUCOH" species_number="s2180">
+<smiles>O=CC1(C)OC1(C)C(O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="C7CO2M5OOH" species_number="s2181">
+<smiles>OOC(C)(C=CC(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="C7CO2M5O" species_number="s2182">
+<smiles>CC(=O)C=CC(C)([O])C(=O)C</smiles>
+</species>
+<species species_name="C7CO2M5OH" species_number="s2183">
+<smiles>CC(=O)C=CC(C)(O)C(=O)C</smiles>
+</species>
+<species species_name="TMBCO3" species_number="s2184">
+<smiles>[O]OC(=O)c1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="DMPHO2" species_number="s2185">
+<smiles>[O]Oc1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="C4MCODBCO3" species_number="s2186">
+<smiles>CC(=CC(=O)C)C(=O)O[O]</smiles>
+</species>
+<species species_name="NTM135LOOH" species_number="s2187">
+<smiles>OOC1(O)C(=CC2(C)OOC1(C)C2ON(=O)=O)C</smiles>
+</species>
+<species species_name="NTM135OLO" species_number="s2188">
+<smiles>O=N(=O)OC1C2(C)OOC1(C)C(O)([O])C(=C2)C</smiles>
+</species>
+<species species_name="NTM135OLOH" species_number="s2189">
+<smiles>O=N(=O)OC1C2(C)OOC1(C)C(O)(O)C(=C2)C</smiles>
+</species>
+<species species_name="TM135OLOOH" species_number="s2190">
+<smiles>OOC1(O)C(=CC2(C)OOC1(C)C2O)C</smiles>
+</species>
+<species species_name="TM135OLO" species_number="s2191">
+<smiles>OC1C2(C)OOC1(C)C([O])(O)C(=C2)C</smiles>
+</species>
+<species species_name="TM135OLOH" species_number="s2192">
+<smiles>OC1C2(C)OOC1(C)C(O)(O)C(=C2)C</smiles>
+</species>
+<species species_name="TM135MUO2H" species_number="s2193">
+<smiles>CC(=O)C=C(C)C1OC1(C)C(=O)O</smiles>
+</species>
+<species species_name="TM135MUO3H" species_number="s2194">
+<smiles>OOC(=O)C1(C)OC1C(=CC(=O)C)C</smiles>
+</species>
+<species species_name="TM135MUPAN" species_number="s2195">
+<smiles>O=N(=O)OOC(=O)C1(C)OC1C(=CC(=O)C)C</smiles>
+</species>
+<species species_name="EPXMKTCO3" species_number="s2196">
+<smiles>CC1(OC1C(=O)C)C(=O)O[O]</smiles>
+</species>
+<species species_name="CO24C53O2" species_number="s2197">
+<smiles>[O]OC(C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="TM135MUOOH" species_number="s2198">
+<smiles>OOC(C)(C(O)C(=O)C)C1OC1(C)C=O</smiles>
+</species>
+<species species_name="TM135MUCO" species_number="s2199">
+<smiles>O=CC1(C)OC1C(C)([O])C(O)C(=O)C</smiles>
+</species>
+<species species_name="TM135MUNO3" species_number="s2200">
+<smiles>O=CC1(C)OC1C(C)(ON(=O)=O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="TM135MUOH" species_number="s2201">
+<smiles>O=CC1(C)OC1C(C)(O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="C7M2CO5OOH" species_number="s2202">
+<smiles>OOC(C(=O)C)C(=CC(=O)C)C</smiles>
+</species>
+<species species_name="C7M2CO5O" species_number="s2203">
+<smiles>CC(=O)C=C(C)C([O])C(=O)C</smiles>
+</species>
+<species species_name="C7M2CO5OH" species_number="s2204">
+<smiles>CC(=O)C=C(C)C(O)C(=O)C</smiles>
+</species>
+<species species_name="C7M3CO" species_number="s2205">
+<smiles>CC(=O)C=C(C)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="MPHCOMEO2" species_number="s2206">
+<smiles>[O]OCC(=O)c1ccccc1C</smiles>
+</species>
+<species species_name="OETLMUCO2H" species_number="s2207">
+<smiles>O=CC=CC1(C)OC1(CC)C(=O)O</smiles>
+</species>
+<species species_name="OETLMUCO3H" species_number="s2208">
+<smiles>CC1(OC1(CC)C(=O)OO)C=CC=O</smiles>
+</species>
+<species species_name="OETLMUCPAN" species_number="s2209">
+<smiles>O=CC=CC1(C)OC1(CC)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="EPXMEDLCO3" species_number="s2210">
+<smiles>CC1(OC1(CC)C=O)C(=O)O[O]</smiles>
+</species>
+<species species_name="C4ECO2O2" species_number="s2211">
+<smiles>CCC(O[O])(C=O)C(=O)C</smiles>
+</species>
+<species species_name="OETLMUCOOH" species_number="s2212">
+<smiles>OOC(C=O)C(O)C1(C)OC1(CC)C=O</smiles>
+</species>
+<species species_name="OETLMUCNO3" species_number="s2213">
+<smiles>O=CC(ON(=O)=O)C(O)C1(C)OC1(CC)C=O</smiles>
+</species>
+<species species_name="OETLMUCO" species_number="s2214">
+<smiles>O=CC([O])C(O)C1(C)OC1(CC)C=O</smiles>
+</species>
+<species species_name="OETLMUCCO" species_number="s2215">
+<smiles>O=CC(=O)C(O)C1(C)OC1(CC)C=O</smiles>
+</species>
+<species species_name="OETLMUCOH" species_number="s2216">
+<smiles>O=CC(O)C(O)C1(C)OC1(CC)C=O</smiles>
+</species>
+<species species_name="MC7CO2OOH" species_number="s2217">
+<smiles>CC(OO)(C=CC=O)C(=O)CC</smiles>
+</species>
+<species species_name="MC7CO2O" species_number="s2218">
+<smiles>CC([O])(C=CC=O)C(=O)CC</smiles>
+</species>
+<species species_name="MC7CO2OH" species_number="s2219">
+<smiles>CC(O)(C=CC=O)C(=O)CC</smiles>
+</species>
+<species species_name="NOETOLOOH" species_number="s2220">
+<smiles>CCC1=C(C)C2OOC(C2ON(=O)=O)C1(O)OO</smiles>
+</species>
+<species species_name="NOETOLO" species_number="s2221">
+<smiles>CCC1=C(C)C2OOC(C2ON(=O)=O)C1(O)[O]</smiles>
+</species>
+<species species_name="NOETOLOH" species_number="s2222">
+<smiles>CCC1=C(C)C2OOC(C2ON(=O)=O)C1(O)O</smiles>
+</species>
+<species species_name="OET1OHNO2" species_number="s2223">
+<smiles>CCc1c(C)ccc(N(=O)=O)c1O</smiles>
+</species>
+<species species_name="OET1O2" species_number="s2224">
+<smiles>CCc1c(O[O])cccc1C</smiles>
+</species>
+<species species_name="OETOLOOH" species_number="s2225">
+<smiles>CCC12OOC(C2O)C(O)(OO)C=C1C</smiles>
+</species>
+<species species_name="OETOLO" species_number="s2226">
+<smiles>CCC12OOC(C2O)C([O])(O)C=C1C</smiles>
+</species>
+<species species_name="OETOLOH" species_number="s2227">
+<smiles>CCC12OOC(C2O)C(O)(O)C=C1C</smiles>
+</species>
+<species species_name="OTCATEC1O" species_number="s2228">
+<smiles>CCc1c(C)ccc(O)c1[O]</smiles>
+</species>
+<species species_name="OTCATECOOA" species_number="s2229">
+<smiles>[O-][O+]=C(O)C(=C(C)/C=C/C(=O)O)CC</smiles>
+</species>
+<species species_name="METLMUCO2H" species_number="s2230">
+<smiles>CC1(OC1C=CC(=O)CC)C(=O)O</smiles>
+</species>
+<species species_name="METLMUCO3H" species_number="s2231">
+<smiles>CCC(=O)C=CC1OC1(C)C(=O)OO</smiles>
+</species>
+<species species_name="METLMUCPAN" species_number="s2232">
+<smiles>CCC(=O)C=CC1OC1(C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="METLMUCOOH" species_number="s2233">
+<smiles>CC1(OC1C(O)C(OO)C(=O)CC)C=O</smiles>
+</species>
+<species species_name="METLMUCNO3" species_number="s2234">
+<smiles>CCC(=O)C(ON(=O)=O)C(O)C1OC1(C)C=O</smiles>
+</species>
+<species species_name="METLMUCO" species_number="s2235">
+<smiles>CC1(OC1C(O)C([O])C(=O)CC)C=O</smiles>
+</species>
+<species species_name="METLMUCCO" species_number="s2236">
+<smiles>CC1(OC1C(O)C(=O)C(=O)CC)C=O</smiles>
+</species>
+<species species_name="METLMUCOH" species_number="s2237">
+<smiles>CC1(OC1C(O)C(O)C(=O)CC)C=O</smiles>
+</species>
+<species species_name="C826CO3OOH" species_number="s2238">
+<smiles>OOC(C=CC(=O)CC)C(=O)C</smiles>
+</species>
+<species species_name="C826CO3O" species_number="s2239">
+<smiles>CCC(=O)C=CC([O])C(=O)C</smiles>
+</species>
+<species species_name="C8236CO" species_number="s2240">
+<smiles>CCC(=O)C=CC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C826CO3OH" species_number="s2241">
+<smiles>CCC(=O)C=CC(O)C(=O)C</smiles>
+</species>
+<species species_name="MET1OHNO2" species_number="s2242">
+<smiles>CCc1cc(C)cc(N(=O)=O)c1O</smiles>
+</species>
+<species species_name="MET1O2" species_number="s2243">
+<smiles>CCc1cc(C)ccc1O[O]</smiles>
+</species>
+<species species_name="METOLOOH" species_number="s2244">
+<smiles>CCC12C=CC(O)(OO)C(C)(OO1)C2O</smiles>
+</species>
+<species species_name="METOLO" species_number="s2245">
+<smiles>CCC12C=CC([O])(O)C(C)(OO1)C2O</smiles>
+</species>
+<species species_name="METOLOH" species_number="s2246">
+<smiles>CCC12C=CC(O)(O)C(C)(OO1)C2O</smiles>
+</species>
+<species species_name="NMETOLOOH" species_number="s2247">
+<smiles>CCC12OOC(C)(C2ON(=O)=O)C(O)(OO)C=C1</smiles>
+</species>
+<species species_name="NMETOLO" species_number="s2248">
+<smiles>CCC12C=CC(O)([O])C(C)(OO1)C2ON(=O)=O</smiles>
+</species>
+<species species_name="NMETOLOH" species_number="s2249">
+<smiles>CCC12C=CC(O)(O)C(C)(OO1)C2ON(=O)=O</smiles>
+</species>
+<species species_name="MTCATEC1O" species_number="s2250">
+<smiles>CCc1cc(C)cc(O)c1[O]</smiles>
+</species>
+<species species_name="MTCATECOOA" species_number="s2251">
+<smiles>CCC(=CC(=CC(=O)O)C)C(=[O+][O-])O</smiles>
+</species>
+<species species_name="C7EDICARB" species_number="s2252">
+<smiles>CCC(=O)C=CC(=O)C</smiles>
+</species>
+<species species_name="PETLMUCO2H" species_number="s2253">
+<smiles>CC1(OC1C(=O)O)C=CC(=O)CC</smiles>
+</species>
+<species species_name="PETLMUCO3H" species_number="s2254">
+<smiles>CCC(=O)C=CC1(C)OC1C(=O)OO</smiles>
+</species>
+<species species_name="PETLMUCPAN" species_number="s2255">
+<smiles>CCC(=O)C=CC1(C)OC1C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="PETLMUCOOH" species_number="s2256">
+<smiles>CC1(OC1C=O)C(O)C(OO)C(=O)CC</smiles>
+</species>
+<species species_name="PETLMUCNO3" species_number="s2257">
+<smiles>CCC(=O)C(ON(=O)=O)C(O)C1(C)OC1C=O</smiles>
+</species>
+<species species_name="PETLMUCO" species_number="s2258">
+<smiles>CC1(OC1C=O)C(O)C([O])C(=O)CC</smiles>
+</species>
+<species species_name="PETLMUCCO" species_number="s2259">
+<smiles>CC1(OC1C=O)C(O)C(=O)C(=O)CC</smiles>
+</species>
+<species species_name="PETLMUCOH" species_number="s2260">
+<smiles>CC1(OC1C=O)C(O)C(O)C(=O)CC</smiles>
+</species>
+<species species_name="C7M6CO2OOH" species_number="s2261">
+<smiles>CCC(=O)C=CC(C)(OO)C=O</smiles>
+</species>
+<species species_name="C7M6CO2O" species_number="s2262">
+<smiles>CCC(=O)C=CC(C)([O])C=O</smiles>
+</species>
+<species species_name="C7M6CO2OH" species_number="s2263">
+<smiles>CCC(=O)C=CC(C)(O)C=O</smiles>
+</species>
+<species species_name="NPETOLOOH" species_number="s2264">
+<smiles>CCC12OOC(C(=CC2(O)OO)C)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NPETOLO" species_number="s2265">
+<smiles>CCC12OOC(C(=CC2(O)[O])C)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NPETOLOH" species_number="s2266">
+<smiles>CCC12OOC(C(=CC2(O)O)C)C1ON(=O)=O</smiles>
+</species>
+<species species_name="PET1OHNO2" species_number="s2267">
+<smiles>CCc1ccc(C)c(N(=O)=O)c1O</smiles>
+</species>
+<species species_name="PET1O2" species_number="s2268">
+<smiles>[O]Oc1cc(C)ccc1CC</smiles>
+</species>
+<species species_name="PETOLOOH" species_number="s2269">
+<smiles>OOC1(O)C=C(C)C2OOC1(CC)C2O</smiles>
+</species>
+<species species_name="PETOLO" species_number="s2270">
+<smiles>CCC12OOC(C(=CC2([O])O)C)C1O</smiles>
+</species>
+<species species_name="PETOLOH" species_number="s2271">
+<smiles>CCC12OOC(C(=CC2(O)O)C)C1O</smiles>
+</species>
+<species species_name="PTCATEC1O" species_number="s2272">
+<smiles>CCc1ccc(C)c(O)c1[O]</smiles>
+</species>
+<species species_name="PTCATECOOA" species_number="s2273">
+<smiles>CCC(=C/C=C(\C)/C(=O)O)C(=[O+][O-])O</smiles>
+</species>
+<species species_name="DMPHCOMO2" species_number="s2274">
+<smiles>[O]OCC(=O)c1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="C7DDICARB" species_number="s2275">
+<smiles>CCC(=O)C=C(C)C=O</smiles>
+</species>
+<species species_name="MEBFUONE" species_number="s2276">
+<smiles>CCC1OC(=O)C(=C1)C</smiles>
+</species>
+<species species_name="DMEBMUO2H" species_number="s2277">
+<smiles>CC(=CC(=O)CC)C1OC1(C)C(=O)O</smiles>
+</species>
+<species species_name="DMEBMUO3H" species_number="s2278">
+<smiles>CCC(=O)C=C(C)C1OC1(C)C(=O)OO</smiles>
+</species>
+<species species_name="DMEBMUPAN" species_number="s2279">
+<smiles>CCC(=O)C=C(C)C1OC1(C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="DMEBMUOOH" species_number="s2280">
+<smiles>CCC(=O)C(O)C(C)(OO)C1OC1(C)C=O</smiles>
+</species>
+<species species_name="DMEBMUCO" species_number="s2281">
+<smiles>CC([O])(C(O)C(=O)CC)C1OC1(C)C=O</smiles>
+</species>
+<species species_name="DMEBMUNO3" species_number="s2282">
+<smiles>CCC(=O)C(O)C(C)(ON(=O)=O)C1OC1(C)C=O</smiles>
+</species>
+<species species_name="DMEBMUOH" species_number="s2283">
+<smiles>CC(O)(C(O)C(=O)CC)C1OC1(C)C=O</smiles>
+</species>
+<species species_name="C8M2CO6OOH" species_number="s2284">
+<smiles>OOC(C(=O)C)C(=CC(=O)CC)C</smiles>
+</species>
+<species species_name="C8M2CO6O" species_number="s2285">
+<smiles>CCC(=O)C=C(C)C([O])C(=O)C</smiles>
+</species>
+<species species_name="C8M2CO6OH" species_number="s2286">
+<smiles>CCC(=O)C=C(C)C(O)C(=O)C</smiles>
+</species>
+<species species_name="C8M3CO" species_number="s2287">
+<smiles>CCC(=O)C=C(C)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="NDMEPLOOH" species_number="s2288">
+<smiles>CCC12OOC(C)(C=C(C)C2(O)OO)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NDMEPHOLO" species_number="s2289">
+<smiles>CCC12OOC(C)(C=C(C)C2(O)[O])C1ON(=O)=O</smiles>
+</species>
+<species species_name="NDMEPHOLOH" species_number="s2290">
+<smiles>CCC12OOC(C)(C=C(C)C2(O)O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="DMEPHOLOOH" species_number="s2291">
+<smiles>CCC12OOC(C)(C=C(C)C2(O)OO)C1O</smiles>
+</species>
+<species species_name="DMEPHOLO" species_number="s2292">
+<smiles>CCC12OOC(C)(C=C(C)C2([O])O)C1O</smiles>
+</species>
+<species species_name="DMEPHOLOH" species_number="s2293">
+<smiles>CCC12OOC(C)(C=C(C)C2(O)O)C1O</smiles>
+</species>
+<species species_name="EMPHCOMO2" species_number="s2294">
+<smiles>[O]OCC(=O)c1cc(C)cc(CC)c1</smiles>
+</species>
+<species species_name="EMPHCO3" species_number="s2295">
+<smiles>[O]OC(=O)c1cc(CC)cc(C)c1</smiles>
+</species>
+<species species_name="NDEMPLOOH" species_number="s2296">
+<smiles>CCC12OOC(CC)(C2ON(=O)=O)C(O)(OO)C(=C1)C</smiles>
+</species>
+<species species_name="NDEMPHOLO" species_number="s2297">
+<smiles>CCC12OOC(CC)(C2ON(=O)=O)C(O)([O])C(=C1)C</smiles>
+</species>
+<species species_name="NDEMPHOLOH" species_number="s2298">
+<smiles>CCC12OOC(CC)(C2ON(=O)=O)C(O)(O)C(=C1)C</smiles>
+</species>
+<species species_name="DEMPHOLOOH" species_number="s2299">
+<smiles>CCC12OOC(CC)(C=C(C)C2(O)OO)C1O</smiles>
+</species>
+<species species_name="DEMPHOLO" species_number="s2300">
+<smiles>CCC12OOC(CC)(C2O)C([O])(O)C(=C1)C</smiles>
+</species>
+<species species_name="DEMPHOLOH" species_number="s2301">
+<smiles>CCC12OOC(CC)(C2O)C(O)(O)C(=C1)C</smiles>
+</species>
+<species species_name="C7CODBCO3" species_number="s2302">
+<smiles>CCC(=O)C=C(CC)C(=O)O[O]</smiles>
+</species>
+<species species_name="DETLMUO2H" species_number="s2303">
+<smiles>CCC(=O)C=C(C)C1OC1(CC)C(=O)O</smiles>
+</species>
+<species species_name="DETLMUO3H" species_number="s2304">
+<smiles>CCC(=O)C=C(C)C1OC1(CC)C(=O)OO</smiles>
+</species>
+<species species_name="DETLMUPAN" species_number="s2305">
+<smiles>CCC(=O)C=C(C)C1OC1(CC)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="EPXEKTCO3" species_number="s2306">
+<smiles>CCC1(OC1C(=O)C)C(=O)O[O]</smiles>
+</species>
+<species species_name="C3EDIALO2" species_number="s2307">
+<smiles>CCC(O[O])(C=O)C=O</smiles>
+</species>
+<species species_name="CO24C63O2" species_number="s2308">
+<smiles>[O]OC(C(=O)C)C(=O)CC</smiles>
+</species>
+<species species_name="DETLMUOOH" species_number="s2309">
+<smiles>CCC(=O)C(O)C(C)(OO)C1OC1(CC)C=O</smiles>
+</species>
+<species species_name="DETLMUCO" species_number="s2310">
+<smiles>CCC(=O)C(O)C(C)([O])C1OC1(CC)C=O</smiles>
+</species>
+<species species_name="DETLMUNO3" species_number="s2311">
+<smiles>CCC(=O)C(O)C(C)(ON(=O)=O)C1OC1(CC)C=O</smiles>
+</species>
+<species species_name="DETLMUOH" species_number="s2312">
+<smiles>CCC(=O)C(O)C(C)(O)C1OC1(CC)C=O</smiles>
+</species>
+<species species_name="C9M2CO6OOH" species_number="s2313">
+<smiles>CCC(=O)C=C(C)C(OO)C(=O)CC</smiles>
+</species>
+<species species_name="C9M2CO6O" species_number="s2314">
+<smiles>CCC(=O)C=C(C)C([O])C(=O)CC</smiles>
+</species>
+<species species_name="C9M2CO6OH" species_number="s2315">
+<smiles>CCC(=O)C=C(C)C(O)C(=O)CC</smiles>
+</species>
+<species species_name="C9M3CO" species_number="s2316">
+<smiles>CCC(=O)C=C(C)C(=O)C(=O)CC</smiles>
+</species>
+<species species_name="CCL3CO3" species_number="s2317">
+<smiles>[O]OC(=O)C(Cl)(Cl)Cl</smiles>
+</species>
+<species species_name="CLGLYOX" species_number="s2318">
+<smiles>ClC(=O)C(=O)Cl</smiles>
+</species>
+<species species_name="CLETO3" species_number="s2319">
+<smiles>[O]OC(=O)CCl</smiles>
+</species>
+<species species_name="CL2OHCO3" species_number="s2320">
+<smiles>[O]OC(=O)C(O)(Cl)Cl</smiles>
+</species>
+<species species_name="CL12CO3" species_number="s2321">
+<smiles>[O]OC(=O)C(Cl)CCl</smiles>
+</species>
+<species species_name="CH2CLCOCH3" species_number="s2322">
+<smiles>CC(=O)CCl</smiles>
+</species>
+<species species_name="CLCOCLMEO2" species_number="s2323">
+<smiles>CC(Cl)(O[O])C(=O)Cl</smiles>
+</species>
+<species species_name="CHCL2CO3" species_number="s2324">
+<smiles>[O]OC(=O)C(Cl)Cl</smiles>
+</species>
+<species species_name="CLCOCH2O2" species_number="s2325">
+<smiles>[O]OCC(=O)Cl</smiles>
+</species>
+<species species_name="CHCL2COCL" species_number="s2326">
+<smiles>ClC(=O)C(Cl)Cl</smiles>
+</species>
+<species species_name="CLCOCLO2" species_number="s2327">
+<smiles>[O]OC(Cl)C(=O)Cl</smiles>
+</species>
+<species species_name="CL1GLYOX" species_number="s2328">
+<smiles>O=CC(=O)Cl</smiles>
+</species>
+<species species_name="CLCO2H" species_number="s2329">
+<smiles>OC(=O)Cl</smiles>
+</species>
+<species species_name="CCLOHCO3" species_number="s2330">
+<smiles>[O]OC(=O)C(O)Cl</smiles>
+</species>
+<species species_name="HNMVKO2" species_number="s2331">
+<smiles>OCC(O[O])C(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="NC3CO3" species_number="s2332">
+<smiles>[O]OC(=O)C=CCON(=O)=O</smiles>
+</species>
+<species species_name="NAOOA" species_number="s2333">
+<smiles>[O-][O+]=CCCON(=O)=O</smiles>
+</species>
+<species species_name="C42O2" species_number="s2334">
+<smiles>[O]OC(CON(=O)=O)C(O)C=O</smiles>
+</species>
+<species species_name="HC3CO3" species_number="s2335">
+<smiles>OCC=CC(=O)O[O]</smiles>
+</species>
+<species species_name="GAOOA" species_number="s2336">
+<smiles>[O-][O+]=CCO</smiles>
+</species>
+<species species_name="C41O2" species_number="s2337">
+<smiles>OCC(O[O])C(O)C=O</smiles>
+</species>
+<species species_name="HMGLOOA" species_number="s2338">
+<smiles>[O-][O+]=CC(=O)CO</smiles>
+</species>
+<species species_name="MVKOHAO2" species_number="s2339">
+<smiles>[O]OCC(O)C(=O)CO</smiles>
+</species>
+<species species_name="MVKOHBO2" species_number="s2340">
+<smiles>OCC(=O)C(CO)O[O]</smiles>
+</species>
+<species species_name="HC3CCO3" species_number="s2341">
+<smiles>OC(C=C)C(=O)O[O]</smiles>
+</species>
+<species species_name="CISOPCO" species_number="s2342">
+<smiles>OC/C=C(\C[O])/C</smiles>
+</species>
+<species species_name="GAOOB" species_number="s2343">
+<smiles>[O-][O+]=CCO</smiles>
+</species>
+<species species_name="NC3OOA" species_number="s2344">
+<smiles>[O-][O+]=C(C)CON(=O)=O</smiles>
+</species>
+<species species_name="INCO2" species_number="s2345">
+<smiles>OCC(O[O])C(C)(O)CON(=O)=O</smiles>
+</species>
+<species species_name="HMAC" species_number="s2346">
+<smiles>OC=C(C=O)C</smiles>
+</species>
+<species species_name="NC4CO3" species_number="s2347">
+<smiles>[O]OC(=O)C=C(C)CON(=O)=O</smiles>
+</species>
+<species species_name="GLYOOC" species_number="s2348">
+<smiles>[O-][O+]=CC=O</smiles>
+</species>
+<species species_name="NOAOOA" species_number="s2349">
+<smiles>[O-][O+]=C(C)CON(=O)=O</smiles>
+</species>
+<species species_name="C510O2" species_number="s2350">
+<smiles>O=CC(O)C(C)(O[O])CON(=O)=O</smiles>
+</species>
+<species species_name="HMVKAOOH" species_number="s2351">
+<smiles>CC(=O)C(O)COO</smiles>
+</species>
+<species species_name="HMVKANO3" species_number="s2352">
+<smiles>O=N(=O)OCC(O)C(=O)C</smiles>
+</species>
+<species species_name="HMVKAO" species_number="s2353">
+<smiles>CC(=O)C(O)C[O]</smiles>
+</species>
+<species species_name="HO12CO3C4" species_number="s2354">
+<smiles>CC(=O)C(O)CO</smiles>
+</species>
+<species species_name="MVKNO3" species_number="s2355">
+<smiles>OCC(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="HMVKBOOH" species_number="s2356">
+<smiles>OCC(OO)C(=O)C</smiles>
+</species>
+<species species_name="HMVKBO" species_number="s2357">
+<smiles>CC(=O)C([O])CO</smiles>
+</species>
+<species species_name="BIACETOH" species_number="s2358">
+<smiles>CC(=O)C(=O)CO</smiles>
+</species>
+<species species_name="MVKOOH" species_number="s2359">
+<smiles>OOCC(=O)C=C</smiles>
+</species>
+<species species_name="MVKO" species_number="s2360">
+<smiles>[O]CC(=O)C=C</smiles>
+</species>
+<species species_name="VGLYOX" species_number="s2361">
+<smiles>C=CC(=O)C=O</smiles>
+</species>
+<species species_name="ISOPAOOH" species_number="s2362">
+<smiles>OOCC=C(C)CO</smiles>
+</species>
+<species species_name="CISOPAO" species_number="s2363">
+<smiles>[O]C/C=C(\CO)/C</smiles>
+</species>
+<species species_name="ISOPANO3" species_number="s2364">
+<smiles>OCC(=CCON(=O)=O)C</smiles>
+</species>
+<species species_name="C536O2" species_number="s2365">
+<smiles>OOCC(C(C=O)(O[O])C)OO</smiles>
+</species>
+<species species_name="C5HPALD1" species_number="s2366">
+<smiles>C/C(=C/COO)/C=O</smiles>
+</species>
+<species species_name="HC4ACHO" species_number="s2367">
+<smiles>CC(=CC=O)CO</smiles>
+</species>
+<species species_name="ISOPAOH" species_number="s2368">
+<smiles>OCC=C(C)CO</smiles>
+</species>
+<species species_name="ISOPBOOH" species_number="s2369">
+<smiles>OCC(C)(OO)C=C</smiles>
+</species>
+<species species_name="ISOPBNO3" species_number="s2370">
+<smiles>OCC(C)(C=C)ON(=O)=O</smiles>
+</species>
+<species species_name="ISOPBO" species_number="s2371">
+<smiles>CC([O])(CO)C=C</smiles>
+</species>
+<species species_name="ISOPBOH" species_number="s2372">
+<smiles>CC(O)(CO)C=C</smiles>
+</species>
+<species species_name="ISOPCOOH" species_number="s2373">
+<smiles>OOCC(=CCO)C</smiles>
+</species>
+<species species_name="C537O2" species_number="s2374">
+<smiles>OOCC(C(C=O)O[O])(OO)C</smiles>
+</species>
+<species species_name="C5HPALD2" species_number="s2375">
+<smiles>C/C(=C/C=O)/COO</smiles>
+</species>
+<species species_name="HC4CCHO" species_number="s2376">
+<smiles>CC(=CCO)C=O</smiles>
+</species>
+<species species_name="ISOPDOOH" species_number="s2377">
+<smiles>OCC(OO)C(=C)C</smiles>
+</species>
+<species species_name="ISOPDNO3" species_number="s2378">
+<smiles>OCC(ON(=O)=O)C(=C)C</smiles>
+</species>
+<species species_name="ISOPDO" species_number="s2379">
+<smiles>CC(=C)C([O])CO</smiles>
+</species>
+<species species_name="HCOC5" species_number="s2380">
+<smiles>CC(=C)C(=O)CO</smiles>
+</species>
+<species species_name="INAO2" species_number="s2381">
+<smiles>OCC(C)(O[O])C(O)CON(=O)=O</smiles>
+</species>
+<species species_name="NC41OOA" species_number="s2382">
+<smiles>OC(C(=[O+][O-])C)CON(=O)=O</smiles>
+</species>
+<species species_name="C58O2" species_number="s2383">
+<smiles>O=CC(O)C(C)(CO)O[O]</smiles>
+</species>
+<species species_name="HC4CO3" species_number="s2384">
+<smiles>CC(=C)C(C(=O)O[O])O</smiles>
+</species>
+<species species_name="NC526OOH" species_number="s2385">
+<smiles>O=CCC(CO[N+](=O)[O-])(OO)C</smiles>
+</species>
+<species species_name="NC526O" species_number="s2386">
+<smiles>O=CCC(CO[N+](=O)[O-])([O])C</smiles>
+</species>
+<species species_name="CO2C3OO" species_number="s2387">
+<smiles>[O-][O+]=CCC(=O)C</smiles>
+</species>
+<species species_name="C530OOH" species_number="s2388">
+<smiles>O=CCC(OO)(CO)C</smiles>
+</species>
+<species species_name="C530NO3" species_number="s2389">
+<smiles>O=CCC(O[N+](=O)[O-])(CO)C</smiles>
+</species>
+<species species_name="C530O" species_number="s2390">
+<smiles>CC(CO)(CC=O)[O]</smiles>
+</species>
+<species species_name="M3BU3ECO3H" species_number="s2391">
+<smiles>CC(=C)CC(=O)OO</smiles>
+</species>
+<species species_name="M3BU3EPAN" species_number="s2392">
+<smiles>[O-][N+](=O)OOC(=O)CC(=C)C</smiles>
+</species>
+<species species_name="C45OOH" species_number="s2393">
+<smiles>CC(=C)COO</smiles>
+</species>
+<species species_name="C45NO3" species_number="s2394">
+<smiles>[O-][N+](=O)OCC(=C)C</smiles>
+</species>
+<species species_name="C45O" species_number="s2395">
+<smiles>CC(=C)C[O]</smiles>
+</species>
+<species species_name="NC51OOH" species_number="s2396">
+<smiles>OOC(CC(=O)C)CO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="NC51O" species_number="s2397">
+<smiles>[O]C(CC(=O)C)CO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C51OOH" species_number="s2398">
+<smiles>OCC(OO)CC(=O)C</smiles>
+</species>
+<species species_name="C51NO3" species_number="s2399">
+<smiles>OCC(CC(=O)C)ON(=O)=O</smiles>
+</species>
+<species species_name="C51O" species_number="s2400">
+<smiles>CC(=O)CC([O])CO</smiles>
+</species>
+<species species_name="C51OH" species_number="s2401">
+<smiles>CC(=O)CC(O)CO</smiles>
+</species>
+<species species_name="HO1CO24C5" species_number="s2402">
+<smiles>CC(=O)CC(=O)CO</smiles>
+</species>
+<species species_name="CH2CHCH2OOH" species_number="s2403">
+<smiles>OOCC=C</smiles>
+</species>
+<species species_name="CH2CHCH2NO3" species_number="s2404">
+<smiles>[O-][N+](=O)OCC=C</smiles>
+</species>
+<species species_name="CH2CHCH2O" species_number="s2405">
+<smiles>[O]CC=C</smiles>
+</species>
+<species species_name="ISOPAO" species_number="s2406">
+<smiles>[O]C/C=C(/CO)C</smiles>
+</species>
+<species species_name="CHOCOMOXO2" species_number="s2407">
+<smiles>[O]OCOC(=O)C=O</smiles>
+</species>
+<species species_name="ACETMECO3" species_number="s2408">
+<smiles>CC(=O)OCC(=O)O[O]</smiles>
+</species>
+<species species_name="HOACETETO2" species_number="s2409">
+<smiles>[O]OC(C)OC(=O)CO</smiles>
+</species>
+<species species_name="MECOACETO2" species_number="s2410">
+<smiles>CC(=O)OC(=O)CO[O]</smiles>
+</species>
+<species species_name="ACPRONEO2" species_number="s2411">
+<smiles>[O]OC(OC(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="ACCOETO2" species_number="s2412">
+<smiles>CC(=O)OC(=O)CCO[O]</smiles>
+</species>
+<species species_name="ACETC2CO3" species_number="s2413">
+<smiles>[O]OC(=O)CCOC(=O)C</smiles>
+</species>
+<species species_name="IPRACBCO3" species_number="s2414">
+<smiles>CC(OC(=O)C)C(=O)O[O]</smiles>
+</species>
+<species species_name="ACBUONEAO2" species_number="s2415">
+<smiles>[O]OC(CC(=O)C)OC(=O)C</smiles>
+</species>
+<species species_name="ACBUONEBO2" species_number="s2416">
+<smiles>[O]OC(OC(=O)C)C(=O)CC</smiles>
+</species>
+<species species_name="ACCOC3H6O2" species_number="s2417">
+<smiles>CC(CC(=O)OC(=O)C)O[O]</smiles>
+</species>
+<species species_name="SBUACONEO2" species_number="s2418">
+<smiles>[O]OC(C)(OC(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="TBUACCO3" species_number="s2419">
+<smiles>[O]OC(=O)C(C)(C)OC(=O)C</smiles>
+</species>
+<species species_name="ETHFORM" species_number="s2420">
+<smiles>CCOC=O</smiles>
+</species>
+<species species_name="MTBEACHOO2" species_number="s2421">
+<smiles>[O]OCC(C)(C)OC=O</smiles>
+</species>
+<species species_name="MTBEBCO3" species_number="s2422">
+<smiles>[O]OC(=O)C(C)(C)OC</smiles>
+</species>
+<species species_name="IPROC21O2" species_number="s2423">
+<smiles>[O]OC(C)OC(C)C</smiles>
+</species>
+<species species_name="IPROMCCO3" species_number="s2424">
+<smiles>[O]OC(=O)C(C)OC(C)C</smiles>
+</species>
+<species species_name="EIPEO2" species_number="s2425">
+<smiles>CCOC(C)(C)O[O]</smiles>
+</species>
+<species species_name="ETBEACO3" species_number="s2426">
+<smiles>CCOC(C)(C)C(=O)O[O]</smiles>
+</species>
+<species species_name="ETBECCO3" species_number="s2427">
+<smiles>[O]OC(=O)COC(C)(C)C</smiles>
+</species>
+<species species_name="MOXY2CHO" species_number="s2428">
+<smiles>O=COCC=O</smiles>
+</species>
+<species species_name="MEMOXYCO2H" species_number="s2429">
+<smiles>COCC(=O)O</smiles>
+</species>
+<species species_name="MEMOXYCO3H" species_number="s2430">
+<smiles>COCC(=O)OO</smiles>
+</species>
+<species species_name="MEMOXYPAN" species_number="s2431">
+<smiles>COCC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="ETOMECO2H" species_number="s2432">
+<smiles>CCOCC(=O)O</smiles>
+</species>
+<species species_name="ETOMECO3H" species_number="s2433">
+<smiles>CCOCC(=O)OO</smiles>
+</species>
+<species species_name="ETOMEPAN" species_number="s2434">
+<smiles>CCOCC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="ETOMEOOH" species_number="s2435">
+<smiles>CCOCOO</smiles>
+</species>
+<species species_name="ETOMENO3" species_number="s2436">
+<smiles>CCOCN(=O)=O</smiles>
+</species>
+<species species_name="ETOMEO" species_number="s2437">
+<smiles>CCOC[O]</smiles>
+</species>
+<species species_name="ETOMEOH" species_number="s2438">
+<smiles>CCOCO</smiles>
+</species>
+<species species_name="MCOCOMOX" species_number="s2439">
+<smiles>COC(=O)C(=O)C</smiles>
+</species>
+<species species_name="PRONFORM" species_number="s2440">
+<smiles>O=COCC(=O)C</smiles>
+</species>
+<species species_name="PRONEMOOOH" species_number="s2441">
+<smiles>COC(OO)C(=O)C</smiles>
+</species>
+<species species_name="PRONEMOXO" species_number="s2442">
+<smiles>COC([O])C(=O)C</smiles>
+</species>
+<species species_name="PRONEMOXOH" species_number="s2443">
+<smiles>COC(O)C(=O)C</smiles>
+</species>
+<species species_name="PRCOOMCHO" species_number="s2444">
+<smiles>CCCC(=O)OCC=O</smiles>
+</species>
+<species species_name="BOXCOCHO" species_number="s2445">
+<smiles>CCCCOC(=O)C=O</smiles>
+</species>
+<species species_name="BOXCHO" species_number="s2446">
+<smiles>CCCCOC=O</smiles>
+</species>
+<species species_name="BOXMCO2H" species_number="s2447">
+<smiles>CCCCOCC(=O)O</smiles>
+</species>
+<species species_name="BOXMCO3H" species_number="s2448">
+<smiles>CCCCOCC(=O)OO</smiles>
+</species>
+<species species_name="BOXMPAN" species_number="s2449">
+<smiles>CCCCOCC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="BOXMOOH" species_number="s2450">
+<smiles>CCCCOCOO</smiles>
+</species>
+<species species_name="BOX2MO" species_number="s2451">
+<smiles>CCCCOC[O]</smiles>
+</species>
+<species species_name="BOXMOH" species_number="s2452">
+<smiles>CCCCOCO</smiles>
+</species>
+<species species_name="PRCOOPRONE" species_number="s2453">
+<smiles>CCCC(=O)OCC(=O)C</smiles>
+</species>
+<species species_name="BOXCOEOLO2" species_number="s2454">
+<smiles>CCCC(O[O])OC(=O)C(C)O</smiles>
+</species>
+<species species_name="BOXPROOOH" species_number="s2455">
+<smiles>CCCC(OO)OCC(=O)C</smiles>
+</species>
+<species species_name="BOXPROANO3" species_number="s2456">
+<smiles>CCCC(OCC(=O)C)ON(=O)=O</smiles>
+</species>
+<species species_name="BOXPRONEAO" species_number="s2457">
+<smiles>CCCC([O])OCC(=O)C</smiles>
+</species>
+<species species_name="BOXPRONOH" species_number="s2458">
+<smiles>CCCC(O)OCC(=O)C</smiles>
+</species>
+<species species_name="BOXCOCOME" species_number="s2459">
+<smiles>CCCCOC(=O)C(=O)C</smiles>
+</species>
+<species species_name="BOXPROBOOH" species_number="s2460">
+<smiles>CCCCOC(OO)C(=O)C</smiles>
+</species>
+<species species_name="BOXPRONBO" species_number="s2461">
+<smiles>CCCCOC([O])C(=O)C</smiles>
+</species>
+<species species_name="BOXPRONBOH" species_number="s2462">
+<smiles>CCCCOC(O)C(=O)C</smiles>
+</species>
+<species species_name="BR" species_number="s2463">
+<smiles>Br</smiles>
+</species>
+<species species_name="BRETO3" species_number="s2464">
+<smiles>[O]OC(=O)CBr</smiles>
+</species>
+<species species_name="HO1CO3C4O2" species_number="s2465">
+<smiles>OCCC(=O)CO[O]</smiles>
+</species>
+<species species_name="BIACETO2" species_number="s2466">
+<smiles>CC(=O)C(=O)CO[O]</smiles>
+</species>
+<species species_name="HO2CO4C5O2" species_number="s2467">
+<smiles>[O]OCC(=O)CC(C)O</smiles>
+</species>
+<species species_name="CO23C54O2" species_number="s2468">
+<smiles>CC(O[O])C(=O)C(=O)C</smiles>
+</species>
+<species species_name="HOCO3C54O2" species_number="s2469">
+<smiles>OCCC(=O)C(C)O[O]</smiles>
+</species>
+<species species_name="C53O2" species_number="s2470">
+<smiles>[O]OCC(=O)C(C)CO</smiles>
+</species>
+<species species_name="C41CO3" species_number="s2471">
+<smiles>CC(C(=O)O[O])C(=O)C</smiles>
+</species>
+<species species_name="CO2HOC61O2" species_number="s2472">
+<smiles>CCC(O)CC(=O)CO[O]</smiles>
+</species>
+<species species_name="CO24C6O2" species_number="s2473">
+<smiles>CC(O[O])C(=O)CC(=O)C</smiles>
+</species>
+<species species_name="CO25C6O2" species_number="s2474">
+<smiles>[O]OC(CC(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="HO2C4O2" species_number="s2475">
+<smiles>[O]OCCC(C)O</smiles>
+</species>
+<species species_name="C61O2" species_number="s2476">
+<smiles>[O]OC(CC(=O)C)C(C)O</smiles>
+</species>
+<species species_name="CO23C65O2" species_number="s2477">
+<smiles>CC(CC(=O)C(=O)C)O[O]</smiles>
+</species>
+<species species_name="C6CO3OH5O2" species_number="s2478">
+<smiles>[O]OC(C)C(=O)CC(C)O</smiles>
+</species>
+<species species_name="C6CO34O2" species_number="s2479">
+<smiles>CC(O[O])C(=O)C(=O)CC</smiles>
+</species>
+<species species_name="C6HO1CO3O2" species_number="s2480">
+<smiles>OCCC(=O)C(CC)O[O]</smiles>
+</species>
+<species species_name="C3COCCO3" species_number="s2481">
+<smiles>CCCC(=O)CC(=O)O[O]</smiles>
+</species>
+<species species_name="PEN2ONE1O2" species_number="s2482">
+<smiles>CCCC(=O)CO[O]</smiles>
+</species>
+<species species_name="MIBK3COO2" species_number="s2483">
+<smiles>[O]OC(C)(C)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="C612O2" species_number="s2484">
+<smiles>[O]OCC(=O)C(C)(C)CO</smiles>
+</species>
+<species species_name="CO2M33CO3" species_number="s2485">
+<smiles>[O]OC(=O)C(C)(C)C(=O)C</smiles>
+</species>
+<species species_name="C6COCHOO2" species_number="s2486">
+<smiles>[O]OCCCC(=O)CC=O</smiles>
+</species>
+<species species_name="CY6DIONO2" species_number="s2487">
+<smiles>[O]OC1CC(=O)CC(=O)C1</smiles>
+</species>
+<species species_name="VINOH" species_number="s2488">
+<smiles>OC=C</smiles>
+</species>
+<species species_name="PINAL" species_number="s2489">
+<smiles>O=CCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NC101O2" species_number="s2490">
+<smiles>[O]OC12CC(=O)C(C)(ON(=O)=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="C96CO3" species_number="s2491">
+<smiles>[O]OC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C107OOH" species_number="s2492">
+<smiles>O=CCC1CC(OO)(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C107O" species_number="s2493">
+<smiles>O=CCC1CC([O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C107OH" species_number="s2494">
+<smiles>O=CCC1CC(O)(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C109OOH" species_number="s2495">
+<smiles>OOCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="C109O" species_number="s2496">
+<smiles>O=CCC1CC(C(=O)C[O])C1(C)C</smiles>
+</species>
+<species species_name="C109CO" species_number="s2497">
+<smiles>O=CCC1CC(C(=O)C=O)C1(C)C</smiles>
+</species>
+<species species_name="C109OH" species_number="s2498">
+<smiles>O=CCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="PINONIC" species_number="s2499">
+<smiles>OC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C96OOH" species_number="s2500">
+<smiles>OOCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C96NO3" species_number="s2501">
+<smiles>O=N(=O)OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C96O" species_number="s2502">
+<smiles>[O]CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C96OH" species_number="s2503">
+<smiles>OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NORPINAL" species_number="s2504">
+<smiles>O=CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="HCC7CO" species_number="s2505">
+<smiles>O=C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="C720O2" species_number="s2506">
+<smiles>[O]OC1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="NC91CO3" species_number="s2507">
+<smiles>[O]OC(=O)C1(CCC2CC1C2(C)C)ON(=O)=O</smiles>
+</species>
+<species species_name="NOPINAOOH" species_number="s2508">
+<smiles>OOC1CC(=O)C2CC1C2(C)C</smiles>
+</species>
+<species species_name="NOPINANO3" species_number="s2509">
+<smiles>O=N(=O)OC1CC(=O)C2CC1C2(C)C</smiles>
+</species>
+<species species_name="NOPINAO" species_number="s2510">
+<smiles>[O]C1CC(=O)C2CC1C2(C)C</smiles>
+</species>
+<species species_name="C9DC" species_number="s2511">
+<smiles>O=C1CC(=O)C2CC1C2(C)C</smiles>
+</species>
+<species species_name="NOPINAOH" species_number="s2512">
+<smiles>OC1CC(=O)C2CC1C2(C)C</smiles>
+</species>
+<species species_name="NOPINBOOH" species_number="s2513">
+<smiles>OOC1C2CCC(=O)C1C2(C)C</smiles>
+</species>
+<species species_name="NOPINBNO3" species_number="s2514">
+<smiles>O=N(=O)OC1C2CCC(=O)C1C2(C)C</smiles>
+</species>
+<species species_name="NOPINBO" species_number="s2515">
+<smiles>O=C1CCC2C([O])C1C2(C)C</smiles>
+</species>
+<species species_name="NOPINBCO" species_number="s2516">
+<smiles>O=C1CCC2C(=O)C1C2(C)C</smiles>
+</species>
+<species species_name="NOPINBOH" species_number="s2517">
+<smiles>O=C1CCC2C(O)C1C2(C)C</smiles>
+</species>
+<species species_name="NOPINCOOH" species_number="s2518">
+<smiles>OOC12CCC(=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="NOPINCNO3" species_number="s2519">
+<smiles>O=N(=O)OC12CCC(=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="NOPINCO" species_number="s2520">
+<smiles>O=C1CCC2([O])CC1C2(C)C</smiles>
+</species>
+<species species_name="NOPINCOH" species_number="s2521">
+<smiles>O=C1CCC2(O)CC1C2(C)C</smiles>
+</species>
+<species species_name="NOPINDOOH" species_number="s2522">
+<smiles>OOC1CC2CC(C1=O)C2(C)C</smiles>
+</species>
+<species species_name="NOPINDO" species_number="s2523">
+<smiles>[O]C1CC2CC(C1=O)C2(C)C</smiles>
+</species>
+<species species_name="NOPINDCO" species_number="s2524">
+<smiles>O=C1CC2CC(C1=O)C2(C)C</smiles>
+</species>
+<species species_name="NOPINDOH" species_number="s2525">
+<smiles>OC1CC2CC(C1=O)C2(C)C</smiles>
+</species>
+<species species_name="C8BCO2" species_number="s2526">
+<smiles>[O]OC1CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C918CO3" species_number="s2527">
+<smiles>[O]OC(=O)C1(O)CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="LIMAL" species_number="s2528">
+<smiles>O=CCC(CCC(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="LIMALAOOH" species_number="s2529">
+<smiles>O=CCC(CC(OO)C(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="LIMALAO" species_number="s2530">
+<smiles>O=CCC(CC([O])C(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="LIMALACO" species_number="s2531">
+<smiles>O=CCC(CC(=O)C(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="LIMALAOH" species_number="s2532">
+<smiles>O=CCC(CC(O)C(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="LIMALBOOH" species_number="s2533">
+<smiles>OOCC(=O)CCC(CC=O)C(=C)C</smiles>
+</species>
+<species species_name="LIMALBO" species_number="s2534">
+<smiles>O=CCC(CCC(=O)C[O])C(=C)C</smiles>
+</species>
+<species species_name="LIMALBCO" species_number="s2535">
+<smiles>O=CCC(CCC(=O)C=O)C(=C)C</smiles>
+</species>
+<species species_name="LIMALBOH" species_number="s2536">
+<smiles>O=CCC(CCC(=O)CO)C(=C)C</smiles>
+</species>
+<species species_name="C923OOH" species_number="s2537">
+<smiles>OOCC(CCC(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="C923NO3" species_number="s2538">
+<smiles>CC(=O)CCC(CO[N+](=O)[O-])C(=C)C</smiles>
+</species>
+<species species_name="C923O" species_number="s2539">
+<smiles>[O]CC(CCC(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="C923OH" species_number="s2540">
+<smiles>OCC(CCC(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="NORLIMAL" species_number="s2541">
+<smiles>O=CC(CCC(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="LIMONONIC" species_number="s2542">
+<smiles>CC(=O)CCC(CC(=O)O)C(=C)C</smiles>
+</species>
+<species species_name="C923CO3" species_number="s2543">
+<smiles>[O]OC(=O)CC(CCC(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="LIMKET" species_number="s2544">
+<smiles>CC1=CCC(CC1)C(=O)C</smiles>
+</species>
+<species species_name="C141CO3" species_number="s2545">
+<smiles>[O]OC(=O)CCC(=C)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="NBCALO2" species_number="s2546">
+<smiles>O=CCCC(O[O])(CO[N+](=O)[O-])C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCALOOA" species_number="s2547">
+<smiles>O=CCCC(=[O+][O-])C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCLKET" species_number="s2548">
+<smiles>O=CCCC(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCALO2" species_number="s2549">
+<smiles>O=CCCC(CO)(O[O])C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCKSOZ" species_number="s2550">
+<smiles>O=C1CCC2OOC(C)(CCC3C1CC3(C)C)O2</smiles>
+</species>
+<species species_name="BCKSZOO" species_number="s2551">
+<smiles>[O-][O+]=C1CCC2OOC(C)(CCC3C1CC3(C)C)O2</smiles>
+</species>
+<species species_name="BCSOZO2" species_number="s2552">
+<smiles>OCC1(O[O])CCC2OOC(C)(CCC3C1CC3(C)C)O2</smiles>
+</species>
+<species species_name="C131CO2H" species_number="s2553">
+<smiles>CC(=O)CCC1C(CC1(C)C)C(=O)CCC(=O)O</smiles>
+</species>
+<species species_name="C141OOA" species_number="s2554">
+<smiles>[O-][O+]=C(CCC(=O)O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C151O2" species_number="s2555">
+<smiles>OCC(O[O])(CCC(=O)O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCALAOOH" species_number="s2556">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CC(OO)C(=O)C</smiles>
+</species>
+<species species_name="BCALAO" species_number="s2557">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CC([O])C(=O)C</smiles>
+</species>
+<species species_name="BCALACO" species_number="s2558">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CC(=O)C(=O)C</smiles>
+</species>
+<species species_name="BCALAOH" species_number="s2559">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CC(O)C(=O)C</smiles>
+</species>
+<species species_name="BCALBOOH" species_number="s2560">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CCC(=O)COO</smiles>
+</species>
+<species species_name="BCALBO" species_number="s2561">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CCC(=O)C[O]</smiles>
+</species>
+<species species_name="BCALBCO" species_number="s2562">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CCC(=O)C=O</smiles>
+</species>
+<species species_name="BCALBOH" species_number="s2563">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CCC(=O)CO</smiles>
+</species>
+<species species_name="BCBOOA" species_number="s2564">
+<smiles>O=CCCC(=[O+][O-])C1CC(C)(C)C1CCC(=O)OC</smiles>
+</species>
+<species species_name="BCLKBOC" species_number="s2565">
+<smiles>O=CCCC(=O)C1CC(C)(C)C1CCC(=O)OC</smiles>
+</species>
+<species species_name="C152O2" species_number="s2566">
+<smiles>O=CCCC(CO)(O[O])C1CC(C)(C)C1CCC(=O)OC</smiles>
+</species>
+<species species_name="C136OOH" species_number="s2567">
+<smiles>OOCCC1C(CC1(C)C)C(=C)CCC=O</smiles>
+</species>
+<species species_name="C136NO3" species_number="s2568">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CCO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C136O" species_number="s2569">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CC[O]</smiles>
+</species>
+<species species_name="C126CHO" species_number="s2570">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C136OH" species_number="s2571">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CCO</smiles>
+</species>
+<species species_name="BCALCOOH" species_number="s2572">
+<smiles>OOC(C=O)CC(=C)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCALCO" species_number="s2573">
+<smiles>O=CC([O])CC(=C)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCALCCO" species_number="s2574">
+<smiles>O=CC(=O)CC(=C)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCALCOH" species_number="s2575">
+<smiles>O=CC(O)CC(=C)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C141OOH" species_number="s2576">
+<smiles>OOCCC(=C)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C141NO3" species_number="s2577">
+<smiles>CC(=O)CCC1C(CC1(C)C)C(=C)CCO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C141O" species_number="s2578">
+<smiles>[O]CCC(=C)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C141CO" species_number="s2579">
+<smiles>O=CCC(=C)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C141OH" species_number="s2580">
+<smiles>OCCC(=C)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCKET" species_number="s2581">
+<smiles>C/C1=C/CCC(=O)C2CC(C)(C)C2CC\1</smiles>
+</species>
+<species species_name="MMFO2" species_number="s2582">
+<smiles>O=COC(OC)O[O]</smiles>
+</species>
+<species species_name="MMCFO2" species_number="s2583">
+<smiles>[O]OCOC(=O)OC=O</smiles>
+</species>
+<species species_name="CH3S" species_number="s2584">
+<smiles>C[S]</smiles>
+</species>
+<species species_name="DMSO2O2" species_number="s2585">
+<smiles>[O]OCS(=O)(=O)C</smiles>
+</species>
+<species species_name="MSIA" species_number="s2586">
+<smiles>CS(=O)O</smiles>
+</species>
+<species species_name="HOC2H4CO2H" species_number="s2587">
+<smiles>OCCC(=O)O</smiles>
+</species>
+<species species_name="HOC2H4CO3H" species_number="s2588">
+<smiles>OCCC(=O)OO</smiles>
+</species>
+<species species_name="C3PAN1" species_number="s2589">
+<smiles>OCCC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="HOIPRCO2H" species_number="s2590">
+<smiles>OCC(C)C(=O)O</smiles>
+</species>
+<species species_name="HOIPRCO3H" species_number="s2591">
+<smiles>OCC(C)C(=O)OO</smiles>
+</species>
+<species species_name="C4PAN4" species_number="s2592">
+<smiles>OCC(C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="HO13C5OOH" species_number="s2593">
+<smiles>OCCC(O)C(C)OO</smiles>
+</species>
+<species species_name="HO13C5NO3" species_number="s2594">
+<smiles>OCCC(O)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="HO13C5O" species_number="s2595">
+<smiles>OCCC(O)C(C)[O]</smiles>
+</species>
+<species species_name="HO134C5" species_number="s2596">
+<smiles>OCCC(O)C(C)O</smiles>
+</species>
+<species species_name="HO13CO4C5" species_number="s2597">
+<smiles>CC(=O)C(O)CCO</smiles>
+</species>
+<species species_name="HO3C4CO3H" species_number="s2598">
+<smiles>CCC(O)CC(=O)OO</smiles>
+</species>
+<species species_name="C5PAN8" species_number="s2599">
+<smiles>CCC(O)CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C54OOH" species_number="s2600">
+<smiles>OCCC(C)(O)COO</smiles>
+</species>
+<species species_name="C54NO3" species_number="s2601">
+<smiles>OCCC(C)(O)CON(=O)=O</smiles>
+</species>
+<species species_name="C54O" species_number="s2602">
+<smiles>OCCC(C)(O)C[O]</smiles>
+</species>
+<species species_name="C54OH" species_number="s2603">
+<smiles>OCCC(C)(O)CO</smiles>
+</species>
+<species species_name="H13C43CHO" species_number="s2604">
+<smiles>CC(O)(CCO)C=O</smiles>
+</species>
+<species species_name="H2M2C3CO3H" species_number="s2605">
+<smiles>OOC(=O)CC(C)(C)O</smiles>
+</species>
+<species species_name="C5PAN11" species_number="s2606">
+<smiles>O=N(=O)OOC(=O)CC(C)(C)O</smiles>
+</species>
+<species species_name="PROL1MCO3H" species_number="s2607">
+<smiles>CC(O)(CC)C(=O)OO</smiles>
+</species>
+<species species_name="PROL1MPAN" species_number="s2608">
+<smiles>CCC(C)(O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C56OOH" species_number="s2609">
+<smiles>OOCC(O)C(C)CO</smiles>
+</species>
+<species species_name="C56NO3" species_number="s2610">
+<smiles>OCC(C)C(O)ON(=O)=O</smiles>
+</species>
+<species species_name="C56O" species_number="s2611">
+<smiles>[O]CC(O)C(C)CO</smiles>
+</species>
+<species species_name="C42CHO" species_number="s2612">
+<smiles>OCC(C)C(O)C=O</smiles>
+</species>
+<species species_name="C56OH" species_number="s2613">
+<smiles>OCC(O)C(C)CO</smiles>
+</species>
+<species species_name="HO2C43CO2H" species_number="s2614">
+<smiles>CC(O)C(C)C(=O)O</smiles>
+</species>
+<species species_name="HO2C43CO3H" species_number="s2615">
+<smiles>OOC(=O)C(C)C(C)O</smiles>
+</species>
+<species species_name="C5PAN14" species_number="s2616">
+<smiles>O=N(=O)OOC(=O)C(C)C(C)O</smiles>
+</species>
+<species species_name="CHOC4CO3" species_number="s2617">
+<smiles>O=CCCCCC(=O)O[O]</smiles>
+</species>
+<species species_name="C6DIALO2" species_number="s2618">
+<smiles>O=CCCC(O[O])CC=O</smiles>
+</species>
+<species species_name="CHOC4O2" species_number="s2619">
+<smiles>[O]OCCCCC=O</smiles>
+</species>
+<species species_name="CYC6DIONO2" species_number="s2620">
+<smiles>[O]OC1CCC(=O)C(=O)C1</smiles>
+</species>
+<species species_name="MBKCOOHOOH" species_number="s2621">
+<smiles>CC(O)(COO)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="MIBKCOOHO" species_number="s2622">
+<smiles>CC(O)(C[O])C(=O)C(=O)C</smiles>
+</species>
+<species species_name="NC4OHCO3H" species_number="s2623">
+<smiles>OOC(=O)C(ON(=O)=O)C(C)(C)O</smiles>
+</species>
+<species species_name="NC4OHCPAN" species_number="s2624">
+<smiles>O=N(=O)OOC(=O)C(ON(=O)=O)C(C)(C)O</smiles>
+</species>
+<species species_name="C4OH2CO3H" species_number="s2625">
+<smiles>OOC(=O)C(O)C(C)(C)O</smiles>
+</species>
+<species species_name="C4OH2CPAN" species_number="s2626">
+<smiles>O=N(=O)OOC(=O)C(O)C(C)(C)O</smiles>
+</species>
+<species species_name="CO2C3CO3H" species_number="s2627">
+<smiles>CC(=O)CC(=O)OO</smiles>
+</species>
+<species species_name="CO2C3PAN" species_number="s2628">
+<smiles>CC(=O)CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="HO2C3CO2H" species_number="s2629">
+<smiles>CC(O)CC(=O)O</smiles>
+</species>
+<species species_name="HO2C3CO3H" species_number="s2630">
+<smiles>OOC(=O)CC(C)O</smiles>
+</species>
+<species species_name="C4PAN3" species_number="s2631">
+<smiles>CC(O)CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="PRPAL2CO2H" species_number="s2632">
+<smiles>O=CC(C)C(=O)O</smiles>
+</species>
+<species species_name="PRPAL2CO3H" species_number="s2633">
+<smiles>CC(C=O)C(=O)OO</smiles>
+</species>
+<species species_name="IBUDIALPAN" species_number="s2634">
+<smiles>O=CC(C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="PROPALOOH" species_number="s2635">
+<smiles>CC(OO)C=O</smiles>
+</species>
+<species species_name="CO3C4CO2H" species_number="s2636">
+<smiles>CCC(=O)CC(=O)O</smiles>
+</species>
+<species species_name="CO3C4CO3H" species_number="s2637">
+<smiles>CCC(=O)CC(=O)OO</smiles>
+</species>
+<species species_name="C5PAN16" species_number="s2638">
+<smiles>CCC(=O)CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="HO1C4OOH" species_number="s2639">
+<smiles>OCCCCOO</smiles>
+</species>
+<species species_name="HO1C4NO3" species_number="s2640">
+<smiles>OCCCCON(=O)=O</smiles>
+</species>
+<species species_name="HO1C4O" species_number="s2641">
+<smiles>OCCCC[O]</smiles>
+</species>
+<species species_name="HOC3H6CHO" species_number="s2642">
+<smiles>OCCCC=O</smiles>
+</species>
+<species species_name="HOC4H8OH" species_number="s2643">
+<smiles>OCCCCO</smiles>
+</species>
+<species species_name="A2PANO" species_number="s2644">
+<smiles>OCC(O)C(=O)[O]</smiles>
+</species>
+<species species_name="C2OHOCO2H" species_number="s2645">
+<smiles>OCC(O)C(=O)O</smiles>
+</species>
+<species species_name="C2OHOCOOH" species_number="s2646">
+<smiles>OCC(O)C(=O)OO</smiles>
+</species>
+<species species_name="A2PAN" species_number="s2647">
+<smiles>OCC(O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="HCOCOHCO3H" species_number="s2648">
+<smiles>OC(C=O)C(=O)OO</smiles>
+</species>
+<species species_name="HCOCOHPAN" species_number="s2649">
+<smiles>O=CC(O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="HCOCO3H" species_number="s2650">
+<smiles>OOC(=O)C=O</smiles>
+</species>
+<species species_name="CONM2CO3" species_number="s2651">
+<smiles>[O]OC(=O)C(C)(C=O)ON(=O)=O</smiles>
+</species>
+<species species_name="MACRNCO2H" species_number="s2652">
+<smiles>OCC(C)(ON(=O)=O)C(=O)O</smiles>
+</species>
+<species species_name="MACRNCO3H" species_number="s2653">
+<smiles>OOC(=O)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="MACRNPAN" species_number="s2654">
+<smiles>OCC(C)(ON(=O)=O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="MACRNBCO2H" species_number="s2655">
+<smiles>O=N(=O)OCC(C)(O)C(=O)O</smiles>
+</species>
+<species species_name="MACRNBCO3H" species_number="s2656">
+<smiles>O=N(=O)OCC(C)(O)C(=O)O</smiles>
+</species>
+<species species_name="MACRNBPAN" species_number="s2657">
+<smiles>O=N(=O)OOC(=O)C(C)(O)CON(=O)=O</smiles>
+</species>
+<species species_name="CHOMOHCO3H" species_number="s2658">
+<smiles>CC(O)(C=O)C(=O)OO</smiles>
+</species>
+<species species_name="CHOMOHPAN" species_number="s2659">
+<smiles>O=CC(C)(O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="CO2H3CO3H" species_number="s2660">
+<smiles>CC(=O)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="C4PAN6" species_number="s2661">
+<smiles>O=N(=O)OOC(=O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="HO1C5OOH" species_number="s2662">
+<smiles>OCCCC(C)OO</smiles>
+</species>
+<species species_name="HO1C5NO3" species_number="s2663">
+<smiles>OCCCC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="HO1C5O" species_number="s2664">
+<smiles>OCCCC(C)[O]</smiles>
+</species>
+<species species_name="CO2C5OH" species_number="s2665">
+<smiles>OCCCC(=O)C</smiles>
+</species>
+<species species_name="HO2C5OH" species_number="s2666">
+<smiles>OCCCC(C)O</smiles>
+</species>
+<species species_name="HO2C5OOH" species_number="s2667">
+<smiles>OOCCCC(C)O</smiles>
+</species>
+<species species_name="HO2C5NO3" species_number="s2668">
+<smiles>CC(O)CCCON(=O)=O</smiles>
+</species>
+<species species_name="HO2C5O" species_number="s2669">
+<smiles>[O]CCCC(C)O</smiles>
+</species>
+<species species_name="HO2C4CHO" species_number="s2670">
+<smiles>O=CCCC(C)O</smiles>
+</species>
+<species species_name="C52OOH" species_number="s2671">
+<smiles>OOCCC(C)CO</smiles>
+</species>
+<species species_name="C52NO3" species_number="s2672">
+<smiles>OCC(C)CCON(=O)=O</smiles>
+</species>
+<species species_name="C52O" species_number="s2673">
+<smiles>[O]CCC(C)CO</smiles>
+</species>
+<species species_name="C52OH" species_number="s2674">
+<smiles>OCCC(C)CO</smiles>
+</species>
+<species species_name="HOIBUTCHO" species_number="s2675">
+<smiles>CC(CC=O)CO</smiles>
+</species>
+<species species_name="TBUTCO3H" species_number="s2676">
+<smiles>OOC(=O)C(C)(C)C</smiles>
+</species>
+<species species_name="C5PAN6" species_number="s2677">
+<smiles>O=N(=O)OOC(=O)C(C)(C)C</smiles>
+</species>
+<species species_name="HO1C6OOH" species_number="s2678">
+<smiles>OCCCC(CC)OO</smiles>
+</species>
+<species species_name="HO1C6NO3" species_number="s2679">
+<smiles>OCCCC(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="HO1C6O" species_number="s2680">
+<smiles>OCCCC([O])CC</smiles>
+</species>
+<species species_name="HO14C6" species_number="s2681">
+<smiles>OCCCC(O)CC</smiles>
+</species>
+<species species_name="HO1CO4C6" species_number="s2682">
+<smiles>OCCCC(=O)CC</smiles>
+</species>
+<species species_name="C5H11CO3H" species_number="s2683">
+<smiles>CCCCCC(=O)OO</smiles>
+</species>
+<species species_name="PHXN" species_number="s2684">
+<smiles>CCCCCC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="HO2C6OOH" species_number="s2685">
+<smiles>OOC(C)CCC(C)O</smiles>
+</species>
+<species species_name="HO2C6NO3" species_number="s2686">
+<smiles>CC(O)CCC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="HO2C6O" species_number="s2687">
+<smiles>CC(O)CCC(C)[O]</smiles>
+</species>
+<species species_name="HO25C6" species_number="s2688">
+<smiles>CC(O)CCC(C)O</smiles>
+</species>
+<species species_name="HO3C6OOH" species_number="s2689">
+<smiles>OOCCCC(O)CC</smiles>
+</species>
+<species species_name="HO3C6NO3" species_number="s2690">
+<smiles>CCC(O)CCCON(=O)=O</smiles>
+</species>
+<species species_name="HO3C6O" species_number="s2691">
+<smiles>[O]CCCC(O)CC</smiles>
+</species>
+<species species_name="HO3C5CHO" species_number="s2692">
+<smiles>CCC(O)CCC=O</smiles>
+</species>
+<species species_name="HO1MC5OOH" species_number="s2693">
+<smiles>OCC(C)CC(C)OO</smiles>
+</species>
+<species species_name="HO1MC5NO3" species_number="s2694">
+<smiles>OCC(C)CC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="HO1MC5O" species_number="s2695">
+<smiles>OCC(C)CC(C)[O]</smiles>
+</species>
+<species species_name="CO2MC5OH" species_number="s2696">
+<smiles>CC(CC(=O)C)CO</smiles>
+</species>
+<species species_name="HO14MC5" species_number="s2697">
+<smiles>OCC(C)CC(C)O</smiles>
+</species>
+<species species_name="C54CO3H" species_number="s2698">
+<smiles>CC(CCC)C(=O)OO</smiles>
+</species>
+<species species_name="C6PAN3" species_number="s2699">
+<smiles>CCCC(C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="HO2MC5OOH" species_number="s2700">
+<smiles>OOCC(C)CC(C)O</smiles>
+</species>
+<species species_name="HO2MC5NO3" species_number="s2701">
+<smiles>CC(O)CC(C)CON(=O)=O</smiles>
+</species>
+<species species_name="HO2MC5O" species_number="s2702">
+<smiles>[O]CC(C)CC(C)O</smiles>
+</species>
+<species species_name="HO2C54CHO" species_number="s2703">
+<smiles>CC(CC(C)O)C=O</smiles>
+</species>
+<species species_name="EIPKAOOH" species_number="s2704">
+<smiles>CCC(=O)C(C)(C)OO</smiles>
+</species>
+<species species_name="EIPKAO" species_number="s2705">
+<smiles>CCC(=O)C(C)(C)[O]</smiles>
+</species>
+<species species_name="EIPKAOH" species_number="s2706">
+<smiles>CCC(=O)C(C)(C)O</smiles>
+</species>
+<species species_name="EIPKBOOH" species_number="s2707">
+<smiles>CC(COO)C(=O)CC</smiles>
+</species>
+<species species_name="EIPKBNO3" species_number="s2708">
+<smiles>CCC(=O)C(C)CON(=O)=O</smiles>
+</species>
+<species species_name="EIPKBO" species_number="s2709">
+<smiles>[O]CC(C)C(=O)CC</smiles>
+</species>
+<species species_name="CO3C54CHO" species_number="s2710">
+<smiles>CC(C=O)C(=O)CC</smiles>
+</species>
+<species species_name="EIPKBOH" species_number="s2711">
+<smiles>OCC(C)C(=O)CC</smiles>
+</species>
+<species species_name="HO2M2C5OOH" species_number="s2712">
+<smiles>OOCCCC(C)(C)O</smiles>
+</species>
+<species species_name="HO2M2C5NO3" species_number="s2713">
+<smiles>O=N(=O)OCCCC(C)(C)O</smiles>
+</species>
+<species species_name="HO2M2C5O" species_number="s2714">
+<smiles>[O]CCCC(C)(C)O</smiles>
+</species>
+<species species_name="H2M2C4CHO" species_number="s2715">
+<smiles>O=CCCC(C)(C)O</smiles>
+</species>
+<species species_name="HO2M2C5OH" species_number="s2716">
+<smiles>OCCCC(C)(C)O</smiles>
+</species>
+<species species_name="H1MC5OOH" species_number="s2717">
+<smiles>OCCC(C)C(C)OO</smiles>
+</species>
+<species species_name="H1MC5NO3" species_number="s2718">
+<smiles>OCCC(C)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="H1MC5O" species_number="s2719">
+<smiles>OCCC(C)C(C)[O]</smiles>
+</species>
+<species species_name="CO2M3C5OH" species_number="s2720">
+<smiles>CC(CCO)C(=O)C</smiles>
+</species>
+<species species_name="HO14M3C5" species_number="s2721">
+<smiles>OCCC(C)C(C)O</smiles>
+</species>
+<species species_name="M3C4CO3H" species_number="s2722">
+<smiles>CC(CC(=O)OO)CC</smiles>
+</species>
+<species species_name="C6PAN10" species_number="s2723">
+<smiles>CCC(C)CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="H2MC5OOH" species_number="s2724">
+<smiles>OOCCC(C)C(C)O</smiles>
+</species>
+<species species_name="H2MC5NO3" species_number="s2725">
+<smiles>O=N(=O)OCCC(C)C(C)O</smiles>
+</species>
+<species species_name="H2MC5O" species_number="s2726">
+<smiles>[O]CCC(C)C(C)O</smiles>
+</species>
+<species species_name="H2M3C4CHO" species_number="s2727">
+<smiles>CC(CC=O)C(C)O</smiles>
+</species>
+<species species_name="M2BKAOOH" species_number="s2728">
+<smiles>OOC(C)C(C)C(=O)C</smiles>
+</species>
+<species species_name="M2BKANO3" species_number="s2729">
+<smiles>O=N(=O)OC(C)C(C)C(=O)C</smiles>
+</species>
+<species species_name="M2BKAO" species_number="s2730">
+<smiles>CC([O])C(C)C(=O)C</smiles>
+</species>
+<species species_name="CO24M3C5" species_number="s2731">
+<smiles>CC(=O)C(C)C(=O)C</smiles>
+</species>
+<species species_name="M2BKAOH" species_number="s2732">
+<smiles>CC(O)C(C)C(=O)C</smiles>
+</species>
+<species species_name="M2BKBOOH" species_number="s2733">
+<smiles>CCC(C)(OO)C(=O)C</smiles>
+</species>
+<species species_name="M2BKBO" species_number="s2734">
+<smiles>CCC(C)([O])C(=O)C</smiles>
+</species>
+<species species_name="M2BKBOH" species_number="s2735">
+<smiles>CCC(C)(O)C(=O)C</smiles>
+</species>
+<species species_name="HM33C4OOH" species_number="s2736">
+<smiles>OCCC(C)(C)COO</smiles>
+</species>
+<species species_name="HM33C4NO3" species_number="s2737">
+<smiles>OCCC(C)(C)CON(=O)=O</smiles>
+</species>
+<species species_name="HM33C4O" species_number="s2738">
+<smiles>OCCC(C)(C)C[O]</smiles>
+</species>
+<species species_name="HM33C3CHO" species_number="s2739">
+<smiles>OCCC(C)(C)C=O</smiles>
+</species>
+<species species_name="HM33C4OH" species_number="s2740">
+<smiles>OCCC(C)(C)CO</smiles>
+</species>
+<species species_name="M22C3CO3H" species_number="s2741">
+<smiles>OOC(=O)CC(C)(C)C</smiles>
+</species>
+<species species_name="C6PAN17" species_number="s2742">
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+</species>
+<species species_name="HM22C4OOH" species_number="s2743">
+<smiles>OOCCC(C)(C)CO</smiles>
+</species>
+<species species_name="HM22C4NO3" species_number="s2744">
+<smiles>OCC(C)(C)CCON(=O)=O</smiles>
+</species>
+<species species_name="HM22C4O" species_number="s2745">
+<smiles>[O]CCC(C)(C)CO</smiles>
+</species>
+<species species_name="HM22C3CHO" species_number="s2746">
+<smiles>O=CCC(C)(C)CO</smiles>
+</species>
+<species species_name="M33C3CO2H" species_number="s2747">
+<smiles>CCC(C)(C)C(=O)O</smiles>
+</species>
+<species species_name="M33C3CO3H" species_number="s2748">
+<smiles>OOC(=O)C(C)(C)CC</smiles>
+</species>
+<species species_name="C6PAN15" species_number="s2749">
+<smiles>CCC(C)(C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="HM23C4OOH" species_number="s2750">
+<smiles>OOCC(C)C(C)CO</smiles>
+</species>
+<species species_name="HM23C4NO3" species_number="s2751">
+<smiles>OCC(C)C(C)CON(=O)=O</smiles>
+</species>
+<species species_name="HM23C4O" species_number="s2752">
+<smiles>OCC(C)C(C)C[O]</smiles>
+</species>
+<species species_name="HM23C4OH" species_number="s2753">
+<smiles>OCC(C)C(C)CO</smiles>
+</species>
+<species species_name="HM2C43CHO" species_number="s2754">
+<smiles>OCC(C)C(C)C=O</smiles>
+</species>
+<species species_name="M2C43CO2H" species_number="s2755">
+<smiles>CC(C(C)C)C(=O)O</smiles>
+</species>
+<species species_name="M2C43CO3H" species_number="s2756">
+<smiles>OOC(=O)C(C)C(C)C</smiles>
+</species>
+<species species_name="C6PAN18" species_number="s2757">
+<smiles>O=N(=O)OOC(=O)C(C)C(C)C</smiles>
+</species>
+<species species_name="HO3C76OOH" species_number="s2758">
+<smiles>CCC(O)CCC(C)OO</smiles>
+</species>
+<species species_name="HO3C76NO3" species_number="s2759">
+<smiles>CCC(O)CCC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="HO3C76O" species_number="s2760">
+<smiles>CCC(O)CCC(C)[O]</smiles>
+</species>
+<species species_name="HO25C7" species_number="s2761">
+<smiles>CCC(O)CCC(C)O</smiles>
+</species>
+<species species_name="HO3CO6C7" species_number="s2762">
+<smiles>CCC(O)CCC(=O)C</smiles>
+</species>
+<species species_name="CO3C75OOH" species_number="s2763">
+<smiles>CCC(=O)CC(CC)OO</smiles>
+</species>
+<species species_name="CO3C75O" species_number="s2764">
+<smiles>CCC([O])CC(=O)CC</smiles>
+</species>
+<species species_name="H2M5C65OOH" species_number="s2765">
+<smiles>OOC(C)(C)CCC(C)O</smiles>
+</species>
+<species species_name="H2M5C65NO3" species_number="s2766">
+<smiles>CC(O)CCC(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="H2M5C65O" species_number="s2767">
+<smiles>CC(O)CCC(C)(C)[O]</smiles>
+</species>
+<species species_name="H25M2C6" species_number="s2768">
+<smiles>CC(O)CCC(C)(C)O</smiles>
+</species>
+<species species_name="C75OOH" species_number="s2769">
+<smiles>OOC(CC(=O)C)C(C)C</smiles>
+</species>
+<species species_name="C75O" species_number="s2770">
+<smiles>CC(=O)CC([O])C(C)C</smiles>
+</species>
+<species species_name="H2M2C65OOH" species_number="s2771">
+<smiles>OOC(C)CCC(C)(C)O</smiles>
+</species>
+<species species_name="H2M2C65NO3" species_number="s2772">
+<smiles>O=N(=O)OC(C)CCC(C)(C)O</smiles>
+</species>
+<species species_name="H2M2C65O" species_number="s2773">
+<smiles>CC([O])CCC(C)(C)O</smiles>
+</species>
+<species species_name="H2M2CO5C6" species_number="s2774">
+<smiles>CC(=O)CCC(C)(C)O</smiles>
+</species>
+<species species_name="H2M4C65OOH" species_number="s2775">
+<smiles>OOC(C)C(C)CC(C)O</smiles>
+</species>
+<species species_name="H2M4C65NO3" species_number="s2776">
+<smiles>O=N(=O)OC(C)C(C)CC(C)O</smiles>
+</species>
+<species species_name="H2M4C65O" species_number="s2777">
+<smiles>CC(O)CC(C)C(C)[O]</smiles>
+</species>
+<species species_name="H25M3C6" species_number="s2778">
+<smiles>CC(O)CC(C)C(C)O</smiles>
+</species>
+<species species_name="H2M4CO5C6" species_number="s2779">
+<smiles>CC(O)CC(C)C(=O)C</smiles>
+</species>
+<species species_name="C710OOH" species_number="s2780">
+<smiles>CCC(C)(OO)CC(=O)C</smiles>
+</species>
+<species species_name="C710O" species_number="s2781">
+<smiles>CCC(C)([O])CC(=O)C</smiles>
+</species>
+<species species_name="H3M3C6OOH" species_number="s2782">
+<smiles>OOCCCC(C)(O)CC</smiles>
+</species>
+<species species_name="H3M3C6NO3" species_number="s2783">
+<smiles>CCC(C)(O)CCCON(=O)=O</smiles>
+</species>
+<species species_name="H3M3C6O" species_number="s2784">
+<smiles>[O]CCCC(C)(O)CC</smiles>
+</species>
+<species species_name="H14M4C6" species_number="s2785">
+<smiles>OCCCC(C)(O)CC</smiles>
+</species>
+<species species_name="H3M3C5CHO" species_number="s2786">
+<smiles>CC(O)(CCC=O)CC</smiles>
+</species>
+<species species_name="HO3C86OOH" species_number="s2787">
+<smiles>CCC(O)CCC(CC)OO</smiles>
+</species>
+<species species_name="HO3C86NO3" species_number="s2788">
+<smiles>CCC(O)CCC(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="HO3C86O" species_number="s2789">
+<smiles>CCC(O)CCC([O])CC</smiles>
+</species>
+<species species_name="HO36C8" species_number="s2790">
+<smiles>CCC(O)CCC(O)CC</smiles>
+</species>
+<species species_name="HO3CO6C8" species_number="s2791">
+<smiles>CCC(O)CCC(=O)CC</smiles>
+</species>
+<species species_name="CO3C85OOH" species_number="s2792">
+<smiles>CCCC(OO)CC(=O)CC</smiles>
+</species>
+<species species_name="CO3C85O" species_number="s2793">
+<smiles>CCCC([O])CC(=O)CC</smiles>
+</species>
+<species species_name="HO3C96OOH" species_number="s2794">
+<smiles>CCCC(OO)CCC(O)CC</smiles>
+</species>
+<species species_name="HO3C96NO3" species_number="s2795">
+<smiles>CCCC(CCC(O)CC)ON(=O)=O</smiles>
+</species>
+<species species_name="HO3C96O" species_number="s2796">
+<smiles>CCCC([O])CCC(O)CC</smiles>
+</species>
+<species species_name="HO36C9" species_number="s2797">
+<smiles>CCCC(O)CCC(O)CC</smiles>
+</species>
+<species species_name="HO4CO7C9" species_number="s2798">
+<smiles>CCCC(O)CCC(=O)CC</smiles>
+</species>
+<species species_name="C91OOH" species_number="s2799">
+<smiles>CCCCC(OO)CC(=O)CC</smiles>
+</species>
+<species species_name="C91O" species_number="s2800">
+<smiles>CCCCC([O])CC(=O)CC</smiles>
+</species>
+<species species_name="HO3C106OOH" species_number="s2801">
+<smiles>CCCCC(OO)CCC(O)CC</smiles>
+</species>
+<species species_name="HO3C106NO3" species_number="s2802">
+<smiles>CCCCC(CCC(O)CC)ON(=O)=O</smiles>
+</species>
+<species species_name="HO3C106O" species_number="s2803">
+<smiles>CCCCC([O])CCC(O)CC</smiles>
+</species>
+<species species_name="HO36C10" species_number="s2804">
+<smiles>CCCCC(O)CCC(O)CC</smiles>
+</species>
+<species species_name="HO5CO8C10" species_number="s2805">
+<smiles>CCCCC(O)CCC(=O)CC</smiles>
+</species>
+<species species_name="C101OOH" species_number="s2806">
+<smiles>CCCCCC(OO)CC(=O)CC</smiles>
+</species>
+<species species_name="C101O" species_number="s2807">
+<smiles>CCCCCC([O])CC(=O)CC</smiles>
+</species>
+<species species_name="HO3C116OOH" species_number="s2808">
+<smiles>CCCCCC(OO)CCC(O)CC</smiles>
+</species>
+<species species_name="HO3C116NO3" species_number="s2809">
+<smiles>CCCCCC(CCC(O)CC)ON(=O)=O</smiles>
+</species>
+<species species_name="HO3C116O" species_number="s2810">
+<smiles>CCCCCC([O])CCC(O)CC</smiles>
+</species>
+<species species_name="HO36C11" species_number="s2811">
+<smiles>CCCCCC(O)CCC(O)CC</smiles>
+</species>
+<species species_name="HO6CO9C11" species_number="s2812">
+<smiles>CCCCCC(O)CCC(=O)CC</smiles>
+</species>
+<species species_name="C111OOH" species_number="s2813">
+<smiles>CCCCCCC(OO)CC(=O)CC</smiles>
+</species>
+<species species_name="C111O" species_number="s2814">
+<smiles>CCCCCCC([O])CC(=O)CC</smiles>
+</species>
+<species species_name="HO3C126OOH" species_number="s2815">
+<smiles>CCCCCCC(OO)CCC(O)CC</smiles>
+</species>
+<species species_name="HO3C126NO3" species_number="s2816">
+<smiles>CCCCCCC(CCC(O)CC)ON(=O)=O</smiles>
+</species>
+<species species_name="HO3C126O" species_number="s2817">
+<smiles>CCCCCCC([O])CCC(O)CC</smiles>
+</species>
+<species species_name="HO36C12" species_number="s2818">
+<smiles>CCCCCCC(O)CCC(O)CC</smiles>
+</species>
+<species species_name="HO7CO10C12" species_number="s2819">
+<smiles>CCCCCCC(O)CCC(=O)CC</smiles>
+</species>
+<species species_name="C121OOH" species_number="s2820">
+<smiles>CCCCCCCC(OO)CC(=O)CC</smiles>
+</species>
+<species species_name="C121O" species_number="s2821">
+<smiles>CCCCCCCC([O])CC(=O)CC</smiles>
+</species>
+<species species_name="CO1C6OOH" species_number="s2822">
+<smiles>OOCCCCCC=O</smiles>
+</species>
+<species species_name="CO1C6NO3" species_number="s2823">
+<smiles>O=CCCCCCON(=O)=O</smiles>
+</species>
+<species species_name="CO1C6O" species_number="s2824">
+<smiles>[O]CCCCCC=O</smiles>
+</species>
+<species species_name="CO1C6OH" species_number="s2825">
+<smiles>OCCCCCC=O</smiles>
+</species>
+<species species_name="NO3CH2CO2H" species_number="s2826">
+<smiles>OC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="NO3CH2CO3H" species_number="s2827">
+<smiles>OOC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="NO3CH2PAN" species_number="s2828">
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+</species>
+<species species_name="PRNO3CO2H" species_number="s2829">
+<smiles>O=N(=O)OC(C)C(=O)O</smiles>
+</species>
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+<smiles>OOC(=O)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="PRNO3PAN" species_number="s2831">
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+</species>
+<species species_name="COC4NO3OOH" species_number="s2832">
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+</species>
+<species species_name="CO3C4NO3O" species_number="s2833">
+<smiles>O=N(=O)OCC(=O)C(C)[O]</smiles>
+</species>
+<species species_name="CO23C4NO3" species_number="s2834">
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+</species>
+<species species_name="CO3C4NO3OH" species_number="s2835">
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+</species>
+<species species_name="HO3C3CO3H" species_number="s2836">
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+</species>
+<species species_name="HO3C3PAN" species_number="s2837">
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+</species>
+<species species_name="MPRNO3CO2H" species_number="s2838">
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+</species>
+<species species_name="MPRNO3CO3H" species_number="s2839">
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+</species>
+<species species_name="MPRBNO3PAN" species_number="s2840">
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+</species>
+<species species_name="C5NO3OAOOH" species_number="s2841">
+<smiles>OOC(C)CC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="C5NO3COAO" species_number="s2842">
+<smiles>CC([O])CC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="C51NO324CO" species_number="s2843">
+<smiles>CC(=O)CC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="C5NO3CO4OH" species_number="s2844">
+<smiles>CC(O)CC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="C4NO3CO2H" species_number="s2845">
+<smiles>CCCC(ON(=O)=O)C(=O)O</smiles>
+</species>
+<species species_name="C4NO3CO3H" species_number="s2846">
+<smiles>CCCC(ON(=O)=O)C(=O)OO</smiles>
+</species>
+<species species_name="C4NO3PAN" species_number="s2847">
+<smiles>CCCC(ON(=O)=O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C5OHCO4OOH" species_number="s2848">
+<smiles>OOC(C)CC(=O)CO</smiles>
+</species>
+<species species_name="C5OH2CO4O" species_number="s2849">
+<smiles>OCC(=O)CC(C)[O]</smiles>
+</species>
+<species species_name="C4OHCO3H" species_number="s2850">
+<smiles>CCCC(O)C(=O)OO</smiles>
+</species>
+<species species_name="C4OHPAN" species_number="s2851">
+<smiles>CCCC(O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C5NO3O4OOH" species_number="s2852">
+<smiles>OOC(C)C(=O)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C5NO3CO4O" species_number="s2853">
+<smiles>O=N(=O)OC(C)C(=O)C(C)[O]</smiles>
+</species>
+<species species_name="C5ONO34OOH" species_number="s2854">
+<smiles>OOC(C)C(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="C5CONO34O" species_number="s2855">
+<smiles>O=N(=O)OC(C(C)[O])C(=O)C</smiles>
+</species>
+<species species_name="C43NO3CO2H" species_number="s2856">
+<smiles>CCC(C)(ON(=O)=O)C(=O)O</smiles>
+</species>
+<species species_name="C43NO3CO3H" species_number="s2857">
+<smiles>OOC(=O)C(C)(CC)ON(=O)=O</smiles>
+</species>
+<species species_name="C43NO3PAN" species_number="s2858">
+<smiles>CCC(C)(ON(=O)=O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C5CONO3OOH" species_number="s2859">
+<smiles>OOC(C)(C)C(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="C3MNO3CO2H" species_number="s2860">
+<smiles>O=N(=O)OC(C(C)C)C(=O)O</smiles>
+</species>
+<species species_name="C3MNO3CO3H" species_number="s2861">
+<smiles>OOC(=O)C(ON(=O)=O)C(C)C</smiles>
+</species>
+<species species_name="C3MNO3PAN" species_number="s2862">
+<smiles>O=N(=O)OOC(=O)C(ON(=O)=O)C(C)C</smiles>
+</species>
+<species species_name="C3M3OHCO3H" species_number="s2863">
+<smiles>OOC(=O)C(O)C(C)C</smiles>
+</species>
+<species species_name="C3M3OH2PAN" species_number="s2864">
+<smiles>O=N(=O)OOC(=O)C(O)C(C)C</smiles>
+</species>
+<species species_name="C4MCNO3OOH" species_number="s2865">
+<smiles>OOCC(C)(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="MC4CONO3O" species_number="s2866">
+<smiles>[O]CC(C)(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="C65NO3CO2H" species_number="s2867">
+<smiles>CCCCC(ON(=O)=O)C(=O)O</smiles>
+</species>
+<species species_name="C65NO3CO3H" species_number="s2868">
+<smiles>CCCCC(ON(=O)=O)C(=O)OO</smiles>
+</species>
+<species species_name="C65NO3PAN" species_number="s2869">
+<smiles>CCCCC(ON(=O)=O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C6NO3COOOH" species_number="s2870">
+<smiles>CCC(OO)CC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="MNO3COC4O" species_number="s2871">
+<smiles>CCC([O])CC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="C6NO324CO" species_number="s2872">
+<smiles>CCC(=O)CC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="C6NO3CO4OH" species_number="s2873">
+<smiles>CCC(O)CC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="C4COMOHOOH" species_number="s2874">
+<smiles>CCC(OO)CC(=O)CO</smiles>
+</species>
+<species species_name="C4COMOH3O" species_number="s2875">
+<smiles>CCC([O])CC(=O)CO</smiles>
+</species>
+<species species_name="C4COMOH3OH" species_number="s2876">
+<smiles>CCC(O)CC(=O)CO</smiles>
+</species>
+<species species_name="HO1CO24C6" species_number="s2877">
+<smiles>CCC(=O)CC(=O)CO</smiles>
+</species>
+<species species_name="HO5C5CO3H" species_number="s2878">
+<smiles>CCCCC(O)C(=O)OO</smiles>
+</species>
+<species species_name="C6PAN23" species_number="s2879">
+<smiles>CCCCC(O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C6CONO3OOH" species_number="s2880">
+<smiles>OOC(C)CC(=O)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C6NO3CO5O" species_number="s2881">
+<smiles>CC([O])CC(=O)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C62NO335CO" species_number="s2882">
+<smiles>CC(=O)CC(=O)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C6NO3CO5OH" species_number="s2883">
+<smiles>CC(O)CC(=O)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="CONO3C6OOH" species_number="s2884">
+<smiles>CCC(OO)C(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="C6CONO34O" species_number="s2885">
+<smiles>CCC([O])C(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="C64NO335CO" species_number="s2886">
+<smiles>CCC(=O)C(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="C6CONO34OH" species_number="s2887">
+<smiles>CCC(O)C(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="NBZFUO2" species_number="s2888">
+<smiles>[O]OC1C(=O)OCC1ON(=O)=O</smiles>
+</species>
+<species species_name="BZFUONOOA" species_number="s2889">
+<smiles>[O-][O+]=CC(=O)OCC=O</smiles>
+</species>
+<species species_name="BZFUO2" species_number="s2890">
+<smiles>[O]OC1C(O)COC1=O</smiles>
+</species>
+<species species_name="MALDALCO2H" species_number="s2891">
+<smiles>O=CC=CC(=O)O</smiles>
+</species>
+<species species_name="MALDALCO3H" species_number="s2892">
+<smiles>OOC(=O)C=CC=O</smiles>
+</species>
+<species species_name="MALDIALCO2" species_number="s2893">
+<smiles>O=CC=CC(=O)[O]</smiles>
+</species>
+<species species_name="MALDIALPAN" species_number="s2894">
+<smiles>O=CC=CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="EPXDLCO2H" species_number="s2895">
+<smiles>O=CC1OC1C(=O)O</smiles>
+</species>
+<species species_name="EPXDLCO3H" species_number="s2896">
+<smiles>OOC(=O)C1OC1C=O</smiles>
+</species>
+<species species_name="EPXDLPAN" species_number="s2897">
+<smiles>O=CC1OC1C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C3DIALOOH" species_number="s2898">
+<smiles>OOC(C=O)C=O</smiles>
+</species>
+<species species_name="C3DIALO" species_number="s2899">
+<smiles>O=CC([O])C=O</smiles>
+</species>
+<species species_name="C33CO" species_number="s2900">
+<smiles>O=CC(=O)C=O</smiles>
+</species>
+<species species_name="MALDIALOOH" species_number="s2901">
+<smiles>OOC(C=O)C(O)C=O</smiles>
+</species>
+<species species_name="MALDIALO" species_number="s2902">
+<smiles>O=CC(O)C([O])C=O</smiles>
+</species>
+<species species_name="HOCOC4DIAL" species_number="s2903">
+<smiles>O=CC(=O)C(O)C=O</smiles>
+</species>
+<species species_name="HOHOC4DIAL" species_number="s2904">
+<smiles>O=CC(O)C(O)C=O</smiles>
+</species>
+<species species_name="NPHEN1O" species_number="s2905">
+<smiles>O=N(=O)c1ccccc1[O]</smiles>
+</species>
+<species species_name="NCATECHOL" species_number="s2906">
+<smiles>O=N(=O)c1ccc(O)c(O)c1</smiles>
+</species>
+<species species_name="CATEC1O2" species_number="s2907">
+<smiles>[O]Oc1ccccc1O</smiles>
+</species>
+<species species_name="PBZQONE" species_number="s2908">
+<smiles>O=C1C=CC(=O)C=C1</smiles>
+</species>
+<species species_name="C5CO14OH" species_number="s2909">
+<smiles>CC(=O)C=CC(=O)O</smiles>
+</species>
+<species species_name="PTLQONE" species_number="s2910">
+<smiles>O=C1C=CC(=O)C(=C1)C</smiles>
+</species>
+<species species_name="NCRES1O" species_number="s2911">
+<smiles>O=N(=O)c1cccc(C)c1[O]</smiles>
+</species>
+<species species_name="OXYL1OOH" species_number="s2912">
+<smiles>OOc1ccccc1C</smiles>
+</species>
+<species species_name="MNCATECH" species_number="s2913">
+<smiles>O=N(=O)c1ccc(C)c(O)c1O</smiles>
+</species>
+<species species_name="MCATEC1O2" species_number="s2914">
+<smiles>[O]Oc1c(C)cccc1O</smiles>
+</species>
+<species species_name="MC3ODBCO2H" species_number="s2915">
+<smiles>O=CC=C(C)C(=O)O</smiles>
+</species>
+<species species_name="MC3CODBCO3" species_number="s2916">
+<smiles>CC(=CC=O)C(=O)O[O]</smiles>
+</species>
+<species species_name="MGLYOOA" species_number="s2917">
+<smiles>[O-][O+]=C(C)C=O</smiles>
+</species>
+<species species_name="C4M2ALOHO2" species_number="s2918">
+<smiles>O=CC(O)C(C)(O[O])C=O</smiles>
+</species>
+<species species_name="C5DICARBO2" species_number="s2919">
+<smiles>[O]OC(C(=O)C)C(O)C=O</smiles>
+</species>
+<species species_name="NTLFUO2" species_number="s2920">
+<smiles>[O]OC1C(=O)OC(C)C1ON(=O)=O</smiles>
+</species>
+<species species_name="TLFUONOOA" species_number="s2921">
+<smiles>[O-][O+]=CCC(=O)OC(=O)C</smiles>
+</species>
+<species species_name="TLFUO2" species_number="s2922">
+<smiles>[O]OC1C(=O)OC(C)C1O</smiles>
+</species>
+<species species_name="C5CO14CO2" species_number="s2923">
+<smiles>CC(=O)C=CC(=O)[O]</smiles>
+</species>
+<species species_name="C5CO14OOH" species_number="s2924">
+<smiles>CC(=O)C=CC(=O)OO</smiles>
+</species>
+<species species_name="C5COO2NO2" species_number="s2925">
+<smiles>O=N(=O)OOC(=O)C=CC(=O)C</smiles>
+</species>
+<species species_name="CH3COCO2H" species_number="s2926">
+<smiles>OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="OXYLCO2H" species_number="s2927">
+<smiles>OC(=O)c1ccccc1C</smiles>
+</species>
+<species species_name="OXYLCO3H" species_number="s2928">
+<smiles>OOC(=O)c1ccccc1C</smiles>
+</species>
+<species species_name="OXYLPAN" species_number="s2929">
+<smiles>O=N(=O)OOC(=O)c1ccccc1C</smiles>
+</species>
+<species species_name="MC4CODBCO3" species_number="s2930">
+<smiles>[O]OC(=O)C=C(C)C(=O)C</smiles>
+</species>
+<species species_name="MEK2OOA" species_number="s2931">
+<smiles>[O-][O+]=C(C)C(=O)C</smiles>
+</species>
+<species species_name="MC5CO2OHO2" species_number="s2932">
+<smiles>O=CC(O)C(C)(O[O])C(=O)C</smiles>
+</species>
+<species species_name="NOXYFUO2" species_number="s2933">
+<smiles>[O]OC1(C)C(=O)OCC1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C6OTKETO2" species_number="s2934">
+<smiles>[O]OC(OC(=O)C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="OXYFUO2" species_number="s2935">
+<smiles>[O]OC1(C)C(=O)OCC1(C)O</smiles>
+</species>
+<species species_name="EPXM2DCO2H" species_number="s2936">
+<smiles>O=CC1(C)OC1(C)C(=O)O</smiles>
+</species>
+<species species_name="EPXM2DCO3H" species_number="s2937">
+<smiles>CC1(OC1(C)C=O)C(=O)OO</smiles>
+</species>
+<species species_name="EPXM2DLPAN" species_number="s2938">
+<smiles>O=CC1(C)OC1(C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C4MCO2OOH" species_number="s2939">
+<smiles>OOC(C)(C=O)C(=O)C</smiles>
+</species>
+<species species_name="C4MCO2O" species_number="s2940">
+<smiles>O=CC(C)([O])C(=O)C</smiles>
+</species>
+<species species_name="C4MCO2OH" species_number="s2941">
+<smiles>O=CC(C)(O)C(=O)C</smiles>
+</species>
+<species species_name="C5DBCOCO2H" species_number="s2942">
+<smiles>OC(=O)C=C(C)C(=O)C</smiles>
+</species>
+<species species_name="NOXYOL1O" species_number="s2943">
+<smiles>O=N(=O)c1ccc(C)c(C)c1[O]</smiles>
+</species>
+<species species_name="DM123OOH" species_number="s2944">
+<smiles>OOc1cccc(C)c1C</smiles>
+</species>
+<species species_name="OXYQONE" species_number="s2945">
+<smiles>O=C1C=CC(=O)C(=C1C)C</smiles>
+</species>
+<species species_name="OXNCATECH" species_number="s2946">
+<smiles>Cc1cc(N(=O)=O)c(O)c(O)c1C</smiles>
+</species>
+<species species_name="OXCATEC1O2" species_number="s2947">
+<smiles>[O]Oc1c(O)ccc(C)c1C</smiles>
+</species>
+<species species_name="MXYLCO2H" species_number="s2948">
+<smiles>Cc1cccc(c1)C(=O)O</smiles>
+</species>
+<species species_name="MXYLCO3H" species_number="s2949">
+<smiles>OOC(=O)c1cccc(C)c1</smiles>
+</species>
+<species species_name="MXYLPAN" species_number="s2950">
+<smiles>O=N(=O)OOC(=O)c1cccc(C)c1</smiles>
+</species>
+<species species_name="MXYL1OOH" species_number="s2951">
+<smiles>OOc1cccc(C)c1</smiles>
+</species>
+<species species_name="MXYL1O" species_number="s2952">
+<smiles>Cc1cccc([O])c1</smiles>
+</species>
+<species species_name="C5MCO2OHO2" species_number="s2953">
+<smiles>[O]OC(C)(C=O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="NMXYFUO2" species_number="s2954">
+<smiles>[O]OC1(C)C(=O)OC(C)C1ON(=O)=O</smiles>
+</species>
+<species species_name="C23O3MO2" species_number="s2955">
+<smiles>CC(OC(=O)C(=O)C)O[O]</smiles>
+</species>
+<species species_name="MXYFUO2" species_number="s2956">
+<smiles>CC1(O[O])C(O)C(C)OC1=O</smiles>
+</species>
+<species species_name="NPXYFUO2" species_number="s2957">
+<smiles>[O]OC1(C)C(=O)OCC1ON(=O)=O</smiles>
+</species>
+<species species_name="MCOCOMOXO2" species_number="s2958">
+<smiles>CC(=O)C(=O)OCO[O]</smiles>
+</species>
+<species species_name="PXYFUO2" species_number="s2959">
+<smiles>[O]OC1(C)C(O)COC1=O</smiles>
+</species>
+<species species_name="C3MCODBCO2" species_number="s2960">
+<smiles>O=CC(=CC(=O)[O])C</smiles>
+</species>
+<species species_name="C5PACALD1" species_number="s2961">
+<smiles>C/C(=C/C=O)/C(=O)OO</smiles>
+</species>
+<species species_name="C3MCODBPAN" species_number="s2962">
+<smiles>O=CC(=CC(=O)OON(=O)=O)C</smiles>
+</species>
+<species species_name="EPXMDLCO2H" species_number="s2963">
+<smiles>O=CC1(C)OC1C(=O)O</smiles>
+</species>
+<species species_name="EPXMDLCO3H" species_number="s2964">
+<smiles>CC1(OC1C(=O)OO)C=O</smiles>
+</species>
+<species species_name="EPXMDLPAN" species_number="s2965">
+<smiles>O=CC1(C)OC1C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C3MDIALOOH" species_number="s2966">
+<smiles>OOC(C)(C=O)C=O</smiles>
+</species>
+<species species_name="C3MDIALO" species_number="s2967">
+<smiles>O=CC(C)([O])C=O</smiles>
+</species>
+<species species_name="NMXYOL1O" species_number="s2968">
+<smiles>Cc1cc(C)c([O])c(c1)N(=O)=O</smiles>
+</species>
+<species species_name="MXY1OOH" species_number="s2969">
+<smiles>OOc1ccc(C)cc1C</smiles>
+</species>
+<species species_name="MXYQONE" species_number="s2970">
+<smiles>O=C1C=C(C)C(=O)C(=C1)C</smiles>
+</species>
+<species species_name="MXNCATECH" species_number="s2971">
+<smiles>O=N(=O)c1c(C)cc(C)c(O)c1O</smiles>
+</species>
+<species species_name="MXCATEC1O2" species_number="s2972">
+<smiles>[O]Oc1c(C)cc(C)cc1O</smiles>
+</species>
+<species species_name="C3MCOCO2H" species_number="s2973">
+<smiles>O=CC(=CC(=O)O)C</smiles>
+</species>
+<species species_name="PXYLCO2H" species_number="s2974">
+<smiles>Cc1ccc(cc1)C(=O)O</smiles>
+</species>
+<species species_name="PXYLCO3H" species_number="s2975">
+<smiles>OOC(=O)c1ccc(C)cc1</smiles>
+</species>
+<species species_name="PXYLPAN" species_number="s2976">
+<smiles>Cc1ccc(cc1)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="PXYL1OOH" species_number="s2977">
+<smiles>OOc1ccc(C)cc1</smiles>
+</species>
+<species species_name="PXYL1O" species_number="s2978">
+<smiles>Cc1ccc([O])cc1</smiles>
+</species>
+<species species_name="DMKOHO2" species_number="s2979">
+<smiles>[O]OC(C(=O)C)C(O)C(=O)C</smiles>
+</species>
+<species species_name="NPXYOL1O" species_number="s2980">
+<smiles>Cc1ccc(C)c(N(=O)=O)c1[O]</smiles>
+</species>
+<species species_name="PXY1OOH" species_number="s2981">
+<smiles>OOc1cc(C)ccc1C</smiles>
+</species>
+<species species_name="PXYQONE" species_number="s2982">
+<smiles>CC1=CC(=O)C(=CC1=O)C</smiles>
+</species>
+<species species_name="PXNCATECH" species_number="s2983">
+<smiles>Cc1cc(N(=O)=O)c(C)c(O)c1O</smiles>
+</species>
+<species species_name="PXCATEC1O2" species_number="s2984">
+<smiles>[O]Oc1c(C)ccc(C)c1O</smiles>
+</species>
+<species species_name="C6H5C2CO2H" species_number="s2985">
+<smiles>OC(=O)Cc1ccccc1</smiles>
+</species>
+<species species_name="C6H5C2CO3H" species_number="s2986">
+<smiles>OOC(=O)Cc1ccccc1</smiles>
+</species>
+<species species_name="C6H5CH2PAN" species_number="s2987">
+<smiles>O=C(OON(=O)=O)Cc1ccccc1</smiles>
+</species>
+<species species_name="NEBNZ1O" species_number="s2988">
+<smiles>CCc1cccc(N(=O)=O)c1[O]</smiles>
+</species>
+<species species_name="EBENZOOH" species_number="s2989">
+<smiles>OOc1ccccc1CC</smiles>
+</species>
+<species species_name="C6DCRBBOH" species_number="s2990">
+<smiles>CCC(=O)C=CC(=O)O</smiles>
+</species>
+<species species_name="PEBQONE" species_number="s2991">
+<smiles>CCC1=CC(=O)C=CC1=O</smiles>
+</species>
+<species species_name="ENCATECH" species_number="s2992">
+<smiles>CCc1ccc(N(=O)=O)c(O)c1O</smiles>
+</species>
+<species species_name="ECATEC1O2" species_number="s2993">
+<smiles>CCc1cccc(O)c1O[O]</smiles>
+</species>
+<species species_name="RGDCO2H" species_number="s2994">
+<smiles>O=CC=C(CC)C(=O)O</smiles>
+</species>
+<species species_name="C6DICARBO2" species_number="s2995">
+<smiles>[O]OC(C(O)C=O)C(=O)CC</smiles>
+</species>
+<species species_name="NEBFUO2" species_number="s2996">
+<smiles>CCC1OC(=O)C(O[O])C1ON(=O)=O</smiles>
+</species>
+<species species_name="BUTALAO2" species_number="s2997">
+<smiles>CCC(O[O])C=O</smiles>
+</species>
+<species species_name="EBFUO2" species_number="s2998">
+<smiles>CCC1OC(=O)C(O[O])C1O</smiles>
+</species>
+<species species_name="C6DCARBBO" species_number="s2999">
+<smiles>CCC(=O)C=CC(=O)[O]</smiles>
+</species>
+<species species_name="C6DCRBBOOH" species_number="s3000">
+<smiles>CCC(=O)C=CC(=O)OO</smiles>
+</species>
+<species species_name="C6DCARBPAN" species_number="s3001">
+<smiles>CCC(=O)C=CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="ECOCO2H" species_number="s3002">
+<smiles>CCC(=O)C(=O)O</smiles>
+</species>
+<species species_name="CO3H4CHO" species_number="s3003">
+<smiles>CCC(=O)C(O)C=O</smiles>
+</species>
+<species species_name="C7CO3OHO2" species_number="s3004">
+<smiles>CCC(=O)C(O[O])C(O)C(=O)C=O</smiles>
+</species>
+<species species_name="PHCOETOOH" species_number="s3005">
+<smiles>OOC(C)C(=O)c1ccccc1</smiles>
+</species>
+<species species_name="PHCOETO" species_number="s3006">
+<smiles>O=C(C(C)[O])c1ccccc1</smiles>
+</species>
+<species species_name="PHCOCOME" species_number="s3007">
+<smiles>O=C(C(=O)C)c1ccccc1</smiles>
+</species>
+<species species_name="PHCOETOH" species_number="s3008">
+<smiles>O=C(C(C)O)c1ccccc1</smiles>
+</species>
+<species species_name="C7DCCO2H" species_number="s3009">
+<smiles>CCCC(=O)C=CC(=O)O</smiles>
+</species>
+<species species_name="NPBNZ1O" species_number="s3010">
+<smiles>CCCc1cccc(N(=O)=O)c1[O]</smiles>
+</species>
+<species species_name="PBENZOOH" species_number="s3011">
+<smiles>CCCc1ccccc1OO</smiles>
+</species>
+<species species_name="PPRBQONE" species_number="s3012">
+<smiles>CCCC1=CC(=O)C=CC1=O</smiles>
+</species>
+<species species_name="PNCATECH" species_number="s3013">
+<smiles>CCCc1ccc(N(=O)=O)c(O)c1O</smiles>
+</species>
+<species species_name="PCATEC1O2" species_number="s3014">
+<smiles>CCCc1cccc(O)c1O[O]</smiles>
+</species>
+<species species_name="PC3ODBCO2H" species_number="s3015">
+<smiles>CCCC(=CC=O)C(=O)O</smiles>
+</species>
+<species species_name="PGLOOB" species_number="s3016">
+<smiles>[O-][O+]=CC(=O)CCC</smiles>
+</species>
+<species species_name="C7DCO2" species_number="s3017">
+<smiles>CCCC(=O)C(O[O])C(O)C=O</smiles>
+</species>
+<species species_name="NPBFUO2" species_number="s3018">
+<smiles>CCCC1OC(=O)C(O[O])C1ON(=O)=O</smiles>
+</species>
+<species species_name="C4CHOAO2" species_number="s3019">
+<smiles>CCCC(O[O])C=O</smiles>
+</species>
+<species species_name="PBFUO2" species_number="s3020">
+<smiles>CCCC1OC(=O)C(O[O])C1O</smiles>
+</species>
+<species species_name="C7DCCO2" species_number="s3021">
+<smiles>CCCC(=O)C=CC(=O)[O]</smiles>
+</species>
+<species species_name="C7DCCO3H" species_number="s3022">
+<smiles>CCCC(=O)C=CC(=O)OO</smiles>
+</species>
+<species species_name="C7DCPAN" species_number="s3023">
+<smiles>CCCC(=O)C=CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="PGLYOXOH" species_number="s3024">
+<smiles>CCCC(=O)C(=O)O</smiles>
+</species>
+<species species_name="C6O132OH" species_number="s3025">
+<smiles>CCCC(=O)C(O)C=O</smiles>
+</species>
+<species species_name="C8CO3OHO2" species_number="s3026">
+<smiles>CCCC(=O)C(O[O])C(O)C(=O)C=O</smiles>
+</species>
+<species species_name="PHCOMEO2" species_number="s3027">
+<smiles>[O]OCC(=O)c1ccccc1</smiles>
+</species>
+<species species_name="NIPBNZ1O" species_number="s3028">
+<smiles>CC(C)c1cccc(N(=O)=O)c1[O]</smiles>
+</species>
+<species species_name="IPBENZOOH" species_number="s3029">
+<smiles>OOc1ccccc1C(C)C</smiles>
+</species>
+<species species_name="IC7DCCO2H" species_number="s3030">
+<smiles>OC(=O)C=CC(=O)C(C)C</smiles>
+</species>
+<species species_name="IPRBQONE" species_number="s3031">
+<smiles>O=C1C=CC(=O)C(=C1)C(C)C</smiles>
+</species>
+<species species_name="IPNCATECH" species_number="s3032">
+<smiles>O=N(=O)c1ccc(C(C)C)c(O)c1O</smiles>
+</species>
+<species species_name="IPCATEC1O2" species_number="s3033">
+<smiles>[O]Oc1c(O)cccc1C(C)C</smiles>
+</species>
+<species species_name="IP3ODBCO2H" species_number="s3034">
+<smiles>O=CC=C(C(C)C)C(=O)O</smiles>
+</species>
+<species species_name="IC7DCO2" species_number="s3035">
+<smiles>[O]OC(C(O)C=O)C(=O)C(C)C</smiles>
+</species>
+<species species_name="NIPBFUO2" species_number="s3036">
+<smiles>[O]OC1C(=O)OC(C(C)C)C1ON(=O)=O</smiles>
+</species>
+<species species_name="IC4CHOAO2" species_number="s3037">
+<smiles>[O]OC(C=O)C(C)C</smiles>
+</species>
+<species species_name="IPBFUO2" species_number="s3038">
+<smiles>[O]OC1C(=O)OC(C(C)C)C1O</smiles>
+</species>
+<species species_name="IC7DCCO2" species_number="s3039">
+<smiles>[O]C(=O)C=CC(=O)C(C)C</smiles>
+</species>
+<species species_name="IC7DCCO3H" species_number="s3040">
+<smiles>OOC(=O)C=CC(=O)C(C)C</smiles>
+</species>
+<species species_name="IC7DCPAN" species_number="s3041">
+<smiles>O=C(OON(=O)=O)C=CC(=O)C(C)C</smiles>
+</species>
+<species species_name="IPGLYOXOH" species_number="s3042">
+<smiles>O=C(C(C)C)C(=O)O</smiles>
+</species>
+<species species_name="C5MO132OH" species_number="s3043">
+<smiles>O=CC(O)C(=O)C(C)C</smiles>
+</species>
+<species species_name="C7MCO3OHO2" species_number="s3044">
+<smiles>O=CC(=O)C(O)C(O[O])C(=O)C(C)C</smiles>
+</species>
+<species species_name="TM123BCO2H" species_number="s3045">
+<smiles>OC(=O)c1cccc(C)c1C</smiles>
+</species>
+<species species_name="TM123BCO3H" species_number="s3046">
+<smiles>Cc1c(cccc1C)C(=O)OO</smiles>
+</species>
+<species species_name="TM123BPAN" species_number="s3047">
+<smiles>O=N(=O)OOC(=O)c1cccc(C)c1C</smiles>
+</species>
+<species species_name="C7ADCCO2H" species_number="s3048">
+<smiles>CC(=O)C(=C(C)C(=O)O)C</smiles>
+</species>
+<species species_name="NT123L1O" species_number="s3049">
+<smiles>Cc1cc(N(=O)=O)c([O])c(C)c1C</smiles>
+</species>
+<species species_name="TM123OOH" species_number="s3050">
+<smiles>OOc1ccc(C)c(C)c1C</smiles>
+</species>
+<species species_name="T123NCATEC" species_number="s3051">
+<smiles>Cc1c(C)c(N(=O)=O)c(O)c(O)c1C</smiles>
+</species>
+<species species_name="T123CAT1O2" species_number="s3052">
+<smiles>[O]Oc1c(O)cc(C)c(C)c1C</smiles>
+</species>
+<species species_name="C7ADCCO3" species_number="s3053">
+<smiles>[O]OC(=O)C(=C(C)C(=O)C)C</smiles>
+</species>
+<species species_name="C7ADCO2" species_number="s3054">
+<smiles>O=CC(C)(O)C(C)(O[O])C(=O)C</smiles>
+</species>
+<species species_name="NTMB1FUO2" species_number="s3055">
+<smiles>[O]OC1(C)C(C)OC(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="C5OCO3M" species_number="s3056">
+<smiles>O=CC(=O)OC(C)C(=O)C</smiles>
+</species>
+<species species_name="TMB1FUO2" species_number="s3057">
+<smiles>[O]OC1(C)C(C)OC(=O)C1O</smiles>
+</species>
+<species species_name="NTMB2FUO2" species_number="s3058">
+<smiles>[O]OC1(C)C(=O)OC(C)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="MC6OTKETO2" species_number="s3059">
+<smiles>[O]OC(C)(OC(=O)C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="TMB2FUO2" species_number="s3060">
+<smiles>[O]OC1(C)C(=O)OC(C)C1(C)O</smiles>
+</species>
+<species species_name="EPXKTMCO2H" species_number="s3061">
+<smiles>OC(=O)C1OC1(C)C(=O)C</smiles>
+</species>
+<species species_name="EPXKTMCO3H" species_number="s3062">
+<smiles>CC1(OC1C(=O)OO)C(=O)C</smiles>
+</species>
+<species species_name="EPXKTMPAN" species_number="s3063">
+<smiles>O=N(=O)OOC(=O)C1OC1(C)C(=O)C</smiles>
+</species>
+<species species_name="C4CO2OOH" species_number="s3064">
+<smiles>OOC(C=O)C(=O)C</smiles>
+</species>
+<species species_name="TM124BCO2H" species_number="s3065">
+<smiles>OC(=O)c1ccc(C)c(C)c1</smiles>
+</species>
+<species species_name="TM124BCO3H" species_number="s3066">
+<smiles>OOC(=O)c1ccc(C)c(C)c1</smiles>
+</species>
+<species species_name="TM124BPAN" species_number="s3067">
+<smiles>O=N(=O)OOC(=O)c1ccc(C)c(C)c1</smiles>
+</species>
+<species species_name="DM124OOH" species_number="s3068">
+<smiles>OOc1ccc(C)c(C)c1</smiles>
+</species>
+<species species_name="DM124O" species_number="s3069">
+<smiles>[O]c1ccc(C)c(C)c1</smiles>
+</species>
+<species species_name="MEK2OOC" species_number="s3070">
+<smiles>[O-][O+]=C(C)C(=O)C</smiles>
+</species>
+<species species_name="C7BDCO2" species_number="s3071">
+<smiles>[O]OC(C)(C(=O)C)C(O)C(=O)C</smiles>
+</species>
+<species species_name="C3M2COCO2H" species_number="s3072">
+<smiles>O=CC(=C(C)C(=O)O)C</smiles>
+</species>
+<species species_name="NT124L1O" species_number="s3073">
+<smiles>Cc1cc(N(=O)=O)c(C)c(C)c1[O]</smiles>
+</species>
+<species species_name="TM124OOH" species_number="s3074">
+<smiles>OOc1cc(C)cc(C)c1C</smiles>
+</species>
+<species species_name="TM124QONE" species_number="s3075">
+<smiles>O=C1C=C(C)C(=O)C(=C1C)C</smiles>
+</species>
+<species species_name="T124NCATEC" species_number="s3076">
+<smiles>O=N(=O)c1c(C)c(C)c(O)c(O)c1C</smiles>
+</species>
+<species species_name="T124CAT1O2" species_number="s3077">
+<smiles>[O]Oc1c(C)c(C)cc(C)c1O</smiles>
+</species>
+<species species_name="C5CODBCO2H" species_number="s3078">
+<smiles>CC(=O)C=C(C)C(=O)O</smiles>
+</species>
+<species species_name="TMBCO2H" species_number="s3079">
+<smiles>Cc1cc(C)cc(c1)C(=O)O</smiles>
+</species>
+<species species_name="TMBCO3H" species_number="s3080">
+<smiles>OOC(=O)c1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="TMBPAN" species_number="s3081">
+<smiles>O=N(=O)OOC(=O)c1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="DMPHOOH" species_number="s3082">
+<smiles>OOc1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="DMPHO" species_number="s3083">
+<smiles>Cc1cc(C)cc([O])c1</smiles>
+</species>
+<species species_name="C4MCODBCO2" species_number="s3084">
+<smiles>CC(=O)C=C(C)C(=O)[O]</smiles>
+</species>
+<species species_name="C5CODBCO3H" species_number="s3085">
+<smiles>CC(=CC(=O)C)C(=O)OO</smiles>
+</species>
+<species species_name="C4MCODBPAN" species_number="s3086">
+<smiles>O=N(=O)OOC(=O)C(=CC(=O)C)C</smiles>
+</species>
+<species species_name="EPXMKTCO2H" species_number="s3087">
+<smiles>CC(=O)C1OC1(C)C(=O)O</smiles>
+</species>
+<species species_name="EPXMKTCO3H" species_number="s3088">
+<smiles>CC1(OC1C(=O)C)C(=O)OO</smiles>
+</species>
+<species species_name="EPXMKTPAN" species_number="s3089">
+<smiles>O=N(=O)OOC(=O)C1(C)OC1C(=O)C</smiles>
+</species>
+<species species_name="CO24C53OOH" species_number="s3090">
+<smiles>OOC(C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="CO24C53O" species_number="s3091">
+<smiles>CC(=O)C([O])C(=O)C</smiles>
+</species>
+<species species_name="C5CO243OH" species_number="s3092">
+<smiles>CC(=O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="C5CO234" species_number="s3093">
+<smiles>CC(=O)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="MPHCOMEOOH" species_number="s3094">
+<smiles>OOCC(=O)c1ccccc1C</smiles>
+</species>
+<species species_name="MPHCOMEO" species_number="s3095">
+<smiles>[O]CC(=O)c1ccccc1C</smiles>
+</species>
+<species species_name="MPHCOMEOH" species_number="s3096">
+<smiles>OCC(=O)c1ccccc1C</smiles>
+</species>
+<species species_name="MPHGLYOX" species_number="s3097">
+<smiles>O=CC(=O)c1ccccc1C</smiles>
+</species>
+<species species_name="EPXMEDCO2H" species_number="s3098">
+<smiles>CCC1(C=O)OC1(C)C(=O)O</smiles>
+</species>
+<species species_name="EPXMEDCO3H" species_number="s3099">
+<smiles>CC1(OC1(CC)C=O)C(=O)OO</smiles>
+</species>
+<species species_name="EPXMEDLPAN" species_number="s3100">
+<smiles>CCC1(C=O)OC1(C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C4ECO2OOH" species_number="s3101">
+<smiles>CCC(OO)(C=O)C(=O)C</smiles>
+</species>
+<species species_name="C4ECO2O" species_number="s3102">
+<smiles>CCC([O])(C=O)C(=O)C</smiles>
+</species>
+<species species_name="C7CDCCO2H" species_number="s3103">
+<smiles>CC(=CC(=O)O)C(=O)CC</smiles>
+</species>
+<species species_name="NOETOL1O" species_number="s3104">
+<smiles>CCc1c(C)ccc(N(=O)=O)c1[O]</smiles>
+</species>
+<species species_name="OET1OOH" species_number="s3105">
+<smiles>CCc1c(OO)cccc1C</smiles>
+</species>
+<species species_name="OETLQONE" species_number="s3106">
+<smiles>CCC1=C(C)C(=O)C=CC1=O</smiles>
+</species>
+<species species_name="OTNCATECH" species_number="s3107">
+<smiles>CCc1c(C)cc(N(=O)=O)c(O)c1O</smiles>
+</species>
+<species species_name="OTCATEC1O2" species_number="s3108">
+<smiles>CCc1c(C)ccc(O)c1O[O]</smiles>
+</species>
+<species species_name="CO23C3CHO" species_number="s3109">
+<smiles>O=CC(=O)C(=O)C</smiles>
+</species>
+<species species_name="NMETOL1O" species_number="s3110">
+<smiles>CCc1cc(C)cc(N(=O)=O)c1[O]</smiles>
+</species>
+<species species_name="MET1OOH" species_number="s3111">
+<smiles>CCc1cc(C)ccc1OO</smiles>
+</species>
+<species species_name="METLQONE" species_number="s3112">
+<smiles>CCC1=CC(=O)C=C(C)C1=O</smiles>
+</species>
+<species species_name="MTNCATECH" species_number="s3113">
+<smiles>CCc1cc(C)c(N(=O)=O)c(O)c1O</smiles>
+</species>
+<species species_name="MTCATEC1O2" species_number="s3114">
+<smiles>CCc1cc(C)cc(O)c1O[O]</smiles>
+</species>
+<species species_name="C7EDCO2" species_number="s3115">
+<smiles>[O]OC(C(=O)C)C(O)C(=O)CC</smiles>
+</species>
+<species species_name="NPETOL1O" species_number="s3116">
+<smiles>CCc1ccc(C)c(N(=O)=O)c1[O]</smiles>
+</species>
+<species species_name="PET1OOH" species_number="s3117">
+<smiles>OOc1cc(C)ccc1CC</smiles>
+</species>
+<species species_name="PETLQONE" species_number="s3118">
+<smiles>CCC1=CC(=O)C(=CC1=O)C</smiles>
+</species>
+<species species_name="PTNCATECH" species_number="s3119">
+<smiles>CCc1cc(N(=O)=O)c(C)c(O)c1O</smiles>
+</species>
+<species species_name="PTCATEC1O2" species_number="s3120">
+<smiles>[O]Oc1c(CC)ccc(C)c1O</smiles>
+</species>
+<species species_name="DMPHCOMOOH" species_number="s3121">
+<smiles>OOCC(=O)c1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="DMPHCOMO" species_number="s3122">
+<smiles>[O]CC(=O)c1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="DMPHCOMOH" species_number="s3123">
+<smiles>OCC(=O)c1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="DMPHGLYOX" species_number="s3124">
+<smiles>O=CC(=O)c1cc(C)cc(C)c1</smiles>
+</species>
+<species species_name="C7DDCCO3" species_number="s3125">
+<smiles>CCC(=O)C=C(C)C(=O)O[O]</smiles>
+</species>
+<species species_name="C7DDCO2" species_number="s3126">
+<smiles>CC(O[O])(C=O)C(O)C(=O)CC</smiles>
+</species>
+<species species_name="NMEBFUO2" species_number="s3127">
+<smiles>CCC1OC(=O)C(C)(O[O])C1ON(=O)=O</smiles>
+</species>
+<species species_name="C23O3EO2" species_number="s3128">
+<smiles>CCC(O[O])OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="MEBFUO2" species_number="s3129">
+<smiles>CC1(O[O])C(O)C(CC)OC1=O</smiles>
+</species>
+<species species_name="C6CO243OH" species_number="s3130">
+<smiles>CCC(=O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="EMPHCOMOOH" species_number="s3131">
+<smiles>OOCC(=O)c1cc(C)cc(CC)c1</smiles>
+</species>
+<species species_name="EMPHCOMO" species_number="s3132">
+<smiles>[O]CC(=O)c1cc(CC)cc(C)c1</smiles>
+</species>
+<species species_name="EMPHCOMOH" species_number="s3133">
+<smiles>OCC(=O)c1cc(CC)cc(C)c1</smiles>
+</species>
+<species species_name="EMPHGLYOX" species_number="s3134">
+<smiles>O=CC(=O)c1cc(CC)cc(C)c1</smiles>
+</species>
+<species species_name="EMPHCO3H" species_number="s3135">
+<smiles>OOC(=O)c1cc(CC)cc(C)c1</smiles>
+</species>
+<species species_name="EMPHO2" species_number="s3136">
+<smiles>CCc1cc(O[O])cc(C)c1</smiles>
+</species>
+<species species_name="EMPHPAN" species_number="s3137">
+<smiles>CCc1cc(C)cc(c1)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C7DDCCO2H" species_number="s3138">
+<smiles>CCC(=O)C=C(C)C(=O)O</smiles>
+</species>
+<species species_name="C7ODLBCO3H" species_number="s3139">
+<smiles>CCC(=O)C=C(CC)C(=O)OO</smiles>
+</species>
+<species species_name="C7CODBPAN" species_number="s3140">
+<smiles>CCC(=O)C=C(CC)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="EPXEKTCO2H" species_number="s3141">
+<smiles>CCC1(OC1C(=O)C)C(=O)O</smiles>
+</species>
+<species species_name="EPXEKTCO3H" species_number="s3142">
+<smiles>CCC1(OC1C(=O)C)C(=O)OO</smiles>
+</species>
+<species species_name="EPXEKTPAN" species_number="s3143">
+<smiles>CCC1(OC1C(=O)C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C3EDIALOOH" species_number="s3144">
+<smiles>CCC(OO)(C=O)C=O</smiles>
+</species>
+<species species_name="C3EDIALO" species_number="s3145">
+<smiles>CCC([O])(C=O)C=O</smiles>
+</species>
+<species species_name="C3EDIALOH" species_number="s3146">
+<smiles>CCC(O)(C=O)C=O</smiles>
+</species>
+<species species_name="CO24C63OOH" species_number="s3147">
+<smiles>OOC(C(=O)C)C(=O)CC</smiles>
+</species>
+<species species_name="CO24C63O" species_number="s3148">
+<smiles>CCC(=O)C([O])C(=O)C</smiles>
+</species>
+<species species_name="CO234C6" species_number="s3149">
+<smiles>CCC(=O)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="CCL3CO3H" species_number="s3150">
+<smiles>OOC(=O)C(Cl)(Cl)Cl</smiles>
+</species>
+<species species_name="CCL3PAN" species_number="s3151">
+<smiles>O=N(=O)OOC(=O)C(Cl)(Cl)Cl</smiles>
+</species>
+<species species_name="CLETO2H" species_number="s3152">
+<smiles>OC(=O)CCl</smiles>
+</species>
+<species species_name="CLETO3H" species_number="s3153">
+<smiles>OOC(=O)CCl</smiles>
+</species>
+<species species_name="CLETPAN" species_number="s3154">
+<smiles>ClCC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="CL2OHCO3H" species_number="s3155">
+<smiles>OOC(=O)C(O)(Cl)Cl</smiles>
+</species>
+<species species_name="CL2OHPAN" species_number="s3156">
+<smiles>O=N(=O)OOC(=O)C(O)(Cl)Cl</smiles>
+</species>
+<species species_name="CL12CO2H" species_number="s3157">
+<smiles>OC(=O)C(Cl)CCl</smiles>
+</species>
+<species species_name="CL12CO3H" species_number="s3158">
+<smiles>OOC(=O)C(Cl)CCl</smiles>
+</species>
+<species species_name="CL12PAN" species_number="s3159">
+<smiles>ClCC(Cl)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="CH3COCCLO2" species_number="s3160">
+<smiles>CC(=O)C(Cl)O[O]</smiles>
+</species>
+<species species_name="CLCOCLMOOH" species_number="s3161">
+<smiles>CC(Cl)(OO)C(=O)Cl</smiles>
+</species>
+<species species_name="CLCOCLMEO" species_number="s3162">
+<smiles>ClC(=O)C(C)([O])Cl</smiles>
+</species>
+<species species_name="CHCL2CO2H" species_number="s3163">
+<smiles>ClC(Cl)C(=O)O</smiles>
+</species>
+<species species_name="CHCL2CO3H" species_number="s3164">
+<smiles>OOC(=O)C(Cl)Cl</smiles>
+</species>
+<species species_name="CHCL2PAN" species_number="s3165">
+<smiles>O=N(=O)OOC(=O)C(Cl)Cl</smiles>
+</species>
+<species species_name="CLCOCH2OOH" species_number="s3166">
+<smiles>OOCC(=O)Cl</smiles>
+</species>
+<species species_name="CLCOCH2O" species_number="s3167">
+<smiles>[O]CC(=O)Cl</smiles>
+</species>
+<species species_name="CLCOCCL2O2" species_number="s3168">
+<smiles>[O]OC(Cl)(Cl)C(=O)Cl</smiles>
+</species>
+<species species_name="CLCOCLOOH" species_number="s3169">
+<smiles>OOC(Cl)C(=O)Cl</smiles>
+</species>
+<species species_name="CLCOCLO" species_number="s3170">
+<smiles>ClC(=O)C([O])Cl</smiles>
+</species>
+<species species_name="CLOHCO2H" species_number="s3171">
+<smiles>OC(=O)C(O)Cl</smiles>
+</species>
+<species species_name="CLOHCO3H" species_number="s3172">
+<smiles>OOC(=O)C(O)Cl</smiles>
+</species>
+<species species_name="CLOHPAN" species_number="s3173">
+<smiles>O=N(=O)OOC(=O)C(O)Cl</smiles>
+</species>
+<species species_name="HNMVKOOH" species_number="s3174">
+<smiles>OCC(OO)C(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="HNMVKO" species_number="s3175">
+<smiles>OCC([O])C(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="HNBIACET" species_number="s3176">
+<smiles>OCC(=O)C(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="HNMVKOH" species_number="s3177">
+<smiles>OCC(O)C(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="NC3CO2H" species_number="s3178">
+<smiles>O=N(=O)OCC=CC(=O)O</smiles>
+</species>
+<species species_name="NC3CO3H" species_number="s3179">
+<smiles>OOC(=O)C=CCON(=O)=O</smiles>
+</species>
+<species species_name="C4PAN9" species_number="s3180">
+<smiles>O=N(=O)OCC=CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="NAOO" species_number="s3181">
+<smiles>[O-][O+]=CCCON(=O)=O</smiles>
+</species>
+<species species_name="C42OOH" species_number="s3182">
+<smiles>OOC(CON(=O)=O)C(O)C=O</smiles>
+</species>
+<species species_name="C42O" species_number="s3183">
+<smiles>O=CC(O)C([O])CON(=O)=O</smiles>
+</species>
+<species species_name="C42OH" species_number="s3184">
+<smiles>O=CC(O)C(O)CON(=O)=O</smiles>
+</species>
+<species species_name="H3NCO2CHO" species_number="s3185">
+<smiles>O=CC(O)C(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="HC3CO2H" species_number="s3186">
+<smiles>OCC=CC(=O)O</smiles>
+</species>
+<species species_name="HC3CO3H" species_number="s3187">
+<smiles>OCC=CC(=O)OO</smiles>
+</species>
+<species species_name="C4PAN7" species_number="s3188">
+<smiles>OCC=CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="GAOO" species_number="s3189">
+<smiles>[O-][O+]=CCO</smiles>
+</species>
+<species species_name="C41OOH" species_number="s3190">
+<smiles>OCC(OO)C(O)C=O</smiles>
+</species>
+<species species_name="C41NO3" species_number="s3191">
+<smiles>OCC(ON(=O)=O)C(O)C=O</smiles>
+</species>
+<species species_name="C41O" species_number="s3192">
+<smiles>OCC([O])C(O)C=O</smiles>
+</species>
+<species species_name="C41OH" species_number="s3193">
+<smiles>OCC(O)C(O)C=O</smiles>
+</species>
+<species species_name="H13CO2CHO" species_number="s3194">
+<smiles>OC(C=O)C(=O)CO</smiles>
+</species>
+<species species_name="HMGLOO" species_number="s3195">
+<smiles>[O-][O+]=CC(=O)CO</smiles>
+</species>
+<species species_name="MVKOHAOOH" species_number="s3196">
+<smiles>OOCC(O)C(=O)CO</smiles>
+</species>
+<species species_name="MVKOHANO3" species_number="s3197">
+<smiles>OCC(=O)C(O)CON(=O)=O</smiles>
+</species>
+<species species_name="MVKOHAO" species_number="s3198">
+<smiles>OCC(=O)C(O)C[O]</smiles>
+</species>
+<species species_name="MVKOHAOH" species_number="s3199">
+<smiles>OCC(=O)C(O)CO</smiles>
+</species>
+<species species_name="MVKOHBOOH" species_number="s3200">
+<smiles>OCC(=O)C(CO)OO</smiles>
+</species>
+<species species_name="MVKOHBO" species_number="s3201">
+<smiles>OCC(=O)C([O])CO</smiles>
+</species>
+<species species_name="H14CO23C4" species_number="s3202">
+<smiles>OCC(=O)C(=O)CO</smiles>
+</species>
+<species species_name="HC3CCO3H" species_number="s3203">
+<smiles>OC(C=C)C(=O)OO</smiles>
+</species>
+<species species_name="C4PAN8" species_number="s3204">
+<smiles>C=CC(O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C527O2" species_number="s3205">
+<smiles>[O]OC(C(OO)(CO)C)C=O</smiles>
+</species>
+<species species_name="M3F" species_number="s3206">
+<smiles>Cc1cocc1</smiles>
+</species>
+<species species_name="NC3OO" species_number="s3207">
+<smiles>[O-][O+]=C(C)CON(=O)=O</smiles>
+</species>
+<species species_name="INCOOH" species_number="s3208">
+<smiles>OCC(OO)C(C)(O)CON(=O)=O</smiles>
+</species>
+<species species_name="INCNO3" species_number="s3209">
+<smiles>OCC(ON(=O)=O)C(C)(O)CON(=O)=O</smiles>
+</species>
+<species species_name="INCO" species_number="s3210">
+<smiles>OCC([O])C(C)(O)CON(=O)=O</smiles>
+</species>
+<species species_name="INCCO" species_number="s3211">
+<smiles>OCC(=O)C(C)(O)CON(=O)=O</smiles>
+</species>
+<species species_name="INCOH" species_number="s3212">
+<smiles>OCC(O)C(C)(O)CON(=O)=O</smiles>
+</species>
+<species species_name="NC4CO2H" species_number="s3213">
+<smiles>O=N(=O)OCC(=CC(=O)O)C</smiles>
+</species>
+<species species_name="NC4CO3H" species_number="s3214">
+<smiles>OOC(=O)C=C(C)CON(=O)=O</smiles>
+</species>
+<species species_name="C5PAN18" species_number="s3215">
+<smiles>O=N(=O)OCC(=CC(=O)OON(=O)=O)C</smiles>
+</species>
+<species species_name="NOAOO" species_number="s3216">
+<smiles>[O-][O+]=C(C)CON(=O)=O</smiles>
+</species>
+<species species_name="C510OOH" species_number="s3217">
+<smiles>O=CC(O)C(C)(OO)CON(=O)=O</smiles>
+</species>
+<species species_name="C510O" species_number="s3218">
+<smiles>O=CC(O)C(C)([O])CON(=O)=O</smiles>
+</species>
+<species species_name="C510OH" species_number="s3219">
+<smiles>O=CC(O)C(C)(O)CON(=O)=O</smiles>
+</species>
+<species species_name="CO2N3CHO" species_number="s3220">
+<smiles>O=CC(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="IEPOXA" species_number="s3221">
+<smiles>CC(O)(CO)C1CO1</smiles>
+</species>
+<species species_name="C526O2" species_number="s3222">
+<smiles>OCC(C(C=O)(O[O])C)OO</smiles>
+</species>
+<species species_name="NC2OOA" species_number="s3223">
+<smiles>[O-][O+]=CCON(=O)=O</smiles>
+</species>
+<species species_name="ACLOOA" species_number="s3224">
+<smiles>[O-][O+]=C(C)CO</smiles>
+</species>
+<species species_name="C536OOH" species_number="s3225">
+<smiles>OOCC(C(C=O)(OO)C)OO</smiles>
+</species>
+<species species_name="C536O" species_number="s3226">
+<smiles>OOCC(C(C=O)([O])C)OO</smiles>
+</species>
+<species species_name="DHPMEK" species_number="s3227">
+<smiles>OOCC(C(=O)C)OO</smiles>
+</species>
+<species species_name="PGAOOB" species_number="s3228">
+<smiles>[O-][O+]=CCOO</smiles>
+</species>
+<species species_name="C4MALOHOOH" species_number="s3229">
+<smiles>O=CC(O)C(C)(OO)C=O</smiles>
+</species>
+<species species_name="HVMK" species_number="s3230">
+<smiles>CC(=O)C=CO</smiles>
+</species>
+<species species_name="HC4ACO3" species_number="s3231">
+<smiles>OCC(=CC(=O)O[O])C</smiles>
+</species>
+<species species_name="C58AO2" species_number="s3232">
+<smiles>[O]OC(C(CO)(O)C)C=O</smiles>
+</species>
+<species species_name="IEPOXB" species_number="s3233">
+<smiles>OCC1OC1(C)CO</smiles>
+</species>
+<species species_name="MACRNOOA" species_number="s3234">
+<smiles>[O-][O+]=CC(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INB1O2" species_number="s3235">
+<smiles>OCC(O[O])C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INB2O2" species_number="s3236">
+<smiles>[O]OCC(O)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="IEPOXC" species_number="s3237">
+<smiles>CC1(CO1)C(O)CO</smiles>
+</species>
+<species species_name="C537OOH" species_number="s3238">
+<smiles>OOCC(C(C=O)OO)(OO)C</smiles>
+</species>
+<species species_name="C537O" species_number="s3239">
+<smiles>OOCC(C(C=O)[O])(OO)C</smiles>
+</species>
+<species species_name="DHPMPAL" species_number="s3240">
+<smiles>OOCC(C=O)(OO)C</smiles>
+</species>
+<species species_name="C5PACALD2" species_number="s3241">
+<smiles>OOC(=O)/C=C(\C=O)/C</smiles>
+</species>
+<species species_name="PACLOOA" species_number="s3242">
+<smiles>[O-][O+]=C(COO)C</smiles>
+</species>
+<species species_name="HPC52O2" species_number="s3243">
+<smiles>OOCC(C(C=O)O)(O[O])C</smiles>
+</species>
+<species species_name="HC4CCO3" species_number="s3244">
+<smiles>OCC=C(C)C(=O)O[O]</smiles>
+</species>
+<species species_name="C57AO2" species_number="s3245">
+<smiles>OCC(C(C=O)(O)C)O[O]</smiles>
+</species>
+<species species_name="C57O2" species_number="s3246">
+<smiles>OCC(O)C(C)(O[O])C=O</smiles>
+</species>
+<species species_name="NC4OOA" species_number="s3247">
+<smiles>OCC(ON(=O)=O)C(=[O+][O-])C</smiles>
+</species>
+<species species_name="INDO2" species_number="s3248">
+<smiles>OCC(ON(=O)=O)C(C)(CO)O[O]</smiles>
+</species>
+<species species_name="C59O2" species_number="s3249">
+<smiles>OCC(=O)C(C)(CO)O[O]</smiles>
+</species>
+<species species_name="INAOOH" species_number="s3250">
+<smiles>OCC(C)(OO)C(O)CON(=O)=O</smiles>
+</species>
+<species species_name="INANO3" species_number="s3251">
+<smiles>OCC(C)(ON(=O)=O)C(O)CON(=O)=O</smiles>
+</species>
+<species species_name="INAO" species_number="s3252">
+<smiles>OCC(C)([O])C(O)CON(=O)=O</smiles>
+</species>
+<species species_name="INAOH" species_number="s3253">
+<smiles>OCC(C)(O)C(O)CON(=O)=O</smiles>
+</species>
+<species species_name="NC41OO" species_number="s3254">
+<smiles>OC(C(=[O+][O-])C)CON(=O)=O</smiles>
+</species>
+<species species_name="C58OOH" species_number="s3255">
+<smiles>O=CC(O)C(C)(CO)OO</smiles>
+</species>
+<species species_name="C58NO3" species_number="s3256">
+<smiles>O=CC(O)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="C58O" species_number="s3257">
+<smiles>O=CC(O)C(C)([O])CO</smiles>
+</species>
+<species species_name="C58OH" species_number="s3258">
+<smiles>O=CC(O)C(C)(O)CO</smiles>
+</species>
+<species species_name="HC4CO3H" species_number="s3259">
+<smiles>CC(=C)C(C(=O)OO)O</smiles>
+</species>
+<species species_name="HC4PAN" species_number="s3260">
+<smiles>[O-][N+](=O)OOC(=O)C(C(=C)C)O</smiles>
+</species>
+<species species_name="CO2C3CO2H" species_number="s3261">
+<smiles>CC(=O)CC(=O)O</smiles>
+</species>
+<species species_name="CO24C4CHO" species_number="s3262">
+<smiles>O=CC(=O)CC(=O)C</smiles>
+</species>
+<species species_name="C524O2" species_number="s3263">
+<smiles>OCC(=C)C(CO)O[O]</smiles>
+</species>
+<species species_name="ALCOMOXOOH" species_number="s3264">
+<smiles>OOCOC(=O)C=O</smiles>
+</species>
+<species species_name="CHOCOMOXO" species_number="s3265">
+<smiles>[O]COC(=O)C=O</smiles>
+</species>
+<species species_name="ACETMECO3H" species_number="s3266">
+<smiles>CC(=O)OCC(=O)OO</smiles>
+</species>
+<species species_name="ACETMEPAN" species_number="s3267">
+<smiles>O=C(COC(=O)C)OON(=O)=O</smiles>
+</species>
+<species species_name="HOACETEOOH" species_number="s3268">
+<smiles>OOC(C)OC(=O)CO</smiles>
+</species>
+<species species_name="HOACETETO" species_number="s3269">
+<smiles>OCC(=O)OC(C)[O]</smiles>
+</species>
+<species species_name="MECOACEOOH" species_number="s3270">
+<smiles>CC(=O)OC(=O)COO</smiles>
+</species>
+<species species_name="MECOACETO" species_number="s3271">
+<smiles>CC(=O)OC(=O)C[O]</smiles>
+</species>
+<species species_name="ACPRONEOOH" species_number="s3272">
+<smiles>OOC(OC(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="ACPRONEO" species_number="s3273">
+<smiles>CC(=O)OC([O])C(=O)C</smiles>
+</species>
+<species species_name="ACECOCOCH3" species_number="s3274">
+<smiles>CC(=O)OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="ACPRONEOH" species_number="s3275">
+<smiles>CC(=O)OC(O)C(=O)C</smiles>
+</species>
+<species species_name="ACCOETOOH" species_number="s3276">
+<smiles>CC(=O)OC(=O)CCOO</smiles>
+</species>
+<species species_name="ACCOETO" species_number="s3277">
+<smiles>CC(=O)OC(=O)CC[O]</smiles>
+</species>
+<species species_name="ACETC2CO2H" species_number="s3278">
+<smiles>OC(=O)CCOC(=O)C</smiles>
+</species>
+<species species_name="ACETC2CO3H" species_number="s3279">
+<smiles>OOC(=O)CCOC(=O)C</smiles>
+</species>
+<species species_name="ACETC2PAN" species_number="s3280">
+<smiles>O=C(CCOC(=O)C)OON(=O)=O</smiles>
+</species>
+<species species_name="IPRACBCO2H" species_number="s3281">
+<smiles>CC(=O)OC(C)C(=O)O</smiles>
+</species>
+<species species_name="IPRACBCO3H" species_number="s3282">
+<smiles>CC(OC(=O)C)C(=O)OO</smiles>
+</species>
+<species species_name="IPRACBPAN" species_number="s3283">
+<smiles>O=N(=O)OOC(=O)C(C)OC(=O)C</smiles>
+</species>
+<species species_name="ACBUOAOOH" species_number="s3284">
+<smiles>OOC(CC(=O)C)OC(=O)C</smiles>
+</species>
+<species species_name="ACBUONANO3" species_number="s3285">
+<smiles>CC(=O)CC(OC(=O)C)ON(=O)=O</smiles>
+</species>
+<species species_name="ACBUONEAO" species_number="s3286">
+<smiles>CC(=O)CC([O])OC(=O)C</smiles>
+</species>
+<species species_name="ACBUONAOH" species_number="s3287">
+<smiles>CC(=O)CC(O)OC(=O)C</smiles>
+</species>
+<species species_name="ACCOPRONE" species_number="s3288">
+<smiles>CC(=O)CC(=O)OC(=O)C</smiles>
+</species>
+<species species_name="ACBUONBOOH" species_number="s3289">
+<smiles>OOC(OC(=O)C)C(=O)CC</smiles>
+</species>
+<species species_name="ACBUONEBO" species_number="s3290">
+<smiles>CCC(=O)C([O])OC(=O)C</smiles>
+</species>
+<species species_name="ACBUONBOH" species_number="s3291">
+<smiles>CCC(=O)C(O)OC(=O)C</smiles>
+</species>
+<species species_name="ACCOCOC2H5" species_number="s3292">
+<smiles>CCC(=O)C(=O)OC(=O)C</smiles>
+</species>
+<species species_name="ACCOPROOH" species_number="s3293">
+<smiles>CC(CC(=O)OC(=O)C)OO</smiles>
+</species>
+<species species_name="ACCOC3H6O" species_number="s3294">
+<smiles>CC([O])CC(=O)OC(=O)C</smiles>
+</species>
+<species species_name="SBUACCOOH" species_number="s3295">
+<smiles>OOC(C)(OC(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="SBUACONEO" species_number="s3296">
+<smiles>CC(=O)OC(C)([O])C(=O)C</smiles>
+</species>
+<species species_name="SBUACCOH" species_number="s3297">
+<smiles>CC(=O)OC(C)(O)C(=O)C</smiles>
+</species>
+<species species_name="TBUACCO3H" species_number="s3298">
+<smiles>OOC(=O)C(C)(C)OC(=O)C</smiles>
+</species>
+<species species_name="TBUACPAN" species_number="s3299">
+<smiles>O=N(=O)OOC(=O)C(C)(C)OC(=O)C</smiles>
+</species>
+<species species_name="ETHFORMO2" species_number="s3300">
+<smiles>CC(OC=O)O[O]</smiles>
+</species>
+<species species_name="MTBEAALOOH" species_number="s3301">
+<smiles>OOCC(C)(C)OC=O</smiles>
+</species>
+<species species_name="MTBEAALNO3" species_number="s3302">
+<smiles>O=COC(C)(C)CON(=O)=O</smiles>
+</species>
+<species species_name="MTBEACHOO" species_number="s3303">
+<smiles>O=COC(C)(C)C[O]</smiles>
+</species>
+<species species_name="MTBEACHO13" species_number="s3304">
+<smiles>O=COC(C)(C)C=O</smiles>
+</species>
+<species species_name="MTBEACHOHO" species_number="s3305">
+<smiles>O=COC(C)(C)CO</smiles>
+</species>
+<species species_name="IPRMEETO2" species_number="s3306">
+<smiles>COC(C)(C)O[O]</smiles>
+</species>
+<species species_name="MTBEBCO2H" species_number="s3307">
+<smiles>COC(C)(C)C(=O)O</smiles>
+</species>
+<species species_name="MTBEBCO3H" species_number="s3308">
+<smiles>OOC(=O)C(C)(C)OC</smiles>
+</species>
+<species species_name="MTBEBPAN" species_number="s3309">
+<smiles>COC(C)(C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="IPROC21OOH" species_number="s3310">
+<smiles>OOC(C)OC(C)C</smiles>
+</species>
+<species species_name="IPROC21NO3" species_number="s3311">
+<smiles>CC(C)OC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="IPROC21O" species_number="s3312">
+<smiles>CC(C)OC(C)[O]</smiles>
+</species>
+<species species_name="IPROC21OH" species_number="s3313">
+<smiles>CC(C)OC(C)O</smiles>
+</species>
+<species species_name="IPROMCCO3H" species_number="s3314">
+<smiles>OOC(=O)C(C)OC(C)C</smiles>
+</species>
+<species species_name="IPROMCPAN" species_number="s3315">
+<smiles>O=N(=O)OOC(=O)C(C)OC(C)C</smiles>
+</species>
+<species species_name="EIPEOOH" species_number="s3316">
+<smiles>CCOC(C)(C)OO</smiles>
+</species>
+<species species_name="EIPEO" species_number="s3317">
+<smiles>CCOC(C)(C)[O]</smiles>
+</species>
+<species species_name="EIPEOH" species_number="s3318">
+<smiles>CCOC(C)(C)O</smiles>
+</species>
+<species species_name="ETBEACO3H" species_number="s3319">
+<smiles>CCOC(C)(C)C(=O)OO</smiles>
+</species>
+<species species_name="ETBEAPAN" species_number="s3320">
+<smiles>CCOC(C)(C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="ETBECCO3H" species_number="s3321">
+<smiles>OOC(=O)COC(C)(C)C</smiles>
+</species>
+<species species_name="ETBECPAN" species_number="s3322">
+<smiles>O=C(OON(=O)=O)COC(C)(C)C</smiles>
+</species>
+<species species_name="CHOOMCO3" species_number="s3323">
+<smiles>[O]OC(=O)COC=O</smiles>
+</species>
+<species species_name="PRONFORMO2" species_number="s3324">
+<smiles>O=COC(O[O])C(=O)C</smiles>
+</species>
+<species species_name="PRCOOMCO3" species_number="s3325">
+<smiles>CCCC(=O)OCC(=O)O[O]</smiles>
+</species>
+<species species_name="PRCOOMO2" species_number="s3326">
+<smiles>CCCC(=O)OCO[O]</smiles>
+</species>
+<species species_name="BOXCOCHOO2" species_number="s3327">
+<smiles>CCCC(OC(=O)C=O)O[O]</smiles>
+</species>
+<species species_name="BOXFORMO2" species_number="s3328">
+<smiles>CCCC(O[O])OC=O</smiles>
+</species>
+<species species_name="PRONOCOPO2" species_number="s3329">
+<smiles>CC(CC(=O)OCC(=O)C)O[O]</smiles>
+</species>
+<species species_name="BOXCOOLOOH" species_number="s3330">
+<smiles>CCCC(OO)OC(=O)C(C)O</smiles>
+</species>
+<species species_name="BOXCOEOLO" species_number="s3331">
+<smiles>CCCC([O])OC(=O)C(C)O</smiles>
+</species>
+<species species_name="BOXCOCOMO2" species_number="s3332">
+<smiles>CCCC(O[O])OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="BRETO2H" species_number="s3333">
+<smiles>OC(=O)CBr</smiles>
+</species>
+<species species_name="BRETO3H" species_number="s3334">
+<smiles>OOC(=O)CBr</smiles>
+</species>
+<species species_name="BRETPAN" species_number="s3335">
+<smiles>BrCC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="HOCO3C4OOH" species_number="s3336">
+<smiles>OCCC(=O)COO</smiles>
+</species>
+<species species_name="HO1CO3C4O" species_number="s3337">
+<smiles>OCCC(=O)C[O]</smiles>
+</species>
+<species species_name="HO14CO2C4" species_number="s3338">
+<smiles>OCCC(=O)CO</smiles>
+</species>
+<species species_name="HO1CO3CHO" species_number="s3339">
+<smiles>OCCC(=O)C=O</smiles>
+</species>
+<species species_name="BIACETOOH" species_number="s3340">
+<smiles>CC(=O)C(=O)COO</smiles>
+</species>
+<species species_name="BIACETO" species_number="s3341">
+<smiles>CC(=O)C(=O)C[O]</smiles>
+</species>
+<species species_name="HOCO4C5OOH" species_number="s3342">
+<smiles>OOCC(=O)CC(C)O</smiles>
+</species>
+<species species_name="HO2CO4C5O" species_number="s3343">
+<smiles>[O]CC(=O)CC(C)O</smiles>
+</species>
+<species species_name="HO14CO2C5" species_number="s3344">
+<smiles>OCC(=O)CC(C)O</smiles>
+</species>
+<species species_name="HO2CO4CHO" species_number="s3345">
+<smiles>CC(O)CC(=O)C=O</smiles>
+</species>
+<species species_name="CO23C54OOH" species_number="s3346">
+<smiles>CC(OO)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="CO23C54O" species_number="s3347">
+<smiles>CC([O])C(=O)C(=O)C</smiles>
+</species>
+<species species_name="HOCO3C5OOH" species_number="s3348">
+<smiles>OCCC(=O)C(C)OO</smiles>
+</species>
+<species species_name="HOCO3C54O" species_number="s3349">
+<smiles>OCCC(=O)C(C)[O]</smiles>
+</species>
+<species species_name="HO14CO3C5" species_number="s3350">
+<smiles>OCCC(=O)C(C)O</smiles>
+</species>
+<species species_name="HO1CO34C5" species_number="s3351">
+<smiles>CC(=O)C(=O)CCO</smiles>
+</species>
+<species species_name="C53OOH" species_number="s3352">
+<smiles>OOCC(=O)C(C)CO</smiles>
+</species>
+<species species_name="C53O" species_number="s3353">
+<smiles>[O]CC(=O)C(C)CO</smiles>
+</species>
+<species species_name="C53OH" species_number="s3354">
+<smiles>OCC(=O)C(C)CO</smiles>
+</species>
+<species species_name="HOIPRGLYOX" species_number="s3355">
+<smiles>CC(CO)C(=O)C=O</smiles>
+</species>
+<species species_name="C41CO2H" species_number="s3356">
+<smiles>CC(C(=O)C)C(=O)O</smiles>
+</species>
+<species species_name="C41CO3H" species_number="s3357">
+<smiles>CC(C(=O)OO)C(=O)C</smiles>
+</species>
+<species species_name="C5PAN7" species_number="s3358">
+<smiles>O=N(=O)OOC(=O)C(C)C(=O)C</smiles>
+</species>
+<species species_name="CO2HOC6OOH" species_number="s3359">
+<smiles>CCC(O)CC(=O)COO</smiles>
+</species>
+<species species_name="CO2HOC61O" species_number="s3360">
+<smiles>CCC(O)CC(=O)C[O]</smiles>
+</species>
+<species species_name="CO24C6OOH" species_number="s3361">
+<smiles>CC(OO)C(=O)CC(=O)C</smiles>
+</species>
+<species species_name="CO24C6O" species_number="s3362">
+<smiles>CC(=O)CC(=O)C(C)[O]</smiles>
+</species>
+<species species_name="CO25C6OOH" species_number="s3363">
+<smiles>OOC(CC(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="CO25C6O" species_number="s3364">
+<smiles>CC(=O)CC([O])C(=O)C</smiles>
+</species>
+<species species_name="CO235C6" species_number="s3365">
+<smiles>CC(=O)CC(=O)C(=O)C</smiles>
+</species>
+<species species_name="CO25C6OH" species_number="s3366">
+<smiles>CC(=O)CC(O)C(=O)C</smiles>
+</species>
+<species species_name="HO2C4OOH" species_number="s3367">
+<smiles>OOCCC(C)O</smiles>
+</species>
+<species species_name="HO2C4NO3" species_number="s3368">
+<smiles>CC(O)CCON(=O)=O</smiles>
+</species>
+<species species_name="HO2C4O" species_number="s3369">
+<smiles>[O]CCC(C)O</smiles>
+</species>
+<species species_name="C61OOH" species_number="s3370">
+<smiles>OOC(CC(=O)C)C(C)O</smiles>
+</species>
+<species species_name="C61NO3" species_number="s3371">
+<smiles>CC(=O)CC(ON(=O)=O)C(C)O</smiles>
+</species>
+<species species_name="C61O" species_number="s3372">
+<smiles>CC(=O)CC([O])C(C)O</smiles>
+</species>
+<species species_name="C61CO" species_number="s3373">
+<smiles>CC(=O)CC(=O)C(C)O</smiles>
+</species>
+<species species_name="C61OH" species_number="s3374">
+<smiles>CC(=O)CC(O)C(C)O</smiles>
+</species>
+<species species_name="CO23C65OOH" species_number="s3375">
+<smiles>CC(CC(=O)C(=O)C)OO</smiles>
+</species>
+<species species_name="CO23C65O" species_number="s3376">
+<smiles>CC([O])CC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C6CO3OHOOH" species_number="s3377">
+<smiles>OOC(C)C(=O)CC(C)O</smiles>
+</species>
+<species species_name="C6CO3OH5O" species_number="s3378">
+<smiles>CC(O)CC(=O)C(C)[O]</smiles>
+</species>
+<species species_name="C6CO23HO5" species_number="s3379">
+<smiles>CC(O)CC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C6CO3HO25" species_number="s3380">
+<smiles>CC(O)CC(=O)C(C)O</smiles>
+</species>
+<species species_name="C6CO34OOH" species_number="s3381">
+<smiles>CC(OO)C(=O)C(=O)CC</smiles>
+</species>
+<species species_name="C6CO34O" species_number="s3382">
+<smiles>CCC(=O)C(=O)C(C)[O]</smiles>
+</species>
+<species species_name="C6HOCOOOH" species_number="s3383">
+<smiles>OCCC(=O)C(CC)OO</smiles>
+</species>
+<species species_name="C6HO1CO3O" species_number="s3384">
+<smiles>OCCC(=O)C([O])CC</smiles>
+</species>
+<species species_name="C6CO34HO1" species_number="s3385">
+<smiles>OCCC(=O)C(=O)CC</smiles>
+</species>
+<species species_name="C6CO3HO14" species_number="s3386">
+<smiles>OCCC(=O)C(O)CC</smiles>
+</species>
+<species species_name="C3COCCO3H" species_number="s3387">
+<smiles>CCCC(=O)CC(=O)OO</smiles>
+</species>
+<species species_name="C3COCPAN" species_number="s3388">
+<smiles>CCCC(=O)CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="PE2ONE1OOH" species_number="s3389">
+<smiles>CCCC(=O)COO</smiles>
+</species>
+<species species_name="MIBK3COOOH" species_number="s3390">
+<smiles>OOC(C)(C)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="MIBK3COO" species_number="s3391">
+<smiles>CC(=O)C(=O)C(C)(C)[O]</smiles>
+</species>
+<species species_name="C612OOH" species_number="s3392">
+<smiles>OOCC(=O)C(C)(C)CO</smiles>
+</species>
+<species species_name="C612O" species_number="s3393">
+<smiles>[O]CC(=O)C(C)(C)CO</smiles>
+</species>
+<species species_name="C612OH" species_number="s3394">
+<smiles>OCC(=O)C(C)(C)CO</smiles>
+</species>
+<species species_name="HM22COCHO" species_number="s3395">
+<smiles>O=CC(=O)C(C)(C)CO</smiles>
+</species>
+<species species_name="CO2M33CO2H" species_number="s3396">
+<smiles>CC(=O)C(C)(C)C(=O)O</smiles>
+</species>
+<species species_name="CO2M33CO3H" species_number="s3397">
+<smiles>OOC(=O)C(C)(C)C(=O)C</smiles>
+</species>
+<species species_name="C6PAN16" species_number="s3398">
+<smiles>O=N(=O)OOC(=O)C(C)(C)C(=O)C</smiles>
+</species>
+<species species_name="C6COCHOOOH" species_number="s3399">
+<smiles>OOCCCC(=O)CC=O</smiles>
+</species>
+<species species_name="C6COCHOO" species_number="s3400">
+<smiles>[O]CCCC(=O)CC=O</smiles>
+</species>
+<species species_name="C6CODIAL" species_number="s3401">
+<smiles>O=CCCC(=O)CC=O</smiles>
+</species>
+<species species_name="C6COHOCHO" species_number="s3402">
+<smiles>OCCCC(=O)CC=O</smiles>
+</species>
+<species species_name="CY6COCOOOH" species_number="s3403">
+<smiles>OOC1CC(=O)CC(=O)C1</smiles>
+</species>
+<species species_name="CY6DIONO" species_number="s3404">
+<smiles>[O]C1CC(=O)CC(=O)C1</smiles>
+</species>
+<species species_name="CY6DIONOH" species_number="s3405">
+<smiles>OC1CC(=O)CC(=O)C1</smiles>
+</species>
+<species species_name="CY6TRION" species_number="s3406">
+<smiles>O=C1CC(=O)CC(=O)C1</smiles>
+</species>
+<species species_name="PINALO2" species_number="s3407">
+<smiles>O=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NC101OOH" species_number="s3408">
+<smiles>OOC12CC(=O)C(C)(ON(=O)=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="NC101O" species_number="s3409">
+<smiles>O=N(=O)OC1(C)C(=O)CC2([O])CC1C2(C)C</smiles>
+</species>
+<species species_name="PERPINONIC" species_number="s3410">
+<smiles>OOC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C10PAN2" species_number="s3411">
+<smiles>O=N(=O)OOC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C108O2" species_number="s3412">
+<smiles>O=CCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C89CO3" species_number="s3413">
+<smiles>O=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="C920CO3" species_number="s3414">
+<smiles>[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="C920O2" species_number="s3415">
+<smiles>[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="C97O2" species_number="s3416">
+<smiles>OCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C85CO3" species_number="s3417">
+<smiles>[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C85O2" species_number="s3418">
+<smiles>[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C719O2" species_number="s3419">
+<smiles>[O]OC1(C)C(O)CC(=O)CC1O</smiles>
+</species>
+<species species_name="C720OOH" species_number="s3420">
+<smiles>OOC1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="C720NO3" species_number="s3421">
+<smiles>O=N(=O)OC1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="C720O" species_number="s3422">
+<smiles>CC1=CCC([O])CC1O</smiles>
+</species>
+<species species_name="C720OH" species_number="s3423">
+<smiles>CC1=CCC(O)CC1O</smiles>
+</species>
+<species species_name="NC91CO3H" species_number="s3424">
+<smiles>OOC(=O)C1(CCC2CC1C2(C)C)ON(=O)=O</smiles>
+</species>
+<species species_name="NC91PAN" species_number="s3425">
+<smiles>O=N(=O)OOC(=O)C1(CCC2CC1C2(C)C)ON(=O)=O</smiles>
+</species>
+<species species_name="C918O2" species_number="s3426">
+<smiles>O=CCC(=O)C1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="C9DCO2" species_number="s3427">
+<smiles>[O]OC1C2C(=O)CC(=O)C1C2(C)C</smiles>
+</species>
+<species species_name="C915O2" species_number="s3428">
+<smiles>[O]OC1CCC(=O)C(C=O)C1(C)C</smiles>
+</species>
+<species species_name="C619CO" species_number="s3429">
+<smiles>O=C1CCC(=O)C(=O)C1</smiles>
+</species>
+<species species_name="C917O2" species_number="s3430">
+<smiles>[O]OC(C)(C)C1CC(=O)CCC1=O</smiles>
+</species>
+<species species_name="C8BCOOH" species_number="s3431">
+<smiles>OOC1CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C8BCNO3" species_number="s3432">
+<smiles>O=N(=O)OC1CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C8BCO" species_number="s3433">
+<smiles>[O]C1CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C8BCCO" species_number="s3434">
+<smiles>O=C1CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C8BCOH" species_number="s3435">
+<smiles>OC1CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C918CO3H" species_number="s3436">
+<smiles>OOC(=O)C1(O)CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C918PAN" species_number="s3437">
+<smiles>O=N(=O)OOC(=O)C1(O)CCC2CC1C2(C)C</smiles>
+</species>
+<species species_name="NLIMALO2" species_number="s3438">
+<smiles>O=CCC(CCC(=O)C)C(C)(O[O])CO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="LIMALOOA" species_number="s3439">
+<smiles>O=CCC(CCC(=O)C)C(=[O+][O-])C</smiles>
+</species>
+<species species_name="LMLKET" species_number="s3440">
+<smiles>O=CCC(CCC(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="LIMALO2" species_number="s3441">
+<smiles>O=CCC(CCC(=O)C)C(C)(CO)O[O]</smiles>
+</species>
+<species species_name="C729CHO" species_number="s3442">
+<smiles>O=CCC(CC=O)C(=C)C</smiles>
+</species>
+<species species_name="C729CO3" species_number="s3443">
+<smiles>O=CCC(CC(=O)O[O])C(=C)C</smiles>
+</species>
+<species species_name="C822CO3" species_number="s3444">
+<smiles>O=CCC(CCC(=O)O[O])C(=C)C</smiles>
+</species>
+<species species_name="C924O2" species_number="s3445">
+<smiles>OCC(CC(O[O])C(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="C816CO3" species_number="s3446">
+<smiles>[O]OC(=O)C(CCC(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="NORLIMO2" species_number="s3447">
+<smiles>O=CC(CCC(=O)C)C(C)(CO)O[O]</smiles>
+</species>
+<species species_name="C816O2" species_number="s3448">
+<smiles>[O]OC(CCC(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="C923CO3H" species_number="s3449">
+<smiles>OOC(=O)CC(CCC(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="C923PAN" species_number="s3450">
+<smiles>CC(=O)CCC(CC(=O)OO[N+](=O)[O-])C(=C)C</smiles>
+</species>
+<species species_name="NLMKAO2" species_number="s3451">
+<smiles>[O]OC1(C)CCC(CC1O[N+](=O)[O-])C(=O)C</smiles>
+</species>
+<species species_name="LMKOOA" species_number="s3452">
+<smiles>O=CCC(CCC(=[O+][O-])C)C(=O)C</smiles>
+</species>
+<species species_name="LMKOOB" species_number="s3453">
+<smiles>[O-][O+]=CCC(CCC(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="LMKAO2" species_number="s3454">
+<smiles>[O]OC1(C)CCC(CC1O)C(=O)C</smiles>
+</species>
+<species species_name="LMKBO2" species_number="s3455">
+<smiles>[O]OC1CC(CCC1(C)O)C(=O)C</smiles>
+</species>
+<species species_name="C141CO3H" species_number="s3456">
+<smiles>OOC(=O)CCC(=C)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C141PAN" species_number="s3457">
+<smiles>CC(=O)CCC1C(CC1(C)C)C(=C)CCC(=O)OO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="NBCALOOH" species_number="s3458">
+<smiles>O=CCCC(OO)(CO[N+](=O)[O-])C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="NBCALO" species_number="s3459">
+<smiles>O=CCCC([O])(CO[N+](=O)[O-])C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="NBCALOH" species_number="s3460">
+<smiles>O=CCCC(O)(CO[N+](=O)[O-])C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCALOO" species_number="s3461">
+<smiles>O=CCCC(=[O+][O-])C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C146O2" species_number="s3462">
+<smiles>O=CCC(O[O])C(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C131CO3" species_number="s3463">
+<smiles>[O]OC(=O)CCC(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCLKAO2" species_number="s3464">
+<smiles>O=CCCC(=O)C1CC(C)(C)C1CC(O[O])C(=O)C</smiles>
+</species>
+<species species_name="BCLKBO2" species_number="s3465">
+<smiles>O=CCCC(=O)C1CC(C)(C)C1CCC(=O)CO[O]</smiles>
+</species>
+<species species_name="BCLKCO2" species_number="s3466">
+<smiles>[O]OC(C=O)CC(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C131O2" species_number="s3467">
+<smiles>[O]OCCC(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCALOOH" species_number="s3468">
+<smiles>O=CCCC(CO)(OO)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCALNO3" species_number="s3469">
+<smiles>O=CCCC(CO)(O[N+](=O)[O-])C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCALO" species_number="s3470">
+<smiles>O=CCCC([O])(CO)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCALOH" species_number="s3471">
+<smiles>O=CCCC(O)(CO)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCSOZOOH" species_number="s3472">
+<smiles>OCC1(OO)CCC2OOC(C)(CCC3C1CC3(C)C)O2</smiles>
+</species>
+<species species_name="BCSOZNO3" species_number="s3473">
+<smiles>OCC1(CCC2OOC(C)(CCC3C1CC3(C)C)O2)O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="BCSOZO" species_number="s3474">
+<smiles>OCC1([O])CCC2OOC(C)(CCC3C1CC3(C)C)O2</smiles>
+</species>
+<species species_name="BCSOZOH" species_number="s3475">
+<smiles>OCC1(O)CCC2OOC(C)(CCC3C1CC3(C)C)O2</smiles>
+</species>
+<species species_name="C147O2" species_number="s3476">
+<smiles>[O]OC(CC(=O)O)C(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C141OO" species_number="s3477">
+<smiles>[O-][O+]=C(CCC(=O)O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C151OOH" species_number="s3478">
+<smiles>OCC(OO)(CCC(=O)O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C151NO3" species_number="s3479">
+<smiles>OCC(CCC(=O)O)(O[N+](=O)[O-])C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C151O" species_number="s3480">
+<smiles>OCC([O])(CCC(=O)O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C151OH" species_number="s3481">
+<smiles>OCC(O)(CCC(=O)O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C126CO3" species_number="s3482">
+<smiles>O=CCC1C(CC1(C)C)C(=C)CCC(=O)O[O]</smiles>
+</species>
+<species species_name="C136CO3" species_number="s3483">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CCC(=O)O[O]</smiles>
+</species>
+<species species_name="BCBOCOO" species_number="s3484">
+<smiles>O=CCCC(=[O+][O-])C1CC(C)(C)C1CCC(=O)OC</smiles>
+</species>
+<species species_name="C148O2" species_number="s3485">
+<smiles>O=CCC(O[O])C(=O)C1CC(C)(C)C1CCC(=O)OC</smiles>
+</species>
+<species species_name="C152OOH" species_number="s3486">
+<smiles>O=CCCC(CO)(OO)C1CC(C)(C)C1CCC(=O)OC</smiles>
+</species>
+<species species_name="C152NO3" species_number="s3487">
+<smiles>O=CCCC(CO)(O[N+](=O)[O-])C1CC(C)(C)C1CCC(=O)OC</smiles>
+</species>
+<species species_name="C152O" species_number="s3488">
+<smiles>O=CCCC([O])(CO)C1CC(C)(C)C1CCC(=O)OC</smiles>
+</species>
+<species species_name="C152OH" species_number="s3489">
+<smiles>O=CCCC(O)(CO)C1CC(C)(C)C1CCC(=O)OC</smiles>
+</species>
+<species species_name="C1311O2" species_number="s3490">
+<smiles>O=CCCC(=C)C1(O[O])CC(C)(C)C1CCO</smiles>
+</species>
+<species species_name="NC1313O2" species_number="s3491">
+<smiles>O=CCCC(O[O])(CO[N+](=O)[O-])C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C116CHO" species_number="s3492">
+<smiles>O=CCCC(=O)C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C126OOA" species_number="s3493">
+<smiles>O=CCCC(=[O+][O-])C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C1313O2" species_number="s3494">
+<smiles>O=CCCC(CO)(O[O])C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C126O2" species_number="s3495">
+<smiles>[O]OCCC(=C)C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C144O2" species_number="s3496">
+<smiles>O=CCC(CO)(O[O])C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C142O2" species_number="s3497">
+<smiles>OCCC(=C)C1(O[O])CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C144O" species_number="s3498">
+<smiles>O=CCC([O])(CO)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="NBCKO2" species_number="s3499">
+<smiles>[O]OC1(C)CCC2C(CC2(C)C)C(=O)CCC1O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="BCKAOO" species_number="s3500">
+<smiles>O=CCCC(=O)C1CC(C)(C)C1CCC(=[O+][O-])C</smiles>
+</species>
+<species species_name="BCKBOO" species_number="s3501">
+<smiles>[O-][O+]=CCCC(=O)C1CC(C)(C)C1CCC(=O)C	</smiles>
+</species>
+<species species_name="BCKOOA" species_number="s3502">
+<smiles>O=CCCC(=O)C1CC(C)(C)C1CCC(=[O+][O-])C</smiles>
+</species>
+<species species_name="BCKOOB" species_number="s3503">
+<smiles>[O-][O+]=CCCC(=O)C1CC(C)(C)C1CCC(=O)C	</smiles>
+</species>
+<species species_name="BCKAO2" species_number="s3504">
+<smiles>[O]OC1(C)CCC2C(CC2(C)C)C(=O)CCC1O</smiles>
+</species>
+<species species_name="BCKBO2" species_number="s3505">
+<smiles>[O]OC1CCC(=O)C2CC(C)(C)C2CCC1(C)O</smiles>
+</species>
+<species species_name="MMFOOH" species_number="s3506">
+<smiles>O=COC(OC)OO</smiles>
+</species>
+<species species_name="MMFNO3" species_number="s3507">
+<smiles>O=COC(OC)ON(=O)=O</smiles>
+</species>
+<species species_name="MMFO" species_number="s3508">
+<smiles>COC([O])OC=O</smiles>
+</species>
+<species species_name="MMFOH" species_number="s3509">
+<smiles>COC(O)OC=O</smiles>
+</species>
+<species species_name="MMCFOOH" species_number="s3510">
+<smiles>OOCOC(=O)OC=O</smiles>
+</species>
+<species species_name="MMCFNO3" species_number="s3511">
+<smiles>O=COC(=O)OCON(=O)=O</smiles>
+</species>
+<species species_name="MMCFO" species_number="s3512">
+<smiles>[O]COC(=O)OC=O</smiles>
+</species>
+<species species_name="DFC" species_number="s3513">
+<smiles>O=COC(=O)OC=O</smiles>
+</species>
+<species species_name="MMCFOH" species_number="s3514">
+<smiles>OCOC(=O)OC=O</smiles>
+</species>
+<species species_name="CH3SO" species_number="s3515">
+<smiles>CS[O]</smiles>
+</species>
+<species species_name="CH3SOO" species_number="s3516">
+<smiles>CSO[O]</smiles>
+</species>
+<species species_name="DMSO2OOH" species_number="s3517">
+<smiles>OOCS(=O)(=O)C</smiles>
+</species>
+<species species_name="DMSO2O" species_number="s3518">
+<smiles>[O]CS(=O)(=O)C</smiles>
+</species>
+<species species_name="CH3SO2CHO" species_number="s3519">
+<smiles>O=CS(=O)(=O)C</smiles>
+</species>
+<species species_name="DMSO2OH" species_number="s3520">
+<smiles>OCS(=O)(=O)C</smiles>
+</species>
+<species species_name="H13C43CO3" species_number="s3521">
+<smiles>OCCC(C)(O)C(=O)O[O]</smiles>
+</species>
+<species species_name="C42CO3" species_number="s3522">
+<smiles>OCC(C)C(O)C(=O)O[O]</smiles>
+</species>
+<species species_name="CHOC4CO3H" species_number="s3523">
+<smiles>O=CCCCCC(=O)OO</smiles>
+</species>
+<species species_name="CHOC4PAN" species_number="s3524">
+<smiles>O=CCCCCC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C6DIALOOH" species_number="s3525">
+<smiles>O=CCCC(OO)CC=O</smiles>
+</species>
+<species species_name="C6DIALO" species_number="s3526">
+<smiles>O=CCCC([O])CC=O</smiles>
+</species>
+<species species_name="C6DIALOH" species_number="s3527">
+<smiles>O=CCCC(O)CC=O</smiles>
+</species>
+<species species_name="CHOC4OOH" species_number="s3528">
+<smiles>OOCCCCC=O</smiles>
+</species>
+<species species_name="CHOC4O" species_number="s3529">
+<smiles>[O]CCCCC=O</smiles>
+</species>
+<species species_name="CY6DIONOOH" species_number="s3530">
+<smiles>OOC1CCC(=O)C(=O)C1</smiles>
+</species>
+<species species_name="CYC6DIONO" species_number="s3531">
+<smiles>[O]C1CCC(=O)C(=O)C1</smiles>
+</species>
+<species species_name="HOC3H6CO3" species_number="s3532">
+<smiles>OCCCC(=O)O[O]</smiles>
+</species>
+<species species_name="C3DIOLO2" species_number="s3533">
+<smiles>[O]OCC(O)CO</smiles>
+</species>
+<species species_name="CONM2CO2H" species_number="s3534">
+<smiles>O=CC(C)(ON(=O)=O)C(=O)O</smiles>
+</species>
+<species species_name="CONM2CO3H" species_number="s3535">
+<smiles>OOC(=O)C(C)(C=O)ON(=O)=O</smiles>
+</species>
+<species species_name="CONM2PAN" species_number="s3536">
+<smiles>O=CC(C)(ON(=O)=O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="COHM2CO2H" species_number="s3537">
+<smiles>O=CC(C)(O)C(=O)O</smiles>
+</species>
+<species species_name="COHM2CO3H" species_number="s3538">
+<smiles>CC(O)(C=O)C(=O)OO</smiles>
+</species>
+<species species_name="COHM2PAN" species_number="s3539">
+<smiles>O=CC(C)(O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="CO2C4CHO" species_number="s3540">
+<smiles>O=CCCC(=O)C</smiles>
+</species>
+<species species_name="HO2C4CO3" species_number="s3541">
+<smiles>[O]OC(=O)CCC(C)O</smiles>
+</species>
+<species species_name="HOBUT2CHO" species_number="s3542">
+<smiles>CC(CCO)C=O</smiles>
+</species>
+<species species_name="HOIBUTCO3" species_number="s3543">
+<smiles>OCC(C)CC(=O)O[O]</smiles>
+</species>
+<species species_name="C63O2" species_number="s3544">
+<smiles>OCC(O[O])CC(=O)CC</smiles>
+</species>
+<species species_name="CO3C5CHO" species_number="s3545">
+<smiles>CCC(=O)CCC=O</smiles>
+</species>
+<species species_name="HO3C5CO3" species_number="s3546">
+<smiles>CCC(O)CCC(=O)O[O]</smiles>
+</species>
+<species species_name="C64O2" species_number="s3547">
+<smiles>OCC(C)(O[O])CC(=O)C</smiles>
+</species>
+<species species_name="CO2C54CHO" species_number="s3548">
+<smiles>O=CC(C)CC(=O)C</smiles>
+</species>
+<species species_name="HO2C54O2" species_number="s3549">
+<smiles>[O]OC(C)CC(C)O</smiles>
+</species>
+<species species_name="HO2C54CO3" species_number="s3550">
+<smiles>[O]OC(=O)C(C)CC(C)O</smiles>
+</species>
+<species species_name="C66O2" species_number="s3551">
+<smiles>OCC(C)C(=O)C(C)O[O]</smiles>
+</species>
+<species species_name="CO3C54CO3" species_number="s3552">
+<smiles>CCC(=O)C(C)C(=O)O[O]</smiles>
+</species>
+<species species_name="H2M2C4CO3" species_number="s3553">
+<smiles>[O]OC(=O)CCC(C)(C)O</smiles>
+</species>
+<species species_name="C67O2" species_number="s3554">
+<smiles>O=CCC(O[O])C(C)(C)O</smiles>
+</species>
+<species species_name="C610O2" species_number="s3555">
+<smiles>OCC(O[O])C(C)C(=O)C</smiles>
+</species>
+<species species_name="CO2M3C4CHO" species_number="s3556">
+<smiles>O=CCC(C)C(=O)C</smiles>
+</species>
+<species species_name="H2M3C4CO3" species_number="s3557">
+<smiles>[O]OC(=O)CC(C)C(C)O</smiles>
+</species>
+<species species_name="C68O2" species_number="s3558">
+<smiles>O=CCC(C)(O[O])C(C)O</smiles>
+</species>
+<species species_name="C69O2" species_number="s3559">
+<smiles>[O]OCC(=O)C(C)C(C)O</smiles>
+</species>
+<species species_name="C611O2" species_number="s3560">
+<smiles>[O]OC(C)(C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="HM33C3CO3" species_number="s3561">
+<smiles>OCCC(C)(C)C(=O)O[O]</smiles>
+</species>
+<species species_name="HM22C3O2" species_number="s3562">
+<smiles>[O]OCC(C)(C)CO</smiles>
+</species>
+<species species_name="HM22C3CO3" species_number="s3563">
+<smiles>[O]OC(=O)CC(C)(C)CO</smiles>
+</species>
+<species species_name="HM2C43CO3" species_number="s3564">
+<smiles>OCC(C)C(C)C(=O)O[O]</smiles>
+</species>
+<species species_name="HO2CO5C7" species_number="s3565">
+<smiles>CCC(=O)CCC(C)O</smiles>
+</species>
+<species species_name="CO25C7" species_number="s3566">
+<smiles>CCC(=O)CCC(=O)C</smiles>
+</species>
+<species species_name="C71O2" species_number="s3567">
+<smiles>CCC(O)CC(=O)C(C)O[O]</smiles>
+</species>
+<species species_name="C76O2" species_number="s3568">
+<smiles>[O]OCC(=O)CC(O)C(C)C</smiles>
+</species>
+<species species_name="C77O2" species_number="s3569">
+<smiles>[O]OC(CC(=O)C)C(C)(C)O</smiles>
+</species>
+<species species_name="C78O2" species_number="s3570">
+<smiles>[O]OC(CC(C)(C)O)C(=O)C</smiles>
+</species>
+<species species_name="H2M3CO5C6" species_number="s3571">
+<smiles>CC(=O)CC(C)C(C)O</smiles>
+</species>
+<species species_name="M3CO25C6" species_number="s3572">
+<smiles>CC(=O)CC(C)C(=O)C</smiles>
+</species>
+<species species_name="C711O2" species_number="s3573">
+<smiles>CC(O)(CC(=O)CO[O])CC</smiles>
+</species>
+<species species_name="H3M3C5O2" species_number="s3574">
+<smiles>CC(O)(CCO[O])CC</smiles>
+</species>
+<species species_name="H3M3C5CO3" species_number="s3575">
+<smiles>[O]OC(=O)CCC(C)(O)CC</smiles>
+</species>
+<species species_name="C82O2" species_number="s3576">
+<smiles>CCC(=O)CC(O[O])C(O)CC</smiles>
+</species>
+<species species_name="CO36C8" species_number="s3577">
+<smiles>CCC(=O)CCC(=O)CC</smiles>
+</species>
+<species species_name="C81O2" species_number="s3578">
+<smiles>CC(O[O])C(=O)CC(O)CCC</smiles>
+</species>
+<species species_name="C93O2" species_number="s3579">
+<smiles>CCCC(O)C(O[O])CC(=O)CC</smiles>
+</species>
+<species species_name="CO36C9" species_number="s3580">
+<smiles>CCCC(=O)CCC(=O)CC</smiles>
+</species>
+<species species_name="C92O2" species_number="s3581">
+<smiles>CC(O[O])C(=O)CC(O)CCCC</smiles>
+</species>
+<species species_name="HO6C7O2" species_number="s3582">
+<smiles>CCCCCC(O)CO[O]</smiles>
+</species>
+<species species_name="C103O2" species_number="s3583">
+<smiles>CCCCC(O)C(O[O])CC(=O)CC</smiles>
+</species>
+<species species_name="CO36C10" species_number="s3584">
+<smiles>CCCCC(=O)CCC(=O)CC</smiles>
+</species>
+<species species_name="C102O2" species_number="s3585">
+<smiles>CCCCCC(O)CC(=O)C(C)O[O]</smiles>
+</species>
+<species species_name="HO7C8O2" species_number="s3586">
+<smiles>CCCCCCC(O)CO[O]</smiles>
+</species>
+<species species_name="C113O2" species_number="s3587">
+<smiles>CCCCCC(O)C(O[O])CC(=O)CC</smiles>
+</species>
+<species species_name="CO36C11" species_number="s3588">
+<smiles>CCCCCC(=O)CCC(=O)CC</smiles>
+</species>
+<species species_name="C112O2" species_number="s3589">
+<smiles>CCCCCCC(O)CC(=O)C(C)O[O]</smiles>
+</species>
+<species species_name="HO8C9O2" species_number="s3590">
+<smiles>CCCCCCCC(O)CO[O]</smiles>
+</species>
+<species species_name="C123O2" species_number="s3591">
+<smiles>CCCCCCC(O)C(O[O])CC(=O)CC</smiles>
+</species>
+<species species_name="CO36C12" species_number="s3592">
+<smiles>CCCCCCC(=O)CCC(=O)CC</smiles>
+</species>
+<species species_name="C122O2" species_number="s3593">
+<smiles>CCCCCCCC(O)CC(=O)C(C)O[O]</smiles>
+</species>
+<species species_name="CO1H63O2" species_number="s3594">
+<smiles>OCCCC(O[O])CC=O</smiles>
+</species>
+<species species_name="HO2CO3C4O" species_number="s3595">
+<smiles>[O]CC(=O)C(C)O</smiles>
+</species>
+<species species_name="C5CO24O" species_number="s3596">
+<smiles>CC(=O)CC(=O)C[O]</smiles>
+</species>
+<species species_name="C3NO3COO2" species_number="s3597">
+<smiles>[O]OCC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="C53NO324CO" species_number="s3598">
+<smiles>O=N(=O)OC(C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="C4M22CONO3" species_number="s3599">
+<smiles>O=CC(C)(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="C43OHCOCHO" species_number="s3600">
+<smiles>CCC(O)CC(=O)C=O</smiles>
+</species>
+<species species_name="CO35C5CHO" species_number="s3601">
+<smiles>CCC(=O)CC(=O)C=O</smiles>
+</species>
+<species species_name="NBZFUOOH" species_number="s3602">
+<smiles>OOC1C(=O)OCC1ON(=O)=O</smiles>
+</species>
+<species species_name="NBZFUO" species_number="s3603">
+<smiles>O=N(=O)OC1COC(=O)C1[O]</smiles>
+</species>
+<species species_name="BZFUONOO" species_number="s3604">
+<smiles>[O-][O+]=CC(=O)OCC=O</smiles>
+</species>
+<species species_name="BZFUOOH" species_number="s3605">
+<smiles>OOC1C(O)COC1=O</smiles>
+</species>
+<species species_name="BZFUO" species_number="s3606">
+<smiles>[O]C1C(O)COC1=O</smiles>
+</species>
+<species species_name="BZFUCO" species_number="s3607">
+<smiles>OC1COC(=O)C1=O</smiles>
+</species>
+<species species_name="BZFUOH" species_number="s3608">
+<smiles>OC1C(O)COC1=O</smiles>
+</species>
+<species species_name="MALANHY" species_number="s3609">
+<smiles>O=C1C=CC(=O)O1</smiles>
+</species>
+<species species_name="CO2C4DIAL" species_number="s3610">
+<smiles>O=CC(=O)C(=O)C=O</smiles>
+</species>
+<species species_name="DNPHEN" species_number="s3611">
+<smiles>O=N(=O)c1ccc(O)c(c1)N(=O)=O</smiles>
+</species>
+<species species_name="NPHEN1O2" species_number="s3612">
+<smiles>[O]Oc1ccccc1N(=O)=O</smiles>
+</species>
+<species species_name="NNCATECO2" species_number="s3613">
+<smiles>[O]OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O</smiles>
+</species>
+<species species_name="NCATECO2" species_number="s3614">
+<smiles>[O]OC1(O)C(=CC2(OOC1C2O)N(=O)=O)O</smiles>
+</species>
+<species species_name="CATEC1OOH" species_number="s3615">
+<smiles>OOc1ccccc1O</smiles>
+</species>
+<species species_name="NBZQO2" species_number="s3616">
+<smiles>[O]OC1C(=O)C=CC(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="PBZQO2" species_number="s3617">
+<smiles>[O]OC1C(=O)C=CC(=O)C1O</smiles>
+</species>
+<species species_name="NPTLQO2" species_number="s3618">
+<smiles>[O]OC1C(=O)C=C(C)C(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="PTLQO2" species_number="s3619">
+<smiles>[O]OC1C(=O)C=C(C)C(=O)C1O</smiles>
+</species>
+<species species_name="DNCRES" species_number="s3620">
+<smiles>O=N(=O)c1cc(C)c(O)c(c1)N(=O)=O</smiles>
+</species>
+<species species_name="NCRES1O2" species_number="s3621">
+<smiles>[O]Oc1c(C)cccc1N(=O)=O</smiles>
+</species>
+<species species_name="MNNCATECO2" species_number="s3622">
+<smiles>[O]OC1(O)C(=C(N(=O)=O)C2OOC1(C)C2ON(=O)=O)O</smiles>
+</species>
+<species species_name="MNCATECO2" species_number="s3623">
+<smiles>[O]OC1(O)C(=C(N(=O)=O)C2OOC1(C)C2O)O</smiles>
+</species>
+<species species_name="MCATEC1OOH" species_number="s3624">
+<smiles>OOc1c(C)cccc1O</smiles>
+</species>
+<species species_name="MC3CODBCO2" species_number="s3625">
+<smiles>O=CC=C(C)C(=O)[O]</smiles>
+</species>
+<species species_name="MC3CODBPAN" species_number="s3626">
+<smiles>O=CC=C(C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C4M2ALOHO" species_number="s3627">
+<smiles>O=CC(O)C(C)([O])C=O</smiles>
+</species>
+<species species_name="C4M2AL2OH" species_number="s3628">
+<smiles>O=CC(O)C(C)(O)C=O</smiles>
+</species>
+<species species_name="C5DICAROOH" species_number="s3629">
+<smiles>OOC(C(=O)C)C(O)C=O</smiles>
+</species>
+<species species_name="C5DICARBO" species_number="s3630">
+<smiles>O=CC(O)C([O])C(=O)C</smiles>
+</species>
+<species species_name="C5134CO2OH" species_number="s3631">
+<smiles>O=CC(O)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="C514CO23OH" species_number="s3632">
+<smiles>O=CC(O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="NTLFUOOH" species_number="s3633">
+<smiles>OOC1C(=O)OC(C)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NTLFUO" species_number="s3634">
+<smiles>O=N(=O)OC1C(C)OC(=O)C1[O]</smiles>
+</species>
+<species species_name="TLFUONOO" species_number="s3635">
+<smiles>[O-][O+]=CCC(=O)OC(=O)C</smiles>
+</species>
+<species species_name="TLFUOOH" species_number="s3636">
+<smiles>OOC1C(=O)OC(C)C1O</smiles>
+</species>
+<species species_name="TLFUO" species_number="s3637">
+<smiles>CC1OC(=O)C([O])C1O</smiles>
+</species>
+<species species_name="TLFUOH" species_number="s3638">
+<smiles>CC1OC(=O)C(O)C1O</smiles>
+</species>
+<species species_name="C5DBCOCO3H" species_number="s3639">
+<smiles>OOC(=O)C=C(C)C(=O)C</smiles>
+</species>
+<species species_name="MC4CODBCO2" species_number="s3640">
+<smiles>[O]C(=O)C=C(C)C(=O)C</smiles>
+</species>
+<species species_name="MC4CODBPAN" species_number="s3641">
+<smiles>O=N(=O)OOC(=O)C=C(C)C(=O)C</smiles>
+</species>
+<species species_name="MEK2OO" species_number="s3642">
+<smiles>[O-][O+]=C(C)C(=O)C</smiles>
+</species>
+<species species_name="MC5COOHOOH" species_number="s3643">
+<smiles>O=CC(O)C(C)(OO)C(=O)C</smiles>
+</species>
+<species species_name="MC5CO2OHO" species_number="s3644">
+<smiles>O=CC(O)C(C)([O])C(=O)C</smiles>
+</species>
+<species species_name="MC52CO2OH" species_number="s3645">
+<smiles>O=CC(O)C(C)(O)C(=O)C</smiles>
+</species>
+<species species_name="NOXYFUOOH" species_number="s3646">
+<smiles>OOC1(C)C(=O)OCC1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="NOXYFUO" species_number="s3647">
+<smiles>O=N(=O)OC1(C)COC(=O)C1(C)[O]</smiles>
+</species>
+<species species_name="C6OTKETOOH" species_number="s3648">
+<smiles>OOC(OC(=O)C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="C6OTKETO" species_number="s3649">
+<smiles>[O]C(OC(=O)C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="C6OTKETCO" species_number="s3650">
+<smiles>O=C(OC(=O)C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="C6OTKETOH" species_number="s3651">
+<smiles>OC(OC(=O)C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="OXYFUOOH" species_number="s3652">
+<smiles>OOC1(C)C(=O)OCC1(C)O</smiles>
+</species>
+<species species_name="OXYFUO" species_number="s3653">
+<smiles>CC1([O])C(=O)OCC1(C)O</smiles>
+</species>
+<species species_name="OXYFUOH" species_number="s3654">
+<smiles>CC1(O)C(=O)OCC1(C)O</smiles>
+</species>
+<species species_name="DNOXYOL" species_number="s3655">
+<smiles>Cc1c(C)c(cc(N(=O)=O)c1O)N(=O)=O</smiles>
+</species>
+<species species_name="NOXYOL1O2" species_number="s3656">
+<smiles>[O]Oc1c(ccc(C)c1C)N(=O)=O</smiles>
+</species>
+<species species_name="NOXYQO2" species_number="s3657">
+<smiles>[O]OC1C(ON(=O)=O)C(=O)C(=C(C)C1=O)C</smiles>
+</species>
+<species species_name="OXYQO2" species_number="s3658">
+<smiles>[O]OC1C(O)C(=O)C(=C(C)C1=O)C</smiles>
+</species>
+<species species_name="OXNNCATCO2" species_number="s3659">
+<smiles>[O]OC1(O)C(=C(C)C2(C)OOC1(N(=O)=O)C2ON(=O)=O)O</smiles>
+</species>
+<species species_name="OXNCATECO2" species_number="s3660">
+<smiles>[O]OC1(O)C(=C(C)C2(C)OOC1(N(=O)=O)C2O)O</smiles>
+</species>
+<species species_name="OCATEC1OOH" species_number="s3661">
+<smiles>OOc1c(O)ccc(C)c1C</smiles>
+</species>
+<species species_name="C6CO2OHOOH" species_number="s3662">
+<smiles>OOC(C)(C=O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="C5MCO2OHO" species_number="s3663">
+<smiles>O=CC(C)([O])C(O)C(=O)C</smiles>
+</species>
+<species species_name="C6CO2M2OH" species_number="s3664">
+<smiles>O=CC(C)(O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="NMXYFUOOH" species_number="s3665">
+<smiles>OOC1(C)C(=O)OC(C)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NMXYFUO" species_number="s3666">
+<smiles>O=N(=O)OC1C(C)OC(=O)C1(C)[O]</smiles>
+</species>
+<species species_name="C23O3MCOOH" species_number="s3667">
+<smiles>CC(OC(=O)C(=O)C)OO</smiles>
+</species>
+<species species_name="C23O3MO" species_number="s3668">
+<smiles>CC([O])OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C23O3MOH" species_number="s3669">
+<smiles>CC(O)OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="MXYFUOOH" species_number="s3670">
+<smiles>CC1(OO)C(O)C(C)OC1=O</smiles>
+</species>
+<species species_name="MXYFUO" species_number="s3671">
+<smiles>CC1OC(=O)C(C)([O])C1O</smiles>
+</species>
+<species species_name="MXYFUOH" species_number="s3672">
+<smiles>CC1OC(=O)C(C)(O)C1O</smiles>
+</species>
+<species species_name="NPXYFUOOH" species_number="s3673">
+<smiles>OOC1(C)C(=O)OCC1ON(=O)=O</smiles>
+</species>
+<species species_name="NPXYFUO" species_number="s3674">
+<smiles>O=N(=O)OC1COC(=O)C1(C)[O]</smiles>
+</species>
+<species species_name="MCOCOMOOOH" species_number="s3675">
+<smiles>CC(=O)C(=O)OCOO</smiles>
+</species>
+<species species_name="MCOCOMOXO" species_number="s3676">
+<smiles>CC(=O)C(=O)OC[O]</smiles>
+</species>
+<species species_name="PXYFUOOH" species_number="s3677">
+<smiles>OOC1(C)C(O)COC1=O</smiles>
+</species>
+<species species_name="PXYFUO" species_number="s3678">
+<smiles>CC1([O])C(O)COC1=O</smiles>
+</species>
+<species species_name="PXYFUOH" species_number="s3679">
+<smiles>CC1(O)C(O)COC1=O</smiles>
+</species>
+<species species_name="MMALANHY" species_number="s3680">
+<smiles>O=C1C=C(C)C(=O)O1</smiles>
+</species>
+<species species_name="CH3COCO3H" species_number="s3681">
+<smiles>CC(=O)C(=O)OO</smiles>
+</species>
+<species species_name="PPACLOOA" species_number="s3682">
+<smiles>[O-][O+]=C(C(=O)OO)C</smiles>
+</species>
+<species species_name="C534O2" species_number="s3683">
+<smiles>O=CC(C(C(=O)OO)(O[O])C)O</smiles>
+</species>
+<species species_name="DNMXYOL" species_number="s3684">
+<smiles>O=N(=O)c1c(C)cc(N(=O)=O)c(O)c1C</smiles>
+</species>
+<species species_name="NMXYOL1O2" species_number="s3685">
+<smiles>[O]Oc1c(C)cc(C)cc1N(=O)=O</smiles>
+</species>
+<species species_name="NMXYQO2" species_number="s3686">
+<smiles>[O]OC1(C)C(ON(=O)=O)C(=O)C=C(C)C1=O</smiles>
+</species>
+<species species_name="MXYQO2" species_number="s3687">
+<smiles>[O]OC1(C)C(O)C(=O)C=C(C)C1=O</smiles>
+</species>
+<species species_name="MXNNCATCO2" species_number="s3688">
+<smiles>[O]OC1(O)C(=C(N(=O)=O)C2(C)OOC1(C)C2ON(=O)=O)O</smiles>
+</species>
+<species species_name="MXNCATECO2" species_number="s3689">
+<smiles>[O]OC1(O)C(=C(N(=O)=O)C2(C)OOC1(C)C2O)O</smiles>
+</species>
+<species species_name="MXCTEC1OOH" species_number="s3690">
+<smiles>OOc1c(C)cc(C)cc1O</smiles>
+</species>
+<species species_name="TOL4OHNO2" species_number="s3691">
+<smiles>Cc1ccc(O)c(c1)N(=O)=O</smiles>
+</species>
+<species species_name="DMKOHOOH" species_number="s3692">
+<smiles>OOC(C(=O)C)C(O)C(=O)C</smiles>
+</species>
+<species species_name="DMKOHO" species_number="s3693">
+<smiles>CC(=O)C([O])C(O)C(=O)C</smiles>
+</species>
+<species species_name="DMK2OH" species_number="s3694">
+<smiles>CC(=O)C(O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="DMKCOOH" species_number="s3695">
+<smiles>CC(=O)C(=O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="DNPXYOL" species_number="s3696">
+<smiles>O=N(=O)c1cc(C)c(O)c(N(=O)=O)c1C</smiles>
+</species>
+<species species_name="NPXYOL1O2" species_number="s3697">
+<smiles>[O]Oc1c(C)ccc(C)c1N(=O)=O</smiles>
+</species>
+<species species_name="NPXYQO2" species_number="s3698">
+<smiles>[O]OC1(C)C(=O)C=C(C)C(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="PXYQO2" species_number="s3699">
+<smiles>[O]OC1(C)C(=O)C=C(C)C(=O)C1O</smiles>
+</species>
+<species species_name="PXNNCATCO2" species_number="s3700">
+<smiles>[O]OC1(O)C(=C(C)C2(OOC1(C)C2ON(=O)=O)N(=O)=O)O</smiles>
+</species>
+<species species_name="PXNCATECO2" species_number="s3701">
+<smiles>[O]OC1(O)C(=C(C)C2(OOC1(C)C2O)N(=O)=O)O</smiles>
+</species>
+<species species_name="PCATEC1OOH" species_number="s3702">
+<smiles>OOc1c(C)ccc(C)c1O</smiles>
+</species>
+<species species_name="DNEBNZOL" species_number="s3703">
+<smiles>CCc1cc(cc(N(=O)=O)c1O)N(=O)=O</smiles>
+</species>
+<species species_name="NEBNZ1O2" species_number="s3704">
+<smiles>[O]Oc1c(CC)cccc1N(=O)=O</smiles>
+</species>
+<species species_name="NPEBQO2" species_number="s3705">
+<smiles>[O]OC1C(=O)C=C(CC)C(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="PEBQO2" species_number="s3706">
+<smiles>[O]OCC(=O)C=C(C(=O)CO)CC</smiles>
+</species>
+<species species_name="ENNCATECO2" species_number="s3707">
+<smiles>CCC12OOC(C(=C(O)C2(O)O[O])N(=O)=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="ENCATECO2" species_number="s3708">
+<smiles>[O]OC1(O)C(=C(N(=O)=O)C2OOC1(CC)C2O)O</smiles>
+</species>
+<species species_name="ECATEC1OOH" species_number="s3709">
+<smiles>CCc1cccc(O)c1OO</smiles>
+</species>
+<species species_name="C6DICAROOH" species_number="s3710">
+<smiles>OOC(C(O)C=O)C(=O)CC</smiles>
+</species>
+<species species_name="C6DICARBO" species_number="s3711">
+<smiles>CCC(=O)C([O])C(O)C=O</smiles>
+</species>
+<species species_name="C6134CO2OH" species_number="s3712">
+<smiles>CCC(=O)C(=O)C(O)C=O</smiles>
+</species>
+<species species_name="C614CO23OH" species_number="s3713">
+<smiles>CCC(=O)C(O)C(O)C=O</smiles>
+</species>
+<species species_name="NEBFUOOH" species_number="s3714">
+<smiles>CCC1OC(=O)C(OO)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NEBFUO" species_number="s3715">
+<smiles>CCC1OC(=O)C([O])C1ON(=O)=O</smiles>
+</species>
+<species species_name="BUTALAOOH" species_number="s3716">
+<smiles>CCC(OO)C=O</smiles>
+</species>
+<species species_name="EBFUOOH" species_number="s3717">
+<smiles>CCC1OC(=O)C(OO)C1O</smiles>
+</species>
+<species species_name="EBFUO" species_number="s3718">
+<smiles>CCC1OC(=O)C([O])C1O</smiles>
+</species>
+<species species_name="EBFUCO" species_number="s3719">
+<smiles>CCC1OC(=O)C(=O)C1O</smiles>
+</species>
+<species species_name="EBFUOH" species_number="s3720">
+<smiles>CCC1OC(=O)C(O)C1O</smiles>
+</species>
+<species species_name="CO3H4CO3" species_number="s3721">
+<smiles>CCC(=O)C(O)C(=O)O[O]</smiles>
+</species>
+<species species_name="C7CO3OHOOH" species_number="s3722">
+<smiles>CCC(=O)C(OO)C(O)C(=O)C=O</smiles>
+</species>
+<species species_name="C7CO3OHO" species_number="s3723">
+<smiles>CCC(=O)C([O])C(O)C(=O)C=O</smiles>
+</species>
+<species species_name="PHCOCOCO2" species_number="s3724">
+<smiles>[O]OCC(=O)C(=O)c1ccccc1</smiles>
+</species>
+<species species_name="DNPBNZOL" species_number="s3725">
+<smiles>CCCc1cc(cc(N(=O)=O)c1O)N(=O)=O</smiles>
+</species>
+<species species_name="NPBNZ1O2" species_number="s3726">
+<smiles>CCCc1cccc(N(=O)=O)c1O[O]</smiles>
+</species>
+<species species_name="NPPRBQO2" species_number="s3727">
+<smiles>CCCC1=CC(=O)C(O[O])C(ON(=O)=O)C1=O</smiles>
+</species>
+<species species_name="PPRBQO2" species_number="s3728">
+<smiles>CCCC(=CC(=O)CO[O])C(=O)CO</smiles>
+</species>
+<species species_name="PNNCATECO2" species_number="s3729">
+<smiles>CCCC12OOC(C(=C(O)C2(O)O[O])N(=O)=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="PNCATECO2" species_number="s3730">
+<smiles>CCCC12OOC(C(=C(O)C2(O)O[O])N(=O)=O)C1O</smiles>
+</species>
+<species species_name="PRCATC1OOH" species_number="s3731">
+<smiles>CCCc1cccc(O)c1OO</smiles>
+</species>
+<species species_name="C7DCOOH" species_number="s3732">
+<smiles>CCCC(=O)C(OO)C(O)C=O</smiles>
+</species>
+<species species_name="C7DCO" species_number="s3733">
+<smiles>CCCC(=O)C([O])C(O)C=O</smiles>
+</species>
+<species species_name="C61CHO" species_number="s3734">
+<smiles>CCCC(=O)C(=O)C(O)C=O</smiles>
+</species>
+<species species_name="C7DCOH" species_number="s3735">
+<smiles>CCCC(=O)C(O)C(O)C=O</smiles>
+</species>
+<species species_name="NPBFUOOH" species_number="s3736">
+<smiles>CCCC1OC(=O)C(OO)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NPBFUO" species_number="s3737">
+<smiles>CCCC1OC(=O)C([O])C1ON(=O)=O</smiles>
+</species>
+<species species_name="C4CHOAOOH" species_number="s3738">
+<smiles>CCCC(OO)C=O</smiles>
+</species>
+<species species_name="PBFUOOH" species_number="s3739">
+<smiles>CCCC1OC(=O)C(OO)C1O</smiles>
+</species>
+<species species_name="PBFUO" species_number="s3740">
+<smiles>CCCC1OC(=O)C([O])C1O</smiles>
+</species>
+<species species_name="PBFUCO" species_number="s3741">
+<smiles>CCCC1OC(=O)C(=O)C1O</smiles>
+</species>
+<species species_name="PBFUOH" species_number="s3742">
+<smiles>CCCC1OC(=O)C(O)C1O</smiles>
+</species>
+<species species_name="C5O45OHCO3" species_number="s3743">
+<smiles>CCCC(=O)C(O)C(=O)O[O]</smiles>
+</species>
+<species species_name="C83COOHOOH" species_number="s3744">
+<smiles>CCCC(=O)C(OO)C(O)C(=O)C=O</smiles>
+</species>
+<species species_name="C8CO3OHO" species_number="s3745">
+<smiles>CCCC(=O)C([O])C(O)C(=O)C=O</smiles>
+</species>
+<species species_name="PHCOMEOOH" species_number="s3746">
+<smiles>OOCC(=O)c1ccccc1</smiles>
+</species>
+<species species_name="PHCOMEO" species_number="s3747">
+<smiles>[O]CC(=O)c1ccccc1</smiles>
+</species>
+<species species_name="PHCOMEOH" species_number="s3748">
+<smiles>OCC(=O)c1ccccc1</smiles>
+</species>
+<species species_name="PHGLYOX" species_number="s3749">
+<smiles>O=CC(=O)c1ccccc1</smiles>
+</species>
+<species species_name="DNIPBNZOL" species_number="s3750">
+<smiles>O=N(=O)c1cc(C(C)C)c(O)c(c1)N(=O)=O</smiles>
+</species>
+<species species_name="NIPBNZ1O2" species_number="s3751">
+<smiles>[O]Oc1c(cccc1N(=O)=O)C(C)C</smiles>
+</species>
+<species species_name="NIPRBQO2" species_number="s3752">
+<smiles>[O]OC1C(=O)C=C(C(C)C)C(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="IPRBQO2" species_number="s3753">
+<smiles>[O]OC1C(=O)C=C(C(C)C)C(=O)C1O</smiles>
+</species>
+<species species_name="IPNNCATCO2" species_number="s3754">
+<smiles>[O]OC1(O)C(=C(N(=O)=O)C2OOC1(C(C)C)C2ON(=O)=O)O</smiles>
+</species>
+<species species_name="IPNCATECO2" species_number="s3755">
+<smiles>[O]OC1(O)C(=C(N(=O)=O)C2OOC1(C(C)C)C2O)O</smiles>
+</species>
+<species species_name="IPCATC1OOH" species_number="s3756">
+<smiles>OOc1c(O)cccc1C(C)C</smiles>
+</species>
+<species species_name="IC7DCOOH" species_number="s3757">
+<smiles>OOC(C(O)C=O)C(=O)C(C)C</smiles>
+</species>
+<species species_name="IC7DCO" species_number="s3758">
+<smiles>O=CC(O)C([O])C(=O)C(C)C</smiles>
+</species>
+<species species_name="C62CHO" species_number="s3759">
+<smiles>O=CC(O)C(=O)C(=O)C(C)C</smiles>
+</species>
+<species species_name="IC7DCOH" species_number="s3760">
+<smiles>O=CC(O)C(O)C(=O)C(C)C</smiles>
+</species>
+<species species_name="NIPBFUOOH" species_number="s3761">
+<smiles>OOC1C(=O)OC(C(C)C)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NIPBFUO" species_number="s3762">
+<smiles>O=N(=O)OC1C(OC(=O)C1[O])C(C)C</smiles>
+</species>
+<species species_name="IC4CHOAOOH" species_number="s3763">
+<smiles>OOC(C=O)C(C)C</smiles>
+</species>
+<species species_name="IPBFUOOH" species_number="s3764">
+<smiles>OOC1C(=O)OC(C(C)C)C1O</smiles>
+</species>
+<species species_name="IPBFUO" species_number="s3765">
+<smiles>CC(C)C1OC(=O)C([O])C1O</smiles>
+</species>
+<species species_name="IPBFUCO" species_number="s3766">
+<smiles>O=C1C(=O)OC(C(C)C)C1O</smiles>
+</species>
+<species species_name="IPBFUOH" species_number="s3767">
+<smiles>CC(C)C1OC(=O)C(O)C1O</smiles>
+</species>
+<species species_name="C4MOHOCO3" species_number="s3768">
+<smiles>[O]OC(=O)C(O)C(=O)C(C)C</smiles>
+</species>
+<species species_name="C7MO3OHOOH" species_number="s3769">
+<smiles>O=CC(=O)C(O)C(OO)C(=O)C(C)C</smiles>
+</species>
+<species species_name="C7MCO3OHO" species_number="s3770">
+<smiles>O=CC(=O)C(O)C([O])C(=O)C(C)C</smiles>
+</species>
+<species species_name="C7ADCCO2" species_number="s3771">
+<smiles>CC(=O)C(=C(C)C(=O)[O])C</smiles>
+</species>
+<species species_name="DNT123BOL" species_number="s3772">
+<smiles>Cc1c(C)c(N(=O)=O)c(N(=O)=O)c(O)c1C</smiles>
+</species>
+<species species_name="NT123L1O2" species_number="s3773">
+<smiles>[O]Oc1c(C)c(C)c(C)cc1N(=O)=O</smiles>
+</species>
+<species species_name="T123NNCTO2" species_number="s3774">
+<smiles>[O]OC1(O)C(=C(N(=O)=O)C2(C)OOC1(C)C2(C)ON(=O)=O)O</smiles>
+</species>
+<species species_name="T123NCATO2" species_number="s3775">
+<smiles>[O]OC1(O)C(=C(N(=O)=O)C2(C)OOC1(C)C2(C)O)O</smiles>
+</species>
+<species species_name="T123CT1OOH" species_number="s3776">
+<smiles>OOc1c(O)cc(C)c(C)c1C</smiles>
+</species>
+<species species_name="C7ADCCO3H" species_number="s3777">
+<smiles>OOC(=O)C(=C(C)C(=O)C)C</smiles>
+</species>
+<species species_name="C7ADCPAN" species_number="s3778">
+<smiles>O=N(=O)OOC(=O)C(=C(C)C(=O)C)C</smiles>
+</species>
+<species species_name="C7ADCOOH" species_number="s3779">
+<smiles>O=CC(C)(O)C(C)(OO)C(=O)C</smiles>
+</species>
+<species species_name="C7ADCO" species_number="s3780">
+<smiles>O=CC(C)(O)C(C)([O])C(=O)C</smiles>
+</species>
+<species species_name="C7ADCOH" species_number="s3781">
+<smiles>O=CC(C)(O)C(C)(O)C(=O)C</smiles>
+</species>
+<species species_name="NTMB1FUOOH" species_number="s3782">
+<smiles>OOC1(C)C(C)OC(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NTMB1FUO" species_number="s3783">
+<smiles>O=N(=O)OC1C(=O)OC(C)C1(C)[O]</smiles>
+</species>
+<species species_name="TMB1FUOOH" species_number="s3784">
+<smiles>OOC1(C)C(C)OC(=O)C1O</smiles>
+</species>
+<species species_name="TMB1FUO" species_number="s3785">
+<smiles>O=C1OC(C)C(C)([O])C1O</smiles>
+</species>
+<species species_name="TMB1FUOH" species_number="s3786">
+<smiles>O=C1OC(C)C(C)(O)C1O</smiles>
+</species>
+<species species_name="NTMB2FUOOH" species_number="s3787">
+<smiles>OOC1(C)C(=O)OC(C)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="NTMB2FUO" species_number="s3788">
+<smiles>O=N(=O)OC1(C)C(C)OC(=O)C1(C)[O]</smiles>
+</species>
+<species species_name="MC6OTKTOOH" species_number="s3789">
+<smiles>OOC(C)(OC(=O)C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="MC6OTKETO" species_number="s3790">
+<smiles>O=C(OC(C)([O])C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="MC6OTKETOH" species_number="s3791">
+<smiles>O=C(OC(C)(O)C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="TMB2FUOOH" species_number="s3792">
+<smiles>OOC1(C)C(=O)OC(C)C1(C)O</smiles>
+</species>
+<species species_name="TMB2FUO" species_number="s3793">
+<smiles>CC1OC(=O)C(C)([O])C1(C)O</smiles>
+</species>
+<species species_name="TMB2FUOH" species_number="s3794">
+<smiles>CC1OC(=O)C(C)(O)C1(C)O</smiles>
+</species>
+<species species_name="DM124OHNO2" species_number="s3795">
+<smiles>Cc1cc(O)c(cc1C)N(=O)=O</smiles>
+</species>
+<species species_name="C7BDCOOH" species_number="s3796">
+<smiles>OOC(C)(C(=O)C)C(O)C(=O)C</smiles>
+</species>
+<species species_name="C7BDCO" species_number="s3797">
+<smiles>CC(=O)C(O)C(C)([O])C(=O)C</smiles>
+</species>
+<species species_name="C7BDCOH" species_number="s3798">
+<smiles>CC(=O)C(O)C(C)(O)C(=O)C</smiles>
+</species>
+<species species_name="DNT124BOL" species_number="s3799">
+<smiles>O=N(=O)c1c(N(=O)=O)c(C)c(C)c(O)c1C</smiles>
+</species>
+<species species_name="NT124L1O2" species_number="s3800">
+<smiles>[O]Oc1c(C)cc(N(=O)=O)c(C)c1C</smiles>
+</species>
+<species species_name="NTM124QO2" species_number="s3801">
+<smiles>[O]OC1(C)C(ON(=O)=O)C(=O)C(=C(C)C1=O)C</smiles>
+</species>
+<species species_name="TM124QO2" species_number="s3802">
+<smiles>[O]OC1(C)C(O)C(=O)C(=C(C)C1=O)C</smiles>
+</species>
+<species species_name="T124NNCTO2" species_number="s3803">
+<smiles>[O]OC1(O)C(=C(C)C2(OOC1(C)C2(C)ON(=O)=O)N(=O)=O)O</smiles>
+</species>
+<species species_name="T124NCATO2" species_number="s3804">
+<smiles>[O]OC1(O)C(=C(C)C2(OOC1(C)C2(C)O)N(=O)=O)O</smiles>
+</species>
+<species species_name="T124CT1OOH" species_number="s3805">
+<smiles>OOc1c(C)c(C)cc(C)c1O</smiles>
+</species>
+<species species_name="DMPHOHNO2" species_number="s3806">
+<smiles>Cc1cc(C)c(N(=O)=O)c(O)c1</smiles>
+</species>
+<species species_name="C5CO234O2" species_number="s3807">
+<smiles>CC(=O)C(=O)C(=O)CO[O]</smiles>
+</species>
+<species species_name="DNOETOL" species_number="s3808">
+<smiles>CCc1c(C)c(cc(N(=O)=O)c1O)N(=O)=O</smiles>
+</species>
+<species species_name="NOETOL1O2" species_number="s3809">
+<smiles>CCc1c(C)ccc(N(=O)=O)c1O[O]</smiles>
+</species>
+<species species_name="NOETLQO2" species_number="s3810">
+<smiles>CCC1=C(C)C(=O)C(O[O])C(ON(=O)=O)C1=O</smiles>
+</species>
+<species species_name="OETLQO2" species_number="s3811">
+<smiles>[O]OC1C(O)C(=O)C(=C(C)C1=O)CC</smiles>
+</species>
+<species species_name="OTNNCATCO2" species_number="s3812">
+<smiles>CCC1=C(O)C(O)(O[O])C2(OOC1(C)C2ON(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="OTNCATECO2" species_number="s3813">
+<smiles>CCC1=C(O)C(O)(O[O])C2(OOC1(C)C2O)N(=O)=O</smiles>
+</species>
+<species species_name="OTCTEC1OOH" species_number="s3814">
+<smiles>CCc1c(C)ccc(O)c1OO</smiles>
+</species>
+<species species_name="DNMETOL" species_number="s3815">
+<smiles>CCc1cc(N(=O)=O)c(O)c(C)c1N(=O)=O</smiles>
+</species>
+<species species_name="NMETOL1O2" species_number="s3816">
+<smiles>[O]Oc1c(CC)cc(C)cc1N(=O)=O</smiles>
+</species>
+<species species_name="NMETLQO2" species_number="s3817">
+<smiles>CCC1=CC(=O)C(ON(=O)=O)C(C)(O[O])C1=O</smiles>
+</species>
+<species species_name="METLQO2" species_number="s3818">
+<smiles>CCC1=CC(=O)C(O)C(C)(O[O])C1=O</smiles>
+</species>
+<species species_name="MTNNCATCO2" species_number="s3819">
+<smiles>CCC12OOC(C)(C(=C(O)C2(O)O[O])N(=O)=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="MTNCATECO2" species_number="s3820">
+<smiles>CCC12OOC(C)(C(=C(O)C2(O)O[O])N(=O)=O)C1O</smiles>
+</species>
+<species species_name="MTCTEC1OOH" species_number="s3821">
+<smiles>CCc1cc(C)cc(O)c1OO</smiles>
+</species>
+<species species_name="C7EDCOOH" species_number="s3822">
+<smiles>OOC(C(=O)C)C(O)C(=O)CC</smiles>
+</species>
+<species species_name="C7EDCO" species_number="s3823">
+<smiles>CCC(=O)C(O)C([O])C(=O)C</smiles>
+</species>
+<species species_name="C7EDCCO" species_number="s3824">
+<smiles>CCC(=O)C(O)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="C7EDCOH" species_number="s3825">
+<smiles>CCC(=O)C(O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="DNPETOL" species_number="s3826">
+<smiles>CCc1cc(N(=O)=O)c(C)c(N(=O)=O)c1O</smiles>
+</species>
+<species species_name="NPETOL1O2" species_number="s3827">
+<smiles>CCc1ccc(C)c(N(=O)=O)c1O[O]</smiles>
+</species>
+<species species_name="NPETLQO2" species_number="s3828">
+<smiles>CCC1=CC(=O)C(C)(O[O])C(ON(=O)=O)C1=O</smiles>
+</species>
+<species species_name="PETLQO2" species_number="s3829">
+<smiles>CCC1(O[O])C(=O)C=C(C)C(=O)C1O</smiles>
+</species>
+<species species_name="PTNNCATCO2" species_number="s3830">
+<smiles>[O]OC1(O)C(=C(C)C2(OOC1(CC)C2ON(=O)=O)N(=O)=O)O</smiles>
+</species>
+<species species_name="PTNCATECO2" species_number="s3831">
+<smiles>CCC12OOC(N(=O)=O)(C(=C(O)C2(O)O[O])C)C1O</smiles>
+</species>
+<species species_name="PTCTEC1OOH" species_number="s3832">
+<smiles>OOc1c(CC)ccc(C)c1O</smiles>
+</species>
+<species species_name="C7DDCCO2" species_number="s3833">
+<smiles>CCC(=O)C=C(C)C(=O)[O]</smiles>
+</species>
+<species species_name="C7DDCCO3H" species_number="s3834">
+<smiles>CCC(=O)C=C(C)C(=O)OO</smiles>
+</species>
+<species species_name="C7DDCPAN" species_number="s3835">
+<smiles>CCC(=O)C=C(C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C7DDCOOH" species_number="s3836">
+<smiles>CC(OO)(C=O)C(O)C(=O)CC</smiles>
+</species>
+<species species_name="C7DDCO" species_number="s3837">
+<smiles>CC([O])(C=O)C(O)C(=O)CC</smiles>
+</species>
+<species species_name="C7DDCOH" species_number="s3838">
+<smiles>CC(O)(C=O)C(O)C(=O)CC</smiles>
+</species>
+<species species_name="NMEBFUOOH" species_number="s3839">
+<smiles>CCC1OC(=O)C(C)(OO)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NMEBFUO" species_number="s3840">
+<smiles>CCC1OC(=O)C(C)([O])C1ON(=O)=O</smiles>
+</species>
+<species species_name="C23O3ECOOH" species_number="s3841">
+<smiles>CCC(OO)OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C23O3EO" species_number="s3842">
+<smiles>CCC([O])OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C23O3EHO" species_number="s3843">
+<smiles>CCC(=O)OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C23O3EOH" species_number="s3844">
+<smiles>CCC(O)OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="MEBFUOOH" species_number="s3845">
+<smiles>CC1(OO)C(O)C(CC)OC1=O</smiles>
+</species>
+<species species_name="MEBFUO" species_number="s3846">
+<smiles>CCC1OC(=O)C(C)([O])C1O</smiles>
+</species>
+<species species_name="MEBFUOH" species_number="s3847">
+<smiles>CCC1OC(=O)C(C)(O)C1O</smiles>
+</species>
+<species species_name="EMPHOOH" species_number="s3848">
+<smiles>CCc1cc(OO)cc(C)c1</smiles>
+</species>
+<species species_name="EMPHO" species_number="s3849">
+<smiles>CCc1cc(C)cc([O])c1</smiles>
+</species>
+<species species_name="CO234C65O2" species_number="s3850">
+<smiles>CC(O[O])C(=O)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="CH3COCLOOH" species_number="s3851">
+<smiles>CC(=O)C(Cl)OO</smiles>
+</species>
+<species species_name="CH3COCCLO" species_number="s3852">
+<smiles>CC(=O)C([O])Cl</smiles>
+</species>
+<species species_name="CLCOCL2OOH" species_number="s3853">
+<smiles>OOC(Cl)(Cl)C(=O)Cl</smiles>
+</species>
+<species species_name="CLCOCCL2O" species_number="s3854">
+<smiles>ClC(=O)C([O])(Cl)Cl</smiles>
+</species>
+<species species_name="NCO23CHO" species_number="s3855">
+<smiles>O=CC(=O)C(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="H13CO2CO3" species_number="s3856">
+<smiles>OCC(=O)C(O)C(=O)O[O]</smiles>
+</species>
+<species species_name="HOCH2COCO2H" species_number="s3857">
+<smiles>OCC(=O)C(=O)O</smiles>
+</species>
+<species species_name="H1CO23CHO" species_number="s3858">
+<smiles>OCC(=O)C(=O)C=O</smiles>
+</species>
+<species species_name="C527OOH" species_number="s3859">
+<smiles>OOC(C(OO)(CO)C)C=O</smiles>
+</species>
+<species species_name="C527NO3" species_number="s3860">
+<smiles>O=CC(C(OO)(CO)C)O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C527O" species_number="s3861">
+<smiles>O=CC(C(OO)(CO)C)[O]</smiles>
+</species>
+<species species_name="M3FOOA" species_number="s3862">
+<smiles>O=COC=CC(=[O+][O-])C</smiles>
+</species>
+<species species_name="INCNCHO" species_number="s3863">
+<smiles>O=CC(ON(=O)=O)C(C)(O)CON(=O)=O</smiles>
+</species>
+<species species_name="C59O" species_number="s3864">
+<smiles>OCC(=O)C(C)([O])CO</smiles>
+</species>
+<species species_name="INCGLYOX" species_number="s3865">
+<smiles>O=CC(=O)C(C)(O)CON(=O)=O</smiles>
+</species>
+<species species_name="CO2N3CO3" species_number="s3866">
+<smiles>[O]OC(=O)C(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="IEACHO" species_number="s3867">
+<smiles>CC(O)(C=O)C1CO1</smiles>
+</species>
+<species species_name="C526OOH" species_number="s3868">
+<smiles>OCC(C(C=O)(OO)C)OO</smiles>
+</species>
+<species species_name="C526NO3" species_number="s3869">
+<smiles>OCC(C(O[N+](=O)[O-])(C=O)C)OO</smiles>
+</species>
+<species species_name="C526O" species_number="s3870">
+<smiles>OCC(C(C=O)([O])C)OO</smiles>
+</species>
+<species species_name="NC2OO" species_number="s3871">
+<smiles>[O-][O+]=CCON(=O)=O</smiles>
+</species>
+<species species_name="ACLOO" species_number="s3872">
+<smiles>[O-][O+]=C(C)CO</smiles>
+</species>
+<species species_name="HC4ACO2H" species_number="s3873">
+<smiles>OCC(=CC(=O)O)C</smiles>
+</species>
+<species species_name="HC4ACO3H" species_number="s3874">
+<smiles>OCC(=CC(=O)OO)C</smiles>
+</species>
+<species species_name="C5PAN17" species_number="s3875">
+<smiles>OCC(=CC(=O)OON(=O)=O)C</smiles>
+</species>
+<species species_name="C58AOOH" species_number="s3876">
+<smiles>OOC(C=O)C(C)(O)CO</smiles>
+</species>
+<species species_name="C58ANO3" species_number="s3877">
+<smiles>[O-][N+](=O)OC(C(CO)(O)C)C=O</smiles>
+</species>
+<species species_name="C58AO" species_number="s3878">
+<smiles>O=CC([O])C(C)(O)CO</smiles>
+</species>
+<species species_name="IEB1CHO" species_number="s3879">
+<smiles>CC1(OC1CO)C=O</smiles>
+</species>
+<species species_name="IEB4CHO" species_number="s3880">
+<smiles>CC1(CO)OC1C=O</smiles>
+</species>
+<species species_name="MACRNOO" species_number="s3881">
+<smiles>[O-][O+]=CC(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INB1OOH" species_number="s3882">
+<smiles>OCC(OO)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INB1NO3" species_number="s3883">
+<smiles>OCC(ON(=O)=O)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INB1O" species_number="s3884">
+<smiles>OCC([O])C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INB1CO" species_number="s3885">
+<smiles>OCC(=O)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INB1OH" species_number="s3886">
+<smiles>OCC(O)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INB2OOH" species_number="s3887">
+<smiles>OOCC(O)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INB2O" species_number="s3888">
+<smiles>[O]CC(O)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="IECCHO" species_number="s3889">
+<smiles>CC1(CO1)C(O)C=O</smiles>
+</species>
+<species species_name="PPGAOOB" species_number="s3890">
+<smiles>[O-][O+]=CC(=O)OO</smiles>
+</species>
+<species species_name="C535O2" species_number="s3891">
+<smiles>OOC(=O)C(C(C=O)(O[O])C)O</smiles>
+</species>
+<species species_name="HPC52OOH" species_number="s3892">
+<smiles>OOCC(C(C=O)O)(OO)C</smiles>
+</species>
+<species species_name="HPC52O" species_number="s3893">
+<smiles>CC(C(C=O)O)(COO)[O]</smiles>
+</species>
+<species species_name="HC4CCO2H" species_number="s3894">
+<smiles>OCC=C(C)C(=O)O</smiles>
+</species>
+<species species_name="HC4CCO3H" species_number="s3895">
+<smiles>OCC=C(C)C(=O)OO</smiles>
+</species>
+<species species_name="C5PAN19" species_number="s3896">
+<smiles>OCC=C(C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C57AOOH" species_number="s3897">
+<smiles>OCC(C(C=O)(O)C)OO</smiles>
+</species>
+<species species_name="C57AO" species_number="s3898">
+<smiles>OCC(C(C=O)(O)C)[O]</smiles>
+</species>
+<species species_name="INDHCHO" species_number="s3899">
+<smiles>OCC(ON(=O)=O)C(C)(O)C=O</smiles>
+</species>
+<species species_name="C57OOH" species_number="s3900">
+<smiles>OCC(O)C(C)(OO)C=O</smiles>
+</species>
+<species species_name="C57NO3" species_number="s3901">
+<smiles>OCC(O)C(C)(C=O)ON(=O)=O</smiles>
+</species>
+<species species_name="C57O" species_number="s3902">
+<smiles>OCC(O)C(C)([O])C=O</smiles>
+</species>
+<species species_name="C57OH" species_number="s3903">
+<smiles>OCC(O)C(C)(O)C=O</smiles>
+</species>
+<species species_name="NC4OO" species_number="s3904">
+<smiles>OCC(ON(=O)=O)C(=[O+][O-])C</smiles>
+</species>
+<species species_name="INDOOH" species_number="s3905">
+<smiles>OCC(ON(=O)=O)C(C)(CO)OO</smiles>
+</species>
+<species species_name="INDO" species_number="s3906">
+<smiles>OCC(ON(=O)=O)C(C)([O])CO</smiles>
+</species>
+<species species_name="INDOH" species_number="s3907">
+<smiles>OCC(ON(=O)=O)C(C)(O)CO</smiles>
+</species>
+<species species_name="C59OOH" species_number="s3908">
+<smiles>OCC(=O)C(C)(CO)OO</smiles>
+</species>
+<species species_name="INAHPCHO" species_number="s3909">
+<smiles>OOC(C)(C=O)C(O)CON(=O)=O</smiles>
+</species>
+<species species_name="INANCHO" species_number="s3910">
+<smiles>O=CC(C)(ON(=O)=O)C(O)CON(=O)=O</smiles>
+</species>
+<species species_name="INANCO" species_number="s3911">
+<smiles>OCC(C)(ON(=O)=O)C(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="INAHCHO" species_number="s3912">
+<smiles>O=CC(C)(O)C(O)CON(=O)=O</smiles>
+</species>
+<species species_name="C58NO3CO3" species_number="s3913">
+<smiles>[O]OC(=O)C(O)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="C524OOH" species_number="s3914">
+<smiles>OCC(=C)C(CO)OO</smiles>
+</species>
+<species species_name="C524NO3" species_number="s3915">
+<smiles>OCC(=C)C(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="C524O" species_number="s3916">
+<smiles>OCC(=C)C([O])CO</smiles>
+</species>
+<species species_name="C524CO" species_number="s3917">
+<smiles>OCC(=O)C(=C)CO</smiles>
+</species>
+<species species_name="C524OH" species_number="s3918">
+<smiles>OCC(=C)C(O)CO</smiles>
+</species>
+<species species_name="HMACR" species_number="s3919">
+<smiles>OCC(=C)C=O</smiles>
+</species>
+<species species_name="ACCOCOMEO2" species_number="s3920">
+<smiles>[O]OCC(=O)C(=O)OC(=O)C</smiles>
+</species>
+<species species_name="ACCOMECHO" species_number="s3921">
+<smiles>O=CCC(=O)OC(=O)C</smiles>
+</species>
+<species species_name="ACEETOHO2" species_number="s3922">
+<smiles>CC(=O)OC(O)CO[O]</smiles>
+</species>
+<species species_name="ACCOMCOMO2" species_number="s3923">
+<smiles>[O]OCC(=O)CC(=O)OC(=O)C</smiles>
+</species>
+<species species_name="ACCOCOETO2" species_number="s3924">
+<smiles>[O]OC(C)C(=O)C(=O)OC(=O)C</smiles>
+</species>
+<species species_name="ETHFORMOOH" species_number="s3925">
+<smiles>CC(OC=O)OO</smiles>
+</species>
+<species species_name="ETHFORMNO3" species_number="s3926">
+<smiles>O=COC(C)ON(=O)=O</smiles>
+</species>
+<species species_name="ETHFORMO" species_number="s3927">
+<smiles>CC([O])OC=O</smiles>
+</species>
+<species species_name="ETHFORMOH" species_number="s3928">
+<smiles>CC(O)OC=O</smiles>
+</species>
+<species species_name="MTBEAALCO3" species_number="s3929">
+<smiles>O=COC(C)(C)C(=O)O[O]</smiles>
+</species>
+<species species_name="IPRMETOOH" species_number="s3930">
+<smiles>COC(C)(C)OO</smiles>
+</species>
+<species species_name="IPRMEETO" species_number="s3931">
+<smiles>COC(C)(C)[O]</smiles>
+</species>
+<species species_name="IPRMEETOH" species_number="s3932">
+<smiles>COC(C)(C)O</smiles>
+</species>
+<species species_name="IPROCHO" species_number="s3933">
+<smiles>O=COC(C)C</smiles>
+</species>
+<species species_name="CHOOMCO2H" species_number="s3934">
+<smiles>O=COCC(O)O</smiles>
+</species>
+<species species_name="CHOOMCO3H" species_number="s3935">
+<smiles>OOC(=O)COC=O</smiles>
+</species>
+<species species_name="CHOOMPAN" species_number="s3936">
+<smiles>O=COCC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="PRNFORMOOH" species_number="s3937">
+<smiles>O=COC(OO)C(=O)C</smiles>
+</species>
+<species species_name="PRONFORMO" species_number="s3938">
+<smiles>O=COC([O])C(=O)C</smiles>
+</species>
+<species species_name="PRCOOMCO3H" species_number="s3939">
+<smiles>CCCC(=O)OCC(=O)OO</smiles>
+</species>
+<species species_name="PRCOOMPAN" species_number="s3940">
+<smiles>CCCC(=O)OCC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="PRCOOMOOH" species_number="s3941">
+<smiles>CCCC(=O)OCOO</smiles>
+</species>
+<species species_name="PRCOOMO" species_number="s3942">
+<smiles>CCCC(=O)OC[O]</smiles>
+</species>
+<species species_name="BOXCOALOOH" species_number="s3943">
+<smiles>CCCC(OC(=O)C=O)OO</smiles>
+</species>
+<species species_name="BOXCOCHOO" species_number="s3944">
+<smiles>CCCC([O])OC(=O)C=O</smiles>
+</species>
+<species species_name="BUFORMOOH" species_number="s3945">
+<smiles>CCCC(OO)OC=O</smiles>
+</species>
+<species species_name="BUFORMO" species_number="s3946">
+<smiles>CCCC([O])OC=O</smiles>
+</species>
+<species species_name="BUOHFORM" species_number="s3947">
+<smiles>CCCC(O)OC=O</smiles>
+</species>
+<species species_name="PRCOFORM" species_number="s3948">
+<smiles>CCCC(=O)OC=O</smiles>
+</species>
+<species species_name="PRNOCOPOOH" species_number="s3949">
+<smiles>CC(CC(=O)OCC(=O)C)OO</smiles>
+</species>
+<species species_name="PRONOCOPO" species_number="s3950">
+<smiles>CC([O])CC(=O)OCC(=O)C</smiles>
+</species>
+<species species_name="BOX2COMOOH" species_number="s3951">
+<smiles>CCCC(OO)OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="BOXCOCOMO" species_number="s3952">
+<smiles>CCCC([O])OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="CO23C4CHO" species_number="s3953">
+<smiles>O=CCC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C62O2" species_number="s3954">
+<smiles>[O]OC(C(=O)C)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="HO13C4O2" species_number="s3955">
+<smiles>OCCC(O)CO[O]</smiles>
+</species>
+<species species_name="C6CO134" species_number="s3956">
+<smiles>CCC(=O)C(=O)CC=O</smiles>
+</species>
+<species species_name="HM22CO3" species_number="s3957">
+<smiles>[O]OC(=O)C(C)(C)CO</smiles>
+</species>
+<species species_name="C6COCHOCO3" species_number="s3958">
+<smiles>O=CCCC(=O)CC(=O)O[O]</smiles>
+</species>
+<species species_name="C5COCHOO2" species_number="s3959">
+<smiles>[O]OCC(=O)CCC=O</smiles>
+</species>
+<species species_name="CHOC2H4O2" species_number="s3960">
+<smiles>[O]OCCC=O</smiles>
+</species>
+<species species_name="HCOCH2CO3" species_number="s3961">
+<smiles>[O]OC(=O)CC=O</smiles>
+</species>
+<species species_name="CY6TRIONO2" species_number="s3962">
+<smiles>[O]OCC(=O)CC(=O)CC=O</smiles>
+</species>
+<species species_name="C6CYTONO2" species_number="s3963">
+<smiles>[O]OC1C(=O)CC(=O)CC1=O</smiles>
+</species>
+<species species_name="PINALOOH" species_number="s3964">
+<smiles>O=CCC1(OO)CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="PINALNO3" species_number="s3965">
+<smiles>O=CCC1(ON(=O)=O)CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="PINALO" species_number="s3966">
+<smiles>O=CCC1([O])CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="PINALOH" species_number="s3967">
+<smiles>O=CCC1(O)CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NC102O2" species_number="s3968">
+<smiles>[O]OC(C)(C)C1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C108OOH" species_number="s3969">
+<smiles>O=CCC(CC(=O)C(=O)C)C(C)(C)OO</smiles>
+</species>
+<species species_name="C108NO3" species_number="s3970">
+<smiles>O=CCC(CC(=O)C(=O)C)C(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C108O" species_number="s3971">
+<smiles>O=CCC(CC(=O)C(=O)C)C(C)(C)[O]</smiles>
+</species>
+<species species_name="C108OH" species_number="s3972">
+<smiles>O=CCC(CC(=O)C(=O)C)C(C)(C)O</smiles>
+</species>
+<species species_name="C89CO2" species_number="s3973">
+<smiles>O=CCC1CC(C(=O)[O])C1(C)C</smiles>
+</species>
+<species species_name="C89CO2H" species_number="s3974">
+<smiles>O=CCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C89CO3H" species_number="s3975">
+<smiles>O=CCC1CC(C(=O)OO)C1(C)C</smiles>
+</species>
+<species species_name="C89PAN" species_number="s3976">
+<smiles>O=CCC1CC(C(=O)OON(=O)=O)C1(C)C</smiles>
+</species>
+<species species_name="C920CO3H" species_number="s3977">
+<smiles>OOC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="HOPINONIC" species_number="s3978">
+<smiles>OCC(=O)C1CC(CC(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C920PAN" species_number="s3979">
+<smiles>OCC(=O)C1CC(CC(=O)OON(=O)=O)C1(C)C</smiles>
+</species>
+<species species_name="C920OOH" species_number="s3980">
+<smiles>OOCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="C920O" species_number="s3981">
+<smiles>OCC(=O)C1CC(C[O])C1(C)C</smiles>
+</species>
+<species species_name="C97OOH" species_number="s3982">
+<smiles>OCC1CC(OO)(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C97O" species_number="s3983">
+<smiles>OCC1CC([O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C97OH" species_number="s3984">
+<smiles>OCC1CC(O)(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C85CO3H" species_number="s3985">
+<smiles>OOC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C9PAN2" species_number="s3986">
+<smiles>O=N(=O)OOC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C85OOH" species_number="s3987">
+<smiles>OOC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C85O" species_number="s3988">
+<smiles>CC(=O)C1CC([O])C1(C)C</smiles>
+</species>
+<species species_name="C719OOH" species_number="s3989">
+<smiles>OOC1(C)C(O)CC(=O)CC1O</smiles>
+</species>
+<species species_name="C719NO3" species_number="s3990">
+<smiles>O=C1CC(O)C(C)(ON(=O)=O)C(O)C1</smiles>
+</species>
+<species species_name="C719O" species_number="s3991">
+<smiles>O=C1CC(O)C(C)([O])C(O)C1</smiles>
+</species>
+<species species_name="C719OH" species_number="s3992">
+<smiles>O=C1CC(O)C(C)(O)C(O)C1</smiles>
+</species>
+<species species_name="C918OOH" species_number="s3993">
+<smiles>O=CCC(=O)C1CC(OO)C1(C)C</smiles>
+</species>
+<species species_name="C918NO3" species_number="s3994">
+<smiles>O=CCC(=O)C1CC(ON(=O)=O)C1(C)C</smiles>
+</species>
+<species species_name="C918O" species_number="s3995">
+<smiles>O=CCC(=O)C1CC([O])C1(C)C</smiles>
+</species>
+<species species_name="C918OH" species_number="s3996">
+<smiles>O=CCC(=O)C1CC(O)C1(C)C</smiles>
+</species>
+<species species_name="C9DCOOH" species_number="s3997">
+<smiles>OOC1C2C(=O)CC(=O)C1C2(C)C</smiles>
+</species>
+<species species_name="C9DCNO3" species_number="s3998">
+<smiles>O=N(=O)OC1C2C(=O)CC(=O)C1C2(C)C</smiles>
+</species>
+<species species_name="C9DCO" species_number="s3999">
+<smiles>O=C1CC(=O)C2C([O])C1C2(C)C</smiles>
+</species>
+<species species_name="C9DCCO" species_number="s4000">
+<smiles>O=C1CC(=O)C2C(=O)C1C2(C)C</smiles>
+</species>
+<species species_name="C9DCOH" species_number="s4001">
+<smiles>O=C1CC(=O)C2C(O)C1C2(C)C</smiles>
+</species>
+<species species_name="C915OOH" species_number="s4002">
+<smiles>OOC1CCC(=O)C(C=O)C1(C)C</smiles>
+</species>
+<species species_name="C915NO3" species_number="s4003">
+<smiles>O=CC1C(=O)CCC(ON(=O)=O)C1(C)C</smiles>
+</species>
+<species species_name="C915O" species_number="s4004">
+<smiles>O=CC1C(=O)CCC([O])C1(C)C</smiles>
+</species>
+<species species_name="C88CHO" species_number="s4005">
+<smiles>O=CC1C(=O)CCC(=O)C1(C)C</smiles>
+</species>
+<species species_name="C915OH" species_number="s4006">
+<smiles>O=CC1C(=O)CCC(O)C1(C)C</smiles>
+</species>
+<species species_name="C512CO3" species_number="s4007">
+<smiles>[O]OC(=O)CCC(=O)CC=O</smiles>
+</species>
+<species species_name="C917OOH" species_number="s4008">
+<smiles>OOC(C)(C)C1CC(=O)CCC1=O</smiles>
+</species>
+<species species_name="C917NO3" species_number="s4009">
+<smiles>O=C1CCC(=O)C(C1)C(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C917O" species_number="s4010">
+<smiles>O=C1CCC(=O)C(C1)C(C)(C)[O]</smiles>
+</species>
+<species species_name="C917OH" species_number="s4011">
+<smiles>O=C1CCC(=O)C(C1)C(C)(C)O</smiles>
+</species>
+<species species_name="C89O2" species_number="s4012">
+<smiles>O=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="NLIMALOOH" species_number="s4013">
+<smiles>O=CCC(CCC(=O)C)C(C)(OO)CO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="NLIMALO" species_number="s4014">
+<smiles>O=CCC(CCC(=O)C)C(C)([O])CO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="NLIMALOH" species_number="s4015">
+<smiles>O=CCC(CCC(=O)C)C(C)(O)CO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C926O2" species_number="s4016">
+<smiles>O=CCC(O[O])(CCC(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="C817CO3" species_number="s4017">
+<smiles>[O]OC(=O)CC(CCC(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="C817O2" species_number="s4018">
+<smiles>[O]OCC(CCC(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="LIMALOOH" species_number="s4019">
+<smiles>O=CCC(CCC(=O)C)C(C)(CO)OO</smiles>
+</species>
+<species species_name="LIMALNO3" species_number="s4020">
+<smiles>O=CCC(CCC(=O)C)C(C)(CO)O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="LIMALO" species_number="s4021">
+<smiles>O=CCC(CCC(=O)C)C(C)([O])CO</smiles>
+</species>
+<species species_name="LIMALOH" species_number="s4022">
+<smiles>O=CCC(CCC(=O)C)C(C)(O)CO</smiles>
+</species>
+<species species_name="NC826O2" species_number="s4023">
+<smiles>O=CCC(CC=O)C(C)(O[O])CO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C626CHO" species_number="s4024">
+<smiles>O=CCC(CC=O)C(=O)C</smiles>
+</species>
+<species species_name="C735OOA" species_number="s4025">
+<smiles>O=CCC(CC=O)C(=[O+][O-])C</smiles>
+</species>
+<species species_name="C826O2" species_number="s4026">
+<smiles>O=CCC(CC=O)C(C)(CO)O[O]</smiles>
+</species>
+<species species_name="C729O2" species_number="s4027">
+<smiles>[O]OCC(CC=O)C(=C)C</smiles>
+</species>
+<species species_name="C729CO2H" species_number="s4028">
+<smiles>O=CCC(CC(=O)O)C(=C)C</smiles>
+</species>
+<species species_name="C729CO3H" species_number="s4029">
+<smiles>O=CCC(CC(=O)OO)C(=C)C</smiles>
+</species>
+<species species_name="C729PAN" species_number="s4030">
+<smiles>O=CCC(CC(=O)OO[N+](=O)[O-])C(=C)C</smiles>
+</species>
+<species species_name="C822CO2" species_number="s4031">
+<smiles>O=CCC(CCC(=O)[O])C(=C)C</smiles>
+</species>
+<species species_name="C822CO2H" species_number="s4032">
+<smiles>O=CCC(CCC(=O)O)C(=C)C</smiles>
+</species>
+<species species_name="C822CO3H" species_number="s4033">
+<smiles>O=CCC(CCC(=O)OO)C(=C)C</smiles>
+</species>
+<species species_name="C822PAN" species_number="s4034">
+<smiles>O=CCC(CCC(=O)OO[N+](=O)[O-])C(=C)C</smiles>
+</species>
+<species species_name="C924OOH" species_number="s4035">
+<smiles>OCC(CC(OO)C(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="C924O" species_number="s4036">
+<smiles>OCC(CC([O])C(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="C924CO" species_number="s4037">
+<smiles>OCC(CC(=O)C(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="C924OH" species_number="s4038">
+<smiles>OCC(CC(O)C(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="C816CO3H" species_number="s4039">
+<smiles>OOC(=O)C(CCC(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="C816PAN" species_number="s4040">
+<smiles>CC(=O)CCC(C(=C)C)C(=O)OO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="NORLIMOOH" species_number="s4041">
+<smiles>O=CC(CCC(=O)C)C(C)(CO)OO</smiles>
+</species>
+<species species_name="NORLIMO" species_number="s4042">
+<smiles>CC([O])(CO)C(CCC(=O)C)C=O</smiles>
+</species>
+<species species_name="C816OOH" species_number="s4043">
+<smiles>OOC(CCC(=O)C)C(=C)C</smiles>
+</species>
+<species species_name="C816O" species_number="s4044">
+<smiles>CC(=O)CCC([O])C(=C)C</smiles>
+</species>
+<species species_name="NLMKAOOH" species_number="s4045">
+<smiles>OOC1(C)CCC(CC1O[N+](=O)[O-])C(=O)C</smiles>
+</species>
+<species species_name="NLMKAO" species_number="s4046">
+<smiles>[O-][N+](=O)OC1CC(CCC1(C)[O])C(=O)C</smiles>
+</species>
+<species species_name="LMKBNO3" species_number="s4047">
+<smiles>[O-][N+](=O)OC1CC(CCC1(C)O)C(=O)C</smiles>
+</species>
+<species species_name="LMLKAO2" species_number="s4048">
+<smiles>O=CCC(CC(O[O])C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="LMLKBO2" species_number="s4049">
+<smiles>[O]OCC(=O)CCC(CC=O)C(=O)C</smiles>
+</species>
+<species species_name="LMKBOO" species_number="s4050">
+<smiles>[O-][O+]=CCC(CCC(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="LMKAOOH" species_number="s4051">
+<smiles>OOC1(C)CCC(CC1O)C(=O)C</smiles>
+</species>
+<species species_name="LMKANO3" species_number="s4052">
+<smiles>[O-][N+](=O)OC1(C)CCC(CC1O)C(=O)C</smiles>
+</species>
+<species species_name="LMKAO" species_number="s4053">
+<smiles>CC(=O)C1CCC(C)([O])C(O)C1</smiles>
+</species>
+<species species_name="LMKAOH" species_number="s4054">
+<smiles>CC(=O)C1CCC(C)(O)C(O)C1</smiles>
+</species>
+<species species_name="LMKBOOH" species_number="s4055">
+<smiles>OOC1CC(CCC1(C)O)C(=O)C</smiles>
+</species>
+<species species_name="LMKBO" species_number="s4056">
+<smiles>CC(=O)C1CCC(C)(O)C([O])C1</smiles>
+</species>
+<species species_name="LMKBCO" species_number="s4057">
+<smiles>CC(=O)C1CCC(C)(O)C(=O)C1</smiles>
+</species>
+<species species_name="C146OOH" species_number="s4058">
+<smiles>O=CCC(OO)C(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C146O" species_number="s4059">
+<smiles>O=CCC([O])C(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C146CO" species_number="s4060">
+<smiles>O=CCC(=O)C(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C146OH" species_number="s4061">
+<smiles>O=CCC(O)C(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C131CO3H" species_number="s4062">
+<smiles>OOC(=O)CCC(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C131PAN" species_number="s4063">
+<smiles>CC(=O)CCC1C(CC1(C)C)C(=O)CCC(=O)OO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="BCLKAOOH" species_number="s4064">
+<smiles>O=CCCC(=O)C1CC(C)(C)C1CC(OO)C(=O)C</smiles>
+</species>
+<species species_name="BCLKAO" species_number="s4065">
+<smiles>O=CCCC(=O)C1CC(C)(C)C1CC([O])C(=O)C</smiles>
+</species>
+<species species_name="BCLKACO" species_number="s4066">
+<smiles>O=CCCC(=O)C1CC(C)(C)C1CC(=O)C(=O)C</smiles>
+</species>
+<species species_name="BCLKAOH" species_number="s4067">
+<smiles>O=CCCC(=O)C1CC(C)(C)C1CC(O)C(=O)C</smiles>
+</species>
+<species species_name="BCLKBOOH" species_number="s4068">
+<smiles>O=CCCC(=O)C1CC(C)(C)C1CCC(=O)COO</smiles>
+</species>
+<species species_name="BCLKBO" species_number="s4069">
+<smiles>O=CCCC(=O)C1CC(C)(C)C1CCC(=O)C[O]</smiles>
+</species>
+<species species_name="BCLKBCO" species_number="s4070">
+<smiles>O=CCCC(=O)C1CC(C)(C)C1CCC(=O)C=O</smiles>
+</species>
+<species species_name="BCLKBOH" species_number="s4071">
+<smiles>O=CCCC(=O)C1CC(C)(C)C1CCC(=O)CO</smiles>
+</species>
+<species species_name="BCLKCOOH" species_number="s4072">
+<smiles>OOC(C=O)CC(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCLKCO" species_number="s4073">
+<smiles>O=CC([O])CC(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCLKCCO" species_number="s4074">
+<smiles>O=CC(=O)CC(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="BCLKCOH" species_number="s4075">
+<smiles>O=CC(O)CC(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C131OOH" species_number="s4076">
+<smiles>OOCCC(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C131NO3" species_number="s4077">
+<smiles>CC(=O)CCC1C(CC1(C)C)C(=O)CCO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C131O" species_number="s4078">
+<smiles>[O]CCC(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C131CO" species_number="s4079">
+<smiles>O=CCC(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C131OH" species_number="s4080">
+<smiles>OCCC(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C147OOH" species_number="s4081">
+<smiles>OOC(CC(=O)O)C(=O)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C147O" species_number="s4082">
+<smiles>CC(=O)CCC1C(CC1(C)C)C(=O)C([O])CC(=O)O</smiles>
+</species>
+<species species_name="C147CO" species_number="s4083">
+<smiles>CC(=O)CCC1C(CC1(C)C)C(=O)C(=O)CC(=O)O</smiles>
+</species>
+<species species_name="C147OH" species_number="s4084">
+<smiles>CC(=O)CCC1C(CC1(C)C)C(=O)C(O)CC(=O)O</smiles>
+</species>
+<species species_name="C126CO2H" species_number="s4085">
+<smiles>O=CCC1C(CC1(C)C)C(=C)CCC(=O)O</smiles>
+</species>
+<species species_name="C126CO3H" species_number="s4086">
+<smiles>O=CCC1C(CC1(C)C)C(=C)CCC(=O)OO</smiles>
+</species>
+<species species_name="C126PAN" species_number="s4087">
+<smiles>O=CCC1C(CC1(C)C)C(=C)CCC(=O)OO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C136CO2" species_number="s4088">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CCC(=O)[O]</smiles>
+</species>
+<species species_name="C136CO2H" species_number="s4089">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CCC(=O)O</smiles>
+</species>
+<species species_name="C136CO3H" species_number="s4090">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CCC(=O)OO</smiles>
+</species>
+<species species_name="C136PAN" species_number="s4091">
+<smiles>O=CCCC(=C)C1CC(C)(C)C1CCC(=O)OO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C148OOH" species_number="s4092">
+<smiles>O=CCC(OO)C(=O)C1CC(C)(C)C1CCC(=O)OC</smiles>
+</species>
+<species species_name="C148O" species_number="s4093">
+<smiles>O=CCC([O])C(=O)C1CC(C)(C)C1CCC(=O)OC</smiles>
+</species>
+<species species_name="C148CO" species_number="s4094">
+<smiles>O=CCC(=O)C(=O)C1CC(C)(C)C1CCC(=O)OC</smiles>
+</species>
+<species species_name="C148OH" species_number="s4095">
+<smiles>O=CCC(O)C(=O)C1CC(C)(C)C1CCC(=O)OC</smiles>
+</species>
+<species species_name="C1311OOH" species_number="s4096">
+<smiles>O=CCCC(=C)C1(OO)CC(C)(C)C1CCO</smiles>
+</species>
+<species species_name="C1311NO3" species_number="s4097">
+<smiles>O=CCCC(=C)C1(O[N+](=O)[O-])CC(C)(C)C1CCO</smiles>
+</species>
+<species species_name="C1311O" species_number="s4098">
+<smiles>O=CCCC(=C)C1([O])CC(C)(C)C1CCO</smiles>
+</species>
+<species species_name="C1311OH" species_number="s4099">
+<smiles>O=CCCC(=C)C1(O)CC(C)(C)C1CCO</smiles>
+</species>
+<species species_name="NC1313OOH" species_number="s4100">
+<smiles>O=CCCC(OO)(CO[N+](=O)[O-])C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="NC1313O" species_number="s4101">
+<smiles>O=CCCC([O])(CO[N+](=O)[O-])C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="NC1313OH" species_number="s4102">
+<smiles>O=CCCC(O)(CO[N+](=O)[O-])C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C116CO3" species_number="s4103">
+<smiles>O=CCC1C(CC1(C)C)C(=O)CCC(=O)O[O]</smiles>
+</species>
+<species species_name="C116O2" species_number="s4104">
+<smiles>[O]OCCC(=O)C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C126OO" species_number="s4105">
+<smiles>O=CCCC(=[O+][O-])C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C129O2" species_number="s4106">
+<smiles>O=CCC(O[O])C(=O)C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C1313OOH" species_number="s4107">
+<smiles>O=CCCC(CO)(OO)C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C1313NO3" species_number="s4108">
+<smiles>O=CCCC(CO)(O[N+](=O)[O-])C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C1313O" species_number="s4109">
+<smiles>O=CCCC([O])(CO)C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C1313OH" species_number="s4110">
+<smiles>O=CCCC(O)(CO)C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C126OOH" species_number="s4111">
+<smiles>OOCCC(=C)C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C126NO3" species_number="s4112">
+<smiles>O=CCC1C(CC1(C)C)C(=C)CCO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C126O" species_number="s4113">
+<smiles>[O]CCC(=C)C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C126CO" species_number="s4114">
+<smiles>O=CCC(=C)C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C126OH" species_number="s4115">
+<smiles>OCCC(=C)C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C144OOH" species_number="s4116">
+<smiles>O=CCC(CO)(OO)C1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C142OOH" species_number="s4117">
+<smiles>OCCC(=C)C1(OO)CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C142NO3" species_number="s4118">
+<smiles>OCCC(=C)C1(O[N+](=O)[O-])CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C142O" species_number="s4119">
+<smiles>OCCC(=C)C1([O])CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C142OH" species_number="s4120">
+<smiles>OCCC(=C)C1(O)CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="NBCKOOH" species_number="s4121">
+<smiles>OOC1(C)CCC2C(CC2(C)C)C(=O)CCC1O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="NBCKO" species_number="s4122">
+<smiles>[O-][N+](=O)OC1CCC(=O)C2CC(C)(C)C2CCC1(C)[O]</smiles>
+</species>
+<species species_name="BCKBNO3" species_number="s4123">
+<smiles>[O-][N+](=O)OC1CCC(=O)C2CC(C)(C)C2CCC1(C)O</smiles>
+</species>
+<species species_name="C1210O2" species_number="s4124">
+<smiles>[O]OCCC1C(CC1(C)C)C(=O)CCC=O</smiles>
+</species>
+<species species_name="BCKAOOH" species_number="s4125">
+<smiles>OOC1(C)CCC2C(CC2(C)C)C(=O)CCC1O</smiles>
+</species>
+<species species_name="BCKANO3" species_number="s4126">
+<smiles>[O-][N+](=O)OC1(C)CCC2C(CC2(C)C)C(=O)CCC1O</smiles>
+</species>
+<species species_name="BCKAO" species_number="s4127">
+<smiles>O=C1CCC(O)C(C)([O])CCC2C1CC2(C)C</smiles>
+</species>
+<species species_name="BCKAOH" species_number="s4128">
+<smiles>O=C1CCC(O)C(C)(O)CCC2C1CC2(C)C</smiles>
+</species>
+<species species_name="BCKBOOH" species_number="s4129">
+<smiles>OOC1CCC(=O)C2CC(C)(C)C2CCC1(C)O</smiles>
+</species>
+<species species_name="BCKBO" species_number="s4130">
+<smiles>O=C1CCC([O])C(C)(O)CCC2C1CC2(C)C</smiles>
+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>CCCCCCC(O)COO</smiles>
+</species>
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+<smiles>CCCCCCC(O)C[O]</smiles>
+</species>
+<species species_name="C113OOH" species_number="s4281">
+<smiles>CCCCCC(O)C(OO)CC(=O)CC</smiles>
+</species>
+<species species_name="C113NO3" species_number="s4282">
+<smiles>CCCCCC(O)C(CC(=O)CC)ON(=O)=O</smiles>
+</species>
+<species species_name="C113O" species_number="s4283">
+<smiles>CCCCCC(O)C([O])CC(=O)CC</smiles>
+</species>
+<species species_name="C113CO" species_number="s4284">
+<smiles>CCCCCC(O)C(=O)CC(=O)CC</smiles>
+</species>
+<species species_name="C113OH" species_number="s4285">
+<smiles>CCCCCC(O)C(O)CC(=O)CC</smiles>
+</species>
+<species species_name="C114O2" species_number="s4286">
+<smiles>CCCCCC(=O)C(O[O])CC(=O)CC</smiles>
+</species>
+<species species_name="C112OOH" species_number="s4287">
+<smiles>CCCCCCC(O)CC(=O)C(C)OO</smiles>
+</species>
+<species species_name="C112O" species_number="s4288">
+<smiles>CCCCCCC(O)CC(=O)C(C)[O]</smiles>
+</species>
+<species species_name="HO8C9OOH" species_number="s4289">
+<smiles>CCCCCCCC(O)COO</smiles>
+</species>
+<species species_name="HO8C9O" species_number="s4290">
+<smiles>CCCCCCCC(O)C[O]</smiles>
+</species>
+<species species_name="C123OOH" species_number="s4291">
+<smiles>CCCCCCC(O)C(OO)CC(=O)CC</smiles>
+</species>
+<species species_name="C123NO3" species_number="s4292">
+<smiles>CCCCCCC(O)C(CC(=O)CC)ON(=O)=O</smiles>
+</species>
+<species species_name="C123O" species_number="s4293">
+<smiles>CCCCCCC(O)C([O])CC(=O)CC</smiles>
+</species>
+<species species_name="C123CO" species_number="s4294">
+<smiles>CCCCCCC(O)C(=O)CC(=O)CC</smiles>
+</species>
+<species species_name="C123OH" species_number="s4295">
+<smiles>CCCCCCC(O)C(O)CC(=O)CC</smiles>
+</species>
+<species species_name="C6H13CO3" species_number="s4296">
+<smiles>CCCCCCC(=O)O[O]</smiles>
+</species>
+<species species_name="C124O2" species_number="s4297">
+<smiles>CCCCCCC(=O)C(O[O])CC(=O)CC</smiles>
+</species>
+<species species_name="C122OOH" species_number="s4298">
+<smiles>CCCCCCCC(O)CC(=O)C(C)OO</smiles>
+</species>
+<species species_name="C122O" species_number="s4299">
+<smiles>CCCCCCCC(O)CC(=O)C(C)[O]</smiles>
+</species>
+<species species_name="CO1H63OOH" species_number="s4300">
+<smiles>OCCCC(OO)CC=O</smiles>
+</species>
+<species species_name="CO1H63NO3" species_number="s4301">
+<smiles>OCCCC(CC=O)ON(=O)=O</smiles>
+</species>
+<species species_name="CO1H63O" species_number="s4302">
+<smiles>OCCCC([O])CC=O</smiles>
+</species>
+<species species_name="CO1H63OH" species_number="s4303">
+<smiles>OCCCC(O)CC=O</smiles>
+</species>
+<species species_name="C3NO3COOOH" species_number="s4304">
+<smiles>OOCC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="C3NO3COO" species_number="s4305">
+<smiles>[O]CC(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="CO14O3CHO" species_number="s4306">
+<smiles>O=CCOC(=O)C=O</smiles>
+</species>
+<species species_name="NBZFUONE" species_number="s4307">
+<smiles>O=N(=O)OC1C(=O)COC1=O</smiles>
+</species>
+<species species_name="CO14O3CO2H" species_number="s4308">
+<smiles>O=CCOC(=O)C(=O)O</smiles>
+</species>
+<species species_name="MALANHYO2" species_number="s4309">
+<smiles>[O]OC1C(=O)OC(=O)C1O</smiles>
+</species>
+<species species_name="NDNPHENO2" species_number="s4310">
+<smiles>[O]OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="DNPHENO2" species_number="s4311">
+<smiles>[O]OC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NPHEN1OOH" species_number="s4312">
+<smiles>OOc1ccccc1N(=O)=O</smiles>
+</species>
+<species species_name="NNCATECOOH" species_number="s4313">
+<smiles>OOC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O</smiles>
+</species>
+<species species_name="NNCATECO" species_number="s4314">
+<smiles>O=N(=O)OC1C2OOC1(C=C(O)C2([O])O)N(=O)=O</smiles>
+</species>
+<species species_name="NCATECOOH" species_number="s4315">
+<smiles>OOC1(O)C(=CC2(OOC1C2O)N(=O)=O)O</smiles>
+</species>
+<species species_name="NCATECO" species_number="s4316">
+<smiles>O=N(=O)C12OOC(C2O)C(O)([O])C(=C1)O</smiles>
+</species>
+<species species_name="NBZQOOH" species_number="s4317">
+<smiles>OOC1C(=O)C=CC(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NBZQO" species_number="s4318">
+<smiles>O=N(=O)OC1C(=O)C=CC(=O)C1[O]</smiles>
+</species>
+<species species_name="PBZQOOH" species_number="s4319">
+<smiles>OOC1C(=O)C=CC(=O)C1O</smiles>
+</species>
+<species species_name="PBZQO" species_number="s4320">
+<smiles>O=C1C=CC(=O)C(O)C1[O]</smiles>
+</species>
+<species species_name="PBZQCO" species_number="s4321">
+<smiles>O=C1C=CC(=O)C(O)C1=O</smiles>
+</species>
+<species species_name="PBZQOH" species_number="s4322">
+<smiles>O=C1C=CC(=O)C(O)C1O</smiles>
+</species>
+<species species_name="NPTLQOOH" species_number="s4323">
+<smiles>OOC1C(=O)C=C(C)C(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NPTLQO" species_number="s4324">
+<smiles>O=N(=O)OC1C([O])C(=O)C=C(C)C1=O</smiles>
+</species>
+<species species_name="PTLQOOH" species_number="s4325">
+<smiles>OOC1C(=O)C=C(C)C(=O)C1O</smiles>
+</species>
+<species species_name="PTLQO" species_number="s4326">
+<smiles>O=C1C=C(C)C(=O)C(O)C1[O]</smiles>
+</species>
+<species species_name="PTLQCO" species_number="s4327">
+<smiles>O=C1C(=CC(=O)C(=O)C1O)C</smiles>
+</species>
+<species species_name="PTLQOH" species_number="s4328">
+<smiles>O=C1C=C(C)C(=O)C(O)C1O</smiles>
+</species>
+<species species_name="NDNCRESO2" species_number="s4329">
+<smiles>[O]OC1(O)C(=CC2(OOC1(C)C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="DNCRESO2" species_number="s4330">
+<smiles>[O]OC1(O)C(=CC2(OOC1(C)C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NCRES1OOH" species_number="s4331">
+<smiles>OOc1c(C)cccc1N(=O)=O</smiles>
+</species>
+<species species_name="MNNCATCOOH" species_number="s4332">
+<smiles>OOC1(O)C(=C(N(=O)=O)C2OOC1(C)C2ON(=O)=O)O</smiles>
+</species>
+<species species_name="MNNCATECO" species_number="s4333">
+<smiles>O=N(=O)OC1C2OOC1(C)C([O])(O)C(=C2N(=O)=O)O</smiles>
+</species>
+<species species_name="MNCATECOOH" species_number="s4334">
+<smiles>OOC1(O)C(=C(N(=O)=O)C2OOC1(C)C2O)O</smiles>
+</species>
+<species species_name="MNCATECO" species_number="s4335">
+<smiles>O=N(=O)C1=C(O)C(O)([O])C2(C)OOC1C2O</smiles>
+</species>
+<species species_name="C54CO" species_number="s4336">
+<smiles>O=CC(=O)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="C24O3CCO2H" species_number="s4337">
+<smiles>OC(=O)CC(=O)OC(=O)C</smiles>
+</species>
+<species species_name="C6OTRIKET" species_number="s4338">
+<smiles>CC(=O)COC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C6O4KETO2" species_number="s4339">
+<smiles>CC(=O)C(=O)OC(=O)C(=O)CO[O]</smiles>
+</species>
+<species species_name="NDNOXYOLO2" species_number="s4340">
+<smiles>[O]OC1(O)C(=C(C)C2(C)OOC1(N(=O)=O)C2ON(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="DNOXYOLO2" species_number="s4341">
+<smiles>[O]OC1(O)C(=C(C)C2(C)OOC1(N(=O)=O)C2O)N(=O)=O</smiles>
+</species>
+<species species_name="NOXYOL1OOH" species_number="s4342">
+<smiles>OOc1c(ccc(C)c1C)N(=O)=O</smiles>
+</species>
+<species species_name="NOXYQOOH" species_number="s4343">
+<smiles>OOC1C(ON(=O)=O)C(=O)C(=C(C)C1=O)C</smiles>
+</species>
+<species species_name="NOXYQO" species_number="s4344">
+<smiles>O=N(=O)OC1C([O])C(=O)C(=C(C)C1=O)C</smiles>
+</species>
+<species species_name="OXYQOOH" species_number="s4345">
+<smiles>OOC1C(O)C(=O)C(=C(C)C1=O)C</smiles>
+</species>
+<species species_name="OXYQO" species_number="s4346">
+<smiles>OC1C([O])C(=O)C(=C(C)C1=O)C</smiles>
+</species>
+<species species_name="OXYQCO" species_number="s4347">
+<smiles>O=C1C(O)C(=O)C(=O)C(=C1C)C</smiles>
+</species>
+<species species_name="OXYQOH" species_number="s4348">
+<smiles>OC1C(O)C(=O)C(=C(C)C1=O)C</smiles>
+</species>
+<species species_name="OXNNCATOOH" species_number="s4349">
+<smiles>OOC1(O)C(=C(C)C2(C)OOC1(N(=O)=O)C2ON(=O)=O)O</smiles>
+</species>
+<species species_name="OXNNCATCO" species_number="s4350">
+<smiles>O=N(=O)OC1C2(C)OOC1(N(=O)=O)C([O])(O)C(=C2C)O</smiles>
+</species>
+<species species_name="OXNCATCOOH" species_number="s4351">
+<smiles>OOC1(O)C(=C(C)C2(C)OOC1(N(=O)=O)C2O)O</smiles>
+</species>
+<species species_name="OXNCATECO" species_number="s4352">
+<smiles>CC1=C(O)C([O])(O)C2(OOC1(C)C2O)N(=O)=O</smiles>
+</species>
+<species species_name="C6CO3MOH" species_number="s4353">
+<smiles>O=CC(C)(O)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="C23O3MCHO" species_number="s4354">
+<smiles>O=CC(C)OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C23O3CCHO" species_number="s4355">
+<smiles>O=CCOC(=O)C(=O)C</smiles>
+</species>
+<species species_name="MMALANHYO2" species_number="s4356">
+<smiles>CC1(O[O])C(O)C(=O)OC1=O</smiles>
+</species>
+<species species_name="CH3COCO3" species_number="s4357">
+<smiles>CC(=O)C(=O)O[O]</smiles>
+</species>
+<species species_name="C534OOH" species_number="s4358">
+<smiles>O=CC(C(C(=O)OO)(OO)C)O</smiles>
+</species>
+<species species_name="C534O" species_number="s4359">
+<smiles>CC(C(=O)OO)(C(C=O)O)[O]</smiles>
+</species>
+<species species_name="NDNMXYOLO2" species_number="s4360">
+<smiles>[O]OC1(O)C(=C(N(=O)=O)C2(OOC1(C)C2ON(=O)=O)N(=O)=O)C</smiles>
+</species>
+<species species_name="DNMXYOLO2" species_number="s4361">
+<smiles>[O]OC1(O)C(=C(N(=O)=O)C2(OOC1(C)C2O)N(=O)=O)C</smiles>
+</species>
+<species species_name="NMXYOL1OOH" species_number="s4362">
+<smiles>OOc1c(C)cc(C)cc1N(=O)=O</smiles>
+</species>
+<species species_name="NMXYQOOH" species_number="s4363">
+<smiles>OOC1(C)C(ON(=O)=O)C(=O)C=C(C)C1=O</smiles>
+</species>
+<species species_name="NMXYQO" species_number="s4364">
+<smiles>O=N(=O)OC1C(=O)C=C(C)C(=O)C1(C)[O]</smiles>
+</species>
+<species species_name="MXYQOOH" species_number="s4365">
+<smiles>OOC1(C)C(O)C(=O)C=C(C)C1=O</smiles>
+</species>
+<species species_name="MXYQO" species_number="s4366">
+<smiles>O=C1C=C(C)C(=O)C(C)([O])C1O</smiles>
+</species>
+<species species_name="MXYQOH" species_number="s4367">
+<smiles>O=C1C=C(C)C(=O)C(C)(O)C1O</smiles>
+</species>
+<species species_name="MXNNCATOOH" species_number="s4368">
+<smiles>OOC1(O)C(=C(N(=O)=O)C2(C)OOC1(C)C2ON(=O)=O)O</smiles>
+</species>
+<species species_name="MXNNCATCO" species_number="s4369">
+<smiles>O=N(=O)OC1C2(C)OOC1(C)C([O])(O)C(=C2N(=O)=O)O</smiles>
+</species>
+<species species_name="MXNCATCOOH" species_number="s4370">
+<smiles>OOC1(O)C(=C(N(=O)=O)C2(C)OOC1(C)C2O)O</smiles>
+</species>
+<species species_name="MXNCATECO" species_number="s4371">
+<smiles>O=N(=O)C1=C(O)C([O])(O)C2(C)OOC1(C)C2O</smiles>
+</species>
+<species species_name="TL4OHNO2O2" species_number="s4372">
+<smiles>[O]OC1(O)C(=CC2(C)OOC1C2O)N(=O)=O</smiles>
+</species>
+<species species_name="C62O" species_number="s4373">
+<smiles>CC(=O)C(=O)C([O])C(=O)C</smiles>
+</species>
+<species species_name="NDNPXYOLO2" species_number="s4374">
+<smiles>[O]OC1(O)C(=C(C)C2(OOC1(C)C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="DNPXYOLO2" species_number="s4375">
+<smiles>[O]OC1(O)C(=C(C)C2(OOC1(C)C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NPXYOL1OOH" species_number="s4376">
+<smiles>OOc1c(C)ccc(C)c1N(=O)=O</smiles>
+</species>
+<species species_name="NPXYQOOH" species_number="s4377">
+<smiles>OOC1(C)C(=O)C=C(C)C(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NPXYQO" species_number="s4378">
+<smiles>O=N(=O)OC1C(=O)C(=CC(=O)C1(C)[O])C</smiles>
+</species>
+<species species_name="PXYQOOH" species_number="s4379">
+<smiles>OOC1(C)C(=O)C=C(C)C(=O)C1O</smiles>
+</species>
+<species species_name="PXYQO" species_number="s4380">
+<smiles>CC1=CC(=O)C(C)([O])C(O)C1=O</smiles>
+</species>
+<species species_name="PXYQOH" species_number="s4381">
+<smiles>CC1=CC(=O)C(C)(O)C(O)C1=O</smiles>
+</species>
+<species species_name="PXNNCATOOH" species_number="s4382">
+<smiles>OOC1(O)C(=C(C)C2(OOC1(C)C2ON(=O)=O)N(=O)=O)O</smiles>
+</species>
+<species species_name="PXNNCATCO" species_number="s4383">
+<smiles>O=N(=O)OC1C2(OOC1(C)C([O])(O)C(=C2C)O)N(=O)=O</smiles>
+</species>
+<species species_name="PXNCATCOOH" species_number="s4384">
+<smiles>OOC1(O)C(=C(C)C2(OOC1(C)C2O)N(=O)=O)O</smiles>
+</species>
+<species species_name="PXNCATECO" species_number="s4385">
+<smiles>O=N(=O)C12OOC(C)(C2O)C([O])(O)C(=C1C)O</smiles>
+</species>
+<species species_name="NDNEBNZLO2" species_number="s4386">
+<smiles>[O]OC1(O)C(=CC2(OOC1(CC)C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="DNEBNZLO2" species_number="s4387">
+<smiles>CCC12OOC(C=C(N(=O)=O)C2(O)O[O])(N(=O)=O)C1O</smiles>
+</species>
+<species species_name="NEBNZ1OOH" species_number="s4388">
+<smiles>OOc1c(CC)cccc1N(=O)=O</smiles>
+</species>
+<species species_name="NPEBQOOH" species_number="s4389">
+<smiles>OOC1C(=O)C=C(CC)C(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NPEBQO" species_number="s4390">
+<smiles>CCC1=CC(=O)C([O])C(ON(=O)=O)C1=O</smiles>
+</species>
+<species species_name="PEBQOOH" species_number="s4391">
+<smiles>OOCC(=O)C=C(C(=O)CO)CC</smiles>
+</species>
+<species species_name="PEBQO" species_number="s4392">
+<smiles>[O]CC(=O)C=C(C(=O)CO)CC</smiles>
+</species>
+<species species_name="PEBQCO" species_number="s4393">
+<smiles>O=CC(=O)C=C(C(=O)CO)CC</smiles>
+</species>
+<species species_name="PEBQOH" species_number="s4394">
+<smiles>OCC(=O)C=C(C(=O)CO)CC</smiles>
+</species>
+<species species_name="ENNCATCOOH" species_number="s4395">
+<smiles>CCC12OOC(C(=C(O)C2(O)OO)N(=O)=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="ENNCATECO" species_number="s4396">
+<smiles>CCC12OOC(C(=C(O)C2([O])O)N(=O)=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="ENCATECOOH" species_number="s4397">
+<smiles>OOC1(O)C(=C(N(=O)=O)C2OOC1(CC)C2O)O</smiles>
+</species>
+<species species_name="ENCATECO" species_number="s4398">
+<smiles>CCC12OOC(C(=C(O)C2([O])O)N(=O)=O)C1O</smiles>
+</species>
+<species species_name="ECO4" species_number="s4399">
+<smiles>CCC(=O)C(=O)C(=O)C=O</smiles>
+</species>
+<species species_name="C14O3ECHO" species_number="s4400">
+<smiles>CCC(C=O)OC(=O)C=O</smiles>
+</species>
+<species species_name="NEBFUONE" species_number="s4401">
+<smiles>CCC1OC(=O)C(ON(=O)=O)C1=O</smiles>
+</species>
+<species species_name="CO3H4CO3H" species_number="s4402">
+<smiles>CCC(=O)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="CO3H4PAN" species_number="s4403">
+<smiles>CCC(=O)C(O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="PHCOCOCOOH" species_number="s4404">
+<smiles>OOCC(=O)C(=O)c1ccccc1</smiles>
+</species>
+<species species_name="PHCOCOCO" species_number="s4405">
+<smiles>[O]CC(=O)C(=O)c1ccccc1</smiles>
+</species>
+<species species_name="NDNPBNZLO2" species_number="s4406">
+<smiles>CCCC12OOC(C=C(N(=O)=O)C2(O)O[O])(N(=O)=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="DNPBNZLO2" species_number="s4407">
+<smiles>CCCC12OOC(C=C(N(=O)=O)C2(O)O[O])(N(=O)=O)C1O</smiles>
+</species>
+<species species_name="NPBNZ1OOH" species_number="s4408">
+<smiles>CCCc1cccc(N(=O)=O)c1OO</smiles>
+</species>
+<species species_name="NPPRBQOOH" species_number="s4409">
+<smiles>CCCC1=CC(=O)C(OO)C(ON(=O)=O)C1=O</smiles>
+</species>
+<species species_name="NPPRBQO" species_number="s4410">
+<smiles>CCCC1=CC(=O)C([O])C(ON(=O)=O)C1=O</smiles>
+</species>
+<species species_name="PPRBQOOH" species_number="s4411">
+<smiles>CCCC(=CC(=O)COO)C(=O)CO</smiles>
+</species>
+<species species_name="PPRBQO" species_number="s4412">
+<smiles>CCCC(=CC(=O)C[O])C(=O)CO</smiles>
+</species>
+<species species_name="PPRBQCO" species_number="s4413">
+<smiles>CCCC(=CC(=O)C=O)C(=O)CO</smiles>
+</species>
+<species species_name="PPRBQOH" species_number="s4414">
+<smiles>CCCC(=CC(=O)CO)C(=O)CO</smiles>
+</species>
+<species species_name="PNNCATCOOH" species_number="s4415">
+<smiles>CCCC12OOC(C(=C(O)C2(O)OO)N(=O)=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="PNNCATECO" species_number="s4416">
+<smiles>CCCC12OOC(C(=C(O)C2([O])O)N(=O)=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="PNCATECOOH" species_number="s4417">
+<smiles>CCCC12OOC(C(=C(O)C2(O)OO)N(=O)=O)C1O</smiles>
+</species>
+<species species_name="PNCATECO" species_number="s4418">
+<smiles>CCCC12OOC(C(=C(O)C2(O)[O])N(=O)=O)C1O</smiles>
+</species>
+<species species_name="C61CO3" species_number="s4419">
+<smiles>CCCC(=O)C(=O)C(O)C(=O)O[O]</smiles>
+</species>
+<species species_name="CO45C5CHO" species_number="s4420">
+<smiles>CCCC(=O)C(=O)C=O</smiles>
+</species>
+<species species_name="C14O3PCHO" species_number="s4421">
+<smiles>CCCC(C=O)OC(=O)C=O</smiles>
+</species>
+<species species_name="NPBFUONE" species_number="s4422">
+<smiles>CCCC1OC(=O)C(ON(=O)=O)C1=O</smiles>
+</species>
+<species species_name="C5O5OHCO3H" species_number="s4423">
+<smiles>CCCC(=O)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="C5O45OHPAN" species_number="s4424">
+<smiles>CCCC(=O)C(O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="NDNIPBZLO2" species_number="s4425">
+<smiles>[O]OC1(O)C(=CC2(OOC1(C(C)C)C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="DNIPBNZLO2" species_number="s4426">
+<smiles>[O]OC1(O)C(=CC2(OOC1(C(C)C)C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NIPBNZ1OOH" species_number="s4427">
+<smiles>OOc1c(cccc1N(=O)=O)C(C)C</smiles>
+</species>
+<species species_name="NIPRBQOOH" species_number="s4428">
+<smiles>OOC1C(=O)C=C(C(C)C)C(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NIPRBQO" species_number="s4429">
+<smiles>O=N(=O)OC1C([O])C(=O)C=C(C(C)C)C1=O</smiles>
+</species>
+<species species_name="IPRBQOOH" species_number="s4430">
+<smiles>OOC1C(=O)C=C(C(C)C)C(=O)C1O</smiles>
+</species>
+<species species_name="IPRBQO" species_number="s4431">
+<smiles>O=C1C=C(C(C)C)C(=O)C(O)C1[O]</smiles>
+</species>
+<species species_name="IPRBQCO" species_number="s4432">
+<smiles>O=C1C=C(C(C)C)C(=O)C(O)C1=O</smiles>
+</species>
+<species species_name="IPRBQOH" species_number="s4433">
+<smiles>O=C1C=C(C(C)C)C(=O)C(O)C1O</smiles>
+</species>
+<species species_name="IPNNCATOOH" species_number="s4434">
+<smiles>OOC1(O)C(=C(N(=O)=O)C2OOC1(C(C)C)C2ON(=O)=O)O</smiles>
+</species>
+<species species_name="IPNNCATCO" species_number="s4435">
+<smiles>O=N(=O)OC1C2OOC1(C(C)C)C([O])(O)C(=C2N(=O)=O)O</smiles>
+</species>
+<species species_name="IPNCATCOOH" species_number="s4436">
+<smiles>OOC1(O)C(=C(N(=O)=O)C2OOC1(C(C)C)C2O)O</smiles>
+</species>
+<species species_name="IPNCATECO" species_number="s4437">
+<smiles>O=N(=O)C1=C(O)C(O)([O])C2(OOC1C2O)C(C)C</smiles>
+</species>
+<species species_name="C62CO3" species_number="s4438">
+<smiles>[O]OC(=O)C(O)C(=O)C(=O)C(C)C</smiles>
+</species>
+<species species_name="C45IC5CHO" species_number="s4439">
+<smiles>O=CC(=O)C(=O)C(C)C</smiles>
+</species>
+<species species_name="C14O3IPCHO" species_number="s4440">
+<smiles>O=CC(=O)OC(C=O)C(C)C</smiles>
+</species>
+<species species_name="NIPBFUONE" species_number="s4441">
+<smiles>O=N(=O)OC1C(=O)OC(C(C)C)C1=O</smiles>
+</species>
+<species species_name="C4MOHOCO3H" species_number="s4442">
+<smiles>OOC(=O)C(O)C(=O)C(C)C</smiles>
+</species>
+<species species_name="C4MOHOPAN" species_number="s4443">
+<smiles>O=N(=O)OOC(=O)C(O)C(=O)C(C)C</smiles>
+</species>
+<species species_name="DMMALANHY" species_number="s4444">
+<smiles>O=C1OC(=O)C(=C1C)C</smiles>
+</species>
+<species species_name="NDNT123LO2" species_number="s4445">
+<smiles>[O]OC1(O)C(=C(C)C2(C)OOC1(N(=O)=O)C2(C)ON(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="DNT123LO2" species_number="s4446">
+<smiles>[O]OC1(O)C(=C(C)C2(C)OOC1(N(=O)=O)C2(C)O)N(=O)=O</smiles>
+</species>
+<species species_name="NT123L1OOH" species_number="s4447">
+<smiles>OOc1c(C)c(C)c(C)cc1N(=O)=O</smiles>
+</species>
+<species species_name="T123NNCOOH" species_number="s4448">
+<smiles>OOC1(O)C(=C(N(=O)=O)C2(C)OOC1(C)C2(C)ON(=O)=O)O</smiles>
+</species>
+<species species_name="T123NNCTO" species_number="s4449">
+<smiles>O=N(=O)OC1(C)C2(C)OOC1(C)C([O])(O)C(=C2N(=O)=O)O</smiles>
+</species>
+<species species_name="T123NCTOOH" species_number="s4450">
+<smiles>OOC1(O)C(=C(N(=O)=O)C2(C)OOC1(C)C2(C)O)O</smiles>
+</species>
+<species species_name="T123NCATO" species_number="s4451">
+<smiles>O=N(=O)C1=C(O)C([O])(O)C2(C)OOC1(C)C2(C)O</smiles>
+</species>
+<species species_name="MC6OTRIKET" species_number="s4452">
+<smiles>CC(OC(=O)C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="TM124NO2O2" species_number="s4453">
+<smiles>[O]OC1(O)C=C(C)C2(C)OOC1(N(=O)=O)C2O</smiles>
+</species>
+<species species_name="NDNT124LO2" species_number="s4454">
+<smiles>[O]OC1(O)C(=C(C)C2(OOC1(C)C2(C)ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="DNT124LO2" species_number="s4455">
+<smiles>[O]OC1(O)C(=C(C)C2(OOC1(C)C2(C)O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NT124L1OOH" species_number="s4456">
+<smiles>OOc1c(C)cc(N(=O)=O)c(C)c1C</smiles>
+</species>
+<species species_name="NTM124QOOH" species_number="s4457">
+<smiles>OOC1(C)C(ON(=O)=O)C(=O)C(=C(C)C1=O)C</smiles>
+</species>
+<species species_name="NTM124QO" species_number="s4458">
+<smiles>O=N(=O)OC1C(=O)C(=C(C)C(=O)C1(C)[O])C</smiles>
+</species>
+<species species_name="TM124QOOH" species_number="s4459">
+<smiles>OOC1(C)C(O)C(=O)C(=C(C)C1=O)C</smiles>
+</species>
+<species species_name="TM124QO" species_number="s4460">
+<smiles>CC1=C(C)C(=O)C(C)([O])C(O)C1=O</smiles>
+</species>
+<species species_name="TM124QOH" species_number="s4461">
+<smiles>CC1=C(C)C(=O)C(C)(O)C(O)C1=O</smiles>
+</species>
+<species species_name="T124NNCOOH" species_number="s4462">
+<smiles>OOC1(O)C(=C(C)C2(OOC1(C)C2(C)ON(=O)=O)N(=O)=O)O</smiles>
+</species>
+<species species_name="T124NNCTO" species_number="s4463">
+<smiles>O=N(=O)OC1(C)C2(OOC1(C)C([O])(O)C(=C2C)O)N(=O)=O</smiles>
+</species>
+<species species_name="T124NCTOOH" species_number="s4464">
+<smiles>OOC1(O)C(=C(C)C2(OOC1(C)C2(C)O)N(=O)=O)O</smiles>
+</species>
+<species species_name="T124NCATO" species_number="s4465">
+<smiles>OC1=C(C)C2(OOC(C)(C1([O])O)C2(C)O)N(=O)=O</smiles>
+</species>
+<species species_name="MXYOHNO2O2" species_number="s4466">
+<smiles>[O]OC1(O)C(=CC2(C)OOC1(N(=O)=O)C2O)C</smiles>
+</species>
+<species species_name="C5CO234OOH" species_number="s4467">
+<smiles>CC(=O)C(=O)C(=O)COO</smiles>
+</species>
+<species species_name="C5CO234O" species_number="s4468">
+<smiles>[O]CC(=O)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="NDNOETOLO2" species_number="s4469">
+<smiles>CCC12OOC(N(=O)=O)(C2ON(=O)=O)C(O)(O[O])C(=C1C)N(=O)=O</smiles>
+</species>
+<species species_name="DNOETOLO2" species_number="s4470">
+<smiles>CCC12OOC(N(=O)=O)(C2O)C(O)(O[O])C(=C1C)N(=O)=O</smiles>
+</species>
+<species species_name="NOETOL1OOH" species_number="s4471">
+<smiles>CCc1c(C)ccc(N(=O)=O)c1OO</smiles>
+</species>
+<species species_name="NOETLQOOH" species_number="s4472">
+<smiles>CCC1=C(C)C(=O)C(OO)C(ON(=O)=O)C1=O</smiles>
+</species>
+<species species_name="NOETLQO" species_number="s4473">
+<smiles>CCC1=C(C)C(=O)C([O])C(ON(=O)=O)C1=O</smiles>
+</species>
+<species species_name="OETLQOOH" species_number="s4474">
+<smiles>OOC1C(O)C(=O)C(=C(C)C1=O)CC</smiles>
+</species>
+<species species_name="OETLQO" species_number="s4475">
+<smiles>CCC1=C(C)C(=O)C([O])C(O)C1=O</smiles>
+</species>
+<species species_name="OETLQCO" species_number="s4476">
+<smiles>CCC1=C(C)C(=O)C(=O)C(O)C1=O</smiles>
+</species>
+<species species_name="OETLQOH" species_number="s4477">
+<smiles>CCC1=C(C)C(=O)C(O)C(O)C1=O</smiles>
+</species>
+<species species_name="OTNNCATOOH" species_number="s4478">
+<smiles>CCC1=C(O)C(O)(OO)C2(OOC1(C)C2ON(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="OTNNCATCO" species_number="s4479">
+<smiles>CCC1=C(O)C([O])(O)C2(OOC1(C)C2ON(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="OTNCATCOOH" species_number="s4480">
+<smiles>CCC1=C(O)C(O)(OO)C2(OOC1(C)C2O)N(=O)=O</smiles>
+</species>
+<species species_name="OTNCATECO" species_number="s4481">
+<smiles>CCC1=C(O)C([O])(O)C2(OOC1(C)C2O)N(=O)=O</smiles>
+</species>
+<species species_name="NDNMETOLO2" species_number="s4482">
+<smiles>CCC1=C(N(=O)=O)C2(OOC(C)(C2ON(=O)=O)C1(O)O[O])N(=O)=O</smiles>
+</species>
+<species species_name="DNMETOLO2" species_number="s4483">
+<smiles>CCC1=C(N(=O)=O)C2(OOC(C)(C2O)C1(O)O[O])N(=O)=O</smiles>
+</species>
+<species species_name="NMETOL1OOH" species_number="s4484">
+<smiles>OOc1c(CC)cc(C)cc1N(=O)=O</smiles>
+</species>
+<species species_name="NMETLQOOH" species_number="s4485">
+<smiles>CCC1=CC(=O)C(ON(=O)=O)C(C)(OO)C1=O</smiles>
+</species>
+<species species_name="NMETLQO" species_number="s4486">
+<smiles>CCC1=CC(=O)C(ON(=O)=O)C(C)([O])C1=O</smiles>
+</species>
+<species species_name="METLQOOH" species_number="s4487">
+<smiles>CCC1=CC(=O)C(O)C(C)(OO)C1=O</smiles>
+</species>
+<species species_name="METLQO" species_number="s4488">
+<smiles>CCC1=CC(=O)C(O)C(C)([O])C1=O</smiles>
+</species>
+<species species_name="METLQOH" species_number="s4489">
+<smiles>CCC1=CC(=O)C(O)C(C)(O)C1=O</smiles>
+</species>
+<species species_name="MTNNCATOOH" species_number="s4490">
+<smiles>CCC12OOC(C)(C(=C(O)C2(O)OO)N(=O)=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="MTNNCATCO" species_number="s4491">
+<smiles>CCC12OOC(C)(C(=C(O)C2([O])O)N(=O)=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="MTNCATCOOH" species_number="s4492">
+<smiles>CCC12OOC(C)(C(=C(O)C2(O)OO)N(=O)=O)C1O</smiles>
+</species>
+<species species_name="MTNCATECO" species_number="s4493">
+<smiles>CCC12OOC(C)(C(=C(O)C2(O)[O])N(=O)=O)C1O</smiles>
+</species>
+<species species_name="NDNPETOLO2" species_number="s4494">
+<smiles>CCC12OOC(N(=O)=O)(C(=C(N(=O)=O)C2(O)O[O])C)C1ON(=O)=O</smiles>
+</species>
+<species species_name="DNPETOLO2" species_number="s4495">
+<smiles>CCC12OOC(N(=O)=O)(C(=C(N(=O)=O)C2(O)O[O])C)C1O</smiles>
+</species>
+<species species_name="NPETOL1OOH" species_number="s4496">
+<smiles>CCc1ccc(C)c(N(=O)=O)c1OO</smiles>
+</species>
+<species species_name="NPETLQOOH" species_number="s4497">
+<smiles>CCC1=CC(=O)C(C)(OO)C(ON(=O)=O)C1=O</smiles>
+</species>
+<species species_name="NPETLQO" species_number="s4498">
+<smiles>CCC1=CC(=O)C(C)([O])C(ON(=O)=O)C1=O</smiles>
+</species>
+<species species_name="PETLQOOH" species_number="s4499">
+<smiles>CCC1(OO)C(=O)C=C(C)C(=O)C1O</smiles>
+</species>
+<species species_name="PETLQO" species_number="s4500">
+<smiles>CCC1([O])C(=O)C=C(C)C(=O)C1O</smiles>
+</species>
+<species species_name="PETLQOH" species_number="s4501">
+<smiles>CCC1(O)C(=O)C=C(C)C(=O)C1O</smiles>
+</species>
+<species species_name="PTNNCATOOH" species_number="s4502">
+<smiles>OOC1(O)C(=C(C)C2(OOC1(CC)C2ON(=O)=O)N(=O)=O)O</smiles>
+</species>
+<species species_name="PTNNCATCO" species_number="s4503">
+<smiles>CCC12OOC(N(=O)=O)(C(=C(O)C2([O])O)C)C1ON(=O)=O</smiles>
+</species>
+<species species_name="PTNCATCOOH" species_number="s4504">
+<smiles>CCC12OOC(N(=O)=O)(C(=C(O)C2(O)OO)C)C1O</smiles>
+</species>
+<species species_name="PTNCATECO" species_number="s4505">
+<smiles>CCC12OOC(N(=O)=O)(C(=C(O)C2([O])O)C)C1O</smiles>
+</species>
+<species species_name="C23O3ECHO" species_number="s4506">
+<smiles>CCC(C=O)OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="CO356OCO2" species_number="s4507">
+<smiles>CC(O[O])C(=O)OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="HOEMPHNO2" species_number="s4508">
+<smiles>CCc1cc(C)c(N(=O)=O)c(O)c1</smiles>
+</species>
+<species species_name="CO234C6OOH" species_number="s4509">
+<smiles>CC(OO)C(=O)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="CO234C65O" species_number="s4510">
+<smiles>CC([O])C(=O)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="H13CO2CO3H" species_number="s4511">
+<smiles>OCC(=O)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="C4PAN10" species_number="s4512">
+<smiles>OCC(=O)C(O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C531O2" species_number="s4513">
+<smiles>[O]OCC(=O)C=COC=O</smiles>
+</species>
+<species species_name="M3FOO" species_number="s4514">
+<smiles>O=COC=CC(=[O+][O-])C</smiles>
+</species>
+<species species_name="INCNCO3" species_number="s4515">
+<smiles>[O]OC(=O)C(ON(=O)=O)C(C)(O)CON(=O)=O</smiles>
+</species>
+<species species_name="CO2N3CO3H" species_number="s4516">
+<smiles>OOC(=O)C(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="CO2N3PAN" species_number="s4517">
+<smiles>O=N(=O)OOC(=O)C(ON(=O)=O)C(=O)C</smiles>
+</species>
+<species species_name="IEACO3" species_number="s4518">
+<smiles>CC(O)(C1CO1)C(=O)O[O]</smiles>
+</species>
+<species species_name="IEC2OOH" species_number="s4519">
+<smiles>OCC(=O)C(C)(OO)C=O</smiles>
+</species>
+<species species_name="C47CHO" species_number="s4520">
+<smiles>O=CC(C(C=O)(O)C)O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="INB1HPCHO" species_number="s4521">
+<smiles>OOC(C=O)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INB1NACHO" species_number="s4522">
+<smiles>O=CC(ON(=O)=O)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INB1NBCHO" species_number="s4523">
+<smiles>OCC(ON(=O)=O)C(C)(C=O)ON(=O)=O</smiles>
+</species>
+<species species_name="INB1GLYOX" species_number="s4524">
+<smiles>O=CC(=O)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="IECCO3" species_number="s4525">
+<smiles>CC1(CO1)C(O)C(=O)O[O]</smiles>
+</species>
+<species species_name="C535OOH" species_number="s4526">
+<smiles>OOC(=O)C(C(C=O)(OO)C)O</smiles>
+</species>
+<species species_name="C535O" species_number="s4527">
+<smiles>CC(C(C(=O)OO)O)(C=O)[O]</smiles>
+</species>
+<species species_name="HPC52CO3" species_number="s4528">
+<smiles>OOCC(C(C(=O)O[O])O)(OO)C</smiles>
+</species>
+<species species_name="INDHCO3" species_number="s4529">
+<smiles>OCC(ON(=O)=O)C(C)(O)C(=O)O[O]</smiles>
+</species>
+<species species_name="C4M2ALOHNO3" species_number="s4530">
+<smiles>O=CC(O)C(C)(C=O)ON(=O)=O</smiles>
+</species>
+<species species_name="C57NO3CO3" species_number="s4531">
+<smiles>OCC(O)C(C)(ON(=O)=O)C(=O)O[O]</smiles>
+</species>
+<species species_name="INDHPCHO" species_number="s4532">
+<smiles>OCC(ON(=O)=O)C(C)(OO)C=O</smiles>
+</species>
+<species species_name="INAHPCO3" species_number="s4533">
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+</species>
+<species species_name="INANCO3" species_number="s4534">
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+</species>
+<species species_name="INANCOCHO" species_number="s4535">
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+</species>
+<species species_name="INAHCO3" species_number="s4536">
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+</species>
+<species species_name="C58NO3CO2H" species_number="s4537">
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+</species>
+<species species_name="C58NO3CO3H" species_number="s4538">
+<smiles>OOC(=O)C(O)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="C58NO3PAN" species_number="s4539">
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+</species>
+<species species_name="HIEPOXB" species_number="s4540">
+<smiles>OCC1OC1(CO)CO</smiles>
+</species>
+<species species_name="NC524O2" species_number="s4541">
+<smiles>OCC(ON(=O)=O)C(CO)(CO)O[O]</smiles>
+</species>
+<species species_name="C525O2" species_number="s4542">
+<smiles>OCC(=O)C(CO)(CO)O[O]</smiles>
+</species>
+<species species_name="HMACO3" species_number="s4543">
+<smiles>OCC(=C)C(=O)O[O]</smiles>
+</species>
+<species species_name="HMGLYOOA" species_number="s4544">
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+</species>
+<species species_name="HMACRO2" species_number="s4545">
+<smiles>OCC(CO)(O[O])C=O</smiles>
+</species>
+<species species_name="ACCOCOMOOH" species_number="s4546">
+<smiles>OOCC(=O)C(=O)OC(=O)C</smiles>
+</species>
+<species species_name="ACCOCOMEO" species_number="s4547">
+<smiles>CC(=O)OC(=O)C(=O)C[O]</smiles>
+</species>
+<species species_name="ACCOMECO3" species_number="s4548">
+<smiles>CC(=O)OC(=O)CC(=O)O[O]</smiles>
+</species>
+<species species_name="ACEETOHOOH" species_number="s4549">
+<smiles>CC(=O)OC(O)COO</smiles>
+</species>
+<species species_name="ACEETOHO" species_number="s4550">
+<smiles>CC(=O)OC(O)C[O]</smiles>
+</species>
+<species species_name="ACOMCOMOOH" species_number="s4551">
+<smiles>OOCC(=O)CC(=O)OC(=O)C</smiles>
+</species>
+<species species_name="ACCOMCOMO" species_number="s4552">
+<smiles>CC(=O)OC(=O)CC(=O)C[O]</smiles>
+</species>
+<species species_name="ACCOCOEOOH" species_number="s4553">
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+</species>
+<species species_name="ACCOCOETO" species_number="s4554">
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+</species>
+<species species_name="IPRFORMO2" species_number="s4555">
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+</species>
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+</species>
+<species species_name="MTBEALCO3H" species_number="s4557">
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+</species>
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+</species>
+<species species_name="PRCOFORMO2" species_number="s4559">
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+</species>
+<species species_name="PRONOCOMO2" species_number="s4560">
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+</species>
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+</species>
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+</species>
+<species species_name="HO13C4OOH" species_number="s4563">
+<smiles>OCCC(O)COO</smiles>
+</species>
+<species species_name="HO13C4NO3" species_number="s4564">
+<smiles>OCCC(O)CON(=O)=O</smiles>
+</species>
+<species species_name="HO13C4O" species_number="s4565">
+<smiles>OCCC(O)C[O]</smiles>
+</species>
+<species species_name="HO13C3CHO" species_number="s4566">
+<smiles>OC(CCO)C=O</smiles>
+</species>
+<species species_name="HO13C4OH" species_number="s4567">
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+</species>
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+<smiles>[O]OC(=O)CC(=O)C(=O)CC</smiles>
+</species>
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+</species>
+<species species_name="HM22CO3H" species_number="s4570">
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>OCC(CC(=O)O[O])C(=C)C</smiles>
+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>[O]OC(=O)CCC(=C)C1CC(C)(C)C1CCC(=O)O</smiles>
+</species>
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+</species>
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+</species>
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+<smiles>O=CCC1C(CC1(C)C)C(=O)CCC(=O)OO</smiles>
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+</species>
+<species species_name="C116OOH" species_number="s4659">
+<smiles>OOCCC(=O)C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C116NO3" species_number="s4660">
+<smiles>O=CCC1C(CC1(C)C)C(=O)CCO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C116O" species_number="s4661">
+<smiles>[O]CCC(=O)C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C116CO" species_number="s4662">
+<smiles>O=CCC(=O)C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C116OH" species_number="s4663">
+<smiles>OCCC(=O)C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C129OOH" species_number="s4664">
+<smiles>O=CCC(OO)C(=O)C1CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C129O" species_number="s4665">
+<smiles>O=CCC([O])C(=O)C1CC(C)(C)C1CC=O</smiles>
+</species>
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+<smiles>O=CCC(=O)C(=O)C1CC(C)(C)C1CC=O</smiles>
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+</species>
+<species species_name="TL4ONO2OOH" species_number="s4804">
+<smiles>OOC1(O)C(=CC2(C)OOC1C2O)N(=O)=O</smiles>
+</species>
+<species species_name="TL4OHNO2O" species_number="s4805">
+<smiles>O=N(=O)C1=CC2(C)OOC(C2O)C1([O])O</smiles>
+</species>
+<species species_name="NDNPXYLOOH" species_number="s4806">
+<smiles>OOC1(O)C(=C(C)C2(OOC1(C)C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NDNPXYOLO" species_number="s4807">
+<smiles>O=N(=O)OC1C2(OOC1(C)C([O])(O)C(=C2C)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="DNPXYOLOOH" species_number="s4808">
+<smiles>OOC1(O)C(=C(C)C2(OOC1(C)C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="DNPXYOLO" species_number="s4809">
+<smiles>O=N(=O)C1=C(C)C2(OOC(C)(C2O)C1([O])O)N(=O)=O</smiles>
+</species>
+<species species_name="CO4DBC8" species_number="s4810">
+<smiles>O=CC(=O)C(=CC(=O)C(=O)C)C</smiles>
+</species>
+<species species_name="C6MOHCOCO3" species_number="s4811">
+<smiles>CC(=CC(=O)O[O])C(=O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="NDNEBZLOOH" species_number="s4812">
+<smiles>OOC1(O)C(=CC2(OOC1(CC)C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NDNEBNZLO" species_number="s4813">
+<smiles>CCC12OOC(C=C(N(=O)=O)C2([O])O)(N(=O)=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="DNEBNZLOOH" species_number="s4814">
+<smiles>CCC12OOC(C=C(N(=O)=O)C2(O)OO)(N(=O)=O)C1O</smiles>
+</species>
+<species species_name="DNEBNZLO" species_number="s4815">
+<smiles>CCC12OOC(C=C(N(=O)=O)C2([O])O)(N(=O)=O)C1O</smiles>
+</species>
+<species species_name="C6ETCO4DB" species_number="s4816">
+<smiles>O=CC(=O)C=C(CC)C(=O)C=O</smiles>
+</species>
+<species species_name="C7OHCO2CO3" species_number="s4817">
+<smiles>CCC(=CC(=O)O[O])C(=O)C(O)C=O</smiles>
+</species>
+<species species_name="NC4EDCO2H" species_number="s4818">
+<smiles>O=CC(=C(CC)C(=O)O)N(=O)=O</smiles>
+</species>
+<species species_name="ECO3CO3" species_number="s4819">
+<smiles>CCC(=O)C(=O)C(=O)C(=O)O[O]</smiles>
+</species>
+<species species_name="NDNPBZLOOH" species_number="s4820">
+<smiles>CCCC12OOC(C=C(N(=O)=O)C2(O)OO)(N(=O)=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NDNPBNZLO" species_number="s4821">
+<smiles>CCCC12OOC(C=C(N(=O)=O)C2([O])O)(N(=O)=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="DNPBNZLOOH" species_number="s4822">
+<smiles>CCCC12OOC(C=C(N(=O)=O)C2(O)OO)(N(=O)=O)C1O</smiles>
+</species>
+<species species_name="DNPBNZLO" species_number="s4823">
+<smiles>CCCC12OOC(C=C(N(=O)=O)C2([O])O)(N(=O)=O)C1O</smiles>
+</species>
+<species species_name="C6PRCO4DB" species_number="s4824">
+<smiles>CCCC(=CC(=O)C=O)C(=O)C=O</smiles>
+</species>
+<species species_name="C8OHCO2CO3" species_number="s4825">
+<smiles>[O]OC(=O)C=C(C(C)C)C(=O)C(O)C=O</smiles>
+</species>
+<species species_name="NC4PDCO2H" species_number="s4826">
+<smiles>CCCC(=C(C=O)N(=O)=O)C(=O)O</smiles>
+</species>
+<species species_name="C61CO3H" species_number="s4827">
+<smiles>CCCC(=O)C(=O)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="C61CPAN" species_number="s4828">
+<smiles>CCCC(=O)C(=O)C(O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="NDNIPBLOOH" species_number="s4829">
+<smiles>OOC1(O)C(=CC2(OOC1(C(C)C)C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NDNIPBZLO" species_number="s4830">
+<smiles>O=N(=O)OC1C2(OOC1(C(C)C)C([O])(O)C(=C2)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="DNIPBZLOOH" species_number="s4831">
+<smiles>OOC1(O)C(=CC2(OOC1(C(C)C)C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="DNIPBNZLO" species_number="s4832">
+<smiles>O=N(=O)C1=CC2(OOC(C(C)C)(C2O)C1([O])O)N(=O)=O</smiles>
+</species>
+<species species_name="C6IPRCO4DB" species_number="s4833">
+<smiles>O=CC(=O)C=C(C(C)C)C(=O)C=O</smiles>
+</species>
+<species species_name="C8CO2OHCO3" species_number="s4834">
+<smiles>CCCC(=CC(=O)O[O])C(=O)C(O)C=O</smiles>
+</species>
+<species species_name="NC4IPDCO2H" species_number="s4835">
+<smiles>O=CC(=C(C(C)C)C(=O)O)N(=O)=O</smiles>
+</species>
+<species species_name="C62CO3H" species_number="s4836">
+<smiles>OOC(=O)C(O)C(=O)C(=O)C(C)C</smiles>
+</species>
+<species species_name="C62CPAN" species_number="s4837">
+<smiles>O=N(=O)OOC(=O)C(O)C(=O)C(=O)C(C)C</smiles>
+</species>
+<species species_name="NDMMALYO2" species_number="s4838">
+<smiles>[O]OC1(C)C(=O)OC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="DMMALYO2" species_number="s4839">
+<smiles>[O]OC1(C)C(=O)OC(=O)C1(C)O</smiles>
+</species>
+<species species_name="NDNT123OOH" species_number="s4840">
+<smiles>OOC1(O)C(=C(C)C2(C)OOC1(N(=O)=O)C2(C)ON(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NDNT123LO" species_number="s4841">
+<smiles>O=N(=O)OC1(C)C2(C)OOC1(N(=O)=O)C([O])(O)C(=C2C)N(=O)=O</smiles>
+</species>
+<species species_name="DNT123LOOH" species_number="s4842">
+<smiles>OOC1(O)C(=C(C)C2(C)OOC1(N(=O)=O)C2(C)O)N(=O)=O</smiles>
+</species>
+<species species_name="DNT123LO" species_number="s4843">
+<smiles>O=N(=O)C1=C(C)C2(C)OOC(N(=O)=O)(C1([O])O)C2(C)O</smiles>
+</species>
+<species species_name="NC5MDCO2H" species_number="s4844">
+<smiles>OC(=O)C(=C(C(=O)C)N(=O)=O)C</smiles>
+</species>
+<species species_name="TM124NOOH" species_number="s4845">
+<smiles>OOC1(O)C=C(C)C2(C)OOC1(N(=O)=O)C2O</smiles>
+</species>
+<species species_name="TM124NO2O" species_number="s4846">
+<smiles>CC1=CC([O])(O)C2(OOC1(C)C2O)N(=O)=O</smiles>
+</species>
+<species species_name="NDNT124OOH" species_number="s4847">
+<smiles>OOC1(O)C(=C(C)C2(OOC1(C)C2(C)ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NDNT124LO" species_number="s4848">
+<smiles>O=N(=O)OC1(C)C2(OOC1(C)C([O])(O)C(=C2C)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="DNT124LOOH" species_number="s4849">
+<smiles>OOC1(O)C(=C(C)C2(OOC1(C)C2(C)O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="DNT124LO" species_number="s4850">
+<smiles>O=N(=O)C1=C(C)C2(OOC(C)(C1([O])O)C2(C)O)N(=O)=O</smiles>
+</species>
+<species species_name="CO4DBC9" species_number="s4851">
+<smiles>O=CC(=O)C(=C(C)C(=O)C(=O)C)C</smiles>
+</species>
+<species species_name="C7MOHCOCO3" species_number="s4852">
+<smiles>[O]OC(=O)C(=C(C)C(=O)C(O)C(=O)C)C</smiles>
+</species>
+<species species_name="MXOHNO2OOH" species_number="s4853">
+<smiles>OOC1(O)C(=CC2(C)OOC1(N(=O)=O)C2O)C</smiles>
+</species>
+<species species_name="MXYOHNO2O" species_number="s4854">
+<smiles>O=N(=O)C12OOC(C)(C=C(C)C2([O])O)C1O</smiles>
+</species>
+<species species_name="NDNOETLOOH" species_number="s4855">
+<smiles>CCC12OOC(N(=O)=O)(C2ON(=O)=O)C(O)(OO)C(=C1C)N(=O)=O</smiles>
+</species>
+<species species_name="NDNOETOLO" species_number="s4856">
+<smiles>CCC12OOC(N(=O)=O)(C2ON(=O)=O)C([O])(O)C(=C1C)N(=O)=O</smiles>
+</species>
+<species species_name="DNOETOLOOH" species_number="s4857">
+<smiles>CCC12OOC(N(=O)=O)(C2O)C(O)(OO)C(=C1C)N(=O)=O</smiles>
+</species>
+<species species_name="DNOETOLO" species_number="s4858">
+<smiles>CCC12OOC(N(=O)=O)(C2O)C([O])(O)C(=C1C)N(=O)=O</smiles>
+</species>
+<species species_name="C6CO4MEDB" species_number="s4859">
+<smiles>O=CC(=O)C(=C(C)C(=O)C=O)CC</smiles>
+</species>
+<species species_name="C5MEJCO3" species_number="s4860">
+<smiles>O=CC(O)C(=O)C(=C(C)C(=O)O[O])CC</smiles>
+</species>
+<species species_name="NDNMETLOOH" species_number="s4861">
+<smiles>CCC1=C(N(=O)=O)C2(OOC(C)(C2ON(=O)=O)C1(O)OO)N(=O)=O</smiles>
+</species>
+<species species_name="NDNMETOLO" species_number="s4862">
+<smiles>CCC1=C(N(=O)=O)C2(OOC(C)(C2ON(=O)=O)C1([O])O)N(=O)=O</smiles>
+</species>
+<species species_name="DNMETOLOOH" species_number="s4863">
+<smiles>CCC1=C(N(=O)=O)C2(OOC(C)(C2O)C1(O)OO)N(=O)=O</smiles>
+</species>
+<species species_name="DNMETOLO" species_number="s4864">
+<smiles>CCC1=C(N(=O)=O)C2(OOC(C)(C2O)C1([O])O)N(=O)=O</smiles>
+</species>
+<species species_name="C7CO4EDB" species_number="s4865">
+<smiles>O=CC(=O)C=C(CC)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="C6EO2OHCO3" species_number="s4866">
+<smiles>CCC(=CC(=O)C(O)C(=O)C)C(=O)O[O]</smiles>
+</species>
+<species species_name="NDNPETLOOH" species_number="s4867">
+<smiles>CCC12OOC(N(=O)=O)(C(=C(N(=O)=O)C2(O)OO)C)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NDNPETOLO" species_number="s4868">
+<smiles>CCC12OOC(N(=O)=O)(C(=C(N(=O)=O)C2([O])O)C)C1ON(=O)=O</smiles>
+</species>
+<species species_name="DNPETOLOOH" species_number="s4869">
+<smiles>CCC12OOC(N(=O)=O)(C(=C(N(=O)=O)C2(O)OO)C)C1O</smiles>
+</species>
+<species species_name="DNPETOLO" species_number="s4870">
+<smiles>CCC12OOC(N(=O)=O)(C(=C(N(=O)=O)C2([O])O)C)C1O</smiles>
+</species>
+<species species_name="C7ECO4DB" species_number="s4871">
+<smiles>O=CC(=O)C(=CC(=O)C(=O)C)CC</smiles>
+</species>
+<species species_name="C7MJPCO3" species_number="s4872">
+<smiles>[O]OC(=O)C=C(C)C(=O)C(O)C(=O)CC</smiles>
+</species>
+<species species_name="C23O3ECO3" species_number="s4873">
+<smiles>[O]OC(=O)C(CC)OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="CO356OCOOH" species_number="s4874">
+<smiles>CC(OO)C(=O)OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="CO356OCO" species_number="s4875">
+<smiles>CC([O])C(=O)OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="EMPOHNO2O2" species_number="s4876">
+<smiles>CCC1=CC(O)(O[O])C2(OOC1C2(C)O)N(=O)=O</smiles>
+</species>
+<species species_name="C531OOH" species_number="s4877">
+<smiles>OOCC(=O)C=COC=O</smiles>
+</species>
+<species species_name="C531O" species_number="s4878">
+<smiles>O=COC=CC(=O)C[O]</smiles>
+</species>
+<species species_name="C532CO" species_number="s4879">
+<smiles>O=COC=CC(=O)C</smiles>
+</species>
+<species species_name="INCNCO2H" species_number="s4880">
+<smiles>O=N(=O)OCC(C)(O)C(ON(=O)=O)C(=O)O</smiles>
+</species>
+<species species_name="INCNCO3H" species_number="s4881">
+<smiles>OOC(=O)C(ON(=O)=O)C(C)(O)CON(=O)=O</smiles>
+</species>
+<species species_name="INCNPAN" species_number="s4882">
+<smiles>O=N(=O)OOC(=O)C(ON(=O)=O)C(C)(O)CON(=O)=O</smiles>
+</species>
+<species species_name="IEACO3H" species_number="s4883">
+<smiles>CC(O)(C1CO1)C(=O)OO</smiles>
+</species>
+<species species_name="IEAPAN" species_number="s4884">
+<smiles>O=N(=O)OOC(=O)C(C)(O)C1OC1</smiles>
+</species>
+<species species_name="C47CO3" species_number="s4885">
+<smiles>O=CC(C(C(=O)O[O])(O)C)O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="INB1HPCO3" species_number="s4886">
+<smiles>[O]OC(=O)C(OO)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INB1NACO3" species_number="s4887">
+<smiles>[O]OC(=O)C(ON(=O)=O)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INB1NBCO3" species_number="s4888">
+<smiles>[O]OC(=O)C(C)(ON(=O)=O)C(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="IECCO3H" species_number="s4889">
+<smiles>CC1(CO1)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="IECPAN" species_number="s4890">
+<smiles>O=N(=O)OOC(=O)C(O)C1(C)OC1</smiles>
+</species>
+<species species_name="HPC52CO3H" species_number="s4891">
+<smiles>OOCC(C(C(=O)OO)O)(OO)C</smiles>
+</species>
+<species species_name="HPC52PAN" species_number="s4892">
+<smiles>OOCC(C(C(=O)OO[N+](=O)[O-])O)(OO)C</smiles>
+</species>
+<species species_name="INDHCO3H" species_number="s4893">
+<smiles>OCC(ON(=O)=O)C(C)(O)C(=O)OO</smiles>
+</species>
+<species species_name="INDHPAN" species_number="s4894">
+<smiles>OCC(ON(=O)=O)C(C)(O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="MMALNACO3" species_number="s4895">
+<smiles>[O]OC(=O)C(O)C(C)(C=O)ON(=O)=O</smiles>
+</species>
+<species species_name="MMALNBCO3" species_number="s4896">
+<smiles>O=CC(O)C(C)(ON(=O)=O)C(=O)O[O]</smiles>
+</species>
+<species species_name="C57NO3CO2H" species_number="s4897">
+<smiles>OCC(O)C(C)(ON(=O)=O)C(=O)O</smiles>
+</species>
+<species species_name="C57NO3CO3H" species_number="s4898">
+<smiles>OCC(O)C(C)(ON(=O)=O)C(=O)OO</smiles>
+</species>
+<species species_name="C57NO3PAN" species_number="s4899">
+<smiles>OCC(O)C(C)(ON(=O)=O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="INDHPCO3" species_number="s4900">
+<smiles>[O]OC(=O)C(C)(OO)C(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INAHPCO2H" species_number="s4901">
+<smiles>OOC(C)(C(=O)O)C(O)CON(=O)=O</smiles>
+</species>
+<species species_name="INAHPCO3H" species_number="s4902">
+<smiles>OOC(=O)C(C)(OO)C(O)CON(=O)=O</smiles>
+</species>
+<species species_name="INAHPPAN" species_number="s4903">
+<smiles>OOC(C)(C(O)CON(=O)=O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="INANCO2H" species_number="s4904">
+<smiles>O=N(=O)OCC(O)C(C)(ON(=O)=O)C(=O)O</smiles>
+</species>
+<species species_name="INANCO3H" species_number="s4905">
+<smiles>OOC(=O)C(C)(ON(=O)=O)C(O)CON(=O)=O</smiles>
+</species>
+<species species_name="INANPAN" species_number="s4906">
+<smiles>O=N(=O)OCC(O)C(C)(ON(=O)=O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="INANCOCO3" species_number="s4907">
+<smiles>[O]OC(=O)C(C)(ON(=O)=O)C(=O)CON(=O)=O</smiles>
+</species>
+<species species_name="INAHCO2H" species_number="s4908">
+<smiles>O=N(=O)OCC(O)C(C)(O)C(=O)O</smiles>
+</species>
+<species species_name="INAHCO3H" species_number="s4909">
+<smiles>OOC(=O)C(C)(O)C(O)CON(=O)=O</smiles>
+</species>
+<species species_name="INAHPAN" species_number="s4910">
+<smiles>O=N(=O)OCC(O)C(C)(O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="MMALNACO2H" species_number="s4911">
+<smiles>O=CC(C)(ON(=O)=O)C(O)C(=O)O</smiles>
+</species>
+<species species_name="MMALNACO3H" species_number="s4912">
+<smiles>OOC(=O)C(O)C(C)(C=O)ON(=O)=O</smiles>
+</species>
+<species species_name="MMALNAPAN" species_number="s4913">
+<smiles>O=CC(C)(ON(=O)=O)C(O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="HIEB1O2" species_number="s4914">
+<smiles>OCC(O)C(CO)(O[O])C=O</smiles>
+</species>
+<species species_name="HIEB2O2" species_number="s4915">
+<smiles>[O]OC(C=O)C(O)(CO)CO</smiles>
+</species>
+<species species_name="NC524OOH" species_number="s4916">
+<smiles>OCC(ON(=O)=O)C(CO)(CO)OO</smiles>
+</species>
+<species species_name="NC524NO3" species_number="s4917">
+<smiles>OCC(ON(=O)=O)C(CO)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="NC524O" species_number="s4918">
+<smiles>OCC(ON(=O)=O)C([O])(CO)CO</smiles>
+</species>
+<species species_name="NC524OH" species_number="s4919">
+<smiles>OCC(ON(=O)=O)C(O)(CO)CO</smiles>
+</species>
+<species species_name="C525OOH" species_number="s4920">
+<smiles>OCC(=O)C(CO)(CO)OO</smiles>
+</species>
+<species species_name="C525O" species_number="s4921">
+<smiles>OCC(=O)C([O])(CO)CO</smiles>
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+</species>
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+<smiles>O=CCC1C(CC1(C)C)C(=O)O[O]</smiles>
+</species>
+<species species_name="C127OOH" species_number="s5060">
+<smiles>OCCC(=C)C1(OO)CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C127NO3" species_number="s5061">
+<smiles>OCCC(=C)C1(O[N+](=O)[O-])CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C127O" species_number="s5062">
+<smiles>OCCC(=C)C1([O])CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C127OH" species_number="s5063">
+<smiles>OCCC(=C)C1(O)CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C145O2" species_number="s5064">
+<smiles>OCCC(CO)(O[O])C(=O)CC(C)(C)C(=O)CCC(=O)C</smiles>
+</species>
+<species species_name="C927O2" species_number="s5065">
+<smiles>OCCC(=C)C(=O)CC(C)(C)O[O]</smiles>
+</species>
+<species species_name="C143OOH" species_number="s5066">
+<smiles>OCCC(=C)C(=O)CC(C)(C)C(OO)CCC(=O)C</smiles>
+</species>
+<species species_name="C143NO3" species_number="s5067">
+<smiles>OCCC(=C)C(=O)CC(C)(C)C(CCC(=O)C)O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C143O" species_number="s5068">
+<smiles>OCCC(=C)C(=O)CC(C)(C)C([O])CCC(=O)C</smiles>
+</species>
+<species species_name="C143OH" species_number="s5069">
+<smiles>OCCC(=C)C(=O)CC(C)(C)C(O)CCC(=O)C</smiles>
+</species>
+<species species_name="C1214O2" species_number="s5070">
+<smiles>O=CCCC(=O)C1(O[O])CC(C)(C)C1CCO</smiles>
+</species>
+<species species_name="MSA" species_number="s5071">
+<smiles>CS(=O)(=O)O</smiles>
+</species>
+<species species_name="CH3SO2OOH" species_number="s5072">
+<smiles>OOS(=O)(=O)C</smiles>
+</species>
+<species species_name="CH3SO4NO2" species_number="s5073">
+<smiles>[O-][N+](=O)OOS(=O)(=O)C</smiles>
+</species>
+<species species_name="CHOC4DOLO2" species_number="s5074">
+<smiles>OCC(O)CC(O[O])C=O</smiles>
+</species>
+<species species_name="C6TRONOHO2" species_number="s5075">
+<smiles>[O]OC(CC=O)C(=O)C(=O)CO</smiles>
+</species>
+<species species_name="HO24C5OOH" species_number="s5076">
+<smiles>OOCC(O)CC(C)O</smiles>
+</species>
+<species species_name="HO24C5NO3" species_number="s5077">
+<smiles>CC(O)CC(O)CON(=O)=O</smiles>
+</species>
+<species species_name="HO24C5O" species_number="s5078">
+<smiles>[O]CC(O)CC(C)O</smiles>
+</species>
+<species species_name="HO124C5" species_number="s5079">
+<smiles>OCC(O)CC(C)O</smiles>
+</species>
+<species species_name="HO24C4CHO" species_number="s5080">
+<smiles>CC(O)CC(O)C=O</smiles>
+</species>
+<species species_name="C23C54CO3" species_number="s5081">
+<smiles>[O]OC(=O)C(C)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="C55OOH" species_number="s5082">
+<smiles>OOCC(=O)C(C)(C)O</smiles>
+</species>
+<species species_name="C55O" species_number="s5083">
+<smiles>[O]CC(=O)C(C)(C)O</smiles>
+</species>
+<species species_name="C67CO3H" species_number="s5084">
+<smiles>OOC(=O)CC(=O)C(C)(C)O</smiles>
+</species>
+<species species_name="C6PAN9" species_number="s5085">
+<smiles>O=N(=O)OOC(=O)CC(=O)C(C)(C)O</smiles>
+</species>
+<species species_name="C73O2" species_number="s5086">
+<smiles>CC(O[O])C(=O)CC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C74O2" species_number="s5087">
+<smiles>[O]OC(C)C(=O)C(=O)CC(=O)C</smiles>
+</species>
+<species species_name="H3M2C4CO3H" species_number="s5088">
+<smiles>OOC(=O)CC(O)C(C)C</smiles>
+</species>
+<species species_name="C6PAN20" species_number="s5089">
+<smiles>O=N(=O)OOC(=O)CC(O)C(C)C</smiles>
+</species>
+<species species_name="C79OOH" species_number="s5090">
+<smiles>OOCC(C)(O)C(=O)CC(=O)C</smiles>
+</species>
+<species species_name="C79O" species_number="s5091">
+<smiles>CC(O)(C[O])C(=O)CC(=O)C</smiles>
+</species>
+<species species_name="C715O2" species_number="s5092">
+<smiles>[O]OC(C)(C(=O)C)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="H3M3C4CO3H" species_number="s5093">
+<smiles>CC(O)(CC(=O)OO)CC</smiles>
+</species>
+<species species_name="C6PAN21" species_number="s5094">
+<smiles>CCC(C)(O)CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="H13M3C5OOH" species_number="s5095">
+<smiles>OCCC(C)(O)C(C)OO</smiles>
+</species>
+<species species_name="H13M3C5NO3" species_number="s5096">
+<smiles>OCCC(C)(O)C(C)ON(=O)=O</smiles>
+</species>
+<species species_name="H13M3C5O" species_number="s5097">
+<smiles>OCCC(C)(O)C(C)[O]</smiles>
+</species>
+<species species_name="H134M3C5" species_number="s5098">
+<smiles>OCCC(C)(O)C(C)O</smiles>
+</species>
+<species species_name="H13M3CO4C5" species_number="s5099">
+<smiles>CC(O)(CCO)C(=O)C</smiles>
+</species>
+<species species_name="C83O2" species_number="s5100">
+<smiles>CCC(=O)C(=O)C(O[O])C(=O)CC</smiles>
+</species>
+<species species_name="HO4C5CO3H" species_number="s5101">
+<smiles>CCCC(O)CC(=O)OO</smiles>
+</species>
+<species species_name="C6PAN22" species_number="s5102">
+<smiles>CCCC(O)CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C95O2" species_number="s5103">
+<smiles>CCCC(=O)C(=O)C(O[O])C(=O)CC</smiles>
+</species>
+<species species_name="HO5C6CO3H" species_number="s5104">
+<smiles>CCCCC(O)CC(=O)OO</smiles>
+</species>
+<species species_name="C7PAN2" species_number="s5105">
+<smiles>CCCCC(O)CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C105O2" species_number="s5106">
+<smiles>CCCCC(=O)C(=O)C(O[O])C(=O)CC</smiles>
+</species>
+<species species_name="HO6C7CO3H" species_number="s5107">
+<smiles>CCCCCC(O)CC(=O)OO</smiles>
+</species>
+<species species_name="C8PAN1" species_number="s5108">
+<smiles>CCCCCC(O)CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C115O2" species_number="s5109">
+<smiles>CCCCCC(=O)C(=O)C(O[O])C(=O)CC</smiles>
+</species>
+<species species_name="HO7C8CO3H" species_number="s5110">
+<smiles>CCCCCCC(O)CC(=O)OO</smiles>
+</species>
+<species species_name="C9PAN1" species_number="s5111">
+<smiles>CCCCCCC(O)CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C125O2" species_number="s5112">
+<smiles>CCCCCCC(=O)C(=O)C(O[O])C(=O)CC</smiles>
+</species>
+<species species_name="HO8C9CO3H" species_number="s5113">
+<smiles>CCCCCCCC(O)CC(=O)OO</smiles>
+</species>
+<species species_name="C10PAN1" species_number="s5114">
+<smiles>CCCCCCCC(O)CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="NC4DCO2" species_number="s5115">
+<smiles>O=CC(=CC(=O)[O])N(=O)=O</smiles>
+</species>
+<species species_name="C4CO2DBCO3" species_number="s5116">
+<smiles>[O]OC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="C5COOHCO3H" species_number="s5117">
+<smiles>OC(C=O)C(=O)C=CC(=O)OO</smiles>
+</species>
+<species species_name="C5CO2OHPAN" species_number="s5118">
+<smiles>O=CC(O)C(=O)C=CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C5CO2DBCO3" species_number="s5119">
+<smiles>O=CC(=O)C=C(C)C(=O)O[O]</smiles>
+</species>
+<species species_name="C6COOHCO3H" species_number="s5120">
+<smiles>CC(=CC(=O)OO)C(=O)C(O)C=O</smiles>
+</species>
+<species species_name="C6CO2OHPAN" species_number="s5121">
+<smiles>O=CC(O)C(=O)C(=CC(=O)OON(=O)=O)C</smiles>
+</species>
+<species species_name="NC4MDCO2" species_number="s5122">
+<smiles>O=CC(=C(C)C(=O)[O])N(=O)=O</smiles>
+</species>
+<species species_name="C4DBM2CO3" species_number="s5123">
+<smiles>[O]OC(=O)C(=C(C)C(=O)C=O)C</smiles>
+</species>
+<species species_name="C5M2OHCO3H" species_number="s5124">
+<smiles>O=CC(O)C(=O)C(=C(C)C(=O)OO)C</smiles>
+</species>
+<species species_name="C5M2OHOPAN" species_number="s5125">
+<smiles>O=CC(O)C(=O)C(=C(C)C(=O)OON(=O)=O)C</smiles>
+</species>
+<species species_name="C5COHOCO3H" species_number="s5126">
+<smiles>OOC(=O)C(C)(O)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="C4COMOHPAN" species_number="s5127">
+<smiles>O=N(=O)OOC(=O)C(C)(O)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="C23O3MCO2H" species_number="s5128">
+<smiles>CC(OC(=O)C(=O)C)C(=O)O</smiles>
+</species>
+<species species_name="C23O3MCO3H" species_number="s5129">
+<smiles>OOC(=O)C(C)OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C23O3MCPAN" species_number="s5130">
+<smiles>O=N(=O)OOC(=O)C(C)OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C23O3CCO2H" species_number="s5131">
+<smiles>OC(=O)COC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C23O3CCO3H" species_number="s5132">
+<smiles>OOC(=O)COC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C23O3CPAN" species_number="s5133">
+<smiles>O=C(OON(=O)=O)COC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C5CO3OH" species_number="s5134">
+<smiles>O=CC(=O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="C7CO2OCO3H" species_number="s5135">
+<smiles>OOC(=O)C(=CC(=O)C(O)C(=O)C)C</smiles>
+</species>
+<species species_name="C7CO2OHPAN" species_number="s5136">
+<smiles>O=N(=O)OOC(=O)C(=CC(=O)C(O)C(=O)C)C</smiles>
+</species>
+<species species_name="C5DBCO2CO3" species_number="s5137">
+<smiles>[O]OC(=O)C=C(C)C(=O)C=O</smiles>
+</species>
+<species species_name="C6MOCOCO3H" species_number="s5138">
+<smiles>CC(=CC(=O)OO)C(=O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="C6MOHCOPAN" species_number="s5139">
+<smiles>O=N(=O)OOC(=O)C=C(C)C(=O)C(O)C(=O)C</smiles>
+</species>
+<species species_name="C7CO2DBCO3" species_number="s5140">
+<smiles>O=CC(=O)C=C(CC)C(=O)O[O]</smiles>
+</species>
+<species species_name="C7OHO2CO3H" species_number="s5141">
+<smiles>CCC(=CC(=O)OO)C(=O)C(O)C=O</smiles>
+</species>
+<species species_name="C7OHCO2PAN" species_number="s5142">
+<smiles>O=CC(O)C(=O)C(=CC(=O)OON(=O)=O)CC</smiles>
+</species>
+<species species_name="NC4EDCO2" species_number="s5143">
+<smiles>O=CC(=C(CC)C(=O)[O])N(=O)=O</smiles>
+</species>
+<species species_name="ECO3CO3H" species_number="s5144">
+<smiles>CCC(=O)C(=O)C(=O)C(=O)OO</smiles>
+</species>
+<species species_name="ECO3PAN" species_number="s5145">
+<smiles>CCC(=O)C(=O)C(=O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C8CO2DBCO3" species_number="s5146">
+<smiles>CCCC(=CC(=O)C=O)C(=O)O[O]</smiles>
+</species>
+<species species_name="C8OHO2CO3H" species_number="s5147">
+<smiles>CCCC(=CC(=O)OO)C(=O)C(O)C=O</smiles>
+</species>
+<species species_name="C8OHCO2PAN" species_number="s5148">
+<smiles>CCCC(=CC(=O)OON(=O)=O)C(=O)C(O)C=O</smiles>
+</species>
+<species species_name="NC4PDCO2" species_number="s5149">
+<smiles>CCCC(=C(C=O)N(=O)=O)C(=O)[O]</smiles>
+</species>
+<species species_name="C8DBCO2CO3" species_number="s5150">
+<smiles>O=CC(=O)C=C(C(C)C)C(=O)O[O]</smiles>
+</species>
+<species species_name="C8O2OHCO3H" species_number="s5151">
+<smiles>OOC(=O)C=C(C(C)C)C(=O)C(O)C=O</smiles>
+</species>
+<species species_name="C8CO2OHPAN" species_number="s5152">
+<smiles>O=CC(O)C(=O)C(=CC(=O)OON(=O)=O)C(C)C</smiles>
+</species>
+<species species_name="NC4IPDCO2" species_number="s5153">
+<smiles>O=CC(=C(C(C)C)C(=O)[O])N(=O)=O</smiles>
+</species>
+<species species_name="NDMMALYOOH" species_number="s5154">
+<smiles>OOC1(C)C(=O)OC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="NDMMALYO" species_number="s5155">
+<smiles>O=N(=O)OC1(C)C(=O)OC(=O)C1(C)[O]</smiles>
+</species>
+<species species_name="DMMALYOOH" species_number="s5156">
+<smiles>OOC1(C)C(=O)OC(=O)C1(C)O</smiles>
+</species>
+<species species_name="DMMALYO" species_number="s5157">
+<smiles>O=C1OC(=O)C(C)(O)C1(C)[O]</smiles>
+</species>
+<species species_name="DMMALYOH" species_number="s5158">
+<smiles>O=C1OC(=O)C(C)(O)C1(C)O</smiles>
+</species>
+<species species_name="C7MOCOCO3H" species_number="s5159">
+<smiles>OOC(=O)C(=C(C)C(=O)C(O)C(=O)C)C</smiles>
+</species>
+<species species_name="C7MOHCOPAN" species_number="s5160">
+<smiles>O=N(=O)OOC(=O)C(=C(C)C(=O)C(O)C(=O)C)C</smiles>
+</species>
+<species species_name="C5CO23CHO" species_number="s5161">
+<smiles>CCC(=O)C(=O)C=O</smiles>
+</species>
+<species species_name="C4DBMECO3" species_number="s5162">
+<smiles>[O]OC(=O)C(=C(CC)C(=O)C=O)C</smiles>
+</species>
+<species species_name="C5MEJCO3H" species_number="s5163">
+<smiles>O=CC(O)C(=O)C(=C(C)C(=O)OO)CC</smiles>
+</species>
+<species species_name="C5MEJPAN" species_number="s5164">
+<smiles>O=CC(O)C(=O)C(=C(C)C(=O)OON(=O)=O)CC</smiles>
+</species>
+<species species_name="C5DBECO3" species_number="s5165">
+<smiles>[O]OC(=O)C=C(CC)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="C6EO2HCO3H" species_number="s5166">
+<smiles>CCC(=CC(=O)C(O)C(=O)C)C(=O)OO</smiles>
+</species>
+<species species_name="C6EO2OHPAN" species_number="s5167">
+<smiles>CCC(=CC(=O)C(O)C(=O)C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C5EDBCO3" species_number="s5168">
+<smiles>[O]OC(=O)C(=CC(=O)C(=O)C)CC</smiles>
+</species>
+<species species_name="C7MJPCO3H" species_number="s5169">
+<smiles>OOC(=O)C=C(C)C(=O)C(O)C(=O)CC</smiles>
+</species>
+<species species_name="C7MJPPAN" species_number="s5170">
+<smiles>CCC(=O)C(O)C(=O)C(=CC(=O)OON(=O)=O)C</smiles>
+</species>
+<species species_name="C23O3ECO2H" species_number="s5171">
+<smiles>CCC(OC(=O)C(=O)C)C(=O)O</smiles>
+</species>
+<species species_name="C23O3ECO3H" species_number="s5172">
+<smiles>OOC(=O)C(CC)OC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C23O3ECPAN" species_number="s5173">
+<smiles>CCC(OC(=O)C(=O)C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="EMPONO2OOH" species_number="s5174">
+<smiles>CCC1=CC(O)(OO)C2(OOC1C2(C)O)N(=O)=O</smiles>
+</species>
+<species species_name="EMPOHNO2O" species_number="s5175">
+<smiles>CCC1=CC([O])(O)C2(OOC1C2(C)O)N(=O)=O</smiles>
+</species>
+<species species_name="C531CO" species_number="s5176">
+<smiles>O=COC=CC(=O)C=O</smiles>
+</species>
+<species species_name="C31CO3" species_number="s5177">
+<smiles>O=COC=CC(=O)O[O]</smiles>
+</species>
+<species species_name="C533O2" species_number="s5178">
+<smiles>O=COC(C(C(=O)C)O[O])O</smiles>
+</species>
+<species species_name="C47CO3H" species_number="s5179">
+<smiles>O=CC(C(C(=O)OO)(O)C)O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C47PAN" species_number="s5180">
+<smiles>O=CC(C(C(=O)OO[N+](=O)[O-])(O)C)O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="INB1HPCO2H" species_number="s5181">
+<smiles>OOC(C(=O)O)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INB1HPCO3H" species_number="s5182">
+<smiles>OOC(=O)C(OO)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INB1HPPAN" species_number="s5183">
+<smiles>OOC(C(=O)OON(=O)=O)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INB1NACO2H" species_number="s5184">
+<smiles>OCC(C)(ON(=O)=O)C(ON(=O)=O)C(=O)O</smiles>
+</species>
+<species species_name="INB1NACO3H" species_number="s5185">
+<smiles>OOC(=O)C(ON(=O)=O)C(C)(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INB1NAPAN" species_number="s5186">
+<smiles>OCC(C)(ON(=O)=O)C(ON(=O)=O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="INB1NBCO2H" species_number="s5187">
+<smiles>OCC(ON(=O)=O)C(C)(ON(=O)=O)C(=O)O</smiles>
+</species>
+<species species_name="INB1NBCO3H" species_number="s5188">
+<smiles>OOC(=O)C(C)(ON(=O)=O)C(CO)ON(=O)=O</smiles>
+</species>
+<species species_name="INB1NBPAN" species_number="s5189">
+<smiles>OCC(ON(=O)=O)C(C)(ON(=O)=O)C(=O)OON(=O)=O</smiles>
+</species>
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+</species>
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+</species>
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+</species>
+<species species_name="INDHPCO3H" species_number="s5193">
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+</species>
+<species species_name="INDHPPAN" species_number="s5194">
+<smiles>OCC(ON(=O)=O)C(C)(OO)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="INANCOCO2H" species_number="s5195">
+<smiles>O=N(=O)OCC(=O)C(C)(ON(=O)=O)C(=O)O</smiles>
+</species>
+<species species_name="INANCOCO3H" species_number="s5196">
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+</species>
+<species species_name="INANCOPAN" species_number="s5197">
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+</species>
+<species species_name="HIEB1OOH" species_number="s5198">
+<smiles>OCC(O)C(CO)(OO)C=O</smiles>
+</species>
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+</species>
+<species species_name="HIEB2OOH" species_number="s5200">
+<smiles>OOC(C=O)C(O)(CO)CO</smiles>
+</species>
+<species species_name="HIEB2O" species_number="s5201">
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+</species>
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+<smiles>OCC(ON(=O)=O)C(CO)(OO)C=O</smiles>
+</species>
+<species species_name="DNC524CO" species_number="s5203">
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+</species>
+<species species_name="HMVKNO3" species_number="s5204">
+<smiles>OCC(=O)C(CO)ON(=O)=O</smiles>
+</species>
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+</species>
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+</species>
+<species species_name="HO13C3CO3H" species_number="s5207">
+<smiles>OCCC(O)C(=O)OO</smiles>
+</species>
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+<smiles>OCCC(O)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C5CO23OOH" species_number="s5209">
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+</species>
+<species species_name="C5CO23O" species_number="s5210">
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+</species>
+<species species_name="CHOC2CO2H" species_number="s5211">
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+</species>
+<species species_name="CHOC2CO3H" species_number="s5212">
+<smiles>OOC(=O)CCC=O</smiles>
+</species>
+<species species_name="CHOC2PAN" species_number="s5213">
+<smiles>O=CCCC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="CHOC3COOOH" species_number="s5214">
+<smiles>OOC(=O)CC(=O)CC=O</smiles>
+</species>
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+</species>
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+</species>
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+<smiles>OOC(=O)CC(=O)CC(=O)C=O</smiles>
+</species>
+<species species_name="C5124COPAN" species_number="s5218">
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+</species>
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+<smiles>OOC(=O)CC(=O)CC(=O)C(=O)C</smiles>
+</species>
+<species species_name="CO235C6O2" species_number="s5220">
+<smiles>CC(=O)C(=O)CC(=O)CO[O]</smiles>
+</species>
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+</species>
+<species species_name="C716O2" species_number="s5222">
+<smiles>O=CCC(=O)CC(O[O])C(=O)C</smiles>
+</species>
+<species species_name="NC71OOH" species_number="s5223">
+<smiles>OOC1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="NC71O" species_number="s5224">
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+</species>
+<species species_name="C811OOH" species_number="s5225">
+<smiles>OOCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C811NO3" species_number="s5226">
+<smiles>O=N(=O)OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
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+</species>
+<species species_name="C721CHO" species_number="s5228">
+<smiles>O=CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C811OH" species_number="s5229">
+<smiles>OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C413COOOH" species_number="s5230">
+<smiles>OOCC(=O)CC=O</smiles>
+</species>
+<species species_name="CHOC3COO" species_number="s5231">
+<smiles>[O]CC(=O)CC=O</smiles>
+</species>
+<species species_name="C922O2" species_number="s5232">
+<smiles>OCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C614CO" species_number="s5233">
+<smiles>OCC(=O)CC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C614O2" species_number="s5234">
+<smiles>OCC(O[O])CC(=O)C(=O)C</smiles>
+</species>
+<species species_name="C511O2" species_number="s5235">
+<smiles>O=CCC(O[O])C(=O)C</smiles>
+</species>
+<species species_name="H3C25CCO2H" species_number="s5236">
+<smiles>OC(=O)CC(=O)CC(O)C(=O)C</smiles>
+</species>
+<species species_name="H3C25CCO3H" species_number="s5237">
+<smiles>OOC(=O)CC(=O)CC(O)C(=O)C</smiles>
+</species>
+<species species_name="H3C25C6PAN" species_number="s5238">
+<smiles>O=C(OON(=O)=O)CC(=O)CC(O)C(=O)C</smiles>
+</species>
+<species species_name="H3C25C6OOH" species_number="s5239">
+<smiles>CC(=O)C(O)CC(=O)COO</smiles>
+</species>
+<species species_name="H3C25C6O" species_number="s5240">
+<smiles>CC(=O)C(O)CC(=O)C[O]</smiles>
+</species>
+<species species_name="H3C25C5CHO" species_number="s5241">
+<smiles>O=CC(=O)CC(O)C(=O)C</smiles>
+</species>
+<species species_name="H3C25C6OH" species_number="s5242">
+<smiles>CC(=O)C(O)CC(=O)CO</smiles>
+</species>
+<species species_name="C620O2" species_number="s5243">
+<smiles>O=CCC(=O)C(O[O])CC=O</smiles>
+</species>
+<species species_name="C87CO3" species_number="s5244">
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+</species>
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+</species>
+<species species_name="C616O2" species_number="s5246">
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+</species>
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+</species>
+<species species_name="C513O2" species_number="s5248">
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+</species>
+<species species_name="CO13C3CO2H" species_number="s5249">
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+</species>
+<species species_name="C810OOH" species_number="s5250">
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>OCC(CC(OO)C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="C818O" species_number="s5257">
+<smiles>OCC(CC([O])C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="C818CO" species_number="s5258">
+<smiles>OCC(CC(=O)C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="C818OH" species_number="s5259">
+<smiles>OCC(CC(O)C(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="C727CO3H" species_number="s5260">
+<smiles>OOC(=O)C(CCC(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="C727O2" species_number="s5261">
+<smiles>[O]OC(CCC(=O)C)C(=O)C</smiles>
+</species>
+<species species_name="C727PAN" species_number="s5262">
+<smiles>CC(=O)CCC(C(=O)C)C(=O)OO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C511CO3" species_number="s5263">
+<smiles>O=CCC(C(=O)C)C(=O)O[O]</smiles>
+</species>
+<species species_name="C517CO3" species_number="s5264">
+<smiles>OCC(CC(=O)O[O])C(=O)C</smiles>
+</species>
+<species species_name="C517O2" species_number="s5265">
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+</species>
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+<smiles>O=CCC(CO)C(C)(OO)CO[N+](=O)[O-]</smiles>
+</species>
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+<smiles>O=CCC(CO)C(C)([O])CO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="NC728OH" species_number="s5268">
+<smiles>O=CCC(CO)C(C)(O)CO[N+](=O)[O-]</smiles>
+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>OOCC(CO)C(=C)C</smiles>
+</species>
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+<smiles>[O-][N+](=O)OCC(CO)C(=C)C</smiles>
+</species>
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+</species>
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+<smiles>CC(=C)C(CO)C=O</smiles>
+</species>
+<species species_name="C622OH" species_number="s5278">
+<smiles>OCC(CO)C(=C)C</smiles>
+</species>
+<species species_name="C824O2" species_number="s5279">
+<smiles>OCCC(C(=C)C)C(O[O])C=O</smiles>
+</species>
+<species species_name="C823OOH" species_number="s5280">
+<smiles>OOCC(CCC(=O)O)C(=C)C</smiles>
+</species>
+<species species_name="C823NO3" species_number="s5281">
+<smiles>OC(=O)CCC(CO[N+](=O)[O-])C(=C)C</smiles>
+</species>
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+<smiles>[O]CC(CCC(=O)O)C(=C)C</smiles>
+</species>
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+<smiles>O=CC(CCC(=O)O)C(=C)C</smiles>
+</species>
+<species species_name="C823OH" species_number="s5284">
+<smiles>OCC(CCC(=O)O)C(=C)C</smiles>
+</species>
+<species species_name="C819OOH" species_number="s5285">
+<smiles>OCC(C)(OO)C(=O)CCC(=O)C</smiles>
+</species>
+<species species_name="C819O" species_number="s5286">
+<smiles>CC([O])(CO)C(=O)CCC(=O)C</smiles>
+</species>
+<species species_name="C731CO2" species_number="s5287">
+<smiles>O=CCC(CCC(=O)[O])C(=O)C</smiles>
+</species>
+<species species_name="C731CO2H" species_number="s5288">
+<smiles>O=CCC(CCC(=O)O)C(=O)C</smiles>
+</species>
+<species species_name="C731CO3H" species_number="s5289">
+<smiles>O=CCC(CCC(=O)OO)C(=O)C</smiles>
+</species>
+<species species_name="C731PAN" species_number="s5290">
+<smiles>O=CCC(CCC(=O)OO[N+](=O)[O-])C(=O)C</smiles>
+</species>
+<species species_name="C1011OOH" species_number="s5291">
+<smiles>OOC1CC(C)(C)C1CCC(=O)C</smiles>
+</species>
+<species species_name="C1011NO3" species_number="s5292">
+<smiles>CC(=O)CCC1C(O[N+](=O)[O-])CC1(C)C</smiles>
+</species>
+<species species_name="C1011O" species_number="s5293">
+<smiles>CC(=O)CCC1C([O])CC1(C)C</smiles>
+</species>
+<species species_name="C1011CO" species_number="s5294">
+<smiles>CC(=O)CCC1C(=O)CC1(C)C</smiles>
+</species>
+<species species_name="C1011OH" species_number="s5295">
+<smiles>CC(=O)CCC1C(O)CC1(C)C</smiles>
+</species>
+<species species_name="C1211CO3" species_number="s5296">
+<smiles>[O]OC(=O)CCC(=O)C1CC(C1CCC(=O)O)(C)C</smiles>
+</species>
+<species species_name="C133O2" species_number="s5297">
+<smiles>OCCC(=O)C(=O)CC(C)(C)C(O[O])CCC(=O)C</smiles>
+</species>
+<species species_name="C137OOH" species_number="s5298">
+<smiles>OOCCC(=C)C1CC(C)(C)C1CCC(=O)O</smiles>
+</species>
+<species species_name="C137NO3" species_number="s5299">
+<smiles>OC(=O)CCC1C(CC1(C)C)C(=C)CCO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C137O" species_number="s5300">
+<smiles>[O]CCC(=C)C1CC(C)(C)C1CCC(=O)O</smiles>
+</species>
+<species species_name="C137CO" species_number="s5301">
+<smiles>O=CCC(=C)C1CC(C)(C)C1CCC(=O)O</smiles>
+</species>
+<species species_name="C137OH" species_number="s5302">
+<smiles>OCCC(=C)C1CC(C)(C)C1CCC(=O)O</smiles>
+</species>
+<species species_name="C1013OOH" species_number="s5303">
+<smiles>COC(=O)CCC1C(OO)CC1(C)C</smiles>
+</species>
+<species species_name="C1013NO3" species_number="s5304">
+<smiles>COC(=O)CCC1C(O[N+](=O)[O-])CC1(C)C</smiles>
+</species>
+<species species_name="C1013O" species_number="s5305">
+<smiles>COC(=O)CCC1C([O])CC1(C)C</smiles>
+</species>
+<species species_name="C1013CO" species_number="s5306">
+<smiles>COC(=O)CCC1C(=O)CC1(C)C</smiles>
+</species>
+<species species_name="C1013OH" species_number="s5307">
+<smiles>COC(=O)CCC1C(O)CC1(C)C</smiles>
+</species>
+<species species_name="C1010OOH" species_number="s5308">
+<smiles>O=CCCC(=C)C(=O)CC(C)(C)OO</smiles>
+</species>
+<species species_name="C1010NO3" species_number="s5309">
+<smiles>O=CCCC(=C)C(=O)CC(C)(C)O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C1010O" species_number="s5310">
+<smiles>O=CCCC(=C)C(=O)CC(C)(C)[O]</smiles>
+</species>
+<species species_name="C1010OH" species_number="s5311">
+<smiles>O=CCCC(=C)C(=O)CC(C)(C)O</smiles>
+</species>
+<species species_name="C117OOH" species_number="s5312">
+<smiles>OCCC(=O)C1(OO)CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C117NO3" species_number="s5313">
+<smiles>OCCC(=O)C1(O[N+](=O)[O-])CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C117O" species_number="s5314">
+<smiles>OCCC(=O)C1([O])CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C117OH" species_number="s5315">
+<smiles>OCCC(=O)C1(O)CC(C)(C)C1CC=O</smiles>
+</species>
+<species species_name="C830CO2H" species_number="s5316">
+<smiles>O=CCC1C(CC1(C)C)C(=O)O</smiles>
+</species>
+<species species_name="C830CO3H" species_number="s5317">
+<smiles>O=CCC1C(CC1(C)C)C(=O)OO</smiles>
+</species>
+<species species_name="C830O2" species_number="s5318">
+<smiles>O=CCC1C(O[O])CC1(C)C</smiles>
+</species>
+<species species_name="C830PAN" species_number="s5319">
+<smiles>O=CCC1C(CC1(C)C)C(=O)OO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C128CO" species_number="s5320">
+<smiles>OCCC(=C)C(=O)CC(C)(C)C(=O)CC=O</smiles>
+</species>
+<species species_name="C128O2" species_number="s5321">
+<smiles>OCCC(=C)C(=O)CC(C)(C)C(O[O])CC=O</smiles>
+</species>
+<species species_name="C145OOH" species_number="s5322">
+<smiles>OCCC(CO)(OO)C(=O)CC(C)(C)C(=O)CCC(=O)C</smiles>
+</species>
+<species species_name="C145O" species_number="s5323">
+<smiles>OCCC([O])(CO)C(=O)CC(C)(C)C(=O)CCC(=O)C</smiles>
+</species>
+<species species_name="C145OH" species_number="s5324">
+<smiles>OCCC(O)(CO)C(=O)CC(C)(C)C(=O)CCC(=O)C</smiles>
+</species>
+<species species_name="C927OOH" species_number="s5325">
+<smiles>OCCC(=C)C(=O)CC(C)(C)OO</smiles>
+</species>
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+<smiles>OCCC(=C)C(=O)O[O]</smiles>
+</species>
+<species species_name="C630OOH" species_number="s5602">
+<smiles>OCCC(=C)C(=O)COO</smiles>
+</species>
+<species species_name="C630O" species_number="s5603">
+<smiles>OCCC(=C)C(=O)C[O]</smiles>
+</species>
+<species species_name="C630OH" species_number="s5604">
+<smiles>OCCC(=C)C(=O)CO</smiles>
+</species>
+<species species_name="C930O2" species_number="s5605">
+<smiles>O=CCCC(=O)C(=O)CC(C)(C)O[O]</smiles>
+</species>
+<species species_name="C1215OOH" species_number="s5606">
+<smiles>O=CCCC(=O)C(=O)CC(C)(C)C(OO)CCO</smiles>
+</species>
+<species species_name="C1215NO3" species_number="s5607">
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+</species>
+<species species_name="C1215O" species_number="s5608">
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+</species>
+<species species_name="C1215OH" species_number="s5609">
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+</species>
+<species species_name="EMALNHYOOH" species_number="s5610">
+<smiles>CCC1(OO)C(O)C(=O)OC1=O</smiles>
+</species>
+<species species_name="EMALANHYO" species_number="s5611">
+<smiles>CCC1([O])C(=O)OC(=O)C1O</smiles>
+</species>
+<species species_name="EMALNHY2OH" species_number="s5612">
+<smiles>CCC1(O)C(=O)OC(=O)C1O</smiles>
+</species>
+<species species_name="PMALNHYOOH" species_number="s5613">
+<smiles>CCCC1(OO)C(=O)OC(=O)C1O</smiles>
+</species>
+<species species_name="PMALANHYO" species_number="s5614">
+<smiles>CCCC1([O])C(O)C(=O)OC1=O</smiles>
+</species>
+<species species_name="PMALNHY2OH" species_number="s5615">
+<smiles>CCCC1(O)C(O)C(=O)OC1=O</smiles>
+</species>
+<species species_name="IPMLNHYOOH" species_number="s5616">
+<smiles>OOC1(C(C)C)C(=O)OC(=O)C1O</smiles>
+</species>
+<species species_name="IPMALANHYO" species_number="s5617">
+<smiles>O=C1OC(=O)C([O])(C(C)C)C1O</smiles>
+</species>
+<species species_name="IPMLNHY2OH" species_number="s5618">
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+</species>
+<species species_name="C312COCO3H" species_number="s5619">
+<smiles>OOC(=O)CC(=O)C=O</smiles>
+</species>
+<species species_name="C312COPAN" species_number="s5620">
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+</species>
+<species species_name="ALCOCH2OOH" species_number="s5621">
+<smiles>OOCC(=O)C=O</smiles>
+</species>
+<species species_name="CHOCOCH2O" species_number="s5622">
+<smiles>[O]CC(=O)C=O</smiles>
+</species>
+<species species_name="NC72OOH" species_number="s5623">
+<smiles>OOC1C(=O)CC(=O)C(C)(ON(=O)=O)C1=O</smiles>
+</species>
+<species species_name="NC72O" species_number="s5624">
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+</species>
+<species species_name="C813O2" species_number="s5625">
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+</species>
+<species species_name="C722O2" species_number="s5626">
+<smiles>O=CCC(C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C621OOH" species_number="s5627">
+<smiles>OCC(OO)CC(=O)C(=O)CO</smiles>
+</species>
+<species species_name="C621O" species_number="s5628">
+<smiles>OCC([O])CC(=O)C(=O)CO</smiles>
+</species>
+<species species_name="C515CO3H" species_number="s5629">
+<smiles>OOC(=O)CC(=O)C(=O)CC=O</smiles>
+</species>
+<species species_name="C515PAN" species_number="s5630">
+<smiles>O=CCC(=O)C(=O)CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C515OOH" species_number="s5631">
+<smiles>OOCC(=O)C(=O)CC=O</smiles>
+</species>
+<species species_name="C515O" species_number="s5632">
+<smiles>[O]CC(=O)C(=O)CC=O</smiles>
+</species>
+<species species_name="C615CO3" species_number="s5633">
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+</species>
+<species species_name="C617CO3" species_number="s5634">
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+</species>
+<species species_name="C618CO3" species_number="s5635">
+<smiles>O=CCC(=O)C(C)(C)C(=O)O[O]</smiles>
+</species>
+<species species_name="C617O2" species_number="s5636">
+<smiles>[O]OCC(=O)C(C)(C)C=O</smiles>
+</species>
+<species species_name="C618O2" species_number="s5637">
+<smiles>O=CCC(=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C821OOH" species_number="s5638">
+<smiles>OOC(CC(=O)C)C(=O)C(=O)C</smiles>
+</species>
+<species species_name="C821O" species_number="s5639">
+<smiles>CC(=O)CC([O])C(=O)C(=O)C</smiles>
+</species>
+<species species_name="HMVKBCO2H" species_number="s5640">
+<smiles>OCC(C(=O)C)C(=O)O</smiles>
+</species>
+<species species_name="HMVKBCO3H" species_number="s5641">
+<smiles>OCC(C(=O)C)C(=O)OO</smiles>
+</species>
+<species species_name="HMVKBPAN" species_number="s5642">
+<smiles>OCC(C(=O)C)C(=O)OO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C520OOH" species_number="s5643">
+<smiles>OCC(OO)(C=O)C(=O)C</smiles>
+</species>
+<species species_name="C520O" species_number="s5644">
+<smiles>OCC([O])(C=O)C(=O)C</smiles>
+</species>
+<species species_name="C520OH" species_number="s5645">
+<smiles>OCC(O)(C=O)C(=O)C</smiles>
+</species>
+<species species_name="NC730O2" species_number="s5646">
+<smiles>[O-][N+](=O)OCC(C)(O[O])C(CCO)C=O</smiles>
+</species>
+<species species_name="C519CHO" species_number="s5647">
+<smiles>OCCC(C=O)C(=O)C</smiles>
+</species>
+<species species_name="C629OOA" species_number="s5648">
+<smiles>[O-][O+]=C(C)C(CCO)C=O</smiles>
+</species>
+<species species_name="C730O2" species_number="s5649">
+<smiles>OCCC(C=O)C(C)(CO)O[O]</smiles>
+</species>
+<species species_name="C624CO2H" species_number="s5650">
+<smiles>OCCC(C(=C)C)C(=O)O</smiles>
+</species>
+<species species_name="C624CO3H" species_number="s5651">
+<smiles>OCCC(C(=C)C)C(=O)OO</smiles>
+</species>
+<species species_name="C624O2" species_number="s5652">
+<smiles>OCCC(O[O])C(=C)C</smiles>
+</species>
+<species species_name="C624PAN" species_number="s5653">
+<smiles>[O-][N+](=O)OOC(=O)C(CCO)C(=C)C</smiles>
+</species>
+<species species_name="C733O2" species_number="s5654">
+<smiles>OCCC(C(=O)C)C(O[O])C=O</smiles>
+</species>
+<species species_name="C732OOH" species_number="s5655">
+<smiles>OOCC(CCC(=O)O)C(=O)C</smiles>
+</species>
+<species species_name="C732NO3" species_number="s5656">
+<smiles>OC(=O)CCC(CO[N+](=O)[O-])C(=O)C</smiles>
+</species>
+<species species_name="C732O" species_number="s5657">
+<smiles>[O]CC(CCC(=O)O)C(=O)C</smiles>
+</species>
+<species species_name="C732CO" species_number="s5658">
+<smiles>O=CC(CCC(=O)O)C(=O)C</smiles>
+</species>
+<species species_name="C732OH" species_number="s5659">
+<smiles>OCC(CCC(=O)O)C(=O)C</smiles>
+</species>
+<species species_name="C1212O2" species_number="s5660">
+<smiles>OCCC(=O)C1(O[O])CC(C)(C)C1CCC(=O)O</smiles>
+</species>
+<species species_name="C829OOH" species_number="s5661">
+<smiles>OCCC(=O)C(=O)CC(C)(C)OO</smiles>
+</species>
+<species species_name="C829NO3" species_number="s5662">
+<smiles>OCCC(=O)C(=O)CC(C)(C)O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C829O" species_number="s5663">
+<smiles>OCCC(=O)C(=O)CC(C)(C)[O]</smiles>
+</species>
+<species species_name="C829OH" species_number="s5664">
+<smiles>OCCC(=O)C(=O)CC(C)(C)O</smiles>
+</species>
+<species species_name="C134OOH" species_number="s5665">
+<smiles>OCCC(=O)C(=O)C(OO)C(C)(C)C(=O)CCC(=O)C</smiles>
+</species>
+<species species_name="C134O" species_number="s5666">
+<smiles>OCCC(=O)C(=O)C([O])C(C)(C)C(=O)CCC(=O)C</smiles>
+</species>
+<species species_name="C134CO" species_number="s5667">
+<smiles>OCCC(=O)C(=O)C(=O)C(C)(C)C(=O)CCC(=O)C</smiles>
+</species>
+<species species_name="C134OH" species_number="s5668">
+<smiles>OCCC(=O)C(=O)C(O)C(C)(C)C(=O)CCC(=O)C</smiles>
+</species>
+<species species_name="C827CO2H" species_number="s5669">
+<smiles>CC(=O)CCC(=O)C(C)(C)C(=O)O</smiles>
+</species>
+<species species_name="C827CO3H" species_number="s5670">
+<smiles>OOC(=O)C(C)(C)C(=O)CCC(=O)C</smiles>
+</species>
+<species species_name="C827O2" species_number="s5671">
+<smiles>[O]OC(C(=O)CCC(=O)C)(C)C</smiles>
+</species>
+<species species_name="C827PAN" species_number="s5672">
+<smiles>CC(=O)CCC(=O)C(C)(C)C(=O)OO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C1310CO" species_number="s5673">
+<smiles>OCCC(=C)C(=O)CC(C)(C)C(=O)CCC(=O)O</smiles>
+</species>
+<species species_name="C1310O2" species_number="s5674">
+<smiles>OCCC(=C)C(=O)CC(C)(C)C(O[O])CCC(=O)O</smiles>
+</species>
+<species species_name="COO2C4CHO" species_number="s5675">
+<smiles>COC(=O)CCC=O</smiles>
+</species>
+<species species_name="C522CO2H" species_number="s5676">
+<smiles>O=CCCC(=C)C(=O)O</smiles>
+</species>
+<species species_name="C522CO3H" species_number="s5677">
+<smiles>OOC(=O)C(=C)CCC=O</smiles>
+</species>
+<species species_name="C522PAN" species_number="s5678">
+<smiles>O=CCCC(=C)C(=O)OO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C831OOH" species_number="s5679">
+<smiles>O=CCC(OO)C(C)(C)CC=O</smiles>
+</species>
+<species species_name="C831NO3" species_number="s5680">
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+</species>
+<species species_name="C831O" species_number="s5681">
+<smiles>O=CCC([O])C(C)(C)CC=O</smiles>
+</species>
+<species species_name="C831CO" species_number="s5682">
+<smiles>O=CCC(=O)C(C)(C)CC=O</smiles>
+</species>
+<species species_name="C831OH" species_number="s5683">
+<smiles>O=CCC(O)C(C)(C)CC=O</smiles>
+</species>
+<species species_name="C928OOH" species_number="s5684">
+<smiles>OOCC(C)(C)C(=O)CCC(=O)C</smiles>
+</species>
+<species species_name="C928NO3" species_number="s5685">
+<smiles>CC(=O)CCC(=O)C(C)(C)CO[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C928O" species_number="s5686">
+<smiles>[O]CC(C)(C)C(=O)CCC(=O)C</smiles>
+</species>
+<species species_name="C827CHO" species_number="s5687">
+<smiles>O=CC(C)(C)C(=O)CCC(=O)C</smiles>
+</species>
+<species species_name="C928OH" species_number="s5688">
+<smiles>OCC(C)(C)C(=O)CCC(=O)C</smiles>
+</species>
+<species species_name="C46CO2H" species_number="s5689">
+<smiles>OCCC(=C)C(=O)O</smiles>
+</species>
+<species species_name="C46CO3H" species_number="s5690">
+<smiles>OCCC(=C)C(=O)OO</smiles>
+</species>
+<species species_name="C46PAN" species_number="s5691">
+<smiles>[O-][N+](=O)OOC(=O)C(=C)CCO</smiles>
+</species>
+<species species_name="C930OOH" species_number="s5692">
+<smiles>O=CCCC(=O)C(=O)CC(C)(C)OO</smiles>
+</species>
+<species species_name="C930NO3" species_number="s5693">
+<smiles>O=CCCC(=O)C(=O)CC(C)(C)O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C930O" species_number="s5694">
+<smiles>O=CCCC(=O)C(=O)CC(C)(C)[O]</smiles>
+</species>
+<species species_name="C930OH" species_number="s5695">
+<smiles>O=CCCC(=O)C(=O)CC(C)(C)O</smiles>
+</species>
+<species species_name="NC61CO3" species_number="s5696">
+<smiles>O=CC(=O)CC(=O)C(C)(ON(=O)=O)C(=O)O[O]</smiles>
+</species>
+<species species_name="C813OOH" species_number="s5697">
+<smiles>OCC(CC(=O)C(=O)O)C(C)(C)OO</smiles>
+</species>
+<species species_name="C813NO3" species_number="s5698">
+<smiles>OCC(CC(=O)C(=O)O)C(C)(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C813O" species_number="s5699">
+<smiles>OCC(CC(=O)C(=O)O)C(C)(C)[O]</smiles>
+</species>
+<species species_name="C813OH" species_number="s5700">
+<smiles>OCC(CC(=O)C(=O)O)C(C)(C)O</smiles>
+</species>
+<species species_name="C722OOH" species_number="s5701">
+<smiles>O=CCC(C(=O)O)C(C)(C)OO</smiles>
+</species>
+<species species_name="C722O" species_number="s5702">
+<smiles>O=CCC(C(=O)O)C(C)(C)[O]</smiles>
+</species>
+<species species_name="H1C23C4CHO" species_number="s5703">
+<smiles>OCC(=O)C(=O)CC=O</smiles>
+</species>
+<species species_name="C515CO" species_number="s5704">
+<smiles>O=CCC(=O)C(=O)C=O</smiles>
+</species>
+<species species_name="C615CO2H" species_number="s5705">
+<smiles>O=CC(C(=O)O)C(C)(C)C=O</smiles>
+</species>
+<species species_name="C615CO3H" species_number="s5706">
+<smiles>OOC(=O)C(C=O)C(C)(C)C=O</smiles>
+</species>
+<species species_name="C615O2" species_number="s5707">
+<smiles>[O]OC(C=O)C(C)(C)C=O</smiles>
+</species>
+<species species_name="C615PAN" species_number="s5708">
+<smiles>O=CC(C(=O)OON(=O)=O)C(C)(C)C=O</smiles>
+</species>
+<species species_name="C617CO2H" species_number="s5709">
+<smiles>O=CC(C)(C)C(=O)CC(=O)O</smiles>
+</species>
+<species species_name="C617CO3H" species_number="s5710">
+<smiles>OOC(=O)CC(=O)C(C)(C)C=O</smiles>
+</species>
+<species species_name="C617PAN" species_number="s5711">
+<smiles>O=CC(C)(C)C(=O)CC(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C618CO2H" species_number="s5712">
+<smiles>O=CCC(=O)C(C)(C)C(=O)O</smiles>
+</species>
+<species species_name="C618CO3H" species_number="s5713">
+<smiles>O=CCC(=O)C(C)(C)C(=O)OO</smiles>
+</species>
+<species species_name="C618PAN" species_number="s5714">
+<smiles>O=CCC(=O)C(C)(C)C(=O)OON(=O)=O</smiles>
+</species>
+<species species_name="C617OOH" species_number="s5715">
+<smiles>OOCC(=O)C(C)(C)C=O</smiles>
+</species>
+<species species_name="C617O" species_number="s5716">
+<smiles>[O]CC(=O)C(C)(C)C=O</smiles>
+</species>
+<species species_name="C615CO" species_number="s5717">
+<smiles>O=CC(=O)C(C)(C)C=O</smiles>
+</species>
+<species species_name="C617OH" species_number="s5718">
+<smiles>OCC(=O)C(C)(C)C=O</smiles>
+</species>
+<species species_name="C618OOH" species_number="s5719">
+<smiles>O=CCC(=O)C(C)(C)OO</smiles>
+</species>
+<species species_name="C618O" species_number="s5720">
+<smiles>O=CCC(=O)C(C)(C)[O]</smiles>
+</species>
+<species species_name="NC730OOH" species_number="s5721">
+<smiles>[O-][N+](=O)OCC(C)(OO)C(CCO)C=O</smiles>
+</species>
+<species species_name="NC730O" species_number="s5722">
+<smiles>[O-][N+](=O)OCC(C)([O])C(CCO)C=O</smiles>
+</species>
+<species species_name="NC730OH" species_number="s5723">
+<smiles>[O-][N+](=O)OCC(C)(O)C(CCO)C=O</smiles>
+</species>
+<species species_name="C519CO3" species_number="s5724">
+<smiles>OCCC(C(=O)C)C(=O)O[O]</smiles>
+</species>
+<species species_name="C629O2" species_number="s5725">
+<smiles>OCCC(O[O])(C=O)C(=O)C</smiles>
+</species>
+<species species_name="C730OOH" species_number="s5726">
+<smiles>OCCC(C=O)C(C)(CO)OO</smiles>
+</species>
+<species species_name="C730NO3" species_number="s5727">
+<smiles>OCCC(C=O)C(C)(CO)O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C730O" species_number="s5728">
+<smiles>OCCC(C=O)C(C)([O])CO</smiles>
+</species>
+<species species_name="C730OH" species_number="s5729">
+<smiles>OCCC(C=O)C(C)(O)CO</smiles>
+</species>
+<species species_name="C624OOH" species_number="s5730">
+<smiles>OCCC(OO)C(=C)C</smiles>
+</species>
+<species species_name="C624NO3" species_number="s5731">
+<smiles>[O-][N+](=O)OC(CCO)C(=C)C</smiles>
+</species>
+<species species_name="C624O" species_number="s5732">
+<smiles>CC(=C)C([O])CCO</smiles>
+</species>
+<species species_name="C624CO" species_number="s5733">
+<smiles>CC(=C)C(=O)CCO</smiles>
+</species>
+<species species_name="C624OH" species_number="s5734">
+<smiles>CC(=C)C(O)CCO</smiles>
+</species>
+<species species_name="C733OOH" species_number="s5735">
+<smiles>OCCC(C(=O)C)C(OO)C=O</smiles>
+</species>
+<species species_name="C733O" species_number="s5736">
+<smiles>CC(=O)C(CCO)C([O])C=O</smiles>
+</species>
+<species species_name="C733CO" species_number="s5737">
+<smiles>OCCC(C(=O)C)C(=O)C=O</smiles>
+</species>
+<species species_name="C733OH" species_number="s5738">
+<smiles>CC(=O)C(CCO)C(O)C=O</smiles>
+</species>
+<species species_name="C734O2" species_number="s5739">
+<smiles>OCC(CC(O[O])C(=O)O)C(=O)C</smiles>
+</species>
+<species species_name="C1212OOH" species_number="s5740">
+<smiles>OCCC(=O)C1(OO)CC(C)(C)C1CCC(=O)O</smiles>
+</species>
+<species species_name="C1212NO3" species_number="s5741">
+<smiles>OCCC(=O)C1(OO[N+](=O)[O-])CC(C)(C)C1CCC(=O)O</smiles>
+</species>
+<species species_name="C1212O" species_number="s5742">
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+</species>
+<species species_name="C1212OH" species_number="s5743">
+<smiles>OCCC(=O)C1(O)CC(C)(C)C1CCC(=O)O</smiles>
+</species>
+<species species_name="C521O2" species_number="s5744">
+<smiles>OCCC(=O)C(=O)CO[O]</smiles>
+</species>
+<species species_name="C135O2" species_number="s5745">
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+</species>
+<species species_name="C827OOH" species_number="s5746">
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+</species>
+<species species_name="C827O" species_number="s5747">
+<smiles>CC(=O)CCC(=O)C(C)(C)[O]</smiles>
+</species>
+<species species_name="C827OH" species_number="s5748">
+<smiles>CC(=O)CCC(=O)C(C)(C)O</smiles>
+</species>
+<species species_name="C1310OOH" species_number="s5749">
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+</species>
+<species species_name="C1310NO3" species_number="s5750">
+<smiles>OCCC(=C)C(=O)CC(C)(C)C(CCC(=O)O)O[N+](=O)[O-]</smiles>
+</species>
+<species species_name="C1310O" species_number="s5751">
+<smiles>OCCC(=C)C(=O)CC(C)(C)C([O])CCC(=O)O</smiles>
+</species>
+<species species_name="C1310OH" species_number="s5752">
+<smiles>OCCC(=C)C(=O)CC(C)(C)C(O)CCC(=O)O</smiles>
+</species>
+<species species_name="COO2C4CO3" species_number="s5753">
+<smiles>COC(=O)CCC(=O)O[O]</smiles>
+</species>
+<species species_name="COO2C4O2" species_number="s5754">
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
+<species species_name="C44O2" species_number="s5759">
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>OCCC(C(=O)C)C(=O)O</smiles>
+</species>
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+<smiles>OCCC(C(=O)C)C(=O)OO</smiles>
+</species>
+<species species_name="C519O2" species_number="s5768">
+<smiles>OCCC(O[O])C(=O)C</smiles>
+</species>
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+</species>
+<species species_name="C629OOH" species_number="s5770">
+<smiles>OCCC(OO)(C=O)C(=O)C</smiles>
+</species>
+<species species_name="C629O" species_number="s5771">
+<smiles>OCCC([O])(C=O)C(=O)C</smiles>
+</species>
+<species species_name="C629OH" species_number="s5772">
+<smiles>OCCC(O)(C=O)C(=O)C</smiles>
+</species>
+<species species_name="C625O2" species_number="s5773">
+<smiles>OCCC(=O)C(C)(CO)O[O]</smiles>
+</species>
+<species species_name="C734OOH" species_number="s5774">
+<smiles>OCC(CC(OO)C(=O)O)C(=O)C</smiles>
+</species>
+<species species_name="C734O" species_number="s5775">
+<smiles>OCC(CC([O])C(=O)O)C(=O)C</smiles>
+</species>
+<species species_name="C734CO" species_number="s5776">
+<smiles>OCC(CC(=O)C(=O)O)C(=O)C</smiles>
+</species>
+<species species_name="C734OH" species_number="s5777">
+<smiles>OCC(CC(O)C(=O)O)C(=O)C</smiles>
+</species>
+<species species_name="C1213CO" species_number="s5778">
+<smiles>OCCC(=O)C(=O)CC(C)(C)C(=O)CCC(=O)O</smiles>
+</species>
+<species species_name="C1213O2" species_number="s5779">
+<smiles>OCCC(=O)C(=O)CC(C)(C)C(O[O])CCC(=O)O</smiles>
+</species>
+<species species_name="C521OOH" species_number="s5780">
+<smiles>OCCC(=O)C(=O)COO</smiles>
+</species>
+<species species_name="C521O" species_number="s5781">
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+</species>
+<species species_name="C521OH" species_number="s5782">
+<smiles>OCCC(=O)C(=O)CO</smiles>
+</species>
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+<smiles>OCC(OO)C(=O)C(=O)C(=O)C(C)(C)C(=O)CCC(=O)C</smiles>
+</species>
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+</species>
+<species species_name="COO2C4CO3H" species_number="s5785">
+<smiles>COC(=O)CCC(=O)OO</smiles>
+</species>
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+</species>
+<species species_name="COO2C4OOH" species_number="s5787">
+<smiles>OOCCC(=O)OC</smiles>
+</species>
+<species species_name="COO2C4O" species_number="s5788">
+<smiles>COC(=O)CC[O]</smiles>
+</species>
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+</species>
+<species species_name="C929O" species_number="s5790">
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+</species>
+<species species_name="C929CO" species_number="s5791">
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+</species>
+<species species_name="C929OH" species_number="s5792">
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+</species>
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+</species>
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+</species>
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+<smiles>O=CCC(OO)C(=O)O</smiles>
+</species>
+<species species_name="C44O" species_number="s5796">
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+</species>
+<species species_name="HC23C4CO3H" species_number="s5797">
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+</species>
+<species species_name="H1C23C4PAN" species_number="s5798">
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>OCCC(=O)C(=O)CC(C)(C)C(O)CCC(=O)O</smiles>
+</species>
+<species species_name="COO2C3CHO" species_number="s5814">
+<smiles>COC(=O)CC=O</smiles>
+</species>
+<species species_name="C828CHO" species_number="s5815">
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+</species>
+<species species_name="COO2C3CO3" species_number="s5816">
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>[N+](=O)([O-])O[N+](=O)[O-]</smiles>
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+</species>
+<species species_name="HO2NO2" species_number="s5828">
+<smiles>[N+](=O)([O-])OO</smiles>
+</species>
+<species species_name="HSO3" species_number="s5829">
+<smiles>OS(=O)[O-]</smiles>
+</species>
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+<smiles>[N+](=O)(O)[O-]</smiles>
+</species>
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+<smiles>C</smiles>
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+</species>
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+</species>
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+</species>
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+<smiles>OCC(=O)O[O]</smiles>
+</species>
+<species species_name="C5CO2OHCO3" species_number="8286">
+<smiles>OC(C=O)C(=O)C=CC(=O)O[O]</smiles>
+</species>
+<species species_name="C4CO2DBCO3" species_number="8287">
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+</species>
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+</species>
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+</species>
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+</species>
+<species species_name="BZeo_O4_NO3" species_number="8291">
+<smiles>O=N(=O)OC1C2OC2C3OOC1C3(O)</smiles>
+</species>
+<species species_name="BZeo_O6_NO3" species_number="8292">
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+</species>
+<species species_name="BZeo_O8_NO3" species_number="8293">
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+</species>
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+</species>
+<species species_name="C5_O5_NO3" species_number="8295">
+<smiles>OOC=CC(O)C(O)C(=O)ON(=O)=O</smiles>
+</species>
+<species species_name="C5e_O6_NO3" species_number="8296">
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+</species>
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+</species>
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+</species>
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+<smiles>O=CC(O)C(O)C1OC1C([O])=O</smiles>
+</species>
+<species species_name="BZo_RO_O8" species_number="8300">
+<smiles>O=C([O])C(O)C(O)C1OC1C(OO)=O</smiles>
+</species>
+<species species_name="BZo_RO_O10" species_number="8301">
+<smiles>O=C(OO)C(O)C(O)C(=O)C([O])C(=O)OO</smiles>
+</species>
+<species species_name="BZeo_RO_O5" species_number="8302">
+<smiles>[O]C1C2OC2C3OOC1C3(O)</smiles>
+</species>
+<species species_name="BZeo_RO_O7" species_number="8303">
+<smiles>O=C=CC(OO)C(O)C(O)C(=O)[O]</smiles>
+</species>
+<species species_name="BZeo_RO_O9" species_number="8304">
+<smiles>O=C([O])C(O)C(=O)CC(OO)C(=O)OO</smiles>
+</species>
+<species species_name="BZo_O5_O" species_number="8305">
+<smiles>O=CC(=O)C(O)C1OC1C(O)=O</smiles>
+</species>
+<species species_name="BZo_O7_O" species_number="8306">
+<smiles>O=C(O)C(=O)C(O)C1OC1C(OO)=O</smiles>
+</species>
+<species species_name="BZo_O9_O" species_number="8307">
+<smiles>O=C(OO)C(O)C(O)C(=O)C(=O)C(=O)OO</smiles>
+</species>
+<species species_name="BZeo_O4_O" species_number="8308">
+<smiles>O=C1C2OC2C3OOC1C3(O)</smiles>
+</species>
+<species species_name="BZeo_O6_O" species_number="8309">
+<smiles>O=C=CC(OO)C(=O)C(O)C(=O)O</smiles>
+</species>
+<species species_name="BZeo_O8_O" species_number="8310">
+<smiles>O=C(O)C(=O)C(=O)CC(OO)C(=O)OO</smiles>
+</species>
+<species species_name="BZo_RCO_O5_O" species_number="8311">
+<smiles>O=CC(=O)C(O)C1OC1C(O)=O</smiles>
+</species>
+<species species_name="BZo_RCO_O7_O" species_number="8312">
+<smiles>O=C(=O)C(O)C(O)C1OC1C(OO)=O</smiles>
+</species>
+<species species_name="BZo_RCO_O9_O" species_number="8313">
+<smiles>O=C(OO)C(=O)C(O)C(=O)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="BZo_RCO_O4_O" species_number="8314">
+<smiles>OC1C2OC2C3OOC1C3(=O)</smiles>
+</species>
+<species species_name="BZo_RCO_O6_O" species_number="8315">
+<smiles>O=C=CC(OO)C(=O)C(O)C(=O)O</smiles>
+</species>
+<species species_name="BZo_RCO_O8_O" species_number="8316">
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+</species>
+<species species_name="BZouni_O6_O" species_number="8317">
+<smiles>O=CC(=O)C(O)C1OC1C(OO)=O</smiles>
+</species>
+<species species_name="BZouni_O8_O" species_number="8318">
+<smiles>O=C(OO)C(=O)C(O)C1OC1C(OO)=O</smiles>
+</species>
+<species species_name="BZouni_O10_O" species_number="8319">
+<smiles>O=C(OO)C(=O)C(O)C(=O)C(OO)C(=O)OO</smiles>
+</species>
+<species species_name="BZeouni_O5_O" species_number="8320">
+<smiles>OOC1C2OC2C3OOC1C3(=O)</smiles>
+</species>
+<species species_name="BZeouni_O7_O" species_number="8321">
+<smiles>O=C=CC(OO)C(=O)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="BZeouni_O9_O" species_number="8322">
+<smiles>O=C(OO)C(=O)C(=O)CC(OO)C(=O)OO</smiles>
+</species>
+<species species_name="C5euni_O5_O" species_number="8323">
+<smiles>O=CC(OO)C(=O)C(O)C=O</smiles>
+</species>
+<species species_name="C5uni_O6_O" species_number="8324">
+<smiles>OOC=CC(=O)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="C5euni_O7_O" species_number="8325">
+<smiles>O=CC(OO)C(=O)C(O)C(OO)=O</smiles>
+</species>
+<species species_name="C5uni_O8_O" species_number="8326">
+<smiles>O=C(OO)C(=O)C(O)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="C5euni_O9_O" species_number="8327">
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+</species>
+<species species_name="BZo_O5_OOH" species_number="8328">
+<smiles>O=CC(O)C(O)C1OC1C(OO)=O</smiles>
+</species>
+<species species_name="BZo_O7_OOH" species_number="8329">
+<smiles>O=C(OO)C(O)C(O)C1OC1C(OO)=O</smiles>
+</species>
+<species species_name="BZo_O9_OOH" species_number="8330">
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+</species>
+<species species_name="BZeo_O4_OOH" species_number="8331">
+<smiles>OOC1C2OC2C3OOC1C3(O)</smiles>
+</species>
+<species species_name="BZeo_O6_OOH" species_number="8332">
+<smiles>O=C=CC(OO)C(O)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="BZeo_O8_OOH" species_number="8333">
+<smiles>O=C(OO)C(O)C(=O)CC(OO)C(=O)OO</smiles>
+</species>
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+</species>
+<species species_name="C5_O5_OOH" species_number="8335">
+<smiles>OOC=CC(O)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="C5e_O6_OOH" species_number="8336">
+<smiles>O=CC(OO)C(O)C(O)C(OO)=O</smiles>
+</species>
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+<smiles>O=C(OO)C(O)C(O)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="C5e_O8_OOH" species_number="8338">
+<smiles>O=C(OO)C(OO)C(O)C(O)C(OO)=O</smiles>
+</species>
+<species species_name="BZo_O4_2OH" species_number="8339">
+<smiles>O=CC(O)C(O)C1OC1C(O)=O</smiles>
+</species>
+<species species_name="BZo_O6_2OH" species_number="8340">
+<smiles>O=C(O)C(O)C(O)C1OC1C(OO)=O</smiles>
+</species>
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+<smiles>O=C(OO)C(O)C(O)C(=O)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="BZeo_O3_2OH" species_number="8342">
+<smiles>OC1C2OC2C3OOC1C3(O)</smiles>
+</species>
+<species species_name="BZeo_O5_2OH" species_number="8343">
+<smiles>O=C=CC(OO)C(O)C(O)C(=O)O</smiles>
+</species>
+<species species_name="BZeo_O7_2OH" species_number="8344">
+<smiles>O=C(O)C(O)C(=O)CC(OO)C(=O)OO</smiles>
+</species>
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+<smiles>O=CC(O)C(O)C(O)C=O</smiles>
+</species>
+<species species_name="C5_O4_2OH" species_number="8346">
+<smiles>OOC=CC(O)C(O)C(=O)O</smiles>
+</species>
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+</species>
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+<smiles>O=C(O)C(O)C(O)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="C5e_O7_2OH" species_number="8349">
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+</species>
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+<smiles>O=CC(=O)C(O)C(O)C=O</smiles>
+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)=O</smiles>
+</species>
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+<smiles>O=CC(OO)C(O)C(O)C(=O)=O</smiles>
+</species>
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+<smiles>O=C(=O)C(O)C(O)C(O)C(=O)OO</smiles>
+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>O=CC(O)C(O)C1OC1C(=O)(OO(C(C(O)C(=O)CC(OO)C(=O)OO)=O))</smiles>
+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>O=CC(O)C(O)C1OC1C(=O)(OO(C(C(OO)C(O)C(O)C(OO)=O)=O))</smiles>
+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>O=CC(O)C(O)C1OC1C(=O)(OO(C(C=O)C=CC=O))</smiles>
+</species>
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+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOC1(O)C=CC2OOC1C2ON(=O)=O)</smiles>
+</species>
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+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOC1(O)C=CC2OOC1C2O)</smiles>
+</species>
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+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOC(=O)C=CC=O)</smiles>
+</species>
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+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOC(=O)C1OC1C=O)</smiles>
+</species>
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+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOC(C=O)C=O)</smiles>
+</species>
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+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOC(C=O)C(O)C=O)</smiles>
+</species>
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+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOc1ccccc1)</smiles>
+</species>
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+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOC1C(=O)OCC1ON(=O)=O)</smiles>
+</species>
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+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOC1C(O)COC1=O)</smiles>
+</species>
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+<smiles>O=CC(O)C(O)C1OC1C(=O)(OO(C(=O)C(C=O)O))</smiles>
+</species>
+<species species_name="BZoO6_CATE" species_number="8380">
+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOc1ccccc1O)</smiles>
+</species>
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+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOC(=O)C=O)</smiles>
+</species>
+<species species_name="BZoO6_C2b" species_number="8382">
+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOCC=O)</smiles>
+</species>
+<species species_name="BZoO6_NPHb" species_number="8383">
+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOc1ccccc1N(=O)=O)</smiles>
+</species>
+<species species_name="BZoO6_NNC" species_number="8384">
+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O)</smiles>
+</species>
+<species species_name="BZoO6_NCAT" species_number="8385">
+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOC1(O)C(=CC2(OOC1C2O)N(=O)=O)O)</smiles>
+</species>
+<species species_name="BZoO6_NBZb" species_number="8386">
+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOC1C(=O)C=CC(=O)C1ON(=O)=O)</smiles>
+</species>
+<species species_name="BZoO6_PBZ" species_number="8387">
+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOC1C(=O)C=CC(=O)C1O)</smiles>
+</species>
+<species species_name="BZoO6_MALc" species_number="8388">
+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOC1C(=O)OC(=O)C1O)</smiles>
+</species>
+<species species_name="BZoO6_NDN" species_number="8389">
+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O)</smiles>
+</species>
+<species species_name="BZoO6_DNP" species_number="8390">
+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O)</smiles>
+</species>
+<species species_name="BZoO6_C2c" species_number="8391">
+<smiles>O=CC(O)C(O)C1OC1C(=O)(OO(C(=O)CO))</smiles>
+</species>
+<species species_name="BZoO6_C5a" species_number="8392">
+<smiles>O=CC(O)C(O)C1OC1C(=O)(OO(C(=O)C=CC(=O)C(C=O)O))</smiles>
+</species>
+<species species_name="BZoO6_C4a" species_number="8393">
+<smiles>O=CC(O)C(O)C1OC1C(=O)(OOC(=O)C=CC(=O)C=O)</smiles>
+</species>
+<species species_name="BZoO8_BZoO8" species_number="8394">
+<smiles>O=C(OO(C(C(O)C(O)C1OC1C(OO)=O)=O))C(O)C(O)C1OC1C(OO)=O</smiles>
+</species>
+<species species_name="BZoO8_BZoO10" species_number="8395">
+<smiles>O=C(OO(C(C(=O)OO)C(=O)C(O)C(O)C(OO)=O))C(O)C(O)C1OC1C(OO)=O</smiles>
+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>O(C1C2OC2C3OOC1C3(O))OC1(O)C=CC2OOC1C2O</smiles>
+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
+<species species_name="BZeoO5_NBZa" species_number="8488">
+<smiles>O(C1C2OC2C3OOC1C3(O))OC1C(=O)OCC1ON(=O)=O</smiles>
+</species>
+<species species_name="BZeoO5_BZFU" species_number="8489">
+<smiles>O(C1C2OC2C3OOC1C3(O))OC1C(O)COC1=O</smiles>
+</species>
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+</species>
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+<smiles>O(C1C2OC2C3OOC1C3(O))Oc1ccccc1O</smiles>
+</species>
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+<smiles>O(C1C2OC2C3OOC1C3(O))OC(=O)C=O</smiles>
+</species>
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+<smiles>O(C1C2OC2C3OOC1C3(O))OCC=O</smiles>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>O=CC(OO(C(=O)CO))C(O)C(O)C=O</smiles>
+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OO(C(C(O)C(O)C(O)C(=O)OO)=O))</smiles>
+</species>
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+</species>
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+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OO(C(C1OC1C=O)C(O)C=O))</smiles>
+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OO(C(C=O)C=CC=O))</smiles>
+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OOC1(O)C=CC2OOC1C2ON(=O)=O)</smiles>
+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OOC1(O)C=CC2OOC1C2O)</smiles>
+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OOC(=O)C=CC=O)</smiles>
+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OOC(=O)C1OC1C=O)</smiles>
+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OOC(C=O)C=O)</smiles>
+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OOC(C=O)C(O)C=O)</smiles>
+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OOc1ccccc1)</smiles>
+</species>
+<species species_name="C5O6_NBZa" species_number="8622">
+<smiles>OOC=CC(O)C(O)C(=O)(OOC1C(=O)OCC1ON(=O)=O)</smiles>
+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OOC1C(O)COC1=O)</smiles>
+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OO(C(=O)C(C=O)O))</smiles>
+</species>
+<species species_name="C5O6_CATE" species_number="8625">
+<smiles>OOC=CC(O)C(O)C(=O)(OOc1ccccc1O)</smiles>
+</species>
+<species species_name="C5O6_C2a" species_number="8626">
+<smiles>OOC=CC(O)C(O)C(=O)(OOC(=O)C=O)</smiles>
+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OOCC=O)</smiles>
+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OOc1ccccc1N(=O)=O)</smiles>
+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OOC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O)</smiles>
+</species>
+<species species_name="C5O6_NCAT" species_number="8630">
+<smiles>OOC=CC(O)C(O)C(=O)(OOC1(O)C(=CC2(OOC1C2O)N(=O)=O)O)</smiles>
+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OOC1C(=O)C=CC(=O)C1ON(=O)=O)</smiles>
+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OOC1C(=O)C=CC(=O)C1O)</smiles>
+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OOC1C(=O)OC(=O)C1O)</smiles>
+</species>
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+</species>
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+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OO(C(=O)CO))</smiles>
+</species>
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+</species>
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+<smiles>OOC=CC(O)C(O)C(=O)(OOC(=O)C=CC(=O)C=O)</smiles>
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+</species>
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+<smiles>O=CC(OO)C(O)C(O)C(=O)(OO(C(C=O)C=CC=O))</smiles>
+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>O=CC(OO)C(O)C(O)C(=O)(OOC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O)</smiles>
+</species>
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+<smiles>O=CC(OO)C(O)C(O)C(=O)(OO(C(=O)CO))</smiles>
+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>O=C(OOC(=O)C=CC=O)C(O)C(O)C(O)C(=O)OO</smiles>
+</species>
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+<smiles>O=C(OOC(=O)C1OC1C=O)C(O)C(O)C(O)C(=O)OO</smiles>
+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>O=C(OOC1C(O)COC1=O)C(O)C(O)C(O)C(=O)OO</smiles>
+</species>
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+</species>
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+<smiles>O=C(OOc1ccccc1O)C(O)C(O)C(O)C(=O)OO</smiles>
+</species>
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+<smiles>O=C(OOC(=O)C=O)C(O)C(O)C(O)C(=O)OO</smiles>
+</species>
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+<smiles>O=C(OOCC=O)C(O)C(O)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="C5O8_NPHb" species_number="8689">
+<smiles>O=C(OOc1ccccc1N(=O)=O)C(O)C(O)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="C5O8_NNC" species_number="8690">
+<smiles>O=C(OOC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O)C(O)C(O)C(O)C(=O)OO</smiles>
+</species>
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+</species>
+<species species_name="C5O8_NBZb" species_number="8692">
+<smiles>O=C(OOC1C(=O)C=CC(=O)C1ON(=O)=O)C(O)C(O)C(O)C(=O)OO</smiles>
+</species>
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+<smiles>O=C(OOC1C(=O)C=CC(=O)C1O)C(O)C(O)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="C5O8_MALc" species_number="8694">
+<smiles>O=C(OOC1C(=O)OC(=O)C1O)C(O)C(O)C(O)C(=O)OO</smiles>
+</species>
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+<smiles>O=C(OOC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O)C(O)C(O)C(O)C(=O)OO</smiles>
+</species>
+<species species_name="C5O8_DNP" species_number="8696">
+<smiles>O=C(OOC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O)C(O)C(O)C(O)C(=O)OO</smiles>
+</species>
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+</species>
+<species species_name="BZMUb_C2c" species_number="8807">
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+</species>
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+</species>
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+</species>
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+</species>
+<species species_name="C5DI_NPHa" species_number="8811">
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
+<species species_name="C5DI_C6a" species_number="8817">
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
+<species species_name="C5DI_MALc" species_number="8829">
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>O(C1(O)C=CC2OOC1C2O)OC1(O)C=CC2OOC1C2O</smiles>
+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
+<species species_name="PHEN_CATE" species_number="8868">
+<smiles>O(C1(O)C=CC2OOC1C2O)Oc1ccccc1O</smiles>
+</species>
+<species species_name="PHEN_C2a" species_number="8869">
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+</species>
+<species species_name="PHEN_C2b" species_number="8870">
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+</species>
+<species species_name="PHEN_NPHb" species_number="8871">
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+</species>
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+</species>
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+<smiles>O(C1(O)C=CC2OOC1C2O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)O</smiles>
+</species>
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+<smiles>O(C1(O)C=CC2OOC1C2O)OC1C(=O)C=CC(=O)C1ON(=O)=O</smiles>
+</species>
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+<smiles>O(C1(O)C=CC2OOC1C2O)OC1C(=O)C=CC(=O)C1O</smiles>
+</species>
+<species species_name="PHEN_MALc" species_number="8876">
+<smiles>O(C1(O)C=CC2OOC1C2O)OC1C(=O)OC(=O)C1O</smiles>
+</species>
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+</species>
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+</species>
+<species species_name="PHEN_C2c" species_number="8879">
+<smiles>OCC(=O)(OOC1(O)C=CC2OOC1C2O)</smiles>
+</species>
+<species species_name="PHEN_C5a" species_number="8880">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOC1(O)C=CC2OOC1C2O)</smiles>
+</species>
+<species species_name="PHEN_C4a" species_number="8881">
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+</species>
+<species species_name="MALa_MALa" species_number="8882">
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+</species>
+<species species_name="MALa_EPX" species_number="8883">
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+</species>
+<species species_name="MALa_C3DI" species_number="8884">
+<smiles>O(C(=O)C=CC=O)OC(C=O)C=O</smiles>
+</species>
+<species species_name="MALa_MALb" species_number="8885">
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+</species>
+<species species_name="MALa_C6a" species_number="8886">
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+</species>
+<species species_name="MALa_NBZa" species_number="8887">
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+</species>
+<species species_name="MALa_BZFU" species_number="8888">
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+</species>
+<species species_name="MALa_C3a" species_number="8889">
+<smiles>OC(C=O)C(=O)(OOC(=O)C=CC=O)</smiles>
+</species>
+<species species_name="MALa_CATE" species_number="8890">
+<smiles>O(C(=O)C=CC=O)Oc1ccccc1O</smiles>
+</species>
+<species species_name="MALa_C2a" species_number="8891">
+<smiles>O(C(=O)C=CC=O)OC(=O)C=O</smiles>
+</species>
+<species species_name="MALa_C2b" species_number="8892">
+<smiles>O(C(=O)C=CC=O)OCC=O</smiles>
+</species>
+<species species_name="MALa_NPHb" species_number="8893">
+<smiles>O(C(=O)C=CC=O)Oc1ccccc1N(=O)=O</smiles>
+</species>
+<species species_name="MALa_NNC" species_number="8894">
+<smiles>O(C(=O)C=CC=O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O</smiles>
+</species>
+<species species_name="MALa_NCAT" species_number="8895">
+<smiles>O(C(=O)C=CC=O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)O</smiles>
+</species>
+<species species_name="MALa_NBZb" species_number="8896">
+<smiles>O(C(=O)C=CC=O)OC1C(=O)C=CC(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="MALa_PBZ" species_number="8897">
+<smiles>O(C(=O)C=CC=O)OC1C(=O)C=CC(=O)C1O</smiles>
+</species>
+<species species_name="MALa_MALc" species_number="8898">
+<smiles>O(C(=O)C=CC=O)OC1C(=O)OC(=O)C1O</smiles>
+</species>
+<species species_name="MALa_NDN" species_number="8899">
+<smiles>O(C(=O)C=CC=O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="MALa_DNP" species_number="8900">
+<smiles>O(C(=O)C=CC=O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="MALa_C2c" species_number="8901">
+<smiles>OCC(=O)(OOC(=O)C=CC=O)</smiles>
+</species>
+<species species_name="MALa_C5a" species_number="8902">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOC(=O)C=CC=O)</smiles>
+</species>
+<species species_name="MALa_C4a" species_number="8903">
+<smiles>O(C(=O)C=CC=O)OC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="EPX_EPX" species_number="8904">
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+</species>
+<species species_name="EPX_C3DI" species_number="8905">
+<smiles>O(C(=O)C1OC1C=O)OC(C=O)C=O</smiles>
+</species>
+<species species_name="EPX_MALb" species_number="8906">
+<smiles>O(C(=O)C1OC1C=O)OC(C=O)C(O)C=O</smiles>
+</species>
+<species species_name="EPX_C6a" species_number="8907">
+<smiles>O(C(=O)C1OC1C=O)Oc1ccccc1</smiles>
+</species>
+<species species_name="EPX_NBZa" species_number="8908">
+<smiles>O(C(=O)C1OC1C=O)OC1C(=O)OCC1ON(=O)=O</smiles>
+</species>
+<species species_name="EPX_BZFU" species_number="8909">
+<smiles>O(C(=O)C1OC1C=O)OC1C(O)COC1=O</smiles>
+</species>
+<species species_name="EPX_C3a" species_number="8910">
+<smiles>OC(C=O)C(=O)(OOC(=O)C1OC1C=O)</smiles>
+</species>
+<species species_name="EPX_CATE" species_number="8911">
+<smiles>O(C(=O)C1OC1C=O)Oc1ccccc1O</smiles>
+</species>
+<species species_name="EPX_C2a" species_number="8912">
+<smiles>O(C(=O)C1OC1C=O)OC(=O)C=O</smiles>
+</species>
+<species species_name="EPX_C2b" species_number="8913">
+<smiles>O(C(=O)C1OC1C=O)OCC=O</smiles>
+</species>
+<species species_name="EPX_NPHb" species_number="8914">
+<smiles>O(C(=O)C1OC1C=O)Oc1ccccc1N(=O)=O</smiles>
+</species>
+<species species_name="EPX_NNC" species_number="8915">
+<smiles>O(C(=O)C1OC1C=O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O</smiles>
+</species>
+<species species_name="EPX_NCAT" species_number="8916">
+<smiles>O(C(=O)C1OC1C=O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)O</smiles>
+</species>
+<species species_name="EPX_NBZb" species_number="8917">
+<smiles>O(C(=O)C1OC1C=O)OC1C(=O)C=CC(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="EPX_PBZ" species_number="8918">
+<smiles>O(C(=O)C1OC1C=O)OC1C(=O)C=CC(=O)C1O</smiles>
+</species>
+<species species_name="EPX_MALc" species_number="8919">
+<smiles>O(C(=O)C1OC1C=O)OC1C(=O)OC(=O)C1O</smiles>
+</species>
+<species species_name="EPX_NDN" species_number="8920">
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+</species>
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+</species>
+<species species_name="EPX_C2c" species_number="8922">
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+</species>
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+</species>
+<species species_name="EPX_C4a" species_number="8924">
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+</species>
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+</species>
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+</species>
+<species species_name="C3DI_C6a" species_number="8927">
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+</species>
+<species species_name="C3DI_NBZa" species_number="8928">
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+</species>
+<species species_name="C3DI_BZFU" species_number="8929">
+<smiles>O(C(C=O)C=O)OC1C(O)COC1=O</smiles>
+</species>
+<species species_name="C3DI_C3a" species_number="8930">
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+</species>
+<species species_name="C3DI_CATE" species_number="8931">
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+</species>
+<species species_name="C3DI_C2a" species_number="8932">
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+</species>
+<species species_name="C3DI_C2b" species_number="8933">
+<smiles>O(C(C=O)C=O)OCC=O</smiles>
+</species>
+<species species_name="C3DI_NPHb" species_number="8934">
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+</species>
+<species species_name="C3DI_NNC" species_number="8935">
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+</species>
+<species species_name="C3DI_NCAT" species_number="8936">
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+</species>
+<species species_name="C3DI_NBZb" species_number="8937">
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+</species>
+<species species_name="C3DI_PBZ" species_number="8938">
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+</species>
+<species species_name="C3DI_MALc" species_number="8939">
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+</species>
+<species species_name="C3DI_NDN" species_number="8940">
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+</species>
+<species species_name="C3DI_DNP" species_number="8941">
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+</species>
+<species species_name="C3DI_C2c" species_number="8942">
+<smiles>OCC(=O)(OOC(C=O)C=O)</smiles>
+</species>
+<species species_name="C3DI_C5a" species_number="8943">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOC(C=O)C=O)</smiles>
+</species>
+<species species_name="C3DI_C4a" species_number="8944">
+<smiles>O(C(C=O)C=O)OC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="MALb_MALb" species_number="8945">
+<smiles>O(C(C=O)C(O)C=O)OC(C=O)C(O)C=O</smiles>
+</species>
+<species species_name="MALb_C6a" species_number="8946">
+<smiles>O(C(C=O)C(O)C=O)Oc1ccccc1</smiles>
+</species>
+<species species_name="MALb_NBZa" species_number="8947">
+<smiles>O(C(C=O)C(O)C=O)OC1C(=O)OCC1ON(=O)=O</smiles>
+</species>
+<species species_name="MALb_BZFU" species_number="8948">
+<smiles>O(C(C=O)C(O)C=O)OC1C(O)COC1=O</smiles>
+</species>
+<species species_name="MALb_C3a" species_number="8949">
+<smiles>OC(C=O)C(=O)(OOC(C=O)C(O)C=O)</smiles>
+</species>
+<species species_name="MALb_CATE" species_number="8950">
+<smiles>O(C(C=O)C(O)C=O)Oc1ccccc1O</smiles>
+</species>
+<species species_name="MALb_C2a" species_number="8951">
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+</species>
+<species species_name="MALb_C2b" species_number="8952">
+<smiles>O(C(C=O)C(O)C=O)OCC=O</smiles>
+</species>
+<species species_name="MALb_NPHb" species_number="8953">
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+</species>
+<species species_name="MALb_NNC" species_number="8954">
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+</species>
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+</species>
+<species species_name="MALb_NBZb" species_number="8956">
+<smiles>O(C(C=O)C(O)C=O)OC1C(=O)C=CC(=O)C1ON(=O)=O</smiles>
+</species>
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+<smiles>O(C(C=O)C(O)C=O)OC1C(=O)C=CC(=O)C1O</smiles>
+</species>
+<species species_name="MALb_MALc" species_number="8958">
+<smiles>O(C(C=O)C(O)C=O)OC1C(=O)OC(=O)C1O</smiles>
+</species>
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+</species>
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+</species>
+<species species_name="MALb_C2c" species_number="8961">
+<smiles>OCC(=O)(OOC(C=O)C(O)C=O)</smiles>
+</species>
+<species species_name="MALb_C5a" species_number="8962">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOC(C=O)C(O)C=O)</smiles>
+</species>
+<species species_name="MALb_C4a" species_number="8963">
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+</species>
+<species species_name="C6a_C6a" species_number="8964">
+<smiles>O(c1ccccc1)Oc1ccccc1</smiles>
+</species>
+<species species_name="C6a_NBZa" species_number="8965">
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+</species>
+<species species_name="C6a_BZFU" species_number="8966">
+<smiles>O(c1ccccc1)OC1C(O)COC1=O</smiles>
+</species>
+<species species_name="C6a_C3a" species_number="8967">
+<smiles>OC(C=O)C(=O)(OOc1ccccc1)</smiles>
+</species>
+<species species_name="C6a_CATE" species_number="8968">
+<smiles>O(c1ccccc1)Oc1ccccc1O</smiles>
+</species>
+<species species_name="C6a_C2a" species_number="8969">
+<smiles>O(c1ccccc1)OC(=O)C=O</smiles>
+</species>
+<species species_name="C6a_C2b" species_number="8970">
+<smiles>O(c1ccccc1)OCC=O</smiles>
+</species>
+<species species_name="C6a_NPHb" species_number="8971">
+<smiles>O(c1ccccc1)Oc1ccccc1N(=O)=O</smiles>
+</species>
+<species species_name="C6a_NNC" species_number="8972">
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+</species>
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+<smiles>O(c1ccccc1)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)O</smiles>
+</species>
+<species species_name="C6a_NBZb" species_number="8974">
+<smiles>O(c1ccccc1)OC1C(=O)C=CC(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="C6a_PBZ" species_number="8975">
+<smiles>O(c1ccccc1)OC1C(=O)C=CC(=O)C1O</smiles>
+</species>
+<species species_name="C6a_MALc" species_number="8976">
+<smiles>O(c1ccccc1)OC1C(=O)OC(=O)C1O</smiles>
+</species>
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+</species>
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+</species>
+<species species_name="C6a_C2c" species_number="8979">
+<smiles>OCC(=O)(OOc1ccccc1)</smiles>
+</species>
+<species species_name="C6a_C5a" species_number="8980">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOc1ccccc1)</smiles>
+</species>
+<species species_name="C6a_C4a" species_number="8981">
+<smiles>O(c1ccccc1)OC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="NBZa_NBZa" species_number="8982">
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+</species>
+<species species_name="NBZa_BZFU" species_number="8983">
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+</species>
+<species species_name="NBZa_C3a" species_number="8984">
+<smiles>OC(C=O)C(=O)(OOC1C(=O)OCC1ON(=O)=O)</smiles>
+</species>
+<species species_name="NBZa_CATE" species_number="8985">
+<smiles>O(C1C(=O)OCC1ON(=O)=O)Oc1ccccc1O</smiles>
+</species>
+<species species_name="NBZa_C2a" species_number="8986">
+<smiles>O(C1C(=O)OCC1ON(=O)=O)OC(=O)C=O</smiles>
+</species>
+<species species_name="NBZa_C2b" species_number="8987">
+<smiles>O(C1C(=O)OCC1ON(=O)=O)OCC=O</smiles>
+</species>
+<species species_name="NBZa_NPHb" species_number="8988">
+<smiles>O(C1C(=O)OCC1ON(=O)=O)Oc1ccccc1N(=O)=O</smiles>
+</species>
+<species species_name="NBZa_NNC" species_number="8989">
+<smiles>O(C1C(=O)OCC1ON(=O)=O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O</smiles>
+</species>
+<species species_name="NBZa_NCAT" species_number="8990">
+<smiles>O(C1C(=O)OCC1ON(=O)=O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)O</smiles>
+</species>
+<species species_name="NBZa_NBZb" species_number="8991">
+<smiles>O(C1C(=O)OCC1ON(=O)=O)OC1C(=O)C=CC(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NBZa_PBZ" species_number="8992">
+<smiles>O(C1C(=O)OCC1ON(=O)=O)OC1C(=O)C=CC(=O)C1O</smiles>
+</species>
+<species species_name="NBZa_MALc" species_number="8993">
+<smiles>O(C1C(=O)OCC1ON(=O)=O)OC1C(=O)OC(=O)C1O</smiles>
+</species>
+<species species_name="NBZa_NDN" species_number="8994">
+<smiles>O(C1C(=O)OCC1ON(=O)=O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NBZa_DNP" species_number="8995">
+<smiles>O(C1C(=O)OCC1ON(=O)=O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NBZa_C2c" species_number="8996">
+<smiles>OCC(=O)(OOC1C(=O)OCC1ON(=O)=O)</smiles>
+</species>
+<species species_name="NBZa_C5a" species_number="8997">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOC1C(=O)OCC1ON(=O)=O)</smiles>
+</species>
+<species species_name="NBZa_C4a" species_number="8998">
+<smiles>O(C1C(=O)OCC1ON(=O)=O)OC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="BZFU_BZFU" species_number="8999">
+<smiles>O(C1C(O)COC1=O)OC1C(O)COC1=O</smiles>
+</species>
+<species species_name="BZFU_C3a" species_number="9000">
+<smiles>OC(C=O)C(=O)(OOC1C(O)COC1=O)</smiles>
+</species>
+<species species_name="BZFU_CATE" species_number="9001">
+<smiles>O(C1C(O)COC1=O)Oc1ccccc1O</smiles>
+</species>
+<species species_name="BZFU_C2a" species_number="9002">
+<smiles>O(C1C(O)COC1=O)OC(=O)C=O</smiles>
+</species>
+<species species_name="BZFU_C2b" species_number="9003">
+<smiles>O(C1C(O)COC1=O)OCC=O</smiles>
+</species>
+<species species_name="BZFU_NPHb" species_number="9004">
+<smiles>O(C1C(O)COC1=O)Oc1ccccc1N(=O)=O</smiles>
+</species>
+<species species_name="BZFU_NNC" species_number="9005">
+<smiles>O(C1C(O)COC1=O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O</smiles>
+</species>
+<species species_name="BZFU_NCAT" species_number="9006">
+<smiles>O(C1C(O)COC1=O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)O</smiles>
+</species>
+<species species_name="BZFU_NBZb" species_number="9007">
+<smiles>O(C1C(O)COC1=O)OC1C(=O)C=CC(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="BZFU_PBZ" species_number="9008">
+<smiles>O(C1C(O)COC1=O)OC1C(=O)C=CC(=O)C1O</smiles>
+</species>
+<species species_name="BZFU_MALc" species_number="9009">
+<smiles>O(C1C(O)COC1=O)OC1C(=O)OC(=O)C1O</smiles>
+</species>
+<species species_name="BZFU_NDN" species_number="9010">
+<smiles>O(C1C(O)COC1=O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="BZFU_DNP" species_number="9011">
+<smiles>O(C1C(O)COC1=O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="BZFU_C2c" species_number="9012">
+<smiles>OCC(=O)(OOC1C(O)COC1=O)</smiles>
+</species>
+<species species_name="BZFU_C5a" species_number="9013">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOC1C(O)COC1=O)</smiles>
+</species>
+<species species_name="BZFU_C4a" species_number="9014">
+<smiles>O(C1C(O)COC1=O)OC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="C3a_C3a" species_number="9015">
+<smiles>OC(C=O)C(=O)(OO(C(=O)C(C=O)O))</smiles>
+</species>
+<species species_name="C3a_CATE" species_number="9016">
+<smiles>OC(C=O)C(=O)(OOc1ccccc1O)</smiles>
+</species>
+<species species_name="C3a_C2a" species_number="9017">
+<smiles>OC(C=O)C(=O)(OOC(=O)C=O)</smiles>
+</species>
+<species species_name="C3a_C2b" species_number="9018">
+<smiles>OC(C=O)C(=O)(OOCC=O)</smiles>
+</species>
+<species species_name="C3a_NPHb" species_number="9019">
+<smiles>OC(C=O)C(=O)(OOc1ccccc1N(=O)=O)</smiles>
+</species>
+<species species_name="C3a_NNC" species_number="9020">
+<smiles>OC(C=O)C(=O)(OOC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O)</smiles>
+</species>
+<species species_name="C3a_NCAT" species_number="9021">
+<smiles>OC(C=O)C(=O)(OOC1(O)C(=CC2(OOC1C2O)N(=O)=O)O)</smiles>
+</species>
+<species species_name="C3a_NBZb" species_number="9022">
+<smiles>OC(C=O)C(=O)(OOC1C(=O)C=CC(=O)C1ON(=O)=O)</smiles>
+</species>
+<species species_name="C3a_PBZ" species_number="9023">
+<smiles>OC(C=O)C(=O)(OOC1C(=O)C=CC(=O)C1O)</smiles>
+</species>
+<species species_name="C3a_MALc" species_number="9024">
+<smiles>OC(C=O)C(=O)(OOC1C(=O)OC(=O)C1O)</smiles>
+</species>
+<species species_name="C3a_NDN" species_number="9025">
+<smiles>OC(C=O)C(=O)(OOC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O)</smiles>
+</species>
+<species species_name="C3a_DNP" species_number="9026">
+<smiles>OC(C=O)C(=O)(OOC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O)</smiles>
+</species>
+<species species_name="C3a_C2c" species_number="9027">
+<smiles>OC(C=O)C(=O)(OO(C(=O)CO))</smiles>
+</species>
+<species species_name="C3a_C5a" species_number="9028">
+<smiles>OC(C=O)C(=O)(OO(C(=O)C=CC(=O)C(C=O)O))</smiles>
+</species>
+<species species_name="C3a_C4a" species_number="9029">
+<smiles>OC(C=O)C(=O)(OOC(=O)C=CC(=O)C=O)</smiles>
+</species>
+<species species_name="CATE_CATE" species_number="9030">
+<smiles>O(c1ccccc1O)Oc1ccccc1O</smiles>
+</species>
+<species species_name="CATE_C2a" species_number="9031">
+<smiles>O(c1ccccc1O)OC(=O)C=O</smiles>
+</species>
+<species species_name="CATE_C2b" species_number="9032">
+<smiles>O(c1ccccc1O)OCC=O</smiles>
+</species>
+<species species_name="CATE_NPHb" species_number="9033">
+<smiles>O(c1ccccc1O)Oc1ccccc1N(=O)=O</smiles>
+</species>
+<species species_name="CATE_NNC" species_number="9034">
+<smiles>O(c1ccccc1O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O</smiles>
+</species>
+<species species_name="CATE_NCAT" species_number="9035">
+<smiles>O(c1ccccc1O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)O</smiles>
+</species>
+<species species_name="CATE_NBZb" species_number="9036">
+<smiles>O(c1ccccc1O)OC1C(=O)C=CC(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="CATE_PBZ" species_number="9037">
+<smiles>O(c1ccccc1O)OC1C(=O)C=CC(=O)C1O</smiles>
+</species>
+<species species_name="CATE_MALc" species_number="9038">
+<smiles>O(c1ccccc1O)OC1C(=O)OC(=O)C1O</smiles>
+</species>
+<species species_name="CATE_NDN" species_number="9039">
+<smiles>O(c1ccccc1O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="CATE_DNP" species_number="9040">
+<smiles>O(c1ccccc1O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="CATE_C2c" species_number="9041">
+<smiles>OCC(=O)(OOc1ccccc1O)</smiles>
+</species>
+<species species_name="CATE_C5a" species_number="9042">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOc1ccccc1O)</smiles>
+</species>
+<species species_name="CATE_C4a" species_number="9043">
+<smiles>O(c1ccccc1O)OC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="C2a_C2a" species_number="9044">
+<smiles>O(C(=O)C=O)OC(=O)C=O</smiles>
+</species>
+<species species_name="C2a_C2b" species_number="9045">
+<smiles>O(C(=O)C=O)OCC=O</smiles>
+</species>
+<species species_name="C2a_NPHb" species_number="9046">
+<smiles>O(C(=O)C=O)Oc1ccccc1N(=O)=O</smiles>
+</species>
+<species species_name="C2a_NNC" species_number="9047">
+<smiles>O(C(=O)C=O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O</smiles>
+</species>
+<species species_name="C2a_NCAT" species_number="9048">
+<smiles>O(C(=O)C=O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)O</smiles>
+</species>
+<species species_name="C2a_NBZb" species_number="9049">
+<smiles>O(C(=O)C=O)OC1C(=O)C=CC(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="C2a_PBZ" species_number="9050">
+<smiles>O(C(=O)C=O)OC1C(=O)C=CC(=O)C1O</smiles>
+</species>
+<species species_name="C2a_MALc" species_number="9051">
+<smiles>O(C(=O)C=O)OC1C(=O)OC(=O)C1O</smiles>
+</species>
+<species species_name="C2a_NDN" species_number="9052">
+<smiles>O(C(=O)C=O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="C2a_DNP" species_number="9053">
+<smiles>O(C(=O)C=O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="C2a_C2c" species_number="9054">
+<smiles>OCC(=O)(OOC(=O)C=O)</smiles>
+</species>
+<species species_name="C2a_C5a" species_number="9055">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOC(=O)C=O)</smiles>
+</species>
+<species species_name="C2a_C4a" species_number="9056">
+<smiles>O(C(=O)C=O)OC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="C2b_C2b" species_number="9057">
+<smiles>O(CC=O)OCC=O</smiles>
+</species>
+<species species_name="C2b_NPHb" species_number="9058">
+<smiles>O(CC=O)Oc1ccccc1N(=O)=O</smiles>
+</species>
+<species species_name="C2b_NNC" species_number="9059">
+<smiles>O(CC=O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O</smiles>
+</species>
+<species species_name="C2b_NCAT" species_number="9060">
+<smiles>O(CC=O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)O</smiles>
+</species>
+<species species_name="C2b_NBZb" species_number="9061">
+<smiles>O(CC=O)OC1C(=O)C=CC(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="C2b_PBZ" species_number="9062">
+<smiles>O(CC=O)OC1C(=O)C=CC(=O)C1O</smiles>
+</species>
+<species species_name="C2b_MALc" species_number="9063">
+<smiles>O(CC=O)OC1C(=O)OC(=O)C1O</smiles>
+</species>
+<species species_name="C2b_NDN" species_number="9064">
+<smiles>O(CC=O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="C2b_DNP" species_number="9065">
+<smiles>O(CC=O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="C2b_C2c" species_number="9066">
+<smiles>OCC(=O)(OOCC=O)</smiles>
+</species>
+<species species_name="C2b_C5a" species_number="9067">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOCC=O)</smiles>
+</species>
+<species species_name="C2b_C4a" species_number="9068">
+<smiles>O(CC=O)OC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="NPHb_NPHb" species_number="9069">
+<smiles>O(c1ccccc1N(=O)=O)Oc1ccccc1N(=O)=O</smiles>
+</species>
+<species species_name="NPHb_NNC" species_number="9070">
+<smiles>O(c1ccccc1N(=O)=O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O</smiles>
+</species>
+<species species_name="NPHb_NCAT" species_number="9071">
+<smiles>O(c1ccccc1N(=O)=O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)O</smiles>
+</species>
+<species species_name="NPHb_NBZb" species_number="9072">
+<smiles>O(c1ccccc1N(=O)=O)OC1C(=O)C=CC(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NPHb_PBZ" species_number="9073">
+<smiles>O(c1ccccc1N(=O)=O)OC1C(=O)C=CC(=O)C1O</smiles>
+</species>
+<species species_name="NPHb_MALc" species_number="9074">
+<smiles>O(c1ccccc1N(=O)=O)OC1C(=O)OC(=O)C1O</smiles>
+</species>
+<species species_name="NPHb_NDN" species_number="9075">
+<smiles>O(c1ccccc1N(=O)=O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NPHb_DNP" species_number="9076">
+<smiles>O(c1ccccc1N(=O)=O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NPHb_C2c" species_number="9077">
+<smiles>OCC(=O)(OOc1ccccc1N(=O)=O)</smiles>
+</species>
+<species species_name="NPHb_C5a" species_number="9078">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOc1ccccc1N(=O)=O)</smiles>
+</species>
+<species species_name="NPHb_C4a" species_number="9079">
+<smiles>O(c1ccccc1N(=O)=O)OC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="NNC_NNC" species_number="9080">
+<smiles>O(C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O</smiles>
+</species>
+<species species_name="NNC_NCAT" species_number="9081">
+<smiles>O(C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)O</smiles>
+</species>
+<species species_name="NNC_NBZb" species_number="9082">
+<smiles>O(C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O)OC1C(=O)C=CC(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NNC_PBZ" species_number="9083">
+<smiles>O(C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O)OC1C(=O)C=CC(=O)C1O</smiles>
+</species>
+<species species_name="NNC_MALc" species_number="9084">
+<smiles>O(C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O)OC1C(=O)OC(=O)C1O</smiles>
+</species>
+<species species_name="NNC_NDN" species_number="9085">
+<smiles>O(C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NNC_DNP" species_number="9086">
+<smiles>O(C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NNC_C2c" species_number="9087">
+<smiles>OCC(=O)(OOC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O)</smiles>
+</species>
+<species species_name="NNC_C5a" species_number="9088">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O)</smiles>
+</species>
+<species species_name="NNC_C4a" species_number="9089">
+<smiles>O(C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O)OC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="NCAT_NCAT" species_number="9090">
+<smiles>O(C1(O)C(=CC2(OOC1C2O)N(=O)=O)O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)O</smiles>
+</species>
+<species species_name="NCAT_NBZb" species_number="9091">
+<smiles>O(C1(O)C(=CC2(OOC1C2O)N(=O)=O)O)OC1C(=O)C=CC(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NCAT_PBZ" species_number="9092">
+<smiles>O(C1(O)C(=CC2(OOC1C2O)N(=O)=O)O)OC1C(=O)C=CC(=O)C1O</smiles>
+</species>
+<species species_name="NCAT_MALc" species_number="9093">
+<smiles>O(C1(O)C(=CC2(OOC1C2O)N(=O)=O)O)OC1C(=O)OC(=O)C1O</smiles>
+</species>
+<species species_name="NCAT_NDN" species_number="9094">
+<smiles>O(C1(O)C(=CC2(OOC1C2O)N(=O)=O)O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NCAT_DNP" species_number="9095">
+<smiles>O(C1(O)C(=CC2(OOC1C2O)N(=O)=O)O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NCAT_C2c" species_number="9096">
+<smiles>OCC(=O)(OOC1(O)C(=CC2(OOC1C2O)N(=O)=O)O)</smiles>
+</species>
+<species species_name="NCAT_C5a" species_number="9097">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOC1(O)C(=CC2(OOC1C2O)N(=O)=O)O)</smiles>
+</species>
+<species species_name="NCAT_C4a" species_number="9098">
+<smiles>O(C1(O)C(=CC2(OOC1C2O)N(=O)=O)O)OC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="NBZb_NBZb" species_number="9099">
+<smiles>O(C1C(=O)C=CC(=O)C1ON(=O)=O)OC1C(=O)C=CC(=O)C1ON(=O)=O</smiles>
+</species>
+<species species_name="NBZb_PBZ" species_number="9100">
+<smiles>O(C1C(=O)C=CC(=O)C1ON(=O)=O)OC1C(=O)C=CC(=O)C1O</smiles>
+</species>
+<species species_name="NBZb_MALc" species_number="9101">
+<smiles>O(C1C(=O)C=CC(=O)C1ON(=O)=O)OC1C(=O)OC(=O)C1O</smiles>
+</species>
+<species species_name="NBZb_NDN" species_number="9102">
+<smiles>O(C1C(=O)C=CC(=O)C1ON(=O)=O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NBZb_DNP" species_number="9103">
+<smiles>O(C1C(=O)C=CC(=O)C1ON(=O)=O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NBZb_C2c" species_number="9104">
+<smiles>OCC(=O)(OOC1C(=O)C=CC(=O)C1ON(=O)=O)</smiles>
+</species>
+<species species_name="NBZb_C5a" species_number="9105">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOC1C(=O)C=CC(=O)C1ON(=O)=O)</smiles>
+</species>
+<species species_name="NBZb_C4a" species_number="9106">
+<smiles>O(C1C(=O)C=CC(=O)C1ON(=O)=O)OC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="PBZ_PBZ" species_number="9107">
+<smiles>O(C1C(=O)C=CC(=O)C1O)OC1C(=O)C=CC(=O)C1O</smiles>
+</species>
+<species species_name="PBZ_MALc" species_number="9108">
+<smiles>O(C1C(=O)C=CC(=O)C1O)OC1C(=O)OC(=O)C1O</smiles>
+</species>
+<species species_name="PBZ_NDN" species_number="9109">
+<smiles>O(C1C(=O)C=CC(=O)C1O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="PBZ_DNP" species_number="9110">
+<smiles>O(C1C(=O)C=CC(=O)C1O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="PBZ_C2c" species_number="9111">
+<smiles>OCC(=O)(OOC1C(=O)C=CC(=O)C1O)</smiles>
+</species>
+<species species_name="PBZ_C5a" species_number="9112">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOC1C(=O)C=CC(=O)C1O)</smiles>
+</species>
+<species species_name="PBZ_C4a" species_number="9113">
+<smiles>O(C1C(=O)C=CC(=O)C1O)OC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="MALc_MALc" species_number="9114">
+<smiles>O(C1C(=O)OC(=O)C1O)OC1C(=O)OC(=O)C1O</smiles>
+</species>
+<species species_name="MALc_NDN" species_number="9115">
+<smiles>O(C1C(=O)OC(=O)C1O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="MALc_DNP" species_number="9116">
+<smiles>O(C1C(=O)OC(=O)C1O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="MALc_C2c" species_number="9117">
+<smiles>OCC(=O)(OOC1C(=O)OC(=O)C1O)</smiles>
+</species>
+<species species_name="MALc_C5a" species_number="9118">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOC1C(=O)OC(=O)C1O)</smiles>
+</species>
+<species species_name="MALc_C4a" species_number="9119">
+<smiles>O(C1C(=O)OC(=O)C1O)OC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="NDN_NDN" species_number="9120">
+<smiles>O(C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O)OC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NDN_DNP" species_number="9121">
+<smiles>O(C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="NDN_C2c" species_number="9122">
+<smiles>OCC(=O)(OOC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O)</smiles>
+</species>
+<species species_name="NDN_C5a" species_number="9123">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOC1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O)</smiles>
+</species>
+<species species_name="NDN_C4a" species_number="9124">
+<smiles>O(C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O)OC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="DNP_DNP" species_number="9125">
+<smiles>O(C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O)OC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O</smiles>
+</species>
+<species species_name="DNP_C2c" species_number="9126">
+<smiles>OCC(=O)(OOC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O)</smiles>
+</species>
+<species species_name="DNP_C5a" species_number="9127">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOC1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O)</smiles>
+</species>
+<species species_name="DNP_C4a" species_number="9128">
+<smiles>O(C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O)OC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="C2c_C2c" species_number="9129">
+<smiles>OCC(=O)(OO(C(=O)CO))</smiles>
+</species>
+<species species_name="C2c_C5a" species_number="9130">
+<smiles>OCC(=O)(OO(C(=O)C=CC(=O)C(C=O)O))</smiles>
+</species>
+<species species_name="C2c_C4a" species_number="9131">
+<smiles>OCC(=O)(OOC(=O)C=CC(=O)C=O)</smiles>
+</species>
+<species species_name="C5a_C5a" species_number="9132">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OO(C(=O)C=CC(=O)C(C=O)O))</smiles>
+</species>
+<species species_name="C5a_C4a" species_number="9133">
+<smiles>OC(C=O)C(=O)C=CC(=O)(OOC(=O)C=CC(=O)C=O)</smiles>
+</species>
+<species species_name="C4a_C4a" species_number="9134">
+<smiles>O(C(=O)C=CC(=O)C=O)OC(=O)C=CC(=O)C=O</smiles>
+</species>
+<species species_name="BZo2_RO_O6" species_number="9135">
+<smiles>O=CC(O)C(O)C1OC1C([O])=O</smiles>
+</species>
+<species species_name="BZo2_RO_O8" species_number="9136">
+<smiles>O=C([O])C(O)C(O)C1OC1C(OO)=O</smiles>
+</species>
+<species species_name="BZo2_RO_O10" species_number="9137">
+<smiles>O=C(OO)C(O)C(O)C(=O)C([O])C(=O)OO</smiles>
+</species>
+<species species_name="BZeo2_RO_O5" species_number="9138">
+<smiles>[O]C1C2OC2C3OOC1C3(O)</smiles>
+</species>
+<species species_name="BZeo2_RO_O7" species_number="9139">
+<smiles>O=C=CC(OO)C(O)C(O)C(=O)[O]</smiles>
+</species>
+<species species_name="BZeo2_RO_O9" species_number="9140">
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+</species>
+<species species_name="C5O6_AP24" species_number="n">
+<smiles>C=CC(O)C(O)C(=O)O[O][O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5O6_AP25" species_number="n">
+<smiles>C=CC(O)C(O)C(=O)O[O]O=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="C5O6_AP26" species_number="n">
+<smiles>C=CC(O)C(O)C(=O)O[O]O=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5O6_AP27" species_number="n">
+<smiles>C=CC(O)C(O)C(=O)O[O][O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C5O6_AP28" species_number="n">
+<smiles>C=CC(O)C(O)C(=O)O[O]O=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5O6_AP29" species_number="n">
+<smiles>C=CC(O)C(O)C(=O)O[O]OCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C5O6_AP30" species_number="n">
+<smiles>C=CC(O)C(O)C(=O)O[O]OCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5O6_AP31" species_number="n">
+<smiles>C=CC(O)C(O)C(=O)O[O][O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C5eO7_APoO3" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OCCCCCCCCCCOOOO</smiles>
+</species>
+<species species_name="C5eO7_APoO5" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="C5eO7_APoO7" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO7_APoO9" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO7_APoO11" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OCCCCCCCCCCOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO7_APoO13" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OCCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO7_APoO4" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="C5eO7_APoO6" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="C5eO7_APoO8" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO7_APoO10" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OCCCCCCCCCCOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO7_APoO12" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OCCCCCCCCCCOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO7_APhO5" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="C5eO7_APhO7" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO7_APhO9" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO7_APhO4" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="C5eO7_APhO6" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="C5eO7_APhO8" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO7_AP01" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=O[O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP02" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=O[O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP03" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=O[O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="C5eO7_AP04" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OO=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP05" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=O[O]OCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP06" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OO=CCC(=O)CC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5eO7_AP07" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=O[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP08" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OO=CCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5eO7_AP09" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OO=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP10" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=O[O]OC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP11N" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=O[O]OC1(C)C(ON(=O)=O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP12N" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=O[O]OC1CC2CC(C1(C)ON(=O)=O)C2(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP13N" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=O[O]OC(C)(C)C1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C5eO7_AP14N" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=O[O]OC12CC(=O)C(C)(ON(=O)=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP15" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=O[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP16" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP17" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=O[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP18" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP19" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=O[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP20" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=O[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP21" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OOCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP22" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OOCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5eO7_AP23" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OOCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5eO7_AP24" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=O[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP25" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OO=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP26" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OO=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5eO7_AP27" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=O[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP28" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OO=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5eO7_AP29" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OOCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C5eO7_AP30" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=OOCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5eO7_AP31" species_number="n">
+<smiles>CC(O)C(O)C(O)C(O[O])=O[O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C5O8_APoO3" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOCCCCCCCCCCOOOO</smiles>
+</species>
+<species species_name="C5O8_APoO5" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="C5O8_APoO7" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="C5O8_APoO9" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="C5O8_APoO11" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOCCCCCCCCCCOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C5O8_APoO13" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOCCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C5O8_APoO4" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="C5O8_APoO6" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="C5O8_APoO8" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="C5O8_APoO10" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOCCCCCCCCCCOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C5O8_APoO12" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOCCCCCCCCCCOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C5O8_APhO5" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="C5O8_APhO7" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="C5O8_APhO9" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="C5O8_APhO4" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="C5O8_APhO6" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="C5O8_APhO8" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="C5O8_AP01" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OO[O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C5O8_AP02" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OO[O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="C5O8_AP03" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OO[O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="C5O8_AP04" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOO=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5O8_AP05" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OO[O]OCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="C5O8_AP06" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOO=CCC(=O)CC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5O8_AP07" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OO[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="C5O8_AP08" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOO=CCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5O8_AP09" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOO=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5O8_AP10" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OO[O]OC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5O8_AP11N" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OO[O]OC1(C)C(ON(=O)=O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C5O8_AP12N" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OO[O]OC1CC2CC(C1(C)ON(=O)=O)C2(C)C</smiles>
+</species>
+<species species_name="C5O8_AP13N" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OO[O]OC(C)(C)C1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C5O8_AP14N" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OO[O]OC12CC(=O)C(C)(ON(=O)=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="C5O8_AP15" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OO[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5O8_AP16" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="C5O8_AP17" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OO[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="C5O8_AP18" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5O8_AP19" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OO[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5O8_AP20" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OO[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C5O8_AP21" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOOCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="C5O8_AP22" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOOCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5O8_AP23" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOOCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5O8_AP24" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OO[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5O8_AP25" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOO=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="C5O8_AP26" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOO=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5O8_AP27" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OO[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C5O8_AP28" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOO=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5O8_AP29" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOOCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C5O8_AP30" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OOOCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5O8_AP31" species_number="n">
+<smiles>C([O])C(O)C(O)C(O)C(=O)OO[O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C5eO9_APoO3" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OCCCCCCCCCCOOOO</smiles>
+</species>
+<species species_name="C5eO9_APoO5" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="C5eO9_APoO7" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO9_APoO9" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO9_APoO11" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OCCCCCCCCCCOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO9_APoO13" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OCCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO9_APoO4" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="C5eO9_APoO6" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="C5eO9_APoO8" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO9_APoO10" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OCCCCCCCCCCOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO9_APoO12" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OCCCCCCCCCCOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO9_APhO5" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="C5eO9_APhO7" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO9_APhO9" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO9_APhO4" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="C5eO9_APhO6" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="C5eO9_APhO8" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="C5eO9_AP01" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=O[O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP02" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=O[O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP03" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=O[O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="C5eO9_AP04" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OO=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP05" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=O[O]OCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP06" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OO=CCC(=O)CC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5eO9_AP07" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=O[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP08" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OO=CCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5eO9_AP09" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OO=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP10" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=O[O]OC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP11N" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=O[O]OC1(C)C(ON(=O)=O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP12N" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=O[O]OC1CC2CC(C1(C)ON(=O)=O)C2(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP13N" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=O[O]OC(C)(C)C1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C5eO9_AP14N" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=O[O]OC12CC(=O)C(C)(ON(=O)=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP15" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=O[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP16" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP17" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=O[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP18" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP19" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=O[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP20" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=O[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP21" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OOCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP22" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OOCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5eO9_AP23" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OOCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5eO9_AP24" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=O[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP25" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OO=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP26" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OO=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5eO9_AP27" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=O[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP28" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OO=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5eO9_AP29" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OOCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C5eO9_AP30" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=OOCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5eO9_AP31" species_number="n">
+<smiles>C([O])C(OO)C(O)C(O)C(OO)=O[O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="BZBI_APoO3" species_number="n">
+<smiles>C1C=CC2OOC1C2OCCCCCCCCCCOOOO</smiles>
+</species>
+<species species_name="BZBI_APoO5" species_number="n">
+<smiles>C1C=CC2OOC1C2OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="BZBI_APoO7" species_number="n">
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+</species>
+<species species_name="BZBI_APoO9" species_number="n">
+<smiles>C1C=CC2OOC1C2OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="BZBI_APoO11" species_number="n">
+<smiles>C1C=CC2OOC1C2OCCCCCCCCCCOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="BZBI_APoO13" species_number="n">
+<smiles>C1C=CC2OOC1C2OCCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="BZBI_APoO4" species_number="n">
+<smiles>C1C=CC2OOC1C2OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="BZBI_APoO6" species_number="n">
+<smiles>C1C=CC2OOC1C2OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="BZBI_APoO8" species_number="n">
+<smiles>C1C=CC2OOC1C2OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="BZBI_APoO10" species_number="n">
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+</species>
+<species species_name="BZBI_APoO12" species_number="n">
+<smiles>C1C=CC2OOC1C2OCCCCCCCCCCOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="BZBI_APhO5" species_number="n">
+<smiles>C1C=CC2OOC1C2OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="BZBI_APhO7" species_number="n">
+<smiles>C1C=CC2OOC1C2OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="BZBI_APhO9" species_number="n">
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+</species>
+<species species_name="BZBI_APhO4" species_number="n">
+<smiles>C1C=CC2OOC1C2OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="BZBI_APhO6" species_number="n">
+<smiles>C1C=CC2OOC1C2OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="BZBI_APhO8" species_number="n">
+<smiles>C1C=CC2OOC1C2OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="BZBI_AP01" species_number="n">
+<smiles>C1C=CC2OOC1C2O[O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="BZBI_AP02" species_number="n">
+<smiles>C1C=CC2OOC1C2O[O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="BZBI_AP03" species_number="n">
+<smiles>C1C=CC2OOC1C2O[O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="BZBI_AP04" species_number="n">
+<smiles>C1C=CC2OOC1C2OO=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="BZBI_AP05" species_number="n">
+<smiles>C1C=CC2OOC1C2O[O]OCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="BZBI_AP06" species_number="n">
+<smiles>C1C=CC2OOC1C2OO=CCC(=O)CC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="BZBI_AP07" species_number="n">
+<smiles>C1C=CC2OOC1C2O[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="BZBI_AP08" species_number="n">
+<smiles>C1C=CC2OOC1C2OO=CCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="BZBI_AP09" species_number="n">
+<smiles>C1C=CC2OOC1C2OO=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="BZBI_AP10" species_number="n">
+<smiles>C1C=CC2OOC1C2O[O]OC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="BZBI_AP11N" species_number="n">
+<smiles>C1C=CC2OOC1C2O[O]OC1(C)C(ON(=O)=O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="BZBI_AP12N" species_number="n">
+<smiles>C1C=CC2OOC1C2O[O]OC1CC2CC(C1(C)ON(=O)=O)C2(C)C</smiles>
+</species>
+<species species_name="BZBI_AP13N" species_number="n">
+<smiles>C1C=CC2OOC1C2O[O]OC(C)(C)C1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="BZBI_AP14N" species_number="n">
+<smiles>C1C=CC2OOC1C2O[O]OC12CC(=O)C(C)(ON(=O)=O)C(C1)C2(C)C</smiles>
+</species>
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+<smiles>C1C=CC2OOC1C2O[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="BZBI_AP16" species_number="n">
+<smiles>C1C=CC2OOC1C2OO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="BZBI_AP17" species_number="n">
+<smiles>C1C=CC2OOC1C2O[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="BZBI_AP18" species_number="n">
+<smiles>C1C=CC2OOC1C2OOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="BZBI_AP19" species_number="n">
+<smiles>C1C=CC2OOC1C2O[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="BZBI_AP20" species_number="n">
+<smiles>C1C=CC2OOC1C2O[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="BZBI_AP21" species_number="n">
+<smiles>C1C=CC2OOC1C2OOCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="BZBI_AP22" species_number="n">
+<smiles>C1C=CC2OOC1C2OOCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="BZBI_AP23" species_number="n">
+<smiles>C1C=CC2OOC1C2OOCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="BZBI_AP24" species_number="n">
+<smiles>C1C=CC2OOC1C2O[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="BZBI_AP25" species_number="n">
+<smiles>C1C=CC2OOC1C2OO=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="BZBI_AP26" species_number="n">
+<smiles>C1C=CC2OOC1C2OO=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="BZBI_AP27" species_number="n">
+<smiles>C1C=CC2OOC1C2O[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="BZBI_AP28" species_number="n">
+<smiles>C1C=CC2OOC1C2OO=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="BZBI_AP29" species_number="n">
+<smiles>C1C=CC2OOC1C2OOCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="BZBI_AP30" species_number="n">
+<smiles>C1C=CC2OOC1C2OOCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="BZBI_AP31" species_number="n">
+<smiles>C1C=CC2OOC1C2O[O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="BZMUa_APoO3" species_number="n">
+<smiles>C(=O)C1OC1C=CC=OCCCCCCCCCCOOOO</smiles>
+</species>
+<species species_name="BZMUa_APoO5" species_number="n">
+<smiles>C(=O)C1OC1C=CC=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="BZMUa_APoO7" species_number="n">
+<smiles>C(=O)C1OC1C=CC=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="BZMUa_APoO9" species_number="n">
+<smiles>C(=O)C1OC1C=CC=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="BZMUa_APoO11" species_number="n">
+<smiles>C(=O)C1OC1C=CC=OCCCCCCCCCCOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="BZMUa_APoO13" species_number="n">
+<smiles>C(=O)C1OC1C=CC=OCCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="BZMUa_APoO4" species_number="n">
+<smiles>C(=O)C1OC1C=CC=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="BZMUa_APoO6" species_number="n">
+<smiles>C(=O)C1OC1C=CC=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="BZMUa_APoO8" species_number="n">
+<smiles>C(=O)C1OC1C=CC=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="BZMUa_APoO10" species_number="n">
+<smiles>C(=O)C1OC1C=CC=OCCCCCCCCCCOOOOOOOOOOO</smiles>
+</species>
+<species species_name="BZMUa_APoO12" species_number="n">
+<smiles>C(=O)C1OC1C=CC=OCCCCCCCCCCOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="BZMUa_APhO5" species_number="n">
+<smiles>C(=O)C1OC1C=CC=OCCCCCCCCCCOOOOOO</smiles>
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+<smiles>CC=CC([O])C=O[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5DI_AP16" species_number="n">
+<smiles>CC=CC([O])C=OO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="C5DI_AP17" species_number="n">
+<smiles>CC=CC([O])C=O[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="C5DI_AP18" species_number="n">
+<smiles>CC=CC([O])C=OOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5DI_AP19" species_number="n">
+<smiles>CC=CC([O])C=O[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5DI_AP20" species_number="n">
+<smiles>CC=CC([O])C=O[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C5DI_AP21" species_number="n">
+<smiles>CC=CC([O])C=OOCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="C5DI_AP22" species_number="n">
+<smiles>CC=CC([O])C=OOCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5DI_AP23" species_number="n">
+<smiles>CC=CC([O])C=OOCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5DI_AP24" species_number="n">
+<smiles>CC=CC([O])C=O[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C5DI_AP25" species_number="n">
+<smiles>CC=CC([O])C=OO=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="C5DI_AP26" species_number="n">
+<smiles>CC=CC([O])C=OO=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5DI_AP27" species_number="n">
+<smiles>CC=CC([O])C=O[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C5DI_AP28" species_number="n">
+<smiles>CC=CC([O])C=OO=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5DI_AP29" species_number="n">
+<smiles>CC=CC([O])C=OOCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C5DI_AP30" species_number="n">
+<smiles>CC=CC([O])C=OOCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C5DI_AP31" species_number="n">
+<smiles>CC=CC([O])C=O[O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NPHa_APoO3" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OCCCCCCCCCCOOOO</smiles>
+</species>
+<species species_name="NPHa_APoO5" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="NPHa_APoO7" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="NPHa_APoO9" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="NPHa_APoO11" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OCCCCCCCCCCOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NPHa_APoO13" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OCCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NPHa_APoO4" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="NPHa_APoO6" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="NPHa_APoO8" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="NPHa_APoO10" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OCCCCCCCCCCOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NPHa_APoO12" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OCCCCCCCCCCOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NPHa_APhO5" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="NPHa_APhO7" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="NPHa_APhO9" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="NPHa_APhO4" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="NPHa_APhO6" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="NPHa_APhO8" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="NPHa_AP01" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=O[O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="NPHa_AP02" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=O[O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="NPHa_AP03" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=O[O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="NPHa_AP04" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OO=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NPHa_AP05" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=O[O]OCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="NPHa_AP06" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OO=CCC(=O)CC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NPHa_AP07" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=O[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="NPHa_AP08" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OO=CCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NPHa_AP09" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OO=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NPHa_AP10" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=O[O]OC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NPHa_AP11N" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=O[O]OC1(C)C(ON(=O)=O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="NPHa_AP12N" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=O[O]OC1CC2CC(C1(C)ON(=O)=O)C2(C)C</smiles>
+</species>
+<species species_name="NPHa_AP13N" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=O[O]OC(C)(C)C1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="NPHa_AP14N" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=O[O]OC12CC(=O)C(C)(ON(=O)=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="NPHa_AP15" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=O[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NPHa_AP16" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="NPHa_AP17" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=O[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="NPHa_AP18" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NPHa_AP19" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=O[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NPHa_AP20" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=O[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NPHa_AP21" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OOCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="NPHa_AP22" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OOCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NPHa_AP23" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OOCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NPHa_AP24" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=O[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NPHa_AP25" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OO=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="NPHa_AP26" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OO=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NPHa_AP27" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=O[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NPHa_AP28" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OO=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NPHa_AP29" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OOCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NPHa_AP30" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=OOCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NPHa_AP31" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2ON(=O)=O[O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="PHEN_APoO3" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OCCCCCCCCCCOOOO</smiles>
+</species>
+<species species_name="PHEN_APoO5" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="PHEN_APoO7" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="PHEN_APoO9" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="PHEN_APoO11" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OCCCCCCCCCCOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="PHEN_APoO13" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OCCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="PHEN_APoO4" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="PHEN_APoO6" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="PHEN_APoO8" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="PHEN_APoO10" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OCCCCCCCCCCOOOOOOOOOOO</smiles>
+</species>
+<species species_name="PHEN_APoO12" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OCCCCCCCCCCOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="PHEN_APhO5" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="PHEN_APhO7" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="PHEN_APhO9" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="PHEN_APhO4" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="PHEN_APhO6" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="PHEN_APhO8" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="PHEN_AP01" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2O[O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="PHEN_AP02" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2O[O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="PHEN_AP03" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2O[O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="PHEN_AP04" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OO=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="PHEN_AP05" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2O[O]OCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="PHEN_AP06" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OO=CCC(=O)CC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="PHEN_AP07" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2O[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="PHEN_AP08" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OO=CCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="PHEN_AP09" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OO=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="PHEN_AP10" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2O[O]OC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="PHEN_AP11N" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2O[O]OC1(C)C(ON(=O)=O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="PHEN_AP12N" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2O[O]OC1CC2CC(C1(C)ON(=O)=O)C2(C)C</smiles>
+</species>
+<species species_name="PHEN_AP13N" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2O[O]OC(C)(C)C1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="PHEN_AP14N" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2O[O]OC12CC(=O)C(C)(ON(=O)=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="PHEN_AP15" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2O[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="PHEN_AP16" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="PHEN_AP17" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2O[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="PHEN_AP18" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="PHEN_AP19" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2O[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="PHEN_AP20" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2O[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="PHEN_AP21" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OOCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="PHEN_AP22" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OOCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="PHEN_AP23" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OOCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="PHEN_AP24" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2O[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="PHEN_AP25" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OO=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="PHEN_AP26" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OO=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="PHEN_AP27" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2O[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="PHEN_AP28" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OO=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="PHEN_AP29" species_number="n">
+<smiles>C1(O)C=CC2OOC1C2OOCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
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+</species>
+<species species_name="C3DI_AP07" species_number="n">
+<smiles>C(C=O)C=O[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="C3DI_AP08" species_number="n">
+<smiles>C(C=O)C=OO=CCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C3DI_AP09" species_number="n">
+<smiles>C(C=O)C=OO=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C3DI_AP10" species_number="n">
+<smiles>C(C=O)C=O[O]OC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C3DI_AP11N" species_number="n">
+<smiles>C(C=O)C=O[O]OC1(C)C(ON(=O)=O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C3DI_AP12N" species_number="n">
+<smiles>C(C=O)C=O[O]OC1CC2CC(C1(C)ON(=O)=O)C2(C)C</smiles>
+</species>
+<species species_name="C3DI_AP13N" species_number="n">
+<smiles>C(C=O)C=O[O]OC(C)(C)C1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C3DI_AP14N" species_number="n">
+<smiles>C(C=O)C=O[O]OC12CC(=O)C(C)(ON(=O)=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="C3DI_AP15" species_number="n">
+<smiles>C(C=O)C=O[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C3DI_AP16" species_number="n">
+<smiles>C(C=O)C=OO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="C3DI_AP17" species_number="n">
+<smiles>C(C=O)C=O[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="C3DI_AP18" species_number="n">
+<smiles>C(C=O)C=OOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C3DI_AP19" species_number="n">
+<smiles>C(C=O)C=O[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C3DI_AP20" species_number="n">
+<smiles>C(C=O)C=O[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C3DI_AP21" species_number="n">
+<smiles>C(C=O)C=OOCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="C3DI_AP22" species_number="n">
+<smiles>C(C=O)C=OOCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C3DI_AP23" species_number="n">
+<smiles>C(C=O)C=OOCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C3DI_AP24" species_number="n">
+<smiles>C(C=O)C=O[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C3DI_AP25" species_number="n">
+<smiles>C(C=O)C=OO=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="C3DI_AP26" species_number="n">
+<smiles>C(C=O)C=OO=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C3DI_AP27" species_number="n">
+<smiles>C(C=O)C=O[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C3DI_AP28" species_number="n">
+<smiles>C(C=O)C=OO=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C3DI_AP29" species_number="n">
+<smiles>C(C=O)C=OOCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C3DI_AP30" species_number="n">
+<smiles>C(C=O)C=OOCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C3DI_AP31" species_number="n">
+<smiles>C(C=O)C=O[O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="MALb_APoO3" species_number="n">
+<smiles>C(C=O)C(O)C=OCCCCCCCCCCOOOO</smiles>
+</species>
+<species species_name="MALb_APoO5" species_number="n">
+<smiles>C(C=O)C(O)C=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="MALb_APoO7" species_number="n">
+<smiles>C(C=O)C(O)C=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="MALb_APoO9" species_number="n">
+<smiles>C(C=O)C(O)C=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="MALb_APoO11" species_number="n">
+<smiles>C(C=O)C(O)C=OCCCCCCCCCCOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="MALb_APoO13" species_number="n">
+<smiles>C(C=O)C(O)C=OCCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="MALb_APoO4" species_number="n">
+<smiles>C(C=O)C(O)C=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="MALb_APoO6" species_number="n">
+<smiles>C(C=O)C(O)C=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="MALb_APoO8" species_number="n">
+<smiles>C(C=O)C(O)C=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="MALb_APoO10" species_number="n">
+<smiles>C(C=O)C(O)C=OCCCCCCCCCCOOOOOOOOOOO</smiles>
+</species>
+<species species_name="MALb_APoO12" species_number="n">
+<smiles>C(C=O)C(O)C=OCCCCCCCCCCOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="MALb_APhO5" species_number="n">
+<smiles>C(C=O)C(O)C=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="MALb_APhO7" species_number="n">
+<smiles>C(C=O)C(O)C=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="MALb_APhO9" species_number="n">
+<smiles>C(C=O)C(O)C=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="MALb_APhO4" species_number="n">
+<smiles>C(C=O)C(O)C=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="MALb_APhO6" species_number="n">
+<smiles>C(C=O)C(O)C=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="MALb_APhO8" species_number="n">
+<smiles>C(C=O)C(O)C=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="MALb_AP01" species_number="n">
+<smiles>C(C=O)C(O)C=O[O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="MALb_AP02" species_number="n">
+<smiles>C(C=O)C(O)C=O[O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="MALb_AP03" species_number="n">
+<smiles>C(C=O)C(O)C=O[O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="MALb_AP04" species_number="n">
+<smiles>C(C=O)C(O)C=OO=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="MALb_AP05" species_number="n">
+<smiles>C(C=O)C(O)C=O[O]OCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="MALb_AP06" species_number="n">
+<smiles>C(C=O)C(O)C=OO=CCC(=O)CC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="MALb_AP07" species_number="n">
+<smiles>C(C=O)C(O)C=O[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="MALb_AP08" species_number="n">
+<smiles>C(C=O)C(O)C=OO=CCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="MALb_AP09" species_number="n">
+<smiles>C(C=O)C(O)C=OO=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="MALb_AP10" species_number="n">
+<smiles>C(C=O)C(O)C=O[O]OC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="MALb_AP11N" species_number="n">
+<smiles>C(C=O)C(O)C=O[O]OC1(C)C(ON(=O)=O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="MALb_AP12N" species_number="n">
+<smiles>C(C=O)C(O)C=O[O]OC1CC2CC(C1(C)ON(=O)=O)C2(C)C</smiles>
+</species>
+<species species_name="MALb_AP13N" species_number="n">
+<smiles>C(C=O)C(O)C=O[O]OC(C)(C)C1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="MALb_AP14N" species_number="n">
+<smiles>C(C=O)C(O)C=O[O]OC12CC(=O)C(C)(ON(=O)=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="MALb_AP15" species_number="n">
+<smiles>C(C=O)C(O)C=O[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="MALb_AP16" species_number="n">
+<smiles>C(C=O)C(O)C=OO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="MALb_AP17" species_number="n">
+<smiles>C(C=O)C(O)C=O[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="MALb_AP18" species_number="n">
+<smiles>C(C=O)C(O)C=OOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="MALb_AP19" species_number="n">
+<smiles>C(C=O)C(O)C=O[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="MALb_AP20" species_number="n">
+<smiles>C(C=O)C(O)C=O[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="MALb_AP21" species_number="n">
+<smiles>C(C=O)C(O)C=OOCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="MALb_AP22" species_number="n">
+<smiles>C(C=O)C(O)C=OOCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="MALb_AP23" species_number="n">
+<smiles>C(C=O)C(O)C=OOCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="MALb_AP24" species_number="n">
+<smiles>C(C=O)C(O)C=O[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="MALb_AP25" species_number="n">
+<smiles>C(C=O)C(O)C=OO=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="MALb_AP26" species_number="n">
+<smiles>C(C=O)C(O)C=OO=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="MALb_AP27" species_number="n">
+<smiles>C(C=O)C(O)C=O[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="MALb_AP28" species_number="n">
+<smiles>C(C=O)C(O)C=OO=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="MALb_AP29" species_number="n">
+<smiles>C(C=O)C(O)C=OOCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="MALb_AP30" species_number="n">
+<smiles>C(C=O)C(O)C=OOCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="MALb_AP31" species_number="n">
+<smiles>C(C=O)C(O)C=O[O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C6a_APoO3" species_number="n">
+<smiles>c1ccccc1CCCCCCCCCCOOOO</smiles>
+</species>
+<species species_name="C6a_APoO5" species_number="n">
+<smiles>c1ccccc1CCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="C6a_APoO7" species_number="n">
+<smiles>c1ccccc1CCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="C6a_APoO9" species_number="n">
+<smiles>c1ccccc1CCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="C6a_APoO11" species_number="n">
+<smiles>c1ccccc1CCCCCCCCCCOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C6a_APoO13" species_number="n">
+<smiles>c1ccccc1CCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C6a_APoO4" species_number="n">
+<smiles>c1ccccc1CCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="C6a_APoO6" species_number="n">
+<smiles>c1ccccc1CCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="C6a_APoO8" species_number="n">
+<smiles>c1ccccc1CCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="C6a_APoO10" species_number="n">
+<smiles>c1ccccc1CCCCCCCCCCOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C6a_APoO12" species_number="n">
+<smiles>c1ccccc1CCCCCCCCCCOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C6a_APhO5" species_number="n">
+<smiles>c1ccccc1CCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="C6a_APhO7" species_number="n">
+<smiles>c1ccccc1CCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="C6a_APhO9" species_number="n">
+<smiles>c1ccccc1CCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="C6a_APhO4" species_number="n">
+<smiles>c1ccccc1CCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="C6a_APhO6" species_number="n">
+<smiles>c1ccccc1CCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="C6a_APhO8" species_number="n">
+<smiles>c1ccccc1CCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="C6a_AP01" species_number="n">
+<smiles>c1ccccc1[O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
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+<smiles>c1ccccc1[O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="C6a_AP03" species_number="n">
+<smiles>c1ccccc1[O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="C6a_AP04" species_number="n">
+<smiles>c1ccccc1O=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C6a_AP05" species_number="n">
+<smiles>c1ccccc1[O]OCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="C6a_AP06" species_number="n">
+<smiles>c1ccccc1O=CCC(=O)CC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C6a_AP07" species_number="n">
+<smiles>c1ccccc1[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="C6a_AP08" species_number="n">
+<smiles>c1ccccc1O=CCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C6a_AP09" species_number="n">
+<smiles>c1ccccc1O=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C6a_AP10" species_number="n">
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+</species>
+<species species_name="C6a_AP11N" species_number="n">
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+</species>
+<species species_name="C6a_AP12N" species_number="n">
+<smiles>c1ccccc1[O]OC1CC2CC(C1(C)ON(=O)=O)C2(C)C</smiles>
+</species>
+<species species_name="C6a_AP13N" species_number="n">
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+</species>
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+</species>
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+<smiles>c1ccccc1[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C6a_AP16" species_number="n">
+<smiles>c1ccccc1O=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="C6a_AP17" species_number="n">
+<smiles>c1ccccc1[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="C6a_AP18" species_number="n">
+<smiles>c1ccccc1OCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C6a_AP19" species_number="n">
+<smiles>c1ccccc1[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C6a_AP20" species_number="n">
+<smiles>c1ccccc1[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C6a_AP21" species_number="n">
+<smiles>c1ccccc1OCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="C6a_AP22" species_number="n">
+<smiles>c1ccccc1OCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C6a_AP23" species_number="n">
+<smiles>c1ccccc1OCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C6a_AP24" species_number="n">
+<smiles>c1ccccc1[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C6a_AP25" species_number="n">
+<smiles>c1ccccc1O=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="C6a_AP26" species_number="n">
+<smiles>c1ccccc1O=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C6a_AP27" species_number="n">
+<smiles>c1ccccc1[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C6a_AP28" species_number="n">
+<smiles>c1ccccc1O=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C6a_AP29" species_number="n">
+<smiles>c1ccccc1OCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C6a_AP30" species_number="n">
+<smiles>c1ccccc1OCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C6a_AP31" species_number="n">
+<smiles>c1ccccc1[O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
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+</species>
+<species species_name="NBZa_APoO5" species_number="n">
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+</species>
+<species species_name="NBZa_APoO7" species_number="n">
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+</species>
+<species species_name="NBZa_APoO9" species_number="n">
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+</species>
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+</species>
+<species species_name="NBZa_APoO13" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=OCCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NBZa_APoO4" species_number="n">
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+</species>
+<species species_name="NBZa_APoO6" species_number="n">
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+</species>
+<species species_name="NBZa_APoO8" species_number="n">
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+</species>
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+<smiles>C1C(=O)OCC1ON(=O)=OCCCCCCCCCCOOOOOOOOOOO</smiles>
+</species>
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+</species>
+<species species_name="NBZa_APhO5" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="NBZa_APhO7" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="NBZa_APhO9" species_number="n">
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+</species>
+<species species_name="NBZa_APhO4" species_number="n">
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+</species>
+<species species_name="NBZa_APhO6" species_number="n">
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+</species>
+<species species_name="NBZa_APhO8" species_number="n">
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+</species>
+<species species_name="NBZa_AP01" species_number="n">
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+</species>
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+</species>
+<species species_name="NBZa_AP03" species_number="n">
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+</species>
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+</species>
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+</species>
+<species species_name="NBZa_AP06" species_number="n">
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+</species>
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+</species>
+<species species_name="NBZa_AP08" species_number="n">
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+</species>
+<species species_name="NBZa_AP09" species_number="n">
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+</species>
+<species species_name="NBZa_AP10" species_number="n">
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+</species>
+<species species_name="NBZa_AP11N" species_number="n">
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+</species>
+<species species_name="NBZa_AP12N" species_number="n">
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+</species>
+<species species_name="NBZa_AP13N" species_number="n">
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+</species>
+<species species_name="NBZa_AP14N" species_number="n">
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+</species>
+<species species_name="NBZa_AP15" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=O[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NBZa_AP16" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=OO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="NBZa_AP17" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=O[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="NBZa_AP18" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=OOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NBZa_AP19" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=O[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NBZa_AP20" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=O[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NBZa_AP21" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=OOCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="NBZa_AP22" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=OOCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NBZa_AP23" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=OOCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NBZa_AP24" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=O[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NBZa_AP25" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=OO=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="NBZa_AP26" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=OO=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NBZa_AP27" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=O[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NBZa_AP28" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=OO=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NBZa_AP29" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=OOCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NBZa_AP30" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=OOCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NBZa_AP31" species_number="n">
+<smiles>C1C(=O)OCC1ON(=O)=O[O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="BZFU_APoO3" species_number="n">
+<smiles>C1C(O)COC1=OCCCCCCCCCCOOOO</smiles>
+</species>
+<species species_name="BZFU_APoO5" species_number="n">
+<smiles>C1C(O)COC1=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="BZFU_APoO7" species_number="n">
+<smiles>C1C(O)COC1=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="BZFU_APoO9" species_number="n">
+<smiles>C1C(O)COC1=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="BZFU_APoO11" species_number="n">
+<smiles>C1C(O)COC1=OCCCCCCCCCCOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="BZFU_APoO13" species_number="n">
+<smiles>C1C(O)COC1=OCCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="BZFU_APoO4" species_number="n">
+<smiles>C1C(O)COC1=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="BZFU_APoO6" species_number="n">
+<smiles>C1C(O)COC1=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="BZFU_APoO8" species_number="n">
+<smiles>C1C(O)COC1=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="BZFU_APoO10" species_number="n">
+<smiles>C1C(O)COC1=OCCCCCCCCCCOOOOOOOOOOO</smiles>
+</species>
+<species species_name="BZFU_APoO12" species_number="n">
+<smiles>C1C(O)COC1=OCCCCCCCCCCOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="BZFU_APhO5" species_number="n">
+<smiles>C1C(O)COC1=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="BZFU_APhO7" species_number="n">
+<smiles>C1C(O)COC1=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="BZFU_APhO9" species_number="n">
+<smiles>C1C(O)COC1=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="BZFU_APhO4" species_number="n">
+<smiles>C1C(O)COC1=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="BZFU_APhO6" species_number="n">
+<smiles>C1C(O)COC1=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="BZFU_APhO8" species_number="n">
+<smiles>C1C(O)COC1=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="BZFU_AP01" species_number="n">
+<smiles>C1C(O)COC1=O[O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="BZFU_AP02" species_number="n">
+<smiles>C1C(O)COC1=O[O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="BZFU_AP03" species_number="n">
+<smiles>C1C(O)COC1=O[O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="BZFU_AP04" species_number="n">
+<smiles>C1C(O)COC1=OO=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="BZFU_AP05" species_number="n">
+<smiles>C1C(O)COC1=O[O]OCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="BZFU_AP06" species_number="n">
+<smiles>C1C(O)COC1=OO=CCC(=O)CC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="BZFU_AP07" species_number="n">
+<smiles>C1C(O)COC1=O[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="BZFU_AP08" species_number="n">
+<smiles>C1C(O)COC1=OO=CCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="BZFU_AP09" species_number="n">
+<smiles>C1C(O)COC1=OO=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="BZFU_AP10" species_number="n">
+<smiles>C1C(O)COC1=O[O]OC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="BZFU_AP11N" species_number="n">
+<smiles>C1C(O)COC1=O[O]OC1(C)C(ON(=O)=O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="BZFU_AP12N" species_number="n">
+<smiles>C1C(O)COC1=O[O]OC1CC2CC(C1(C)ON(=O)=O)C2(C)C</smiles>
+</species>
+<species species_name="BZFU_AP13N" species_number="n">
+<smiles>C1C(O)COC1=O[O]OC(C)(C)C1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="BZFU_AP14N" species_number="n">
+<smiles>C1C(O)COC1=O[O]OC12CC(=O)C(C)(ON(=O)=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="BZFU_AP15" species_number="n">
+<smiles>C1C(O)COC1=O[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="BZFU_AP16" species_number="n">
+<smiles>C1C(O)COC1=OO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="BZFU_AP17" species_number="n">
+<smiles>C1C(O)COC1=O[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="BZFU_AP18" species_number="n">
+<smiles>C1C(O)COC1=OOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="BZFU_AP19" species_number="n">
+<smiles>C1C(O)COC1=O[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="BZFU_AP20" species_number="n">
+<smiles>C1C(O)COC1=O[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="BZFU_AP21" species_number="n">
+<smiles>C1C(O)COC1=OOCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="BZFU_AP22" species_number="n">
+<smiles>C1C(O)COC1=OOCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="BZFU_AP23" species_number="n">
+<smiles>C1C(O)COC1=OOCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="BZFU_AP24" species_number="n">
+<smiles>C1C(O)COC1=O[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="BZFU_AP25" species_number="n">
+<smiles>C1C(O)COC1=OO=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="BZFU_AP26" species_number="n">
+<smiles>C1C(O)COC1=OO=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="BZFU_AP27" species_number="n">
+<smiles>C1C(O)COC1=O[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="BZFU_AP28" species_number="n">
+<smiles>C1C(O)COC1=OO=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="BZFU_AP29" species_number="n">
+<smiles>C1C(O)COC1=OOCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="BZFU_AP30" species_number="n">
+<smiles>C1C(O)COC1=OOCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="BZFU_AP31" species_number="n">
+<smiles>C1C(O)COC1=O[O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C3a_APoO3" species_number="n">
+<smiles>C(CC(=O)O[O]CCCCCCCCCCOOOO</smiles>
+</species>
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+<smiles>C(CC(=O)O[O]CCCCCCCCCCOOOOOO</smiles>
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+<smiles>C(CC(=O)O[O]CCCCCCCCCCOOOOOOOO</smiles>
+</species>
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+<smiles>C(CC(=O)O[O]CCCCCCCCCCOOOOOOOOOO</smiles>
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+<smiles>C(CC(=O)O[O]CCCCCCCCCCOOOOOOOOOOOO</smiles>
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+<smiles>C(CC(=O)O[O]CCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
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+<smiles>C(CC(=O)O[O]CCCCCCCCCCOOOOO</smiles>
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+<smiles>C(CC(=O)O[O]CCCCCCCCCCOOOOOOO</smiles>
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+<smiles>C(CC(=O)O[O]CCCCCCCCCCOOOOOOOOO</smiles>
+</species>
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+<smiles>C(CC(=O)O[O]CCCCCCCCCCOOOOOOOOOOOOO</smiles>
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+<smiles>C(CC(=O)O[O]CCCCCCCCCCOOOOOO</smiles>
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+<smiles>C(CC(=O)O[O]CCCCCCCCCCOOOOOOOO</smiles>
+</species>
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+<smiles>C(CC(=O)O[O]CCCCCCCCCCOOOOOOOOOO</smiles>
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+<smiles>C(CC(=O)O[O]CCCCCCCCCCOOOOO</smiles>
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+<smiles>C(CC(=O)O[O]CCCCCCCCCCOOOOOOO</smiles>
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+<smiles>C(CC(=O)O[O]CCCCCCCCCCOOOOOOOOO</smiles>
+</species>
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+<smiles>C(CC(=O)O[O][O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C3a_AP02" species_number="n">
+<smiles>C(CC(=O)O[O][O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="C3a_AP03" species_number="n">
+<smiles>C(CC(=O)O[O][O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="C3a_AP04" species_number="n">
+<smiles>C(CC(=O)O[O]O=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C3a_AP05" species_number="n">
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+<smiles>CC=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="C2b_APoO7" species_number="n">
+<smiles>CC=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="C2b_APoO9" species_number="n">
+<smiles>CC=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="C2b_APoO11" species_number="n">
+<smiles>CC=OCCCCCCCCCCOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C2b_APoO13" species_number="n">
+<smiles>CC=OCCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C2b_APoO4" species_number="n">
+<smiles>CC=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="C2b_APoO6" species_number="n">
+<smiles>CC=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="C2b_APoO8" species_number="n">
+<smiles>CC=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="C2b_APoO10" species_number="n">
+<smiles>CC=OCCCCCCCCCCOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C2b_APoO12" species_number="n">
+<smiles>CC=OCCCCCCCCCCOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C2b_APhO5" species_number="n">
+<smiles>CC=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="C2b_APhO7" species_number="n">
+<smiles>CC=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="C2b_APhO9" species_number="n">
+<smiles>CC=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="C2b_APhO4" species_number="n">
+<smiles>CC=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="C2b_APhO6" species_number="n">
+<smiles>CC=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="C2b_APhO8" species_number="n">
+<smiles>CC=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="C2b_AP01" species_number="n">
+<smiles>CC=O[O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C2b_AP02" species_number="n">
+<smiles>CC=O[O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="C2b_AP03" species_number="n">
+<smiles>CC=O[O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="C2b_AP04" species_number="n">
+<smiles>CC=OO=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C2b_AP05" species_number="n">
+<smiles>CC=O[O]OCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="C2b_AP06" species_number="n">
+<smiles>CC=OO=CCC(=O)CC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C2b_AP07" species_number="n">
+<smiles>CC=O[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="C2b_AP08" species_number="n">
+<smiles>CC=OO=CCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C2b_AP09" species_number="n">
+<smiles>CC=OO=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C2b_AP10" species_number="n">
+<smiles>CC=O[O]OC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C2b_AP11N" species_number="n">
+<smiles>CC=O[O]OC1(C)C(ON(=O)=O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C2b_AP12N" species_number="n">
+<smiles>CC=O[O]OC1CC2CC(C1(C)ON(=O)=O)C2(C)C</smiles>
+</species>
+<species species_name="C2b_AP13N" species_number="n">
+<smiles>CC=O[O]OC(C)(C)C1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C2b_AP14N" species_number="n">
+<smiles>CC=O[O]OC12CC(=O)C(C)(ON(=O)=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="C2b_AP15" species_number="n">
+<smiles>CC=O[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C2b_AP16" species_number="n">
+<smiles>CC=OO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="C2b_AP17" species_number="n">
+<smiles>CC=O[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="C2b_AP18" species_number="n">
+<smiles>CC=OOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C2b_AP19" species_number="n">
+<smiles>CC=O[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C2b_AP20" species_number="n">
+<smiles>CC=O[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C2b_AP21" species_number="n">
+<smiles>CC=OOCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="C2b_AP22" species_number="n">
+<smiles>CC=OOCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C2b_AP23" species_number="n">
+<smiles>CC=OOCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C2b_AP24" species_number="n">
+<smiles>CC=O[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C2b_AP25" species_number="n">
+<smiles>CC=OO=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="C2b_AP26" species_number="n">
+<smiles>CC=OO=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C2b_AP27" species_number="n">
+<smiles>CC=O[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C2b_AP28" species_number="n">
+<smiles>CC=OO=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C2b_AP29" species_number="n">
+<smiles>CC=OOCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C2b_AP30" species_number="n">
+<smiles>CC=OOCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C2b_AP31" species_number="n">
+<smiles>CC=O[O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NPHb_APoO3" species_number="n">
+<smiles>c1ccccc1N(=O)=OCCCCCCCCCCOOOO</smiles>
+</species>
+<species species_name="NPHb_APoO5" species_number="n">
+<smiles>c1ccccc1N(=O)=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="NPHb_APoO7" species_number="n">
+<smiles>c1ccccc1N(=O)=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="NPHb_APoO9" species_number="n">
+<smiles>c1ccccc1N(=O)=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="NPHb_APoO11" species_number="n">
+<smiles>c1ccccc1N(=O)=OCCCCCCCCCCOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NPHb_APoO13" species_number="n">
+<smiles>c1ccccc1N(=O)=OCCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NPHb_APoO4" species_number="n">
+<smiles>c1ccccc1N(=O)=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="NPHb_APoO6" species_number="n">
+<smiles>c1ccccc1N(=O)=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="NPHb_APoO8" species_number="n">
+<smiles>c1ccccc1N(=O)=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="NPHb_APoO10" species_number="n">
+<smiles>c1ccccc1N(=O)=OCCCCCCCCCCOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NPHb_APoO12" species_number="n">
+<smiles>c1ccccc1N(=O)=OCCCCCCCCCCOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NPHb_APhO5" species_number="n">
+<smiles>c1ccccc1N(=O)=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="NPHb_APhO7" species_number="n">
+<smiles>c1ccccc1N(=O)=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="NPHb_APhO9" species_number="n">
+<smiles>c1ccccc1N(=O)=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="NPHb_APhO4" species_number="n">
+<smiles>c1ccccc1N(=O)=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="NPHb_APhO6" species_number="n">
+<smiles>c1ccccc1N(=O)=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="NPHb_APhO8" species_number="n">
+<smiles>c1ccccc1N(=O)=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="NPHb_AP01" species_number="n">
+<smiles>c1ccccc1N(=O)=O[O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="NPHb_AP02" species_number="n">
+<smiles>c1ccccc1N(=O)=O[O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="NPHb_AP03" species_number="n">
+<smiles>c1ccccc1N(=O)=O[O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="NPHb_AP04" species_number="n">
+<smiles>c1ccccc1N(=O)=OO=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NPHb_AP05" species_number="n">
+<smiles>c1ccccc1N(=O)=O[O]OCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="NPHb_AP06" species_number="n">
+<smiles>c1ccccc1N(=O)=OO=CCC(=O)CC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NPHb_AP07" species_number="n">
+<smiles>c1ccccc1N(=O)=O[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="NPHb_AP08" species_number="n">
+<smiles>c1ccccc1N(=O)=OO=CCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NPHb_AP09" species_number="n">
+<smiles>c1ccccc1N(=O)=OO=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NPHb_AP10" species_number="n">
+<smiles>c1ccccc1N(=O)=O[O]OC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NPHb_AP11N" species_number="n">
+<smiles>c1ccccc1N(=O)=O[O]OC1(C)C(ON(=O)=O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="NPHb_AP12N" species_number="n">
+<smiles>c1ccccc1N(=O)=O[O]OC1CC2CC(C1(C)ON(=O)=O)C2(C)C</smiles>
+</species>
+<species species_name="NPHb_AP13N" species_number="n">
+<smiles>c1ccccc1N(=O)=O[O]OC(C)(C)C1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="NPHb_AP14N" species_number="n">
+<smiles>c1ccccc1N(=O)=O[O]OC12CC(=O)C(C)(ON(=O)=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="NPHb_AP15" species_number="n">
+<smiles>c1ccccc1N(=O)=O[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NPHb_AP16" species_number="n">
+<smiles>c1ccccc1N(=O)=OO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="NPHb_AP17" species_number="n">
+<smiles>c1ccccc1N(=O)=O[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="NPHb_AP18" species_number="n">
+<smiles>c1ccccc1N(=O)=OOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NPHb_AP19" species_number="n">
+<smiles>c1ccccc1N(=O)=O[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NPHb_AP20" species_number="n">
+<smiles>c1ccccc1N(=O)=O[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NPHb_AP21" species_number="n">
+<smiles>c1ccccc1N(=O)=OOCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="NPHb_AP22" species_number="n">
+<smiles>c1ccccc1N(=O)=OOCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NPHb_AP23" species_number="n">
+<smiles>c1ccccc1N(=O)=OOCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NPHb_AP24" species_number="n">
+<smiles>c1ccccc1N(=O)=O[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NPHb_AP25" species_number="n">
+<smiles>c1ccccc1N(=O)=OO=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="NPHb_AP26" species_number="n">
+<smiles>c1ccccc1N(=O)=OO=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NPHb_AP27" species_number="n">
+<smiles>c1ccccc1N(=O)=O[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NPHb_AP28" species_number="n">
+<smiles>c1ccccc1N(=O)=OO=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NPHb_AP29" species_number="n">
+<smiles>c1ccccc1N(=O)=OOCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NPHb_AP30" species_number="n">
+<smiles>c1ccccc1N(=O)=OOCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NPHb_AP31" species_number="n">
+<smiles>c1ccccc1N(=O)=O[O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NNC_APoO3" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OCCCCCCCCCCOOOO</smiles>
+</species>
+<species species_name="NNC_APoO5" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="NNC_APoO7" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="NNC_APoO9" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="NNC_APoO11" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OCCCCCCCCCCOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NNC_APoO13" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OCCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NNC_APoO4" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="NNC_APoO6" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="NNC_APoO8" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="NNC_APoO10" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OCCCCCCCCCCOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NNC_APoO12" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OCCCCCCCCCCOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NNC_APhO5" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="NNC_APhO7" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="NNC_APhO9" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="NNC_APhO4" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="NNC_APhO6" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="NNC_APhO8" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="NNC_AP01" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O[O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="NNC_AP02" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O[O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="NNC_AP03" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O[O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="NNC_AP04" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OO=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NNC_AP05" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O[O]OCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="NNC_AP06" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OO=CCC(=O)CC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NNC_AP07" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="NNC_AP08" species_number="n">
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+</species>
+<species species_name="NNC_AP09" species_number="n">
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+</species>
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+</species>
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+</species>
+<species species_name="NNC_AP12N" species_number="n">
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+</species>
+<species species_name="NNC_AP13N" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O[O]OC(C)(C)C1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="NNC_AP14N" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O[O]OC12CC(=O)C(C)(ON(=O)=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="NNC_AP15" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NNC_AP16" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="NNC_AP17" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="NNC_AP18" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NNC_AP19" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NNC_AP20" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NNC_AP21" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OOCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="NNC_AP22" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OOCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NNC_AP23" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OOCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NNC_AP24" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NNC_AP25" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OO=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="NNC_AP26" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OO=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NNC_AP27" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NNC_AP28" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OO=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NNC_AP29" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OOCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NNC_AP30" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)OOCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NNC_AP31" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)O[O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NCAT_APoO3" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OCCCCCCCCCCOOOO</smiles>
+</species>
+<species species_name="NCAT_APoO5" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="NCAT_APoO7" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="NCAT_APoO9" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="NCAT_APoO11" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OCCCCCCCCCCOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NCAT_APoO13" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OCCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NCAT_APoO4" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="NCAT_APoO6" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="NCAT_APoO8" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="NCAT_APoO10" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OCCCCCCCCCCOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NCAT_APoO12" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OCCCCCCCCCCOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NCAT_APhO5" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="NCAT_APhO7" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="NCAT_APhO9" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="NCAT_APhO4" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="NCAT_APhO6" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="NCAT_APhO8" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="NCAT_AP01" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)O[O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="NCAT_AP02" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)O[O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="NCAT_AP03" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)O[O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="NCAT_AP04" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OO=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NCAT_AP05" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)O[O]OCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="NCAT_AP06" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OO=CCC(=O)CC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NCAT_AP07" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)O[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="NCAT_AP08" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OO=CCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NCAT_AP09" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OO=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NCAT_AP10" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)O[O]OC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NCAT_AP11N" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)O[O]OC1(C)C(ON(=O)=O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="NCAT_AP12N" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)O[O]OC1CC2CC(C1(C)ON(=O)=O)C2(C)C</smiles>
+</species>
+<species species_name="NCAT_AP13N" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)O[O]OC(C)(C)C1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="NCAT_AP14N" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)O[O]OC12CC(=O)C(C)(ON(=O)=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="NCAT_AP15" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)O[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NCAT_AP16" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="NCAT_AP17" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)O[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="NCAT_AP18" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NCAT_AP19" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)O[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NCAT_AP20" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)O[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NCAT_AP21" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OOCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="NCAT_AP22" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OOCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NCAT_AP23" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OOCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NCAT_AP24" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)O[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NCAT_AP25" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OO=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="NCAT_AP26" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OO=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NCAT_AP27" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)O[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NCAT_AP28" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OO=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NCAT_AP29" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OOCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NCAT_AP30" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)OOCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NCAT_AP31" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)O[O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NBZb_APoO3" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OCCCCCCCCCCOOOO</smiles>
+</species>
+<species species_name="NBZb_APoO5" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="NBZb_APoO7" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="NBZb_APoO9" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="NBZb_APoO11" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OCCCCCCCCCCOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NBZb_APoO13" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OCCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NBZb_APoO4" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="NBZb_APoO6" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="NBZb_APoO8" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="NBZb_APoO10" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OCCCCCCCCCCOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NBZb_APoO12" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OCCCCCCCCCCOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NBZb_APhO5" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="NBZb_APhO7" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="NBZb_APhO9" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="NBZb_APhO4" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="NBZb_APhO6" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="NBZb_APhO8" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="NBZb_AP01" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=O[O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="NBZb_AP02" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=O[O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="NBZb_AP03" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=O[O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="NBZb_AP04" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OO=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NBZb_AP05" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=O[O]OCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="NBZb_AP06" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OO=CCC(=O)CC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NBZb_AP07" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=O[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="NBZb_AP08" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OO=CCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NBZb_AP09" species_number="n">
+<smiles>C1C(=O)C=CC(=O)C1ON(=O)=OO=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>C1C(=O)C=CC(=O)C1OOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>C1C(=O)OC(=O)C1OO=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
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+</species>
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+</species>
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+</species>
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+<smiles>C1C(=O)OC(=O)C1O[O]OC(C)(C)C1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
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+</species>
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+<smiles>C1C(=O)OC(=O)C1O[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
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+<smiles>C1C(=O)OC(=O)C1OO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
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+<smiles>C1C(=O)OC(=O)C1O[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
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+<smiles>C1C(=O)OC(=O)C1OOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
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+<smiles>C1C(=O)OC(=O)C1O[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
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+<smiles>C1C(=O)OC(=O)C1O[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="MALc_AP21" species_number="n">
+<smiles>C1C(=O)OC(=O)C1OOCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="MALc_AP22" species_number="n">
+<smiles>C1C(=O)OC(=O)C1OOCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="MALc_AP23" species_number="n">
+<smiles>C1C(=O)OC(=O)C1OOCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="MALc_AP24" species_number="n">
+<smiles>C1C(=O)OC(=O)C1O[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="MALc_AP25" species_number="n">
+<smiles>C1C(=O)OC(=O)C1OO=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="MALc_AP26" species_number="n">
+<smiles>C1C(=O)OC(=O)C1OO=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="MALc_AP27" species_number="n">
+<smiles>C1C(=O)OC(=O)C1O[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="MALc_AP28" species_number="n">
+<smiles>C1C(=O)OC(=O)C1OO=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="MALc_AP29" species_number="n">
+<smiles>C1C(=O)OC(=O)C1OOCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="MALc_AP30" species_number="n">
+<smiles>C1C(=O)OC(=O)C1OOCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="MALc_AP31" species_number="n">
+<smiles>C1C(=O)OC(=O)C1O[O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NDN_APoO3" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOO</smiles>
+</species>
+<species species_name="NDN_APoO5" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="NDN_APoO7" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="NDN_APoO9" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="NDN_APoO11" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NDN_APoO13" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NDN_APoO4" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="NDN_APoO6" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="NDN_APoO8" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="NDN_APoO10" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NDN_APoO12" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="NDN_APhO5" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="NDN_APhO7" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="NDN_APhO9" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="NDN_APhO4" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="NDN_APhO6" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="NDN_APhO8" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="NDN_AP01" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O[O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="NDN_AP02" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O[O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="NDN_AP03" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O[O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="NDN_AP04" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OO=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NDN_AP05" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O[O]OCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="NDN_AP06" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OO=CCC(=O)CC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NDN_AP07" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="NDN_AP08" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OO=CCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NDN_AP09" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OO=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NDN_AP10" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O[O]OC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NDN_AP11N" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O[O]OC1(C)C(ON(=O)=O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="NDN_AP12N" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O[O]OC1CC2CC(C1(C)ON(=O)=O)C2(C)C</smiles>
+</species>
+<species species_name="NDN_AP13N" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O[O]OC(C)(C)C1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="NDN_AP14N" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O[O]OC12CC(=O)C(C)(ON(=O)=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="NDN_AP15" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NDN_AP16" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="NDN_AP17" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="NDN_AP18" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NDN_AP19" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NDN_AP20" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NDN_AP21" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OOCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="NDN_AP22" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OOCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NDN_AP23" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OOCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NDN_AP24" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="NDN_AP25" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OO=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="NDN_AP26" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OO=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NDN_AP27" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NDN_AP28" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OO=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NDN_AP29" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OOCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="NDN_AP30" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=OOCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="NDN_AP31" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2ON(=O)=O)N(=O)=O)N(=O)=O[O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="DNP_APoO3" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOO</smiles>
+</species>
+<species species_name="DNP_APoO5" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="DNP_APoO7" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="DNP_APoO9" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="DNP_APoO11" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="DNP_APoO13" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="DNP_APoO4" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="DNP_APoO6" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="DNP_APoO8" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="DNP_APoO10" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOOOOO</smiles>
+</species>
+<species species_name="DNP_APoO12" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="DNP_APhO5" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="DNP_APhO7" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="DNP_APhO9" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="DNP_APhO4" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="DNP_APhO6" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="DNP_APhO8" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="DNP_AP01" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O[O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="DNP_AP02" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O[O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="DNP_AP03" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O[O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="DNP_AP04" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OO=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="DNP_AP05" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O[O]OCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="DNP_AP06" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OO=CCC(=O)CC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="DNP_AP07" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="DNP_AP08" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OO=CCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="DNP_AP09" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OO=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="DNP_AP10" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O[O]OC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="DNP_AP11N" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O[O]OC1(C)C(ON(=O)=O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="DNP_AP12N" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O[O]OC1CC2CC(C1(C)ON(=O)=O)C2(C)C</smiles>
+</species>
+<species species_name="DNP_AP13N" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O[O]OC(C)(C)C1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="DNP_AP14N" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O[O]OC12CC(=O)C(C)(ON(=O)=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="DNP_AP15" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="DNP_AP16" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=OO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="DNP_AP17" species_number="n">
+<smiles>C1(O)C(=CC2(OOC1C2O)N(=O)=O)N(=O)=O[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
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+</species>
+<species species_name="C4a_APoO11" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OCCCCCCCCCCOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C4a_APoO13" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OCCCCCCCCCCOOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C4a_APoO4" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="C4a_APoO6" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="C4a_APoO8" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="C4a_APoO10" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OCCCCCCCCCCOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C4a_APoO12" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OCCCCCCCCCCOOOOOOOOOOOOO</smiles>
+</species>
+<species species_name="C4a_APhO5" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OCCCCCCCCCCOOOOOO</smiles>
+</species>
+<species species_name="C4a_APhO7" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OCCCCCCCCCCOOOOOOOO</smiles>
+</species>
+<species species_name="C4a_APhO9" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OCCCCCCCCCCOOOOOOOOOO</smiles>
+</species>
+<species species_name="C4a_APhO4" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OCCCCCCCCCCOOOOO</smiles>
+</species>
+<species species_name="C4a_APhO6" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OCCCCCCCCCCOOOOOOO</smiles>
+</species>
+<species species_name="C4a_APhO8" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OCCCCCCCCCCOOOOOOOOO</smiles>
+</species>
+<species species_name="C4a_AP01" species_number="n">
+<smiles>C(=O)C=CC(=O)C=O[O]OC1(C)C(O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C4a_AP02" species_number="n">
+<smiles>C(=O)C=CC(=O)C=O[O]OC1CC2CC(C1(C)O)C2(C)C</smiles>
+</species>
+<species species_name="C4a_AP03" species_number="n">
+<smiles>C(=O)C=CC(=O)C=O[O]OC(C)(C)C1CC=C(C)C(O)C1</smiles>
+</species>
+<species species_name="C4a_AP04" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OO=CCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C4a_AP05" species_number="n">
+<smiles>C(=O)C=CC(=O)C=O[O]OCC(=O)C1CC(CC=O)C1(C)C</smiles>
+</species>
+<species species_name="C4a_AP06" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OO=CCC(=O)CC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C4a_AP07" species_number="n">
+<smiles>C(=O)C=CC(=O)C=O[O]OC(=O)CC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="C4a_AP08" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OO=CCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C4a_AP09" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OO=CCC1(O[O])CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C4a_AP10" species_number="n">
+<smiles>C(=O)C=CC(=O)C=O[O]OC(=O)CC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C4a_AP11N" species_number="n">
+<smiles>C(=O)C=CC(=O)C=O[O]OC1(C)C(ON(=O)=O)CC2CC1C2(C)C</smiles>
+</species>
+<species species_name="C4a_AP12N" species_number="n">
+<smiles>C(=O)C=CC(=O)C=O[O]OC1CC2CC(C1(C)ON(=O)=O)C2(C)C</smiles>
+</species>
+<species species_name="C4a_AP13N" species_number="n">
+<smiles>C(=O)C=CC(=O)C=O[O]OC(C)(C)C1CC(=O)CC(=O)C1(C)ON(=O)=O</smiles>
+</species>
+<species species_name="C4a_AP14N" species_number="n">
+<smiles>C(=O)C=CC(=O)C=O[O]OC12CC(=O)C(C)(ON(=O)=O)C(C1)C2(C)C</smiles>
+</species>
+<species species_name="C4a_AP15" species_number="n">
+<smiles>C(=O)C=CC(=O)C=O[O]OCC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C4a_AP16" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OO=CCC1CC(C(=O)O[O])C1(C)C</smiles>
+</species>
+<species species_name="C4a_AP17" species_number="n">
+<smiles>C(=O)C=CC(=O)C=O[O]OCC1CC(C(=O)CO)C1(C)C</smiles>
+</species>
+<species species_name="C4a_AP18" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OOCC1CC(O[O])(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C4a_AP19" species_number="n">
+<smiles>C(=O)C=CC(=O)C=O[O]OC(=O)C1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C4a_AP20" species_number="n">
+<smiles>C(=O)C=CC(=O)C=O[O]OC(=O)CC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C4a_AP21" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OOCC(=O)C1(O[O])CC(CO)C1(C)C</smiles>
+</species>
+<species species_name="C4a_AP22" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OOCC(CC(=O)C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C4a_AP23" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OOCC(=O)C(=O)CC(CO)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C4a_AP24" species_number="n">
+<smiles>C(=O)C=CC(=O)C=O[O]OC1CC(C(=O)C)C1(C)C</smiles>
+</species>
+<species species_name="C4a_AP25" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OO=CCC1CC(O[O])C1(C)C</smiles>
+</species>
+<species species_name="C4a_AP26" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OO=CCC(C(=O)C)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C4a_AP27" species_number="n">
+<smiles>C(=O)C=CC(=O)C=O[O]OCC1CC(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C4a_AP28" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OO=CCC(CC=O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C4a_AP29" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OOCC1CC(O[O])(C(=O)O)C1(C)C</smiles>
+</species>
+<species species_name="C4a_AP30" species_number="n">
+<smiles>C(=O)C=CC(=O)C=OOCC(CC(=O)C(=O)O)C(C)(C)O[O]</smiles>
+</species>
+<species species_name="C4a_AP31" species_number="n">
+<smiles>C(=O)C=CC(=O)C=O[O]OC(=O)C1CC(C(=O)O)C1(C)C</smiles>
+</species>
+</species_defs>
+</mechanism>
diff --git a/PyCHAM/input/SOAPRA/PROP_AP_BZ_MCM_PRAMAP_autoAPRAMBZ_cs.dat b/PyCHAM/input/SOAPRA/PROP_AP_BZ_MCM_PRAMAP_autoAPRAMBZ_cs.dat
new file mode 100755
index 00000000..e9c6dd19
--- /dev/null
+++ b/PyCHAM/input/SOAPRA/PROP_AP_BZ_MCM_PRAMAP_autoAPRAMBZ_cs.dat
@@ -0,0 +1,7979 @@
+#INLINE F90_GLOBAL
+ REAL(dp)::M, N2, O2, RO2, H2O
+#ENDINLINE {above lines go into MODULE KPP_ROOT_Global}
+#INCLUDE atoms
+#DEFVAR
+
+DUMMY = IGNORE ;
+OH = IGNORE ;
+HO2 = IGNORE ;
+NO = IGNORE ;
+NO2 = IGNORE ;
+BZo_RO2_O7 = IGNORE ;
+BZo_RO2_O9 = IGNORE ;
+BZo_RO2_O11 = IGNORE ;
+BZeo_RO2_O6 = IGNORE ;
+BZeo_RO2_O8 = IGNORE ;
+BZeo_RO2_O10 = IGNORE ;
+C5_RO2_O6 = IGNORE ;
+C5_RO2_O7 = IGNORE ;
+C5_RO2_O8 = IGNORE ;
+C5_RO2_O9 = IGNORE ;
+C5_RO2_O10 = IGNORE ;
+BZBIPERO2 = IGNORE ;
+BZEMUCCO3 = IGNORE ;
+BZEMUCO2 = IGNORE ;
+C5DIALO2 = IGNORE ;
+NPHENO2 = IGNORE ;
+PHENO2 = IGNORE ;
+MALDIALCO3 = IGNORE ;
+EPXDLCO3 = IGNORE ;
+C3DIALO2 = IGNORE ;
+MALDIALO2 = IGNORE ;
+C6H5O2 = IGNORE ;
+NBZFUO2 = IGNORE ;
+BZFUO2 = IGNORE ;
+HCOCOHCO3 = IGNORE ;
+CATEC1O2 = IGNORE ;
+HCOCO3 = IGNORE ;
+HCOCH2O2 = IGNORE ;
+NPHEN1O2 = IGNORE ;
+NNCATECO2 = IGNORE ;
+NCATECO2 = IGNORE ;
+NBZQO2 = IGNORE ;
+PBZQO2 = IGNORE ;
+MALANHYO2 = IGNORE ;
+NDNPHENO2 = IGNORE ;
+DNPHENO2 = IGNORE ;
+HOCH2CO3 = IGNORE ;
+C5CO2OHCO3 = IGNORE ;
+C4CO2DBCO3 = IGNORE ;
+BZo_O5_NO3 = IGNORE ;
+BZo_O7_NO3 = IGNORE ;
+BZo_O9_NO3 = IGNORE ;
+BZeo_O4_NO3 = IGNORE ;
+BZeo_O6_NO3 = IGNORE ;
+BZeo_O8_NO3 = IGNORE ;
+C5e_O4_NO3 = IGNORE ;
+C5_O5_NO3 = IGNORE ;
+C5e_O6_NO3 = IGNORE ;
+C5_O7_NO3 = IGNORE ;
+C5e_O8_NO3 = IGNORE ;
+BZo_O5_OOH = IGNORE ;
+BZo_O7_OOH = IGNORE ;
+BZo_O9_OOH = IGNORE ;
+BZeo_O4_OOH = IGNORE ;
+BZeo_O6_OOH = IGNORE ;
+BZeo_O8_OOH = IGNORE ;
+C5e_O4_OOH = IGNORE ;
+C5_O5_OOH = IGNORE ;
+C5e_O6_OOH = IGNORE ;
+C5_O7_OOH = IGNORE ;
+C5e_O8_OOH = IGNORE ;
+BZo_RO_O6 = IGNORE ;
+BZo_RO_O8 = IGNORE ;
+BZo_RO_O10 = IGNORE ;
+BZeo_RO_O5 = IGNORE ;
+BZeo_RO_O7 = IGNORE ;
+BZeo_RO_O9 = IGNORE ;
+BZo_O5_O = IGNORE ;
+BZo_O7_O = IGNORE ;
+BZo_O9_O = IGNORE ;
+BZeo_O4_O = IGNORE ;
+BZeo_O6_O = IGNORE ;
+BZeo_O8_O = IGNORE ;
+C5e_O4_O = IGNORE ;
+C5_O5_O = IGNORE ;
+C5e_O6_O = IGNORE ;
+C5_O7_O = IGNORE ;
+C5e_O8_O = IGNORE ;
+BZo_O4_2OH = IGNORE ;
+BZo_O6_2OH = IGNORE ;
+BZo_O8_2OH = IGNORE ;
+BZeo_O3_2OH = IGNORE ;
+BZeo_O5_2OH = IGNORE ;
+BZeo_O7_2OH = IGNORE ;
+C5e_O3_2OH = IGNORE ;
+C5_O4_2OH = IGNORE ;
+C5e_O5_2OH = IGNORE ;
+C5_O6_2OH = IGNORE ;
+C5e_O7_2OH = IGNORE ;
+BZoO6_BZoO6 = IGNORE ;
+BZoO6_BZoO8 = IGNORE ;
+BZoO6_BZoO10 = IGNORE ;
+BZoO6_BZeoO5 = IGNORE ;
+BZoO6_BZeoO7 = IGNORE ;
+BZoO6_BZeoO9 = IGNORE ;
+BZoO6_C5eO5 = IGNORE ;
+BZoO6_C5O6 = IGNORE ;
+BZoO6_C5eO7 = IGNORE ;
+BZoO6_C5O8 = IGNORE ;
+BZoO6_C5eO9 = IGNORE ;
+BZoO6_BZBI = IGNORE ;
+BZoO6_BZMUa = IGNORE ;
+BZoO6_BZMUb = IGNORE ;
+BZoO6_C5DI = IGNORE ;
+BZoO6_NPHa = IGNORE ;
+BZoO6_PHEN = IGNORE ;
+BZoO6_MALa = IGNORE ;
+BZoO6_EPX = IGNORE ;
+BZoO6_C3DI = IGNORE ;
+BZoO6_MALb = IGNORE ;
+BZoO6_C6a = IGNORE ;
+BZoO6_NBZa = IGNORE ;
+BZoO6_BZFU = IGNORE ;
+BZoO6_C3a = IGNORE ;
+BZoO6_CATE = IGNORE ;
+BZoO6_C2a = IGNORE ;
+BZoO6_C2b = IGNORE ;
+BZoO6_NPHb = IGNORE ;
+BZoO6_NNC = IGNORE ;
+BZoO6_NCAT = IGNORE ;
+BZoO6_NBZb = IGNORE ;
+BZoO6_PBZ = IGNORE ;
+BZoO6_MALc = IGNORE ;
+BZoO6_NDN = IGNORE ;
+BZoO6_DNP = IGNORE ;
+BZoO6_C2c = IGNORE ;
+BZoO6_C5a = IGNORE ;
+BZoO6_C4a = IGNORE ;
+BZoO8_BZoO8 = IGNORE ;
+BZoO8_BZoO10 = IGNORE ;
+BZoO8_BZeoO5 = IGNORE ;
+BZoO8_BZeoO7 = IGNORE ;
+BZoO8_BZeoO9 = IGNORE ;
+BZoO8_C5eO5 = IGNORE ;
+BZoO8_C5O6 = IGNORE ;
+BZoO8_C5eO7 = IGNORE ;
+BZoO8_C5O8 = IGNORE ;
+BZoO8_C5eO9 = IGNORE ;
+BZoO8_BZBI = IGNORE ;
+BZoO8_BZMUa = IGNORE ;
+BZoO8_BZMUb = IGNORE ;
+BZoO8_C5DI = IGNORE ;
+BZoO8_NPHa = IGNORE ;
+BZoO8_PHEN = IGNORE ;
+BZoO8_MALa = IGNORE ;
+BZoO8_EPX = IGNORE ;
+BZoO8_C3DI = IGNORE ;
+BZoO8_MALb = IGNORE ;
+BZoO8_C6a = IGNORE ;
+BZoO8_NBZa = IGNORE ;
+BZoO8_BZFU = IGNORE ;
+BZoO8_C3a = IGNORE ;
+BZoO8_CATE = IGNORE ;
+BZoO8_C2a = IGNORE ;
+BZoO8_C2b = IGNORE ;
+BZoO8_NPHb = IGNORE ;
+BZoO8_NNC = IGNORE ;
+BZoO8_NCAT = IGNORE ;
+BZoO8_NBZb = IGNORE ;
+BZoO8_PBZ = IGNORE ;
+BZoO8_MALc = IGNORE ;
+BZoO8_NDN = IGNORE ;
+BZoO8_DNP = IGNORE ;
+BZoO8_C2c = IGNORE ;
+BZoO8_C5a = IGNORE ;
+BZoO8_C4a = IGNORE ;
+BZoO10_BZoO10 = IGNORE ;
+BZoO10_BZeoO5 = IGNORE ;
+BZoO10_BZeoO7 = IGNORE ;
+BZoO10_BZeoO9 = IGNORE ;
+BZoO10_C5eO5 = IGNORE ;
+BZoO10_C5O6 = IGNORE ;
+BZoO10_C5eO7 = IGNORE ;
+BZoO10_C5O8 = IGNORE ;
+BZoO10_C5eO9 = IGNORE ;
+BZoO10_BZBI = IGNORE ;
+BZoO10_BZMUa = IGNORE ;
+BZoO10_BZMUb = IGNORE ;
+BZoO10_C5DI = IGNORE ;
+BZoO10_NPHa = IGNORE ;
+BZoO10_PHEN = IGNORE ;
+BZoO10_MALa = IGNORE ;
+BZoO10_EPX = IGNORE ;
+BZoO10_C3DI = IGNORE ;
+BZoO10_MALb = IGNORE ;
+BZoO10_C6a = IGNORE ;
+BZoO10_NBZa = IGNORE ;
+BZoO10_BZFU = IGNORE ;
+BZoO10_C3a = IGNORE ;
+BZoO10_CATE = IGNORE ;
+BZoO10_C2a = IGNORE ;
+BZoO10_C2b = IGNORE ;
+BZoO10_NPHb = IGNORE ;
+BZoO10_NNC = IGNORE ;
+BZoO10_NCAT = IGNORE ;
+BZoO10_NBZb = IGNORE ;
+BZoO10_PBZ = IGNORE ;
+BZoO10_MALc = IGNORE ;
+BZoO10_NDN = IGNORE ;
+BZoO10_DNP = IGNORE ;
+BZoO10_C2c = IGNORE ;
+BZoO10_C5a = IGNORE ;
+BZoO10_C4a = IGNORE ;
+BZeoO5_BZeoO5 = IGNORE ;
+BZeoO5_BZeoO7 = IGNORE ;
+BZeoO5_BZeoO9 = IGNORE ;
+BZeoO5_C5eO5 = IGNORE ;
+BZeoO5_C5O6 = IGNORE ;
+BZeoO5_C5eO7 = IGNORE ;
+BZeoO5_C5O8 = IGNORE ;
+BZeoO5_C5eO9 = IGNORE ;
+BZeoO5_BZBI = IGNORE ;
+BZeoO5_BZMUa = IGNORE ;
+BZeoO5_BZMUb = IGNORE ;
+BZeoO5_C5DI = IGNORE ;
+BZeoO5_NPHa = IGNORE ;
+BZeoO5_PHEN = IGNORE ;
+BZeoO5_MALa = IGNORE ;
+BZeoO5_EPX = IGNORE ;
+BZeoO5_C3DI = IGNORE ;
+BZeoO5_MALb = IGNORE ;
+BZeoO5_C6a = IGNORE ;
+BZeoO5_NBZa = IGNORE ;
+BZeoO5_BZFU = IGNORE ;
+BZeoO5_C3a = IGNORE ;
+BZeoO5_CATE = IGNORE ;
+BZeoO5_C2a = IGNORE ;
+BZeoO5_C2b = IGNORE ;
+BZeoO5_NPHb = IGNORE ;
+BZeoO5_NNC = IGNORE ;
+BZeoO5_NCAT = IGNORE ;
+BZeoO5_NBZb = IGNORE ;
+BZeoO5_PBZ = IGNORE ;
+BZeoO5_MALc = IGNORE ;
+BZeoO5_NDN = IGNORE ;
+BZeoO5_DNP = IGNORE ;
+BZeoO5_C2c = IGNORE ;
+BZeoO5_C5a = IGNORE ;
+BZeoO5_C4a = IGNORE ;
+BZeoO7_BZeoO7 = IGNORE ;
+BZeoO7_BZeoO9 = IGNORE ;
+BZeoO7_C5eO5 = IGNORE ;
+BZeoO7_C5O6 = IGNORE ;
+BZeoO7_C5eO7 = IGNORE ;
+BZeoO7_C5O8 = IGNORE ;
+BZeoO7_C5eO9 = IGNORE ;
+BZeoO7_BZBI = IGNORE ;
+BZeoO7_BZMUa = IGNORE ;
+BZeoO7_BZMUb = IGNORE ;
+BZeoO7_C5DI = IGNORE ;
+BZeoO7_NPHa = IGNORE ;
+BZeoO7_PHEN = IGNORE ;
+BZeoO7_MALa = IGNORE ;
+BZeoO7_EPX = IGNORE ;
+BZeoO7_C3DI = IGNORE ;
+BZeoO7_MALb = IGNORE ;
+BZeoO7_C6a = IGNORE ;
+BZeoO7_NBZa = IGNORE ;
+BZeoO7_BZFU = IGNORE ;
+BZeoO7_C3a = IGNORE ;
+BZeoO7_CATE = IGNORE ;
+BZeoO7_C2a = IGNORE ;
+BZeoO7_C2b = IGNORE ;
+BZeoO7_NPHb = IGNORE ;
+BZeoO7_NNC = IGNORE ;
+BZeoO7_NCAT = IGNORE ;
+BZeoO7_NBZb = IGNORE ;
+BZeoO7_PBZ = IGNORE ;
+BZeoO7_MALc = IGNORE ;
+BZeoO7_NDN = IGNORE ;
+BZeoO7_DNP = IGNORE ;
+BZeoO7_C2c = IGNORE ;
+BZeoO7_C5a = IGNORE ;
+BZeoO7_C4a = IGNORE ;
+BZeoO9_BZeoO9 = IGNORE ;
+BZeoO9_C5eO5 = IGNORE ;
+BZeoO9_C5O6 = IGNORE ;
+BZeoO9_C5eO7 = IGNORE ;
+BZeoO9_C5O8 = IGNORE ;
+BZeoO9_C5eO9 = IGNORE ;
+BZeoO9_BZBI = IGNORE ;
+BZeoO9_BZMUa = IGNORE ;
+BZeoO9_BZMUb = IGNORE ;
+BZeoO9_C5DI = IGNORE ;
+BZeoO9_NPHa = IGNORE ;
+BZeoO9_PHEN = IGNORE ;
+BZeoO9_MALa = IGNORE ;
+BZeoO9_EPX = IGNORE ;
+BZeoO9_C3DI = IGNORE ;
+BZeoO9_MALb = IGNORE ;
+BZeoO9_C6a = IGNORE ;
+BZeoO9_NBZa = IGNORE ;
+BZeoO9_BZFU = IGNORE ;
+BZeoO9_C3a = IGNORE ;
+BZeoO9_CATE = IGNORE ;
+BZeoO9_C2a = IGNORE ;
+BZeoO9_C2b = IGNORE ;
+BZeoO9_NPHb = IGNORE ;
+BZeoO9_NNC = IGNORE ;
+BZeoO9_NCAT = IGNORE ;
+BZeoO9_NBZb = IGNORE ;
+BZeoO9_PBZ = IGNORE ;
+BZeoO9_MALc = IGNORE ;
+BZeoO9_NDN = IGNORE ;
+BZeoO9_DNP = IGNORE ;
+BZeoO9_C2c = IGNORE ;
+BZeoO9_C5a = IGNORE ;
+BZeoO9_C4a = IGNORE ;
+C5eO5_C5eO5 = IGNORE ;
+C5eO5_C5O6 = IGNORE ;
+C5eO5_C5eO7 = IGNORE ;
+C5eO5_C5O8 = IGNORE ;
+C5eO5_C5eO9 = IGNORE ;
+C5eO5_BZBI = IGNORE ;
+C5eO5_BZMUa = IGNORE ;
+C5eO5_BZMUb = IGNORE ;
+C5eO5_C5DI = IGNORE ;
+C5eO5_NPHa = IGNORE ;
+C5eO5_PHEN = IGNORE ;
+C5eO5_MALa = IGNORE ;
+C5eO5_EPX = IGNORE ;
+C5eO5_C3DI = IGNORE ;
+C5eO5_MALb = IGNORE ;
+C5eO5_C6a = IGNORE ;
+C5eO5_NBZa = IGNORE ;
+C5eO5_BZFU = IGNORE ;
+C5eO5_C3a = IGNORE ;
+C5eO5_CATE = IGNORE ;
+C5eO5_C2a = IGNORE ;
+C5eO5_C2b = IGNORE ;
+C5eO5_NPHb = IGNORE ;
+C5eO5_NNC = IGNORE ;
+C5eO5_NCAT = IGNORE ;
+C5eO5_NBZb = IGNORE ;
+C5eO5_PBZ = IGNORE ;
+C5eO5_MALc = IGNORE ;
+C5eO5_NDN = IGNORE ;
+C5eO5_DNP = IGNORE ;
+C5eO5_C2c = IGNORE ;
+C5eO5_C5a = IGNORE ;
+C5eO5_C4a = IGNORE ;
+C5O6_C5O6 = IGNORE ;
+C5O6_C5eO7 = IGNORE ;
+C5O6_C5O8 = IGNORE ;
+C5O6_C5eO9 = IGNORE ;
+C5O6_BZBI = IGNORE ;
+C5O6_BZMUa = IGNORE ;
+C5O6_BZMUb = IGNORE ;
+C5O6_C5DI = IGNORE ;
+C5O6_NPHa = IGNORE ;
+C5O6_PHEN = IGNORE ;
+C5O6_MALa = IGNORE ;
+C5O6_EPX = IGNORE ;
+C5O6_C3DI = IGNORE ;
+C5O6_MALb = IGNORE ;
+C5O6_C6a = IGNORE ;
+C5O6_NBZa = IGNORE ;
+C5O6_BZFU = IGNORE ;
+C5O6_C3a = IGNORE ;
+C5O6_CATE = IGNORE ;
+C5O6_C2a = IGNORE ;
+C5O6_C2b = IGNORE ;
+C5O6_NPHb = IGNORE ;
+C5O6_NNC = IGNORE ;
+C5O6_NCAT = IGNORE ;
+C5O6_NBZb = IGNORE ;
+C5O6_PBZ = IGNORE ;
+C5O6_MALc = IGNORE ;
+C5O6_NDN = IGNORE ;
+C5O6_DNP = IGNORE ;
+C5O6_C2c = IGNORE ;
+C5O6_C5a = IGNORE ;
+C5O6_C4a = IGNORE ;
+C5eO7_C5eO7 = IGNORE ;
+C5eO7_C5O8 = IGNORE ;
+C5eO7_C5eO9 = IGNORE ;
+C5eO7_BZBI = IGNORE ;
+C5eO7_BZMUa = IGNORE ;
+C5eO7_BZMUb = IGNORE ;
+C5eO7_C5DI = IGNORE ;
+C5eO7_NPHa = IGNORE ;
+C5eO7_PHEN = IGNORE ;
+C5eO7_MALa = IGNORE ;
+C5eO7_EPX = IGNORE ;
+C5eO7_C3DI = IGNORE ;
+C5eO7_MALb = IGNORE ;
+C5eO7_C6a = IGNORE ;
+C5eO7_NBZa = IGNORE ;
+C5eO7_BZFU = IGNORE ;
+C5eO7_C3a = IGNORE ;
+C5eO7_CATE = IGNORE ;
+C5eO7_C2a = IGNORE ;
+C5eO7_C2b = IGNORE ;
+C5eO7_NPHb = IGNORE ;
+C5eO7_NNC = IGNORE ;
+C5eO7_NCAT = IGNORE ;
+C5eO7_NBZb = IGNORE ;
+C5eO7_PBZ = IGNORE ;
+C5eO7_MALc = IGNORE ;
+C5eO7_NDN = IGNORE ;
+C5eO7_DNP = IGNORE ;
+C5eO7_C2c = IGNORE ;
+C5eO7_C5a = IGNORE ;
+C5eO7_C4a = IGNORE ;
+C5O8_C5O8 = IGNORE ;
+C5O8_C5eO9 = IGNORE ;
+C5O8_BZBI = IGNORE ;
+C5O8_BZMUa = IGNORE ;
+C5O8_BZMUb = IGNORE ;
+C5O8_C5DI = IGNORE ;
+C5O8_NPHa = IGNORE ;
+C5O8_PHEN = IGNORE ;
+C5O8_MALa = IGNORE ;
+C5O8_EPX = IGNORE ;
+C5O8_C3DI = IGNORE ;
+C5O8_MALb = IGNORE ;
+C5O8_C6a = IGNORE ;
+C5O8_NBZa = IGNORE ;
+C5O8_BZFU = IGNORE ;
+C5O8_C3a = IGNORE ;
+C5O8_CATE = IGNORE ;
+C5O8_C2a = IGNORE ;
+C5O8_C2b = IGNORE ;
+C5O8_NPHb = IGNORE ;
+C5O8_NNC = IGNORE ;
+C5O8_NCAT = IGNORE ;
+C5O8_NBZb = IGNORE ;
+C5O8_PBZ = IGNORE ;
+C5O8_MALc = IGNORE ;
+C5O8_NDN = IGNORE ;
+C5O8_DNP = IGNORE ;
+C5O8_C2c = IGNORE ;
+C5O8_C5a = IGNORE ;
+C5O8_C4a = IGNORE ;
+C5eO9_C5eO9 = IGNORE ;
+C5eO9_BZBI = IGNORE ;
+C5eO9_BZMUa = IGNORE ;
+C5eO9_BZMUb = IGNORE ;
+C5eO9_C5DI = IGNORE ;
+C5eO9_NPHa = IGNORE ;
+C5eO9_PHEN = IGNORE ;
+C5eO9_MALa = IGNORE ;
+C5eO9_EPX = IGNORE ;
+C5eO9_C3DI = IGNORE ;
+C5eO9_MALb = IGNORE ;
+C5eO9_C6a = IGNORE ;
+C5eO9_NBZa = IGNORE ;
+C5eO9_BZFU = IGNORE ;
+C5eO9_C3a = IGNORE ;
+C5eO9_CATE = IGNORE ;
+C5eO9_C2a = IGNORE ;
+C5eO9_C2b = IGNORE ;
+C5eO9_NPHb = IGNORE ;
+C5eO9_NNC = IGNORE ;
+C5eO9_NCAT = IGNORE ;
+C5eO9_NBZb = IGNORE ;
+C5eO9_PBZ = IGNORE ;
+C5eO9_MALc = IGNORE ;
+C5eO9_NDN = IGNORE ;
+C5eO9_DNP = IGNORE ;
+C5eO9_C2c = IGNORE ;
+C5eO9_C5a = IGNORE ;
+C5eO9_C4a = IGNORE ;
+BZBI_BZBI = IGNORE ;
+BZBI_BZMUa = IGNORE ;
+BZBI_BZMUb = IGNORE ;
+BZBI_C5DI = IGNORE ;
+BZBI_NPHa = IGNORE ;
+BZBI_PHEN = IGNORE ;
+BZBI_MALa = IGNORE ;
+BZBI_EPX = IGNORE ;
+BZBI_C3DI = IGNORE ;
+BZBI_MALb = IGNORE ;
+BZBI_C6a = IGNORE ;
+BZBI_NBZa = IGNORE ;
+BZBI_BZFU = IGNORE ;
+BZBI_C3a = IGNORE ;
+BZBI_CATE = IGNORE ;
+BZBI_C2a = IGNORE ;
+BZBI_C2b = IGNORE ;
+BZBI_NPHb = IGNORE ;
+BZBI_NNC = IGNORE ;
+BZBI_NCAT = IGNORE ;
+BZBI_NBZb = IGNORE ;
+BZBI_PBZ = IGNORE ;
+BZBI_MALc = IGNORE ;
+BZBI_NDN = IGNORE ;
+BZBI_DNP = IGNORE ;
+BZBI_C2c = IGNORE ;
+BZBI_C5a = IGNORE ;
+BZBI_C4a = IGNORE ;
+BZMUa_BZMUa = IGNORE ;
+BZMUa_BZMUb = IGNORE ;
+BZMUa_C5DI = IGNORE ;
+BZMUa_NPHa = IGNORE ;
+BZMUa_PHEN = IGNORE ;
+BZMUa_MALa = IGNORE ;
+BZMUa_EPX = IGNORE ;
+BZMUa_C3DI = IGNORE ;
+BZMUa_MALb = IGNORE ;
+BZMUa_C6a = IGNORE ;
+BZMUa_NBZa = IGNORE ;
+BZMUa_BZFU = IGNORE ;
+BZMUa_C3a = IGNORE ;
+BZMUa_CATE = IGNORE ;
+BZMUa_C2a = IGNORE ;
+BZMUa_C2b = IGNORE ;
+BZMUa_NPHb = IGNORE ;
+BZMUa_NNC = IGNORE ;
+BZMUa_NCAT = IGNORE ;
+BZMUa_NBZb = IGNORE ;
+BZMUa_PBZ = IGNORE ;
+BZMUa_MALc = IGNORE ;
+BZMUa_NDN = IGNORE ;
+BZMUa_DNP = IGNORE ;
+BZMUa_C2c = IGNORE ;
+BZMUa_C5a = IGNORE ;
+BZMUa_C4a = IGNORE ;
+BZMUb_BZMUb = IGNORE ;
+BZMUb_C5DI = IGNORE ;
+BZMUb_NPHa = IGNORE ;
+BZMUb_PHEN = IGNORE ;
+BZMUb_MALa = IGNORE ;
+BZMUb_EPX = IGNORE ;
+BZMUb_C3DI = IGNORE ;
+BZMUb_MALb = IGNORE ;
+BZMUb_C6a = IGNORE ;
+BZMUb_NBZa = IGNORE ;
+BZMUb_BZFU = IGNORE ;
+BZMUb_C3a = IGNORE ;
+BZMUb_CATE = IGNORE ;
+BZMUb_C2a = IGNORE ;
+BZMUb_C2b = IGNORE ;
+BZMUb_NPHb = IGNORE ;
+BZMUb_NNC = IGNORE ;
+BZMUb_NCAT = IGNORE ;
+BZMUb_NBZb = IGNORE ;
+BZMUb_PBZ = IGNORE ;
+BZMUb_MALc = IGNORE ;
+BZMUb_NDN = IGNORE ;
+BZMUb_DNP = IGNORE ;
+BZMUb_C2c = IGNORE ;
+BZMUb_C5a = IGNORE ;
+BZMUb_C4a = IGNORE ;
+C5DI_C5DI = IGNORE ;
+C5DI_NPHa = IGNORE ;
+C5DI_PHEN = IGNORE ;
+C5DI_MALa = IGNORE ;
+C5DI_EPX = IGNORE ;
+C5DI_C3DI = IGNORE ;
+C5DI_MALb = IGNORE ;
+C5DI_C6a = IGNORE ;
+C5DI_NBZa = IGNORE ;
+C5DI_BZFU = IGNORE ;
+C5DI_C3a = IGNORE ;
+C5DI_CATE = IGNORE ;
+C5DI_C2a = IGNORE ;
+C5DI_C2b = IGNORE ;
+C5DI_NPHb = IGNORE ;
+C5DI_NNC = IGNORE ;
+C5DI_NCAT = IGNORE ;
+C5DI_NBZb = IGNORE ;
+C5DI_PBZ = IGNORE ;
+C5DI_MALc = IGNORE ;
+C5DI_NDN = IGNORE ;
+C5DI_DNP = IGNORE ;
+C5DI_C2c = IGNORE ;
+C5DI_C5a = IGNORE ;
+C5DI_C4a = IGNORE ;
+NPHa_NPHa = IGNORE ;
+NPHa_PHEN = IGNORE ;
+NPHa_MALa = IGNORE ;
+NPHa_EPX = IGNORE ;
+NPHa_C3DI = IGNORE ;
+NPHa_MALb = IGNORE ;
+NPHa_C6a = IGNORE ;
+NPHa_NBZa = IGNORE ;
+NPHa_BZFU = IGNORE ;
+NPHa_C3a = IGNORE ;
+NPHa_CATE = IGNORE ;
+NPHa_C2a = IGNORE ;
+NPHa_C2b = IGNORE ;
+NPHa_NPHb = IGNORE ;
+NPHa_NNC = IGNORE ;
+NPHa_NCAT = IGNORE ;
+NPHa_NBZb = IGNORE ;
+NPHa_PBZ = IGNORE ;
+NPHa_MALc = IGNORE ;
+NPHa_NDN = IGNORE ;
+NPHa_DNP = IGNORE ;
+NPHa_C2c = IGNORE ;
+NPHa_C5a = IGNORE ;
+NPHa_C4a = IGNORE ;
+PHEN_PHEN = IGNORE ;
+PHEN_MALa = IGNORE ;
+PHEN_EPX = IGNORE ;
+PHEN_C3DI = IGNORE ;
+PHEN_MALb = IGNORE ;
+PHEN_C6a = IGNORE ;
+PHEN_NBZa = IGNORE ;
+PHEN_BZFU = IGNORE ;
+PHEN_C3a = IGNORE ;
+PHEN_CATE = IGNORE ;
+PHEN_C2a = IGNORE ;
+PHEN_C2b = IGNORE ;
+PHEN_NPHb = IGNORE ;
+PHEN_NNC = IGNORE ;
+PHEN_NCAT = IGNORE ;
+PHEN_NBZb = IGNORE ;
+PHEN_PBZ = IGNORE ;
+PHEN_MALc = IGNORE ;
+PHEN_NDN = IGNORE ;
+PHEN_DNP = IGNORE ;
+PHEN_C2c = IGNORE ;
+PHEN_C5a = IGNORE ;
+PHEN_C4a = IGNORE ;
+MALa_MALa = IGNORE ;
+MALa_EPX = IGNORE ;
+MALa_C3DI = IGNORE ;
+MALa_MALb = IGNORE ;
+MALa_C6a = IGNORE ;
+MALa_NBZa = IGNORE ;
+MALa_BZFU = IGNORE ;
+MALa_C3a = IGNORE ;
+MALa_CATE = IGNORE ;
+MALa_C2a = IGNORE ;
+MALa_C2b = IGNORE ;
+MALa_NPHb = IGNORE ;
+MALa_NNC = IGNORE ;
+MALa_NCAT = IGNORE ;
+MALa_NBZb = IGNORE ;
+MALa_PBZ = IGNORE ;
+MALa_MALc = IGNORE ;
+MALa_NDN = IGNORE ;
+MALa_DNP = IGNORE ;
+MALa_C2c = IGNORE ;
+MALa_C5a = IGNORE ;
+MALa_C4a = IGNORE ;
+EPX_EPX = IGNORE ;
+EPX_C3DI = IGNORE ;
+EPX_MALb = IGNORE ;
+EPX_C6a = IGNORE ;
+EPX_NBZa = IGNORE ;
+EPX_BZFU = IGNORE ;
+EPX_C3a = IGNORE ;
+EPX_CATE = IGNORE ;
+EPX_C2a = IGNORE ;
+EPX_C2b = IGNORE ;
+EPX_NPHb = IGNORE ;
+EPX_NNC = IGNORE ;
+EPX_NCAT = IGNORE ;
+EPX_NBZb = IGNORE ;
+EPX_PBZ = IGNORE ;
+EPX_MALc = IGNORE ;
+EPX_NDN = IGNORE ;
+EPX_DNP = IGNORE ;
+EPX_C2c = IGNORE ;
+EPX_C5a = IGNORE ;
+EPX_C4a = IGNORE ;
+C3DI_C3DI = IGNORE ;
+C3DI_MALb = IGNORE ;
+C3DI_C6a = IGNORE ;
+C3DI_NBZa = IGNORE ;
+C3DI_BZFU = IGNORE ;
+C3DI_C3a = IGNORE ;
+C3DI_CATE = IGNORE ;
+C3DI_C2a = IGNORE ;
+C3DI_C2b = IGNORE ;
+C3DI_NPHb = IGNORE ;
+C3DI_NNC = IGNORE ;
+C3DI_NCAT = IGNORE ;
+C3DI_NBZb = IGNORE ;
+C3DI_PBZ = IGNORE ;
+C3DI_MALc = IGNORE ;
+C3DI_NDN = IGNORE ;
+C3DI_DNP = IGNORE ;
+C3DI_C2c = IGNORE ;
+C3DI_C5a = IGNORE ;
+C3DI_C4a = IGNORE ;
+MALb_MALb = IGNORE ;
+MALb_C6a = IGNORE ;
+MALb_NBZa = IGNORE ;
+MALb_BZFU = IGNORE ;
+MALb_C3a = IGNORE ;
+MALb_CATE = IGNORE ;
+MALb_C2a = IGNORE ;
+MALb_C2b = IGNORE ;
+MALb_NPHb = IGNORE ;
+MALb_NNC = IGNORE ;
+MALb_NCAT = IGNORE ;
+MALb_NBZb = IGNORE ;
+MALb_PBZ = IGNORE ;
+MALb_MALc = IGNORE ;
+MALb_NDN = IGNORE ;
+MALb_DNP = IGNORE ;
+MALb_C2c = IGNORE ;
+MALb_C5a = IGNORE ;
+MALb_C4a = IGNORE ;
+C6a_C6a = IGNORE ;
+C6a_NBZa = IGNORE ;
+C6a_BZFU = IGNORE ;
+C6a_C3a = IGNORE ;
+C6a_CATE = IGNORE ;
+C6a_C2a = IGNORE ;
+C6a_C2b = IGNORE ;
+C6a_NPHb = IGNORE ;
+C6a_NNC = IGNORE ;
+C6a_NCAT = IGNORE ;
+C6a_NBZb = IGNORE ;
+C6a_PBZ = IGNORE ;
+C6a_MALc = IGNORE ;
+C6a_NDN = IGNORE ;
+C6a_DNP = IGNORE ;
+C6a_C2c = IGNORE ;
+C6a_C5a = IGNORE ;
+C6a_C4a = IGNORE ;
+NBZa_NBZa = IGNORE ;
+NBZa_BZFU = IGNORE ;
+NBZa_C3a = IGNORE ;
+NBZa_CATE = IGNORE ;
+NBZa_C2a = IGNORE ;
+NBZa_C2b = IGNORE ;
+NBZa_NPHb = IGNORE ;
+NBZa_NNC = IGNORE ;
+NBZa_NCAT = IGNORE ;
+NBZa_NBZb = IGNORE ;
+NBZa_PBZ = IGNORE ;
+NBZa_MALc = IGNORE ;
+NBZa_NDN = IGNORE ;
+NBZa_DNP = IGNORE ;
+NBZa_C2c = IGNORE ;
+NBZa_C5a = IGNORE ;
+NBZa_C4a = IGNORE ;
+BZFU_BZFU = IGNORE ;
+BZFU_C3a = IGNORE ;
+BZFU_CATE = IGNORE ;
+BZFU_C2a = IGNORE ;
+BZFU_C2b = IGNORE ;
+BZFU_NPHb = IGNORE ;
+BZFU_NNC = IGNORE ;
+BZFU_NCAT = IGNORE ;
+BZFU_NBZb = IGNORE ;
+BZFU_PBZ = IGNORE ;
+BZFU_MALc = IGNORE ;
+BZFU_NDN = IGNORE ;
+BZFU_DNP = IGNORE ;
+BZFU_C2c = IGNORE ;
+BZFU_C5a = IGNORE ;
+BZFU_C4a = IGNORE ;
+C3a_C3a = IGNORE ;
+C3a_CATE = IGNORE ;
+C3a_C2a = IGNORE ;
+C3a_C2b = IGNORE ;
+C3a_NPHb = IGNORE ;
+C3a_NNC = IGNORE ;
+C3a_NCAT = IGNORE ;
+C3a_NBZb = IGNORE ;
+C3a_PBZ = IGNORE ;
+C3a_MALc = IGNORE ;
+C3a_NDN = IGNORE ;
+C3a_DNP = IGNORE ;
+C3a_C2c = IGNORE ;
+C3a_C5a = IGNORE ;
+C3a_C4a = IGNORE ;
+CATE_CATE = IGNORE ;
+CATE_C2a = IGNORE ;
+CATE_C2b = IGNORE ;
+CATE_NPHb = IGNORE ;
+CATE_NNC = IGNORE ;
+CATE_NCAT = IGNORE ;
+CATE_NBZb = IGNORE ;
+CATE_PBZ = IGNORE ;
+CATE_MALc = IGNORE ;
+CATE_NDN = IGNORE ;
+CATE_DNP = IGNORE ;
+CATE_C2c = IGNORE ;
+CATE_C5a = IGNORE ;
+CATE_C4a = IGNORE ;
+C2a_C2a = IGNORE ;
+C2a_C2b = IGNORE ;
+C2a_NPHb = IGNORE ;
+C2a_NNC = IGNORE ;
+C2a_NCAT = IGNORE ;
+C2a_NBZb = IGNORE ;
+C2a_PBZ = IGNORE ;
+C2a_MALc = IGNORE ;
+C2a_NDN = IGNORE ;
+C2a_DNP = IGNORE ;
+C2a_C2c = IGNORE ;
+C2a_C5a = IGNORE ;
+C2a_C4a = IGNORE ;
+C2b_C2b = IGNORE ;
+C2b_NPHb = IGNORE ;
+C2b_NNC = IGNORE ;
+C2b_NCAT = IGNORE ;
+C2b_NBZb = IGNORE ;
+C2b_PBZ = IGNORE ;
+C2b_MALc = IGNORE ;
+C2b_NDN = IGNORE ;
+C2b_DNP = IGNORE ;
+C2b_C2c = IGNORE ;
+C2b_C5a = IGNORE ;
+C2b_C4a = IGNORE ;
+NPHb_NPHb = IGNORE ;
+NPHb_NNC = IGNORE ;
+NPHb_NCAT = IGNORE ;
+NPHb_NBZb = IGNORE ;
+NPHb_PBZ = IGNORE ;
+NPHb_MALc = IGNORE ;
+NPHb_NDN = IGNORE ;
+NPHb_DNP = IGNORE ;
+NPHb_C2c = IGNORE ;
+NPHb_C5a = IGNORE ;
+NPHb_C4a = IGNORE ;
+NNC_NNC = IGNORE ;
+NNC_NCAT = IGNORE ;
+NNC_NBZb = IGNORE ;
+NNC_PBZ = IGNORE ;
+NNC_MALc = IGNORE ;
+NNC_NDN = IGNORE ;
+NNC_DNP = IGNORE ;
+NNC_C2c = IGNORE ;
+NNC_C5a = IGNORE ;
+NNC_C4a = IGNORE ;
+NCAT_NCAT = IGNORE ;
+NCAT_NBZb = IGNORE ;
+NCAT_PBZ = IGNORE ;
+NCAT_MALc = IGNORE ;
+NCAT_NDN = IGNORE ;
+NCAT_DNP = IGNORE ;
+NCAT_C2c = IGNORE ;
+NCAT_C5a = IGNORE ;
+NCAT_C4a = IGNORE ;
+NBZb_NBZb = IGNORE ;
+NBZb_PBZ = IGNORE ;
+NBZb_MALc = IGNORE ;
+NBZb_NDN = IGNORE ;
+NBZb_DNP = IGNORE ;
+NBZb_C2c = IGNORE ;
+NBZb_C5a = IGNORE ;
+NBZb_C4a = IGNORE ;
+PBZ_PBZ = IGNORE ;
+PBZ_MALc = IGNORE ;
+PBZ_NDN = IGNORE ;
+PBZ_DNP = IGNORE ;
+PBZ_C2c = IGNORE ;
+PBZ_C5a = IGNORE ;
+PBZ_C4a = IGNORE ;
+MALc_MALc = IGNORE ;
+MALc_NDN = IGNORE ;
+MALc_DNP = IGNORE ;
+MALc_C2c = IGNORE ;
+MALc_C5a = IGNORE ;
+MALc_C4a = IGNORE ;
+NDN_NDN = IGNORE ;
+NDN_DNP = IGNORE ;
+NDN_C2c = IGNORE ;
+NDN_C5a = IGNORE ;
+NDN_C4a = IGNORE ;
+DNP_DNP = IGNORE ;
+DNP_C2c = IGNORE ;
+DNP_C5a = IGNORE ;
+DNP_C4a = IGNORE ;
+C2c_C2c = IGNORE ;
+C2c_C5a = IGNORE ;
+C2c_C4a = IGNORE ;
+C5a_C5a = IGNORE ;
+C5a_C4a = IGNORE ;
+C4a_C4a = IGNORE ;
+BZo_RCO_O5_O = IGNORE ;
+BZo_RCO_O7_O = IGNORE ;
+BZo_RCO_O9_O = IGNORE ;
+BZo_RCO_O4_O = IGNORE ;
+BZo_RCO_O6_O = IGNORE ;
+BZo_RCO_O8_O = IGNORE ;
+BZouni_O6_O = IGNORE ;
+BZouni_O8_O = IGNORE ;
+BZouni_O10_O = IGNORE ;
+BZeouni_O5_O = IGNORE ;
+BZeouni_O7_O = IGNORE ;
+BZeouni_O9_O = IGNORE ;
+C5euni_O5_O = IGNORE ;
+C5uni_O6_O = IGNORE ;
+C5euni_O7_O = IGNORE ;
+C5uni_O8_O = IGNORE ;
+C5euni_O9_O = IGNORE ;
+
+
+
+
+BZo2_RO_O6 = IGNORE ;
+BZo2_RO_O8 = IGNORE ;
+BZo2_RO_O10 = IGNORE ;
+BZeo2_RO_O5 = IGNORE ;
+BZeo2_RO_O7 = IGNORE ;
+BZeo2_RO_O9 = IGNORE ;
+C5_RO_O5 = IGNORE ;
+C5_RO_O6 = IGNORE ;
+C5_RO_O7 = IGNORE ;
+C5_RO_O8 = IGNORE ;
+C5_RO_O9 = IGNORE ;
+
+
+
+# PRAM (Peroxy Radical Autoxidation Mechanism) in Kinetic Pre Processor (KPP) format.
+# This file include the complete PRAM version used by Roldin et al., (NCOMMS 2019), 208 species and 1773 reactions.
+# Combine all PRAM reactions and species with a suitable Master Chemical Mechanism (MCM) KPP file.
+# The MCM KPP file should include the MCM chemistry for at least one of the following monoterpenes: 
+# APINENE, BPINENE, LIMONENE
+# The MCM KPP chemistry file can be extracted from the MCM homepage (http:#mcm.leeds.ac.uk/MCM/) 
+# Pontus Roldin (pontus.roldin@nuclear.lu.se), 2019-08-20 
+
+# PRAM species list:
+
+# RO2 (MT+O3)
+C10H15O2O2 = IGNORE ;
+C10H15O3O2 = IGNORE ;
+C10H15O4O2 = IGNORE ;
+C10H15O5O2 = IGNORE ;
+C10H15O6O2 = IGNORE ;
+C10H15O7O2 = IGNORE ;
+C10H15O8O2 = IGNORE ;
+C10H15O9O2 = IGNORE ;
+C10H15O10O2 = IGNORE ;
+C10H15O11O2 = IGNORE ;
+C10H15O12O2 = IGNORE ;
+
+# RO (MT+O3)
+C10H15O2O = IGNORE ;
+C10H15O3O = IGNORE ;
+C10H15O4O = IGNORE ;
+C10H15O5O = IGNORE ;
+C10H15O6O = IGNORE ;
+C10H15O7O = IGNORE ;
+C10H15O8O = IGNORE ;
+C10H15O9O = IGNORE ;
+C10H15O10O = IGNORE ;
+C10H15O11O = IGNORE ;
+C10H15O12O = IGNORE ;
+
+# RCOOH or ROOH (MT+O3)
+C10H16O3 = IGNORE ;
+C10H16O4iso1 = IGNORE ;
+C10H16O5iso1 = IGNORE ;
+C10H16O6iso1 = IGNORE ;
+C10H16O7iso1 = IGNORE ;
+C10H16O8iso1 = IGNORE ;
+C10H16O9iso1 = IGNORE ;
+C10H16O10 = IGNORE ;
+C10H16O11 = IGNORE ;
+C10H16O12 = IGNORE ;
+C10H16O13 = IGNORE ;
+C10H16O14 = IGNORE ;
+
+# RCHO (MT+O3)
+C10H14O3 = IGNORE ;
+C10H14O4 = IGNORE ;
+C10H14O5 = IGNORE ;
+C10H14O6 = IGNORE ;
+C10H14O7 = IGNORE ;
+C10H14O8 = IGNORE ;
+C10H14O9 = IGNORE ;
+C10H14O10 = IGNORE ;
+C10H14O11 = IGNORE ;
+C10H14O12 = IGNORE ;
+C10H14O13 = IGNORE ;
+
+# RONO2 (MT+O3)
+C10H15O2NO3 = IGNORE ;
+C10H15O3NO3 = IGNORE ;
+C10H15O4NO3 = IGNORE ;
+C10H15O5NO3 = IGNORE ;
+C10H15O6NO3 = IGNORE ;
+C10H15O7NO3 = IGNORE ;
+C10H15O8NO3 = IGNORE ;
+C10H15O9NO3 = IGNORE ;
+C10H15O10NO3 = IGNORE ;
+C10H15O11NO3 = IGNORE ;
+C10H15O12NO3 = IGNORE ;
+
+# ROOR (MT+O3)
+C20H30O5 = IGNORE ;
+C20H30O6 = IGNORE ;
+C20H30O7 = IGNORE ;
+C20H30O8 = IGNORE ;
+C20H30O9 = IGNORE ;
+C20H30O10 = IGNORE ;
+C20H30O11 = IGNORE ;
+C20H30O12 = IGNORE ;
+C20H30O13 = IGNORE ;
+C20H30O14 = IGNORE ;
+C20H30O15 = IGNORE ;
+C20H30O16 = IGNORE ;
+C20H30O17 = IGNORE ;
+C20H31O4NO3 = IGNORE ;
+C20H31O5NO3 = IGNORE ;
+C20H31O6NO3 = IGNORE ;
+C20H31O7NO3 = IGNORE ;
+C20H31O8NO3 = IGNORE ;
+C20H31O9NO3 = IGNORE ;
+C20H31O10NO3 = IGNORE ;
+C20H31O11NO3 = IGNORE ;
+C20H31O12NO3 = IGNORE ;
+C20H31O13NO3 = IGNORE ;
+C20H31O14NO3 = IGNORE ;
+C20H31O15NO3 = IGNORE ;
+C19H28O5 = IGNORE ;
+C19H28O6 = IGNORE ;
+C19H28O7 = IGNORE ;
+C19H28O8 = IGNORE ;
+C19H28O9 = IGNORE ;
+C19H28O10 = IGNORE ;
+C19H28O11 = IGNORE ;
+C19H28O12 = IGNORE ;
+C19H28O13 = IGNORE ;
+C19H28O14 = IGNORE ;
+C19H28O15 = IGNORE ;
+C19H28O16 = IGNORE ;
+C19H28O17 = IGNORE ;
+C19H28O18 = IGNORE ;
+C19H29O5NO3 = IGNORE ;
+C19H29O6NO3 = IGNORE ;
+C19H29O7NO3 = IGNORE ;
+C19H29O8NO3 = IGNORE ;
+C19H29O9NO3 = IGNORE ;
+C19H29O10NO3 = IGNORE ;
+C19H29O11NO3 = IGNORE ;
+C19H29O12NO3 = IGNORE ;
+C19H29O13NO3 = IGNORE ;
+C19H29O14NO3 = IGNORE ;
+C19H29O15NO3 = IGNORE ;
+C18H26O4 = IGNORE ;
+C18H26O5 = IGNORE ;
+C18H26O6 = IGNORE ;
+C18H26O7 = IGNORE ;
+C18H26O8 = IGNORE ;
+C18H26O9 = IGNORE ;
+C18H26O10 = IGNORE ;
+C18H26O11 = IGNORE ;
+C18H26O12 = IGNORE ;
+C18H26O13 = IGNORE ;
+C18H26O14 = IGNORE ;
+C18H26O15 = IGNORE ;
+C18H26O16 = IGNORE ;
+C18H26O17 = IGNORE ;
+C18H26O18 = IGNORE ;
+C18H27O6NO3 = IGNORE ;
+C18H27O7NO3 = IGNORE ;
+C18H27O8NO3 = IGNORE ;
+C18H27O9NO3 = IGNORE ;
+C18H27O10NO3 = IGNORE ;
+C18H27O11NO3 = IGNORE ;
+C18H27O12NO3 = IGNORE ;
+C18H27O13NO3 = IGNORE ;
+C18H27O14NO3 = IGNORE ;
+C18H27O15NO3 = IGNORE ;
+C18H27O16NO3 = IGNORE ;
+
+# RO2 (MT+OH)
+C10H17O3O2 = IGNORE ;
+C10H17O4O2 = IGNORE ;
+C10H17O5O2 = IGNORE ;
+C10H17O6O2 = IGNORE ;
+C10H17O7O2 = IGNORE ;
+C10H17O8O2 = IGNORE ;
+
+# RO (MT+OH)
+C10H17O3O = IGNORE ;
+C10H17O4O = IGNORE ;
+C10H17O5O = IGNORE ;
+C10H17O6O = IGNORE ;
+C10H17O7O = IGNORE ;
+
+# RCOOH or ROOH (MT+OH)
+C10H18O4 = IGNORE ;
+C10H18O5 = IGNORE ;
+C10H18O6 = IGNORE ;
+C10H18O7 = IGNORE ;
+C10H18O8 = IGNORE ;
+C10H18O9 = IGNORE ;
+C10H18O10 = IGNORE ;
+
+# RCHO (MT+OH)
+C10H16O4iso2 = IGNORE ;
+C10H16O5iso2 = IGNORE ;
+C10H16O6iso2 = IGNORE ;
+C10H16O7iso2 = IGNORE ;
+C10H16O8iso2 = IGNORE ;
+C10H16O9iso2 = IGNORE ;
+
+# RONO2 (MT+OH)
+C10H17O3NO3 = IGNORE ;
+C10H17O4NO3 = IGNORE ;
+C10H17O5NO3 = IGNORE ;
+C10H17O6NO3 = IGNORE ;
+C10H17O7NO3 = IGNORE ;
+C10H17O8NO3 = IGNORE ;
+
+# ROOR (MT+OH)
+C20H34O6 = IGNORE ;
+C20H34O7 = IGNORE ;
+C20H34O8 = IGNORE ;
+C20H34O9 = IGNORE ;
+C20H34O10 = IGNORE ;
+C20H34O11 = IGNORE ;
+C20H34O12 = IGNORE ;
+C20H34O13 = IGNORE ;
+C20H35O5NO3 = IGNORE ;
+C20H35O6NO3 = IGNORE ;
+C20H35O7NO3 = IGNORE ;
+C20H35O8NO3 = IGNORE ;
+C20H35O9NO3 = IGNORE ;
+C20H35O10NO3 = IGNORE ;
+C20H35O11NO3 = IGNORE ;
+C19H32O6 = IGNORE ;
+C19H32O7 = IGNORE ;
+C19H32O8 = IGNORE ;
+C19H32O9 = IGNORE ;
+C19H32O10 = IGNORE ;
+C19H32O11 = IGNORE ;
+C19H32O12 = IGNORE ;
+C19H32O13 = IGNORE ;
+C19H32O14 = IGNORE ;
+C19H33O6NO3 = IGNORE ;
+C19H33O7NO3 = IGNORE ;
+C19H33O8NO3 = IGNORE ;
+C19H33O9NO3 = IGNORE ;
+C19H33O10NO3 = IGNORE ;
+C19H33O11NO3 = IGNORE ;
+C18H30O5 = IGNORE ;
+C18H30O6 = IGNORE ;
+C18H30O7 = IGNORE ;
+C18H30O8 = IGNORE ;
+C18H30O9 = IGNORE ;
+C18H30O10 = IGNORE ;
+C18H30O11 = IGNORE ;
+C18H30O12 = IGNORE ;
+C18H30O13 = IGNORE ;
+C18H30O14 = IGNORE ;
+C18H31O7NO3 = IGNORE ;
+C18H31O8NO3 = IGNORE ;
+C18H31O9NO3 = IGNORE ;
+C18H31O10NO3 = IGNORE ;
+C18H31O11NO3 = IGNORE ;
+C18H31O12NO3 = IGNORE ;
+
+# List of all 94 MCM RO_2 with 8-10 C atoms formed from monoterpenes (APINENE, BPINENE, LIMONENE)
+APINAO2 = IGNORE ;
+APINBO2 = IGNORE ;
+APINCO2 = IGNORE ;
+C107O2 = IGNORE ;
+C109O2 = IGNORE ;
+C106O2 = IGNORE ;
+C920CO3 = IGNORE ;
+C108O2 = IGNORE ;
+PINALO2 = IGNORE ;
+C96CO3 = IGNORE ;
+C923CO3 = IGNORE ;
+LIMAO2 = IGNORE ;
+LIMALBO2 = IGNORE ;
+LIMCO2 = IGNORE ;
+LIMALO2 = IGNORE ;
+LIMBO2 = IGNORE ;
+LIMALAO2 = IGNORE ;
+NAPINAO2 = IGNORE ;
+NAPINBO2 = IGNORE ;
+BPINAO2 = IGNORE ;
+BPINBO2 = IGNORE ;
+BPINCO2 = IGNORE ;
+C918CO3 = IGNORE ;
+NC102O2 = IGNORE ;
+NC101O2 = IGNORE ;
+NLIMO2 = IGNORE ;
+NLIMALO2 = IGNORE ;
+NC91CO3 = IGNORE ;
+NBPINAO2 = IGNORE ;
+NBPINBO2 = IGNORE ;
+
+C96O2 = IGNORE ;
+C89CO3 = IGNORE ;
+C920O2 = IGNORE ;
+C97O2 = IGNORE ;
+C85CO3 = IGNORE ;
+C811CO3 = IGNORE ;
+C921O2 = IGNORE ;
+C98O2 = IGNORE ;
+C922O2 = IGNORE ;
+C923O2 = IGNORE ;
+C924O2 = IGNORE ;
+C816CO3 = IGNORE ;
+NORLIMO2 = IGNORE ;
+LMKAO2 = IGNORE ;
+LMKBO2 = IGNORE ;
+C926O2 = IGNORE ;
+C817CO3 = IGNORE ;
+LMLKAO2 = IGNORE ;
+LMLKBO2 = IGNORE ;
+C823CO3 = IGNORE ;
+C925O2 = IGNORE ;
+NOPINAO2 = IGNORE ;
+NOPINBO2 = IGNORE ;
+NOPINCO2 = IGNORE ;
+NOPINDO2 = IGNORE ;
+C918O2 = IGNORE ;
+C9DCO2 = IGNORE ;
+C915O2 = IGNORE ;
+C917O2 = IGNORE ;
+C919O2 = IGNORE ;
+C914O2 = IGNORE ;
+C916O2 = IGNORE ;
+C88CO3 = IGNORE ;
+C87CO3 = IGNORE ;
+C822CO3 = IGNORE ;
+NLMKAO2 = IGNORE ;
+
+C85O2 = IGNORE ;
+C89O2 = IGNORE ;
+C86O2 = IGNORE ;
+C811O2 = IGNORE ;
+C810O2 = IGNORE ;
+C812O2 = IGNORE ;
+C813O2 = IGNORE ;
+C729CO3 = IGNORE ;
+C816O2 = IGNORE ;
+C817O2 = IGNORE ;
+C826O2 = IGNORE ;
+C822O2 = IGNORE ;
+C818O2 = IGNORE ;
+C823O2 = IGNORE ;
+C819O2 = IGNORE ;
+C727CO3 = IGNORE ;
+C731CO3 = IGNORE ;
+C824O2 = IGNORE ;
+C820O2 = IGNORE ;
+C825O2 = IGNORE ;
+C821O2 = IGNORE ;
+C732CO3 = IGNORE ;
+C8BCO2 = IGNORE ;
+C88O2 = IGNORE ;
+C718CO3 = IGNORE ;
+C87O2 = IGNORE ;
+C721CO3 = IGNORE ;
+NC826O2 = IGNORE ;
+
+# MCM CI formed from MT + O3 
+APINOOA = IGNORE ;
+APINOOB = IGNORE ;
+LIMOOA = IGNORE ;
+
+# Monoterpenes (MT)
+APINENE = IGNORE ;
+BPINENE = IGNORE ;
+LIMONENE = IGNORE ;
+CARENE = IGNORE ;
+
+# Oxidation agents:
+O3 = IGNORE ;
+NO3 = IGNORE ;
+
+# Other species involved in the PRAM & MCM chemistry
+C717O2 = IGNORE ;
+CH3COCH3 = IGNORE ;
+C107O = IGNORE ;
+C107OH = IGNORE ;
+
+
+DUMMY = IGNORE ;
+MALANHY = IGNORE ;
+C4PAN6 = IGNORE ;
+NC72O = IGNORE ;
+HCC7CO = IGNORE ;
+CO235C6CO3 = IGNORE ;
+CO235C6OOH = IGNORE ;
+BZEMUCO = IGNORE ;
+CO14O3CO2H = IGNORE ;
+NDNPHENO = IGNORE ;
+CHOC3COO = IGNORE ;
+C721PAN = IGNORE ;
+NC101O = IGNORE ;
+C96O = IGNORE ;
+C108OH = IGNORE ;
+H1CO23CHO = IGNORE ;
+HONO = IGNORE ;
+C5DIALOH = IGNORE ;
+C89O = IGNORE ;
+HYPERACET = IGNORE ;
+NBZFUOOH = IGNORE ;
+CHOC3COPAN = IGNORE ;
+PINALOOH = IGNORE ;
+APINBOOH = IGNORE ;
+C108O = IGNORE ;
+C312COCO3 = IGNORE ;
+HCOCH2CHO = IGNORE ;
+H2O2 = IGNORE ;
+NCATECHOL = IGNORE ;
+C614NO3 = IGNORE ;
+NBZQO = IGNORE ;
+EPXDLCO2H = IGNORE ;
+BZFUONOOA = IGNORE ;
+C810OOH = IGNORE ;
+MALDIAL = IGNORE ;
+C10PAN2 = IGNORE ;
+CO2H3CO3H = IGNORE ;
+ALCOCH2OOH = IGNORE ;
+PINALO = IGNORE ;
+BENZENE = IGNORE ;
+C3DIALO = IGNORE ;
+BIACETOOH = IGNORE ;
+CO2C4DIAL = IGNORE ;
+C920OOH = IGNORE ;
+C85CO3H = IGNORE ;
+PINAL = IGNORE ;
+APINCOOH = IGNORE ;
+C922OOH = IGNORE ;
+C716O = IGNORE ;
+C811OH = IGNORE ;
+O1D = IGNORE ;
+C89CO3H = IGNORE ;
+C106O = IGNORE ;
+HCOCH2CO2H = IGNORE ;
+NAPINAO = IGNORE ;
+PHAN = IGNORE ;
+C514OH = IGNORE ;
+C813O = IGNORE ;
+NC72OOH = IGNORE ;
+NNCATECOOH = IGNORE ;
+C811OOH = IGNORE ;
+EPXDLPAN = IGNORE ;
+C44O = IGNORE ;
+H3C25CCO2H = IGNORE ;
+C514O2 = IGNORE ;
+H3C25C6OOH = IGNORE ;
+C812OH = IGNORE ;
+C109OH = IGNORE ;
+NC101CO = IGNORE ;
+C44O2 = IGNORE ;
+C721O2 = IGNORE ;
+SA = IGNORE ;
+HOCH2CHO = IGNORE ;
+NORPINAL = IGNORE ;
+CO235C6O = IGNORE ;
+C921O = IGNORE ;
+SO3 = IGNORE ;
+H3C2C4CO2H = IGNORE ;
+H3C25C6PAN = IGNORE ;
+C98OH = IGNORE ;
+C716O2 = IGNORE ;
+C96OH = IGNORE ;
+H3C25C6OH = IGNORE ;
+H3C25C6CO3 = IGNORE ;
+H3C25C6O2 = IGNORE ;
+C4CO2DBPAN = IGNORE ;
+C716OH = IGNORE ;
+C6H5OOH = IGNORE ;
+HNO3 = IGNORE ;
+CH3O2NO2 = IGNORE ;
+H1C23C4PAN = IGNORE ;
+C32OH13CO = IGNORE ;
+C511OOH = IGNORE ;
+CH3CO3H = IGNORE ;
+PBZQOH = IGNORE ;
+C811CO3H = IGNORE ;
+BZEMUCNO3 = IGNORE ;
+APINBOH = IGNORE ;
+APINBOO = IGNORE ;
+H1C23C4O2 = IGNORE ;
+BZFUO = IGNORE ;
+C5PAN9 = IGNORE ;
+HCOCH2CO3 = IGNORE ;
+C89PAN = IGNORE ;
+C614OH = IGNORE ;
+CH4 = IGNORE ;
+C511O = IGNORE ;
+C235C6CO3H = IGNORE ;
+CO23C4CHO = IGNORE ;
+C614O2 = IGNORE ;
+BZBIPERNO3 = IGNORE ;
+PINALNO3 = IGNORE ;
+APINBNO3 = IGNORE ;
+C5DIALOOH = IGNORE ;
+NC102OOH = IGNORE ;
+C312COCO3H = IGNORE ;
+HCOCO2H = IGNORE ;
+BZFUONE = IGNORE ;
+HCHO = IGNORE ;
+HMVKAO2 = IGNORE ;
+C86OOH = IGNORE ;
+C3DIALOOH = IGNORE ;
+APINANO3 = IGNORE ;
+C514OOH = IGNORE ;
+MALDALCO3H = IGNORE ;
+CATECHOL = IGNORE ;
+NPHENOH = IGNORE ;
+C516OOH = IGNORE ;
+C920PAN = IGNORE ;
+C811PAN = IGNORE ;
+C810NO3 = IGNORE ;
+C922O = IGNORE ;
+GLYOX = IGNORE ;
+CHOC3COCO3 = IGNORE ;
+C719NO3 = IGNORE ;
+APINAO = IGNORE ;
+CH3O = IGNORE ;
+CO23C4CO3H = IGNORE ;
+C921OOH = IGNORE ;
+H1C23C4CHO = IGNORE ;
+NC71CO = IGNORE ;
+HC23C4CO3H = IGNORE ;
+C717NO3 = IGNORE ;
+CH3OOH = IGNORE ;
+APINCNO3 = IGNORE ;
+C97O = IGNORE ;
+C106OOH = IGNORE ;
+HCOCO = IGNORE ;
+BZEMUCCO2H = IGNORE ;
+H3C25CCO3H = IGNORE ;
+MALDIALO = IGNORE ;
+C719O2 = IGNORE ;
+C97OH = IGNORE ;
+HOCH2CO2H = IGNORE ;
+APINBCO = IGNORE ;
+PHENOH = IGNORE ;
+C98OOH = IGNORE ;
+C720O = IGNORE ;
+PHENOL = IGNORE ;
+CO23C4CO3 = IGNORE ;
+NC102O = IGNORE ;
+CO2H3CHO = IGNORE ;
+CATECOOA = IGNORE ;
+C621OOH = IGNORE ;
+MGLYOX = IGNORE ;
+C719OH = IGNORE ;C96OOH = IGNORE ;
+C717OH = IGNORE ;
+
+NPHENOOH = IGNORE ;
+C6H5O = IGNORE ;
+NPHEN1OOH = IGNORE ;
+CHOC3COOOH = IGNORE ;
+C811NO3 = IGNORE ;
+APINBO = IGNORE ;
+APINCOH = IGNORE ;
+C810O = IGNORE ;
+C6CO4DB = IGNORE ;
+MALANHY2OH = IGNORE ;
+BZBIPEROOH = IGNORE ;
+PINALOH = IGNORE ;
+H3C25C6O = IGNORE ;
+C621O = IGNORE ;
+HMVKAOOH = IGNORE ;
+HOHOC4DIAL = IGNORE ;
+C109OOH = IGNORE ;
+BZFUOH = IGNORE ;
+C719O = IGNORE ;
+C107OOH = IGNORE ;
+CO235C6CHO = IGNORE ;
+NPHENO = IGNORE ;
+C3PAN2 = IGNORE ;
+ACETOL = IGNORE ;
+CH3CO3 = IGNORE ;
+N2O5 = IGNORE ;
+C813NO3 = IGNORE ;
+C514O = IGNORE ;
+C97OOH = IGNORE ;
+NAPINBO = IGNORE ;
+BZEMUCOH = IGNORE ;
+PBZQOOH = IGNORE ;
+CH3COCH2O2 = IGNORE ;
+C716OOH = IGNORE ;
+CH3NO3 = IGNORE ;
+C106NO3 = IGNORE ;
+C5DIALCO = IGNORE ;
+HMVKANO3 = IGNORE ;
+PHENOOH = IGNORE ;
+C109O = IGNORE ;
+PAN = IGNORE ;
+HCOCO3H = IGNORE ;
+C33CO = IGNORE ;
+NDNPHENOOH = IGNORE ;
+BZFUOOH = IGNORE ;
+C614O = IGNORE ;
+HSO3 = IGNORE ;
+HOCOC4DIAL = IGNORE ;
+BZEMUCPAN = IGNORE ;
+MALDIALOOH = IGNORE ;
+NAPINBOOH = IGNORE ;
+MALDIALCO2 = IGNORE ;
+GLYOO = IGNORE ;
+C514NO3 = IGNORE ;
+BZFUONOO = IGNORE ;
+C717OOH = IGNORE ;
+APINAOOH = IGNORE ;
+C96NO3 = IGNORE ;
+C920CO3H = IGNORE ;
+HOPINONIC = IGNORE ;
+PBZQO = IGNORE ;
+PBZQCO = IGNORE ;
+C86O = IGNORE ;
+BZEPOXMUC = IGNORE ;
+C98O = IGNORE ;
+BZFUCO = IGNORE ;
+PINIC = IGNORE ;
+C719OOH = IGNORE ;
+CO235C5CHO = IGNORE ;
+PHENO = IGNORE ;
+C44OOH = IGNORE ;
+NC101OOH = IGNORE ;
+CO2H3CO3 = IGNORE ;
+CO235C6O2 = IGNORE ;
+HCOCH2O = IGNORE ;
+CATEC1O = IGNORE ;
+BZEMUCCO = IGNORE ;
+C813OOH = IGNORE ;
+NBZFUO = IGNORE ;
+NC71O2 = IGNORE ;
+C89NO3 = IGNORE ;
+C720OH = IGNORE ;
+C98NO3 = IGNORE ;
+CO = IGNORE ;
+CL = IGNORE ;
+CHOC3COO2 = IGNORE ;
+C720O2 = IGNORE ;
+NC72O2 = IGNORE ;
+NAPINAOOH = IGNORE ;
+C516O = IGNORE ;
+MALDALCO2H = IGNORE ;
+C722O2 = IGNORE ;
+MALNHYOHCO = IGNORE ;
+BZBIPERO = IGNORE ;
+EPXC4DIAL = IGNORE ;
+MALANHYOOH = IGNORE ;
+PINONIC = IGNORE ;
+NC71OOH = IGNORE ;
+CO14O3CHO = IGNORE ;
+HCOCH2OOH = IGNORE ;
+C85OOH = IGNORE ;
+C7PAN3 = IGNORE ;
+CATEC1OOH = IGNORE ;
+C720OOH = IGNORE ;
+NC71O = IGNORE ;
+NBZFUONE = IGNORE ;
+C109CO = IGNORE ;
+H1C23C4CO3 = IGNORE ;
+HO12CO3C4 = IGNORE ;
+C812OOH = IGNORE ;
+BZEMUCCO3H = IGNORE ;
+HO2NO2 = IGNORE ;
+SO2 = IGNORE ;
+MALANHYO = IGNORE ;
+DNPHEN = IGNORE ;
+HOCH2CO3H = IGNORE ;
+C721O = IGNORE ;
+C810OH = IGNORE ;
+H1C23C4OOH = IGNORE ;
+HCOCOHCO3H = IGNORE ;
+C5COOHCO3H = IGNORE ;
+NCATECO = IGNORE ;
+H3C2C4CO3 = IGNORE ;
+CH3OH = IGNORE ;
+BIACETO2 = IGNORE ;
+NC4DCO2H = IGNORE ;
+C722OOH = IGNORE ;
+CH3COCH2O = IGNORE ;
+C721OOH = IGNORE ;
+C722O = IGNORE ;
+APINCO = IGNORE ;
+C108NO3 = IGNORE ;
+C811O = IGNORE ;
+C9PAN2 = IGNORE ;
+C413COOOH = IGNORE ;
+BIACETOH = IGNORE ;
+CH3O2 = IGNORE ;
+GLYOOA = IGNORE ;
+HOC6H4NO2 = IGNORE ;
+C312COPAN = IGNORE ;
+DNPHENOOH = IGNORE ;
+C516O2 = IGNORE ;
+NBZQOOH = IGNORE ;
+C721CHO = IGNORE ;
+C4CODIAL = IGNORE ;
+NC6PAN1 = IGNORE ;
+O = IGNORE ;
+BIACETO = IGNORE ;
+C89OOH = IGNORE ;
+C89CO2 = IGNORE ;
+NC61CO3 = IGNORE ;
+C5CO2OHPAN = IGNORE ;
+H2 = IGNORE ;
+EPXDLCO3H = IGNORE ;
+NNCATECO = IGNORE ;
+NC61CO3H = IGNORE ;
+CHOCOCH2O2 = IGNORE ;
+C614CO = IGNORE ;
+DNPHENO = IGNORE ;
+H3C25C5CHO = IGNORE ;
+NA = IGNORE ;
+C4CO2DCO3H = IGNORE ;
+C813OH = IGNORE ;
+MALDIALPAN = IGNORE ;
+CH3CO2H = IGNORE ;
+C89CO2H = IGNORE ;
+BZEMUCOOH = IGNORE ;
+C717O = IGNORE ;
+PBZQONE = IGNORE ;
+NPHEN1O = IGNORE ;
+C614OOH = IGNORE ;
+CO23C3CHO = IGNORE ;
+HMVKAO = IGNORE ;
+HCOCH2CO3H = IGNORE ;
+PERPINONIC = IGNORE ;
+CO13C4CHO = IGNORE ;
+C812O = IGNORE ;
+C85O = IGNORE ;
+NCATECOOH = IGNORE ;
+H1C23C4O = IGNORE ;
+NC4DCO2 = IGNORE ;
+H3C2C4PAN = IGNORE ;
+BZOBIPEROH = IGNORE ;
+C106OH = IGNORE ;
+CHOCOCH2O = IGNORE ;
+C621O2 = IGNORE ;
+C720NO3 = IGNORE ;
+HCOCOHPAN = IGNORE ;
+C108OOH = IGNORE ;
+C920O = IGNORE ;
+H3C2C4CO3H = IGNORE ;
+BZBIPER2OH = IGNORE ;
+C89OH = IGNORE ;
+C511O2 = IGNORE ;
+C721CO3H = IGNORE ;
+CO13C3CO2H = IGNORE ;
+NORPINIC = IGNORE ;
+C5DIALO = IGNORE ;
+{ Peroxy radicals. }
+{ WARNING: The following species do not have SMILES strings in the database. 
+          If any of these are peroxy radicals the RO2 sum will be wrong. 
+    }
+#INLINE F90_RCONST
+ !USE constants
+ !end of USE statements
+ !
+ ! start of executable statements
+ RO2 = C(ind_CH3O2) + C(ind_C2H5O2) + C(ind_NC3H7O2) + C(ind_IC3H7O2) + &
+      C(ind_HO1C3O2) + C(ind_HOCH2CH2O2) + C(ind_HOC2H4CO3) + &
+      C(ind_BIACETO2) + C(ind_CH3CO3) + C(ind_HCOCH2CO3) + C(ind_CO23C4CO3) + &
+      C(ind_HCOCH2O2) + C(ind_HOCH2CO3) + C(ind_HYPROPO2) + &
+      C(ind_CH3COCH2O2) + C(ind_HCOCO3) + C(ind_HMVKAO2) + C(ind_CO2H3CO3) + &
+      C(ind_C2H5CO3) + C(ind_CHOC3COCO3) + C(ind_CHOC3COO2) + &
+      C(ind_C312COCO3) + C(ind_CHOCOCH2O2) + C(ind_IPROPOLO2) + &
+      C(ind_CH3CHOHCO3) + C(ind_APINAO2) + C(ind_APINBO2) + C(ind_APINCO2) + &
+      C(ind_C96O2) + C(ind_C96CO3) + C(ind_PINALO2) + C(ind_C97O2) + &
+      C(ind_C98O2) + C(ind_C614O2) + C(ind_C106O2) + C(ind_C716O2) + &
+      C(ind_H3C25C6O2) + C(ind_H3C25C6CO3) + C(ind_H3C2C4CO3) + &
+      C(ind_C85O2) + C(ind_C85CO3) + C(ind_C86O2) + C(ind_C511O2) + &
+      C(ind_CO235C6CO3) + C(ind_CO235C6O2) + C(ind_NAPINAO2) + &
+      C(ind_NAPINBO2) + C(ind_NC101O2) + C(ind_NC102O2) + C(ind_NC71O2) + &
+      C(ind_NC72O2) + C(ind_NC61CO3) + C(ind_C720O2) + C(ind_C719O2) + &
+      C(ind_C107O2) + C(ind_C109O2) + C(ind_C108O2) + C(ind_C717O2) + &
+      C(ind_C89CO3) + C(ind_C920CO3) + C(ind_C920O2) + C(ind_C921O2) + &
+      C(ind_C922O2) + C(ind_C621O2) + C(ind_H1C23C4O2) + C(ind_H1C23C4CO3) + &
+      C(ind_BZBIPERO2) + C(ind_MALDIALCO3) + C(ind_MALDIALO2) + &
+      C(ind_HCOCOHCO3) + C(ind_MALANHYO2) + C(ind_C5DIALO2) + &
+      C(ind_BZEMUCCO3) + C(ind_BZEMUCO2) + C(ind_C3DIALO2) + &
+      C(ind_EPXDLCO3) + C(ind_PBZQO2) + C(ind_C5CO2OHCO3) + C(ind_BZFUO2) + &
+      C(ind_PHENO2) + C(ind_NPHENO2) + C(ind_C6H5O2) + C(ind_NPHEN1O2) + &
+      C(ind_CATEC1O2) + C(ind_NCATECO2) + C(ind_NNCATECO2) + &
+      C(ind_DNPHENO2) + C(ind_NDNPHENO2) + C(ind_NBZFUO2) + C(ind_NBZQO2) + &
+      C(ind_C4CO2DBCO3) + C(ind_C89O2) + C(ind_C810O2) + C(ind_C514O2) + &
+      C(ind_C811CO3) + C(ind_C811O2) + C(ind_C812O2) + C(ind_C813O2) + &
+      C(ind_C516O2) + C(ind_C721O2) + C(ind_C721CO3) + C(ind_C722O2) + &
+      C(ind_C44O2)
+
+KRO2NO = 2.7D-12*EXP(360/TEMP) ;
+KRO2HO2 = 2.91D-13*EXP(1300/TEMP) ;
+KAPHO2 = 5.2D-13*EXP(980/TEMP) ;
+KAPNO = 7.5D-12*EXP(290/TEMP) ;
+KRO2NO3 = 2.3D-12 ;
+KNO3AL = 1.44D-12*EXP(-1862/TEMP) ;
+KDEC = 1.00D+06 ;
+KROPRIM = 2.50D-14*EXP(-300/TEMP) ;
+KROSEC = 2.50D-14*EXP(-300/TEMP) ;
+KCH3O2 = 1.03D-13*EXP(365/TEMP) ;
+K298CH3O2 = 3.5D-13 ;
+K14ISOM1 = 3.00D7*EXP(-5300/TEMP) ;
+KD0 = 1.10D-05*M*EXP(-10100/TEMP) ;
+KDI = 1.90D17*EXP(-14100/TEMP) ;
+KRD = KD0/KDI ;
+FCD = 0.30 ;
+NCD = 0.75-1.27*(LOG10(FCD)) ;
+FD = 10**(LOG10(FCD)/(1+(LOG10(KRD)/NCD)**2)) ;
+KBPAN = (KD0*KDI)*FD/(KD0+KDI) ;
+KC0 = 3.28D-28*M*(TEMP/300)**-6.87 ;
+KCI = 1.125D-11*(TEMP/300)**-1.105 ;
+KRC = KC0/KCI ;
+FCC = 0.30 ;
+NC = 0.75-1.27*(LOG10(FCC)) ;
+FC = 10**(LOG10(FCC)/(1+(LOG10(KRC)/NC)**2)) ;
+KFPAN = (KC0*KCI)*FC/(KC0+KCI) ;
+K10 = 1.0D-31*M*(TEMP/300)**-1.6 ;
+K1I = 5.0D-11*(TEMP/300)**-0.3 ;
+KR1 = K10/K1I ;
+FC1 = 0.85 ;
+NC1 = 0.75-1.27*(LOG10(FC1)) ;
+F1 = 10**(LOG10(FC1)/(1+(LOG10(KR1)/NC1)**2)) ;
+KMT01 = (K10*K1I)*F1/(K10+K1I) ;
+K20 = 1.3D-31*M*(TEMP/300)**-1.5 ;
+K2I = 2.3D-11*(TEMP/300)**0.24 ;
+KR2 = K20/K2I ;
+FC2 = 0.6 ;
+NC2 = 0.75-1.27*(LOG10(FC2)) ;
+F2 = 10**(LOG10(FC2)/(1+(LOG10(KR2)/NC2)**2)) ;
+KMT02 = (K20*K2I)*F2/(K20+K2I) ;
+K30 = 3.6D-30*M*(TEMP/300)**-4.1 ;
+K3I = 1.9D-12*(TEMP/300)**0.2 ;
+KR3 = K30/K3I ;
+FC3 = 0.35 ;
+NC3 = 0.75-1.27*(LOG10(FC3)) ;
+F3 = 10**(LOG10(FC3)/(1+(LOG10(KR3)/NC3)**2)) ;
+KMT03 = (K30*K3I)*F3/(K30+K3I) ;
+K40 = 1.3D-3*M*(TEMP/300)**-3.5*EXP(-11000/TEMP) ;
+K4I = 9.7D+14*(TEMP/300)**0.1*EXP(-11080/TEMP) ;
+KR4 = K40/K4I ;
+FC4 = 0.35 ;
+NC4 = 0.75-1.27*(LOG10(FC4)) ;
+F4 = 10**(LOG10(FC4)/(1+(LOG10(KR4)/NC4)**2)) ;
+KMT04 = (K40*K4I)*F4/(K40+K4I) ;
+KMT05 = 1.44D-13*(1+(M/4.2D+19)) ;
+KMT06 = 1 + (1.40D-21*EXP(2200/TEMP)*H2O) ;
+K70 = 7.4D-31*M*(TEMP/300)**-2.4 ;
+K7I = 3.3D-11*(TEMP/300)**-0.3 ;
+KR7 = K70/K7I ;
+FC7 = 0.81 ;
+NC7 = 0.75-1.27*(LOG10(FC7)) ;
+F7 = 10**(LOG10(FC7)/(1+(LOG10(KR7)/NC7)**2)) ;
+KMT07 = (K70*K7I)*F7/(K70+K7I) ;
+K80 = 3.2D-30*M*(TEMP/300)**-4.5 ;
+K8I = 3.0D-11 ;
+KR8 = K80/K8I ;
+FC8 = 0.41 ;
+NC8 = 0.75-1.27*(LOG10(FC8)) ;
+F8 = 10**(LOG10(FC8)/(1+(LOG10(KR8)/NC8)**2)) ;
+KMT08 = (K80*K8I)*F8/(K80+K8I) ;
+K90 = 1.4D-31*M*(TEMP/300)**-3.1 ;
+K9I = 4.0D-12 ;
+KR9 = K90/K9I ;
+FC9 = 0.4 ;
+NC9 = 0.75-1.27*(LOG10(FC9)) ;
+F9 = 10**(LOG10(FC9)/(1+(LOG10(KR9)/NC9)**2)) ;
+KMT09 = (K90*K9I)*F9/(K90+K9I) ;
+K100 = 4.10D-05*M*EXP(-10650/TEMP) ;
+K10I = 6.0D+15*EXP(-11170/TEMP) ;
+KR10 = K100/K10I ;
+FC10 = 0.4 ;
+NC10 = 0.75-1.27*(LOG10(FC10)) ;
+F10 = 10**(LOG10(FC10)/(1+(LOG10(KR10)/NC10)**2)) ;
+KMT10 = (K100*K10I)*F10/(K100+K10I) ;
+K1 = 2.40D-14*EXP(460/TEMP) ;
+K3 = 6.50D-34*EXP(1335/TEMP) ;
+K4 = 2.70D-17*EXP(2199/TEMP) ;
+K2 = (K3*M)/(1+(K3*M/K4)) ;
+KMT11 = K1 + K2 ;
+K120 = 2.5D-31*M*(TEMP/300)**-2.6 ;
+K12I = 2.0D-12 ;
+KR12 = K120/K12I ;
+FC12 = 0.53 ;
+NC12 = 0.75-1.27*(LOG10(FC12)) ;
+F12 = 10**(LOG10(FC12)/(1.0+(LOG10(KR12)/NC12)**2)) ;
+KMT12 = (K120*K12I*F12)/(K120+K12I) ;
+K130 = 2.5D-30*M*(TEMP/300)**-5.5 ;
+K13I = 1.8D-11 ;
+KR13 = K130/K13I ;
+FC13 = 0.36 ;
+NC13 = 0.75-1.27*(LOG10(FC13)) ;
+F13 = 10**(LOG10(FC13)/(1+(LOG10(KR13)/NC13)**2)) ;
+KMT13 = (K130*K13I)*F13/(K130+K13I) ;
+K140 = 9.0D-5*EXP(-9690/TEMP)*M ;
+K14I = 1.1D+16*EXP(-10560/TEMP) ;
+KR14 = K140/K14I ;
+FC14 = 0.36 ;
+NC14 = 0.75-1.27*(LOG10(FC14)) ;
+F14 = 10**(LOG10(FC14)/(1+(LOG10(KR14)/NC14)**2)) ;
+KMT14 = (K140*K14I)*F14/(K140+K14I) ;
+K150 = 8.6D-29*M*(TEMP/300)**-3.1 ;
+K15I = 9.0D-12*(TEMP/300)**-0.85 ;
+KR15 = K150/K15I ;
+FC15 = 0.48 ;
+NC15 = 0.75-1.27*(LOG10(FC15)) ;
+F15 = 10**(LOG10(FC15)/(1+(LOG10(KR15)/NC15)**2)) ;
+KMT15 = (K150*K15I)*F15/(K150+K15I) ;
+K160 = 8D-27*M*(TEMP/300)**-3.5 ;
+K16I = 3.0D-11*(TEMP/300)**-1 ;
+KR16 = K160/K16I ;
+FC16 = 0.5 ;
+NC16 = 0.75-1.27*(LOG10(FC16)) ;
+F16 = 10**(LOG10(FC16)/(1+(LOG10(KR16)/NC16)**2)) ;
+KMT16 = (K160*K16I)*F16/(K160+K16I) ;
+K170 = 5.0D-30*M*(TEMP/300)**-1.5 ;
+K17I = 1.0D-12 ;
+KR17 = K170/K17I ;
+FC17 = 0.17*EXP(-51/TEMP)+EXP(-TEMP/204) ;
+NC17 = 0.75-1.27*(LOG10(FC17)) ;
+F17 = 10**(LOG10(FC17)/(1.0+(LOG10(KR17)/NC17)**2)) ;
+KMT17 = (K170*K17I*F17)/(K170+K17I) ;
+KMT18 = 9.5D-39*O2*EXP(5270/TEMP)/(1+7.5D-29*O2*EXP(5610/TEMP)) ;
+KPPN0 = 1.7D-03*EXP(-11280/TEMP)*M ;
+KPPNI = 8.3D+16*EXP(-13940/TEMP) ;
+KRPPN = KPPN0/KPPNI ;
+FCPPN = 0.36 ;
+NCPPN = 0.75-1.27*(LOG10(FCPPN)) ;
+FPPN = 10**(LOG10(FCPPN)/(1+(LOG10(KRPPN)/NCPPN)**2)) ;
+KBPPN = (KPPN0*KPPNI)*FPPN/(KPPN0+KPPNI) ;
+KRO2 = 1.26D-12*RO2 ;
+KNO3 = KRO2NO3*NO3 ;
+
+CALL mcm_constants(time, temp, M, N2, O2, RO2, H2O)
+ #ENDINLINE
+{above lines go into the SUBROUTINES UPDATE_RCONST and UPDATE_PHOTO}
+#EQUATIONS
+
+# MCM (benzene, methane, alpha-pinene, propane (C3H8)) starts
+{1} O = O3 : 5.6E-34*N2*(TEMP/300.)**(-2.6)*O2+6.0E-34*O2*(TEMP/300.)**(-2.6)*O2 ;
+{2} O + O3 = : 8.0E-12*EXP(-2060./TEMP) ;
+{3} NO + O = NO2 : KMT01 ;
+{4} NO2 + O = NO : 5.5E-12*EXP(188./TEMP) ;
+{5} NO2 + O = NO3 : KMT02 ;
+{6} O1D = O : 3.2E-11*EXP(67./TEMP)*O2+2.0E-11*EXP(130./TEMP)*N2 ;
+{7} NO + O3 = NO2 : 1.4E-12*EXP(-1310./TEMP) ;
+{8} NO2 + O3 = NO3 : 1.4E-13*EXP(-2470./TEMP) ;
+{9} NO + NO = NO2 + NO2 : 3.3E-39*EXP(530./TEMP)*O2 ;
+{10} NO + NO3 = NO2 + NO2 : 1.8E-11*EXP(110./TEMP) ;
+{11} NO2 + NO3 = NO + NO2 : 4.50E-14*EXP(-1260./TEMP) ;
+{12} NO2 + NO3 = N2O5 : KMT03 ;
+{13} O1D = OH + OH : 2.14E-10*H2O ;
+{14} O3 + OH = HO2 : 1.70E-12*EXP(-940./TEMP) ;
+{15} H2 + OH = HO2 : 7.7E-12*EXP(-2100./TEMP) ;
+{16} CO + OH = HO2 : KMT05 ;
+{17} H2O2 + OH = HO2 : 2.9E-12*EXP(-160./TEMP) ;
+{18} HO2 + O3 = OH : 2.03E-16*(TEMP/300.)**(4.57)*EXP(693./TEMP) ;
+{19} HO2 + OH = : 4.8E-11*EXP(250./TEMP) ;
+{20} HO2 + HO2 = H2O2 : 2.20E-13*KMT06*EXP(600./TEMP)+1.90E-33*M*KMT06*EXP(980./TEMP) ;
+{21} NO + OH = HONO : KMT07 ;
+{22} NO2 + OH = HNO3 : KMT08 ;
+{23} NO3 + OH = HO2 + NO2 : 2.0E-11 ;
+{24} HO2 + NO = NO2 + OH : 3.45E-12*EXP(270./TEMP) ;
+{25} HO2 + NO2 = HO2NO2 : KMT09 ;
+{26} HO2NO2 + OH = NO2 : 3.2E-13*EXP(690./TEMP)*1.0 ;
+{27} HO2 + NO3 = NO2 + OH : 4.0E-12 ;
+{28} HONO + OH = NO2 : 2.5E-12*EXP(260./TEMP) ;
+{29} HNO3 + OH = NO3 : KMT11 ;
+{30} O + SO2 = SO3 : 4.0E-32*EXP(-1000./TEMP)*M ;
+{31} OH + SO2 = HSO3 : KMT12 ;
+{32} HSO3 = HO2 + SO3 : 1.3E-12*EXP(-330./TEMP)*O2 ;
+{33} HNO3 = NA : 6.00E-06 ;
+{34} N2O5 = NA + NA : 4.00E-04 ;
+{35} SO3 = SA : 1.20E-15*H2O ;
+{36} O3 + hv = O1D : J(J_O3_O1D) ;
+{37} O3 + hv = O : J(J_O3_O3P) ;
+{38} H2O2 + hv = OH + OH : J(J_H2O2) ;
+{39} NO2 + hv = NO + O : J(J_NO2) ;
+{40} NO3 + hv = NO : J(J_NO3_NO) ;
+{41} NO3 + hv = NO2 + O : J(J_NO3_NO2) ;
+{42} HONO + hv = NO + OH : J(J_HONO) ;
+{43} HNO3 + hv = NO2 + OH : J(J_HNO3) ;
+{44} N2O5 = NO2 + NO3 : KMT04 ;
+{45} HO2NO2 = HO2 + NO2 : KMT10 ;
+{46} CH4 + OH = CH3O2 : 1.85E-12*EXP(-1690./TEMP) ;
+{47} CH3O2 + NO = CH3O + NO2 : 2.3E-12*EXP(360./TEMP)*0.999 ;
+{48} CH3O2 + NO = CH3NO3 : 2.3E-12*EXP(360./TEMP)*0.001 ;
+{49} CH3O = HCHO + HO2 : 7.2E-14*EXP(-1080./TEMP)*O2 ;
+{50} CH3O2 + NO2 = CH3O2NO2 : KMT13 ;
+{51} CH3O2NO2 = CH3O2 + NO2 : KMT14 ;
+{52} CH3O2 + NO3 = CH3O + NO2 : 1.2E-12 ;
+{53} CH3O2 + HO2 = CH3OOH : 3.8E-13*EXP(780./TEMP)*(1.-1./(1.+498.*EXP(-1160./TEMP))) ;
+{54} CH3O2 = CH3O : 2.*KCH3O2*RO2*7.18*EXP(-885./TEMP) ;
+{55} CH3O2 = HCHO : 2.*KCH3O2*RO2*0.5*(1.-7.18*EXP(-885./TEMP)) ;
+{56} CH3O2 = CH3OH : 2.*KCH3O2*RO2*0.5*(1.-7.18*EXP(-885./TEMP)) ;
+{57} CH3NO3 + OH = HCHO + NO2 : 4.0E-13*EXP(-845./TEMP) ;
+{58} CH3NO3 + hv = CH3O + NO2 : J(J_CH3NO3) ;
+{59} CH3OOH + OH = CH3O2 : 5.3E-12*EXP(190./TEMP)*0.6 ;
+{60} CH3OOH + OH = HCHO + OH : 5.3E-12*EXP(190./TEMP)*0.4 ;
+{61} CH3OOH + hv = CH3O + OH : J(J_CH3OOH) ;
+{62} C2H5O2 + NO = C2H5O + NO2 : 2.55E-12*EXP(380./TEMP)*0.991 ;
+{63} C2H5O2 + NO = C2H5NO3 : 2.55E-12*EXP(380./TEMP)*0.009 ;
+{64} C2H5O = CH3CHO + HO2 : 2.4E-14*EXP(-325./TEMP)*O2 ;
+{65} C2H5O2 + NO3 = C2H5O + NO2 : KRO2NO3 ;
+{66} C2H5O2 + HO2 = C2H5OOH : 4.3E-13*EXP(870./TEMP) ;
+{67} C2H5O2 = C2H5O : 2.*(KCH3O2*6.4E-14)**(0.5)*RO2*0.6 ;
+{68} C2H5O2 = CH3CHO : 2.*(KCH3O2*6.4E-14)**(0.5)*RO2*0.2 ;
+{69} C2H5O2 = C2H5OH : 2.*(KCH3O2*6.4E-14)**(0.5)*RO2*0.2 ;
+{70} C2H5NO3 + OH = CH3CHO + NO2 : 6.7E-13*EXP(-395./TEMP) ;
+{71} C2H5NO3 + hv = C2H5O + NO2 : J(J_C2H5NO3) ;
+{72} C2H5OOH + OH = C2H5O2 : 1.90E-12*EXP(190./TEMP) ;
+{73} C2H5OOH + OH = CH3CHO + OH : 8.01E-12 ;
+{74} C2H5OOH + hv = C2H5O + OH : J(J_CH3OOH) ;
+{75} C3H8 + OH = NC3H7O2 : 7.6E-12*EXP(-585./TEMP)*0.264 ;
+{76} C3H8 + OH = IC3H7O2 : 7.6E-12*EXP(-585./TEMP)*0.736 ;
+{77} NC3H7O2 + NO = NC3H7O + NO2 : 2.9E-12*EXP(350./TEMP)*0.980 ;
+{78} NC3H7O2 + NO = NC3H7NO3 : 2.9E-12*EXP(350./TEMP)*0.020 ;
+{79} NC3H7O = C2H5CHO + HO2 : 2.6E-14*EXP(-255./TEMP)*O2 ;
+{80} NC3H7O2 + NO3 = NC3H7O + NO2 : KRO2NO3 ;
+{81} HO2 + NC3H7O2 = NC3H7OOH : KRO2HO2*0.520 ;
+{82} NC3H7O2 = NC3H7O : 2.*(K298CH3O2*3.E-13)**(0.5)*RO2*0.6 ;
+{83} NC3H7O2 = C2H5CHO : 2.*(K298CH3O2*3.E-13)**(0.5)*RO2*0.2 ;
+{84} NC3H7O2 = NPROPOL : 2.*(K298CH3O2*3.E-13)**(0.5)*RO2*0.2 ;
+{85} NC3H7NO3 + OH = C2H5CHO + NO2 : 5.8E-13 ;
+{86} NC3H7NO3 + hv = NC3H7O + NO2 : J(J_NC3H7NO3) ;
+{87} NC3H7OOH + OH = NC3H7O2 : 1.90E-12*EXP(190./TEMP) ;
+{88} NC3H7OOH + OH = C2H5CHO + OH : 1.10E-11 ;
+{89} NC3H7OOH + hv = NC3H7O + OH : J(J_CH3OOH) ;
+{90} IC3H7O2 + NO = IC3H7O + NO2 : 2.7E-12*EXP(360./TEMP)*0.958 ;
+{91} IC3H7O2 + NO = IC3H7NO3 : 2.7E-12*EXP(360./TEMP)*0.042 ;
+{92} IC3H7O = CH3COCH3 + HO2 : 1.5E-14*EXP(-230./TEMP)*O2 ;
+{93} IC3H7O2 + NO3 = IC3H7O + NO2 : KRO2NO3 ;
+{94} HO2 + IC3H7O2 = IC3H7OOH : KRO2HO2*0.520 ;
+{95} IC3H7O2 = IC3H7O : 2.*(KCH3O2*1.6E-12*EXP(-2200./TEMP))**(0.5)*RO2*0.6 ;
+{96} IC3H7O2 = CH3COCH3 : 2.*(KCH3O2*1.6E-12*EXP(-2200./TEMP))**(0.5)*RO2*0.2 ;
+{97} IC3H7O2 = IPROPOL : 2.*(KCH3O2*1.6E-12*EXP(-2200./TEMP))**(0.5)*RO2*0.2 ;
+{98} IC3H7NO3 + OH = CH3COCH3 + NO2 : 6.2E-13*EXP(-230./TEMP) ;
+{99} IC3H7NO3 + hv = IC3H7O + NO2 : J(J_IC3H7NO3) ;
+{100} IC3H7OOH + OH = IC3H7O2 : 1.90E-12*EXP(190./TEMP) ;
+{101} IC3H7OOH + OH = CH3COCH3 + OH : 1.66E-11 ;
+{102} IC3H7OOH + hv = IC3H7O + OH : J(J_CH3OOH) ;
+{103} HO1C3O2 + NO = HO1C3O + NO2 : KRO2NO*0.981 ;
+{104} HO1C3O2 + NO = HO1C3NO3 : KRO2NO*0.019 ;
+{105} HO1C3O = HO2 + HOC2H4CHO : KROPRIM*O2 ;
+{106} HO1C3O2 + NO3 = HO1C3O + NO2 : KRO2NO3 ;
+{107} HO1C3O2 + HO2 = HO1C3OOH : KRO2HO2*0.520 ;
+{108} HO1C3O2 = HO1C3O : 6.00E-13*0.6*RO2 ;
+{109} HO1C3O2 = HOC2H4CHO : 6.00E-13*0.2*RO2 ;
+{110} HO1C3O2 = HOC3H6OH : 6.00E-13*0.2*RO2 ;
+{111} HO1C3NO3 + OH = HOC2H4CHO + NO2 : 4.44E-12 ;
+{112} HO1C3NO3 + hv = HO1C3O + NO2 : J(J_NC3H7NO3) ;
+{113} HO1C3OOH + OH = HO1C3O2 : 1.90E-12*EXP(190./TEMP) ;
+{114} HO1C3OOH + OH = HOC2H4CHO + OH : 1.52E-11 ;
+{115} HO1C3OOH + hv = HO1C3O + OH : J(J_CH3OOH) ;
+{116} HOC3H6OH + OH = HO2 + HOC2H4CHO : 9.73E-12 ;
+{117} HOC2H4CHO + hv = CO + HO2 + HOCH2CH2O2 : J(J_C3H7CHO_HCO) ;
+{118} HOC2H4CHO + OH = HOC2H4CO3 : 3.06E-11 ;
+{119} HOC2H4CHO + NO3 = HNO3 + HOC2H4CO3 : KNO3AL*2.4 ;
+{120} HOC2H4CO3 + NO = HOCH2CH2O2 + NO2 : KAPNO ;
+{121} HOC2H4CO3 + NO2 = C3PAN1 : KFPAN ;
+{122} C3PAN1 = HOC2H4CO3 + NO2 : KBPAN ;
+{123} HOC2H4CO3 + NO3 = HOCH2CH2O2 + NO2 : KRO2NO3*1.74 ;
+{124} HO2 + HOC2H4CO3 = HOC2H4CO3H : KAPHO2*0.41 ;
+{125} HO2 + HOC2H4CO3 = HOC2H4CO2H + O3 : KAPHO2*0.15 ;
+{126} HOC2H4CO3 = HOCH2CH2O2 : 1.00E-11*0.7*RO2 ;
+{127} HOC2H4CO3 = HOC2H4CO2H : 1.00E-11*0.3*RO2 ;
+{128} C3PAN1 + OH = CO + HOCH2CHO + NO2 : 4.51E-12 ;
+{129} HOC2H4CO3H + OH = HOC2H4CO3 : 1.73E-11 ;
+{130} HOC2H4CO3H + hv = HOCH2CH2O2 + OH : J(J_CH3OOH) ;
+{131} HOC2H4CO2H + OH = HOCH2CH2O2 : 1.39E-11 ;
+{132} CO23C4CHO + hv = BIACETO2 + CO + HO2 : J(J_C3H7CHO_HCO) ;
+{133} CO23C4CHO + hv = CH3CO3 + HCOCH2CO3 : J(J_BIACET) ;
+{134} CO23C4CHO + OH = CO23C4CO3 : 6.65E-11 ;
+{135} CO23C4CHO + NO3 = CO23C4CO3 + HNO3 : KNO3AL*5.5 ;
+{136} CO23C4CO3 + NO = BIACETO2 + NO2 : KAPNO ;
+{137} CO23C4CO3 + NO2 = C5PAN9 : KFPAN ;
+{138} C5PAN9 = CO23C4CO3 + NO2 : KBPAN ;
+{139} CO23C4CO3 + NO3 = BIACETO2 + NO2 : KRO2NO3*1.74 ;
+{140} CO23C4CO3 + HO2 = CO23C4CO3H : KAPHO2*0.56 ;
+{141} CO23C4CO3 = BIACETO2 : 1.00E-11*RO2 ;
+{142} C5PAN9 + OH = CO + CO23C3CHO + NO2 : 3.12E-13 ;
+{143} CO23C4CO3H + hv = BIACETO2 + OH : J(J_CH3OOH)+J(J_C3H7CHO_HCO) ;
+{144} CO23C4CO3H + OH = CO23C4CO3 : 4.23E-12 ;
+{145} HCOCH2CHO + hv = CO + HCOCH2O2 + HO2 : J(J_C3H7CHO_HCO)*2. ;
+{146} HCOCH2CHO + OH = HCOCH2CO3 : 4.29E-11 ;
+{147} HCOCH2CHO + NO3 = HCOCH2CO3 + HNO3 : 2.*KNO3AL*2.4 ;
+{148} HCOCH2CO3 + NO = HCOCH2O2 + NO2 : KAPNO ;
+{149} HCOCH2CO3 + NO2 = C3PAN2 : KFPAN ;
+{150} C3PAN2 = HCOCH2CO3 + NO2 : KBPAN ;
+{151} HCOCH2CO3 + NO3 = HCOCH2O2 + NO2 : KRO2NO3*1.74 ;
+{152} HCOCH2CO3 + HO2 = HCOCH2CO3H : KAPHO2*0.41 ;
+{153} HCOCH2CO3 + HO2 = HCOCH2CO2H + O3 : KAPHO2*0.15 ;
+{154} HCOCH2CO3 = HCOCH2O2 : 1.00E-11*0.7*RO2 ;
+{155} HCOCH2CO3 = HCOCH2CO2H : 1.00E-11*0.3*RO2 ;
+{156} C3PAN2 + OH = CO + GLYOX + NO2 : 2.10E-11 ;
+{157} HCOCH2CO3H + OH = HCOCH2CO3 : 2.49E-11 ;
+{158} HCOCH2CO3H + hv = HCOCH2O2 + OH : J(J_CH3OOH)+J(J_C3H7CHO_HCO) ;
+{159} HCOCH2CO2H + OH = HCOCH2O2 : 2.14E-11 ;
+{160} HCOCH2CO2H + hv = HCOCH2O2 + HO2 : J(J_C3H7CHO_HCO) ;
+{161} BIACETO2 + NO = BIACETO + NO2 : KRO2NO ;
+{162} BIACETO = CH3CO3 + CO + HCHO : KDEC ;
+{163} BIACETO2 + NO3 = BIACETO + NO2 : KRO2NO3 ;
+{164} BIACETO2 + HO2 = BIACETOOH : KRO2HO2*0.625 ;
+{165} BIACETO2 = BIACETO : 2.00E-12*0.6*RO2 ;
+{166} BIACETO2 = BIACETOH : 2.00E-12*0.2*RO2 ;
+{167} BIACETO2 = CO23C3CHO : 2.00E-12*0.2*RO2 ;
+{168} BIACETOOH + OH = CO23C3CHO + OH : 5.99E-12 ;
+{169} BIACETOOH + OH = BIACETO2 : 1.90E-12*EXP(190./TEMP) ;
+{170} BIACETOOH + hv = BIACETO + OH : J(J_CH3OOH)+J(J_BIACET) ;
+{171} BIACETOH + OH = CO23C3CHO + HO2 : 2.69E-12 ;
+{172} BIACETOH + hv = CH3CO3 + HOCH2CO3 : J(J_BIACET) ;
+{173} CO23C3CHO + OH = CH3CO3 + CO + CO : 1.23E-11 ;
+{174} CO23C3CHO + NO3 = CH3CO3 + CO + CO + HNO3 : KNO3AL*4.0 ;
+{175} CH4 + CL = CH3O2 : 6.6E-12*EXP(-1240./TEMP) ;
+{176} C3H8 + CL = NC3H7O2 : 1.4E-10*0.59*EXP(-90./TEMP) ;
+{177} C3H8 + CL = IC3H7O2 : 1.4E-10*0.43*EXP(75./TEMP) ;
+{178} HOCH2CH2O2 + NO = HOCH2CH2O + NO2 : KRO2NO*0.995 ;
+{179} HOCH2CH2O2 + NO = ETHOHNO3 : KRO2NO*0.005 ;
+{180} HOCH2CH2O = HCHO + HCHO + HO2 : 9.50E+13*EXP(-5988./TEMP) ;
+{181} HOCH2CH2O = HO2 + HOCH2CHO : KROPRIM*O2 ;
+{182} HOCH2CH2O2 + NO3 = HOCH2CH2O + NO2 : KRO2NO3 ;
+{183} HO2 + HOCH2CH2O2 = HYETHO2H : 1.53E-13*EXP(1300./TEMP) ;
+{184} HOCH2CH2O2 = HOCH2CH2O : 2.*(KCH3O2*7.8E-14*EXP(1000./TEMP))**(0.5)*RO2*0.6 ;
+{185} HOCH2CH2O2 = ETHGLY : 2.*(KCH3O2*7.8E-14*EXP(1000./TEMP))**(0.5)*RO2*0.2 ;
+{186} HOCH2CH2O2 = HOCH2CHO : 2.*(KCH3O2*7.8E-14*EXP(1000./TEMP))**(0.5)*RO2*0.2 ;
+{187} ETHOHNO3 + OH = HOCH2CHO + NO2 : 8.40E-13 ;
+{188} HYETHO2H + hv = HOCH2CH2O + OH : J(J_CH3OOH) ;
+{189} HYETHO2H + OH = HOCH2CH2O2 : 1.90E-12*EXP(190./TEMP) ;
+{190} HYETHO2H + OH = HOCH2CHO + OH : 1.38E-11 ;
+{191} HOCH2CHO + OH = HOCH2CO3 : 1.00E-11*0.800 ;
+{192} HOCH2CHO + OH = GLYOX + HO2 : 1.00E-11*0.200 ;
+{193} HOCH2CHO + hv = CO + HCHO + HO2 + HO2 : J(J_C3H7CHO_HCO) ;
+{194} HOCH2CHO + NO3 = HNO3 + HOCH2CO3 : KNO3AL ;
+{195} HOCH2CO3 + NO2 = PHAN : KFPAN ;
+{196} PHAN = HOCH2CO3 + NO2 : KBPAN ;
+{197} HOCH2CO3 + NO = HCHO + HO2 + NO2 : KAPNO ;
+{198} HOCH2CO3 + NO3 = HCHO + HO2 + NO2 : KRO2NO3*1.74 ;
+{199} HO2 + HOCH2CO3 = HOCH2CO3H : KAPHO2*0.41 ;
+{200} HO2 + HOCH2CO3 = HOCH2CO2H + O3 : KAPHO2*0.15 ;
+{201} HOCH2CO3 = HCHO + HO2 : 1.00E-11*0.7*RO2 ;
+{202} HOCH2CO3 = HOCH2CO2H : 1.00E-11*0.3*RO2 ;
+{203} HOCH2CO2H + OH = HCHO + HO2 : 2.73E-12 ;
+{204} HOCH2CO3H + hv = HCHO + HO2 + OH : J(J_CH3OOH) ;
+{205} HOCH2CO3H + OH = HOCH2CO3 : 6.19E-12 ;
+{206} HYPROPO2 + NO = HYPROPO + NO2 : KRO2NO*0.977 ;
+{207} HYPROPO2 + NO = PROPOLNO3 : KRO2NO*0.023 ;
+{208} HYPROPO = CH3CHO + HCHO + HO2 : 2.00E+14*EXP(-6410./TEMP) ;
+{209} HYPROPO2 + NO3 = HYPROPO + NO2 : KRO2NO3 ;
+{210} HO2 + HYPROPO2 = HYPROPO2H : KRO2HO2*0.520 ;
+{211} HYPROPO2 = HYPROPO : 8.80E-13*0.6*RO2 ;
+{212} HYPROPO2 = PROPGLY : 8.80E-13*0.2*RO2 ;
+{213} HYPROPO2 = ACETOL : 8.80E-13*0.2*RO2 ;
+{214} OH + PROPOLNO3 = ACETOL + NO2 : 9.16E-13 ;
+{215} HYPROPO2H + hv = HYPROPO + OH : J(J_CH3OOH) ;
+{216} HYPROPO2H + OH = HYPROPO2 : 1.90E-12*EXP(190./TEMP) ;
+{217} HYPROPO2H + OH = ACETOL + OH : 2.44E-11 ;
+{218} ACETOL + OH = HO2 + MGLYOX : 1.6E-12*EXP(305./TEMP) ;
+{219} ACETOL + hv = CH3CO3 + HCHO + HO2 : J(J_MEK) ;
+{220} CH3O2 + HO2 = HCHO : 3.8E-13*EXP(780./TEMP)*(1./(1.+498.*EXP(-1160./TEMP))) ;
+{221} CH3CHO + OH = HCOCH2O2 : 4.7E-12*EXP(345./TEMP)*0.05 ;
+{222} CH3COCH2O2 + HO2 = CH3COCH2O + OH : 1.36E-13*EXP(1250./TEMP)*0.15 ;
+{223} C2H5OH + OH = C2H5O : 3.0E-12*EXP(20./TEMP)*0.05 ;
+{224} GLYOOA = GLYOO : KDEC*0.18 ;
+{225} GLYOOA = CO + CO + HO2 + OH : KDEC*0.57 ;
+{226} GLYOOA = CO + HO2 + HO2 : KDEC*0.125 ;
+{227} GLYOOA = HCHO : KDEC*0.125 ;
+{228} GLYOX + hv = CO + CO + H2 : J(J_GLYOX_H2) ;
+{229} GLYOX + hv = CO + HCHO : J(J_GLYOX_HCHO) ;
+{230} GLYOX + hv = CO + CO + HO2 + HO2 : J(J_GLYOX_HCO) ;
+{231} GLYOX + OH = HCOCO : 3.1E-12*EXP(340./TEMP) ;
+{232} GLYOX + NO3 = HCOCO + HNO3 : KNO3AL ;
+{233} HCOCO3 + NO = CO + HO2 + NO2 : KAPNO ;
+{234} MGLYOX + hv = CH3CO3 + CO + HO2 : J(J_MGLYOX) ;
+{235} MGLYOX + OH = CH3CO3 + CO : 1.9E-12*EXP(575./TEMP) ;
+{236} MGLYOX + NO3 = CH3CO3 + CO + HNO3 : KNO3AL*2.4 ;
+{237} HCOCO3 + NO2 = CO + HO2 + NO3 : KFPAN ;
+{238} HCOCO3 + NO3 = CO + HO2 + NO2 : KRO2NO3*1.74 ;
+{239} HCOCO3 + HO2 = HCOCO3H : KAPHO2*0.41 ;
+{240} HCOCO3 + HO2 = HCOCO2H + O3 : KAPHO2*0.15 ;
+{241} HCOCO3 = CO + HO2 : 1.00E-11*0.7*RO2 ;
+{242} HCOCO3 = HCOCO2H : 1.00E-11*0.3*RO2 ;
+{243} HCOCO3H + OH = HCOCO3 : 1.58E-11 ;
+{244} HCOCO3H + hv = CO + HO2 + OH : J(J_CH3OOH)+J(J_C3H7CHO_HCO) ;
+{245} HCOCO2H + OH = CO + HO2 : 1.23E-11 ;
+{246} HMVKAO2 + NO = HMVKAO + NO2 : KRO2NO*0.983 ;
+{247} HMVKAO2 + NO = HMVKANO3 : KRO2NO*0.017 ;
+{248} HMVKAO = HCHO + HO2 + MGLYOX : KDEC ;
+{249} HMVKAO2 + NO3 = HMVKAO + NO2 : KRO2NO3 ;
+{250} HMVKAO2 + HO2 = HMVKAOOH : KRO2HO2*0.625 ;
+{251} HMVKAO2 = HMVKAO : 2.00E-12*0.6*RO2 ;
+{252} HMVKAO2 = HO12CO3C4 : 2.00E-12*0.2*RO2 ;
+{253} HMVKAO2 = CO2H3CHO : 2.00E-12*0.2*RO2 ;
+{254} HMVKANO3 + OH = CO2H3CHO + NO2 : 2.23E-12 ;
+{255} HMVKAOOH + OH = CO2H3CHO + OH : 5.77E-11 ;
+{256} HMVKAOOH + hv = HMVKAO + OH : J(J_CH3OOH) ;
+{257} HO12CO3C4 + OH = BIACETOH + HO2 : 1.88E-11 ;
+{258} HO12CO3C4 + hv = CH3CO3 + HO2 + HOCH2CHO : J(J_MEK) ;
+{259} CO2H3CHO + hv = CO + HO2 + HO2 + MGLYOX : J(J_C3H7CHO_HCO) ;
+{260} CO2H3CHO + OH = CO2H3CO3 : 2.45E-11 ;
+{261} CO2H3CHO + NO3 = CO2H3CO3 + HNO3 : KNO3AL*4.0 ;
+{262} CO2H3CO3 + NO = HO2 + MGLYOX + NO2 : KAPNO ;
+{263} CO2H3CO3 + NO2 = C4PAN6 : KFPAN ;
+{264} C4PAN6 = CO2H3CO3 + NO2 : KBPAN ;
+{265} CO2H3CO3 + NO3 = HO2 + MGLYOX + NO2 : KRO2NO3*1.74 ;
+{266} CO2H3CO3 + HO2 = CO2H3CO3H : KAPHO2*0.56 ;
+{267} CO2H3CO3 = HO2 + MGLYOX : 1.00E-11*RO2 ;
+{268} C4PAN6 + OH = CO + MGLYOX + NO2 : 3.74E-12 ;
+{269} CO2H3CO3H + OH = CO2H3CO3 : 7.34E-12 ;
+{270} CO2H3CO3H + hv = HO2 + MGLYOX + OH : J(J_CH3OOH) ;
+{271} CO2H3CO3H + hv = CH3CO3 + HCOCO3H + HO2 : J(J_MEK) ;
+{272} GLYOO + SO2 = GLYOX + SO3 : 7.0E-14 ;
+{273} CO + GLYOO = GLYOX : 1.2E-15 ;
+{274} GLYOO + NO = GLYOX + NO2 : 1.0E-14 ;
+{275} GLYOO + NO2 = GLYOX + NO3 : 1.0E-15 ;
+{276} GLYOO = GLYOX + H2O2 : 6.0E-18*H2O ;
+{277} GLYOO = HCOCO2H : 1.0E-17*H2O ;
+{278} HCHO + OH = CO + HO2 : 5.4E-12*EXP(135./TEMP) ;
+{279} HCHO + hv = CO + HO2 + HO2 : J(J_HCHO_H) ;
+{280} HCHO + hv = CO + H2 : J(J_HCHO_H2) ;
+{281} HCHO + NO3 = CO + HNO3 + HO2 : 5.5E-16 ;
+{282} CH3CHO + OH = CH3CO3 : 4.7E-12*EXP(345./TEMP)*0.95 ;
+{283} CH3CHO + NO3 = CH3CO3 + HNO3 : 1.4E-12*EXP(-1860./TEMP) ;
+{284} CH3CO3 + NO = CH3O2 + NO2 : 7.5E-12*EXP(290./TEMP) ;
+{285} CH3CO3 + NO2 = PAN : KFPAN ;
+{286} PAN = CH3CO3 + NO2 : KBPAN ;
+{287} CH3CO3 + NO3 = CH3O2 + NO2 : 4.0E-12 ;
+{288} CH3CO3 + HO2 = CH3CO3H : KAPHO2*0.41 ;
+{289} CH3CO3 + HO2 = CH3CO2H + O3 : KAPHO2*0.15 ;
+{290} CH3CO3 = CH3O2 : 1.00E-11*0.7*RO2 ;
+{291} CH3CO3 = CH3CO2H : 1.00E-11*0.3*RO2 ;
+{292} OH + PAN = CO + HCHO + NO2 : 3.E-14 ;
+{293} CH3CO3H + hv = CH3O2 + OH : J(J_CH3OOH) ;
+{294} CH3CO3H + OH = CH3CO3 : 3.70E-12 ;
+{295} CH3CHO + hv = CH3O2 + CO + HO2 : J(J_CH3CHO) ;
+{296} C2H5CHO + OH = C2H5CO3 : 4.9E-12*EXP(405./TEMP) ;
+{297} C2H5CHO + NO3 = C2H5CO3 + HNO3 : 3.24E-12*EXP(-1860./TEMP) ;
+{298} C2H5CO3 + NO = C2H5O2 + NO2 : 6.7E-12*EXP(340./TEMP) ;
+{299} C2H5CO3 + NO2 = PPN : KFPAN ;
+{300} PPN = C2H5CO3 + NO2 : KBPPN ;
+{301} C2H5CO3 + NO3 = C2H5O2 + NO2 : KRO2NO3*1.74 ;
+{302} C2H5CO3 + HO2 = PERPROACID : KAPHO2*0.41 ;
+{303} C2H5CO3 + HO2 = O3 + PROPACID : KAPHO2*0.15 ;
+{304} C2H5CO3 = C2H5O2 : 1.00E-11*0.7*RO2 ;
+{305} C2H5CO3 = PROPACID : 1.00E-11*0.3*RO2 ;
+{306} OH + PPN = CH3CHO + CO + NO2 : 1.27E-12 ;
+{307} PERPROACID + hv = C2H5O2 + OH : J(J_CH3OOH) ;
+{308} OH + PERPROACID = C2H5CO3 : 4.42E-12 ;
+{309} C2H5CHO + hv = C2H5O2 + CO + HO2 : J(J_C2H5CHO) ;
+{310} HCOCH2O2 + NO = HCOCH2O + NO2 : KRO2NO ;
+{311} HCOCH2O = CO + HCHO + HO2 : KDEC ;
+{312} HCOCH2O2 + NO3 = HCOCH2O + NO2 : KRO2NO3 ;
+{313} HCOCH2O2 + HO2 = HCOCH2OOH : KRO2HO2*0.387 ;
+{314} HCOCH2O2 = HCOCH2O : 2.00E-12*0.6*RO2 ;
+{315} HCOCH2O2 = GLYOX : 2.00E-12*0.2*RO2 ;
+{316} HCOCH2O2 = HOCH2CHO : 2.00E-12*0.2*RO2 ;
+{317} HCOCH2OOH + hv = HCOCH2O + OH : J(J_CH3OOH) ;
+{318} HCOCH2OOH + hv = CO + HCHO + HO2 + OH : J(J_C3H7CHO_HCO) ;
+{319} HCOCH2OOH + OH = HCOCH2O2 : 1.90E-12*EXP(190./TEMP) ;
+{320} HCOCH2OOH + OH = GLYOX + OH : 2.91E-11 ;
+{321} CH3COCH3 + hv = CH3CO3 + CH3O2 : J(J_CH3COCH3) ;
+{322} CH3COCH3 + OH = CH3COCH2O2 : 8.8E-12*EXP(-1320./TEMP) + 1.7E-14*EXP(423./TEMP) ;
+{323} CH3COCH2O2 + NO = CH3COCH2O + NO2 : KRO2NO ;
+{324} CH3COCH2O = CH3CO3 + HCHO : KDEC ;
+{325} CH3COCH2O2 + NO3 = CH3COCH2O + NO2 : KRO2NO3 ;
+{326} CH3COCH2O2 + HO2 = HYPERACET : 1.36E-13*EXP(1250./TEMP)*0.85 ;
+{327} CH3COCH2O2 = CH3COCH2O : 2.*(K298CH3O2*8.0E-12)**(0.5)*RO2*0.6 ;
+{328} CH3COCH2O2 = MGLYOX : 2.*(K298CH3O2*8.0E-12)**(0.5)*RO2*0.2 ;
+{329} CH3COCH2O2 = ACETOL : 2.*(K298CH3O2*8.0E-12)**(0.5)*RO2*0.2 ;
+{330} HYPERACET + OH = CH3COCH2O2 : 1.90E-12*EXP(190./TEMP) ;
+{331} HYPERACET + OH = MGLYOX + OH : 8.39E-12 ;
+{332} HYPERACET + hv = CH3COCH2O + OH : J(J_CH3OOH) ;
+{333} HYPERACET + hv = CH3CO3 + HCHO + OH : J(J_MEK) ;
+{334} CHOC3COCO3 + NO = CHOC3COO2 + NO2 : KAPNO ;
+{335} CHOC3COO2 + NO = CHOC3COO + NO2 : KRO2NO ;
+{336} CHOC3COO = HCHO + HCOCH2CO3 : KDEC ;
+{337} CHOC3COCO3 + NO2 = CHOC3COPAN : KFPAN ;
+{338} CHOC3COPAN = CHOC3COCO3 + NO2 : KBPAN ;
+{339} CHOC3COCO3 + NO3 = CHOC3COO2 + NO2 : KRO2NO3*1.74 ;
+{340} CHOC3COCO3 + HO2 = CHOC3COOOH : KAPHO2*0.56 ;
+{341} CHOC3COCO3 = CHOC3COO2 : 1.00E-11*RO2 ;
+{342} CHOC3COO2 + NO3 = CHOC3COO + NO2 : KRO2NO3 ;
+{343} CHOC3COO2 + HO2 = C413COOOH : KRO2HO2*0.625 ;
+{344} CHOC3COO2 = CHOC3COO : 2.00E-12*RO2 ;
+{345} CHOC3COPAN + OH = C4CODIAL + CO + NO2 : 7.19E-11 ;
+{346} CHOC3COOOH + OH = CHOC3COCO3 : 7.55E-11 ;
+{347} CHOC3COOOH + hv = CHOC3COO2 + OH : J(J_CH3OOH)+J(J_MEK)+J(J_C3H7CHO_HCO) ;
+{348} C413COOOH + OH = CHOC3COO2 : 8.33E-11 ;
+{349} C413COOOH + hv = CHOC3COO + OH : J(J_CH3OOH)+J(J_MEK)+J(J_C3H7CHO_HCO) ;
+{350} C312COCO3 + NO = CHOCOCH2O2 + NO2 : KAPNO ;
+{351} CHOCOCH2O2 + NO = CHOCOCH2O + NO2 : KRO2NO ;
+{352} CHOCOCH2O = HCHO + HCOCO : KDEC ;
+{353} C312COCO3 + NO2 = C312COPAN : KFPAN ;
+{354} C312COPAN = C312COCO3 + NO2 : KBPAN ;
+{355} C312COCO3 + NO3 = CHOCOCH2O2 + NO2 : KRO2NO3*1.74 ;
+{356} C312COCO3 + HO2 = C312COCO3H : KAPHO2*0.56 ;
+{357} C312COCO3 = CHOCOCH2O2 : 1.00E-11*RO2 ;
+{358} CHOCOCH2O2 + NO3 = CHOCOCH2O + NO2 : KRO2NO3 ;
+{359} CHOCOCH2O2 + HO2 = ALCOCH2OOH : KRO2HO2*0.520 ;
+{360} CHOCOCH2O2 = CHOCOCH2O : 2.00E-12*RO2 ;
+{361} C312COPAN + OH = C33CO + CO + NO2 : 1.27E-11 ;
+{362} C312COCO3H + OH = C312COCO3 : 1.63E-11 ;
+{363} C312COCO3H + hv = CHOCOCH2O2 + OH : J(J_CH3OOH)+J(J_MGLYOX) ;
+{364} ALCOCH2OOH + OH = CHOCOCH2O2 : 2.41E-11 ;
+{365} ALCOCH2OOH + hv = CHOCOCH2O + OH : J(J_CH3OOH)+J(J_MGLYOX) ;
+{366} CH3OH + OH = HCHO + HO2 : 2.85E-12*EXP(-345./TEMP) ;
+{367} C2H5OH + OH = CH3CHO + HO2 : 3.0E-12*EXP(20./TEMP)*0.9 ;
+{368} C2H5OH + OH = HOCH2CH2O2 : 3.0E-12*EXP(20./TEMP)*0.05 ;
+{369} NPROPOL + OH = C2H5CHO + HO2 : 4.6E-12*EXP(70./TEMP)*0.494 ;
+{370} NPROPOL + OH = HYPROPO2 : 4.6E-12*EXP(70./TEMP)*0.443 ;
+{371} IPROPOL + OH = CH3COCH3 + HO2 : 2.6E-12*EXP(200./TEMP)*0.861 ;
+{372} IPROPOL + OH = IPROPOLO2 : 2.6E-12*EXP(200./TEMP)*0.139 ;
+{373} IPROPOLO2 + NO = IPROPOLO + NO2 : KRO2NO*0.991 ;
+{374} IPROPOLO2 + NO = PROLNO3 : KRO2NO*0.009 ;
+{375} IPROPOLO = CH3CHO + HCHO + HO2 : 2.00E+14*EXP(-5505./TEMP) ;
+{376} IPROPOLO2 + NO3 = IPROPOLO + NO2 : KRO2NO3 ;
+{377} HO2 + IPROPOLO2 = IPROPOLO2H : KRO2HO2*0.520 ;
+{378} IPROPOLO2 = IPROPOLO : 2.00E-12*0.6*RO2 ;
+{379} IPROPOLO2 = CH3CHOHCHO : 2.00E-12*0.2*RO2 ;
+{380} IPROPOLO2 = PROPGLY : 2.00E-12*0.2*RO2 ;
+{381} OH + PROLNO3 = CH3CHOHCHO + NO2 : 1.71E-12 ;
+{382} IPROPOLO2H + OH = IPROPOLO2 : 1.90E-12*EXP(190./TEMP) ;
+{383} IPROPOLO2H + OH = CH3CHOHCHO + OH : 1.83E-11 ;
+{384} IPROPOLO2H + hv = IPROPOLO + OH : J(J_CH3OOH) ;
+{385} CH3CHOHCHO + OH = CH3CHOHCO3 : 1.7E-11 ;
+{386} CH3CHOHCHO + hv = CH3CHO + CO + HO2 + HO2 : J(J_IPRCHO) ;
+{387} CH3CHOHCHO + NO3 = CH3CHOHCO3 + HNO3 : KNO3AL*2.4 ;
+{388} CH3CHOHCO3 + NO = CH3CHO + HO2 + NO2 : KAPNO ;
+{389} CH3CHOHCO3 + NO2 = IPROPOLPAN : KFPAN ;
+{390} IPROPOLPAN = CH3CHOHCO3 + NO2 : KBPAN ;
+{391} CH3CHOHCO3 + NO3 = CH3CHO + HO2 + NO2 : KRO2NO3*1.74 ;
+{392} CH3CHOHCO3 + HO2 = IPROPOLPER : KAPHO2*0.56 ;
+{393} CH3CHOHCO3 = CH3CHO + HO2 : 1.00E-11*RO2 ;
+{394} IPROPOLPAN + OH = CH3CHO + CO + NO2 : 2.34E-12 ;
+{395} IPROPOLPER + OH = CH3CHOHCO3 : 9.34E-12 ;
+{396} IPROPOLPER + hv = CH3CHO + HO2 + OH : J(J_CH3OOH) ;
+{397} C4CODIAL + hv = CHOCOCH2O2 + CO + HO2 : J(J_C3H7CHO_HCO) ;
+{398} C4CODIAL + hv = CO + HCOCH2CO3 + HO2 : J(J_MGLYOX) ;
+{399} C4CODIAL + OH = C312COCO3 : 3.39E-11 ;
+{400} C4CODIAL + NO3 = C312COCO3 + HNO3 : 2.*KNO3AL*4.0 ;
+{401} ETHGLY + OH = HO2 + HOCH2CHO : 1.45E-11 ;
+{402} OH + PROPGLY = CH3CHOHCHO + HO2 : 2.10E-11*0.387 ;
+{403} OH + PROPGLY = ACETOL + HO2 : 2.10E-11*0.613 ;
+{404} CH3CO2H + OH = CH3O2 : 8.00E-13 ;
+{405} OH + PROPACID = C2H5O2 : 1.2E-12 ;
+{406} H1CO23CHO + OH = CO + CO + HOCH2CO3 : 1.44E-11 ;
+{407} H1CO23CHO + hv = CO + CO + HO2 + HOCH2CO3 : J(J_MGLYOX)+J(J_BIACET) ;
+# note that branching ratios are adjusted to allow for the
+# APINENE reaction(s) in PRAM
+{408.} APINENE + OH = APINAO2 : 1.2D-11*EXP(440/TEMP)*0.558 ;
+{409.} APINENE + OH = APINBO2 : 1.2D-11*EXP(440/TEMP)*0.344 ;
+{410.} APINENE + OH = APINCO2 : 1.2D-11*EXP(440/TEMP)*0.073 ;
+{411} APINAO2 + NO = APINAO + NO2 : KRO2NO*0.770 ;
+{412} APINAO2 + NO = APINANO3 : KRO2NO*0.230 ;
+{413} APINAO = HO2 + PINAL : KDEC ;
+{414} APINAO2 + NO3 = APINAO + NO2 : KRO2NO3 ;
+{415} APINAO2 + HO2 = APINAOOH : KRO2HO2*0.914 ;
+{416} APINAO2 = APINAO : 9.20E-14*RO2*0.7 ;
+{417} APINAO2 = APINBOH : 9.20E-14*RO2*0.3 ;
+{418} APINANO3 + OH = NO2 + PINAL : 5.50E-12 ;
+{419} APINAOOH + hv = APINAO + OH : J(J_CH3OOH) ;
+{420} APINAOOH + OH = APINAO2 : 1.83E-11 ;
+{421} PINAL + hv = C96O2 + CO + HO2 : J(J_C3H7CHO_HCO) ;
+{422} OH + PINAL = C96CO3 : 5.2E-12*EXP(600./TEMP)*0.772 ;
+{423} OH + PINAL = PINALO2 : 5.2E-12*EXP(600./TEMP)*0.228 ;
+{424} NO3 + PINAL = C96CO3 + HNO3 : 2.0E-14 ;
+{425} C96CO3 + NO = C96O2 + NO2 : KAPNO ;
+{426} C96O2 + NO = C96O + NO2 : KRO2NO*0.843 ;
+{427} C96O2 + NO = C96NO3 : KRO2NO*0.157 ;
+{428} C96O = C97O2 : 4.20E+10*EXP(-3523./TEMP) ;
+{429} C97O2 + NO = C97O + NO2 : KRO2NO ;
+{430} C97O = C98O2 : KDEC ;
+{431} C98O2 + NO = C98O + NO2 : KRO2NO*0.882 ;
+{432} C98O2 + NO = C98NO3 : KRO2NO*0.118 ;
+{433} C98O = C614O2 + CH3COCH3 : KDEC ;
+{434} C614O2 + NO = C614O + NO2 : KRO2NO*0.902 ;
+{435} C614O2 + NO = C614NO3 : KRO2NO*0.098 ;
+{436} C614O = CO23C4CHO + HCHO + HO2 : KDEC ;
+{437} NO + PINALO2 = NO2 + PINALO : KRO2NO*0.950 ;
+{438} NO + PINALO2 = PINALNO3 : KRO2NO*0.050 ;
+{439} PINALO = C106O2 : KDEC ;
+{440} C106O2 + NO = C106O + NO2 : KRO2NO*0.875 ;
+{441} C106O2 + NO = C106NO3 : KRO2NO*0.125 ;
+{442} C106O = C716O2 + CH3COCH3 : KDEC ;
+{443} C716O2 + NO = C716O + NO2 : KRO2NO ;
+{444} C716O = CH3CO3 + CO13C4CHO : KDEC ;
+{445} C96CO3 + NO3 = C96O2 + NO2 : KRO2NO3*1.74 ;
+{446} C96CO3 + NO2 = C10PAN2 : KFPAN ;
+{447} C10PAN2 = C96CO3 + NO2 : KBPAN ;
+{448} C96CO3 + HO2 = PERPINONIC : KAPHO2*0.41 ;
+{449} C96CO3 + HO2 = O3 + PINONIC : KAPHO2*0.15 ;
+{450} C96CO3 = C96O2 : 1.00E-11*0.7*RO2 ;
+{451} C96CO3 = PINONIC : 1.00E-11*0.3*RO2 ;
+{452} C96O2 + NO3 = C96O + NO2 : KRO2NO3 ;
+{453} C96O2 + HO2 = C96OOH : KRO2HO2*0.890 ;
+{454} C96O2 = C96O : 1.30E-12*0.6*RO2 ;
+{455} C96O2 = C96OH : 1.30E-12*0.2*RO2 ;
+{456} C96O2 = NORPINAL : 1.30E-12*0.2*RO2 ;
+{457} C97O2 + NO3 = C97O + NO2 : KRO2NO3 ;
+{458} C97O2 + HO2 = C97OOH : KRO2HO2*0.890 ;
+{459} C97O2 = C97O : 6.70E-15*0.7*RO2 ;
+{460} C97O2 = C97OH : 6.70E-15*0.3*RO2 ;
+{461} C98O2 + NO3 = C98O + NO2 : KRO2NO3 ;
+{462} C98O2 + HO2 = C98OOH : KRO2HO2*0.890 ;
+{463} C98O2 = C98O : 6.70E-15*0.7*RO2 ;
+{464} C98O2 = C98OH : 6.70E-15*0.3*RO2 ;
+{465} C614O2 + NO3 = C614O + NO2 : KRO2NO3 ;
+{466} C614O2 + HO2 = C614OOH : KRO2HO2*0.770 ;
+{467} C614O2 = C614O : 8.80E-13*0.6*RO2 ;
+{468} C614O2 = C614OH : 8.80E-13*0.2*RO2 ;
+{469} C614O2 = C614CO : 8.80E-13*0.2*RO2 ;
+{470} NO3 + PINALO2 = NO2 + PINALO : KRO2NO3 ;
+{471} HO2 + PINALO2 = PINALOOH : KRO2HO2*0.914 ;
+{472} PINALO2 = PINALO : 6.70E-15*0.7*RO2 ;
+{473} PINALO2 = PINALOH : 6.70E-15*0.3*RO2 ;
+{474} C106O2 + NO3 = C106O + NO2 : KRO2NO3 ;
+{475} C106O2 + HO2 = C106OOH : KRO2HO2*0.914 ;
+{476} C106O2 = C106O : 6.70E-15*0.7*RO2 ;
+{477} C106O2 = C106OH : 6.70E-15*0.3*RO2 ;
+{478} C716O2 + NO3 = C716O + NO2 : KRO2NO3 ;
+{479} C716O2 + HO2 = C716OOH : KRO2HO2*0.820 ;
+{480} C716O2 = C716O : 8.80E-13*0.6*RO2 ;
+{481} C716O2 = C716OH : 8.80E-13*0.2*RO2 ;
+{482} C716O2 = CO235C6CHO : 8.80E-13*0.2*RO2 ;
+{483} C96NO3 + hv = C96O + NO2 : J(J_NC3H7NO3)+J(J_MEK) ;
+{484} C96NO3 + OH = NO2 + NORPINAL : 2.88E-12 ;
+{485} C98NO3 + hv = C98O + NO2 : J(J_TC4H9NO3)+J(J_BIACET) ;
+{486} C98NO3 + OH = C614CO + CH3COCH3 + NO2 : 5.37E-12 ;
+{487} C614NO3 + hv = C614O + NO2 : J(J_BIACET) ;
+{488} C614NO3 + OH = C614CO + NO2 : 71.11E-12 ;
+{489} PINALNO3 + hv = NO2 + PINALO : J(J_TC4H9NO3)+J(J_C3H7CHO_HCO) ;
+{490} OH + PINALNO3 = CH3COCH3 + CO235C6CHO + NO2 : 2.25E-11 ;
+{491} C106NO3 + hv = C106O + NO2 : J(J_TC4H9NO3)+J(J_C3H7CHO_HCO) ;
+{492} C106NO3 + OH = CH3COCH3 + CO235C6CHO + NO2 : 7.03E-11 ;
+{493} C10PAN2 + OH = CO + NO2 + NORPINAL : 3.66E-12 ;
+{494} PERPINONIC + hv = C96O2 + OH : J(J_CH3OOH)+J(J_MEK) ;
+{495} OH + PERPINONIC = C96CO3 : 9.73E-12 ;
+{496} C96OOH + hv = C96O + OH : J(J_CH3OOH)+J(J_MEK) ;
+{497} C96OOH + OH = C96O2 : 1.90E-12*EXP(190./TEMP) ;
+{498} C96OOH + OH = NORPINAL + OH : 1.30E-11 ;
+{499} C97OOH + hv = C97O + OH : J(J_CH3OOH)+J(J_MEK) ;
+{500} C97OOH + OH = C97O2 : 1.05E-11 ;
+{501} C98OOH + hv = C98O + OH : J(J_CH3OOH)+J(J_BIACET) ;
+{502} C98OOH + OH = C98O2 : 2.05E-11 ;
+{503} C614OOH + hv = C614O + OH : J(J_CH3OOH)+J(J_BIACET) ;
+{504} C614OOH + OH = C614CO + OH : 8.69E-11 ;
+{505} PINALOOH + hv = OH + PINALO : J(J_CH3OOH)+J(J_C3H7CHO_HCO) ;
+{506} OH + PINALOOH = PINALO2 : 2.75E-11 ;
+{507} C106OOH + hv = C106O + OH : J(J_CH3OOH)+J(J_C3H7CHO_HCO) ;
+{508} C106OOH + OH = C106O2 : 8.01E-11 ;
+{509} C716OOH + hv = C716O + OH : J(J_CH3OOH)+J(J_C3H7CHO_HCO) ;
+{510} C716OOH + OH = CO235C6CHO + OH : 1.20E-10 ;
+{511} PINONIC + hv = C96O2 + HO2 : J(J_MEK) ;
+{512} OH + PINONIC = C96O2 : 6.65E-12 ;
+{513} C96OH + hv = C96O + HO2 : J(J_MEK) ;
+{514} C96OH + OH = HO2 + NORPINAL : 7.67E-12 ;
+{515} C97OH + hv = C97O + HO2 : J(J_MEK) ;
+{516} C97OH + OH = C97O : 7.20E-12 ;
+{517} C98OH + hv = C98O + HO2 : J(J_BIACET) ;
+{518} C98OH + OH = C98O : 1.69E-11 ;
+{519} C614OH + hv = C614O + HO2 : J(J_BIACET) ;
+{520} C614OH + OH = C614CO + HO2 : 3.78E-11 ;
+{521} PINALOH + hv = HO2 + PINALO : J(J_MEK) ;
+{522} OH + PINALOH = PINALO : 2.41E-11 ;
+{523} C106OH + hv = C106O + HO2 : J(J_C3H7CHO_HCO) ;
+{524} C106OH + OH = C106O : 7.66E-11 ;
+{525} C716OH + hv = CO + H3C25C6O2 + HO2 : J(J_C3H7CHO_HCO) ;
+{526} C716OH + OH = CO235C6CHO + HO2 : 8.92E-11*0.232 ;
+{527} C716OH + OH = H3C25C6CO3 : 8.92E-11*0.768 ;
+{528} C716OH + NO3 = H3C25C6CO3 + HNO3 : KNO3AL*5.5 ;
+{529} H3C25C6CO3 + NO = H3C25C6O2 + NO2 : KAPNO ;
+{530} H3C25C6O2 + NO = H3C25C6O + NO2 : KRO2NO ;
+{531} H3C25C6O = H3C2C4CO3 + HCHO : KDEC ;
+{532} H3C2C4CO3 + NO = HMVKAO2 + NO2 : KAPNO ;
+{533} H3C2C4CO3 + NO3 = HMVKAO2 + NO2 : KRO2NO3*1.74 ;
+{534} H3C2C4CO3 + NO2 = H3C2C4PAN : KFPAN ;
+{535} H3C2C4PAN = H3C2C4CO3 + NO2 : KBPAN ;
+{536} H3C2C4CO3 + HO2 = H3C2C4CO3H : KAPHO2*0.41 ;
+{537} H3C2C4CO3 + HO2 = H3C2C4CO2H + O3 : KAPHO2*0.15 ;
+{538} H3C2C4CO3 = HMVKAO2 : 1.00E-11*RO2*0.7 ;
+{539} H3C2C4CO3 = H3C2C4CO2H : 1.00E-11*RO2*0.3 ;
+{540} H3C25C6PAN + OH = CO + H3C25C5CHO + NO2 : 2.29E-11 ;
+{541} H3C25CCO3H + hv = H3C25C6O2 + OH : J(J_CH3OOH)+J(J_MEK)*2. ;
+{542} H3C25CCO3H + OH = H3C25C6CO3 : 2.70E-11 ;
+{543} H3C25CCO2H + hv = H3C25C6O2 + HO2 : J(J_MEK)*2. ;
+{544} H3C25CCO2H + OH = H3C25C6O2 : 2.39E-11 ;
+{545} H3C25C6OOH + hv = H3C25C6O + OH : J(J_CH3OOH)+J(J_MEK)*2. ;
+{546} H3C25C6OOH + OH = H3C25C5CHO + OH : 3.23E-11 ;
+{547} H3C25C6OH + hv = HMVKAO2 + HOCH2CO3 : J(J_MEK)*2. ;
+{548} H3C25C6OH + OH = C614CO + HO2 : 2.54E-11*0.890 ;
+{549} H3C25C6OH + OH = H3C25C5CHO + HO2 : 2.54E-11*0.110 ;
+{550} H3C25C5CHO + hv = CO + H3C2C4CO3 + HO2 : J(J_MGLYOX) ;
+{551} H3C25C5CHO + OH = CO + H3C2C4CO3 : 3.55E-11 ;
+{552} H3C2C4PAN + OH = CO + CO2H3CHO + NO2 : 7.60E-12 ;
+{553} H3C2C4CO3H + hv = HMVKAO2 + OH : J(J_CH3OOH)+J(J_MEK) ;
+{554} H3C2C4CO3H + OH = H3C2C4CO3 : 2.65E-11 ;
+{555} H3C2C4CO2H + hv = HMVKAO2 + HO2 : J(J_MEK) ;
+{556} H3C2C4CO2H + OH = HMVKAO2 : 2.34E-11 ;
+{557} H3C25C6CO3 + NO3 = H3C25C6O2 + NO2 : KRO2NO3*1.74 ;
+{558} H3C25C6CO3 + NO2 = H3C25C6PAN : KFPAN ;
+{559} H3C25C6PAN = H3C25C6CO3 + NO2 : KBPAN ;
+{560} H3C25C6CO3 + HO2 = H3C25CCO3H : KAPHO2*0.41 ;
+{561} H3C25C6CO3 + HO2 = H3C25CCO2H + O3 : KAPHO2*0.15 ;
+{562} H3C25C6CO3 = H3C25C6O2 : 1.00E-11*RO2*0.7 ;
+{563} H3C25C6CO3 = H3C25CCO2H : 1.00E-11*RO2*0.3 ;
+{564} H3C25C6O2 + NO3 = H3C25C6O + NO2 : KRO2NO3 ;
+{565} H3C25C6O2 + HO2 = H3C25C6OOH : KRO2HO2*0.770 ;
+{566} H3C25C6O2 = H3C25C6O : 2.00E-12*RO2*0.6 ;
+{567} H3C25C6O2 = H3C25C6OH : 2.00E-12*RO2*0.2 ;
+{568} H3C25C6O2 = H3C25C5CHO : 2.00E-12*RO2*0.2 ;
+{569} NORPINAL + hv = C85O2 + CO + HO2 : J(J_C3H7CHO_HCO) ;
+{570} NORPINAL + OH = C85CO3 : 2.64E-11 ;
+{571} NO3 + NORPINAL = C85CO3 + HNO3 : KNO3AL*8.5 ;
+{572} C85CO3 + NO = C85O2 + NO2 : KAPNO ;
+{573} C85O2 + NO = C85O + NO2 : KRO2NO ;
+{574} C85O = C86O2 : KDEC ;
+{575} C86O2 + NO = C86O + NO2 : KRO2NO ;
+{576} C86O = C511O2 + CH3COCH3 : KDEC ;
+{577} C511O2 + NO = C511O + NO2 : KRO2NO ;
+{578} C511O = CH3CO3 + HCOCH2CHO : KDEC ;
+{579} C614CO + hv = BIACETO2 + HOCH2CO3 : J(J_MEK) ;
+{580} C614CO + OH = CO235C5CHO + HO2 : 3.22E-12 ;
+{581} CO235C5CHO + hv = CO + CO23C4CO3 + HO2 : J(J_MGLYOX) ;
+{582} CO235C5CHO + OH = CO + CO23C4CO3 : 1.33E-11 ;
+{583} CO235C5CHO + NO3 = CO + CO23C4CO3 + HNO3 : KNO3AL*5.5 ;
+{584} CO235C6CHO + hv = CH3CO3 + CHOC3COCO3 : J(J_BIACET) ;
+{585} CO235C6CHO + OH = CO235C6CO3 : 6.70E-11 ;
+{586} CO235C6CHO + NO3 = CO235C6CO3 + HNO3 : KNO3AL*5.5 ;
+{587} CO235C6CO3 + NO = CO235C6O2 + NO2 : KAPNO ;
+{588} CO235C6O2 + NO = CO235C6O + NO2 : KRO2NO ;
+{589} CO235C6O = CO23C4CO3 + HCHO : KDEC ;
+{590} C85CO3 + NO3 = C85O2 + NO2 : KRO2NO3*1.74 ;
+{591} C85CO3 + NO2 = C9PAN2 : KFPAN ;
+{592} C9PAN2 = C85CO3 + NO2 : KBPAN ;
+{593} C85CO3 + HO2 = C85CO3H : KAPHO2*0.56 ;
+{594} C85CO3 = C85O2 : 1.00E-11*RO2 ;
+{595} C85O2 + NO3 = C85O + NO2 : KRO2NO3 ;
+{596} C85O2 + HO2 = C85OOH : KRO2HO2*0.859 ;
+{597} C85O2 = C85O : 6.70E-15*RO2 ;
+{598} C86O2 + NO3 = C86O + NO2 : KRO2NO3 ;
+{599} C86O2 + HO2 = C86OOH : KRO2HO2*0.859 ;
+{600} C86O2 = C86O : 6.70E-15*RO2 ;
+{601} C511O2 + NO3 = C511O + NO2 : KRO2NO3 ;
+{602} C511O2 + HO2 = C511OOH : KRO2HO2*0.706 ;
+{603} C511O2 = C511O : 8.80E-13*RO2 ;
+{604} CO235C6CO3 + NO3 = CO235C6O2 + NO2 : KRO2NO3*1.74 ;
+{605} CO235C6CO3 + NO2 = C7PAN3 : KFPAN ;
+{606} C7PAN3 = CO235C6CO3 + NO2 : KBPAN ;
+{607} CO235C6CO3 + HO2 = C235C6CO3H : KAPHO2*0.56 ;
+{608} CO235C6CO3 = CO235C6O2 : 1.00E-11*RO2 ;
+{609} CO235C6O2 + NO3 = CO235C6O + NO2 : KRO2NO3 ;
+{610} CO235C6O2 + HO2 = CO235C6OOH : KRO2HO2*0.770 ;
+{611} CO235C6O2 = CO235C6O : 2.00E-12*RO2 ;
+{612} C9PAN2 + OH = C85OOH + CO + NO2 : 6.60E-12 ;
+{613} C85CO3H + hv = C85O2 + OH : J(J_CH3OOH)+J(J_MEK) ;
+{614} C85CO3H + OH = C85CO3 : 1.02E-11 ;
+{615} C85OOH + hv = C85O + OH : J(J_CH3OOH)+J(J_MEK) ;
+{616} C85OOH + OH = C85O2 : 1.29E-11 ;
+{617} C86OOH + hv = C86O + OH : J(J_CH3OOH)+J(J_C3H7CHO_HCO) ;
+{618} C86OOH + OH = C86O2 : 3.45E-11 ;
+{619} C511OOH + hv = C511O + OH : J(J_CH3OOH)+J(J_C3H7CHO_HCO) ;
+{620} C511OOH + OH = C511O2 : 7.49E-11 ;
+{621} C7PAN3 + OH = CO + CO235C5CHO + NO2 : 8.83E-13 ;
+{622} C235C6CO3H + hv = CO235C6O2 + OH : J(J_CH3OOH)+J(J_BIACET) ;
+{623} C235C6CO3H + OH = CO235C6CO3 : 4.75E-12 ;
+{624} CO235C6OOH + hv = CO235C6O + OH : J(J_CH3OOH)+J(J_BIACET) ;
+{625} CO235C6OOH + OH = CO235C6O2 : 1.01E-11 ;
+{626} CO13C4CHO + hv = CHOC3COO2 + CO + HO2 : J(J_C3H7CHO_HCO)*2. ;
+{627} CO13C4CHO + OH = CHOC3COCO3 : 1.33E-10 ;
+{628} CO13C4CHO + NO3 = CHOC3COCO3 + HNO3 : 2.*KNO3AL*5.5 ;
+{629} APINBO2 + NO = APINBO + NO2 : KRO2NO*0.770 ;
+{630} APINBO2 + NO = APINBNO3 : KRO2NO*0.230 ;
+{631} APINBO = HO2 + PINAL : KDEC ;
+{632} APINBO2 + NO3 = APINBO + NO2 : KRO2NO3 ;
+{633} APINBO2 + HO2 = APINBOOH : KRO2HO2*0.914 ;
+{634} APINBO2 = APINBO : 8.80E-13*RO2*0.6 ;
+{635} APINBO2 = APINBOH : 8.80E-13*RO2*0.2 ;
+{636} APINBO2 = APINBCO : 8.80E-13*RO2*0.2 ;
+{637} APINBNO3 + OH = APINBCO + NO2 : 3.64E-12 ;
+{638} APINBOOH + hv = APINBO + OH : J(J_CH3OOH) ;
+{639} APINBOOH + OH = APINBCO + OH : 3.28E-11 ;
+{640} APINBOH + OH = APINBCO + HO2 : 1.49E-11 ;
+{641} APINBCO + OH = C96CO3 : 8.18E-12 ;
+{642} APINENE + NO3 = NAPINAO2 : 1.2E-12*EXP(490./TEMP)*0.65 ;
+{643} APINENE + NO3 = NAPINBO2 : 1.2E-12*EXP(490./TEMP)*0.35 ;
+{644} NAPINAO2 + NO = NAPINAO + NO2 : KRO2NO ;
+{645} NAPINAO = NO2 + PINAL : KDEC ;
+{646} NAPINAO2 + NO3 = NAPINAO + NO2 : KRO2NO3 ;
+{647} HO2 + NAPINAO2 = NAPINAOOH : KRO2HO2*0.914 ;
+{648} NAPINAO2 = NAPINAO : 6.70E-15*0.9*RO2 ;
+{649} NAPINAO2 = APINBNO3 : 6.70E-15*0.1*RO2 ;
+{650} NAPINAOOH + hv = NAPINAO + OH : J(J_CH3OOH) ;
+{651} NAPINAOOH + OH = NAPINAO2 : 6.87E-12 ;
+{652} NAPINBO2 + NO = NAPINBO + NO2 : KRO2NO ;
+{653} NAPINBO = NO2 + PINAL : 4.00E+05 ;
+{654} NAPINBO = HO2 + NC101CO : KROSEC*O2 ;
+{655} NAPINBO2 + NO3 = NAPINBO + NO2 : KRO2NO3 ;
+{656} HO2 + NAPINBO2 = NAPINBOOH : KRO2HO2*0.914 ;
+{657} NAPINBO2 = NAPINBO : 2.50E-13*0.8*RO2 ;
+{658} NAPINBO2 = APINANO3 : 2.50E-13*0.1*RO2 ;
+{659} NAPINBO2 = NC101CO : 2.50E-13*0.1*RO2 ;
+{660} NAPINBOOH + hv = NAPINBO + OH : J(J_CH3OOH) ;
+{661} NAPINBOOH + OH = NAPINBO2 : 1.90E-12*EXP(190./TEMP) ;
+{662} NAPINBOOH + OH = NC101CO + OH : 1.23E-11 ;
+{663} NC101CO + hv = C96CO3 + NO2 : J(J_TC4H9NO3) ;
+{664} NC101CO + OH = NC101O2 : 5.55E-12 ;
+{665} NC101O2 + NO = NC101O + NO2 : KRO2NO ;
+{666} NC101O = NC102O2 : KDEC ;
+{667} NC102O2 + NO = NC102O + NO2 : KRO2NO ;
+{668} NC102O = CH3COCH3 + NC71O2 : KDEC ;
+{669} NC71O2 + NO = NC71O + NO2 : KRO2NO ;
+{670} NC71O = CO235C6CHO + NO2 : 4.00E+04 ;
+{671} NC71O = HO2 + NC71CO : KROSEC*O2 ;
+{672} NC101O2 + NO3 = NC101O + NO2 : KRO2NO3 ;
+{673} HO2 + NC101O2 = NC101OOH : KRO2HO2*0.914 ;
+{674} NC101O2 = NC101O : 6.70E-15*RO2 ;
+{675} NC102O2 + NO3 = NC102O + NO2 : KRO2NO3 ;
+{676} HO2 + NC102O2 = NC102OOH : KRO2HO2*0.914 ;
+{677} NC102O2 = NC102O : 6.70E-15*RO2 ;
+{678} NC71O2 + NO3 = NC71O + NO2 : KRO2NO3 ;
+{679} HO2 + NC71O2 = NC71OOH : KRO2HO2*0.820 ;
+{680} NC71O2 = NC71O : 2.50E-13*RO2 ;
+{681} NC101OOH + hv = NC101O + OH : J(J_CH3OOH) ;
+{682} NC101OOH + OH = NC101O2 : 5.94E-12 ;
+{683} NC102OOH + hv = NC102O + OH : J(J_CH3OOH) ;
+{684} NC102OOH + OH = NC102O2 : 8.03E-12 ;
+{685} NC71OOH + hv = NC71O + OH : J(J_CH3OOH) ;
+{686} NC71OOH + OH = NC71O2 : 3.25E-11 ;
+{687} NC71CO + hv = CO235C6CO3 + NO2 : J(J_TC4H9NO3) ;
+{688} NC71CO + OH = NC72O2 : 1.25E-12 ;
+{689} NC72O2 + NO = NC72O + NO2 : KRO2NO ;
+{690} NC72O = NC61CO3 : KDEC ;
+{691} NC61CO3 + NO = CO235C5CHO + NO2 + NO2 : KAPNO ;
+{692} NC72O2 + NO3 = NC72O + NO2 : KRO2NO3 ;
+{693} HO2 + NC72O2 = NC72OOH : KRO2HO2*0.820 ;
+{694} NC72O2 = NC72O : 8.80E-13*RO2 ;
+{695} NC61CO3 + NO3 = CO235C5CHO + NO2 + NO2 : KRO2NO3*1.74 ;
+{696} NC61CO3 + NO2 = NC6PAN1 : KFPAN ;
+{697} NC6PAN1 = NC61CO3 + NO2 : KBPAN ;
+{698} HO2 + NC61CO3 = NC61CO3H : KAPHO2*0.56 ;
+{699} NC61CO3 = CO235C5CHO + NO2 : 1.00E-11*RO2 ;
+{700} NC72OOH + hv = NC72O + OH : J(J_CH3OOH) ;
+{701} NC72OOH + OH = NC72O2 : 1.85E-11 ;
+{702} NC6PAN1 + OH = CO + CO235C5CHO + NO2 + NO2 : 1.32E-11 ;
+{703} NC61CO3H + hv = CO235C5CHO + NO2 + OH : J(J_CH3OOH) ;
+{704} NC61CO3H + OH = NC61CO3 : 1.68E-11 ;
+{705} APINCO2 + NO = APINCO + NO2 : KRO2NO*0.875 ;
+{706} APINCO2 + NO = APINCNO3 : KRO2NO*0.125 ;
+{707} APINCO = C720O2 + CH3COCH3 : KDEC ;
+{708} APINCO2 + NO3 = APINCO + NO2 : KRO2NO3 ;
+{709} APINCO2 + HO2 = APINCOOH : KRO2HO2*0.914 ;
+{710} APINCO2 = APINCO : 6.70E-15*RO2*0.7 ;
+{711} APINCO2 = APINCOH : 6.70E-15*RO2*0.3 ;
+{712} APINCNO3 + hv = APINCO + NO2 : J(J_TC4H9NO3) ;
+{713} APINCNO3 + OH = CH3COCH3 + HCC7CO + NO2 : 9.87E-11 ;
+{714} APINCOOH + hv = APINCO + OH : J(J_CH3OOH) ;
+{715} APINCOOH + OH = APINCO2 : 1.03E-10 ;
+{716} APINCOH + OH = APINCO : 9.91E-11 ;
+{717} C720O2 + NO = C720O + NO2 : KRO2NO*0.722 ;
+{718} C720O2 + NO = C720NO3 : KRO2NO*0.278 ;
+{719} C720O = HCC7CO + HO2 : KROSEC*O2 ;
+{720} C720O2 + NO3 = C720O + NO2 : KRO2NO3 ;
+{721} C720O2 + HO2 = C720OOH : KRO2HO2*0.820 ;
+{722} C720O2 = C720O : 2.50E-13*RO2*0.6 ;
+{723} C720O2 = C720OH : 2.50E-13*RO2*0.2 ;
+{724} C720O2 = HCC7CO : 2.50E-13*RO2*0.2 ;
+{725} C720NO3 + hv = C720O + NO2 : J(J_IC3H7NO3) ;
+{726} C720NO3 + OH = HCC7CO + NO2 : 9.60E-11 ;
+{727} C720OOH + hv = C720O + OH : J(J_CH3OOH) ;
+{728} C720OOH + OH = HCC7CO + OH : 1.27E-10 ;
+{729} C720OH + OH = HCC7CO + HO2 : 1.09E-10 ;
+{730} HCC7CO + OH = C719O2 : 1.19E-10 ;
+{731} C719O2 + NO = C719O + NO2 : KRO2NO*0.958 ;
+{732} C719O2 + NO = C719NO3 : KRO2NO*0.042 ;
+{733} C719O = C716OH + HO2 : KDEC ;
+{734} C719O2 + NO3 = C719O + NO2 : KRO2NO3 ;
+{735} C719O2 + HO2 = C719OOH : KRO2HO2*0.820 ;
+{736} C719O2 = C719O : 9.20E-14*RO2*0.7 ;
+{737} C719O2 = C719OH : 9.20E-14*RO2*0.3 ;
+{738} C719NO3 + OH = C716OH + NO2 : 1.26E-11 ;
+{739} C719OOH + hv = C719O + OH : J(J_CH3OOH) ;
+{740} C719OOH + OH = C719O2 : 7.06E-11 ;
+{741} C719OH + OH = C719O : 6.72E-11 ;
+# note that APINOOA reactions are contained below in PRAM,
+# with adjustments made to branching ratios to accommodate
+# the PRAM reaction
+{742} APINENE + O3 = APINOOA : 8.05E-16*EXP(-640./TEMP)*0.6 ;
+{743} APINENE + O3 = APINOOB : 8.05E-16*EXP(-640./TEMP)*0.4 ;
+{744} APINOOA = C107O2 + OH : KDEC*0.55 ;
+{745} APINOOA = C109O2 + OH : KDEC*0.45 ;
+{746} C107O2 + NO = C107O + NO2 : KRO2NO ;
+{747} C107O = C108O2 : KDEC ;
+{748} C108O2 + NO = C108O + NO2 : KRO2NO*0.875 ;
+{749} C108O2 + NO = C108NO3 : KRO2NO*0.125 ;
+{750} C108O = C717O2 + CH3COCH3 : KDEC ;
+{751} C717O2 + NO = C717O + NO2 : KRO2NO*0.722 ;
+{752} C717O2 + NO = C717NO3 : KRO2NO*0.278 ;
+{753} C717O = CO235C6CHO + HO2 : KROSEC*O2 ;
+{754} C107O2 + NO3 = C107O + NO2 : KRO2NO3 ;
+{755} C107O2 + HO2 = C107OOH : KRO2HO2*0.914 ;
+{756} C107O2 = C107O : 9.20E-14*0.7*RO2 ;
+{757} C107O2 = C107OH : 9.20E-14*0.3*RO2 ;
+{758} C108O2 + NO3 = C108O + NO2 : KRO2NO3 ;
+{759} C108O2 + HO2 = C108OOH : KRO2HO2*0.914 ;
+{760} C108O2 = C108O : 6.70E-15*0.7*RO2 ;
+{761} C108O2 = C108OH : 6.70E-15*0.3*RO2 ;
+{762} C717O2 + NO3 = C717O + NO2 : KRO2NO3 ;
+{763} C717O2 + HO2 = C717OOH : KRO2HO2*0.820 ;
+{764} C717O2 = C717O : 2.50E-13*0.6*RO2 ;
+{765} C717O2 = C717OH : 2.50E-13*0.2*RO2 ;
+{766} C717O2 = CO235C6CHO : 2.50E-13*0.2*RO2 ;
+{767} C108NO3 + hv = C108O + NO2 : J(J_TC4H9NO3)+J(J_BIACET) ;
+{768} C108NO3 + OH = CH3COCH3 + CO235C6CHO + NO2 : 2.85E-11 ;
+{769} C717NO3 + hv = C717O + NO2 : J(J_IC3H7NO3)+J(J_BIACET) ;
+{770} C717NO3 + OH = CO235C6CHO + NO2 : 2.23E-11 ;
+{771} C107OOH + hv = C107O + OH : J(J_CH3OOH)+J(J_C3H7CHO_HCO) ;
+{772} C107OOH + OH = C107O2 : 3.01E-11 ;
+{773} C108OOH + hv = C108O + OH : J(J_CH3OOH)+J(J_BIACET) ;
+{774} C108OOH + OH = C108O2 : 6.28E-11 ;
+{775} C717OOH + hv = C717O + OH : J(J_CH3OOH)+J(J_BIACET) ;
+{776} C717OOH + OH = CO235C6CHO + OH : 2.00E-10 ;
+{777} C107OH + hv = C107O + HO2 : J(J_C3H7CHO_HCO) ;
+{778} C107OH + OH = C107O : 2.66E-11 ;
+{779} C108OH + hv = C108O + HO2 : J(J_BIACET) ;
+{780} C108OH + OH = C108O : 5.93E-11 ;
+{781} C717OH + hv = C717O + HO2 : J(J_BIACET) ;
+{782} C717OH + OH = CO235C6CHO + HO2 : 1.26E-10 ;
+{783} C109O2 + NO = C109O + NO2 : KRO2NO ;
+{784} C109O = C89CO3 + HCHO : KDEC*0.80 ;
+{785} C109O = C920CO3 : KDEC*0.20 ;
+{786} C109O2 + NO3 = C109O + NO2 : KRO2NO3 ;
+{787} C109O2 + HO2 = C109OOH : KRO2HO2*0.914 ;
+{788} C109O2 = C109O : 2.00E-12*RO2*0.90 ;
+{789} C109O2 = C109OH : 2.00E-12*RO2*0.05 ;
+{790} C109O2 = C109CO : 2.00E-12*RO2*0.05 ;
+{791} C920CO3 + NO = C920O2 + NO2 : KAPNO ;
+{792} C920O2 + NO = C920O + NO2 : KRO2NO ;
+{793} C920O = C921O2 : 4.20E+10*EXP(-3523./TEMP) ;
+{794} C921O2 + NO = C921O + NO2 : KRO2NO ;
+{795} C921O = C922O2 : KDEC ;
+{796} C922O2 + NO = C922O + NO2 : KRO2NO ;
+{797} C922O = C621O2 + CH3COCH3 : KDEC ;
+{798} C621O2 + NO = C621O + NO2 : KRO2NO ;
+{799} C621O = H1C23C4CHO + HCHO + HO2 : KDEC ;
+{800} H1C23C4CHO + hv = HCOCH2CO3 + HOCH2CO3 : J(J_BIACET) ;
+{801} H1C23C4CHO + hv = CO + H1C23C4O2 + HO2 : J(J_C3H7CHO_HCO) ;
+{802} H1C23C4CHO + OH = H1C23C4CO3 : 2.37E-11 ;
+{803} H1C23C4CHO + NO3 = H1C23C4CO3 + HNO3 : KNO3AL*5.5 ;
+{804} H1C23C4CO3 + NO = H1C23C4O2 + NO2 : KAPNO ;
+{805} H1C23C4O2 + NO = H1C23C4O + NO2 : KRO2NO ;
+{806} H1C23C4O = CO + HCHO + HOCH2CO3 : KDEC ;
+{807} H1C23C4CO3 + NO3 = H1C23C4O2 + NO2 : KRO2NO3*1.74 ;
+{808} H1C23C4CO3 + NO2 = H1C23C4PAN : KFPAN ;
+{809} H1C23C4PAN = H1C23C4CO3 + NO2 : KBPAN ;
+{810} H1C23C4CO3 + HO2 = HC23C4CO3H : KAPHO2*0.56 ;
+{811} H1C23C4CO3 = H1C23C4O2 : 1.00E-11*RO2 ;
+{812} H1C23C4PAN + OH = CO + H1CO23CHO + NO2 : 2.92E-12 ;
+{813} HC23C4CO3H + hv = H1C23C4O2 + OH : J(J_CH3OOH)+J(J_BIACET) ;
+{814} HC23C4CO3H + OH = H1C23C4CO3 : 6.55E-12 ;
+{815} H1C23C4O2 + NO3 = H1C23C4O + NO2 : KRO2NO3 ;
+{816} H1C23C4O2 + HO2 = H1C23C4OOH : KRO2HO2*0.625 ;
+{817} H1C23C4O2 = H1C23C4O : 2.00E-12*RO2 ;
+{818} H1C23C4OOH + hv = H1C23C4O + OH : J(J_CH3OOH)+J(J_BIACET) ;
+{819} H1C23C4OOH + OH = H1C23C4O2 : 9.61E-12 ;
+{820} C920CO3 + NO3 = C920O2 + NO2 : KRO2NO3*1.74 ;
+{821} C920CO3 + NO2 = C920PAN : KFPAN ;
+{822} C920PAN = C920CO3 + NO2 : KBPAN ;
+{823} C920CO3 + HO2 = C920CO3H : KAPHO2*0.41 ;
+{824} C920CO3 + HO2 = HOPINONIC + O3 : KAPHO2*0.15 ;
+{825} C920CO3 = C920O2 : 1.00E-11*RO2*0.7 ;
+{826} C920CO3 = HOPINONIC : 1.00E-11*RO2*0.3 ;
+{827} C920O2 + NO3 = C920O + NO2 : KRO2NO3 ;
+{828} C920O2 + HO2 = C920OOH : KRO2HO2*0.890 ;
+{829} C920O2 = C920O : 1.30E-12*RO2 ;
+{830} C921O2 + NO3 = C921O + NO2 : KRO2NO3 ;
+{831} C921O2 + HO2 = C921OOH : KRO2HO2*0.890 ;
+{832} C921O2 = C921O : 6.70E-15*RO2 ;
+{833} C922O2 + NO3 = C922O + NO2 : KRO2NO3 ;
+{834} C922O2 + HO2 = C922OOH : KRO2HO2*0.890 ;
+{835} C922O2 = C922O : 6.70E-15*RO2 ;
+{836} C621O2 + NO3 = C621O + NO2 : KRO2NO3 ;
+{837} C621O2 + HO2 = C621OOH : KRO2HO2*0.770 ;
+{838} C621O2 = C621O : 8.80E-13*RO2 ;
+{839} C109OOH + hv = C109O + OH : J(J_CH3OOH)+J(J_C3H7CHO_HCO) ;
+{840} C109OOH + hv = C89CO3 + HCHO + OH : J(J_MEK) ;
+{841} C109OOH + OH = C109CO + OH : 5.47E-11 ;
+{842} C109OH + hv = C89CO3 + HCHO + HO2 : J(J_MEK) ;
+{843} C109OH + hv = C920O2 + CO + HO2 : J(J_C3H7CHO_HCO) ;
+{844} C109OH + OH = C109CO + HO2 : 4.45E-11 ;
+{845} C109CO + hv = C89CO3 + CO + HO2 : J(J_MGLYOX)+J(J_C3H7CHO_HCO) ;
+{846} C109CO + OH = C89CO3 + CO : 5.47E-11 ;
+{847} C920PAN + OH = C109OH + CO + NO2 : 5.56E-12 ;
+{848} HOPINONIC + hv = C920O2 + HO2 : J(J_MEK) ;
+{849} HOPINONIC + OH = C920O2 : 5.70E-12 ;
+{850} C920CO3H + hv = C920O2 + OH : J(J_CH3OOH)+J(J_MEK) ;
+{851} C920CO3H + OH = C920CO3 : 9.16E-12 ;
+{852} C920OOH + hv = C920O + OH : J(J_CH3OOH)+J(J_MEK) ;
+{853} C920OOH + OH = C920O2 : 2.36E-11 ;
+{854} C921OOH + hv = C921O + OH : J(J_CH3OOH)+J(J_MEK) ;
+{855} C921OOH + OH = C921O2 : 1.29E-11 ;
+{856} C922OOH + hv = C922O + OH : J(J_CH3OOH)+J(J_MEK) ;
+{857} C922OOH + OH = C922O2 : 1.51E-11 ;
+{858} C621OOH + hv = C621O + OH : J(J_CH3OOH)+J(J_MEK) ;
+{859} C621OOH + OH = C621O2 : 1.00E-10 ;
+{860} APINOOB = APINBOO : KDEC*0.50 ;
+{861} APINOOB = C96O2 + CO + OH : KDEC*0.50 ;
+{862} APINBOO + SO2 = PINAL + SO3 : 7.00E-14 ;
+{863} APINBOO + CO = PINAL : 1.20E-15 ;
+{864} APINBOO + NO = NO2 + PINAL : 1.00E-14 ;
+{865} APINBOO + NO2 = NO3 + PINAL : 1.00E-15 ;
+{866} APINBOO = H2O2 + PINAL : 1.40E-17*H2O ;
+{867} APINBOO = PINONIC : 2.00E-18*H2O ;
+{868} CO23C3CHO + hv = CH3CO3 + CO + CO + HO2 : J(J_MGLYOX) ;
+{869} CO23C3CHO + hv = CH3CO3 + HCOCO : J(J_BIACET) ;
+{870} NPROPOL + OH = HO1C3O2 : 4.6E-12*EXP(70./TEMP)*0.063 ;
+{871} BENZENE + OH = BZBIPERO2 : 2.3E-12*EXP(-190./TEMP)*0.352 ;
+{872} BENZENE + OH = BZEPOXMUC + HO2 : 2.3E-12*EXP(-190./TEMP)*0.118 ;
+{873} BENZENE + OH = HO2 + PHENOL : 2.3E-12*EXP(-190./TEMP)*0.53 ;
+{874} BZBIPERO2 + NO = BZBIPERO + NO2 : KRO2NO*0.918 ;
+{875} BZBIPERO2 + NO = BZBIPERNO3 : KRO2NO*0.082 ;
+{876} BZBIPERO = GLYOX + HO2 + MALDIAL : KDEC*0.50 ;
+{877} BZBIPERO = BZFUONE + GLYOX + HO2 : KDEC*0.50 ;
+{878} BZBIPERO2 + NO3 = BZBIPERO + NO2 : KRO2NO3 ;
+{879} BZBIPERO2 + HO2 = BZBIPEROOH : KRO2HO2*0.770 ;
+{880} BZBIPERO2 = BZBIPERO : 8.80E-13*RO2*0.6 ;
+{881} BZBIPERO2 = BZBIPER2OH : 8.80E-13*RO2*0.2 ;
+{882} BZBIPERO2 = BZOBIPEROH : 8.80E-13*RO2*0.2 ;
+{883} BZBIPERNO3 + hv = BZBIPERO + NO2 : J(J_IC3H7NO3) ;
+{884} BZBIPERNO3 + OH = BZOBIPEROH + NO2 : 7.30E-11 ;
+{885} BZBIPEROOH + hv = BZBIPERO + OH : J(J_CH3OOH) ;
+{886} BZBIPEROOH + OH = BZOBIPEROH + OH : 9.77E-11 ;
+{887} BZBIPER2OH + OH = BZOBIPEROH + HO2 : 1.21E-10 ;
+{888} BZOBIPEROH + hv = GLYOX + HO2 + MALDIALCO3 : J(J_MEK) ;
+{889} BZOBIPEROH + OH = GLYOX + MALDIALCO3 : 8.16E-11 ;
+{890} MALDIAL + OH = MALDIALO2 : 5.20E-11*0.17 ;
+{891} MALDIAL + OH = MALDIALCO3 : 5.20E-11*0.83 ;
+{892} MALDIAL + hv = BZFUONE : J(J_NO2)*0.14*0.4 ;
+{893} MALDIAL + hv = HO2 + MALDIALCO3 : J(J_NO2)*0.14*0.6 ;
+{894} MALDIALO2 + NO = MALDIALO + NO2 : KRO2NO ;
+{895} MALDIALO2 + NO3 = MALDIALO + NO2 : KRO2NO3 ;
+{896} HO2 + MALDIALO2 = MALDIALOOH : KRO2HO2*0.625 ;
+{897} MALDIALO2 = MALDIALO : 8.80E-13*0.60*RO2 ;
+{898} MALDIALO2 = HOCOC4DIAL : 8.80E-13*0.20*RO2 ;
+{899} MALDIALO2 = HOHOC4DIAL : 8.80E-13*0.20*RO2 ;
+{900} MALDIALO = GLYOX + GLYOX + HO2 : KDEC ;
+{901} MALDIALCO3 + NO = MALDIALCO2 + NO2 : KAPNO ;
+{902} MALDIALCO3 + NO2 = MALDIALPAN : KFPAN ;
+{903} MALDIALPAN = MALDIALCO3 + NO2 : KBPAN ;
+{904} MALDIALCO3 + NO3 = MALDIALCO2 + NO2 : KRO2NO3*1.74 ;
+{905} HO2 + MALDIALCO3 = MALDALCO3H : KAPHO2*0.41 ;
+{906} HO2 + MALDIALCO3 = MALDALCO2H + O3 : KAPHO2*0.15 ;
+{907} MALDIALCO3 = MALDIALCO2 : 1.00E-11*0.70*RO2 ;
+{908} MALDIALCO3 = MALDALCO2H : 1.00E-11*0.30*RO2 ;
+{909} MALDIALOOH + hv = MALDIALO + OH : J(J_CH3OOH) ;
+{910} MALDIALOOH + hv = C32OH13CO + CO + HO2 + OH : J(J_C3H7CHO_HCO)*2. ;
+{911} MALDIALOOH + OH = MALDIALO2 : 1.90E-12*EXP(190./TEMP) ;
+{912} MALDIALOOH + OH = HOCOC4DIAL + OH : 1.22E-10 ;
+{913} HOCOC4DIAL + hv = CO + HCOCOHCO3 + HO2 : J(J_MGLYOX)+J(J_C3H7CHO_HCO) ;
+{914} HOCOC4DIAL + OH = CO2C4DIAL + HO2 : 3.67E-11 ;
+{915} CO2C4DIAL + hv = CO + CO + CO + CO + HO2 + HO2 : J(J_MGLYOX)*2. ;
+{916} CO2C4DIAL + OH = CO + CO + CO + CO + HO2 : 2.45E-11 ;
+{917} HCOCOHCO3 + NO = GLYOX + HO2 + NO2 : KAPNO ;
+{918} HCOCOHCO3 + NO2 = HCOCOHPAN : KFPAN ;
+{919} HCOCOHPAN = HCOCOHCO3 + NO2 : KBPAN ;
+{920} HCOCOHCO3 + NO3 = GLYOX + HO2 + NO2 : KRO2NO3*1.74 ;
+{921} HCOCOHCO3 + HO2 = HCOCOHCO3H : KAPHO2*0.56 ;
+{922} HCOCOHCO3 = GLYOX + HO2 : 1.00E-11*RO2 ;
+{923} HCOCOHPAN + OH = CO + GLYOX + NO2 : 6.97E-11 ;
+{924} HCOCOHCO3H + hv = GLYOX + HO2 + OH : J(J_CH3OOH) ;
+{925} HCOCOHCO3H + OH = HCOCOHCO3 : 7.33E-11 ;
+{926} HOHOC4DIAL + hv = C32OH13CO + CO + HO2 + HO2 : J(J_C3H7CHO_HCO)*2. ;
+{927} HOHOC4DIAL + OH = HO2 + HOCOC4DIAL : 8.13E-11 ;
+{928} C32OH13CO + hv = CO + GLYOX + HO2 + HO2 : J(J_C3H7CHO_HCO)*2. ;
+{929} C32OH13CO + OH = HCOCOHCO3 : 1.36E-10 ;
+{930} BZEPOXMUC + O3 = EPXC4DIAL + GLYOOA : 2.00E-18 ;
+{931} MALANHY + OH = MALANHYO2 : 1.4E-12 ;
+{932} MALANHYO2 + NO = MALANHYO + NO2 : KRO2NO ;
+{933} MALANHYO = HCOCOHCO3 : KDEC ;
+{934} MALANHYO2 + NO3 = MALANHYO + NO2 : KRO2NO3 ;
+{935} HO2 + MALANHYO2 = MALANHYOOH : KRO2HO2*0.625 ;
+{936} MALANHYO2 = MALANHYO : 8.80E-13*0.6*RO2 ;
+{937} MALANHYO2 = MALANHY2OH : 8.80E-13*0.2*RO2 ;
+{938} MALANHYO2 = MALNHYOHCO : 8.80E-13*0.2*RO2 ;
+{939} MALANHYOOH + hv = MALANHYO + OH : J(J_CH3OOH) ;
+{940} MALANHYOOH + OH = MALNHYOHCO + OH : 4.66E-11 ;
+{941} MALANHY2OH + OH = HO2 + MALNHYOHCO : 2.55E-11 ;
+{942} MALNHYOHCO + OH = CO + CO + CO + HO2 : 5.68E-12 ;
+{943} MALDIAL + O3 = GLYOOA + GLYOX : 2.00E-18 ;
+{944} MALDIAL + NO3 = HNO3 + MALDIALCO3 : 2.*KNO3AL*2.0 ;
+{945} BZEPOXMUC + hv = CO + CO + HO2 + HO2 + MALDIAL : J(J_NO2)*0.1*0.5 ;
+{946} BZEPOXMUC + hv = C5DIALO2 + CO + HO2 : J(J_NO2)*0.1*0.5 ;
+{947} BZEPOXMUC + NO3 = BZEMUCCO3 + HNO3 : 2.*KNO3AL*2.75 ;
+{948} BZEPOXMUC + OH = BZEMUCO2 : 6.08E-11*0.69 ;
+{949} BZEPOXMUC + OH = BZEMUCCO3 : 6.08E-11*0.31 ;
+{950} BZEMUCO2 + NO = BZEMUCO + NO2 : KRO2NO*0.895 ;
+{951} BZEMUCO2 + NO = BZEMUCNO3 : KRO2NO*0.105 ;
+{952} BZEMUCO = C32OH13CO + C3DIALO2 : KDEC*0.5 ;
+{953} BZEMUCO = EPXC4DIAL + GLYOX + HO2 : KDEC*0.5 ;
+{954} BZEMUCO2 + NO3 = BZEMUCO + NO2 : KRO2NO3 ;
+{955} BZEMUCO2 + HO2 = BZEMUCOOH : KRO2HO2*0.77 ;
+{956} BZEMUCO2 = BZEMUCO : 8.80E-13*0.6*RO2 ;
+{957} BZEMUCO2 = BZEMUCOH : 8.80E-13*0.2*RO2 ;
+{958} BZEMUCO2 = BZEMUCCO : 8.80E-13*0.2*RO2 ;
+{959} BZEMUCNO3 + OH = BZEMUCCO + NO2 : 4.38E-11 ;
+{960} BZEMUCOOH + hv = BZEMUCO + OH : J(J_CH3OOH)+J(J_C3H7CHO_HCO)*2. ;
+{961} BZEMUCOOH + OH = BZEMUCCO + OH : 1.31E-10 ;
+{962} BZEMUCOH + hv = BZEMUCO + HO2 : J(J_C3H7CHO_HCO)*2. ;
+{963} BZEMUCOH + OH = BZEMUCCO + HO2 : 8.23E-11 ;
+{964} BZEMUCCO + hv = C3DIALO2 + HCOCOHCO3 : J(J_C3H7CHO_HCO)*2.+J(J_MEK) ;
+{965} C3DIALO2 + NO = C3DIALO + NO2 : KRO2NO ;
+{966} C3DIALO = CO + GLYOX + HO2 : KDEC ;
+{967} C3DIALO2 + NO3 = C3DIALO + NO2 : KRO2NO3 ;
+{968} C3DIALO2 + HO2 = C3DIALOOH : KRO2HO2*0.520 ;
+{969} C3DIALO2 = C3DIALO : 8.80E-13*RO2*0.6 ;
+{970} C3DIALO2 = C32OH13CO : 8.80E-13*RO2*0.2 ;
+{971} C3DIALO2 = C33CO : 8.80E-13*RO2*0.2 ;
+{972} C3DIALOOH + hv = C3DIALO + OH : J(J_CH3OOH) ;
+{973} C3DIALOOH + hv = CO + GLYOX + HO2 + OH : J(J_C3H7CHO_HCO)*2. ;
+{974} C3DIALOOH + OH = C33CO + OH : 1.44E-10 ;
+{975} C33CO + hv = CO + CO + CO + HO2 + HO2 : J(J_C3H7CHO_HCO)*2. ;
+{976} C33CO + OH = CO + CO + CO + HO2 : 5.77E-11 ;
+{977} BZEMUCCO3 + NO = C5DIALO2 + NO2 : KAPNO ;
+{978} C5DIALO2 + NO = C5DIALO + NO2 : KRO2NO ;
+{979} C5DIALO = CO + HO2 + MALDIAL : KDEC ;
+{980} BZEMUCCO3 + NO2 = BZEMUCPAN : KFPAN ;
+{981} BZEMUCPAN = BZEMUCCO3 + NO2 : KBPAN ;
+{982} BZEMUCCO3 + NO3 = C5DIALO2 + NO2 : KRO2NO3*1.74 ;
+{983} BZEMUCCO3 + HO2 = BZEMUCCO3H : KAPHO2*0.41 ;
+{984} BZEMUCCO3 + HO2 = BZEMUCCO2H + O3 : KAPHO2*0.15 ;
+{985} BZEMUCCO3 = C5DIALO2 : 1.00E-11*RO2*0.7 ;
+{986} BZEMUCCO3 = BZEMUCCO2H : 1.00E-11*RO2*0.3 ;
+{987} C5DIALO2 + NO3 = C5DIALO + NO2 : KRO2NO3 ;
+{988} C5DIALO2 + HO2 = C5DIALOOH : KRO2HO2*0.706 ;
+{989} C5DIALO2 = C5DIALO : 8.80E-13*RO2*0.6 ;
+{990} C5DIALO2 = C5DIALOH : 8.80E-13*RO2*0.2 ;
+{991} C5DIALO2 = C5DIALCO : 8.80E-13*RO2*0.2 ;
+{992} BZEMUCPAN + OH = CO + MALDIAL + NO2 : 4.05E-11 ;
+{993} BZEMUCCO3H + hv = C5DIALO2 + OH : J(J_CH3OOH)+J(J_MACR_HCO)+J(J_MACR_H) ;
+{994} BZEMUCCO3H + OH = BZEMUCCO3 : 4.37E-11 ;
+{995} BZEMUCCO2H + hv = C5DIALO2 + HO2 : J(J_MACR_HCO)+J(J_MACR_H) ;
+{996} BZEMUCCO2H + OH = C5DIALO2 : 4.06E-11 ;
+{997} C5DIALOOH + hv = C5DIALO + OH : J(J_CH3OOH) ;
+{998} C5DIALOOH + hv = CO + HO2 + MALDIAL + OH : J(J_MACR_HCO)+J(J_MACR_H) ;
+{999} C5DIALOOH + OH = C5DIALCO + OH : 7.52E-11 ;
+{1000} C5DIALOH + hv = CO + HO2 + HO2 + MALDIAL : J(J_MACR_HCO)+J(J_MACR_H) ;
+{1001} C5DIALOH + OH = C5DIALCO + HO2 : 7.75E-11 ;
+{1002} C5DIALCO + hv = CO + HO2 + MALDIALCO3 : J(J_MGLYOX)+J(J_MACR_HCO)+J(J_MACR_H) ;
+{1003} C5DIALCO + OH = CO + MALDIALCO3 : 4.90E-11 ;
+{1004} EPXC4DIAL + hv = C3DIALO2 + CO + HO2 : J(J_IPRCHO)*2. ;
+{1005} EPXC4DIAL + OH = EPXDLCO3 : 4.32E-11 ;
+{1006} EPXC4DIAL + NO3 = EPXDLCO3 + HNO3 : 2.*KNO3AL*4.0 ;
+{1007} EPXDLCO3 + NO = C3DIALO2 + NO2 : KAPNO ;
+{1008} EPXDLCO3 + NO2 = EPXDLPAN : KFPAN ;
+{1009} EPXDLPAN = EPXDLCO3 + NO2 : KBPAN ;
+{1010} EPXDLCO3 + NO3 = C3DIALO2 + NO2 : KRO2NO3*1.74 ;
+{1011} EPXDLCO3 + HO2 = EPXDLCO3H : KAPHO2*0.41 ;
+{1012} EPXDLCO3 + HO2 = EPXDLCO2H + O3 : KAPHO2*0.15 ;
+{1013} EPXDLCO3 = C3DIALO2 : 1.00E-11*RO2*0.7 ;
+{1014} EPXDLCO3 = EPXDLCO2H : 1.00E-11*RO2*0.3 ;
+{1015} EPXDLPAN + OH = C33CO + CO + NO2 : 2.29E-11 ;
+{1016} EPXDLCO3H + hv = C3DIALO2 + OH : J(J_CH3OOH)+J(J_IPRCHO) ;
+{1017} EPXDLCO3H + OH = EPXDLCO3 : 2.62E-11 ;
+{1018} EPXDLCO2H + hv = C3DIALO2 + HO2 : J(J_IPRCHO) ;
+{1019} EPXDLCO2H + OH = C3DIALO2 : 2.31E-11 ;
+{1020} OH + PBZQONE = PBZQO2 : 4.6E-12 ;
+{1021} NO + PBZQO2 = NO2 + PBZQO : KRO2NO ;
+{1022} PBZQO = C5CO2OHCO3 : KDEC ;
+{1023} NO3 + PBZQO2 = NO2 + PBZQO : KRO2NO3 ;
+{1024} HO2 + PBZQO2 = PBZQOOH : KRO2HO2*0.770 ;
+{1025} PBZQO2 = PBZQO : 8.80E-13*RO2*0.6 ;
+{1026} PBZQO2 = PBZQOH : 8.80E-13*RO2*0.2 ;
+{1027} PBZQO2 = PBZQCO : 8.80E-13*RO2*0.2 ;
+{1028} PBZQOOH + hv = OH + PBZQO : J(J_CH3OOH) ;
+{1029} OH + PBZQOOH = OH + PBZQCO : 1.23E-10 ;
+{1030} OH + PBZQOH = HO2 + PBZQCO : 9.18E-11 ;
+{1031} OH + PBZQCO = C5CO2OHCO3 : 6.07E-11 ;
+{1032} BZFUONE + OH = BZFUO2 : 4.45E-11 ;
+{1033} BZFUO2 + NO = BZFUO + NO2 : KRO2NO ;
+{1034} BZFUO = CO14O3CHO + HO2 : KDEC ;
+{1035} BZFUO2 + NO3 = BZFUO + NO2 : KRO2NO3 ;
+{1036} BZFUO2 + HO2 = BZFUOOH : KRO2HO2*0.706 ;
+{1037} BZFUO2 = BZFUO : 8.80E-13*RO2*0.6 ;
+{1038} BZFUO2 = BZFUOH : 8.80E-13*RO2*0.2 ;
+{1039} BZFUO2 = BZFUCO : 8.80E-13*RO2*0.2 ;
+{1040} BZFUOOH + hv = BZFUO + OH : J(J_CH3OOH) ;
+{1041} BZFUOOH + OH = BZFUO2 : 3.68E-11 ;
+{1042} BZFUOH + OH = BZFUCO + HO2 : 2.78E-11 ;
+{1043} BZFUCO + OH = CO14O3CHO + HO2 : 1.78E-11 ;
+{1044} CO14O3CHO + hv = CO + HCOCH2O2 + HO2 : J(J_MGLYOX) ;
+{1045} CO14O3CHO + OH = CO + HCOCH2O2 : 3.44E-11 ;
+{1046} CO14O3CHO + NO3 = CO + HCOCH2O2 + HNO3 : KNO3AL*8.0 ;
+{1047} OH + PHENOL = C6H5O : 4.7E-13*EXP(1220./TEMP)*0.06 ;
+{1048} OH + PHENOL = PHENO2 : 4.7E-13*EXP(1220./TEMP)*0.14 ;
+{1049} OH + PHENOL = CATECHOL + HO2 : 4.7E-13*EXP(1220./TEMP)*0.8 ;
+{1050} NO3 + PHENOL = C6H5O + HNO3 : 3.8E-12*0.742 ;
+{1051} NO3 + PHENOL = NPHENO2 : 3.8E-12*0.258 ;
+{1052} PHENO = HO2 + PBZQONE : KDEC*0.29 ;
+{1053} C6H5O + O3 = C6H5O2 : 2.86E-13 ;
+{1054} C6H5OOH + hv = C6H5O + OH : J(J_CH3OOH) ;
+{1055} HOC6H4NO2 + NO3 = HNO3 + NPHEN1O : 9.00E-14 ;
+{1056} NO2 + NPHEN1O = DNPHEN : 2.08E-12 ;
+{1057} NPHEN1O + O3 = NPHEN1O2 : 2.86E-13 ;
+{1058} NO + NPHEN1O2 = NO2 + NPHEN1O : KRO2NO ;
+{1059} NO3 + NPHEN1O2 = NO2 + NPHEN1O : KRO2NO3 ;
+{1060} HO2 + NPHEN1O2 = NPHEN1OOH : KRO2HO2*0.770 ;
+{1061} NPHEN1O2 = NPHEN1O : 2.50E-13*RO2 ;
+{1062} NPHEN1OOH + hv = NPHEN1O + OH : J(J_CH3OOH) ;
+{1063} NPHEN1OOH + OH = NPHEN1O2 : 9.00E-13 ;
+{1064} CATECHOL + OH = CATEC1O : 1.0E-10 ;
+{1065} CATECHOL + NO3 = CATEC1O + HNO3 : 9.9E-11 ;
+{1066} CATECHOL + O3 = CATECOOA : 9.2E-18 ;
+{1067} CATECOOA = HCOCO2H + HO2 + MALDALCO2H + OH : KDEC ;
+{1068} CATEC1O + NO2 = NCATECHOL : 2.08E-12 ;
+{1069} CATEC1O + O3 = CATEC1O2 : 2.86E-13 ;
+{1070} CATEC1O2 + NO = CATEC1O + NO2 : KRO2NO ;
+{1071} CATEC1O2 + NO3 = CATEC1O + NO2 : KRO2NO3 ;
+{1072} CATEC1O2 + HO2 = CATEC1OOH : KRO2HO2*0.770 ;
+{1073} CATEC1O2 = CATEC1O : 8.80E-13*RO2 ;
+{1074} CATEC1OOH + hv = CATEC1O + OH : J(J_CH3OOH) ;
+{1075} CATEC1OOH + OH = CATEC1O2 : 1.90E-12*EXP(190./TEMP) ;
+{1076} NCATECHOL + OH = NCATECO2 : 3.47E-12 ;
+{1077} NCATECHOL + NO3 = NNCATECO2 : 2.60E-12 ;
+{1078} NCATECO2 + NO = NCATECO + NO2 : KRO2NO ;
+{1079} NCATECO2 + NO3 = NCATECO + NO2 : KRO2NO3 ;
+{1080} NCATECO = HCOCO2H + HO2 + NC4DCO2H : KDEC ;
+{1081} HO2 + NCATECO2 = NCATECOOH : KRO2HO2*0.770 ;
+{1082} NCATECO2 = NCATECO : 8.00E-13*RO2 ;
+{1083} NCATECOOH + hv = NCATECO + OH : J(J_CH3OOH) ;
+{1084} NCATECOOH + OH = NCATECO2 : 1.90E-12*EXP(190./TEMP) ;
+{1085} NNCATECO2 + NO = NNCATECO + NO2 : KRO2NO ;
+{1086} NNCATECO2 + NO3 = NNCATECO + NO2 : KRO2NO3 ;
+{1087} NNCATECO = HCOCO2H + NC4DCO2H + NO2 : KDEC ;
+{1088} HO2 + NNCATECO2 = NNCATECOOH : KRO2HO2*0.770 ;
+{1089} NNCATECO2 = NNCATECO : 8.00E-13*RO2 ;
+{1090} NNCATECOOH + hv = NNCATECO + OH : J(J_CH3OOH) ;
+{1091} NNCATECOOH + OH = NNCATECO2 : 1.90E-12*EXP(190./TEMP) ;
+{1092} NC4DCO2H + OH = NC4DCO2 : 1.90E-12*EXP(190./TEMP) ;
+{1093} NC4DCO2 = MALANHY + NO2 : KDEC ;
+{1094} DNPHEN + OH = DNPHENO2 : 3.00E-14 ;
+{1095} DNPHEN + NO3 = NDNPHENO2 : 2.25E-15 ;
+{1096} DNPHENO2 + NO = DNPHENO + NO2 : KRO2NO ;
+{1097} DNPHENO2 + NO3 = DNPHENO + NO2 : KRO2NO3 ;
+{1098} DNPHENO = HCOCO2H + NC4DCO2H + NO2 : KDEC ;
+{1099} DNPHENO2 + HO2 = DNPHENOOH : KRO2HO2*0.770 ;
+{1100} DNPHENO2 = DNPHENO : 8.00E-13*RO2 ;
+{1101} DNPHENOOH + hv = DNPHENO + OH : J(J_CH3OOH) ;
+{1102} DNPHENOOH + OH = DNPHENO2 : 1.90E-12*EXP(190./TEMP) ;
+{1103} NDNPHENO2 + NO = NDNPHENO + NO2 : KRO2NO ;
+{1104} NDNPHENO2 + NO3 = NDNPHENO + NO2 : KRO2NO3 ;
+{1105} NDNPHENO = CO + CO + HNO3 + NC4DCO2H + NO2 : KDEC ;
+{1106} HO2 + NDNPHENO2 = NDNPHENOOH : KRO2HO2*0.770 ;
+{1107} NDNPHENO2 = NDNPHENO : 8.00E-13*RO2 ;
+{1108} NDNPHENOOH + hv = NDNPHENO + OH : J(J_CH3OOH) ;
+{1109} NDNPHENOOH + OH = NDNPHENO2 : 1.90E-12*EXP(190./TEMP) ;
+{1110} NO + PHENO2 = NO2 + PHENO : KRO2NO ;
+{1111} PHENO = GLYOX + HO2 + MALDALCO2H : KDEC*0.71 ;
+{1112} NO3 + PHENO2 = NO2 + PHENO : KRO2NO3 ;
+{1113} HO2 + PHENO2 = PHENOOH : KRO2HO2*0.770 ;
+{1114} PHENO2 = PHENO : 8.00E-13*RO2*0.7 ;
+{1115} PHENO2 = PHENOH : 8.00E-13*RO2*0.3 ;
+{1116} PHENOOH + hv = OH + PHENO : J(J_CH3OOH) ;
+{1117} OH + PHENOOH = PHENO2 : 1.16E-10 ;
+{1118} OH + PHENOH = PHENO : 1.13E-10 ;
+{1119} NO + NPHENO2 = NO2 + NPHENO : KRO2NO ;
+{1120} NPHENO = GLYOX + MALDALCO2H + NO2 : KDEC ;
+{1121} NO3 + NPHENO2 = NO2 + NPHENO : KRO2NO3 ;
+{1122} HO2 + NPHENO2 = NPHENOOH : KRO2HO2*0.770 ;
+{1123} NPHENO2 = NPHENO : 8.00E-13*RO2*0.7 ;
+{1124} NPHENO2 = NPHENOH : 8.00E-13*RO2*0.3 ;
+{1125} NPHENOOH + hv = NPHENO + OH : J(J_CH3OOH) ;
+{1126} NPHENOOH + OH = NPHENO2 : 1.07E-10 ;
+{1127} NPHENOH + OH = NPHENO : 1.04E-10 ;
+{1128} C6H5O + NO2 = HOC6H4NO2 : 2.08E-12 ;
+{1129} HCOCO2H + hv = CO + HO2 + HO2 : J(J_MGLYOX) ;
+{1130} MALDALCO2H + hv = CO + CO + HCOCO2H + HO2 + HO2 : J(J_MACR_HCO)+J(J_MACR_H) ;
+{1131} MALDALCO2H + OH = MALDIALCO2 : 3.70E-11 ;
+{1132} MALDALCO3H + hv = MALDIALCO2 + OH : J(J_C5HPALD1)*2. ;
+{1133} MALDALCO3H + OH = MALDIALCO3 : 4.00E-11 ;
+{1134} OH + PHAN = CO + HCHO + NO2 : 1.12E-12 ;
+{1135} C5CO2OHCO3 + NO = CO + HO2 + HOCOC4DIAL + NO2 : KAPNO ;
+{1136} C5CO2OHCO3 + NO2 = C5CO2OHPAN : KFPAN ;
+{1137} C5CO2OHPAN = C5CO2OHCO3 + NO2 : KBPAN ;
+{1138} C5CO2OHCO3 + NO3 = CO + HO2 + HOCOC4DIAL + NO2 : KRO2NO3*1.74 ;
+{1139} C5CO2OHCO3 + HO2 = C5COOHCO3H : KAPHO2*0.56 ;
+{1140} C5CO2OHCO3 = CO + HO2 + HOCOC4DIAL : 1.00E-11*RO2 ;
+{1141} C5CO2OHPAN + OH = CO + CO + HOCOC4DIAL + NO2 : 7.66E-11 ;
+{1142} C5COOHCO3H + OH = C5CO2OHCO3 : 8.01E-11 ;
+{1143} C5COOHCO3H + hv = CO + HO2 + HOCOC4DIAL + OH : J(J_CH3OOH) ;
+{1144} BZEMUCCO + OH = EPXDLCO3 + GLYOX : 9.20E-11 ;
+{1145} MALDIALCO2 = CO + GLYOX + HO2 : KDEC*0.40 ;
+{1146} MALDIALCO2 = HO2 + MALANHY : KDEC*0.60 ;
+{1147} BZFUONE + NO3 = NBZFUO2 : 3.00E-13 ;
+{1148} NBZFUO2 + NO = NBZFUO + NO2 : KRO2NO ;
+{1149} NBZFUO = CO14O3CHO + NO2 : KDEC*0.5 ;
+{1150} NBZFUO = HO2 + NBZFUONE : KDEC*0.5 ;
+{1151} NBZFUONE + OH = BZFUCO + NO2 : 1.16E-12 ;
+{1152} NBZFUO2 + NO3 = NBZFUO + NO2 : KRO2NO3 ;
+{1153} HO2 + NBZFUO2 = NBZFUOOH : KRO2HO2*0.625 ;
+{1154} NBZFUO2 = NBZFUO : 8.80E-13*RO2 ;
+{1155} NBZFUOOH + hv = NBZFUO + OH : J(J_CH3OOH) ;
+{1156} NBZFUOOH + OH = NBZFUO2 : 6.18E-12 ;
+{1157} BZFUONE + O3 = BZFUONOOA : 2.20E-19 ;
+{1158} BZFUONOOA = BZFUONOO : KDEC*0.5 ;
+{1159} BZFUONOOA = CO + HCOCH2O2 + OH : KDEC*0.5 ;
+{1160} BZFUONOO + SO2 = CO14O3CHO + SO3 : 7.00E-14 ;
+{1161} BZFUONOO + CO = CO14O3CHO : 1.20E-15 ;
+{1162} BZFUONOO + NO = CO14O3CHO + NO2 : 1.00E-14 ;
+{1163} BZFUONOO + NO2 = CO14O3CHO + NO3 : 1.00E-15 ;
+{1164} BZFUONOO = CO14O3CHO + H2O2 : 6.00E-18*H2O ;
+{1165} BZFUONOO = CO14O3CO2H : 1.00E-17*H2O ;
+{1166} CO14O3CO2H + OH = HCOCH2O2 : 2.19E-11 ;
+{1167} NO3 + PBZQONE = NBZQO2 : 3.00E-13 ;
+{1168} NBZQO2 + NO = NBZQO + NO2 : KRO2NO ;
+{1169} NBZQO = C6CO4DB + NO2 : KDEC ;
+{1170} NBZQO2 + NO3 = NBZQO + NO2 : KRO2NO3 ;
+{1171} HO2 + NBZQO2 = NBZQOOH : KRO2HO2*0.770 ;
+{1172} NBZQO2 = NBZQO : 8.80E-13*RO2 ;
+{1173} NBZQOOH + hv = NBZQO + OH : J(J_CH3OOH) ;
+{1174} NBZQOOH + OH = NBZQO2 : 6.68E-11 ;
+{1175} C6CO4DB + hv = C4CO2DBCO3 + CO + HO2 : J(J_MGLYOX)*2. ;
+{1176} C6CO4DB + OH = C33CO + CO + CO + CO + HO2 : 7.70E-11 ;
+{1177} C4CO2DBCO3 + NO = C33CO + CO + HO2 + NO2 : KAPNO ;
+{1178} C4CO2DBCO3 + NO2 = C4CO2DBPAN : KFPAN ;
+{1179} C4CO2DBPAN = C4CO2DBCO3 + NO2 : KBPAN ;
+{1180} C4CO2DBCO3 + NO3 = C33CO + CO + HO2 + NO2 : KRO2NO3*1.74 ;
+{1181} C4CO2DBCO3 + HO2 = C4CO2DCO3H : KAPHO2*0.56 ;
+{1182} C4CO2DBCO3 = C33CO + CO + HO2 : 1.00E-11*RO2 ;
+{1183} C4CO2DCO3H + hv = C33CO + CO + HO2 + OH : J(J_CH3OOH)+J(J_MGLYOX) ;
+{1184} C4CO2DCO3H + OH = C4CO2DBCO3 : 3.06E-11 ;
+{1185} MALDIALPAN + OH = CO + CO + GLYOX + NO2 : 3.70E-11 ;
+{1186} C4CO2DBPAN + OH = C33CO + CO + NO2 : 2.74E-11 ;
+{1187} BZEMUCNO3 + hv = EPXC4DIAL + GLYOX + HO2 + NO2 : J(J_IPRCHO) ;
+{1188} NPHENOOH + hv = GLYOX + MALDALCO2H + NO2 + OH : J(J_IC3H7NO3) ;
+{1189} NPHENOH + hv = GLYOX + HO2 + MALDALCO2H + NO2 : J(J_IC3H7NO3) ;
+{1190} C89CO3 + NO = C89CO2 + NO2 : KAPNO ;
+{1191} C89O2 + NO = C89O + NO2 : KRO2NO*0.896 ;
+{1192} C89O2 + NO = C89NO3 : KRO2NO*0.104 ;
+{1193} C89O = C810O2 : 2.70E+14*EXP(-6643./TEMP) ;
+{1194} C810O2 + NO = C810O + NO2 : KRO2NO*0.896 ;
+{1195} C810O2 + NO = C810NO3 : KRO2NO*0.104 ;
+{1196} C810O = C514O2 + CH3COCH3 : 2.70E+14*EXP(-6643./TEMP) ;
+{1197} C514O2 + NO = C514O + NO2 : KRO2NO*0.871 ;
+{1198} C514O2 + NO = C514NO3 : KRO2NO*0.129 ;
+{1199} C514O = CO13C4CHO + HO2 : 1.80E-14*EXP(-260./TEMP)*O2 ;
+{1200} C89CO3 + NO3 = C89CO2 + NO2 : KRO2NO3*1.74 ;
+{1201} C89CO3 + NO2 = C89PAN : KFPAN ;
+{1202} C89PAN = C89CO3 + NO2 : KBPAN ;
+{1203} C89CO3 + HO2 = C89CO3H : KAPHO2*0.41 ;
+{1204} C89CO3 + HO2 = C89CO2H + O3 : KAPHO2*0.15 ;
+{1205} C89CO3 = C89CO2 : 1.00E-11*RO2*0.7 ;
+{1206} C89CO3 = C89CO2H : 1.00E-11*RO2*0.3 ;
+{1207} C89O2 + NO3 = C89O + NO2 : KRO2NO3 ;
+{1208} C89O2 + HO2 = C89OOH : KRO2HO2*0.859 ;
+{1209} C89O2 = C89O : 6.70E-15*RO2*0.7 ;
+{1210} C89O2 = C89OH : 6.70E-15*RO2*0.3 ;
+{1211} C810O2 + NO3 = C810O + NO2 : KRO2NO3 ;
+{1212} C810O2 + HO2 = C810OOH : KRO2HO2*0.914 ;
+{1213} C810O2 = C810O : 6.70E-15*RO2*0.7 ;
+{1214} C810O2 = C810OH : 6.70E-15*RO2*0.3 ;
+{1215} C514O2 + NO3 = C514O + NO2 : KRO2NO3 ;
+{1216} C514O2 + HO2 = C514OOH : KRO2HO2*0.706 ;
+{1217} C514O2 = C514O : 2.50E-13*RO2*0.6 ;
+{1218} C514O2 = C514OH : 2.50E-13*RO2*0.2 ;
+{1219} C514O2 = CO13C4CHO : 2.50E-13*RO2*0.2 ;
+{1220} C89PAN + OH = CH3COCH3 + CO + CO13C4CHO + NO2 : 2.52E-11 ;
+{1221} C89CO3H + hv = C89CO2 + OH : J(J_CH3OOH)+J(J_C3H7CHO_HCO) ;
+{1222} C89CO3H + OH = C89CO3 : 3.00E-11 ;
+{1223} C89CO2H + hv = C89CO2 + HO2 : J(J_C3H7CHO_HCO) ;
+{1224} C89CO2H + OH = C89CO2 : 2.69E-11 ;
+{1225} C89NO3 + hv = C89O + NO2 : J(J_TC4H9NO3)+J(J_C3H7CHO_HCO) ;
+{1226} C89NO3 + OH = CH3COCH3 + CO13C4CHO + NO2 : 2.56E-11 ;
+{1227} C89OOH + hv = C89O + OH : J(J_CH3OOH)+J(J_C3H7CHO_HCO) ;
+{1228} C89OOH + OH = C89O2 : 3.61E-11 ;
+{1229} C89OH + hv = C89O + HO2 : J(J_C3H7CHO_HCO) ;
+{1230} C89OH + OH = C89O : 2.86E-11 ;
+{1231} C810NO3 + hv = C810O + NO2 : J(J_TC4H9NO3)+J(J_C3H7CHO_HCO) ;
+{1232} C810NO3 + OH = CH3COCH3 + CO13C4CHO + NO2 : 4.96E-11 ;
+{1233} C810OOH + hv = C810O + OH : J(J_CH3OOH)+J(J_C3H7CHO_HCO) ;
+{1234} C810OOH + OH = C810O2 : 8.35E-11 ;
+{1235} C810OH + hv = C810O + HO2 : J(J_C3H7CHO_HCO) ;
+{1236} C810OH + OH = C810O : 8.00E-11 ;
+{1237} C514NO3 + hv = C514O + NO2 : J(J_IC3H7NO3)+J(J_C3H7CHO_HCO)*2. ;
+{1238} C514NO3 + OH = CO13C4CHO + NO2 : 4.33E-11 ;
+{1239} C514OOH + hv = C514O + OH : J(J_CH3OOH)+J(J_C3H7CHO_HCO)*2. ;
+{1240} C514OOH + OH = CO13C4CHO + OH : 1.10E-10 ;
+{1241} C514OH + hv = C514O + HO2 : J(J_C3H7CHO_HCO)*2. ;
+{1242} C514OH + OH = CO13C4CHO + HO2 : 6.99E-11 ;
+{1243} C89CO2 = C89O2 : KDEC*0.20 ;
+{1244} C89CO2 = C811CO3 : KDEC*0.80 ;
+{1245} C811CO3 + NO = C811O2 + NO2 : KAPNO ;
+{1246} C811O2 + NO = C811O + NO2 : KRO2NO*0.862 ;
+{1247} C811O = C812O2 : KDEC ;
+{1248} C812O2 + NO = C812O + NO2 : KRO2NO ;
+{1249} C812O = C813O2 : KDEC ;
+{1250} C813O2 + NO = C813O + NO2 : KRO2NO*0.896 ;
+{1251} C813O2 + NO = C813NO3 : KRO2NO*0.104 ;
+{1252} C813O = C516O2 + CH3COCH3 : KDEC ;
+{1253} C811CO3 + NO3 = C811O2 + NO2 : KRO2NO3*1.74 ;
+{1254} C811CO3 + HO2 = C811CO3H : KAPHO2*0.41 ;
+{1255} C811CO3 + HO2 = O3 + PINIC : KAPHO2*0.15 ;
+{1256} C811CO3 = C811O2 : 1.00E-11*RO2*0.7 ;
+{1257} C811CO3 = PINIC : 1.00E-11*RO2*0.3 ;
+{1258} C811CO3 + NO2 = C811PAN : KFPAN ;
+{1259} C811PAN = C811CO3 + NO2 : KBPAN ;
+{1260} C811O2 + NO3 = C811O + NO2 : KRO2NO3 ;
+{1261} C811O2 + HO2 = C811OOH : KRO2HO2*0.859 ;
+{1262} C811O2 = C811O : 1.30E-12*RO2*0.6 ;
+{1263} C811O2 = C811OH : 1.30E-12*RO2*0.2 ;
+{1264} C811O2 = C721CHO : 1.30E-12*RO2*0.2 ;
+{1265} C812O2 + NO3 = C812O + NO2 : KRO2NO3 ;
+{1266} C812O2 + HO2 = C812OOH : KRO2HO2*0.859 ;
+{1267} C812O2 = C812O : 9.20E-14*RO2*0.7 ;
+{1268} C812O2 = C812OH : 9.20E-14*RO2*0.3 ;
+{1269} C813O2 + NO3 = C813O + NO2 : KRO2NO3 ;
+{1270} C813O2 + HO2 = C813OOH : KRO2HO2*0.859 ;
+{1271} C813O2 = C813O : 6.70E-15*RO2*0.7 ;
+{1272} C813O2 = C813OH : 6.70E-15*RO2*0.3 ;
+{1273} C813NO3 + hv = C813O + NO2 : J(J_TC4H9NO3)+J(J_MGLYOX) ;
+{1274} C813NO3 + OH = CH3COCH3 + CO13C3CO2H + HCHO + NO2 : 7.82E-12 ;
+{1275} C811CO3H + hv = C811O2 + OH : J(J_CH3OOH) ;
+{1276} C811CO3H + OH = C811CO3 : 1.04E-11 ;
+{1277} C811OOH + hv = C811O + OH : J(J_CH3OOH) ;
+{1278} C811OOH + OH = C721CHO + OH : 1.70E-11 ;
+{1279} C812OOH + hv = C812O + OH : J(J_CH3OOH) ;
+{1280} C812OOH + OH = C812O2 : 1.09E-11 ;
+{1281} C813OOH + hv = C813O + OH : J(J_CH3OOH)+J(J_MGLYOX) ;
+{1282} C813OOH + OH = C813O2 : 1.86E-11 ;
+{1283} OH + PINIC = C811O2 : 7.29E-12 ;
+{1284} C811OH + OH = C721CHO + HO2 : 7.89E-12 ;
+{1285} C812OH + OH = C812O : 7.42E-12 ;
+{1286} C813OH + OH = C813O : 1.75E-11 ;
+{1287} C813OH + hv = C813O + HO2 : J(J_MGLYOX) ;
+{1288} C811PAN + OH = C721CHO + CO + NO2 : 6.77E-12 ;
+{1289} CO13C3CO2H + hv = HCOCH2CO3 + HO2 : J(J_MGLYOX)+J(J_C3H7CHO_HCO) ;
+{1290} CO13C3CO2H + OH = HCOCH2CO3 : 6.69E-11 ;
+{1291} C721CHO + hv = C721O2 + CO + HO2 : J(J_C3H7CHO_HCO) ;
+{1292} C721CHO + OH = C721CO3 : 2.63E-11 ;
+{1293} C721CHO + NO3 = C721CO3 + HNO3 : KNO3AL*8.5 ;
+{1294} C721CO3 + NO = C721O2 + NO2 : KAPNO ;
+{1295} C721O2 + NO = C721O + NO2 : KRO2NO ;
+{1296} C721O = C722O2 : KDEC ;
+{1297} C722O2 + NO = C722O + NO2 : KRO2NO ;
+{1298} C722O = C44O2 + CH3COCH3 : KDEC ;
+{1299} C44O2 + NO = C44O + NO2 : KRO2NO ;
+{1300} C44O = HCOCH2CHO + HO2 : KDEC ;
+{1301} C721CO3 + NO3 = C721O2 + NO2 : KRO2NO3*1.74 ;
+{1302} C721CO3 + NO2 = C721PAN : KFPAN ;
+{1303} C721PAN = C721CO3 + NO2 : KBPAN ;
+{1304} C721CO3 + HO2 = C721CO3H : KAPHO2*0.41 ;
+{1305} C721CO3 + HO2 = NORPINIC + O3 : KAPHO2*0.15 ;
+{1306} C721CO3 = C721O2 : 1.00E-11*RO2*0.7 ;
+{1307} C721CO3 = NORPINIC : 1.00E-11*RO2*0.3 ;
+{1308} C721O2 + NO3 = C721O + NO2 : KRO2NO3 ;
+{1309} C721O2 + HO2 = C721OOH : KRO2HO2*0.820 ;
+{1310} C721O2 = C721O : 1.30E-12*RO2 ;
+{1311} C722O2 + NO3 = C722O + NO2 : KRO2NO3 ;
+{1312} C722O2 + HO2 = C722OOH : KRO2HO2*0.820 ;
+{1313} C722O2 = C722O : 6.70E-15*RO2 ;
+{1314} C44O2 + NO3 = C44O + NO2 : KRO2NO3 ;
+{1315} C44O2 + HO2 = C44OOH : KRO2HO2*0.625 ;
+{1316} C44O2 = C44O : 8.80E-13*RO2 ;
+{1317} C721PAN + OH = C721OOH + CO + NO2 : 2.96E-12 ;
+{1318} C721CO3H + hv = C721O2 + OH : J(J_CH3OOH) ;
+{1319} C721CO3H + OH = C721CO3 : 9.65E-12 ;
+{1320} NORPINIC + OH = C721O2 : 6.57E-12 ;
+{1321} C721OOH + hv = C721O + OH : J(J_CH3OOH) ;
+{1322} C721OOH + OH = C721O2 : 1.27E-11 ;
+{1323} C722OOH + hv = C722O + OH : J(J_CH3OOH) ;
+{1324} C722OOH + OH = C722O2 : 3.31E-11 ;
+{1325} C44OOH + hv = C44O + OH : J(J_CH3OOH) ;
+{1326} C44OOH + OH = C44O2 : 7.46E-11 ;
+{1327} C811O2 + NO = C811NO3 : KRO2NO*0.138 ;
+{1328} C811NO3 + hv = C811O + NO2 : J(J_NC3H7NO3) ;
+{1329} C811NO3 + OH = C721CHO + NO2 : 3.29E-12 ;
+{1330} C6H5O2 + NO = C6H5O + NO2 : KRO2NO ;
+{1331} C6H5O2 + NO3 = C6H5O + NO2 : KRO2NO3 ;
+{1332} HOC6H4NO2 + OH = NPHEN1O : 9.00E-13 ;
+{1333} C6H5O2 + HO2 = C6H5OOH : KRO2HO2*0.770 ;
+{1334} C6H5O2 = C6H5O : 2.50E-13*RO2 ;
+{1335} C6H5OOH + OH = C6H5O2 : 3.60E-12 ;
+{1336} BZEMUCCO3 + HO2 = C5DIALO2 + OH : KAPHO2*0.44 ;
+{1337} C2H5CO3 + HO2 = C2H5O2 + OH : KAPHO2*0.44 ;
+{1338} C721CO3 + HO2 = C721O2 + OH : KAPHO2*0.44 ;
+{1339} C811CO3 + HO2 = C811O2 + OH : KAPHO2*0.44 ;
+{1340} C89CO3 + HO2 = C89CO2 + OH : KAPHO2*0.44 ;
+{1341} C920CO3 + HO2 = C920O2 + OH : KAPHO2*0.44 ;
+{1342} C96CO3 + HO2 = C96O2 + OH : KAPHO2*0.44 ;
+{1343} CH3CO3 + HO2 = CH3O2 + OH : KAPHO2*0.44 ;
+{1344} EPXDLCO3 + HO2 = C3DIALO2 + OH : KAPHO2*0.44 ;
+{1345} H3C25C6CO3 + HO2 = H3C25C6O2 + OH : KAPHO2*0.44 ;
+{1346} H3C2C4CO3 + HO2 = HMVKAO2 + OH : KAPHO2*0.44 ;
+{1347} HCOCH2CO3 + HO2 = HCOCH2O2 + OH : KAPHO2*0.44 ;
+{1348} HCOCO3 + HO2 = CO + HO2 + OH : KAPHO2*0.44 ;
+{1349} HO2 + HOC2H4CO3 = HOCH2CH2O2 + OH : KAPHO2*0.44 ;
+{1350} HO2 + HOCH2CO3 = HCHO + HO2 + OH : KAPHO2*0.44 ;
+{1351} HO2 + MALDIALCO3 = MALDIALCO2 + OH : KAPHO2*0.44 ;
+{1352} C312COCO3 + HO2 = CHOCOCH2O2 + OH : KAPHO2*0.44 ;
+{1353} C4CO2DBCO3 + HO2 = C33CO + CO + HO2 + OH : KAPHO2*0.44 ;
+{1354} C5CO2OHCO3 + HO2 = CO + HO2 + HOCOC4DIAL + OH : KAPHO2*0.44 ;
+{1355} C85CO3 + HO2 = C85O2 + OH : KAPHO2*0.44 ;
+{1356} CH3CHOHCO3 + HO2 = CH3CHO + HO2 + OH : KAPHO2*0.44 ;
+{1357} CHOC3COCO3 + HO2 = CHOC3COO2 + OH : KAPHO2*0.44 ;
+{1358} CO235C6CO3 + HO2 = CO235C6O2 + OH : KAPHO2*0.44 ;
+{1359} CO23C4CO3 + HO2 = BIACETO2 + OH : KAPHO2*0.44 ;
+{1360} CO2H3CO3 + HO2 = HO2 + MGLYOX + OH : KAPHO2*0.44 ;
+{1361} H1C23C4CO3 + HO2 = H1C23C4O2 + OH : KAPHO2*0.44 ;
+{1362} HCOCOHCO3 + HO2 = GLYOX + HO2 + OH : KAPHO2*0.44 ;
+{1363} HO2 + NC61CO3 = CO235C5CHO + NO2 + OH : KAPHO2*0.44 ;
+{1364} C516O2 + NO = C516O + NO2 : KRO2NO ;
+{1365} C516O2 + NO3 = C516O + NO2 : KRO2NO3 ;
+{1366} C516O2 + HO2 = C516OOH : KRO2HO2*0.706 ;
+{1367} C516O2 = C516O : 8.8E-13*RO2 ;
+{1368} C516O = CO13C3CO2H + HCHO + HO2 : KDEC ;
+{1369} C516OOH + hv = C516O + OH : J(J_CH3OOH)+J(J_MEK) ;
+{1370} C516OOH + OH = C516O2 + OH : 3.38E-11 ;
+{1371} HCOCO = CO + CO + HO2 : 7.00E11*EXP(-3160./TEMP)+5.00E-12*O2 ;
+{1372} HCOCO = HCOCO3 : 5.00E-12*O2*3.2*EXP(-550./TEMP) ;
+{1373} HCOCO = CO + OH : 5.00E-12*O2*3.2*(1.-EXP(-550./TEMP)) ;
+{1374} HMVKANO3 + hv = HMVKAO + NO2 : J(J_NOA)*0.91 ;
+# MCM finished
+# PRAM (for alpha-pinene and benzene) starts
+# Benzene HOM CHEMISTRY 
+{1.}      BZBIPERO2 = BZo_RO2_O7 :		0.32 ; 
+{2.}      BZBIPERO = BZeo_RO2_O6 :	 	0.1*KDEC ; 
+{3.}      BZBIPERO2 = C5_RO2_O6 + CO :	 	0.022 ; 
+{4.}      BZEMUCO2 = BZeo_RO2_O8 :       0.07 ; 
+{5.}      BZEMUCO2 = C5_RO2_O7 + CO:         0.25 ; 
+{6.}      PHENO2 = BZeo_RO2_O8 :         0.07 ; 
+{7.}      PHENO2 = C5_RO2_O7 + CO:       0.25 ; 
+
+#Autoxidation: RO2 -> H-shift + O2 addition -> RO2 
+{8.}      BZo_RO2_O7 = BZo_RO2_O9 : 1.5; 
+{9.}      BZo_RO2_O9 = BZo_RO2_O11 : 0.45; 
+{10.}      BZeo_RO2_O6 = BZeo_RO2_O8 : 0.1; 
+{11.}      BZeo_RO2_O8 = BZeo_RO2_O10 : 0.01; 
+
+
+
+#Peroxy radicals reacting with NO to form RNO3: -> RO2 + NO -> R-NO3 
+{12.}      BZo_RO2_O7 + NO = BZo_O5_NO3 : KRO2NO*0.009 ; 
+{13.}      BZo_RO2_O9 + NO = BZo_O7_NO3 : KRO2NO*0.005 ; 
+{14.}      BZo_RO2_O11 + NO = BZo_O9_NO3 : KRO2NO*0.12 ; 
+{15.}      BZeo_RO2_O6 + NO = BZeo_O4_NO3 : KRO2NO*0.002 ; 
+{16.}      BZeo_RO2_O8 + NO = BZeo_O6_NO3 : KRO2NO*0.006 ; 
+{17.}      BZeo_RO2_O10 + NO = BZeo_O8_NO3 : KRO2NO*0.01 ; 
+{18.}      C5_RO2_O6 + NO = C5e_O4_NO3 : KRO2NO*0.04 ; 
+{19.}      C5_RO2_O7 + NO = C5_O5_NO3 : KRO2NO*0.004 ; 
+{20.}      C5_RO2_O8 + NO = C5e_O6_NO3 : KRO2NO*0.008 ; 
+{21.}      C5_RO2_O9 + NO = C5_O7_NO3 : KRO2NO*0.02 ; 
+{22.}      C5_RO2_O10 + NO = C5e_O8_NO3 : KRO2NO*0.02 ; 
+
+#Peroxy radicals reacting with NO to form RO: -> RO2 + NO -> RO ( + NO2?!)
+# simply replace "2" in the name to get back to the old equations
+{23.}      BZo_RO2_O7 + NO = BZo2_RO_O6 + NO2 : KRO2NO*0.897 ; 
+{24.}      BZo_RO2_O9 + NO = BZo2_RO_O8 + NO2 : KRO2NO*0.978 ; 
+{25.}      BZo_RO2_O11 + NO = BZo2_RO_O10 + NO2 : KRO2NO*0.93 ; 
+{26.}      BZeo_RO2_O6 + NO = BZeo2_RO_O5 + NO2 : KRO2NO*0.898 ; 
+{27.}      BZeo_RO2_O8 + NO = BZeo2_RO_O7 + NO2 : KRO2NO*0.894 ; 
+{28.}      BZeo_RO2_O10 + NO = BZeo2_RO_O9 + NO2 : KRO2NO*0.59 ; 
+{xx.}      C5_RO2_O6 + NO = C5_RO_O5 + NO2 : KRO2NO*0.96 ; 
+{xx.}      C5_RO2_O7 + NO = C5_RO_O6 + NO2 : KRO2NO*0.998 ; 
+{xx.}      C5_RO2_O8 + NO = C5_RO_O7 + NO2 : KRO2NO*0.996 ; 
+{xx.}      C5_RO2_O9 + NO = C5_RO_O8 + NO2 : KRO2NO*0.98 ; 
+{xx.}      C5_RO2_O10 + NO = C5_RO_O9 + NO2 : KRO2NO*0.98 ; 
+
+#RO2 formation from RO: RO -> RO2 (#O -> #O+2 
+{865.}      BZo2_RO_O6 = BZeo_RO2_O8 : KDEC*0.90 ; 
+{866.}      BZo2_RO_O8 = BZeo_RO2_O10 : KDEC*0.85 ; 
+{867.}      BZeo2_RO_O5 = BZo_RO2_O7 : KDEC*0.90 ; 
+{868.}      BZeo2_RO_O7 = BZo_RO2_O9 : KDEC*0.90 ; 
+{869.}      BZeo2_RO_O9 = BZo_RO2_O11 : KDEC*0.40 ; 
+{xxx.}      C5_RO_O5 = C5_RO2_O7 : KDEC*0.90 ;
+{xxx.}      C5_RO_O6 = C5_RO2_O8 : KDEC*0.90 ;
+{xxx.}      C5_RO_O7 = C5_RO2_O9 : KDEC*0.85 ;
+{xxx.}      C5_RO_O8 = C5_RO2_O10 : KDEC*0.70 ;
+
+#Closed shell formation from RO: RO -> R=O (#H -> #H-1 
+{870.}      BZo2_RO_O6 = BZo_RCO_O5_O + HO2 : KDEC*0.05 ; 
+{871.}      BZo2_RO_O8 = BZo_RCO_O7_O + HO2 : KDEC*0.10 ; 
+{872.}      BZo2_RO_O10 = BZo_RCO_O9_O + HO2 : KDEC*0.60 ;
+{872.}      BZo2_RO_O10 = BZo_RCO_O8_O + HO2 : KDEC*0.35 ; 
+{873.}      BZeo2_RO_O5 = BZo_RCO_O4_O + HO2 : KDEC*0.05 ; 
+{874.}      BZeo2_RO_O7 = BZo_RCO_O6_O + HO2 : KDEC*0.05 ; 
+{875.}      BZeo2_RO_O9 = BZo_RCO_O8_O + HO2 : KDEC*0.55 ;
+{xxx.}      C5_RO_O5 = C5e_O4_O + HO2 : KDEC*0.05 ;
+{xxx.}      C5_RO_O6 = C5_O5_O + HO2 : KDEC*0.05 ;
+{xxx.}      C5_RO_O7 = C5e_O6_O + HO2 : KDEC*0.10 ;
+{xxx.}      C5_RO_O8 = C5_O7_O + HO2 : KDEC*0.25 ;
+{xxx.}      C5_RO_O9 = C5e_O8_O + HO2 : KDEC*0.50 ;
+{xxx.}      C5_RO_O9 = C5_O7_O + HO2 : KDEC*0.45 ;
+
+
+#RO fragmentation: RO -> fragdummy 
+{876.}      BZo2_RO_O6 = GLYOX + MALDIAL + HO2 : KDEC*0.05 ; 
+{877.}      BZo2_RO_O8 = GLYOX + MALDIAL + HO2 : KDEC*0.05 ; 
+{878.}      BZo2_RO_O10 = GLYOX + MALDIAL + HO2 : KDEC*0.05 ;  
+{879.}      BZeo2_RO_O5 = GLYOX + MALDIAL + HO2 : KDEC*0.05 ; 
+{880.}      BZeo2_RO_O7 = GLYOX + MALDIAL + HO2 : KDEC*0.05 ; 
+{881.}      BZeo2_RO_O9 = GLYOX + MALDIAL + HO2 : KDEC*0.05 ;
+{xxx.}      C5_RO_O5 = MALDIAL + CO + HO2 : KDEC*0.05 ;
+{xxx.}      C5_RO_O6 = MALDIAL + CO + HO2 : KDEC*0.05 ;
+{xxx.}      C5_RO_O7 = MALDIAL + CO + HO2 : KDEC*0.05 ;
+{xxx.}      C5_RO_O8 = MALDIAL + CO + HO2 : KDEC*0.05 ;
+{xxx.}      C5_RO_O9 = MALDIAL + CO + HO2 : KDEC*0.05 ;
+
+
+
+
+
+
+
+#Peroxy radicals reacting with NO to form RCHO: -> RO2 + NO -> RCHO + NO2 + HO2 
+#more detailed RO2 + NO -> RO + NO2; fast addition of O2 then: RCHO + HO2 
+{29.}      BZo_RO2_O7 + NO = BZo_O5_O + NO2 + HO2 : KRO2NO*0.1 ; 
+{30.}      BZo_RO2_O9 + NO = BZo_O7_O + NO2 + HO2 : KRO2NO*0.02 ; 
+{31.}      BZo_RO2_O11 + NO = BZo_O9_O + NO2 + HO2 : KRO2NO*0.03 ; 
+{32.}      BZeo_RO2_O6 + NO = BZeo_O4_O + NO2 + HO2 : KRO2NO*0.1 ; 
+{33.}      BZeo_RO2_O8 + NO = BZeo_O6_O + NO2 + HO2 : KRO2NO*0.1 ; 
+{34.}      BZeo_RO2_O10 + NO = BZeo_O8_O + NO2 + HO2 : KRO2NO*0.4 ; 
+
+#Peroxy radicals reacting with HO2 forming closed shell with -OOH: RO2 + HO2 -> ROOH 
+{35.}      BZo_RO2_O7 + HO2 = BZo_O5_OOH : KRO2HO2*0.77*0.01 ; 
+{36.}      BZo_RO2_O9 + HO2 = BZo_O7_OOH : KRO2HO2*0.77*0.06 ; 
+{37.}      BZo_RO2_O11 + HO2 = BZo_O9_OOH : KRO2HO2*0.77*0.2 ; 
+{38.}      BZeo_RO2_O6 + HO2 = BZeo_O4_OOH : KRO2HO2*0.77*0.6 ; 
+{39.}      BZeo_RO2_O8 + HO2 = BZeo_O6_OOH : KRO2HO2*0.77*0.04 ; 
+{40.}      BZeo_RO2_O10 + HO2 = BZeo_O8_OOH : KRO2HO2*0.77*0.55 ; 
+{41.}      C5_RO2_O6 + HO2 = C5e_O4_OOH : KRO2HO2*0.706*0.005 ; 
+{42.}      C5_RO2_O7 + HO2 = C5_O5_OOH : KRO2HO2*0.706*0.3 ; 
+{43.}      C5_RO2_O8 + HO2 = C5e_O6_OOH : KRO2HO2*0.706*0.6 ; 
+{44.}      C5_RO2_O9 + HO2 = C5_O7_OOH : KRO2HO2*0.706*0.1 ; 
+{45.}      C5_RO2_O10 + HO2 = C5e_O8_OOH : KRO2HO2*0.706*0.6 ; 
+
+#RO2 reacting with sum of RO2s forming alkoxy radical by O removal: 
+#RO2* + sum(RO2) -> RO* 
+{46.}      BZo_RO2_O7 = BZo_RO_O6 : RO2*2.62e-11*0.6*0.4; 
+{47.}      BZo_RO2_O9 = BZo_RO_O8 : RO2*5.38e-11*0.6*0.4; 
+{48.}      BZo_RO2_O11 = BZo_RO_O10 : RO2*8.14e-11*0.6*0.4; 
+{49.}      BZeo_RO2_O6 = BZeo_RO_O5 : RO2*1.24e-11*0.6*0.4; 
+{50.}      BZeo_RO2_O8 = BZeo_RO_O7 : RO2*4e-11*0.6*0.4; 
+{51.}      BZeo_RO2_O10 = BZeo_RO_O9 : RO2*6.76e-11*0.6*0.4;
+
+
+
+#RO2 reacting with HO2 forming RO + O2 + OH: 
+#RO2* + HO2 -> RO* + O2 + OH 
+{52.}      BZo_RO2_O7 + HO2 = BZo_RO_O6 + OH : KRO2HO2*0.99*0.77; 
+{53.}      BZo_RO2_O9 + HO2 = BZo_RO_O8 + OH: KRO2HO2*0.92*0.77; 
+{54.}      BZo_RO2_O11 + HO2 = BZo_RO_O10 + OH: KRO2HO2*0.85*0.77; 
+{55.}      BZeo_RO2_O6 + HO2 = BZeo_RO_O5 + OH: KRO2HO2*0.4*0.77; 
+{56.}      BZeo_RO2_O8 + HO2 = BZeo_RO_O7 + OH: KRO2HO2*0.98*0.77; 
+{57.}      BZeo_RO2_O10 + HO2 = BZeo_RO_O9 + OH: KRO2HO2*0.45*0.77; 
+{58.}      C5_RO2_O6 + HO2 = MALDIAL + CO + HO2 : KRO2HO2*0.995*0.77; 
+{59.}      C5_RO2_O7 + HO2 = MALDIAL + CO + HO2 : KRO2HO2*0.4*0.77; 
+{60.}      C5_RO2_O8 + HO2 = MALDIAL + CO + HO2 : KRO2HO2*0.4*0.77; 
+{61.}      C5_RO2_O9 + HO2 = MALDIAL + CO + HO2 : KRO2HO2*0.9*0.77; 
+{62.}      C5_RO2_O10 + HO2 = MALDIAL + CO + HO2 : KRO2HO2*0.4*0.77; 
+
+#RO2 reacting with sum of RO2s forming R=O by OH removal: 
+#RO2" + sum(RO2) -> R=O"; CxHyOz -> CxH(y-1)O(z-1) 
+{63.}      BZo_RO2_O7 = BZo_O5_O : RO2*2.62e-11*0.2*0.4; 
+{64.}      BZo_RO2_O9 = BZo_O7_O : RO2*5.38e-11*0.2*0.4; 
+{65.}      BZo_RO2_O11 = BZo_O9_O : RO2*8.14e-11*0.2*0.4; 
+{66.}      BZeo_RO2_O6 = BZeo_O4_O : RO2*1.24e-11*0.2*0.4; 
+{67.}      BZeo_RO2_O8 = BZeo_O6_O : RO2*4e-11*0.2*0.4; 
+{68.}      BZeo_RO2_O10 = BZeo_O8_O : RO2*6.76e-11*0.2*0.4; 
+{69.}      C5_RO2_O6 = C5e_O4_O : RO2*2.97e-11*0.2*0.4; 
+{70.}      C5_RO2_O7 = C5_O5_O : RO2*4.34e-11*0.2*0.4; 
+{71.}      C5_RO2_O8 = C5e_O6_O : RO2*5.72e-11*0.2*0.4; 
+{72.}      C5_RO2_O9 = C5_O7_O : RO2*7.1e-11*0.2*0.4; 
+{73.}      C5_RO2_O10 = C5e_O8_O : RO2*8.48e-11*0.2*0.4; 
+
+#RO2 reacting with sum of RO2s forming ROH by O removal and H addition: 
+#RO2" + sum(RO2) -> ROH"; CxHyOz -> CxH(y+1)O(z-1) 
+{74.}      BZo_RO2_O7 = BZo_O4_2OH : RO2*2.62e-11*0.21*0.4; 
+{75.}      BZo_RO2_O9 = BZo_O6_2OH : RO2*5.38e-11*0.21*0.4; 
+{76.}      BZo_RO2_O11 = BZo_O8_2OH : RO2*8.14e-11*0.21*0.4; 
+{77.}      BZeo_RO2_O6 = BZeo_O3_2OH : RO2*1.24e-11*0.21*0.4; 
+{78.}      BZeo_RO2_O8 = BZeo_O5_2OH : RO2*4e-11*0.21*0.4; 
+{79.}      BZeo_RO2_O10 = BZeo_O7_2OH : RO2*6.76e-11*0.21*0.4; 
+{80.}      C5_RO2_O6 = C5e_O3_2OH : RO2*2.97e-11*0.21*0.4; 
+{81.}      C5_RO2_O7 = C5_O4_2OH : RO2*4.34e-11*0.21*0.4; 
+{82.}      C5_RO2_O8 = C5e_O5_2OH : RO2*5.72e-11*0.21*0.4; 
+{83.}      C5_RO2_O9 = C5_O6_2OH : RO2*7.1e-11*0.21*0.4; 
+{84.}      C5_RO2_O10 = C5e_O7_2OH : RO2*8.48e-11*0.21*0.4;  
+
+#RO2 dimer formation: RO2 + RO2" -> ROOR" 
+# ROOR formation: BZo_RO2_O7
+{85.}      BZo_RO2_O7 + BZo_RO2_O7 = BZoO6_BZoO6 : 4.17e-11*1.0 ; 
+{86.}      BZo_RO2_O7 + BZo_RO2_O9 = BZoO6_BZoO8 : 1.e-10*1.0 ; 
+{87.}      BZo_RO2_O7 + BZo_RO2_O11 = BZoO6_BZoO10 : 9.69e-11*1.0 ; 
+{88.}      BZo_RO2_O7 + BZeo_RO2_O6 = BZoO6_BZeoO5 : 2.79e-11*1.0 ; 
+{89.}      BZo_RO2_O7 + BZeo_RO2_O8 = BZoO6_BZeoO7 : 5.55e-11*1.0 ; 
+{90.}      BZo_RO2_O7 + BZeo_RO2_O10 = BZoO6_BZeoO9 : 8.31e-11*1.0 ; 
+{91.}      BZo_RO2_O7 + C5_RO2_O6 = BZoO6_C5eO5 : 4.51e-11*1.0 ; 
+{92.}      BZo_RO2_O7 + C5_RO2_O7 = BZoO6_C5O6 : 5.89e-11*1.0 ; 
+{93.}      BZo_RO2_O7 + C5_RO2_O8 = BZoO6_C5eO7 : 7.27e-11*1.0 ; 
+{94.}      BZo_RO2_O7 + C5_RO2_O9 = BZoO6_C5O8 : 8.65e-11*1.0 ; 
+{95.}      BZo_RO2_O7 + C5_RO2_O10 = BZoO6_C5eO9 : 1e-10*1.0 ; 
+{96.}      BZo_RO2_O7 + BZBIPERO2 = BZoO6_BZBI : 1.41e-11*0.15 ; 
+{97.}      BZo_RO2_O7 + BZEMUCCO3 = BZoO6_BZMUa : 1.24e-11*1.0 ; 
+{98.}      BZo_RO2_O7 + BZEMUCO2 = BZoO6_BZMUb : 2.79e-11*1.0 ; 
+{99.}      BZo_RO2_O7 + C5DIALO2 = BZoO6_C5DI : 3e-13*1.0 ; 
+{100.}      BZo_RO2_O7 + NPHENO2 = BZoO6_NPHa : 6.67e-11*1.0 ; 
+{101.}      BZo_RO2_O7 + PHENO2 = BZoO6_PHEN : 2.79e-11*1.0 ; 
+{102.}      BZo_RO2_O7 + MALDIALCO3 = BZoO6_MALa : 3e-13*1.0 ; 
+{103.}      BZo_RO2_O7 + EPXDLCO3 = BZoO6_EPX : 3e-13*1.0 ; 
+{104.}      BZo_RO2_O7 + C3DIALO2 = BZoO6_C3DI : 3e-13*1.0 ; 
+{105.}      BZo_RO2_O7 + MALDIALO2 = BZoO6_MALb : 3e-13*1.0 ; 
+{106.}      BZo_RO2_O7 + C6H5O2 = BZoO6_C6a : 3e-13*1.0 ; 
+{107.}      BZo_RO2_O7 + NBZFUO2 = BZoO6_NBZa : 3.05e-11*1.0 ; 
+{108.}      BZo_RO2_O7 + BZFUO2 = BZoO6_BZFU : 3e-13*1.0 ; 
+{109.}      BZo_RO2_O7 + HCOCOHCO3 = BZoO6_C3a : 3e-13*1.0 ; 
+{110.}      BZo_RO2_O7 + CATEC1O2 = BZoO6_CATE : 3e-13*1.0 ; 
+{111.}      BZo_RO2_O7 + HCOCO3 = BZoO6_C2a : 3e-13*1.0 ; 
+{112.}      BZo_RO2_O7 + HCOCH2O2 = BZoO6_C2b : 3e-13*1.0 ; 
+{113.}      BZo_RO2_O7 + NPHEN1O2 = BZoO6_NPHb : 9.78e-12*1.0 ; 
+{114.}      BZo_RO2_O7 + NNCATECO2 = BZoO6_NNC : 1e-10*1.0 ; 
+{115.}      BZo_RO2_O7 + NCATECO2 = BZoO6_NCAT : 8.05e-11*1.0 ; 
+{116.}      BZo_RO2_O7 + NBZQO2 = BZoO6_NBZb : 5.12e-11*1.0 ; 
+{117.}      BZo_RO2_O7 + PBZQO2 = BZoO6_PBZ : 1.24e-11*1.0 ; 
+{118.}      BZo_RO2_O7 + MALANHYO2 = BZoO6_MALc : 3.75e-12*1.0 ; 
+{119.}      BZo_RO2_O7 + NDNPHENO2 = BZoO6_NDN : 1e-10*1.0 ; 
+{120.}      BZo_RO2_O7 + DNPHENO2 = BZoO6_DNP : 1e-10*1.0 ; 
+{121.}      BZo_RO2_O7 + HOCH2CO3 = BZoO6_C2c : 3e-13*1.0 ; 
+{122.}      BZo_RO2_O7 + C5CO2OHCO3 = BZoO6_C5a : 2.62e-11*1.0 ; 
+{123.}      BZo_RO2_O7 + C4CO2DBCO3 = BZoO6_C4a : 3e-13*1.0 ; 
+# ROOR formation: BZo_RO2_O9
+{124.}      BZo_RO2_O9 + BZo_RO2_O9 = BZoO8_BZoO8 : 9.69e-11*1.0 ; 
+{125.}      BZo_RO2_O9 + BZo_RO2_O11 = BZoO8_BZoO10 : 1e-10*1.0 ; 
+{126.}      BZo_RO2_O9 + BZeo_RO2_O6 = BZoO8_BZeoO5 : 5.55e-11*1.0 ; 
+{127.}      BZo_RO2_O9 + BZeo_RO2_O8 = BZoO8_BZeoO7 : 8.31e-11*1.0 ; 
+{128.}      BZo_RO2_O9 + BZeo_RO2_O10 = BZoO8_BZeoO9 : 1e-10*1.0 ; 
+{129.}      BZo_RO2_O9 + C5_RO2_O6 = BZoO8_C5eO5 : 7.27e-11*1.0 ; 
+{130.}      BZo_RO2_O9 + C5_RO2_O7 = BZoO8_C5O6 : 8.65e-11*1.0 ; 
+{131.}      BZo_RO2_O9 + C5_RO2_O8 = BZoO8_C5eO7 : 1e-10*1.0 ; 
+{132.}      BZo_RO2_O9 + C5_RO2_O9 = BZoO8_C5O8 : 1e-10*1.0 ; 
+{133.}      BZo_RO2_O9 + C5_RO2_O10 = BZoO8_C5eO9 : 1e-10*1.0 ; 
+{134.}      BZo_RO2_O9 + BZBIPERO2 = BZoO8_BZBI : 4.17e-11*0.5 ; 
+{135.}      BZo_RO2_O9 + BZEMUCCO3 = BZoO8_BZMUa : 4e-11*1.0 ; 
+{136.}      BZo_RO2_O9 + BZEMUCO2 = BZoO8_BZMUb : 5.55e-11*1.0 ; 
+{137.}      BZo_RO2_O9 + C5DIALO2 = BZoO8_C5DI : 1.58e-11*1.0 ; 
+{138.}      BZo_RO2_O9 + NPHENO2 = BZoO8_NPHa : 9.43e-11*1.0 ; 
+{139.}      BZo_RO2_O9 + PHENO2 = BZoO8_PHEN : 5.55e-11*1.0 ; 
+{140.}      BZo_RO2_O9 + MALDIALCO3 = BZoO8_MALa : 3.75e-12*1.0 ; 
+{141.}      BZo_RO2_O9 + EPXDLCO3 = BZoO8_EPX : 1.75e-11*1.0 ; 
+{142.}      BZo_RO2_O9 + C3DIALO2 = BZoO8_C3DI : 3e-13*1.0 ; 
+{143.}      BZo_RO2_O9 + MALDIALO2 = BZoO8_MALb : 1.93e-11*1.0 ; 
+{144.}      BZo_RO2_O9 + C6H5O2 = BZoO8_C6a : 3e-13*1.0 ; 
+{145.}      BZo_RO2_O9 + NBZFUO2 = BZoO8_NBZa : 5.81e-11*1.0 ; 
+{146.}      BZo_RO2_O9 + BZFUO2 = BZoO8_BZFU : 1.93e-11*1.0 ; 
+{147.}      BZo_RO2_O9 + HCOCOHCO3 = BZoO8_C3a : 7.2e-12*1.0 ; 
+{148.}      BZo_RO2_O9 + CATEC1O2 = BZoO8_CATE : 1.24e-11*1.0 ; 
+{149.}      BZo_RO2_O9 + HCOCO3 = BZoO8_C2a : 3e-13*1.0 ; 
+{150.}      BZo_RO2_O9 + HCOCH2O2 = BZoO8_C2b : 3e-13*1.0 ; 
+{151.}      BZo_RO2_O9 + NPHEN1O2 = BZoO8_NPHb : 3.74e-11*1.0 ; 
+{152.}      BZo_RO2_O9 + NNCATECO2 = BZoO8_NNC : 1e-10*1.0 ; 
+{153.}      BZo_RO2_O9 + NCATECO2 = BZoO8_NCAT : 1e-10*1.0 ; 
+{154.}      BZo_RO2_O9 + NBZQO2 = BZoO8_NBZb : 7.87e-11*1.0 ; 
+{155.}      BZo_RO2_O9 + PBZQO2 = BZoO8_PBZ : 4e-11*1.0 ; 
+{156.}      BZo_RO2_O9 + MALANHYO2 = BZoO8_MALc : 3.13e-11*1.0 ; 
+{157.}      BZo_RO2_O9 + NDNPHENO2 = BZoO8_NDN : 1e-10*1.0 ; 
+{158.}      BZo_RO2_O9 + DNPHENO2 = BZoO8_DNP : 1e-10*1.0 ; 
+{159.}      BZo_RO2_O9 + HOCH2CO3 = BZoO8_C2c : 3e-13*1.0 ; 
+{160.}      BZo_RO2_O9 + C5CO2OHCO3 = BZoO8_C5a : 5.37e-11*1.0 ; 
+{161.}      BZo_RO2_O9 + C4CO2DBCO3 = BZoO8_C4a : 2.79e-11*1.0 ; 
+# ROOR formation: BZo_RO2_O11
+{162.}      BZo_RO2_O11 + BZo_RO2_O11 = BZoO10_BZoO10 : 1e-10*1.0 ; 
+{163.}      BZo_RO2_O11 + BZeo_RO2_O6 = BZoO10_BZeoO5 : 8.31e-11*1.0 ; 
+{164.}      BZo_RO2_O11 + BZeo_RO2_O8 = BZoO10_BZeoO7 : 1e-10*1.0 ; 
+{165.}      BZo_RO2_O11 + BZeo_RO2_O10 = BZoO10_BZeoO9 : 1e-10*1.0 ; 
+{166.}      BZo_RO2_O11 + C5_RO2_O6 = BZoO10_C5eO5 : 1e-10*1.0 ; 
+{167.}      BZo_RO2_O11 + C5_RO2_O7 = BZoO10_C5O6 : 1e-10*1.0 ; 
+{168.}      BZo_RO2_O11 + C5_RO2_O8 = BZoO10_C5eO7 : 1e-10*1.0 ; 
+{169.}      BZo_RO2_O11 + C5_RO2_O9 = BZoO10_C5O8 : 1e-10*1.0 ; 
+{170.}      BZo_RO2_O11 + C5_RO2_O10 = BZoO10_C5eO9 : 1e-10*1.0 ; 
+{171.}      BZo_RO2_O11 + BZBIPERO2 = BZoO10_BZBI : 1.e-10*1.0 ; 
+{172.}      BZo_RO2_O11 + BZEMUCCO3 = BZoO10_BZMUa : 6.75e-11*1.0 ; 
+{173.}      BZo_RO2_O11 + BZEMUCO2 = BZoO10_BZMUb : 8.31e-11*1.0 ; 
+{174.}      BZo_RO2_O11 + C5DIALO2 = BZoO10_C5DI : 4.34e-11*1.0 ; 
+{175.}      BZo_RO2_O11 + NPHENO2 = BZoO10_NPHa : 1e-10*1.0 ; 
+{176.}      BZo_RO2_O11 + PHENO2 = BZoO10_PHEN : 8.31e-11*1.0 ; 
+{177.}      BZo_RO2_O11 + MALDIALCO3 = BZoO10_MALa : 3.13e-11*1.0 ; 
+{178.}      BZo_RO2_O11 + EPXDLCO3 = BZoO10_EPX : 4.51e-11*1.0 ; 
+{179.}      BZo_RO2_O11 + C3DIALO2 = BZoO10_C3DI : 2.1e-11*1.0 ; 
+{180.}      BZo_RO2_O11 + MALDIALO2 = BZoO10_MALb : 4.69e-11*1.0 ; 
+{181.}      BZo_RO2_O11 + C6H5O2 = BZoO10_C6a : 2.62e-11*1.0 ; 
+{182.}      BZo_RO2_O11 + NBZFUO2 = BZoO10_NBZa : 8.56e-11*1.0 ; 
+{183.}      BZo_RO2_O11 + BZFUO2 = BZoO10_BZFU : 4.69e-11*1.0 ; 
+{184.}      BZo_RO2_O11 + HCOCOHCO3 = BZoO10_C3a : 3.48e-11*1.0 ; 
+{185.}      BZo_RO2_O11 + CATEC1O2 = BZoO10_CATE : 4e-11*1.0 ; 
+{186.}      BZo_RO2_O11 + HCOCO3 = BZoO10_C2a : 8.92e-12*1.0 ; 
+{187.}      BZo_RO2_O11 + HCOCH2O2 = BZoO10_C2b : 3e-13*1.0 ; 
+{188.}      BZo_RO2_O11 + NPHEN1O2 = BZoO10_NPHb : 6.5e-11*1.0 ; 
+{189.}      BZo_RO2_O11 + NNCATECO2 = BZoO10_NNC : 1e-10*1.0 ; 
+{190.}      BZo_RO2_O11 + NCATECO2 = BZoO10_NCAT : 1e-10*1.0 ; 
+{191.}      BZo_RO2_O11 + NBZQO2 = BZoO10_NBZb : 1e-10*1.0 ; 
+{192.}      BZo_RO2_O11 + PBZQO2 = BZoO10_PBZ : 6.75e-11*1.0 ; 
+{193.}      BZo_RO2_O11 + MALANHYO2 = BZoO10_MALc : 5.89e-11*1.0 ; 
+{194.}      BZo_RO2_O11 + NDNPHENO2 = BZoO10_NDN : 1e-10*1.0 ; 
+{195.}      BZo_RO2_O11 + DNPHENO2 = BZoO10_DNP : 1e-10*1.0 ; 
+{196.}      BZo_RO2_O11 + HOCH2CO3 = BZoO10_C2c : 1.06e-11*1.0 ; 
+{197.}      BZo_RO2_O11 + C5CO2OHCO3 = BZoO10_C5a : 8.13e-11*1.0 ; 
+{198.}      BZo_RO2_O11 + C4CO2DBCO3 = BZoO10_C4a : 5.55e-11*1.0 ; 
+# ROOR formation: BZeo_RO2_O6
+{199.}      BZeo_RO2_O6 + BZeo_RO2_O6 = BZeoO5_BZeoO5 : 1.41e-11*1.0 ; 
+{200.}      BZeo_RO2_O6 + BZeo_RO2_O8 = BZeoO5_BZeoO7 : 4.17e-11*1.0 ; 
+{201.}      BZeo_RO2_O6 + BZeo_RO2_O10 = BZeoO5_BZeoO9 : 1.e-10*1.0 ; 
+{202.}      BZeo_RO2_O6 + C5_RO2_O6 = BZeoO5_C5eO5 : 3.13e-11*1.0 ; 
+{203.}      BZeo_RO2_O6 + C5_RO2_O7 = BZeoO5_C5O6 : 4.51e-11*1.0 ; 
+{204.}      BZeo_RO2_O6 + C5_RO2_O8 = BZeoO5_C5eO7 : 5.89e-11*1.0 ; 
+{205.}      BZeo_RO2_O6 + C5_RO2_O9 = BZeoO5_C5O8 : 7.27e-11*1.0 ; 
+{206.}      BZeo_RO2_O6 + C5_RO2_O10 = BZeoO5_C5eO9 : 8.65e-11*1.0 ; 
+{207.}      BZeo_RO2_O6 + BZBIPERO2 = BZeoO5_BZBI : 3e-13*1.0 ; 
+{208.}      BZeo_RO2_O6 + BZEMUCCO3 = BZeoO5_BZMUa : 3e-13*1.0 ; 
+{209.}      BZeo_RO2_O6 + BZEMUCO2 = BZeoO5_BZMUb : 1.41e-11*1.0 ; 
+{210.}      BZeo_RO2_O6 + C5DIALO2 = BZeoO5_C5DI : 3e-13*1.0 ; 
+{211.}      BZeo_RO2_O6 + NPHENO2 = BZeoO5_NPHa : 5.29e-11*1.0 ; 
+{212.}      BZeo_RO2_O6 + PHENO2 = BZeoO5_PHEN : 1.41e-11*1.0 ; 
+{213.}      BZeo_RO2_O6 + MALDIALCO3 = BZeoO5_MALa : 3e-13*1.0 ; 
+{214.}      BZeo_RO2_O6 + EPXDLCO3 = BZeoO5_EPX : 3e-13*1.0 ; 
+{215.}      BZeo_RO2_O6 + C3DIALO2 = BZeoO5_C3DI : 3e-13*1.0 ; 
+{216.}      BZeo_RO2_O6 + MALDIALO2 = BZeoO5_MALb : 3e-13*1.0 ; 
+{217.}      BZeo_RO2_O6 + C6H5O2 = BZeoO5_C6a : 3e-13*1.0 ; 
+{218.}      BZeo_RO2_O6 + NBZFUO2 = BZeoO5_NBZa : 1.67e-11*1.0 ; 
+{219.}      BZeo_RO2_O6 + BZFUO2 = BZeoO5_BZFU : 3e-13*1.0 ; 
+{220.}      BZeo_RO2_O6 + HCOCOHCO3 = BZeoO5_C3a : 3e-13*1.0 ; 
+{221.}      BZeo_RO2_O6 + CATEC1O2 = BZeoO5_CATE : 3e-13*1.0 ; 
+{222.}      BZeo_RO2_O6 + HCOCO3 = BZeoO5_C2a : 3e-13*1.0 ; 
+{223.}      BZeo_RO2_O6 + HCOCH2O2 = BZeoO5_C2b : 3e-13*1.0 ; 
+{224.}      BZeo_RO2_O6 + NPHEN1O2 = BZeoO5_NPHb : 3e-13*1.0 ; 
+{225.}      BZeo_RO2_O6 + NNCATECO2 = BZeoO5_NNC : 1e-10*1.0 ; 
+{226.}      BZeo_RO2_O6 + NCATECO2 = BZeoO5_NCAT : 6.67e-11*1.0 ; 
+{227.}      BZeo_RO2_O6 + NBZQO2 = BZeoO5_NBZb : 3.74e-11*1.0 ; 
+{228.}      BZeo_RO2_O6 + PBZQO2 = BZeoO5_PBZ : 3e-13*1.0 ; 
+{229.}      BZeo_RO2_O6 + MALANHYO2 = BZeoO5_MALc : 3e-13*1.0 ; 
+{230.}      BZeo_RO2_O6 + NDNPHENO2 = BZeoO5_NDN : 1e-10*1.0 ; 
+{231.}      BZeo_RO2_O6 + DNPHENO2 = BZeoO5_DNP : 9.17e-11*1.0 ; 
+{232.}      BZeo_RO2_O6 + HOCH2CO3 = BZeoO5_C2c : 3e-13*1.0 ; 
+{233.}      BZeo_RO2_O6 + C5CO2OHCO3 = BZeoO5_C5a : 1.24e-11*1.0 ; 
+{234.}      BZeo_RO2_O6 + C4CO2DBCO3 = BZeoO5_C4a : 3e-13*1.0 ; 
+# ROOR formation: BZeo_RO2_O8
+{235.}      BZeo_RO2_O8 + BZeo_RO2_O8 = BZeoO7_BZeoO7 : 1.e-10*1.0 ; 
+{236.}      BZeo_RO2_O8 + BZeo_RO2_O10 = BZeoO7_BZeoO9 : 9.69e-11*1.0 ; 
+{237.}      BZeo_RO2_O8 + C5_RO2_O6 = BZeoO7_C5eO5 : 5.89e-11*1.0 ; 
+{238.}      BZeo_RO2_O8 + C5_RO2_O7 = BZeoO7_C5O6 : 7.27e-11*1.0 ; 
+{239.}      BZeo_RO2_O8 + C5_RO2_O8 = BZeoO7_C5eO7 : 8.65e-11*1.0 ; 
+{240.}      BZeo_RO2_O8 + C5_RO2_O9 = BZeoO7_C5O8 : 1e-10*1.0 ; 
+{241.}      BZeo_RO2_O8 + C5_RO2_O10 = BZeoO7_C5eO9 : 1e-10*1.0 ; 
+{242.}      BZeo_RO2_O8 + BZBIPERO2 = BZeoO7_BZBI : 2.79e-11*0.3 ; 
+{243.}      BZeo_RO2_O8 + BZEMUCCO3 = BZeoO7_BZMUa : 2.62e-11*1.0 ; 
+{244.}      BZeo_RO2_O8 + BZEMUCO2 = BZeoO7_BZMUb : 4.17e-11*1.0 ; 
+{245.}      BZeo_RO2_O8 + C5DIALO2 = BZeoO7_C5DI : 2.02e-12*1.0 ; 
+{246.}      BZeo_RO2_O8 + NPHENO2 = BZeoO7_NPHa : 8.05e-11*1.0 ; 
+{247.}      BZeo_RO2_O8 + PHENO2 = BZeoO7_PHEN : 4.17e-11*1.0 ; 
+{248.}      BZeo_RO2_O8 + MALDIALCO3 = BZeoO7_MALa : 3e-13*1.0 ; 
+{249.}      BZeo_RO2_O8 + EPXDLCO3 = BZeoO7_EPX : 3.75e-12*1.0 ; 
+{250.}      BZeo_RO2_O8 + C3DIALO2 = BZeoO7_C3DI : 3e-13*1.0 ; 
+{251.}      BZeo_RO2_O8 + MALDIALO2 = BZeoO7_MALb : 5.47e-12*1.0 ; 
+{252.}      BZeo_RO2_O8 + C6H5O2 = BZeoO7_C6a : 3e-13*1.0 ; 
+{253.}      BZeo_RO2_O8 + NBZFUO2 = BZeoO7_NBZa : 4.43e-11*1.0 ; 
+{254.}      BZeo_RO2_O8 + BZFUO2 = BZeoO7_BZFU : 5.47e-12*1.0 ; 
+{255.}      BZeo_RO2_O8 + HCOCOHCO3 = BZeoO7_C3a : 3e-13*1.0 ; 
+{256.}      BZeo_RO2_O8 + CATEC1O2 = BZeoO7_CATE : 3e-13*1.0 ; 
+{257.}      BZeo_RO2_O8 + HCOCO3 = BZeoO7_C2a : 3e-13*1.0 ; 
+{258.}      BZeo_RO2_O8 + HCOCH2O2 = BZeoO7_C2b : 3e-13*1.0 ; 
+{259.}      BZeo_RO2_O8 + NPHEN1O2 = BZeoO7_NPHb : 2.36e-11*1.0 ; 
+{260.}      BZeo_RO2_O8 + NNCATECO2 = BZeoO7_NNC : 1e-10*1.0 ; 
+{261.}      BZeo_RO2_O8 + NCATECO2 = BZeoO7_NCAT : 9.43e-11*1.0 ; 
+{262.}      BZeo_RO2_O8 + NBZQO2 = BZeoO7_NBZb : 6.5e-11*1.0 ; 
+{263.}      BZeo_RO2_O8 + PBZQO2 = BZeoO7_PBZ : 2.62e-11*1.0 ; 
+{264.}      BZeo_RO2_O8 + MALANHYO2 = BZeoO7_MALc : 1.75e-11*1.0 ; 
+{265.}      BZeo_RO2_O8 + NDNPHENO2 = BZeoO7_NDN : 1e-10*1.0 ; 
+{266.}      BZeo_RO2_O8 + DNPHENO2 = BZeoO7_DNP : 1e-10*1.0 ; 
+{267.}      BZeo_RO2_O8 + HOCH2CO3 = BZeoO7_C2c : 3e-13*1.0 ; 
+{268.}      BZeo_RO2_O8 + C5CO2OHCO3 = BZeoO7_C5a : 4e-11*1.0 ; 
+{269.}      BZeo_RO2_O8 + C4CO2DBCO3 = BZeoO7_C4a : 1.41e-11*1.0 ; 
+# ROOR formation: BZeo_RO2_O10
+{270.}      BZeo_RO2_O10 + BZeo_RO2_O10 = BZeoO9_BZeoO9 : 1e-10*1.0 ; 
+{271.}      BZeo_RO2_O10 + C5_RO2_O6 = BZeoO9_C5eO5 : 8.65e-11*1.0 ; 
+{272.}      BZeo_RO2_O10 + C5_RO2_O7 = BZeoO9_C5O6 : 1e-10*1.0 ; 
+{273.}      BZeo_RO2_O10 + C5_RO2_O8 = BZeoO9_C5eO7 : 1e-10*1.0 ; 
+{274.}      BZeo_RO2_O10 + C5_RO2_O9 = BZeoO9_C5O8 : 1e-10*1.0 ; 
+{275.}      BZeo_RO2_O10 + C5_RO2_O10 = BZeoO9_C5eO9 : 1e-10*1.0 ; 
+{276.}      BZeo_RO2_O10 + BZBIPERO2 = BZeoO9_BZBI : 5.55e-11*1.0 ; 
+{277.}      BZeo_RO2_O10 + BZEMUCCO3 = BZeoO9_BZMUa : 5.37e-11*1.0 ; 
+{278.}      BZeo_RO2_O10 + BZEMUCO2 = BZeoO9_BZMUb : 1.e-10*1.0 ; 
+{279.}      BZeo_RO2_O10 + C5DIALO2 = BZeoO9_C5DI : 2.96e-11*1.0 ; 
+{280.}      BZeo_RO2_O10 + NPHENO2 = BZeoO9_NPHa : 1e-10*1.0 ; 
+{281.}      BZeo_RO2_O10 + PHENO2 = BZeoO9_PHEN : 1.e-10*1.0 ; 
+{282.}      BZeo_RO2_O10 + MALDIALCO3 = BZeoO9_MALa : 1.75e-11*1.0 ; 
+{283.}      BZeo_RO2_O10 + EPXDLCO3 = BZeoO9_EPX : 3.13e-11*1.0 ; 
+{284.}      BZeo_RO2_O10 + C3DIALO2 = BZeoO9_C3DI : 7.2e-12*1.0 ; 
+{285.}      BZeo_RO2_O10 + MALDIALO2 = BZeoO9_MALb : 3.31e-11*1.0 ; 
+{286.}      BZeo_RO2_O10 + C6H5O2 = BZeoO9_C6a : 1.24e-11*1.0 ; 
+{287.}      BZeo_RO2_O10 + NBZFUO2 = BZeoO9_NBZa : 7.19e-11*1.0 ; 
+{288.}      BZeo_RO2_O10 + BZFUO2 = BZeoO9_BZFU : 3.31e-11*1.0 ; 
+{289.}      BZeo_RO2_O10 + HCOCOHCO3 = BZeoO9_C3a : 2.1e-11*1.0 ; 
+{290.}      BZeo_RO2_O10 + CATEC1O2 = BZeoO9_CATE : 2.62e-11*1.0 ; 
+{291.}      BZeo_RO2_O10 + HCOCO3 = BZeoO9_C2a : 3e-13*1.0 ; 
+{292.}      BZeo_RO2_O10 + HCOCH2O2 = BZeoO9_C2b : 3e-13*1.0 ; 
+{293.}      BZeo_RO2_O10 + NPHEN1O2 = BZeoO9_NPHb : 5.12e-11*1.0 ; 
+{294.}      BZeo_RO2_O10 + NNCATECO2 = BZeoO9_NNC : 1e-10*1.0 ; 
+{295.}      BZeo_RO2_O10 + NCATECO2 = BZeoO9_NCAT : 1e-10*1.0 ; 
+{296.}      BZeo_RO2_O10 + NBZQO2 = BZeoO9_NBZb : 9.25e-11*1.0 ; 
+{297.}      BZeo_RO2_O10 + PBZQO2 = BZeoO9_PBZ : 5.37e-11*1.0 ; 
+{298.}      BZeo_RO2_O10 + MALANHYO2 = BZeoO9_MALc : 4.51e-11*1.0 ; 
+{299.}      BZeo_RO2_O10 + NDNPHENO2 = BZeoO9_NDN : 1e-10*1.0 ; 
+{300.}      BZeo_RO2_O10 + DNPHENO2 = BZeoO9_DNP : 1e-10*1.0 ; 
+{301.}      BZeo_RO2_O10 + HOCH2CO3 = BZeoO9_C2c : 3e-13*1.0 ; 
+{302.}      BZeo_RO2_O10 + C5CO2OHCO3 = BZeoO9_C5a : 6.75e-11*1.0 ; 
+{303.}      BZeo_RO2_O10 + C4CO2DBCO3 = BZeoO9_C4a : 4.17e-11*1.0 ; 
+# ROOR formation: C5_RO2_O6
+{304.}      C5_RO2_O6 + C5_RO2_O6 = C5eO5_C5eO5 : 4.86e-11*1.0 ; 
+{305.}      C5_RO2_O6 + C5_RO2_O7 = C5eO5_C5O6 : 6.24e-11*1.0 ; 
+{306.}      C5_RO2_O6 + C5_RO2_O8 = C5eO5_C5eO7 : 7.62e-11*1.0 ; 
+{307.}      C5_RO2_O6 + C5_RO2_O9 = C5eO5_C5O8 : 9e-11*1.0 ; 
+{308.}      C5_RO2_O6 + C5_RO2_O10 = C5eO5_C5eO9 : 1e-10*1.0 ; 
+{309.}      C5_RO2_O6 + BZBIPERO2 = C5eO5_BZBI : 1.75e-11*1.0 ; 
+{310.}      C5_RO2_O6 + BZEMUCCO3 = C5eO5_BZMUa : 1.58e-11*1.0 ; 
+{311.}      C5_RO2_O6 + BZEMUCO2 = C5eO5_BZMUb : 3.13e-11*1.0 ; 
+{312.}      C5_RO2_O6 + C5DIALO2 = C5eO5_C5DI : 3e-13*1.0 ; 
+{313.}      C5_RO2_O6 + NPHENO2 = C5eO5_NPHa : 7.01e-11*1.0 ; 
+{314.}      C5_RO2_O6 + PHENO2 = C5eO5_PHEN : 3.13e-11*1.0 ; 
+{315.}      C5_RO2_O6 + MALDIALCO3 = C5eO5_MALa : 3e-13*1.0 ; 
+{316.}      C5_RO2_O6 + EPXDLCO3 = C5eO5_EPX : 3e-13*1.0 ; 
+{317.}      C5_RO2_O6 + C3DIALO2 = C5eO5_C3DI : 3e-13*1.0 ; 
+{318.}      C5_RO2_O6 + MALDIALO2 = C5eO5_MALb : 3e-13*1.0 ; 
+{319.}      C5_RO2_O6 + C6H5O2 = C5eO5_C6a : 3e-13*1.0 ; 
+{320.}      C5_RO2_O6 + NBZFUO2 = C5eO5_NBZa : 3.39e-11*1.0 ; 
+{321.}      C5_RO2_O6 + BZFUO2 = C5eO5_BZFU : 3e-13*1.0 ; 
+{322.}      C5_RO2_O6 + HCOCOHCO3 = C5eO5_C3a : 3e-13*1.0 ; 
+{323.}      C5_RO2_O6 + CATEC1O2 = C5eO5_CATE : 3e-13*1.0 ; 
+{324.}      C5_RO2_O6 + HCOCO3 = C5eO5_C2a : 3e-13*1.0 ; 
+{325.}      C5_RO2_O6 + HCOCH2O2 = C5eO5_C2b : 3e-13*1.0 ; 
+{326.}      C5_RO2_O6 + NPHEN1O2 = C5eO5_NPHb : 1.32e-11*1.0 ; 
+{327.}      C5_RO2_O6 + NNCATECO2 = C5eO5_NNC : 1e-10*1.0 ; 
+{328.}      C5_RO2_O6 + NCATECO2 = C5eO5_NCAT : 8.39e-11*1.0 ; 
+{329.}      C5_RO2_O6 + NBZQO2 = C5eO5_NBZb : 5.46e-11*1.0 ; 
+{330.}      C5_RO2_O6 + PBZQO2 = C5eO5_PBZ : 1.58e-11*1.0 ; 
+{331.}      C5_RO2_O6 + MALANHYO2 = C5eO5_MALc : 7.2e-12*1.0 ; 
+{332.}      C5_RO2_O6 + NDNPHENO2 = C5eO5_NDN : 1e-10*1.0 ; 
+{333.}      C5_RO2_O6 + DNPHENO2 = C5eO5_DNP : 1e-10*1.0 ; 
+{334.}      C5_RO2_O6 + HOCH2CO3 = C5eO5_C2c : 3e-13*1.0 ; 
+{335.}      C5_RO2_O6 + C5CO2OHCO3 = C5eO5_C5a : 2.96e-11*1.0 ; 
+{336.}      C5_RO2_O6 + C4CO2DBCO3 = C5eO5_C4a : 3.75e-12*1.0 ; 
+# ROOR formation: C5_RO2_O7
+{337.}      C5_RO2_O7 + C5_RO2_O7 = C5O6_C5O6 : 7.62e-11*1.0 ; 
+{338.}      C5_RO2_O7 + C5_RO2_O8 = C5O6_C5eO7 : 9e-11*1.0 ; 
+{339.}      C5_RO2_O7 + C5_RO2_O9 = C5O6_C5O8 : 1e-10*1.0 ; 
+{340.}      C5_RO2_O7 + C5_RO2_O10 = C5O6_C5eO9 : 1e-10*1.0 ; 
+{341.}      C5_RO2_O7 + BZBIPERO2 = C5O6_BZBI : 3.13e-11*1.0 ; 
+{342.}      C5_RO2_O7 + BZEMUCCO3 = C5O6_BZMUa : 2.96e-11*1.0 ; 
+{343.}      C5_RO2_O7 + BZEMUCO2 = C5O6_BZMUb : 4.51e-11*1.0 ; 
+{344.}      C5_RO2_O7 + C5DIALO2 = C5O6_C5DI : 5.47e-12*1.0 ; 
+{345.}      C5_RO2_O7 + NPHENO2 = C5O6_NPHa : 8.39e-11*1.0 ; 
+{346.}      C5_RO2_O7 + PHENO2 = C5O6_PHEN : 4.51e-11*1.0 ; 
+{347.}      C5_RO2_O7 + MALDIALCO3 = C5O6_MALa : 3e-13*1.0 ; 
+{348.}      C5_RO2_O7 + EPXDLCO3 = C5O6_EPX : 7.2e-12*1.0 ; 
+{349.}      C5_RO2_O7 + C3DIALO2 = C5O6_C3DI : 3e-13*1.0 ; 
+{350.}      C5_RO2_O7 + MALDIALO2 = C5O6_MALb : 8.92e-12*1.0 ; 
+{351.}      C5_RO2_O7 + C6H5O2 = C5O6_C6a : 3e-13*1.0 ; 
+{352.}      C5_RO2_O7 + NBZFUO2 = C5O6_NBZa : 4.77e-11*1.0 ; 
+{353.}      C5_RO2_O7 + BZFUO2 = C5O6_BZFU : 8.92e-12*1.0 ; 
+{354.}      C5_RO2_O7 + HCOCOHCO3 = C5O6_C3a : 3e-13*1.0 ; 
+{355.}      C5_RO2_O7 + CATEC1O2 = C5O6_CATE : 2.02e-12*1.0 ; 
+{356.}      C5_RO2_O7 + HCOCO3 = C5O6_C2a : 3e-13*1.0 ; 
+{357.}      C5_RO2_O7 + HCOCH2O2 = C5O6_C2b : 3e-13*1.0 ; 
+{358.}      C5_RO2_O7 + NPHEN1O2 = C5O6_NPHb : 2.7e-11*1.0 ; 
+{359.}      C5_RO2_O7 + NNCATECO2 = C5O6_NNC : 1e-10*1.0 ; 
+{360.}      C5_RO2_O7 + NCATECO2 = C5O6_NCAT : 9.77e-11*1.0 ; 
+{361.}      C5_RO2_O7 + NBZQO2 = C5O6_NBZb : 6.84e-11*1.0 ; 
+{362.}      C5_RO2_O7 + PBZQO2 = C5O6_PBZ : 2.96e-11*1.0 ; 
+{363.}      C5_RO2_O7 + MALANHYO2 = C5O6_MALc : 2.1e-11*1.0 ; 
+{364.}      C5_RO2_O7 + NDNPHENO2 = C5O6_NDN : 1e-10*1.0 ; 
+{365.}      C5_RO2_O7 + DNPHENO2 = C5O6_DNP : 1e-10*1.0 ; 
+{366.}      C5_RO2_O7 + HOCH2CO3 = C5O6_C2c : 3e-13*1.0 ; 
+{367.}      C5_RO2_O7 + C5CO2OHCO3 = C5O6_C5a : 4.34e-11*1.0 ; 
+{368.}      C5_RO2_O7 + C4CO2DBCO3 = C5O6_C4a : 1.75e-11*1.0 ; 
+# ROOR formation: C5_RO2_O8
+{369.}      C5_RO2_O8 + C5_RO2_O8 = C5eO7_C5eO7 : 1e-10*1.0 ; 
+{370.}      C5_RO2_O8 + C5_RO2_O9 = C5eO7_C5O8 : 1e-10*1.0 ; 
+{371.}      C5_RO2_O8 + C5_RO2_O10 = C5eO7_C5eO9 : 1e-10*1.0 ; 
+{372.}      C5_RO2_O8 + BZBIPERO2 = C5eO7_BZBI : 4.51e-11*0.3 ; 
+{373.}      C5_RO2_O8 + BZEMUCCO3 = C5eO7_BZMUa : 4.34e-11*1.0 ; 
+{374.}      C5_RO2_O8 + BZEMUCO2 = C5eO7_BZMUb : 5.89e-11*1.0 ; 
+{375.}      C5_RO2_O8 + C5DIALO2 = C5eO7_C5DI : 1.93e-11*1.0 ; 
+{376.}      C5_RO2_O8 + NPHENO2 = C5eO7_NPHa : 9.77e-11*1.0 ; 
+{377.}      C5_RO2_O8 + PHENO2 = C5eO7_PHEN : 5.89e-11*1.0 ; 
+{378.}      C5_RO2_O8 + MALDIALCO3 = C5eO7_MALa : 7.2e-12*1.0 ; 
+{379.}      C5_RO2_O8 + EPXDLCO3 = C5eO7_EPX : 2.1e-11*1.0 ; 
+{380.}      C5_RO2_O8 + C3DIALO2 = C5eO7_C3DI : 3e-13*1.0 ; 
+{381.}      C5_RO2_O8 + MALDIALO2 = C5eO7_MALb : 2.27e-11*1.0 ; 
+{382.}      C5_RO2_O8 + C6H5O2 = C5eO7_C6a : 2.02e-12*1.0 ; 
+{383.}      C5_RO2_O8 + NBZFUO2 = C5eO7_NBZa : 6.15e-11*1.0 ; 
+{384.}      C5_RO2_O8 + BZFUO2 = C5eO7_BZFU : 2.27e-11*1.0 ; 
+{385.}      C5_RO2_O8 + HCOCOHCO3 = C5eO7_C3a : 1.06e-11*1.0 ; 
+{386.}      C5_RO2_O8 + CATEC1O2 = C5eO7_CATE : 1.58e-11*1.0 ; 
+{387.}      C5_RO2_O8 + HCOCO3 = C5eO7_C2a : 3e-13*1.0 ; 
+{388.}      C5_RO2_O8 + HCOCH2O2 = C5eO7_C2b : 3e-13*1.0 ; 
+{389.}      C5_RO2_O8 + NPHEN1O2 = C5eO7_NPHb : 4.08e-11*1.0 ; 
+{390.}      C5_RO2_O8 + NNCATECO2 = C5eO7_NNC : 1e-10*1.0 ; 
+{391.}      C5_RO2_O8 + NCATECO2 = C5eO7_NCAT : 1e-10*1.0 ; 
+{392.}      C5_RO2_O8 + NBZQO2 = C5eO7_NBZb : 8.22e-11*1.0 ; 
+{393.}      C5_RO2_O8 + PBZQO2 = C5eO7_PBZ : 4.34e-11*1.0 ; 
+{394.}      C5_RO2_O8 + MALANHYO2 = C5eO7_MALc : 3.48e-11*1.0 ; 
+{395.}      C5_RO2_O8 + NDNPHENO2 = C5eO7_NDN : 1e-10*1.0 ; 
+{396.}      C5_RO2_O8 + DNPHENO2 = C5eO7_DNP : 1e-10*1.0 ; 
+{397.}      C5_RO2_O8 + HOCH2CO3 = C5eO7_C2c : 3e-13*1.0 ; 
+{398.}      C5_RO2_O8 + C5CO2OHCO3 = C5eO7_C5a : 5.72e-11*1.0 ; 
+{399.}      C5_RO2_O8 + C4CO2DBCO3 = C5eO7_C4a : 3.13e-11*1.0 ; 
+# ROOR formation: C5_RO2_O9
+{400.}      C5_RO2_O9 + C5_RO2_O9 = C5O8_C5O8 : 1e-10*1.0 ; 
+{401.}      C5_RO2_O9 + C5_RO2_O10 = C5O8_C5eO9 : 1e-10*1.0 ; 
+{402.}      C5_RO2_O9 + BZBIPERO2 = C5O8_BZBI : 5.89e-11*1.0 ; 
+{403.}      C5_RO2_O9 + BZEMUCCO3 = C5O8_BZMUa : 5.72e-11*1.0 ; 
+{404.}      C5_RO2_O9 + BZEMUCO2 = C5O8_BZMUb : 7.27e-11*1.0 ; 
+{405.}      C5_RO2_O9 + C5DIALO2 = C5O8_C5DI : 3.31e-11*1.0 ; 
+{406.}      C5_RO2_O9 + NPHENO2 = C5O8_NPHa : 1e-10*1.0 ; 
+{407.}      C5_RO2_O9 + PHENO2 = C5O8_PHEN : 7.27e-11*1.0 ; 
+{408.}      C5_RO2_O9 + MALDIALCO3 = C5O8_MALa : 2.1e-11*1.0 ; 
+{409.}      C5_RO2_O9 + EPXDLCO3 = C5O8_EPX : 3.48e-11*1.0 ; 
+{410.}      C5_RO2_O9 + C3DIALO2 = C5O8_C3DI : 1.06e-11*1.0 ; 
+{411.}      C5_RO2_O9 + MALDIALO2 = C5O8_MALb : 3.65e-11*1.0 ; 
+{412.}      C5_RO2_O9 + C6H5O2 = C5O8_C6a : 1.58e-11*1.0 ; 
+{413.}      C5_RO2_O9 + NBZFUO2 = C5O8_NBZa : 7.53e-11*1.0 ; 
+{414.}      C5_RO2_O9 + BZFUO2 = C5O8_BZFU : 3.65e-11*1.0 ; 
+{415.}      C5_RO2_O9 + HCOCOHCO3 = C5O8_C3a : 2.44e-11*1.0 ; 
+{416.}      C5_RO2_O9 + CATEC1O2 = C5O8_CATE : 2.96e-11*1.0 ; 
+{417.}      C5_RO2_O9 + HCOCO3 = C5O8_C2a : 3e-13*1.0 ; 
+{418.}      C5_RO2_O9 + HCOCH2O2 = C5O8_C2b : 3e-13*1.0 ; 
+{419.}      C5_RO2_O9 + NPHEN1O2 = C5O8_NPHb : 5.46e-11*1.0 ; 
+{420.}      C5_RO2_O9 + NNCATECO2 = C5O8_NNC : 1e-10*1.0 ; 
+{421.}      C5_RO2_O9 + NCATECO2 = C5O8_NCAT : 1e-10*1.0 ; 
+{422.}      C5_RO2_O9 + NBZQO2 = C5O8_NBZb : 9.6e-11*1.0 ; 
+{423.}      C5_RO2_O9 + PBZQO2 = C5O8_PBZ : 5.72e-11*1.0 ; 
+{424.}      C5_RO2_O9 + MALANHYO2 = C5O8_MALc : 4.86e-11*1.0 ; 
+{425.}      C5_RO2_O9 + NDNPHENO2 = C5O8_NDN : 1e-10*1.0 ; 
+{426.}      C5_RO2_O9 + DNPHENO2 = C5O8_DNP : 1e-10*1.0 ; 
+{427.}      C5_RO2_O9 + HOCH2CO3 = C5O8_C2c : 3e-13*1.0 ; 
+{428.}      C5_RO2_O9 + C5CO2OHCO3 = C5O8_C5a : 7.1e-11*1.0 ; 
+{429.}      C5_RO2_O9 + C4CO2DBCO3 = C5O8_C4a : 4.51e-11*1.0 ; 
+# ROOR formation: C5_RO2_O10
+{430.}      C5_RO2_O10 + C5_RO2_O10 = C5eO9_C5eO9 : 1e-10*1.0 ; 
+{431.}      C5_RO2_O10 + BZBIPERO2 = C5eO9_BZBI : 7.27e-11*1.0 ; 
+{432.}      C5_RO2_O10 + BZEMUCCO3 = C5eO9_BZMUa : 7.1e-11*1.0 ; 
+{433.}      C5_RO2_O10 + BZEMUCO2 = C5eO9_BZMUb : 8.65e-11*1.0 ; 
+{434.}      C5_RO2_O10 + C5DIALO2 = C5eO9_C5DI : 4.69e-11*1.0 ; 
+{435.}      C5_RO2_O10 + NPHENO2 = C5eO9_NPHa : 1e-10*1.0 ; 
+{436.}      C5_RO2_O10 + PHENO2 = C5eO9_PHEN : 8.65e-11*1.0 ; 
+{437.}      C5_RO2_O10 + MALDIALCO3 = C5eO9_MALa : 3.48e-11*1.0 ; 
+{438.}      C5_RO2_O10 + EPXDLCO3 = C5eO9_EPX : 4.86e-11*1.0 ; 
+{439.}      C5_RO2_O10 + C3DIALO2 = C5eO9_C3DI : 2.44e-11*1.0 ; 
+{440.}      C5_RO2_O10 + MALDIALO2 = C5eO9_MALb : 5.03e-11*1.0 ; 
+{441.}      C5_RO2_O10 + C6H5O2 = C5eO9_C6a : 2.96e-11*1.0 ; 
+{442.}      C5_RO2_O10 + NBZFUO2 = C5eO9_NBZa : 8.91e-11*1.0 ; 
+{443.}      C5_RO2_O10 + BZFUO2 = C5eO9_BZFU : 5.03e-11*1.0 ; 
+{444.}      C5_RO2_O10 + HCOCOHCO3 = C5eO9_C3a : 3.82e-11*1.0 ; 
+{445.}      C5_RO2_O10 + CATEC1O2 = C5eO9_CATE : 4.34e-11*1.0 ; 
+{446.}      C5_RO2_O10 + HCOCO3 = C5eO9_C2a : 1.24e-11*1.0 ; 
+{447.}      C5_RO2_O10 + HCOCH2O2 = C5eO9_C2b : 3e-13*1.0 ; 
+{448.}      C5_RO2_O10 + NPHEN1O2 = C5eO9_NPHb : 6.84e-11*1.0 ; 
+{449.}      C5_RO2_O10 + NNCATECO2 = C5eO9_NNC : 1e-10*1.0 ; 
+{450.}      C5_RO2_O10 + NCATECO2 = C5eO9_NCAT : 1e-10*1.0 ; 
+{451.}      C5_RO2_O10 + NBZQO2 = C5eO9_NBZb : 1e-10*1.0 ; 
+{452.}      C5_RO2_O10 + PBZQO2 = C5eO9_PBZ : 7.1e-11*1.0 ; 
+{453.}      C5_RO2_O10 + MALANHYO2 = C5eO9_MALc : 6.24e-11*1.0 ; 
+{454.}      C5_RO2_O10 + NDNPHENO2 = C5eO9_NDN : 1e-10*1.0 ; 
+{455.}      C5_RO2_O10 + DNPHENO2 = C5eO9_DNP : 1e-10*1.0 ; 
+{456.}      C5_RO2_O10 + HOCH2CO3 = C5eO9_C2c : 1.41e-11*1.0 ; 
+{457.}      C5_RO2_O10 + C5CO2OHCO3 = C5eO9_C5a : 8.48e-11*1.0 ; 
+{458.}      C5_RO2_O10 + C4CO2DBCO3 = C5eO9_C4a : 5.89e-11*1.0 ; 
+# ROOR formation: BZBIPERO2
+{459.}      BZBIPERO2 + BZBIPERO2 = BZBI_BZBI : 3e-13*0.7 ; 
+{460.}      BZBIPERO2 + BZEMUCCO3 = BZBI_BZMUa : 3e-13*1.0 ; 
+{461.}      BZBIPERO2 + BZEMUCO2 = BZBI_BZMUb : 3e-13*1.0 ; 
+{462.}      BZBIPERO2 + C5DIALO2 = BZBI_C5DI : 3e-13*1.0 ; 
+{463.}      BZBIPERO2 + NPHENO2 = BZBI_NPHa : 3.91e-11*1.0 ; 
+{464.}      BZBIPERO2 + PHENO2 = BZBI_PHEN : 3e-13*1.0 ; 
+{465.}      BZBIPERO2 + MALDIALCO3 = BZBI_MALa : 3e-13*1.0 ; 
+{466.}      BZBIPERO2 + EPXDLCO3 = BZBI_EPX : 3e-13*1.0 ; 
+{467.}      BZBIPERO2 + C3DIALO2 = BZBI_C3DI : 3e-13*1.0 ; 
+{468.}      BZBIPERO2 + MALDIALO2 = BZBI_MALb : 3e-13*1.0 ; 
+{469.}      BZBIPERO2 + C6H5O2 = BZBI_C6a : 3e-13*1.0 ; 
+{470.}      BZBIPERO2 + NBZFUO2 = BZBI_NBZa : 2.89e-12*1.0 ; 
+{471.}      BZBIPERO2 + BZFUO2 = BZBI_BZFU : 3e-13*1.0 ; 
+{472.}      BZBIPERO2 + HCOCOHCO3 = BZBI_C3a : 3e-13*1.0 ; 
+{473.}      BZBIPERO2 + CATEC1O2 = BZBI_CATE : 3e-13*1.0 ; 
+{474.}      BZBIPERO2 + HCOCO3 = BZBI_C2a : 3e-13*1.0 ; 
+{475.}      BZBIPERO2 + HCOCH2O2 = BZBI_C2b : 3e-13*1.0 ; 
+{476.}      BZBIPERO2 + NPHEN1O2 = BZBI_NPHb : 3e-13*1.0 ; 
+{477.}      BZBIPERO2 + NNCATECO2 = BZBI_NNC : 9.17e-11*1.0 ; 
+{478.}      BZBIPERO2 + NCATECO2 = BZBI_NCAT : 5.29e-11*1.0 ; 
+{479.}      BZBIPERO2 + NBZQO2 = BZBI_NBZb : 2.36e-11*1.0 ; 
+{480.}      BZBIPERO2 + PBZQO2 = BZBI_PBZ : 3e-13*1.0 ; 
+{481.}      BZBIPERO2 + MALANHYO2 = BZBI_MALc : 3e-13*1.0 ; 
+{482.}      BZBIPERO2 + NDNPHENO2 = BZBI_NDN : 1e-10*1.0 ; 
+{483.}      BZBIPERO2 + DNPHENO2 = BZBI_DNP : 7.79e-11*1.0 ; 
+{484.}      BZBIPERO2 + HOCH2CO3 = BZBI_C2c : 3e-13*1.0 ; 
+{485.}      BZBIPERO2 + C5CO2OHCO3 = BZBI_C5a : 3e-13*1.0 ; 
+{486.}      BZBIPERO2 + C4CO2DBCO3 = BZBI_C4a : 3e-13*1.0 ; 
+# ROOR formation: BZEMUCCO3
+{487.}      BZEMUCCO3 + BZEMUCCO3 = BZMUa_BZMUa : 3e-13*1.0 ; 
+{488.}      BZEMUCCO3 + BZEMUCO2 = BZMUa_BZMUb : 3e-13*1.0 ; 
+{489.}      BZEMUCCO3 + C5DIALO2 = BZMUa_C5DI : 3e-13*1.0 ; 
+{490.}      BZEMUCCO3 + NPHENO2 = BZMUa_NPHa : 3.74e-11*1.0 ; 
+{491.}      BZEMUCCO3 + PHENO2 = BZMUa_PHEN : 3e-13*1.0 ; 
+{492.}      BZEMUCCO3 + MALDIALCO3 = BZMUa_MALa : 3e-13*1.0 ; 
+{493.}      BZEMUCCO3 + EPXDLCO3 = BZMUa_EPX : 3e-13*1.0 ; 
+{494.}      BZEMUCCO3 + C3DIALO2 = BZMUa_C3DI : 3e-13*1.0 ; 
+{495.}      BZEMUCCO3 + MALDIALO2 = BZMUa_MALb : 3e-13*1.0 ; 
+{496.}      BZEMUCCO3 + C6H5O2 = BZMUa_C6a : 3e-13*1.0 ; 
+{497.}      BZEMUCCO3 + NBZFUO2 = BZMUa_NBZa : 1.16e-12*1.0 ; 
+{498.}      BZEMUCCO3 + BZFUO2 = BZMUa_BZFU : 3e-13*1.0 ; 
+{499.}      BZEMUCCO3 + HCOCOHCO3 = BZMUa_C3a : 3e-13*1.0 ; 
+{500.}      BZEMUCCO3 + CATEC1O2 = BZMUa_CATE : 3e-13*1.0 ; 
+{501.}      BZEMUCCO3 + HCOCO3 = BZMUa_C2a : 3e-13*1.0 ; 
+{502.}      BZEMUCCO3 + HCOCH2O2 = BZMUa_C2b : 3e-13*1.0 ; 
+{503.}      BZEMUCCO3 + NPHEN1O2 = BZMUa_NPHb : 3e-13*1.0 ; 
+{504.}      BZEMUCCO3 + NNCATECO2 = BZMUa_NNC : 9e-11*1.0 ; 
+{505.}      BZEMUCCO3 + NCATECO2 = BZMUa_NCAT : 5.12e-11*1.0 ; 
+{506.}      BZEMUCCO3 + NBZQO2 = BZMUa_NBZb : 2.19e-11*1.0 ; 
+{507.}      BZEMUCCO3 + PBZQO2 = BZMUa_PBZ : 3e-13*1.0 ; 
+{508.}      BZEMUCCO3 + MALANHYO2 = BZMUa_MALc : 3e-13*1.0 ; 
+{509.}      BZEMUCCO3 + NDNPHENO2 = BZMUa_NDN : 1e-10*1.0 ; 
+{510.}      BZEMUCCO3 + DNPHENO2 = BZMUa_DNP : 7.62e-11*1.0 ; 
+{511.}      BZEMUCCO3 + HOCH2CO3 = BZMUa_C2c : 3e-13*1.0 ; 
+{512.}      BZEMUCCO3 + C5CO2OHCO3 = BZMUa_C5a : 3e-13*1.0 ; 
+{513.}      BZEMUCCO3 + C4CO2DBCO3 = BZMUa_C4a : 3e-13*1.0 ; 
+# ROOR formation: BZEMUCO2
+{514.}      BZEMUCO2 + BZEMUCO2 = BZMUb_BZMUb : 1.41e-11*1.0 ; 
+{515.}      BZEMUCO2 + C5DIALO2 = BZMUb_C5DI : 3e-13*1.0 ; 
+{516.}      BZEMUCO2 + NPHENO2 = BZMUb_NPHa : 5.29e-11*1.0 ; 
+{517.}      BZEMUCO2 + PHENO2 = BZMUb_PHEN : 1.41e-11*1.0 ; 
+{518.}      BZEMUCO2 + MALDIALCO3 = BZMUb_MALa : 3e-13*1.0 ; 
+{519.}      BZEMUCO2 + EPXDLCO3 = BZMUb_EPX : 3e-13*1.0 ; 
+{520.}      BZEMUCO2 + C3DIALO2 = BZMUb_C3DI : 3e-13*1.0 ; 
+{521.}      BZEMUCO2 + MALDIALO2 = BZMUb_MALb : 3e-13*1.0 ; 
+{522.}      BZEMUCO2 + C6H5O2 = BZMUb_C6a : 3e-13*1.0 ; 
+{523.}      BZEMUCO2 + NBZFUO2 = BZMUb_NBZa : 1.67e-11*1.0 ; 
+{524.}      BZEMUCO2 + BZFUO2 = BZMUb_BZFU : 3e-13*1.0 ; 
+{525.}      BZEMUCO2 + HCOCOHCO3 = BZMUb_C3a : 3e-13*1.0 ; 
+{526.}      BZEMUCO2 + CATEC1O2 = BZMUb_CATE : 3e-13*1.0 ; 
+{527.}      BZEMUCO2 + HCOCO3 = BZMUb_C2a : 3e-13*1.0 ; 
+{528.}      BZEMUCO2 + HCOCH2O2 = BZMUb_C2b : 3e-13*1.0 ; 
+{529.}      BZEMUCO2 + NPHEN1O2 = BZMUb_NPHb : 3e-13*1.0 ; 
+{530.}      BZEMUCO2 + NNCATECO2 = BZMUb_NNC : 1e-10*1.0 ; 
+{531.}      BZEMUCO2 + NCATECO2 = BZMUb_NCAT : 6.67e-11*1.0 ; 
+{532.}      BZEMUCO2 + NBZQO2 = BZMUb_NBZb : 3.74e-11*1.0 ; 
+{533.}      BZEMUCO2 + PBZQO2 = BZMUb_PBZ : 3e-13*1.0 ; 
+{534.}      BZEMUCO2 + MALANHYO2 = BZMUb_MALc : 3e-13*1.0 ; 
+{535.}      BZEMUCO2 + NDNPHENO2 = BZMUb_NDN : 1e-10*1.0 ; 
+{536.}      BZEMUCO2 + DNPHENO2 = BZMUb_DNP : 9.17e-11*1.0 ; 
+{537.}      BZEMUCO2 + HOCH2CO3 = BZMUb_C2c : 3e-13*1.0 ; 
+{538.}      BZEMUCO2 + C5CO2OHCO3 = BZMUb_C5a : 1.24e-11*1.0 ; 
+{539.}      BZEMUCO2 + C4CO2DBCO3 = BZMUb_C4a : 3e-13*1.0 ; 
+# ROOR formation: C5DIALO2
+{540.}      C5DIALO2 + C5DIALO2 = C5DI_C5DI : 3e-13*1.0 ; 
+{541.}      C5DIALO2 + NPHENO2 = C5DI_NPHa : 1.32e-11*1.0 ; 
+{542.}      C5DIALO2 + PHENO2 = C5DI_PHEN : 3e-13*1.0 ; 
+{543.}      C5DIALO2 + MALDIALCO3 = C5DI_MALa : 3e-13*1.0 ; 
+{544.}      C5DIALO2 + EPXDLCO3 = C5DI_EPX : 3e-13*1.0 ; 
+{545.}      C5DIALO2 + C3DIALO2 = C5DI_C3DI : 3e-13*1.0 ; 
+{546.}      C5DIALO2 + MALDIALO2 = C5DI_MALb : 3e-13*1.0 ; 
+{547.}      C5DIALO2 + C6H5O2 = C5DI_C6a : 3e-13*1.0 ; 
+{548.}      C5DIALO2 + NBZFUO2 = C5DI_NBZa : 3e-13*1.0 ; 
+{549.}      C5DIALO2 + BZFUO2 = C5DI_BZFU : 3e-13*1.0 ; 
+{550.}      C5DIALO2 + HCOCOHCO3 = C5DI_C3a : 3e-13*1.0 ; 
+{551.}      C5DIALO2 + CATEC1O2 = C5DI_CATE : 3e-13*1.0 ; 
+{552.}      C5DIALO2 + HCOCO3 = C5DI_C2a : 3e-13*1.0 ; 
+{553.}      C5DIALO2 + HCOCH2O2 = C5DI_C2b : 3e-13*1.0 ; 
+{554.}      C5DIALO2 + NPHEN1O2 = C5DI_NPHb : 3e-13*1.0 ; 
+{555.}      C5DIALO2 + NNCATECO2 = C5DI_NNC : 6.58e-11*1.0 ; 
+{556.}      C5DIALO2 + NCATECO2 = C5DI_NCAT : 2.7e-11*1.0 ; 
+{557.}      C5DIALO2 + NBZQO2 = C5DI_NBZb : 3e-13*1.0 ; 
+{558.}      C5DIALO2 + PBZQO2 = C5DI_PBZ : 3e-13*1.0 ; 
+{559.}      C5DIALO2 + MALANHYO2 = C5DI_MALc : 3e-13*1.0 ; 
+{560.}      C5DIALO2 + NDNPHENO2 = C5DI_NDN : 9.08e-11*1.0 ; 
+{561.}      C5DIALO2 + DNPHENO2 = C5DI_DNP : 5.2e-11*1.0 ; 
+{562.}      C5DIALO2 + HOCH2CO3 = C5DI_C2c : 3e-13*1.0 ; 
+{563.}      C5DIALO2 + C5CO2OHCO3 = C5DI_C5a : 3e-13*1.0 ; 
+{564.}      C5DIALO2 + C4CO2DBCO3 = C5DI_C4a : 3e-13*1.0 ; 
+# ROOR formation: NPHENO2
+{565.}      NPHENO2 + NPHENO2 = NPHa_NPHa : 9.17e-11*1.0 ; 
+{566.}      NPHENO2 + PHENO2 = NPHa_PHEN : 5.29e-11*1.0 ; 
+{567.}      NPHENO2 + MALDIALCO3 = NPHa_MALa : 1.16e-12*1.0 ; 
+{568.}      NPHENO2 + EPXDLCO3 = NPHa_EPX : 1.5e-11*1.0 ; 
+{569.}      NPHENO2 + C3DIALO2 = NPHa_C3DI : 3e-13*1.0 ; 
+{570.}      NPHENO2 + MALDIALO2 = NPHa_MALb : 1.67e-11*1.0 ; 
+{571.}      NPHENO2 + C6H5O2 = NPHa_C6a : 3e-13*1.0 ; 
+{572.}      NPHENO2 + NBZFUO2 = NPHa_NBZa : 5.55e-11*1.0 ; 
+{573.}      NPHENO2 + BZFUO2 = NPHa_BZFU : 1.67e-11*1.0 ; 
+{574.}      NPHENO2 + HCOCOHCO3 = NPHa_C3a : 4.61e-12*1.0 ; 
+{575.}      NPHENO2 + CATEC1O2 = NPHa_CATE : 9.78e-12*1.0 ; 
+{576.}      NPHENO2 + HCOCO3 = NPHa_C2a : 3e-13*1.0 ; 
+{577.}      NPHENO2 + HCOCH2O2 = NPHa_C2b : 3e-13*1.0 ; 
+{578.}      NPHENO2 + NPHEN1O2 = NPHa_NPHb : 3.48e-11*1.0 ; 
+{579.}      NPHENO2 + NNCATECO2 = NPHa_NNC : 1e-10*1.0 ; 
+{580.}      NPHENO2 + NCATECO2 = NPHa_NCAT : 1e-10*1.0 ; 
+{581.}      NPHENO2 + NBZQO2 = NPHa_NBZb : 7.62e-11*1.0 ; 
+{582.}      NPHENO2 + PBZQO2 = NPHa_PBZ : 3.74e-11*1.0 ; 
+{583.}      NPHENO2 + MALANHYO2 = NPHa_MALc : 2.87e-11*1.0 ; 
+{584.}      NPHENO2 + NDNPHENO2 = NPHa_NDN : 1e-10*1.0 ; 
+{585.}      NPHENO2 + DNPHENO2 = NPHa_DNP : 1e-10*1.0 ; 
+{586.}      NPHENO2 + HOCH2CO3 = NPHa_C2c : 3e-13*1.0 ; 
+{587.}      NPHENO2 + C5CO2OHCO3 = NPHa_C5a : 5.12e-11*1.0 ; 
+{588.}      NPHENO2 + C4CO2DBCO3 = NPHa_C4a : 2.53e-11*1.0 ; 
+# ROOR formation: PHENO2
+{589.}      PHENO2 + PHENO2 = PHEN_PHEN : 1.41e-11*1.0 ; 
+{590.}      PHENO2 + MALDIALCO3 = PHEN_MALa : 3e-13*1.0 ; 
+{591.}      PHENO2 + EPXDLCO3 = PHEN_EPX : 3e-13*1.0 ; 
+{592.}      PHENO2 + C3DIALO2 = PHEN_C3DI : 3e-13*1.0 ; 
+{593.}      PHENO2 + MALDIALO2 = PHEN_MALb : 3e-13*1.0 ; 
+{594.}      PHENO2 + C6H5O2 = PHEN_C6a : 3e-13*1.0 ; 
+{595.}      PHENO2 + NBZFUO2 = PHEN_NBZa : 1.67e-11*1.0 ; 
+{596.}      PHENO2 + BZFUO2 = PHEN_BZFU : 3e-13*1.0 ; 
+{597.}      PHENO2 + HCOCOHCO3 = PHEN_C3a : 3e-13*1.0 ; 
+{598.}      PHENO2 + CATEC1O2 = PHEN_CATE : 3e-13*1.0 ; 
+{599.}      PHENO2 + HCOCO3 = PHEN_C2a : 3e-13*1.0 ; 
+{600.}      PHENO2 + HCOCH2O2 = PHEN_C2b : 3e-13*1.0 ; 
+{601.}      PHENO2 + NPHEN1O2 = PHEN_NPHb : 3e-13*1.0 ; 
+{602.}      PHENO2 + NNCATECO2 = PHEN_NNC : 1e-10*1.0 ; 
+{603.}      PHENO2 + NCATECO2 = PHEN_NCAT : 6.67e-11*1.0 ; 
+{604.}      PHENO2 + NBZQO2 = PHEN_NBZb : 3.74e-11*1.0 ; 
+{605.}      PHENO2 + PBZQO2 = PHEN_PBZ : 3e-13*1.0 ; 
+{606.}      PHENO2 + MALANHYO2 = PHEN_MALc : 3e-13*1.0 ; 
+{607.}      PHENO2 + NDNPHENO2 = PHEN_NDN : 1e-10*1.0 ; 
+{608.}      PHENO2 + DNPHENO2 = PHEN_DNP : 9.17e-11*1.0 ; 
+{609.}      PHENO2 + HOCH2CO3 = PHEN_C2c : 3e-13*1.0 ; 
+{610.}      PHENO2 + C5CO2OHCO3 = PHEN_C5a : 1.24e-11*1.0 ; 
+{611.}      PHENO2 + C4CO2DBCO3 = PHEN_C4a : 3e-13*1.0 ; 
+# ROOR formation: MALDIALCO3
+{612.}      MALDIALCO3 + MALDIALCO3 = MALa_MALa : 3e-13*1.0 ; 
+{613.}      MALDIALCO3 + EPXDLCO3 = MALa_EPX : 3e-13*1.0 ; 
+{614.}      MALDIALCO3 + C3DIALO2 = MALa_C3DI : 3e-13*1.0 ; 
+{615.}      MALDIALCO3 + MALDIALO2 = MALa_MALb : 3e-13*1.0 ; 
+{616.}      MALDIALCO3 + C6H5O2 = MALa_C6a : 3e-13*1.0 ; 
+{617.}      MALDIALCO3 + NBZFUO2 = MALa_NBZa : 3e-13*1.0 ; 
+{618.}      MALDIALCO3 + BZFUO2 = MALa_BZFU : 3e-13*1.0 ; 
+{619.}      MALDIALCO3 + HCOCOHCO3 = MALa_C3a : 3e-13*1.0 ; 
+{620.}      MALDIALCO3 + CATEC1O2 = MALa_CATE : 3e-13*1.0 ; 
+{621.}      MALDIALCO3 + HCOCO3 = MALa_C2a : 3e-13*1.0 ; 
+{622.}      MALDIALCO3 + HCOCH2O2 = MALa_C2b : 3e-13*1.0 ; 
+{623.}      MALDIALCO3 + NPHEN1O2 = MALa_NPHb : 3e-13*1.0 ; 
+{624.}      MALDIALCO3 + NNCATECO2 = MALa_NNC : 5.37e-11*1.0 ; 
+{625.}      MALDIALCO3 + NCATECO2 = MALa_NCAT : 1.5e-11*1.0 ; 
+{626.}      MALDIALCO3 + NBZQO2 = MALa_NBZb : 3e-13*1.0 ; 
+{627.}      MALDIALCO3 + PBZQO2 = MALa_PBZ : 3e-13*1.0 ; 
+{628.}      MALDIALCO3 + MALANHYO2 = MALa_MALc : 3e-13*1.0 ; 
+{629.}      MALDIALCO3 + NDNPHENO2 = MALa_NDN : 7.87e-11*1.0 ; 
+{630.}      MALDIALCO3 + DNPHENO2 = MALa_DNP : 4e-11*1.0 ; 
+{631.}      MALDIALCO3 + HOCH2CO3 = MALa_C2c : 3e-13*1.0 ; 
+{632.}      MALDIALCO3 + C5CO2OHCO3 = MALa_C5a : 3e-13*1.0 ; 
+{633.}      MALDIALCO3 + C4CO2DBCO3 = MALa_C4a : 3e-13*1.0 ; 
+# ROOR formation: EPXDLCO3
+{634.}      EPXDLCO3 + EPXDLCO3 = EPX_EPX : 3e-13*1.0 ; 
+{635.}      EPXDLCO3 + C3DIALO2 = EPX_C3DI : 3e-13*1.0 ; 
+{636.}      EPXDLCO3 + MALDIALO2 = EPX_MALb : 3e-13*1.0 ; 
+{637.}      EPXDLCO3 + C6H5O2 = EPX_C6a : 3e-13*1.0 ; 
+{638.}      EPXDLCO3 + NBZFUO2 = EPX_NBZa : 3e-13*1.0 ; 
+{639.}      EPXDLCO3 + BZFUO2 = EPX_BZFU : 3e-13*1.0 ; 
+{640.}      EPXDLCO3 + HCOCOHCO3 = EPX_C3a : 3e-13*1.0 ; 
+{641.}      EPXDLCO3 + CATEC1O2 = EPX_CATE : 3e-13*1.0 ; 
+{642.}      EPXDLCO3 + HCOCO3 = EPX_C2a : 3e-13*1.0 ; 
+{643.}      EPXDLCO3 + HCOCH2O2 = EPX_C2b : 3e-13*1.0 ; 
+{644.}      EPXDLCO3 + NPHEN1O2 = EPX_NPHb : 3e-13*1.0 ; 
+{645.}      EPXDLCO3 + NNCATECO2 = EPX_NNC : 6.75e-11*1.0 ; 
+{646.}      EPXDLCO3 + NCATECO2 = EPX_NCAT : 2.87e-11*1.0 ; 
+{647.}      EPXDLCO3 + NBZQO2 = EPX_NBZb : 3e-13*1.0 ; 
+{648.}      EPXDLCO3 + PBZQO2 = EPX_PBZ : 3e-13*1.0 ; 
+{649.}      EPXDLCO3 + MALANHYO2 = EPX_MALc : 3e-13*1.0 ; 
+{650.}      EPXDLCO3 + NDNPHENO2 = EPX_NDN : 9.25e-11*1.0 ; 
+{651.}      EPXDLCO3 + DNPHENO2 = EPX_DNP : 5.37e-11*1.0 ; 
+{652.}      EPXDLCO3 + HOCH2CO3 = EPX_C2c : 3e-13*1.0 ; 
+{653.}      EPXDLCO3 + C5CO2OHCO3 = EPX_C5a : 3e-13*1.0 ; 
+{654.}      EPXDLCO3 + C4CO2DBCO3 = EPX_C4a : 3e-13*1.0 ; 
+# ROOR formation: C3DIALO2
+{655.}      C3DIALO2 + C3DIALO2 = C3DI_C3DI : 3e-13*1.0 ; 
+{656.}      C3DIALO2 + MALDIALO2 = C3DI_MALb : 3e-13*1.0 ; 
+{657.}      C3DIALO2 + C6H5O2 = C3DI_C6a : 3e-13*1.0 ; 
+{658.}      C3DIALO2 + NBZFUO2 = C3DI_NBZa : 3e-13*1.0 ; 
+{659.}      C3DIALO2 + BZFUO2 = C3DI_BZFU : 3e-13*1.0 ; 
+{660.}      C3DIALO2 + HCOCOHCO3 = C3DI_C3a : 3e-13*1.0 ; 
+{661.}      C3DIALO2 + CATEC1O2 = C3DI_CATE : 3e-13*1.0 ; 
+{662.}      C3DIALO2 + HCOCO3 = C3DI_C2a : 3e-13*1.0 ; 
+{663.}      C3DIALO2 + HCOCH2O2 = C3DI_C2b : 3e-13*1.0 ; 
+{664.}      C3DIALO2 + NPHEN1O2 = C3DI_NPHb : 3e-13*1.0 ; 
+{665.}      C3DIALO2 + NNCATECO2 = C3DI_NNC : 4.34e-11*1.0 ; 
+{666.}      C3DIALO2 + NCATECO2 = C3DI_NCAT : 4.61e-12*1.0 ; 
+{667.}      C3DIALO2 + NBZQO2 = C3DI_NBZb : 3e-13*1.0 ; 
+{668.}      C3DIALO2 + PBZQO2 = C3DI_PBZ : 3e-13*1.0 ; 
+{669.}      C3DIALO2 + MALANHYO2 = C3DI_MALc : 3e-13*1.0 ; 
+{670.}      C3DIALO2 + NDNPHENO2 = C3DI_NDN : 6.84e-11*1.0 ; 
+{671.}      C3DIALO2 + DNPHENO2 = C3DI_DNP : 2.96e-11*1.0 ; 
+{672.}      C3DIALO2 + HOCH2CO3 = C3DI_C2c : 3e-13*1.0 ; 
+{673.}      C3DIALO2 + C5CO2OHCO3 = C3DI_C5a : 3e-13*1.0 ; 
+{674.}      C3DIALO2 + C4CO2DBCO3 = C3DI_C4a : 3e-13*1.0 ; 
+# ROOR formation: MALDIALO2
+{675.}      MALDIALO2 + MALDIALO2 = MALb_MALb : 3e-13*1.0 ; 
+{676.}      MALDIALO2 + C6H5O2 = MALb_C6a : 3e-13*1.0 ; 
+{677.}      MALDIALO2 + NBZFUO2 = MALb_NBZa : 3e-13*1.0 ; 
+{678.}      MALDIALO2 + BZFUO2 = MALb_BZFU : 3e-13*1.0 ; 
+{679.}      MALDIALO2 + HCOCOHCO3 = MALb_C3a : 3e-13*1.0 ; 
+{680.}      MALDIALO2 + CATEC1O2 = MALb_CATE : 3e-13*1.0 ; 
+{681.}      MALDIALO2 + HCOCO3 = MALb_C2a : 3e-13*1.0 ; 
+{682.}      MALDIALO2 + HCOCH2O2 = MALb_C2b : 3e-13*1.0 ; 
+{683.}      MALDIALO2 + NPHEN1O2 = MALb_NPHb : 3e-13*1.0 ; 
+{684.}      MALDIALO2 + NNCATECO2 = MALb_NNC : 6.93e-11*1.0 ; 
+{685.}      MALDIALO2 + NCATECO2 = MALb_NCAT : 3.05e-11*1.0 ; 
+{686.}      MALDIALO2 + NBZQO2 = MALb_NBZb : 1.16e-12*1.0 ; 
+{687.}      MALDIALO2 + PBZQO2 = MALb_PBZ : 3e-13*1.0 ; 
+{688.}      MALDIALO2 + MALANHYO2 = MALb_MALc : 3e-13*1.0 ; 
+{689.}      MALDIALO2 + NDNPHENO2 = MALb_NDN : 9.43e-11*1.0 ; 
+{690.}      MALDIALO2 + DNPHENO2 = MALb_DNP : 5.55e-11*1.0 ; 
+{691.}      MALDIALO2 + HOCH2CO3 = MALb_C2c : 3e-13*1.0 ; 
+{692.}      MALDIALO2 + C5CO2OHCO3 = MALb_C5a : 3e-13*1.0 ; 
+{693.}      MALDIALO2 + C4CO2DBCO3 = MALb_C4a : 3e-13*1.0 ; 
+# ROOR formation: C6H5O2
+{694.}      C6H5O2 + C6H5O2 = C6a_C6a : 3e-13*1.0 ; 
+{695.}      C6H5O2 + NBZFUO2 = C6a_NBZa : 3e-13*1.0 ; 
+{696.}      C6H5O2 + BZFUO2 = C6a_BZFU : 3e-13*1.0 ; 
+{697.}      C6H5O2 + HCOCOHCO3 = C6a_C3a : 3e-13*1.0 ; 
+{698.}      C6H5O2 + CATEC1O2 = C6a_CATE : 3e-13*1.0 ; 
+{699.}      C6H5O2 + HCOCO3 = C6a_C2a : 3e-13*1.0 ; 
+{700.}      C6H5O2 + HCOCH2O2 = C6a_C2b : 3e-13*1.0 ; 
+{701.}      C6H5O2 + NPHEN1O2 = C6a_NPHb : 3e-13*1.0 ; 
+{702.}      C6H5O2 + NNCATECO2 = C6a_NNC : 4.86e-11*1.0 ; 
+{703.}      C6H5O2 + NCATECO2 = C6a_NCAT : 9.78e-12*1.0 ; 
+{704.}      C6H5O2 + NBZQO2 = C6a_NBZb : 3e-13*1.0 ; 
+{705.}      C6H5O2 + PBZQO2 = C6a_PBZ : 3e-13*1.0 ; 
+{706.}      C6H5O2 + MALANHYO2 = C6a_MALc : 3e-13*1.0 ; 
+{707.}      C6H5O2 + NDNPHENO2 = C6a_NDN : 7.36e-11*1.0 ; 
+{708.}      C6H5O2 + DNPHENO2 = C6a_DNP : 3.48e-11*1.0 ; 
+{709.}      C6H5O2 + HOCH2CO3 = C6a_C2c : 3e-13*1.0 ; 
+{710.}      C6H5O2 + C5CO2OHCO3 = C6a_C5a : 3e-13*1.0 ; 
+{711.}      C6H5O2 + C4CO2DBCO3 = C6a_C4a : 3e-13*1.0 ; 
+# ROOR formation: NBZFUO2
+{712.}      NBZFUO2 + NBZFUO2 = NBZa_NBZa : 1.93e-11*1.0 ; 
+{713.}      NBZFUO2 + BZFUO2 = NBZa_BZFU : 3e-13*1.0 ; 
+{714.}      NBZFUO2 + HCOCOHCO3 = NBZa_C3a : 3e-13*1.0 ; 
+{715.}      NBZFUO2 + CATEC1O2 = NBZa_CATE : 3e-13*1.0 ; 
+{716.}      NBZFUO2 + HCOCO3 = NBZa_C2a : 3e-13*1.0 ; 
+{717.}      NBZFUO2 + HCOCH2O2 = NBZa_C2b : 3e-13*1.0 ; 
+{718.}      NBZFUO2 + NPHEN1O2 = NBZa_NPHb : 3e-13*1.0 ; 
+{719.}      NBZFUO2 + NNCATECO2 = NBZa_NNC : 1e-10*1.0 ; 
+{720.}      NBZFUO2 + NCATECO2 = NBZa_NCAT : 6.93e-11*1.0 ; 
+{721.}      NBZFUO2 + NBZQO2 = NBZa_NBZb : 4e-11*1.0 ; 
+{722.}      NBZFUO2 + PBZQO2 = NBZa_PBZ : 1.16e-12*1.0 ; 
+{723.}      NBZFUO2 + MALANHYO2 = NBZa_MALc : 3e-13*1.0 ; 
+{724.}      NBZFUO2 + NDNPHENO2 = NBZa_NDN : 1e-10*1.0 ; 
+{725.}      NBZFUO2 + DNPHENO2 = NBZa_DNP : 9.43e-11*1.0 ; 
+{726.}      NBZFUO2 + HOCH2CO3 = NBZa_C2c : 3e-13*1.0 ; 
+{727.}      NBZFUO2 + C5CO2OHCO3 = NBZa_C5a : 1.5e-11*1.0 ; 
+{728.}      NBZFUO2 + C4CO2DBCO3 = NBZa_C4a : 3e-13*1.0 ; 
+# ROOR formation: BZFUO2
+{729.}      BZFUO2 + BZFUO2 = BZFU_BZFU : 3e-13*1.0 ; 
+{730.}      BZFUO2 + HCOCOHCO3 = BZFU_C3a : 3e-13*1.0 ; 
+{731.}      BZFUO2 + CATEC1O2 = BZFU_CATE : 3e-13*1.0 ; 
+{732.}      BZFUO2 + HCOCO3 = BZFU_C2a : 3e-13*1.0 ; 
+{733.}      BZFUO2 + HCOCH2O2 = BZFU_C2b : 3e-13*1.0 ; 
+{734.}      BZFUO2 + NPHEN1O2 = BZFU_NPHb : 3e-13*1.0 ; 
+{735.}      BZFUO2 + NNCATECO2 = BZFU_NNC : 6.93e-11*1.0 ; 
+{736.}      BZFUO2 + NCATECO2 = BZFU_NCAT : 3.05e-11*1.0 ; 
+{737.}      BZFUO2 + NBZQO2 = BZFU_NBZb : 1.16e-12*1.0 ; 
+{738.}      BZFUO2 + PBZQO2 = BZFU_PBZ : 3e-13*1.0 ; 
+{739.}      BZFUO2 + MALANHYO2 = BZFU_MALc : 3e-13*1.0 ; 
+{740.}      BZFUO2 + NDNPHENO2 = BZFU_NDN : 9.43e-11*1.0 ; 
+{741.}      BZFUO2 + DNPHENO2 = BZFU_DNP : 5.55e-11*1.0 ; 
+{742.}      BZFUO2 + HOCH2CO3 = BZFU_C2c : 3e-13*1.0 ; 
+{743.}      BZFUO2 + C5CO2OHCO3 = BZFU_C5a : 3e-13*1.0 ; 
+{744.}      BZFUO2 + C4CO2DBCO3 = BZFU_C4a : 3e-13*1.0 ; 
+# ROOR formation: HCOCOHCO3
+{745.}      HCOCOHCO3 + HCOCOHCO3 = C3a_C3a : 3e-13*1.0 ; 
+{746.}      HCOCOHCO3 + CATEC1O2 = C3a_CATE : 3e-13*1.0 ; 
+{747.}      HCOCOHCO3 + HCOCO3 = C3a_C2a : 3e-13*1.0 ; 
+{748.}      HCOCOHCO3 + HCOCH2O2 = C3a_C2b : 3e-13*1.0 ; 
+{749.}      HCOCOHCO3 + NPHEN1O2 = C3a_NPHb : 3e-13*1.0 ; 
+{750.}      HCOCOHCO3 + NNCATECO2 = C3a_NNC : 5.72e-11*1.0 ; 
+{751.}      HCOCOHCO3 + NCATECO2 = C3a_NCAT : 1.84e-11*1.0 ; 
+{752.}      HCOCOHCO3 + NBZQO2 = C3a_NBZb : 3e-13*1.0 ; 
+{753.}      HCOCOHCO3 + PBZQO2 = C3a_PBZ : 3e-13*1.0 ; 
+{754.}      HCOCOHCO3 + MALANHYO2 = C3a_MALc : 3e-13*1.0 ; 
+{755.}      HCOCOHCO3 + NDNPHENO2 = C3a_NDN : 8.22e-11*1.0 ; 
+{756.}      HCOCOHCO3 + DNPHENO2 = C3a_DNP : 4.34e-11*1.0 ; 
+{757.}      HCOCOHCO3 + HOCH2CO3 = C3a_C2c : 3e-13*1.0 ; 
+{758.}      HCOCOHCO3 + C5CO2OHCO3 = C3a_C5a : 3e-13*1.0 ; 
+{759.}      HCOCOHCO3 + C4CO2DBCO3 = C3a_C4a : 3e-13*1.0 ; 
+# ROOR formation: CATEC1O2
+{760.}      CATEC1O2 + CATEC1O2 = CATE_CATE : 3e-13*1.0 ; 
+{761.}      CATEC1O2 + HCOCO3 = CATE_C2a : 3e-13*1.0 ; 
+{762.}      CATEC1O2 + HCOCH2O2 = CATE_C2b : 3e-13*1.0 ; 
+{763.}      CATEC1O2 + NPHEN1O2 = CATE_NPHb : 3e-13*1.0 ; 
+{764.}      CATEC1O2 + NNCATECO2 = CATE_NNC : 6.24e-11*1.0 ; 
+{765.}      CATEC1O2 + NCATECO2 = CATE_NCAT : 2.36e-11*1.0 ; 
+{766.}      CATEC1O2 + NBZQO2 = CATE_NBZb : 3e-13*1.0 ; 
+{767.}      CATEC1O2 + PBZQO2 = CATE_PBZ : 3e-13*1.0 ; 
+{768.}      CATEC1O2 + MALANHYO2 = CATE_MALc : 3e-13*1.0 ; 
+{769.}      CATEC1O2 + NDNPHENO2 = CATE_NDN : 8.74e-11*1.0 ; 
+{770.}      CATEC1O2 + DNPHENO2 = CATE_DNP : 4.86e-11*1.0 ; 
+{771.}      CATEC1O2 + HOCH2CO3 = CATE_C2c : 3e-13*1.0 ; 
+{772.}      CATEC1O2 + C5CO2OHCO3 = CATE_C5a : 3e-13*1.0 ; 
+{773.}      CATEC1O2 + C4CO2DBCO3 = CATE_C4a : 3e-13*1.0 ; 
+# ROOR formation: HCOCO3
+{774.}      HCOCO3 + HCOCO3 = C2a_C2a : 3e-13*1.0 ; 
+{775.}      HCOCO3 + HCOCH2O2 = C2a_C2b : 3e-13*1.0 ; 
+{776.}      HCOCO3 + NPHEN1O2 = C2a_NPHb : 3e-13*1.0 ; 
+{777.}      HCOCO3 + NNCATECO2 = C2a_NNC : 3.13e-11*1.0 ; 
+{778.}      HCOCO3 + NCATECO2 = C2a_NCAT : 3e-13*1.0 ; 
+{779.}      HCOCO3 + NBZQO2 = C2a_NBZb : 3e-13*1.0 ; 
+{780.}      HCOCO3 + PBZQO2 = C2a_PBZ : 3e-13*1.0 ; 
+{781.}      HCOCO3 + MALANHYO2 = C2a_MALc : 3e-13*1.0 ; 
+{782.}      HCOCO3 + NDNPHENO2 = C2a_NDN : 5.63e-11*1.0 ; 
+{783.}      HCOCO3 + DNPHENO2 = C2a_DNP : 1.75e-11*1.0 ; 
+{784.}      HCOCO3 + HOCH2CO3 = C2a_C2c : 3e-13*1.0 ; 
+{785.}      HCOCO3 + C5CO2OHCO3 = C2a_C5a : 3e-13*1.0 ; 
+{786.}      HCOCO3 + C4CO2DBCO3 = C2a_C4a : 3e-13*1.0 ; 
+# ROOR formation: HCOCH2O2
+{787.}      HCOCH2O2 + HCOCH2O2 = C2b_C2b : 3e-13*1.0 ; 
+{788.}      HCOCH2O2 + NPHEN1O2 = C2b_NPHb : 3e-13*1.0 ; 
+{789.}      HCOCH2O2 + NNCATECO2 = C2b_NNC : 1.93e-11*1.0 ; 
+{790.}      HCOCH2O2 + NCATECO2 = C2b_NCAT : 3e-13*1.0 ; 
+{791.}      HCOCH2O2 + NBZQO2 = C2b_NBZb : 3e-13*1.0 ; 
+{792.}      HCOCH2O2 + PBZQO2 = C2b_PBZ : 3e-13*1.0 ; 
+{793.}      HCOCH2O2 + MALANHYO2 = C2b_MALc : 3e-13*1.0 ; 
+{794.}      HCOCH2O2 + NDNPHENO2 = C2b_NDN : 4.43e-11*1.0 ; 
+{795.}      HCOCH2O2 + DNPHENO2 = C2b_DNP : 5.47e-12*1.0 ; 
+{796.}      HCOCH2O2 + HOCH2CO3 = C2b_C2c : 3e-13*1.0 ; 
+{797.}      HCOCH2O2 + C5CO2OHCO3 = C2b_C5a : 3e-13*1.0 ; 
+{798.}      HCOCH2O2 + C4CO2DBCO3 = C2b_C4a : 3e-13*1.0 ; 
+# ROOR formation: NPHEN1O2
+{799.}      NPHEN1O2 + NPHEN1O2 = NPHb_NPHb : 3e-13*1.0 ; 
+{800.}      NPHEN1O2 + NNCATECO2 = NPHb_NNC : 8.74e-11*1.0 ; 
+{801.}      NPHEN1O2 + NCATECO2 = NPHb_NCAT : 4.86e-11*1.0 ; 
+{802.}      NPHEN1O2 + NBZQO2 = NPHb_NBZb : 1.93e-11*1.0 ; 
+{803.}      NPHEN1O2 + PBZQO2 = NPHb_PBZ : 3e-13*1.0 ; 
+{804.}      NPHEN1O2 + MALANHYO2 = NPHb_MALc : 3e-13*1.0 ; 
+{805.}      NPHEN1O2 + NDNPHENO2 = NPHb_NDN : 1e-10*1.0 ; 
+{806.}      NPHEN1O2 + DNPHENO2 = NPHb_DNP : 7.36e-11*1.0 ; 
+{807.}      NPHEN1O2 + HOCH2CO3 = NPHb_C2c : 3e-13*1.0 ; 
+{808.}      NPHEN1O2 + C5CO2OHCO3 = NPHb_C5a : 3e-13*1.0 ; 
+{809.}      NPHEN1O2 + C4CO2DBCO3 = NPHb_C4a : 3e-13*1.0 ; 
+# ROOR formation: NNCATECO2
+{810.}      NNCATECO2 + NNCATECO2 = NNC_NNC : 1e-10*1.0 ; 
+{811.}      NNCATECO2 + NCATECO2 = NNC_NCAT : 1e-10*1.0 ; 
+{812.}      NNCATECO2 + NBZQO2 = NNC_NBZb : 1e-10*1.0 ; 
+{813.}      NNCATECO2 + PBZQO2 = NNC_PBZ : 9e-11*1.0 ; 
+{814.}      NNCATECO2 + MALANHYO2 = NNC_MALc : 8.13e-11*1.0 ; 
+{815.}      NNCATECO2 + NDNPHENO2 = NNC_NDN : 1e-10*1.0 ; 
+{816.}      NNCATECO2 + DNPHENO2 = NNC_DNP : 1e-10*1.0 ; 
+{817.}      NNCATECO2 + HOCH2CO3 = NNC_C2c : 3.31e-11*1.0 ; 
+{818.}      NNCATECO2 + C5CO2OHCO3 = NNC_C5a : 1e-10*1.0 ; 
+{819.}      NNCATECO2 + C4CO2DBCO3 = NNC_C4a : 7.79e-11*1.0 ; 
+# ROOR formation: NCATECO2
+{820.}      NCATECO2 + NCATECO2 = NCAT_NCAT : 1e-10*1.0 ; 
+{821.}      NCATECO2 + NBZQO2 = NCAT_NBZb : 9e-11*1.0 ; 
+{822.}      NCATECO2 + PBZQO2 = NCAT_PBZ : 5.12e-11*1.0 ; 
+{823.}      NCATECO2 + MALANHYO2 = NCAT_MALc : 4.25e-11*1.0 ; 
+{824.}      NCATECO2 + NDNPHENO2 = NCAT_NDN : 1e-10*1.0 ; 
+{825.}      NCATECO2 + DNPHENO2 = NCAT_DNP : 1e-10*1.0 ; 
+{826.}      NCATECO2 + HOCH2CO3 = NCAT_C2c : 3e-13*1.0 ; 
+{827.}      NCATECO2 + C5CO2OHCO3 = NCAT_C5a : 6.5e-11*1.0 ; 
+{828.}      NCATECO2 + C4CO2DBCO3 = NCAT_C4a : 3.91e-11*1.0 ; 
+# ROOR formation: NBZQO2
+{829.}      NBZQO2 + NBZQO2 = NBZb_NBZb : 6.06e-11*1.0 ; 
+{830.}      NBZQO2 + PBZQO2 = NBZb_PBZ : 2.19e-11*1.0 ; 
+{831.}      NBZQO2 + MALANHYO2 = NBZb_MALc : 1.32e-11*1.0 ; 
+{832.}      NBZQO2 + NDNPHENO2 = NBZb_NDN : 1e-10*1.0 ; 
+{833.}      NBZQO2 + DNPHENO2 = NBZb_DNP : 1e-10*1.0 ; 
+{834.}      NBZQO2 + HOCH2CO3 = NBZb_C2c : 3e-13*1.0 ; 
+{835.}      NBZQO2 + C5CO2OHCO3 = NBZb_C5a : 3.56e-11*1.0 ; 
+{836.}      NBZQO2 + C4CO2DBCO3 = NBZb_C4a : 9.78e-12*1.0 ; 
+# ROOR formation: PBZQO2
+{837.}      PBZQO2 + PBZQO2 = PBZ_PBZ : 3e-13*1.0 ; 
+{838.}      PBZQO2 + MALANHYO2 = PBZ_MALc : 3e-13*1.0 ; 
+{839.}      PBZQO2 + NDNPHENO2 = PBZ_NDN : 1e-10*1.0 ; 
+{840.}      PBZQO2 + DNPHENO2 = PBZ_DNP : 7.62e-11*1.0 ; 
+{841.}      PBZQO2 + HOCH2CO3 = PBZ_C2c : 3e-13*1.0 ; 
+{842.}      PBZQO2 + C5CO2OHCO3 = PBZ_C5a : 3e-13*1.0 ; 
+{843.}      PBZQO2 + C4CO2DBCO3 = PBZ_C4a : 3e-13*1.0 ; 
+# ROOR formation: MALANHYO2
+{844.}      MALANHYO2 + MALANHYO2 = MALc_MALc : 3e-13*1.0 ; 
+{845.}      MALANHYO2 + NDNPHENO2 = MALc_NDN : 1e-10*1.0 ; 
+{846.}      MALANHYO2 + DNPHENO2 = MALc_DNP : 6.75e-11*1.0 ; 
+{847.}      MALANHYO2 + HOCH2CO3 = MALc_C2c : 3e-13*1.0 ; 
+{848.}      MALANHYO2 + C5CO2OHCO3 = MALc_C5a : 3e-13*1.0 ; 
+{849.}      MALANHYO2 + C4CO2DBCO3 = MALc_C4a : 3e-13*1.0 ; 
+# ROOR formation: NDNPHENO2
+{850.}      NDNPHENO2 + NDNPHENO2 = NDN_NDN : 1e-10*1.0 ; 
+{851.}      NDNPHENO2 + DNPHENO2 = NDN_DNP : 1e-10*1.0 ; 
+{852.}      NDNPHENO2 + HOCH2CO3 = NDN_C2c : 5.81e-11*1.0 ; 
+{853.}      NDNPHENO2 + C5CO2OHCO3 = NDN_C5a : 1e-10*1.0 ; 
+{854.}      NDNPHENO2 + C4CO2DBCO3 = NDN_C4a : 1e-10*1.0 ; 
+# ROOR formation: DNPHENO2
+{855.}      DNPHENO2 + DNPHENO2 = DNP_DNP : 1e-10*1.0 ; 
+{856.}      DNPHENO2 + HOCH2CO3 = DNP_C2c : 1.93e-11*1.0 ; 
+{857.}      DNPHENO2 + C5CO2OHCO3 = DNP_C5a : 9e-11*1.0 ; 
+{858.}      DNPHENO2 + C4CO2DBCO3 = DNP_C4a : 6.41e-11*1.0 ; 
+# ROOR formation: HOCH2CO3
+{859.}      HOCH2CO3 + HOCH2CO3 = C2c_C2c : 3e-13*1.0 ; 
+{860.}      HOCH2CO3 + C5CO2OHCO3 = C2c_C5a : 3e-13*1.0 ; 
+{861.}      HOCH2CO3 + C4CO2DBCO3 = C2c_C4a : 3e-13*1.0 ; 
+# ROOR formation: C5CO2OHCO3
+{862.}      C5CO2OHCO3 + C5CO2OHCO3 = C5a_C5a : 1.06e-11*1.0 ; 
+{863.}      C5CO2OHCO3 + C4CO2DBCO3 = C5a_C4a : 3e-13*1.0 ; 
+# ROOR formation: C4CO2DBCO3
+{864.}      C4CO2DBCO3 + C4CO2DBCO3 = C4a_C4a : 3e-13*1.0 ; 
+
+#RO2 formation from RO: RO -> RO2 (#O -> #O+2 
+{865.}      BZo_RO_O6 = BZeo_RO2_O8 : KDEC*0.2; 
+{866.}      BZo_RO_O8 = BZeo_RO2_O10 : KDEC*0.1; 
+{867.}      BZeo_RO_O5 = BZo_RO2_O7 : KDEC*0.45; 
+{868.}      BZeo_RO_O7 = BZo_RO2_O9 : KDEC*0.35; 
+{869.}      BZeo_RO_O9 = BZo_RO2_O11 : KDEC*0.45; 
+
+#Closed shell formation from RO: RO -> R=O (#H -> #H-1 
+{870.}      BZo_RO_O6 = BZo_RCO_O5_O + HO2 : KDEC*0.004; 
+{871.}      BZo_RO_O8 = BZo_RCO_O7_O + HO2 : KDEC*0.001; 
+{872.}      BZo_RO_O10 = BZo_RCO_O9_O + HO2 : KDEC*0.02; 
+{873.}      BZeo_RO_O5 = BZo_RCO_O4_O + HO2 : KDEC*0.45; 
+{874.}      BZeo_RO_O7 = BZo_RCO_O6_O + HO2 : KDEC*0.007; 
+{875.}      BZeo_RO_O9 = BZo_RCO_O8_O + HO2 : KDEC*0.45; 
+
+
+#RO fragmentation: RO -> fragdummy 
+{876.}      BZo_RO_O6 = GLYOX + MALDIAL + HO2 : KDEC*0.8; 
+{877.}      BZo_RO_O8 = GLYOX + MALDIAL + HO2 : KDEC*0.88; 
+{878.}      BZo_RO_O10 = GLYOX + MALDIAL + HO2 : KDEC*0.43; 
+{879.}      BZeo_RO_O5 = GLYOX + MALDIAL + HO2 : KDEC*0.1; 
+{880.}      BZeo_RO_O7 = GLYOX + MALDIAL + HO2 : KDEC*0.64; 
+{881.}      BZeo_RO_O9 = GLYOX + MALDIAL + HO2 : KDEC*0.1; 
+
+#RO2 undergoing H-shift and forming carbonyl radical (RC=O*) 
+#(RC=O*) undergoing CO scission and adding O2 to from C5RO2 again:  
+#RO2 ->  C5_RO2 
+{882.}      BZo_RO2_O7 = C5_RO2_O8 + CO : 0.6 ; 
+{883.}      BZo_RO2_O9 = C5_RO2_O10 + CO : 0.014 ; 
+{884.}      BZeo_RO2_O6 = C5_RO2_O7 + CO : 0.8 ; 
+{885.}      BZeo_RO2_O8 = C5_RO2_O9 + CO : 0.06 ; 
+
+#RO2 radicals abstracting H from alpha hydroxyl carbon -> RC=O 
+{886.}      BZo_RO2_O7 = BZouni_O6_O + OH : 0.01 ; 
+{887.}      BZo_RO2_O9 = BZouni_O8_O + OH : 0.01 ; 
+{888.}      BZo_RO2_O11 = BZouni_O10_O + OH : 0.01 ; 
+{889.}      BZeo_RO2_O6 = BZeouni_O5_O + HO2 : 0.01 ; 
+{890.}      BZeo_RO2_O8 = BZeouni_O7_O + HO2 : 0.01 ; 
+{891.}      BZeo_RO2_O10 = BZeouni_O9_O + HO2 : 0.01 ; 
+{892.}      C5_RO2_O6 = C5euni_O5_O + OH : 0.3 ; 
+{893.}      C5_RO2_O7 = C5uni_O6_O + OH : 0.8 ; 
+{894.}      C5_RO2_O8 = C5euni_O7_O + OH : 0.8 ; 
+{895.}      C5_RO2_O9 = C5uni_O8_O + HO2 : 0.01 ; 
+{896.}      C5_RO2_O10 = C5euni_O9_O + HO2 : 0.01 ; 
+
+#These are the CARENE reaction rates used by Roldin et al, (NCOMMS 2019). 
+# Assumption: CARENE form the same MCM oxidation products as APINENE.  
+{}	APINOOA = C107O2 + OH :                      KDEC*0.55*0.90 ;		
+{}	APINOOA = C109O2 + OH :                      KDEC*0.45*0.90 ;		
+{}	APINOOA = C10H15O2O2 + OH :                  KDEC*0.10 ;		
+{}	LIMOOA = LIMALAO2 + OH :                     KDEC*0.5*0.7 ;		
+{}	LIMOOA = LIMALBO2 + OH :                     KDEC*0.5*0.7 ;		
+{}	LIMOOA = C10H15O2O2 + OH :                   KDEC*0.30 ;		
+{}	APINENE + OH = C10H17O3O2 :                  0.025*1.2E-11*EXP(440/TEMP);		
+{}	BPINENE + OH = C10H17O3O2 :                  0.01*2.38E-11*EXP(357/TEMP);		
+{}	LIMONENE + OH = C10H17O3O2 :                 0.01*4.28D-11*EXP(401/TEMP);		
+{}	CARENE + OH = C10H17O3O2 :                   0.025*1.60D-11*EXP(500./TEMP);		
+{}	C10H15O2O2 = C10H15O4O2 :                    1.2D17*exp(-1.2077D4/TEMP);		
+{}	C10H15O3O2 = C10H15O5O2 :                    1.2D18*exp(-1.2077D4/TEMP);		
+{}	C10H15O4O2 = C10H15O6O2 :                    1.2D18*exp(-1.2077D4/TEMP);		
+{}	C10H15O5O2 = C10H15O7O2 :                    6D17*exp(-1.2077D4/TEMP);		
+{}	C10H15O6O2 = C10H15O8O2 :                    2D17*exp(-1.2077D4/TEMP);		
+{}	C10H15O7O2 = C10H15O9O2 :                    1.2D17*exp(-1.2077D4/TEMP);		
+{}	C10H15O8O2 = C10H15O10O2 :                   1.2D17*exp(-1.2077D4/TEMP);		
+{}	C10H15O9O2 = C10H15O11O2 :                   1.2D16*exp(-1.2077D4/TEMP);		
+{}	C10H15O10O2 = C10H15O12O2 :                  0.0;		
+{}	C10H15O2O = C10H15O3O2 :                     KDEC ;		
+{}	C10H15O3O = C10H15O4O2 :                     KDEC ;		
+{}	C10H15O4O = C10H15O5O2 :                     KDEC ;		
+{}	C10H15O5O = C10H15O6O2 :                     KDEC ;		
+{}	C10H15O6O = C10H15O7O2 :                     KDEC ;		
+{}	C10H15O7O = C10H15O8O2 :                     KDEC ;		
+{}	C10H15O8O = C10H15O9O2 :                     KDEC ;          
+{}	C10H15O9O = C10H15O10O2 :                    KDEC ;		
+{}	C10H15O10O = C10H15O11O2 :                   KDEC ;		
+{}	C10H15O11O = C10H15O12O2 :                   KDEC ;		
+{}	C10H15O2O2 + NO = C10H15O2O + NO2 :          KRO2NO*1.0 ;		
+{}	C10H15O3O2 + NO = C10H15O3O + NO2 :          KRO2NO*1.0 ;		
+{}	C10H15O4O2 + NO = C10H15O4O + NO2 :          KRO2NO*1.0 ;		
+{}	C10H15O5O2 + NO = C10H15O5O + NO2 :          KRO2NO*0.9 ;		
+{}	C10H15O6O2 + NO = C10H15O6O + NO2 :          KRO2NO*0.85 ;		
+{}	C10H15O7O2 + NO = C10H15O7O + NO2 :          KRO2NO*0.8 ;		
+{}	C10H15O8O2 + NO = C10H15O8O + NO2 :          KRO2NO*0.6 ;		
+{}	C10H15O9O2 + NO = C10H15O9O + NO2 :          KRO2NO*0.5 ;		
+{}	C10H15O10O2 + NO = C10H15O10O + NO2 :        KRO2NO*0.3 ;		
+{}	C10H15O11O2 + NO = C10H15O11O + NO2 :        0.0 ;		
+{}	C10H15O12O2 + NO = C10H15O12O + NO2 :        0.0 ;		
+{}	C10H15O2O2 + NO = C717O2 + CH3COCH3 + NO2 :  0.0 ;		
+{}	C10H15O3O2 + NO = C717O2 + CH3COCH3 + NO2 :  0.0 ;		
+{}	C10H15O4O2 + NO = C717O2 + CH3COCH3 + NO2 :  0.0 ;		
+{}	C10H15O5O2 + NO = C717O2 + CH3COCH3 + NO2 :  0.4*KRO2NO*0.1 ;		
+{}	C10H15O6O2 + NO = C717O2 + CH3COCH3 + NO2 :  0.4*KRO2NO*0.15 ;		
+{}	C10H15O7O2 + NO = C717O2 + CH3COCH3 + NO2 :  0.4*KRO2NO*0.2 ;		
+{}	C10H15O8O2 + NO = C717O2 + CH3COCH3 + NO2 :  0.4*KRO2NO*0.4 ;		
+{}	C10H15O9O2 + NO = C717O2 + CH3COCH3 + NO2 :  0.4*KRO2NO*0.5 ;		
+{}	C10H15O10O2 + NO = C717O2 + CH3COCH3 + NO2 : 0.4*KRO2NO*0.7 ;		
+{}	C10H15O11O2 + NO = C717O2 + CH3COCH3 + NO2 : 0.4*KRO2NO*1.0 ;		
+{}	C10H15O12O2 + NO = C717O2 + CH3COCH3 + NO2 : 0.4*KRO2NO*1.0 ;		
+{}	C10H15O2O2 + NO = C10H14O3 + NO2 + HO2 :     0.0 ;		
+{}	C10H15O3O2 + NO = C10H14O4 + NO2 + HO2 :     0.0 ;		
+{}	C10H15O4O2 + NO = C10H14O5 + NO2 + HO2 :     0.0 ;		
+{}	C10H15O5O2 + NO = C10H14O6 + NO2 + HO2 :     0.6*KRO2NO*0.1*7D0/10D0 ;		
+{}	C10H15O6O2 + NO = C10H14O7 + NO2 + HO2 :     0.6*KRO2NO*0.15*7D0/10D0 ;		
+{}	C10H15O7O2 + NO = C10H14O8 + NO2 + HO2 :     0.6*KRO2NO*0.2*7D0/10D0 ;		
+{}	C10H15O8O2 + NO = C10H14O9 + NO2 + HO2 :     0.6*KRO2NO*0.4*7D0/10D0 ;		
+{}	C10H15O9O2 + NO = C10H14O10 + NO2 + HO2 :    0.6*KRO2NO*0.5*7D0/10D0 ;		
+{}	C10H15O10O2 + NO = C10H14O11 + NO2 + HO2 :   0.6*KRO2NO*0.7*7D0/10D0 ;		
+{}	C10H15O11O2 + NO = C10H14O12 + NO2 + HO2 :   0.6*KRO2NO*1.0*7D0/10D0 ;		
+{}	C10H15O12O2 + NO = C10H14O13 + NO2 + HO2 :   0.6*KRO2NO*1.0*7D0/10D0 ;		
+{}	C10H15O2O2 + NO = C10H15O2NO3 :              0.0 ;		
+{}	C10H15O3O2 + NO = C10H15O3NO3 :              0.0 ;		
+{}	C10H15O4O2 + NO = C10H15O4NO3 :              0.0 ;		
+{}	C10H15O5O2 + NO = C10H15O5NO3 :              0.6*KRO2NO*0.1*3D0/10D0 ;		
+{}	C10H15O6O2 + NO = C10H15O6NO3 :              0.6*KRO2NO*0.15*3D0/10D0 ;		
+{}	C10H15O7O2 + NO = C10H15O7NO3 :              0.6*KRO2NO*0.2*3D0/10D0 ;		
+{}	C10H15O8O2 + NO = C10H15O8NO3 :              0.6*KRO2NO*0.4*3D0/10D0 ;		
+{}	C10H15O9O2 + NO = C10H15O9NO3 :              0.6*KRO2NO*0.5*3D0/10D0 ;		
+{}	C10H15O10O2 + NO = C10H15O10NO3 :            0.6*KRO2NO*0.7*3D0/10D0 ;		
+{}	C10H15O11O2 + NO = C10H15O11NO3 :            0.6*KRO2NO*1.0*3D0/10D0 ;		
+{}	C10H15O12O2 + NO = C10H15O12NO3 :            0.6*KRO2NO*1.0*3D0/10D0 ;		
+{}	C10H15O2O2 + HO2 = C10H16O4iso1 :            KRO2HO2 ;		
+{}	C10H15O3O2 + HO2 = C10H16O5iso1 :            KRO2HO2 ;		
+{}	C10H15O4O2 + HO2 = C10H16O6iso1 :            KRO2HO2 ;		
+{}	C10H15O5O2 + HO2 = C10H16O7iso1 :            KRO2HO2 ;		
+{}	C10H15O6O2 + HO2 = C10H16O8iso1 :            KRO2HO2 ;		
+{}	C10H15O7O2 + HO2 = C10H16O9iso1 :            KRO2HO2 ;		
+{}	C10H15O8O2 + HO2 = C10H16O10 :               KRO2HO2 ;		
+{}	C10H15O9O2 + HO2 = C10H16O11 :               KRO2HO2 ;                      
+{}	C10H15O10O2 + HO2 = C10H16O12 :              KRO2HO2 ;		
+{}	C10H15O11O2 + HO2 = C10H16O13 :              KRO2HO2 ;		
+{}	C10H15O12O2 + HO2 = C10H16O14 :              KRO2HO2 ;		
+{}	APINAO2 + C10H15O2O2 = C20H30O5 :            1E-13 ;		
+{}	APINBO2 + C10H15O2O2 = C20H30O5 :            1E-13 ;		
+{}	APINCO2 + C10H15O2O2 = C20H30O5 :            1E-13 ;		
+{}	C107O2 + C10H15O2O2 = C20H30O6 :             1E-13 ;		
+{}	C109O2 + C10H15O2O2 = C20H30O6 :             1E-13 ;		
+{}	C106O2 + C10H15O2O2 = C20H30O7 :             1E-13 ;		
+{}	C920CO3 + C10H15O2O2 = C20H30O7 :            1E-13 ;		
+{}	C108O2 + C10H15O2O2 = C20H30O7 :             1E-13 ;		
+{}	PINALO2 + C10H15O2O2 = C20H30O6 :            1E-13 ;		
+{}	C96CO3 + C10H15O2O2 = C20H30O6 :             1E-13 ;		
+{}	C923CO3 + C10H15O2O2 = C20H30O6 :            1E-13 ;		
+{}	LIMAO2 + C10H15O2O2 = C20H30O5 :             1E-13 ;		
+{}	LIMALBO2 + C10H15O2O2 = C20H30O6 :           1E-13 ;		
+{}	LIMCO2 + C10H15O2O2 = C20H30O5 :             1E-13 ;		
+{}	LIMALO2 + C10H15O2O2 = C20H30O6 :            1E-13 ;		
+{}	LIMBO2 + C10H15O2O2 = C20H30O5 :            1E-13 ;		
+{}	LIMALAO2 + C10H15O2O2 = C20H30O6 :          1E-13 ;		
+{}	NAPINAO2 + C10H15O2O2 = C20H31O4NO3 :       1E-13 ;		
+{}	NAPINBO2 + C10H15O2O2 = C20H31O4NO3 :       1E-13 ;		
+{}	BPINAO2 + C10H15O2O2 = C20H30O5 :   1E-13 ;
+{}	BPINBO2 + C10H15O2O2 = C20H30O5 :   1E-13 ;
+{}	BPINCO2 + C10H15O2O2 = C20H30O5 :   1E-13 ;
+{}	C918CO3 + C10H15O2O2 = C20H30O6 :   1E-13 ;
+{}	NC102O2 + C10H15O2O2 = C20H31O5NO3 : 	   1E-13 ;	
+{}	NC101O2 + C10H15O2O2 = C20H31O5NO3 :        1E-13 ;		
+{}	NLIMO2 + C10H15O2O2 =  C20H31O4NO3 :        1E-13 ;		
+{}	NLIMALO2 + C10H15O2O2 =  C20H31O5NO3 :      1E-13 ;		
+{}	NC91CO3 + C10H15O2O2 =  C20H31O5NO3 :       1E-13 ;		
+{}	NBPINAO2 + C10H15O2O2 =  C20H31O4NO3 :      1E-13 ;		
+{}	NBPINBO2 + C10H15O2O2 =  C20H31O4NO3 :      1E-13 ;		
+{}	C96O2 + C10H15O2O2 =  C19H28O5 :            1E-13 ;		
+{}	C89CO3 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	C920O2 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	C97O2 + C10H15O2O2 =  C19H28O6 :            1E-13 ;		
+{}	C85CO3 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	C811CO3 + C10H15O2O2 =  C19H28O7 :          1E-13 ;		
+{}	C921O2 + C10H15O2O2 =  C19H28O7 :           1E-13 ;		
+{}	C98O2 + C10H15O2O2 =  C19H28O7 :            1E-13 ;		
+{}	C922O2 + C10H15O2O2 =  C19H28O8 :           1E-13 ;		
+{}	C923O2 + C10H15O2O2 =  C19H28O5 :           1E-13 ;		
+{}	C924O2 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	C816CO3 + C10H15O2O2 =  C19H28O6 :          1E-13 ;		
+{}	NORLIMO2 + C10H15O2O2 =  C19H28O7 :         1E-13 ;		
+{}	LMKAO2 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	LMKBO2 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	C926O2 + C10H15O2O2 =  C19H28O7 :           1E-13 ;		
+{}	C817CO3 + C10H15O2O2 =  C19H28O7 :          1E-13 ;		
+{}	LMLKAO2 + C10H15O2O2 =  C19H28O7 :          1E-13 ;		
+{}	LMLKBO2 + C10H15O2O2 =  C19H28O7 :          1E-13 ;		
+{}	C823CO3 + C10H15O2O2 =  C19H28O7 :          1E-13 ;		
+{}	C925O2 + C10H15O2O2 =  C19H28O8 :           1E-13 ;		
+{}	NOPINAO2 + C10H15O2O2 =  C19H28O5 :         1E-13 ;		
+{}	NOPINBO2 + C10H15O2O2 =  C19H28O5 :         1E-13 ;		
+{}	NOPINCO2 + C10H15O2O2 =  C19H28O5 :         1E-13 ;		
+{}	NOPINDO2 + C10H15O2O2 =  C19H28O5 :         1E-13 ;		
+{}	C918O2 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	C9DCO2 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	C915O2 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	C917O2 + C10H15O2O2 =  C19H28O6 :           1E-13 ;		
+{}	C919O2 + C10H15O2O2 =  C19H28O7 :           1E-13 ;		
+{}	C914O2 + C10H15O2O2 =  C19H28O7 :           1E-13 ;		
+{}	C916O2 + C10H15O2O2 =  C19H28O7 :           1E-13 ;		
+{}	C88CO3 + C10H15O2O2 =  C19H28O7 :           1E-13 ;		
+{}	C87CO3 + C10H15O2O2 =  C19H28O8 :           1E-13 ;		
+{}	C822CO3 + C10H15O2O2 =  C19H28O6 :          1E-13 ;		
+{}	NLMKAO2  + C10H15O2O2 =  C19H29O5NO3 :      1E-13 ;		
+{}	C85O2 + C10H15O2O2 =  C18H26O5 :            1E-13 ;		
+{}	C89O2 + C10H15O2O2 =  C18H26O5 :            1E-13 ;		
+{}	C86O2 + C10H15O2O2 =  C18H26O6 :            1E-13 ;		
+{}	C811O2 + C10H15O2O2 =  C18H26O6 :           1E-13 ;		
+{}	C810O2 + C10H15O2O2 =  C18H26O6 :           1E-13 ;		
+{}	C812O2 + C10H15O2O2 =  C18H26O7 :           1E-13 ;		
+{}	C813O2 + C10H15O2O2 =  C18H26O5 :           1E-13 ;		
+{}	C729CO3 + C10H15O2O2 =  C18H26O6 :          1E-13 ;		
+{}	C816O2 + C10H15O2O2 =  C18H26O5 :           1E-13 ;		
+{}	C817O2 + C10H15O2O2 =  C18H26O6 :           1E-13 ;		
+{}	C826O2 + C10H15O2O2 =  C18H26O7 :           1E-13 ;		
+{}	C822O2 + C10H15O2O2 =  C18H26O5 :           1E-13 ;		
+{}	C818O2 + C10H15O2O2 =  C18H26O7 :           1E-13 ;		
+{}	C823O2 + C10H15O2O2 =  C18H26O6 :           1E-13 ;		
+{}	C819O2 + C10H15O2O2 =  C18H26O7 :           1E-13 ;		
+{}	C727CO3 + C10H15O2O2 =  C18H26O7 :          1E-13 ;		
+{}	C731CO3 + C10H15O2O2 =  C18H26O7 :          1E-13 ;		
+{}	C824O2 + C10H15O2O2 =  C18H26O6 :           1E-13 ;		
+{}	C820O2 + C10H15O2O2 =  C18H26O8 :           1E-13 ;		
+{}	C825O2 + C10H15O2O2 =  C18H26O7 :           1E-13 ;		
+{}	C821O2 + C10H15O2O2 =  C18H26O7 :           1E-13 ;		
+{}	C732CO3 + C10H15O2O2 =  C18H26O8 :          1E-13 ;		
+{}	C8BCO2 + C10H15O2O2 =  C18H26O4 :           1E-13 ;		
+{}	C88O2 + C10H15O2O2 =  C18H26O6 :            1E-13 ;		
+{}	C718CO3 + C10H15O2O2 =  C18H26O7 :          1E-13 ;		
+{}	C87O2 + C10H15O2O2 =  C18H26O7 :            1E-13 ;		
+{}	C721CO3 + C10H15O2O2 =  C18H26O7 :          1E-13 ;		
+{}	NC826O2 + C10H15O2O2 =  C18H27O6NO3 :       1E-13 ;		
+{}	APINAO2 + C10H15O3O2 = C20H30O6 :           1E-13 ;		
+{}	APINBO2 + C10H15O3O2 = C20H30O6 :           1E-13 ;		
+{}	APINCO2 + C10H15O3O2 = C20H30O6 :           1E-13 ;		
+{}	C107O2 + C10H15O3O2 = C20H30O7 :            1E-13 ;		
+{}	C109O2 + C10H15O3O2 = C20H30O7 :            1E-13 ;		
+{}	C106O2 + C10H15O3O2 = C20H30O8 :            1E-13 ;		
+{}	C920CO3 + C10H15O3O2 = C20H30O8 :           1E-13 ;		
+{}	C108O2 + C10H15O3O2 = C20H30O8 :            1E-13 ;		
+{}	PINALO2 + C10H15O3O2 = C20H30O7 :           1E-13 ;		
+{}	C96CO3 + C10H15O3O2 = C20H30O7 :            1E-13 ;		
+{}	C923CO3 + C10H15O3O2 = C20H30O7 :           1E-13 ;		
+{}	LIMAO2 + C10H15O3O2 = C20H30O6 :            1E-13 ;		
+{}	LIMALBO2 + C10H15O3O2 = C20H30O7 :          1E-13 ;		
+{}	LIMCO2 + C10H15O3O2 = C20H30O6 :            1E-13 ;		
+{}	LIMALO2 + C10H15O3O2 = C20H30O7 :           1E-13 ;		
+{}	LIMBO2 + C10H15O3O2 = C20H30O6 :            1E-13 ;		
+{}	LIMALAO2 + C10H15O3O2 = C20H30O7 :          1E-13 ;		
+{}	NAPINAO2 + C10H15O3O2 = C20H31O5NO3 :       1E-13 ;		
+{}	NAPINBO2 + C10H15O3O2 = C20H31O5NO3 :       1E-13 ;		
+{}	BPINAO2 + C10H15O3O2 = C20H30O6 :   1E-13 ;
+{}	BPINBO2 + C10H15O3O2 = C20H30O6 :   1E-13 ;
+{}	BPINCO2 + C10H15O3O2 = C20H30O6 :   1E-13 ;
+{}	C918CO3 + C10H15O3O2 = C20H30O7 :   1E-13 ;
+{}	NC102O2 + C10H15O3O2 = C20H31O6NO3 : 	   1E-13 ;	
+{}	NC101O2 + C10H15O3O2 = C20H31O6NO3 :        1E-13 ;		
+{}	NLIMO2 + C10H15O3O2 =  C20H31O5NO3 :        1E-13 ;		
+{}	NLIMALO2 + C10H15O3O2 =  C20H31O6NO3 :      1E-13 ;		
+{}	NC91CO3 + C10H15O3O2 =  C20H31O6NO3 :       1E-13 ;		
+{}	NBPINAO2 + C10H15O3O2 =  C20H31O5NO3 :      1E-13 ;		
+{}	NBPINBO2 + C10H15O3O2 =  C20H31O5NO3 :      1E-13 ;		
+{}	C96O2 + C10H15O3O2 =  C19H28O6 :            1E-13 ;		
+{}	C89CO3 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	C920O2 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	C97O2 + C10H15O3O2 =  C19H28O7 :            1E-13 ;		
+{}	C85CO3 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	C811CO3 + C10H15O3O2 =  C19H28O8 :          1E-13 ;		
+{}	C921O2 + C10H15O3O2 =  C19H28O8 :           1E-13 ;		
+{}	C98O2 + C10H15O3O2 =  C19H28O8 :            1E-13 ;		
+{}	C922O2 + C10H15O3O2 =  C19H28O9 :           1E-13 ;		
+{}	C923O2 + C10H15O3O2 =  C19H28O6 :           1E-13 ;		
+{}	C924O2 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	C816CO3 + C10H15O3O2 =  C19H28O7 :          1E-13 ;		
+{}	NORLIMO2 + C10H15O3O2 =  C19H28O8 :         1E-13 ;		
+{}	LMKAO2 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	LMKBO2 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	C926O2 + C10H15O3O2 =  C19H28O8 :           1E-13 ;		
+{}	C817CO3 + C10H15O3O2 =  C19H28O8 :          1E-13 ;		
+{}	LMLKAO2 + C10H15O3O2 =  C19H28O8 :          1E-13 ;		
+{}	LMLKBO2 + C10H15O3O2 =  C19H28O8 :          1E-13 ;		
+{}	C823CO3 + C10H15O3O2 =  C19H28O8 :          1E-13 ;		
+{}	C925O2 + C10H15O3O2 =  C19H28O9 :           1E-13 ;		
+{}	NOPINAO2 + C10H15O3O2 =  C19H28O6 :         1E-13 ;		
+{}	NOPINBO2 + C10H15O3O2 =  C19H28O6 :         1E-13 ;		
+{}	NOPINCO2 + C10H15O3O2 =  C19H28O6 :         1E-13 ;		
+{}	NOPINDO2 + C10H15O3O2 =  C19H28O6 :         1E-13 ;		
+{}	C918O2 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	C9DCO2 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	C915O2 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	C917O2 + C10H15O3O2 =  C19H28O7 :           1E-13 ;		
+{}	C919O2 + C10H15O3O2 =  C19H28O8 :           1E-13 ;		
+{}	C914O2 + C10H15O3O2 =  C19H28O8 :           1E-13 ;		
+{}	C916O2 + C10H15O3O2 =  C19H28O8 :           1E-13 ;		
+{}	C88CO3 + C10H15O3O2 =  C19H28O8 :           1E-13 ;		
+{}	C87CO3 + C10H15O3O2 =  C19H28O9 :           1E-13 ;		
+{}	C822CO3 + C10H15O3O2 =  C19H28O7 :          1E-13 ;		
+{}	NLMKAO2  + C10H15O3O2 =  C19H29O6NO3 :      1E-13 ;		
+{}	C85O2 + C10H15O3O2 =  C18H26O6 :            1E-13 ;		
+{}	C89O2 + C10H15O3O2 =  C18H26O6 :            1E-13 ;		
+{}	C86O2 + C10H15O3O2 =  C18H26O7 :            1E-13 ;		
+{}	C811O2 + C10H15O3O2 =  C18H26O7 :           1E-13 ;		
+{}	C810O2 + C10H15O3O2 =  C18H26O7 :           1E-13 ;		
+{}	C812O2 + C10H15O3O2 =  C18H26O8 :           1E-13 ;		
+{}	C813O2 + C10H15O3O2 =  C18H26O6 :           1E-13 ;		
+{}	C729CO3 + C10H15O3O2 =  C18H26O7 :          1E-13 ;		
+{}	C816O2 + C10H15O3O2 =  C18H26O6 :           1E-13 ;		
+{}	C817O2 + C10H15O3O2 =  C18H26O7 :           1E-13 ;		
+{}	C826O2 + C10H15O3O2 =  C18H26O8 :           1E-13 ;		
+{}	C822O2 + C10H15O3O2 =  C18H26O6 :           1E-13 ;		
+{}	C818O2 + C10H15O3O2 =  C18H26O8 :           1E-13 ;		
+{}	C823O2 + C10H15O3O2 =  C18H26O7 :           1E-13 ;		
+{}	C819O2 + C10H15O3O2 =  C18H26O8 :           1E-13 ;		
+{}	C727CO3 + C10H15O3O2 =  C18H26O8 :          1E-13 ;		
+{}	C731CO3 + C10H15O3O2 =  C18H26O8 :          1E-13 ;		
+{}	C824O2 + C10H15O3O2 =  C18H26O7 :           1E-13 ;		
+{}	C820O2 + C10H15O3O2 =  C18H26O9 :           1E-13 ;		
+{}	C825O2 + C10H15O3O2 =  C18H26O8 :           1E-13 ;		
+{}	C821O2 + C10H15O3O2 =  C18H26O8 :           1E-13 ;		
+{}	C732CO3 + C10H15O3O2 =  C18H26O9 :          1E-13 ;		
+{}	C8BCO2 + C10H15O3O2 =  C18H26O5 :           1E-13 ;		
+{}	C88O2 + C10H15O3O2 =  C18H26O7 :            1E-13 ;		
+{}	C718CO3 + C10H15O3O2 =  C18H26O8 :          1E-13 ;		
+{}	C87O2 + C10H15O3O2 =  C18H26O8 :            1E-13 ;		
+{}	C721CO3 + C10H15O3O2 =  C18H26O8 :          1E-13 ;		
+{}	NC826O2 + C10H15O3O2 =  C18H27O7NO3 :       1E-13 ;		
+{}	APINAO2 + C10H15O4O2 = C20H30O7 :           1E-13 ;		
+{}	APINBO2 + C10H15O4O2 = C20H30O7 :           1E-13 ;		
+{}	APINCO2 + C10H15O4O2 = C20H30O7 :           1E-13 ;		
+{}	C107O2 + C10H15O4O2 = C20H30O8 :            1E-13 ;		
+{}	C109O2 + C10H15O4O2 = C20H30O8 :            1E-13 ;		
+{}	C106O2 + C10H15O4O2 = C20H30O9 :            1E-13 ;		
+{}	C920CO3 + C10H15O4O2 = C20H30O9 :           1E-13 ;		
+{}	C108O2 + C10H15O4O2 = C20H30O9 :            1E-13 ;		
+{}	PINALO2 + C10H15O4O2 = C20H30O8 :           1E-13 ;		
+{}	C96CO3 + C10H15O4O2 = C20H30O8 :            1E-13 ;		
+{}	C923CO3 + C10H15O4O2 = C20H30O8 :           1E-13 ;		
+{}	LIMAO2 + C10H15O4O2 = C20H30O7 :            1E-13 ;		
+{}	LIMALBO2 + C10H15O4O2 = C20H30O8 :          1E-13 ;		
+{}	LIMCO2 + C10H15O4O2 = C20H30O7 :            1E-13 ;		
+{}	LIMALO2 + C10H15O4O2 = C20H30O8 :           1E-13 ;		
+{}	LIMBO2 + C10H15O4O2 = C20H30O7 :            1E-13 ;		
+{}	LIMALAO2 + C10H15O4O2 = C20H30O8 :          1E-13 ;		
+{}	NAPINAO2 + C10H15O4O2 = C20H31O6NO3 :       1E-13 ;		
+{}	NAPINBO2 + C10H15O4O2 = C20H31O6NO3 :       1E-13 ;		
+{}	BPINAO2 + C10H15O4O2 = C20H30O7 :   1E-13 ;
+{}	BPINBO2 + C10H15O4O2 = C20H30O7 :   1E-13 ;
+{}	BPINCO2 + C10H15O4O2 = C20H30O7 :   1E-13 ;
+{}	C918CO3 + C10H15O4O2 = C20H30O8 :   1E-13 ;
+{}	NC102O2 + C10H15O4O2 = C20H31O7NO3 :        1E-13 ;		
+{}	NC101O2 + C10H15O4O2 = C20H31O7NO3 :        1E-13 ;		
+{}	NLIMO2 + C10H15O4O2 =  C20H31O6NO3 :        1E-13 ;		
+{}	NLIMALO2 + C10H15O4O2 =  C20H31O7NO3 :      1E-13 ;		
+{}	NC91CO3 + C10H15O4O2 =  C20H31O7NO3 :       1E-13 ;		
+{}	NBPINAO2 + C10H15O4O2 =  C20H31O6NO3 :      1E-13 ;		
+{}	NBPINBO2 + C10H15O4O2 =  C20H31O6NO3 :      1E-13 ;		
+{}	C96O2 + C10H15O4O2 =  C19H28O7 :            1E-13 ;		
+{}	C89CO3 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	C920O2 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	C97O2 + C10H15O4O2 =  C19H28O8 :            1E-13 ;		
+{}	C85CO3 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	C811CO3 + C10H15O4O2 =  C19H28O9 :          1E-13 ;		
+{}	C921O2 + C10H15O4O2 =  C19H28O9 :           1E-13 ;		
+{}	C98O2 + C10H15O4O2 =  C19H28O9 :            1E-13 ;		
+{}	C922O2 + C10H15O4O2 =  C19H28O10 :          1E-13 ;		
+{}	C923O2 + C10H15O4O2 =  C19H28O7 :           1E-13 ;		
+{}	C924O2 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	C816CO3 + C10H15O4O2 =  C19H28O8 :          1E-13 ;		
+{}	NORLIMO2 + C10H15O4O2 =  C19H28O9 :         1E-13 ;		
+{}	LMKAO2 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	LMKBO2 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	C926O2 + C10H15O4O2 =  C19H28O9 :           1E-13 ;		
+{}	C817CO3 + C10H15O4O2 =  C19H28O9 :          1E-13 ;		
+{}	LMLKAO2 + C10H15O4O2 =  C19H28O9 :          1E-13 ;		
+{}	LMLKBO2 + C10H15O4O2 =  C19H28O9 :          1E-13 ;		
+{}	C823CO3 + C10H15O4O2 =  C19H28O9 :          1E-13 ;		
+{}	C925O2 + C10H15O4O2 =  C19H28O10 :          1E-13 ;		
+{}	NOPINAO2 + C10H15O4O2 =  C19H28O7 :         1E-13 ;		
+{}	NOPINBO2 + C10H15O4O2 =  C19H28O7 :         1E-13 ;		
+{}	NOPINCO2 + C10H15O4O2 =  C19H28O7 :         1E-13 ;		
+{}	NOPINDO2 + C10H15O4O2 =  C19H28O7 :         1E-13 ;		
+{}	C918O2 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	C9DCO2 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	C915O2 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	C917O2 + C10H15O4O2 =  C19H28O8 :           1E-13 ;		
+{}	C919O2 + C10H15O4O2 =  C19H28O9 :           1E-13 ;		
+{}	C914O2 + C10H15O4O2 =  C19H28O9 :           1E-13 ;		
+{}	C916O2 + C10H15O4O2 =  C19H28O9 :           1E-13 ;		
+{}	C88CO3 + C10H15O4O2 =  C19H28O9 :           1E-13 ;		
+{}	C87CO3 + C10H15O4O2 =  C19H28O10 :          1E-13 ;		
+{}	C822CO3 + C10H15O4O2 =  C19H28O8 :          1E-13 ;		
+{}	NLMKAO2  + C10H15O4O2 =  C19H29O7NO3 :      1E-13 ;		
+{}	C85O2 + C10H15O4O2 =  C18H26O7 :            1E-13 ;		
+{}	C89O2 + C10H15O4O2 =  C18H26O7 :            1E-13 ;		
+{}	C86O2 + C10H15O4O2 =  C18H26O8 :            1E-13 ;		
+{}	C811O2 + C10H15O4O2 =  C18H26O8 :           1E-13 ;		
+{}	C810O2 + C10H15O4O2 =  C18H26O8 :           1E-13 ;		
+{}	C812O2 + C10H15O4O2 =  C18H26O9 :           1E-13 ;		
+{}	C813O2 + C10H15O4O2 =  C18H26O7 :           1E-13 ;		
+{}	C729CO3 + C10H15O4O2 =  C18H26O8 :          1E-13 ;		
+{}	C816O2 + C10H15O4O2 =  C18H26O7 :           1E-13 ;		
+{}	C817O2 + C10H15O4O2 =  C18H26O8 :           1E-13 ;		
+{}	C826O2 + C10H15O4O2 =  C18H26O9 :           1E-13 ;		
+{}	C822O2 + C10H15O4O2 =  C18H26O7 :           1E-13 ;		
+{}	C818O2 + C10H15O4O2 =  C18H26O9 :           1E-13 ;		
+{}	C823O2 + C10H15O4O2 =  C18H26O8 :           1E-13 ;		
+{}	C819O2 + C10H15O4O2 =  C18H26O9 :           1E-13 ;		
+{}	C727CO3 + C10H15O4O2 =  C18H26O9 :          1E-13 ;		
+{}	C731CO3 + C10H15O4O2 =  C18H26O9 :          1E-13 ;		
+{}	C824O2 + C10H15O4O2 =  C18H26O8 :           1E-13 ;		
+{}	C820O2 + C10H15O4O2 =  C18H26O10 :          1E-13 ;		
+{}	C825O2 + C10H15O4O2 =  C18H26O9 :           1E-13 ;		
+{}	C821O2 + C10H15O4O2 =  C18H26O9 :           1E-13 ;		
+{}	C732CO3 + C10H15O4O2 =  C18H26O10 :         1E-13 ;		
+{}	C8BCO2 + C10H15O4O2 =  C18H26O6 :           1E-13 ;		
+{}	C88O2 + C10H15O4O2 =  C18H26O8 :            1E-13 ;		
+{}	C718CO3 + C10H15O4O2 =  C18H26O9 :          1E-13 ;		
+{}	C87O2 + C10H15O4O2 =  C18H26O9 :            1E-13 ;		
+{}	C721CO3 + C10H15O4O2 =  C18H26O9 :          1E-13 ;		
+{}	NC826O2 + C10H15O4O2 =  C18H27O8NO3 :       1E-13 ;		
+{}	APINAO2 + C10H15O5O2 = C20H30O8 :           5E-13 ;		
+{}	APINBO2 + C10H15O5O2 = C20H30O8 :           5E-13 ;		
+{}	APINCO2 + C10H15O5O2 = C20H30O8 :           5E-13 ;		
+{}	C107O2 + C10H15O5O2 = C20H30O9 :            5E-13 ;		
+{}	C109O2 + C10H15O5O2 = C20H30O9 :            5E-13 ;		
+{}	C106O2 + C10H15O5O2 = C20H30O10 :           5E-13 ;		
+{}	C920CO3 + C10H15O5O2 = C20H30O10 :          5E-13 ;		
+{}	C108O2 + C10H15O5O2 = C20H30O10 :           5E-13 ;		
+{}	PINALO2 + C10H15O5O2 = C20H30O9 :           5E-13 ;		
+{}	C96CO3 + C10H15O5O2 = C20H30O9 :            5E-13 ;		
+{}	C923CO3 + C10H15O5O2 = C20H30O9 :           5E-13 ;		
+{}	LIMAO2 + C10H15O5O2 = C20H30O8 :            5E-13 ;		
+{}	LIMALBO2 + C10H15O5O2 = C20H30O9 :          5E-13 ;		
+{}	LIMCO2 + C10H15O5O2 = C20H30O8 :            5E-13 ;		
+{}	LIMALO2 + C10H15O5O2 = C20H30O9 :           5E-13 ;		
+{}	LIMBO2 + C10H15O5O2 = C20H30O8 :            5E-13 ;		
+{}	LIMALAO2 + C10H15O5O2 = C20H30O9 :          5E-13 ;		
+{}	NAPINAO2 + C10H15O5O2 = C20H31O7NO3 :       5E-13 ;		
+{}	NAPINBO2 + C10H15O5O2 = C20H31O7NO3 :       5E-13 ;		
+{}	BPINAO2 + C10H15O5O2 = C20H30O8 :   5E-13 ;
+{}	BPINBO2 + C10H15O5O2 = C20H30O8 :   5E-13 ;
+{}	BPINCO2 + C10H15O5O2 = C20H30O8 :   5E-13 ;
+{}	C918CO3 + C10H15O5O2 = C20H30O9 :   5E-13 ;
+{}	NC102O2 + C10H15O5O2 = C20H31O8NO3 :        5E-13 ;		
+{}	NC101O2 + C10H15O5O2 = C20H31O8NO3 :        5E-13 ;		
+{}	NLIMO2 + C10H15O5O2 =  C20H31O7NO3 :        5E-13 ;		
+{}	NLIMALO2 + C10H15O5O2 =  C20H31O8NO3 :      5E-13 ;		
+{}	NC91CO3 + C10H15O5O2 =  C20H31O8NO3 :       5E-13 ;		
+{}	NBPINAO2 + C10H15O5O2 =  C20H31O7NO3 :      5E-13 ;		
+{}	NBPINBO2 + C10H15O5O2 =  C20H31O7NO3 :      5E-13 ;		
+{}	C96O2 + C10H15O5O2 =  C19H28O8 :            5E-13 ;		
+{}	C89CO3 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	C920O2 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	C97O2 + C10H15O5O2 =  C19H28O9 :            5E-13 ;		
+{}	C85CO3 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	C811CO3 + C10H15O5O2 =  C19H28O10 :         5E-13 ;		
+{}	C921O2 + C10H15O5O2 =  C19H28O10 :          5E-13 ;		
+{}	C98O2 + C10H15O5O2 =  C19H28O10 :           5E-13 ;		
+{}	C922O2 + C10H15O5O2 =  C19H28O11 :          5E-13 ;		
+{}	C923O2 + C10H15O5O2 =  C19H28O8 :           5E-13 ;		
+{}	C924O2 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	C816CO3 + C10H15O5O2 =  C19H28O9 :          5E-13 ;		
+{}	NORLIMO2 + C10H15O5O2 =  C19H28O10 :        5E-13 ;		
+{}	LMKAO2 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	LMKBO2 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	C926O2 + C10H15O5O2 =  C19H28O10 :          5E-13 ;		
+{}	C817CO3 + C10H15O5O2 =  C19H28O10 :         5E-13 ;		
+{}	LMLKAO2 + C10H15O5O2 =  C19H28O10 :         5E-13 ;		
+{}	LMLKBO2 + C10H15O5O2 =  C19H28O10 :         5E-13 ;		
+{}	C823CO3 + C10H15O5O2 =  C19H28O10 :         5E-13 ;		
+{}	C925O2 + C10H15O5O2 =  C19H28O11 :          5E-13 ;		
+{}	NOPINAO2 + C10H15O5O2 =  C19H28O8 :         5E-13 ;		
+{}	NOPINBO2 + C10H15O5O2 =  C19H28O8 :         5E-13 ;		
+{}	NOPINCO2 + C10H15O5O2 =  C19H28O8 :         5E-13 ;		
+{}	NOPINDO2 + C10H15O5O2 =  C19H28O8 :         5E-13 ;		
+{}	C918O2 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	C9DCO2 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	C915O2 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	C917O2 + C10H15O5O2 =  C19H28O9 :           5E-13 ;		
+{}	C919O2 + C10H15O5O2 =  C19H28O10 :          5E-13 ;		
+{}	C914O2 + C10H15O5O2 =  C19H28O10 :          5E-13 ;		
+{}	C916O2 + C10H15O5O2 =  C19H28O10 :          5E-13 ;		
+{}	C88CO3 + C10H15O5O2 =  C19H28O10 :          5E-13 ;		
+{}	C87CO3 + C10H15O5O2 =  C19H28O11 :          5E-13 ;		
+{}	C822CO3 + C10H15O5O2 =  C19H28O9 :          5E-13 ;		
+{}	NLMKAO2  + C10H15O5O2 =  C19H29O8NO3 :      5E-13 ;		
+{}	C85O2 + C10H15O5O2 =  C18H26O8 :            5E-13 ;		
+{}	C89O2 + C10H15O5O2 =  C18H26O8 :            5E-13 ;		
+{}	C86O2 + C10H15O5O2 =  C18H26O9 :            5E-13 ;		
+{}	C811O2 + C10H15O5O2 =  C18H26O9 :           5E-13 ;		
+{}	C810O2 + C10H15O5O2 =  C18H26O9 :           5E-13 ;		
+{}	C812O2 + C10H15O5O2 =  C18H26O10 :          5E-13 ;		
+{}	C813O2 + C10H15O5O2 =  C18H26O8 :           5E-13 ;		
+{}	C729CO3 + C10H15O5O2 =  C18H26O9 :          5E-13 ;		
+{}	C816O2 + C10H15O5O2 =  C18H26O8 :           5E-13 ;		
+{}	C817O2 + C10H15O5O2 =  C18H26O9 :           5E-13 ;		
+{}	C826O2 + C10H15O5O2 =  C18H26O10 :          5E-13 ;		
+{}	C822O2 + C10H15O5O2 =  C18H26O8 :           5E-13 ;		
+{}	C818O2 + C10H15O5O2 =  C18H26O10 :          5E-13 ;		
+{}	C823O2 + C10H15O5O2 =  C18H26O9 :           5E-13 ;		
+{}	C819O2 + C10H15O5O2 =  C18H26O10 :          5E-13 ;		
+{}	C727CO3 + C10H15O5O2 =  C18H26O10 :         5E-13 ;		
+{}	C731CO3 + C10H15O5O2 =  C18H26O10 :         5E-13 ;		
+{}	C824O2 + C10H15O5O2 =  C18H26O9 :           5E-13 ;		
+{}	C820O2 + C10H15O5O2 =  C18H26O11 :          5E-13 ;		
+{}	C825O2 + C10H15O5O2 =  C18H26O10 :          5E-13 ;		
+{}	C821O2 + C10H15O5O2 =  C18H26O10 :          5E-13 ;		
+{}	C732CO3 + C10H15O5O2 =  C18H26O11 :         5E-13 ;		
+{}	C8BCO2 + C10H15O5O2 =  C18H26O7 :           5E-13 ;		
+{}	C88O2 + C10H15O5O2 =  C18H26O9 :            5E-13 ;		
+{}	C718CO3 + C10H15O5O2 =  C18H26O10 :         5E-13 ;		
+{}	C87O2 + C10H15O5O2 =  C18H26O10 :           5E-13 ;		
+{}	C721CO3 + C10H15O5O2 =  C18H26O10 :         5E-13 ;		
+{}	NC826O2 + C10H15O5O2 =  C18H27O9NO3 :       5E-13 ;		
+{}	APINAO2 + C10H15O6O2 = C20H30O9 :           2E-12 ;		
+{}	APINBO2 + C10H15O6O2 = C20H30O9 :           2E-12 ;		
+{}	APINCO2 + C10H15O6O2 = C20H30O9 :           2E-12 ;		
+{}	C107O2 + C10H15O6O2 = C20H30O10 :           2E-12 ;		
+{}	C109O2 + C10H15O6O2 = C20H30O10 :           2E-12 ;		
+{}	C106O2 + C10H15O6O2 = C20H30O11 :           2E-12 ;		
+{}	C920CO3 + C10H15O6O2 = C20H30O11 :          2E-12 ;		
+{}	C108O2 + C10H15O6O2 = C20H30O11 :           2E-12 ;		
+{}	PINALO2 + C10H15O6O2 = C20H30O10 :          2E-12 ;		
+{}	C96CO3 + C10H15O6O2 = C20H30O10 :           2E-12 ;		
+{}	C923CO3 + C10H15O6O2 = C20H30O10 :          2E-12 ;		
+{}	LIMAO2 + C10H15O6O2 = C20H30O9 :            2E-12 ;		
+{}	LIMALBO2 + C10H15O6O2 = C20H30O10 :         2E-12 ;		
+{}	LIMCO2 + C10H15O6O2 = C20H30O9 :            2E-12 ;		
+{}	LIMALO2 + C10H15O6O2 = C20H30O10 :          2E-12 ;		
+{}	LIMBO2 + C10H15O6O2 = C20H30O9 :            2E-12 ;		
+{}	LIMALAO2 + C10H15O6O2 = C20H30O10 :         2E-12 ;		
+{}	NAPINAO2 + C10H15O6O2 = C20H31O8NO3 :       2E-12 ;		
+{}	NAPINBO2 + C10H15O6O2 = C20H31O8NO3 :       2E-12 ;		
+{}	BPINAO2 + C10H15O6O2 = C20H30O9 :   2E-12 ;
+{}	BPINBO2 + C10H15O6O2 = C20H30O9 :   2E-12 ;
+{}	BPINCO2 + C10H15O6O2 = C20H30O9 :   2E-12 ;
+{}	C918CO3 + C10H15O6O2 = C20H30O10 :   2E-12 ;
+{}	NC102O2 + C10H15O6O2 = C20H31O9NO3 :        2E-12 ;		
+{}	NC101O2 + C10H15O6O2 = C20H31O9NO3 :        2E-12 ;		
+{}	NLIMO2 + C10H15O6O2 =  C20H31O8NO3 :        2E-12 ;		
+{}	NLIMALO2 + C10H15O6O2 =  C20H31O9NO3 :      2E-12 ;		
+{}	NC91CO3 + C10H15O6O2 =  C20H31O9NO3 :       2E-12 ;		
+{}	NBPINAO2 + C10H15O6O2 =  C20H31O8NO3 :      2E-12 ;		
+{}	NBPINBO2 + C10H15O6O2 =  C20H31O8NO3 :      2E-12 ;		
+{}	C96O2 + C10H15O6O2 =  C19H28O9 :            2E-12 ;		
+{}	C89CO3 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	C920O2 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	C97O2 + C10H15O6O2 =  C19H28O10 :           2E-12 ;		
+{}	C85CO3 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	C811CO3 + C10H15O6O2 =  C19H28O11 :         2E-12 ;		
+{}	C921O2 + C10H15O6O2 =  C19H28O11 :          2E-12 ;		
+{}	C98O2 + C10H15O6O2 =  C19H28O11 :           2E-12 ;		
+{}	C922O2 + C10H15O6O2 =  C19H28O12 :          2E-12 ;		
+{}	C923O2 + C10H15O6O2 =  C19H28O9 :           2E-12 ;		
+{}	C924O2 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	C816CO3 + C10H15O6O2 =  C19H28O10 :         2E-12 ;		
+{}	NORLIMO2 + C10H15O6O2 =  C19H28O11 :        2E-12 ;		
+{}	LMKAO2 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	LMKBO2 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	C926O2 + C10H15O6O2 =  C19H28O11 :          2E-12 ;		
+{}	C817CO3 + C10H15O6O2 =  C19H28O11 :         2E-12 ;		
+{}	LMLKAO2 + C10H15O6O2 =  C19H28O11 :         2E-12 ;		
+{}	LMLKBO2 + C10H15O6O2 =  C19H28O11 :         2E-12 ;		
+{}	C823CO3 + C10H15O6O2 =  C19H28O11 :         2E-12 ;		
+{}	C925O2 + C10H15O6O2 =  C19H28O12 :          2E-12 ;		
+{}	NOPINAO2 + C10H15O6O2 =  C19H28O9 :         2E-12 ;		
+{}	NOPINBO2 + C10H15O6O2 =  C19H28O9 :         2E-12 ;		
+{}	NOPINCO2 + C10H15O6O2 =  C19H28O9 :         2E-12 ;		
+{}	NOPINDO2 + C10H15O6O2 =  C19H28O9 :         2E-12 ;		
+{}	C918O2 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	C9DCO2 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	C915O2 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	C917O2 + C10H15O6O2 =  C19H28O10 :          2E-12 ;		
+{}	C919O2 + C10H15O6O2 =  C19H28O11 :          2E-12 ;		
+{}	C914O2 + C10H15O6O2 =  C19H28O11 :          2E-12 ;		
+{}	C916O2 + C10H15O6O2 =  C19H28O11 :          2E-12 ;		
+{}	C88CO3 + C10H15O6O2 =  C19H28O11 :          2E-12 ;		
+{}	C87CO3 + C10H15O6O2 =  C19H28O12 :          2E-12 ;		
+{}	C822CO3 + C10H15O6O2 =  C19H28O10 :         2E-12 ;		
+{}	NLMKAO2  + C10H15O6O2 =  C19H29O9NO3 :      2E-12 ;		
+{}	C85O2 + C10H15O6O2 =  C18H26O9 :            2E-12 ;		
+{}	C89O2 + C10H15O6O2 =  C18H26O9 :            2E-12 ;		
+{}	C86O2 + C10H15O6O2 =  C18H26O10 :           2E-12 ;		
+{}	C811O2 + C10H15O6O2 =  C18H26O10 :          2E-12 ;		
+{}	C810O2 + C10H15O6O2 =  C18H26O10 :          2E-12 ;		
+{}	C812O2 + C10H15O6O2 =  C18H26O11 :          2E-12 ;		
+{}	C813O2 + C10H15O6O2 =  C18H26O9 :           2E-12 ;		
+{}	C729CO3 + C10H15O6O2 =  C18H26O10 :         2E-12 ;		
+{}	C816O2 + C10H15O6O2 =  C18H26O9 :           2E-12 ;		
+{}	C817O2 + C10H15O6O2 =  C18H26O10 :          2E-12 ;		
+{}	C826O2 + C10H15O6O2 =  C18H26O11 :          2E-12 ;		
+{}	C822O2 + C10H15O6O2 =  C18H26O9 :           2E-12 ;		
+{}	C818O2 + C10H15O6O2 =  C18H26O11 :          2E-12 ;		
+{}	C823O2 + C10H15O6O2 =  C18H26O10 :          2E-12 ;		
+{}	C819O2 + C10H15O6O2 =  C18H26O11 :          2E-12 ;		
+{}	C727CO3 + C10H15O6O2 =  C18H26O11 :         2E-12 ;		
+{}	C731CO3 + C10H15O6O2 =  C18H26O11 :         2E-12 ;		
+{}	C824O2 + C10H15O6O2 =  C18H26O10 :          2E-12 ;		
+{}	C820O2 + C10H15O6O2 =  C18H26O12 :          2E-12 ;		
+{}	C825O2 + C10H15O6O2 =  C18H26O11 :          2E-12 ;		
+{}	C821O2 + C10H15O6O2 =  C18H26O11 :          2E-12 ;		
+{}	C732CO3 + C10H15O6O2 =  C18H26O12 :         2E-12 ;		
+{}	C8BCO2 + C10H15O6O2 =  C18H26O8 :           2E-12 ;		
+{}	C88O2 + C10H15O6O2 =  C18H26O10 :           2E-12 ;		
+{}	C718CO3 + C10H15O6O2 =  C18H26O11 :         2E-12 ;		
+{}	C87O2 + C10H15O6O2 =  C18H26O11 :           2E-12 ;		
+{}	C721CO3 + C10H15O6O2 =  C18H26O11 :         2E-12 ;		
+{}	NC826O2 + C10H15O6O2 =  C18H27O10NO3 :      2E-12 ;		
+{}	APINAO2 + C10H15O7O2 = C20H30O10 :          3E-12 ;		
+{}	APINBO2 + C10H15O7O2 = C20H30O10 :          3E-12 ;		
+{}	APINCO2 + C10H15O7O2 = C20H30O10 :          3E-12 ;		
+{}	C107O2 + C10H15O7O2 = C20H30O11 :           3E-12 ;		
+{}	C109O2 + C10H15O7O2 = C20H30O11 :           3E-12 ;		
+{}	C106O2 + C10H15O7O2 = C20H30O12 :           3E-12 ;		
+{}	C920CO3 + C10H15O7O2 = C20H30O12 :          3E-12 ;		
+{}	C108O2 + C10H15O7O2 = C20H30O12 :           3E-12 ;		
+{}	PINALO2 + C10H15O7O2 = C20H30O11 :          3E-12 ;		
+{}	C96CO3 + C10H15O7O2 = C20H30O11 :           3E-12 ;		
+{}	C923CO3 + C10H15O7O2 = C20H30O11 :          3E-12 ;		
+{}	LIMAO2 + C10H15O7O2 = C20H30O10 :           3E-12 ;		
+{}	LIMALBO2 + C10H15O7O2 = C20H30O11 :         3E-12 ;		
+{}	LIMCO2 + C10H15O7O2 = C20H30O10 :           3E-12 ;		
+{}	LIMALO2 + C10H15O7O2 = C20H30O11 :          3E-12 ;		
+{}	LIMBO2 + C10H15O7O2 = C20H30O10 :           3E-12 ;		
+{}	LIMALAO2 + C10H15O7O2 = C20H30O11 :         3E-12 ;		
+{}	NAPINAO2 + C10H15O7O2 = C20H31O9NO3 :       3E-12 ;		
+{}	NAPINBO2 + C10H15O7O2 = C20H31O9NO3 :       3E-12 ;		
+{}	BPINAO2 + C10H15O7O2 = C20H30O10 :   3E-12 ;
+{}	BPINBO2 + C10H15O7O2 = C20H30O10 :   3E-12 ;
+{}	BPINCO2 + C10H15O7O2 = C20H30O10 :   3E-12 ;
+{}	C918CO3 + C10H15O7O2 = C20H30O11 :   3E-12 ;
+{}	NC102O2 + C10H15O7O2 = C20H31O10NO3 :       3E-12 ;		
+{}	NC101O2 + C10H15O7O2 = C20H31O10NO3 :       3E-12 ;		
+{}	NLIMO2 + C10H15O7O2 =  C20H31O9NO3 :        3E-12 ;		
+{}	NLIMALO2 + C10H15O7O2 =  C20H31O10NO3 :     3E-12 ;		
+{}	NC91CO3 + C10H15O7O2 =  C20H31O10NO3 :      3E-12 ;		
+{}	NBPINAO2 + C10H15O7O2 =  C20H31O9NO3 :      3E-12 ;		
+{}	NBPINBO2 + C10H15O7O2 =  C20H31O9NO3 :      3E-12 ;		
+{}	C96O2 + C10H15O7O2 =  C19H28O10 :           3E-12 ;		
+{}	C89CO3 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	C920O2 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	C97O2 + C10H15O7O2 =  C19H28O11 :           3E-12 ;		
+{}	C85CO3 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	C811CO3 + C10H15O7O2 =  C19H28O12 :         3E-12 ;		
+{}	C921O2 + C10H15O7O2 =  C19H28O12 :          3E-12 ;		
+{}	C98O2 + C10H15O7O2 =  C19H28O12 :           3E-12 ;		
+{}	C922O2 + C10H15O7O2 =  C19H28O13 :          3E-12 ;		
+{}	C923O2 + C10H15O7O2 =  C19H28O10 :          3E-12 ;		
+{}	C924O2 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	C816CO3 + C10H15O7O2 =  C19H28O11 :         3E-12 ;		
+{}	NORLIMO2 + C10H15O7O2 =  C19H28O12 :        3E-12 ;		
+{}	LMKAO2 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	LMKBO2 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	C926O2 + C10H15O7O2 =  C19H28O12 :          3E-12 ;		
+{}	C817CO3 + C10H15O7O2 =  C19H28O12 :         3E-12 ;		
+{}	LMLKAO2 + C10H15O7O2 =  C19H28O12 :         3E-12 ;		
+{}	LMLKBO2 + C10H15O7O2 =  C19H28O12 :         3E-12 ;		
+{}	C823CO3 + C10H15O7O2 =  C19H28O12 :         3E-12 ;		
+{}	C925O2 + C10H15O7O2 =  C19H28O13 :          3E-12 ;		
+{}	NOPINAO2 + C10H15O7O2 =  C19H28O10 :        3E-12 ;		
+{}	NOPINBO2 + C10H15O7O2 =  C19H28O10 :        3E-12 ;		
+{}	NOPINCO2 + C10H15O7O2 =  C19H28O10 :        3E-12 ;		
+{}	NOPINDO2 + C10H15O7O2 =  C19H28O10 :        3E-12 ;		
+{}	C918O2 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	C9DCO2 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	C915O2 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	C917O2 + C10H15O7O2 =  C19H28O11 :          3E-12 ;		
+{}	C919O2 + C10H15O7O2 =  C19H28O12 :          3E-12 ;		
+{}	C914O2 + C10H15O7O2 =  C19H28O12 :          3E-12 ;		
+{}	C916O2 + C10H15O7O2 =  C19H28O12 :          3E-12 ;		
+{}	C88CO3 + C10H15O7O2 =  C19H28O12 :          3E-12 ;		
+{}	C87CO3 + C10H15O7O2 =  C19H28O13 :          3E-12 ;		
+{}	C822CO3 + C10H15O7O2 =  C19H28O11 :         3E-12 ;		
+{}	NLMKAO2  + C10H15O7O2 =  C19H29O10NO3 :     3E-12 ;		
+{}	C85O2 + C10H15O7O2 =  C18H26O10 :           3E-12 ;		
+{}	C89O2 + C10H15O7O2 =  C18H26O10 :           3E-12 ;		
+{}	C86O2 + C10H15O7O2 =  C18H26O11 :           3E-12 ;		
+{}	C811O2 + C10H15O7O2 =  C18H26O11 :          3E-12 ;		
+{}	C810O2 + C10H15O7O2 =  C18H26O11 :          3E-12 ;		
+{}	C812O2 + C10H15O7O2 =  C18H26O12 :          3E-12 ;		
+{}	C813O2 + C10H15O7O2 =  C18H26O10 :          3E-12 ;		
+{}	C729CO3 + C10H15O7O2 =  C18H26O11 :         3E-12 ;		
+{}	C816O2 + C10H15O7O2 =  C18H26O10 :          3E-12 ;		
+{}	C817O2 + C10H15O7O2 =  C18H26O11 :          3E-12 ;		
+{}	C826O2 + C10H15O7O2 =  C18H26O12 :          3E-12 ;		
+{}	C822O2 + C10H15O7O2 =  C18H26O10 :          3E-12 ;		
+{}	C818O2 + C10H15O7O2 =  C18H26O12 :          3E-12 ;		
+{}	C823O2 + C10H15O7O2 =  C18H26O11 :          3E-12 ;		
+{}	C819O2 + C10H15O7O2 =  C18H26O12 :          3E-12 ;		
+{}	C727CO3 + C10H15O7O2 =  C18H26O12 :         3E-12 ;		
+{}	C731CO3 + C10H15O7O2 =  C18H26O12 :         3E-12 ;		
+{}	C824O2 + C10H15O7O2 =  C18H26O11 :          3E-12 ;		
+{}	C820O2 + C10H15O7O2 =  C18H26O13 :          3E-12 ;		
+{}	C825O2 + C10H15O7O2 =  C18H26O12 :          3E-12 ;		
+{}	C821O2 + C10H15O7O2 =  C18H26O12 :          3E-12 ;		
+{}	C732CO3 + C10H15O7O2 =  C18H26O13 :         3E-12 ;		
+{}	C8BCO2 + C10H15O7O2 =  C18H26O9 :           3E-12 ;		
+{}	C88O2 + C10H15O7O2 =  C18H26O11 :           3E-12 ;		
+{}	C718CO3 + C10H15O7O2 =  C18H26O12 :         3E-12 ;		
+{}	C87O2 + C10H15O7O2 =  C18H26O12 :           3E-12 ;		
+{}	C721CO3 + C10H15O7O2 =  C18H26O12 :         3E-12 ;		
+{}	NC826O2 + C10H15O7O2 =  C18H27O11NO3 :      3E-12 ;		
+{}	APINAO2 + C10H15O8O2 = C20H30O11 :          3E-12 ;		
+{}	APINBO2 + C10H15O8O2 = C20H30O11 :          3E-12 ;		
+{}	APINCO2 + C10H15O8O2 = C20H30O11 :          3E-12 ;		
+{}	C107O2 + C10H15O8O2 = C20H30O12 :           3E-12 ;		
+{}	C109O2 + C10H15O8O2 = C20H30O12 :           3E-12 ;		
+{}	C106O2 + C10H15O8O2 = C20H30O13 :           3E-12 ;		
+{}	C920CO3 + C10H15O8O2 = C20H30O13 :          3E-12 ;		
+{}	C108O2 + C10H15O8O2 = C20H30O13 :           3E-12 ;		
+{}	PINALO2 + C10H15O8O2 = C20H30O12 :          3E-12 ;		
+{}	C96CO3 + C10H15O8O2 = C20H30O12 :           3E-12 ;		
+{}	C923CO3 + C10H15O8O2 = C20H30O12 :          3E-12 ;		
+{}	LIMAO2 + C10H15O8O2 = C20H30O11 :           3E-12 ;		
+{}	LIMALBO2 + C10H15O8O2 = C20H30O12 :         3E-12 ;		
+{}	LIMCO2 + C10H15O8O2 = C20H30O11 :           3E-12 ;		
+{}	LIMALO2 + C10H15O8O2 = C20H30O12 :          3E-12 ;		
+{}	LIMBO2 + C10H15O8O2 = C20H30O11 :           3E-12 ;		
+{}	LIMALAO2 + C10H15O8O2 = C20H30O12 :         3E-12 ;		
+{}	NAPINAO2 + C10H15O8O2 = C20H31O10NO3 :      3E-12 ;		
+{}	NAPINBO2 + C10H15O8O2 = C20H31O10NO3 :      3E-12 ;		
+{}	BPINAO2 + C10H15O8O2 = C20H30O11 :   3E-12 ;
+{}	BPINBO2 + C10H15O8O2 = C20H30O11 :   3E-12 ;
+{}	BPINCO2 + C10H15O8O2 = C20H30O11 :   3E-12 ;
+{}	C918CO3 + C10H15O8O2 = C20H30O12 :   3E-12 ;
+{}	NC102O2 + C10H15O8O2 = C20H31O11NO3 :       3E-12 ;		
+{}	NC101O2 + C10H15O8O2 = C20H31O11NO3 :       3E-12 ;		
+{}	NLIMO2 + C10H15O8O2 =  C20H31O10NO3 :       3E-12 ;		
+{}	NLIMALO2 + C10H15O8O2 =  C20H31O11NO3 :     3E-12 ;		
+{}	NC91CO3 + C10H15O8O2 =  C20H31O11NO3 :      3E-12 ;		
+{}	NBPINAO2 + C10H15O8O2 =  C20H31O10NO3 :     3E-12 ;		
+{}	NBPINBO2 + C10H15O8O2 =  C20H31O10NO3 :     3E-12 ;		
+{}	C96O2 + C10H15O8O2 =  C19H28O11 :           3E-12 ;		
+{}	C89CO3 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	C920O2 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	C97O2 + C10H15O8O2 =  C19H28O12 :           3E-12 ;		
+{}	C85CO3 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	C811CO3 + C10H15O8O2 =  C19H28O13 :         3E-12 ;		
+{}	C921O2 + C10H15O8O2 =  C19H28O13 :          3E-12 ;		
+{}	C98O2 + C10H15O8O2 =  C19H28O13 :           3E-12 ;		
+{}	C922O2 + C10H15O8O2 =  C19H28O14 :          3E-12 ;		
+{}	C923O2 + C10H15O8O2 =  C19H28O11 :          3E-12 ;		
+{}	C924O2 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	C816CO3 + C10H15O8O2 =  C19H28O12 :         3E-12 ;		
+{}	NORLIMO2 + C10H15O8O2 =  C19H28O13 :        3E-12 ;		
+{}	LMKAO2 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	LMKBO2 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	C926O2 + C10H15O8O2 =  C19H28O13 :          3E-12 ;		
+{}	C817CO3 + C10H15O8O2 =  C19H28O13 :         3E-12 ;		
+{}	LMLKAO2 + C10H15O8O2 =  C19H28O13 :         3E-12 ;		
+{}	LMLKBO2 + C10H15O8O2 =  C19H28O13 :         3E-12 ;		
+{}	C823CO3 + C10H15O8O2 =  C19H28O13 :         3E-12 ;		
+{}	C925O2 + C10H15O8O2 =  C19H28O14 :          3E-12 ;		
+{}	NOPINAO2 + C10H15O8O2 =  C19H28O11 :        3E-12 ;		
+{}	NOPINBO2 + C10H15O8O2 =  C19H28O11 :        3E-12 ;		
+{}	NOPINCO2 + C10H15O8O2 =  C19H28O11 :        3E-12 ;		
+{}	NOPINDO2 + C10H15O8O2 =  C19H28O11 :        3E-12 ;		
+{}	C918O2 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	C9DCO2 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	C915O2 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	C917O2 + C10H15O8O2 =  C19H28O12 :          3E-12 ;		
+{}	C919O2 + C10H15O8O2 =  C19H28O13 :          3E-12 ;		
+{}	C914O2 + C10H15O8O2 =  C19H28O13 :          3E-12 ;		
+{}	C916O2 + C10H15O8O2 =  C19H28O13 :          3E-12 ;		
+{}	C88CO3 + C10H15O8O2 =  C19H28O13 :          3E-12 ;		
+{}	C87CO3 + C10H15O8O2 =  C19H28O14 :          3E-12 ;		
+{}	C822CO3 + C10H15O8O2 =  C19H28O12 :         3E-12 ;		
+{}	NLMKAO2  + C10H15O8O2 =  C19H29O11NO3 :     3E-12 ;		
+{}	C85O2 + C10H15O8O2 =  C18H26O11 :           3E-12 ;		
+{}	C89O2 + C10H15O8O2 =  C18H26O11 :           3E-12 ;		
+{}	C86O2 + C10H15O8O2 =  C18H26O12 :           3E-12 ;		
+{}	C811O2 + C10H15O8O2 =  C18H26O12 :          3E-12 ;		
+{}	C810O2 + C10H15O8O2 =  C18H26O12 :          3E-12 ;		
+{}	C812O2 + C10H15O8O2 =  C18H26O13 :          3E-12 ;		
+{}	C813O2 + C10H15O8O2 =  C18H26O11 :          3E-12 ;		
+{}	C729CO3 + C10H15O8O2 =  C18H26O12 :         3E-12 ;		
+{}	C816O2 + C10H15O8O2 =  C18H26O11 :          3E-12 ;		
+{}	C817O2 + C10H15O8O2 =  C18H26O12 :          3E-12 ;		
+{}	C826O2 + C10H15O8O2 =  C18H26O13 :          3E-12 ;		
+{}	C822O2 + C10H15O8O2 =  C18H26O11 :          3E-12 ;		
+{}	C818O2 + C10H15O8O2 =  C18H26O13 :          3E-12 ;		
+{}	C823O2 + C10H15O8O2 =  C18H26O12 :          3E-12 ;		
+{}	C819O2 + C10H15O8O2 =  C18H26O13 :          3E-12 ;		
+{}	C727CO3 + C10H15O8O2 =  C18H26O13 :         3E-12 ;		
+{}	C731CO3 + C10H15O8O2 =  C18H26O13 :         3E-12 ;		
+{}	C824O2 + C10H15O8O2 =  C18H26O12 :          3E-12 ;		
+{}	C820O2 + C10H15O8O2 =  C18H26O14 :          3E-12 ;		
+{}	C825O2 + C10H15O8O2 =  C18H26O13 :          3E-12 ;		
+{}	C821O2 + C10H15O8O2 =  C18H26O13 :          3E-12 ;		
+{}	C732CO3 + C10H15O8O2 =  C18H26O14 :         3E-12 ;		
+{}	C8BCO2 + C10H15O8O2 =  C18H26O10 :          3E-12 ;		
+{}	C88O2 + C10H15O8O2 =  C18H26O12 :           3E-12 ;		
+{}	C718CO3 + C10H15O8O2 =  C18H26O13 :         3E-12 ;		
+{}	C87O2 + C10H15O8O2 =  C18H26O13 :           3E-12 ;		
+{}	C721CO3 + C10H15O8O2 =  C18H26O13 :         3E-12 ;		
+{}	NC826O2 + C10H15O8O2 =  C18H27O12NO3 :      3E-12 ;		
+{}	APINAO2 + C10H15O9O2 = C20H30O12 :          5E-12 ;		
+{}	APINBO2 + C10H15O9O2 = C20H30O12 :          5E-12 ;		
+{}	APINCO2 + C10H15O9O2 = C20H30O12 :          5E-12 ;		
+{}	C107O2 + C10H15O9O2 = C20H30O13 :           5E-12 ;		
+{}	C109O2 + C10H15O9O2 = C20H30O13 :           5E-12 ;		
+{}	C106O2 + C10H15O9O2 = C20H30O14 :           5E-12 ;		
+{}	C920CO3 + C10H15O9O2 = C20H30O14 :          5E-12 ;		
+{}	C108O2 + C10H15O9O2 = C20H30O14 :           5E-12 ;		
+{}	PINALO2 + C10H15O9O2 = C20H30O13 :          5E-12 ;		
+{}	C96CO3 + C10H15O9O2 = C20H30O13 :           5E-12 ;		
+{}	C923CO3 + C10H15O9O2 = C20H30O13 :          5E-12 ;		
+{}	LIMAO2 + C10H15O9O2 = C20H30O12 :           5E-12 ;		
+{}	LIMALBO2 + C10H15O9O2 = C20H30O13 :         5E-12 ;		
+{}	LIMCO2 + C10H15O9O2 = C20H30O12 :           5E-12 ;		
+{}	LIMALO2 + C10H15O9O2 = C20H30O13 :          5E-12 ;		
+{}	LIMBO2 + C10H15O9O2 = C20H30O12 :           5E-12 ;		
+{}	LIMALAO2 + C10H15O9O2 = C20H30O13 :         5E-12 ;		
+{}	NAPINAO2 + C10H15O9O2 = C20H31O11NO3 :      5E-12 ;		
+{}	NAPINBO2 + C10H15O9O2 = C20H31O11NO3 :      5E-12 ;		
+{}	BPINAO2 + C10H15O9O2 = C20H30O12 :   5E-12 ;
+{}	BPINBO2 + C10H15O9O2 = C20H30O12 :   5E-12 ;
+{}	BPINCO2 + C10H15O9O2 = C20H30O12 :   5E-12 ;
+{}	C918CO3 + C10H15O9O2 = C20H30O13 :   5E-12 ;
+{}	NC102O2 + C10H15O9O2 = C20H31O12NO3 :       5E-12 ;		
+{}	NC101O2 + C10H15O9O2 = C20H31O12NO3 :       5E-12 ;		
+{}	NLIMO2 + C10H15O9O2 =  C20H31O11NO3 :       5E-12 ;		
+{}	NLIMALO2 + C10H15O9O2 =  C20H31O12NO3 :     5E-12 ;		
+{}	NC91CO3 + C10H15O9O2 =  C20H31O12NO3 :      5E-12 ;		
+{}	NBPINAO2 + C10H15O9O2 =  C20H31O11NO3 :     5E-12 ;		
+{}	NBPINBO2 + C10H15O9O2 =  C20H31O11NO3 :     5E-12 ;		
+{}	C96O2 + C10H15O9O2 =  C19H28O12 :           5E-12 ;		
+{}	C89CO3 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	C920O2 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	C97O2 + C10H15O9O2 =  C19H28O13 :           5E-12 ;		
+{}	C85CO3 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	C811CO3 + C10H15O9O2 =  C19H28O14 :         5E-12 ;		
+{}	C921O2 + C10H15O9O2 =  C19H28O14 :          5E-12 ;		
+{}	C98O2 + C10H15O9O2 =  C19H28O14 :           5E-12 ;		
+{}	C922O2 + C10H15O9O2 =  C19H28O15 :          5E-12 ;		
+{}	C923O2 + C10H15O9O2 =  C19H28O12 :          5E-12 ;		
+{}	C924O2 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	C816CO3 + C10H15O9O2 =  C19H28O13 :         5E-12 ;		
+{}	NORLIMO2 + C10H15O9O2 =  C19H28O14 :        5E-12 ;		
+{}	LMKAO2 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	LMKBO2 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	C926O2 + C10H15O9O2 =  C19H28O14 :          5E-12 ;		
+{}	C817CO3 + C10H15O9O2 =  C19H28O14 :         5E-12 ;		
+{}	LMLKAO2 + C10H15O9O2 =  C19H28O14 :         5E-12 ;		
+{}	LMLKBO2 + C10H15O9O2 =  C19H28O14 :         5E-12 ;		
+{}	C823CO3 + C10H15O9O2 =  C19H28O14 :         5E-12 ;		
+{}	C925O2 + C10H15O9O2 =  C19H28O15 :          5E-12 ;		
+{}	NOPINAO2 + C10H15O9O2 =  C19H28O12 :        5E-12 ;		
+{}	NOPINBO2 + C10H15O9O2 =  C19H28O12 :        5E-12 ;		
+{}	NOPINCO2 + C10H15O9O2 =  C19H28O12 :        5E-12 ;		
+{}	NOPINDO2 + C10H15O9O2 =  C19H28O12 :        5E-12 ;		
+{}	C918O2 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	C9DCO2 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	C915O2 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	C917O2 + C10H15O9O2 =  C19H28O13 :          5E-12 ;		
+{}	C919O2 + C10H15O9O2 =  C19H28O14 :          5E-12 ;		
+{}	C914O2 + C10H15O9O2 =  C19H28O14 :          5E-12 ;		
+{}	C916O2 + C10H15O9O2 =  C19H28O14 :          5E-12 ;		
+{}	C88CO3 + C10H15O9O2 =  C19H28O14 :          5E-12 ;		
+{}	C87CO3 + C10H15O9O2 =  C19H28O15 :          5E-12 ;		
+{}	C822CO3 + C10H15O9O2 =  C19H28O13 :         5E-12 ;		
+{}	NLMKAO2  + C10H15O9O2 =  C19H29O12NO3 :     5E-12 ;		
+{}	C85O2 + C10H15O9O2 =  C18H26O12 :           5E-12 ;		
+{}	C89O2 + C10H15O9O2 =  C18H26O12 :           5E-12 ;		
+{}	C86O2 + C10H15O9O2 =  C18H26O13 :           5E-12 ;		
+{}	C811O2 + C10H15O9O2 =  C18H26O13 :          5E-12 ;		
+{}	C810O2 + C10H15O9O2 =  C18H26O13 :          5E-12 ;		
+{}	C812O2 + C10H15O9O2 =  C18H26O14 :          5E-12 ;		
+{}	C813O2 + C10H15O9O2 =  C18H26O12 :          5E-12 ;		
+{}	C729CO3 + C10H15O9O2 =  C18H26O13 :         5E-12 ;		
+{}	C816O2 + C10H15O9O2 =  C18H26O12 :          5E-12 ;		
+{}	C817O2 + C10H15O9O2 =  C18H26O13 :          5E-12 ;		
+{}	C826O2 + C10H15O9O2 =  C18H26O14 :          5E-12 ;		
+{}	C822O2 + C10H15O9O2 =  C18H26O12 :          5E-12 ;		
+{}	C818O2 + C10H15O9O2 =  C18H26O14 :          5E-12 ;		
+{}	C823O2 + C10H15O9O2 =  C18H26O13 :          5E-12 ;		
+{}	C819O2 + C10H15O9O2 =  C18H26O14 :          5E-12 ;		
+{}	C727CO3 + C10H15O9O2 =  C18H26O14 :         5E-12 ;		
+{}	C731CO3 + C10H15O9O2 =  C18H26O14 :         5E-12 ;		
+{}	C824O2 + C10H15O9O2 =  C18H26O13 :          5E-12 ;		
+{}	C820O2 + C10H15O9O2 =  C18H26O15 :          5E-12 ;		
+{}	C825O2 + C10H15O9O2 =  C18H26O14 :          5E-12 ;		
+{}	C821O2 + C10H15O9O2 =  C18H26O14 :          5E-12 ;		
+{}	C732CO3 + C10H15O9O2 =  C18H26O15 :         5E-12 ;		
+{}	C8BCO2 + C10H15O9O2 =  C18H26O11 :          5E-12 ;		
+{}	C88O2 + C10H15O9O2 =  C18H26O13 :           5E-12 ;		
+{}	C718CO3 + C10H15O9O2 =  C18H26O14 :         5E-12 ;		
+{}	C87O2 + C10H15O9O2 =  C18H26O14 :           5E-12 ;		
+{}	C721CO3 + C10H15O9O2 =  C18H26O14 :         5E-12 ;		
+{}	NC826O2 + C10H15O9O2 =  C18H27O13NO3 :      5E-12 ;		
+{}	APINAO2 + C10H15O10O2 = C20H30O13 :         5E-12 ;		
+{}	APINBO2 + C10H15O10O2 = C20H30O13 :         5E-12 ;		
+{}	APINCO2 + C10H15O10O2 = C20H30O13 :         5E-12 ;		
+{}	C107O2 + C10H15O10O2 = C20H30O14 :          5E-12 ;		
+{}	C109O2 + C10H15O10O2 = C20H30O14 :          5E-12 ;		
+{}	C106O2 + C10H15O10O2 = C20H30O15 :          5E-12 ;		
+{}	C920CO3 + C10H15O10O2 = C20H30O15 :         5E-12 ;		
+{}	C108O2 + C10H15O10O2 = C20H30O15 :          5E-12 ;		
+{}	PINALO2 + C10H15O10O2 = C20H30O14 :         5E-12 ;		
+{}	C96CO3 + C10H15O10O2 = C20H30O14 :          5E-12 ;		
+{}	C923CO3 + C10H15O10O2 = C20H30O14 :         5E-12 ;		
+{}	LIMAO2 + C10H15O10O2 = C20H30O13 :          5E-12 ;		
+{}	LIMALBO2 + C10H15O10O2 = C20H30O14 :        5E-12 ;		
+{}	LIMCO2 + C10H15O10O2 = C20H30O13 :          5E-12 ;		
+{}	LIMALO2 + C10H15O10O2 = C20H30O14 :         5E-12 ;		
+{}	LIMBO2 + C10H15O10O2 = C20H30O13 :          5E-12 ;		
+{}	LIMALAO2 + C10H15O10O2 = C20H30O14 :        5E-12 ;		
+{}	NAPINAO2 + C10H15O10O2 = C20H31O12NO3 :     5E-12 ;		
+{}	NAPINBO2 + C10H15O10O2 = C20H31O12NO3 :     5E-12 ;		
+{}	BPINAO2 + C10H15O10O2 = C20H30O13 :   5E-12 ;
+{}	BPINBO2 + C10H15O10O2 = C20H30O13 :   5E-12 ;
+{}	BPINCO2 + C10H15O10O2 = C20H30O13 :   5E-12 ;
+{}	C918CO3 + C10H15O10O2 = C20H30O14 :   5E-12 ;
+{}	NC102O2 + C10H15O10O2 = C20H31O13NO3 :      5E-12 ;		
+{}	NC101O2 + C10H15O10O2 = C20H31O13NO3 :      5E-12 ;		
+{}	NLIMO2 + C10H15O10O2 =  C20H31O12NO3 :      5E-12 ;		
+{}	NLIMALO2 + C10H15O10O2 =  C20H31O13NO3 :    5E-12 ;		
+{}	NC91CO3 + C10H15O10O2 =  C20H31O13NO3 :     5E-12 ;		
+{}	NBPINAO2 + C10H15O10O2 =  C20H31O12NO3 :    5E-12 ;		
+{}	NBPINBO2 + C10H15O10O2 =  C20H31O12NO3 :    5E-12 ;		
+{}	C96O2 + C10H15O10O2 =  C19H28O13 :          5E-12 ;		
+{}	C89CO3 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	C920O2 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	C97O2 + C10H15O10O2 =  C19H28O14 :          5E-12 ;		
+{}	C85CO3 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	C811CO3 + C10H15O10O2 =  C19H28O15 :        5E-12 ;		
+{}	C921O2 + C10H15O10O2 =  C19H28O15 :         5E-12 ;		
+{}	C98O2 + C10H15O10O2 =  C19H28O15 :          5E-12 ;		
+{}	C922O2 + C10H15O10O2 =  C19H28O16 :         5E-12 ;		
+{}	C923O2 + C10H15O10O2 =  C19H28O13 :         5E-12 ;		
+{}	C924O2 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	C816CO3 + C10H15O10O2 =  C19H28O14 :        5E-12 ;		
+{}	NORLIMO2 + C10H15O10O2 =  C19H28O15 :       5E-12 ;		
+{}	LMKAO2 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	LMKBO2 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	C926O2 + C10H15O10O2 =  C19H28O15 :         5E-12 ;		
+{}	C817CO3 + C10H15O10O2 =  C19H28O15 :        5E-12 ;		
+{}	LMLKAO2 + C10H15O10O2 =  C19H28O15 :        5E-12 ;		
+{}	LMLKBO2 + C10H15O10O2 =  C19H28O15 :        5E-12 ;		
+{}	C823CO3 + C10H15O10O2 =  C19H28O15 :        5E-12 ;		
+{}	C925O2 + C10H15O10O2 =  C19H28O16 :         5E-12 ;		
+{}	NOPINAO2 + C10H15O10O2 =  C19H28O13 :       5E-12 ;		
+{}	NOPINBO2 + C10H15O10O2 =  C19H28O13 :       5E-12 ;		
+{}	NOPINCO2 + C10H15O10O2 =  C19H28O13 :       5E-12 ;		
+{}	NOPINDO2 + C10H15O10O2 =  C19H28O13 :       5E-12 ;		
+{}	C918O2 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	C9DCO2 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	C915O2 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	C917O2 + C10H15O10O2 =  C19H28O14 :         5E-12 ;		
+{}	C919O2 + C10H15O10O2 =  C19H28O15 :         5E-12 ;		
+{}	C914O2 + C10H15O10O2 =  C19H28O15 :         5E-12 ;		
+{}	C916O2 + C10H15O10O2 =  C19H28O15 :         5E-12 ;		
+{}	C88CO3 + C10H15O10O2 =  C19H28O15 :         5E-12 ;		
+{}	C87CO3 + C10H15O10O2 =  C19H28O16 :         5E-12 ;		
+{}	C822CO3 + C10H15O10O2 =  C19H28O14 :        5E-12 ;		
+{}	NLMKAO2  + C10H15O10O2 =  C19H29O13NO3 :    5E-12 ;		
+{}	C85O2 + C10H15O10O2 =  C18H26O13 :          5E-12 ;		
+{}	C89O2 + C10H15O10O2 =  C18H26O13 :          5E-12 ;		
+{}	C86O2 + C10H15O10O2 =  C18H26O14 :          5E-12 ;		
+{}	C811O2 + C10H15O10O2 =  C18H26O14 :         5E-12 ;		
+{}	C810O2 + C10H15O10O2 =  C18H26O14 :         5E-12 ;		
+{}	C812O2 + C10H15O10O2 =  C18H26O15 :         5E-12 ;		
+{}	C813O2 + C10H15O10O2 =  C18H26O13 :         5E-12 ;		
+{}	C729CO3 + C10H15O10O2 =  C18H26O14 :        5E-12 ;		
+{}	C816O2 + C10H15O10O2 =  C18H26O13 :         5E-12 ;		
+{}	C817O2 + C10H15O10O2 =  C18H26O14 :         5E-12 ;		
+{}	C826O2 + C10H15O10O2 =  C18H26O15 :         5E-12 ;		
+{}	C822O2 + C10H15O10O2 =  C18H26O13 :         5E-12 ;		
+{}	C818O2 + C10H15O10O2 =  C18H26O15 :         5E-12 ;		
+{}	C823O2 + C10H15O10O2 =  C18H26O14 :         5E-12 ;		
+{}	C819O2 + C10H15O10O2 =  C18H26O15 :         5E-12 ;		
+{}	C727CO3 + C10H15O10O2 =  C18H26O15 :        5E-12 ;		
+{}	C731CO3 + C10H15O10O2 =  C18H26O15 :        5E-12 ;		
+{}	C824O2 + C10H15O10O2 =  C18H26O14 :         5E-12 ;		
+{}	C820O2 + C10H15O10O2 =  C18H26O16 :         5E-12 ;		
+{}	C825O2 + C10H15O10O2 =  C18H26O15 :         5E-12 ;		
+{}	C821O2 + C10H15O10O2 =  C18H26O15 :         5E-12 ;		
+{}	C732CO3 + C10H15O10O2 =  C18H26O16 :        5E-12 ;		
+{}	C8BCO2 + C10H15O10O2 =  C18H26O12 :         5E-12 ;		
+{}	C88O2 + C10H15O10O2 =  C18H26O14 :          5E-12 ;		
+{}	C718CO3 + C10H15O10O2 =  C18H26O15 :        5E-12 ;		
+{}	C87O2 + C10H15O10O2 =  C18H26O15 :          5E-12 ;		
+{}	C721CO3 + C10H15O10O2 =  C18H26O15 :        5E-12 ;		
+{}	NC826O2 + C10H15O10O2 =  C18H27O14NO3 :     5E-12 ;		
+{}	APINAO2 + C10H15O11O2 = C20H30O14 :         5E-12 ;		
+{}	APINBO2 + C10H15O11O2 = C20H30O14 :         5E-12 ;		
+{}	APINCO2 + C10H15O11O2 = C20H30O14 :         5E-12 ;		
+{}	C107O2 + C10H15O11O2 = C20H30O15 :          5E-12 ;		
+{}	C109O2 + C10H15O11O2 = C20H30O15 :          5E-12 ;		
+{}	C106O2 + C10H15O11O2 = C20H30O16 :          5E-12 ;		
+{}	C920CO3 + C10H15O11O2 = C20H30O16 :         5E-12 ;		
+{}	C108O2 + C10H15O11O2 = C20H30O16 :          5E-12 ;		
+{}	PINALO2 + C10H15O11O2 = C20H30O15 :         5E-12 ;		
+{}	C96CO3 + C10H15O11O2 = C20H30O15 :          5E-12 ;		
+{}	C923CO3 + C10H15O11O2 = C20H30O15 :         5E-12 ;		
+{}	LIMAO2 + C10H15O11O2 = C20H30O14 :          5E-12 ;		
+{}	LIMALBO2 + C10H15O11O2 = C20H30O15 :        5E-12 ;		
+{}	LIMCO2 + C10H15O11O2 = C20H30O14 :          5E-12 ;		
+{}	LIMALO2 + C10H15O11O2 = C20H30O15 :         5E-12 ;		
+{}	LIMBO2 + C10H15O11O2 = C20H30O14 :          5E-12 ;		
+{}	LIMALAO2 + C10H15O11O2 = C20H30O15 :        5E-12 ;		
+{}	NAPINAO2 + C10H15O11O2 = C20H31O13NO3 :     5E-12 ;		
+{}	NAPINBO2 + C10H15O11O2 = C20H31O13NO3 :     5E-12 ;		
+{}	BPINAO2 + C10H15O11O2 = C20H30O14 :   5E-12 ;
+{}	BPINBO2 + C10H15O11O2 = C20H30O14 :   5E-12 ;
+{}	BPINCO2 + C10H15O11O2 = C20H30O14 :   5E-12 ;
+{}	C918CO3 + C10H15O11O2 = C20H30O15 :   5E-12 ;
+{}	NC102O2 + C10H15O11O2 = C20H31O14NO3 :      5E-12 ;		
+{}	NC101O2 + C10H15O11O2 = C20H31O14NO3 :      5E-12 ;		
+{}	NLIMO2 + C10H15O11O2 =  C20H31O13NO3 :      5E-12 ;		
+{}	NLIMALO2 + C10H15O11O2 =  C20H31O14NO3 :    5E-12 ;		
+{}	NC91CO3 + C10H15O11O2 =  C20H31O14NO3 :     5E-12 ;		
+{}	NBPINAO2 + C10H15O11O2 =  C20H31O13NO3 :    5E-12 ;		
+{}	NBPINBO2 + C10H15O11O2 =  C20H31O13NO3 :    5E-12 ;		
+{}	C96O2 + C10H15O11O2 =  C19H28O14 :          5E-12 ;		
+{}	C89CO3 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	C920O2 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	C97O2 + C10H15O11O2 =  C19H28O15 :          5E-12 ;		
+{}	C85CO3 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	C811CO3 + C10H15O11O2 =  C19H28O16 :        5E-12 ;		
+{}	C921O2 + C10H15O11O2 =  C19H28O16 :         5E-12 ;		
+{}	C98O2 + C10H15O11O2 =  C19H28O16 :          5E-12 ;		
+{}	C922O2 + C10H15O11O2 =  C19H28O17 :         5E-12 ;		
+{}	C923O2 + C10H15O11O2 =  C19H28O14 :         5E-12 ;		
+{}	C924O2 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	C816CO3 + C10H15O11O2 =  C19H28O15 :        5E-12 ;		
+{}	NORLIMO2 + C10H15O11O2 =  C19H28O16 :       5E-12 ;		
+{}	LMKAO2 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	LMKBO2 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	C926O2 + C10H15O11O2 =  C19H28O16 :         5E-12 ;		
+{}	C817CO3 + C10H15O11O2 =  C19H28O16 :        5E-12 ;		
+{}	LMLKAO2 + C10H15O11O2 =  C19H28O16 :        5E-12 ;		
+{}	LMLKBO2 + C10H15O11O2 =  C19H28O16 :        5E-12 ;		
+{}	C823CO3 + C10H15O11O2 =  C19H28O16 :        5E-12 ;		
+{}	C925O2 + C10H15O11O2 =  C19H28O17 :         5E-12 ;		
+{}	NOPINAO2 + C10H15O11O2 =  C19H28O14 :       5E-12 ;		
+{}	NOPINBO2 + C10H15O11O2 =  C19H28O14 :       5E-12 ;		
+{}	NOPINCO2 + C10H15O11O2 =  C19H28O14 :       5E-12 ;		
+{}	NOPINDO2 + C10H15O11O2 =  C19H28O14 :       5E-12 ;		
+{}	C918O2 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	C9DCO2 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	C915O2 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	C917O2 + C10H15O11O2 =  C19H28O15 :         5E-12 ;		
+{}	C919O2 + C10H15O11O2 =  C19H28O16 :         5E-12 ;		
+{}	C914O2 + C10H15O11O2 =  C19H28O16 :         5E-12 ;		
+{}	C916O2 + C10H15O11O2 =  C19H28O16 :         5E-12 ;		
+{}	C88CO3 + C10H15O11O2 =  C19H28O16 :         5E-12 ;		
+{}	C87CO3 + C10H15O11O2 =  C19H28O17 :         5E-12 ;		
+{}	C822CO3 + C10H15O11O2 =  C19H28O15 :        5E-12 ;		
+{}	NLMKAO2  + C10H15O11O2 =  C19H29O14NO3 :    5E-12 ;		
+{}	C85O2 + C10H15O11O2 =  C18H26O14 :          5E-12 ;		
+{}	C89O2 + C10H15O11O2 =  C18H26O14 :          5E-12 ;		
+{}	C86O2 + C10H15O11O2 =  C18H26O15 :          5E-12 ;		
+{}	C811O2 + C10H15O11O2 =  C18H26O15 :        5E-12 ;		
+{}	C810O2 + C10H15O11O2 =  C18H26O15 :        5E-12 ;		
+{}	C812O2 + C10H15O11O2 =  C18H26O16 :        5E-12 ;		
+{}	C813O2 + C10H15O11O2 =  C18H26O14 :        5E-12 ;		
+{}	C729CO3 + C10H15O11O2 =  C18H26O15 :       5E-12 ;		
+{}	C816O2 + C10H15O11O2 =  C18H26O14 :        5E-12 ;		
+{}	C817O2 + C10H15O11O2 =  C18H26O15 :        5E-12 ;		
+{}	C826O2 + C10H15O11O2 =  C18H26O16 :        5E-12 ;		
+{}	C822O2 + C10H15O11O2 =  C18H26O14 :        5E-12 ;		
+{}	C818O2 + C10H15O11O2 =  C18H26O16 :        5E-12 ;		
+{}	C823O2 + C10H15O11O2 =  C18H26O15 :        5E-12 ;		
+{}	C819O2 + C10H15O11O2 =  C18H26O16 :        5E-12 ;		
+{}	C727CO3 + C10H15O11O2 =  C18H26O16 :       5E-12 ;		
+{}	C731CO3 + C10H15O11O2 =  C18H26O16 :       5E-12 ;		
+{}	C824O2 + C10H15O11O2 =  C18H26O15 :        5E-12 ;		
+{}	C820O2 + C10H15O11O2 =  C18H26O17 :        5E-12 ;		
+{}	C825O2 + C10H15O11O2 =  C18H26O16 :        5E-12 ;		
+{}	C821O2 + C10H15O11O2 =  C18H26O16 :        5E-12 ;		
+{}	C732CO3 + C10H15O11O2 =  C18H26O17 :       5E-12 ;		
+{}	C8BCO2 + C10H15O11O2 =  C18H26O13 :        5E-12 ;		
+{}	C88O2 + C10H15O11O2 =  C18H26O15 :         5E-12 ;		
+{}	C718CO3 + C10H15O11O2 =  C18H26O16 :       5E-12 ;		
+{}	C87O2 + C10H15O11O2 =  C18H26O16 :         5E-12 ;		
+{}	C721CO3 + C10H15O11O2 =  C18H26O16 :       5E-12 ;		
+{}	NC826O2 + C10H15O11O2 =  C18H27O15NO3 :    5E-12 ;		
+{}	APINAO2 + C10H15O12O2 = C20H30O15 :        5E-12 ;		
+{}	APINBO2 + C10H15O12O2 = C20H30O15 :        5E-12 ;		
+{}	APINCO2 + C10H15O12O2 = C20H30O15 :        5E-12 ;		
+{}	C107O2 + C10H15O12O2 = C20H30O16 :         5E-12 ;		
+{}	C109O2 + C10H15O12O2 = C20H30O16 :         5E-12 ;		
+{}	C106O2 + C10H15O12O2 = C20H30O16 :         5E-12 ;		
+{}	C920CO3 + C10H15O12O2 = C20H30O17 :        5E-12 ;		
+{}	C108O2 + C10H15O12O2 = C20H30O17 :         5E-12 ;		
+{}	PINALO2 + C10H15O12O2 = C20H30O16 :        5E-12 ;		
+{}	C96CO3 + C10H15O12O2 = C20H30O16 :         5E-12 ;		
+{}	C923CO3 + C10H15O12O2 = C20H30O16 :        5E-12 ;		
+{}	LIMAO2 + C10H15O12O2 = C20H30O15 :         5E-12 ;		
+{}	LIMALBO2 + C10H15O12O2 = C20H30O16 :       5E-12 ;		
+{}	LIMCO2 + C10H15O12O2 = C20H30O15 :         5E-12 ;		
+{}	LIMALO2 + C10H15O12O2 = C20H30O16 :        5E-12 ;		
+{}	LIMBO2 + C10H15O12O2 = C20H30O15 :         5E-12 ;		
+{}	LIMALAO2 + C10H15O12O2 = C20H30O16 :       5E-12 ;		
+{}	NAPINAO2 + C10H15O12O2 = C20H31O14NO3 :    5E-12 ;		
+{}	NAPINBO2 + C10H15O12O2 = C20H31O14NO3 :    5E-12 ;		
+{}	BPINAO2 + C10H15O12O2 = C20H30O15 :   5E-12 ;
+{}	BPINBO2 + C10H15O12O2 = C20H30O15 :   5E-12 ;
+{}	BPINCO2 + C10H15O12O2 = C20H30O15 :   5E-12 ;
+{}	C918CO3 + C10H15O12O2 = C20H30O16 :   5E-12 ;
+{}	NC102O2 + C10H15O12O2 = C20H31O15NO3 :      5E-12 ;		
+{}	NC101O2 + C10H15O12O2 = C20H31O15NO3 :      5E-12 ;		
+{}	NLIMO2 + C10H15O12O2 =  C20H31O14NO3 :      5E-12 ;		
+{}	NLIMALO2 + C10H15O12O2 =  C20H31O15NO3 :    5E-12 ;		
+{}	NC91CO3 + C10H15O12O2 =  C20H31O15NO3 :     5E-12 ;		
+{}	NBPINAO2 + C10H15O12O2 =  C20H31O14NO3 :    5E-12 ;		
+{}	NBPINBO2 + C10H15O12O2 =  C20H31O14NO3 :    5E-12 ;		
+{}			
+{}	C96O2 + C10H15O12O2 =  C19H28O15 :         5E-12 ;		
+{}	C89CO3 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	C920O2 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	C97O2 + C10H15O12O2 =  C19H28O16 :         5E-12 ;		
+{}	C85CO3 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	C811CO3 + C10H15O12O2 =  C19H28O17 :       5E-12 ;		
+{}	C921O2 + C10H15O12O2 =  C19H28O17 :        5E-12 ;		
+{}	C98O2 + C10H15O12O2 =  C19H28O17 :         5E-12 ;		
+{}	C922O2 + C10H15O12O2 =  C19H28O18 :        5E-12 ;		
+{}	C923O2 + C10H15O12O2 =  C19H28O15 :        5E-12 ;		
+{}	C924O2 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	C816CO3 + C10H15O12O2 =  C19H28O16 :       5E-12 ;		
+{}	NORLIMO2 + C10H15O12O2 =  C19H28O17 :      5E-12 ;		
+{}	LMKAO2 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	LMKBO2 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	C926O2 + C10H15O12O2 =  C19H28O17 :        5E-12 ;		
+{}	C817CO3 + C10H15O12O2 =  C19H28O17 :       5E-12 ;		
+{}	LMLKAO2 + C10H15O12O2 =  C19H28O17 :       5E-12 ;		
+{}	LMLKBO2 + C10H15O12O2 =  C19H28O17 :       5E-12 ;		
+{}	C823CO3 + C10H15O12O2 =  C19H28O17 :       5E-12 ;		
+{}	C925O2 + C10H15O12O2 =  C19H28O18 :        5E-12 ;		
+{}	NOPINAO2 + C10H15O12O2 =  C19H28O15 :      5E-12 ;		
+{}	NOPINBO2 + C10H15O12O2 =  C19H28O15 :      5E-12 ;		
+{}	NOPINCO2 + C10H15O12O2 =  C19H28O15 :      5E-12 ;		
+{}	NOPINDO2 + C10H15O12O2 =  C19H28O15 :      5E-12 ;		
+{}	C918O2 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	C9DCO2 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	C915O2 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	C917O2 + C10H15O12O2 =  C19H28O16 :        5E-12 ;		
+{}	C919O2 + C10H15O12O2 =  C19H28O17 :        5E-12 ;		
+{}	C914O2 + C10H15O12O2 =  C19H28O17 :        5E-12 ;		
+{}	C916O2 + C10H15O12O2 =  C19H28O17 :        5E-12 ;		
+{}	C88CO3 + C10H15O12O2 =  C19H28O17 :        5E-12 ;		
+{}	C87CO3 + C10H15O12O2 =  C19H28O18 :        5E-12 ;		
+{}	C822CO3 + C10H15O12O2 =  C19H28O16 :       5E-12 ;		
+{}	NLMKAO2  + C10H15O12O2 =  C19H29O15NO3 :   5E-12 ;		
+{}			
+{}	C85O2 + C10H15O12O2 =  C18H26O15 :         5E-12 ;		
+{}	C89O2 + C10H15O12O2 =  C18H26O15 :         5E-12 ;		
+{}	C86O2 + C10H15O12O2 =  C18H26O16 :         5E-12 ;		
+{}	C811O2 + C10H15O12O2 =  C18H26O16 :        5E-12 ;		
+{}	C810O2 + C10H15O12O2 =  C18H26O16 :        5E-12 ;		
+{}	C812O2 + C10H15O12O2 =  C18H26O17 :        5E-12 ;		
+{}	C813O2 + C10H15O12O2 =  C18H26O15 :        5E-12 ;		
+{}	C729CO3 + C10H15O12O2 =  C18H26O16 :       5E-12 ;		
+{}	C816O2 + C10H15O12O2 =  C18H26O15 :        5E-12 ;		
+{}	C817O2 + C10H15O12O2 =  C18H26O16 :        5E-12 ;		
+{}	C826O2 + C10H15O12O2 =  C18H26O17 :        5E-12 ;		
+{}	C822O2 + C10H15O12O2 =  C18H26O15 :        5E-12 ;		
+{}	C818O2 + C10H15O12O2 =  C18H26O17 :        5E-12 ;		
+{}	C823O2 + C10H15O12O2 =  C18H26O16 :        5E-12 ;		
+{}	C819O2 + C10H15O12O2 =  C18H26O17 :        5E-12 ;		
+{}	C727CO3 + C10H15O12O2 =  C18H26O17 :       5E-12 ;		
+{}	C731CO3 + C10H15O12O2 =  C18H26O17 :       5E-12 ;		
+{}	C824O2 + C10H15O12O2 =  C18H26O16 :        5E-12 ;		
+{}	C820O2 + C10H15O12O2 =  C18H26O18 :        5E-12 ;		
+{}	C825O2 + C10H15O12O2 =  C18H26O17 :        5E-12 ;		
+{}	C821O2 + C10H15O12O2 =  C18H26O17 :        5E-12 ;		
+{}	C732CO3 + C10H15O12O2 =  C18H26O18 :       5E-12 ;		
+{}	C8BCO2 + C10H15O12O2 =  C18H26O14 :        5E-12 ;		
+{}	C88O2 + C10H15O12O2 =  C18H26O16 :         5E-12 ;		
+{}	C718CO3 + C10H15O12O2 =  C18H26O17 :       5E-12 ;		
+{}	C87O2 + C10H15O12O2 =  C18H26O17 :         5E-12 ;		
+{}	C721CO3 + C10H15O12O2 =  C18H26O17 :       5E-12 ;		
+{}	NC826O2 + C10H15O12O2 =  C18H27O16NO3 :    5E-12 ;		
+{}	C10H15O2O2 = C10H14O3     :               1E-12*0.2*RO2 ;		
+{}	C10H15O2O2 = C10H15O2O    :               1E-12*0.6*RO2 ;		
+{}	C10H15O2O2 = C10H16O3     :               1E-12*0.2*RO2 ;		
+{}			
+{}	C10H15O3O2 = C10H14O4     :               5E-12*0.2*RO2 ;		
+{}	C10H15O3O2 = C10H15O3O    :               5E-12*0.6*RO2 ;		
+{}	C10H15O3O2 = C10H16O4iso1 :               5E-12*0.2*RO2 ;		
+{}			
+{}	C10H15O4O2 = C10H14O5     :               5E-12*0.2*RO2 ;		
+{}	C10H15O4O2 = C10H15O4O    :               5E-12*0.6*RO2 ;		
+{}	C10H15O4O2 = C10H16O5iso1 :               5E-12*0.2*RO2 ;		
+{}			
+{}	C10H15O5O2 = C10H14O6     :               5E-12*0.2*RO2 ;		
+{}	C10H15O5O2 = C10H15O5O    :               5E-12*0.6*RO2 ;		
+{}	C10H15O5O2 = C10H16O6iso1 :               5E-12*0.2*RO2 ;		
+{}			
+{}	C10H15O6O2 = C10H14O7     :               7E-12*0.4*RO2 ;		
+{}	C10H15O6O2 = C10H15O6O    :               7E-12*0.4*RO2 ;		
+{}	C10H15O6O2 = C10H16O7iso1 :               7E-12*0.2*RO2 ;		
+{}			
+{}	C10H15O7O2 = C10H14O8     :               8E-12*0.2*RO2 ;		
+{}	C10H15O7O2 = C10H15O7O    :               8E-12*0.4*RO2 ;		
+{}	C10H15O7O2 = C10H16O8iso1 :               8E-12*0.4*RO2 ;		
+{}			
+{}	C10H15O8O2 = C10H14O9     :               9E-12*0.4*RO2 ;		
+{}	C10H15O8O2 = C10H15O8O    :               9E-12*0.2*RO2 ;		
+{}	C10H15O8O2 = C10H16O9iso1 :               9E-12*0.4*RO2 ;		
+{}			
+{}	C10H15O9O2 = C10H14O10    :               1E-11*0.3*RO2 ;		
+{}	C10H15O9O2 = C10H15O9O    :               1E-11*0.2*RO2 ;		
+{}	C10H15O9O2 = C10H16O10    :               1E-11*0.5*RO2 ;		
+{}	 
+{}	C10H15O10O2 = C10H14O11   :               1E-11*0.5*RO2 ;		
+{}	C10H15O10O2 = C10H15O10O  :               1E-11*0.2*RO2 ;		
+{}	C10H15O10O2 = C10H16O11   :               1E-11*0.3*RO2 ;		
+{}			
+{}	C10H15O11O2 = C10H14O12   :               1E-11*0.4*RO2 ;		
+{}	C10H15O11O2 = C10H15O11O  :               1E-11*0.2*RO2 ;		
+{}	C10H15O11O2 = C10H16O12   :               1E-11*0.4*RO2 ;		
+{}			
+{}	C10H15O12O2 = C10H14O13   :               1E-11*0.5*RO2 ;		
+{}	C10H15O12O2 = C10H15O12O  :               1E-11*0.0*RO2 ;		
+{}	C10H15O12O2 = C10H16O13   :               1E-11*0.5*RO2 ;		
+{}			
+{}	C107O2 = C10H15O2O :                      9.20D-14*RO2*0.1 ;		
+{}	C107O2 = C107O : 	                      9.20D-14*0.7*RO2*0.9 ;	
+{}	C107O2 = C107OH : 	                      9.20D-14*0.3*RO2*0.9 ;	
+{}			
+{}	C10H17O3O2 = C10H17O5O2 :                 2D17*exp(-1.2077D4/TEMP);		
+{}	C10H17O4O2 = C10H17O6O2 :                 6D16*exp(-1.2077D4/TEMP);		
+{}	C10H17O5O2 = C10H17O7O2 :                 6D16*exp(-1.2077D4/TEMP);		
+{}	C10H17O6O2 = C10H17O8O2 :                 3D16*exp(-1.2077D4/TEMP);		
+{}			
+{}	C10H17O3O = C10H17O4O2 :                  KDEC ;		
+{}	C10H17O4O = C10H17O5O2 :                  KDEC ;		
+{}	C10H17O5O = C10H17O6O2 :                  KDEC ;		
+{}	C10H17O6O = C10H17O7O2 :                  KDEC ;		
+{}	C10H17O7O = C10H17O8O2 :                  KDEC ;		
+{}			
+{}	C10H17O3O2 + NO = C10H17O3O + NO2 :       1.0*KRO2NO ;		
+{}	C10H17O4O2 + NO = C10H17O4O + NO2 :       0.9*KRO2NO ;		
+{}	C10H17O5O2 + NO = C10H17O5O + NO2 :       0.8*KRO2NO ;		
+{}	C10H17O6O2 + NO = C10H17O6O + NO2 :       0.7*KRO2NO ;		
+{}	C10H17O7O2 + NO = C10H17O7O + NO2 :       0.5*KRO2NO ;		
+{}			
+{}	C10H17O3O2 + NO = C717O2 + CH3COCH3 + NO2 :     0.0 ;		
+{}	C10H17O4O2 + NO = C717O2 + CH3COCH3 + NO2 :     0.4*KRO2NO*0.1 ;		
+{}	C10H17O5O2 + NO = C717O2 + CH3COCH3 + NO2 :     0.4*KRO2NO*0.2 ;		
+{}	C10H17O6O2 + NO = C717O2 + CH3COCH3 + NO2 :     0.4*KRO2NO*0.3 ;		
+{}	C10H17O7O2 + NO = C717O2 + CH3COCH3 + NO2 :     0.4*KRO2NO*0.5 ;		
+{}	C10H17O8O2 + NO = C717O2 + CH3COCH3 + NO2 :     0.4*KRO2NO*1.0 ;		
+{}			
+{}	C10H17O3O2 + NO = C10H16O4iso2 + NO2 + HO2 :    0.0 ;		
+{}	C10H17O4O2 + NO = C10H16O5iso2 + NO2 + HO2 :    0.6*KRO2NO*0.1*7D0/10D0 ;		
+{}	C10H17O5O2 + NO = C10H16O6iso2 + NO2 + HO2 :    0.6*KRO2NO*0.2*7D0/10D0 ;		
+{}	C10H17O6O2 + NO = C10H16O7iso2 + NO2 + HO2 :    0.6*KRO2NO*0.3*7D0/10D0 ;		
+{}	C10H17O7O2 + NO = C10H16O8iso2 + NO2 + HO2 :    0.6*KRO2NO*0.5*7D0/10D0 ;		
+{}	C10H17O8O2 + NO = C10H16O9iso2 + NO2 + HO2 :    0.6*KRO2NO*1.0*7D0/10D0 ;		
+{}			
+{}	C10H17O3O2 + NO = C10H17O3NO3 :        0.0 ;		
+{}	C10H17O4O2 + NO = C10H17O4NO3 :        0.6*KRO2NO*0.1*3D0/10D0 ;		
+{}	C10H17O5O2 + NO = C10H17O5NO3 :        0.6*KRO2NO*0.2*3D0/10D0 ;		
+{}	C10H17O6O2 + NO = C10H17O6NO3 :        0.6*KRO2NO*0.3*3D0/10D0 ;		
+{}	C10H17O7O2 + NO = C10H17O7NO3 :        0.6*KRO2NO*0.5*3D0/10D0 ;		
+{}	C10H17O8O2 + NO = C10H17O8NO3 :        0.6*KRO2NO*1.0*3D0/10D0 ;		
+{}			
+{}	C10H17O3O2 + HO2 = C10H18O5 :          KRO2HO2 ;		
+{}	C10H17O4O2 + HO2 = C10H18O6 :          KRO2HO2 ;		
+{}	C10H17O5O2 + HO2 = C10H18O7 :          KRO2HO2 ;		
+{}	C10H17O6O2 + HO2 = C10H18O8 :          KRO2HO2 ;		
+{}	C10H17O7O2 + HO2 = C10H18O9 :          KRO2HO2 ;		
+{}	C10H17O8O2 + HO2 = C10H18O10 :         KRO2HO2 ;		
+{}			
+{}	APINAO2 + C10H17O3O2 = C20H34O6 :      1E-13 ;		
+{}	APINBO2 + C10H17O3O2 = C20H34O6 :      1E-13 ;		
+{}	APINCO2 + C10H17O3O2 = C20H34O6 :      1E-13 ;		
+{}	C107O2 + C10H17O3O2 = C20H34O7 :       1E-13 ;		
+{}	C109O2 + C10H17O3O2 = C20H34O7 :       1E-13 ;		
+{}	C106O2 + C10H17O3O2 = C20H34O8 :       1E-13 ;		
+{}	C920CO3 + C10H17O3O2 = C20H34O8 :      1E-13 ;		
+{}	C108O2 + C10H17O3O2 = C20H34O8 :       1E-13 ;		
+{}	PINALO2 + C10H17O3O2 = C20H34O7 :      1E-13 ;		
+{}	C96CO3 + C10H17O3O2 = C20H34O7 :       1E-13 ;		
+{}	C923CO3 + C10H17O3O2 = C20H34O7 :      1E-13 ;		
+{}	LIMAO2 + C10H17O3O2 = C20H34O6 :       1E-13 ;		
+{}	LIMALBO2 + C10H17O3O2 = C20H34O7 :     1E-13 ;		
+{}	LIMCO2 + C10H17O3O2 = C20H34O6 :       1E-13 ;		
+{}	LIMALO2 + C10H17O3O2 = C20H34O7 :      1E-13 ;		
+{}	LIMBO2 + C10H17O3O2 = C20H34O6 :       1E-13 ;		
+{}	LIMALAO2 + C10H17O3O2 = C20H34O7 :     1E-13 ;		
+{}	NAPINAO2 + C10H17O3O2 = C20H35O5NO3 :  1E-13 ;		
+{}	NAPINBO2 + C10H17O3O2 = C20H35O5NO3 :  1E-13 ;		
+{}	BPINAO2 + C10H17O3O2 = C20H34O6 :       1E-13 ;		
+{}	BPINBO2 + C10H17O3O2 = C20H34O6 :       1E-13 ;		
+{}	BPINCO2 + C10H17O3O2 = C20H34O6 :       1E-13 ;		
+{}	C918CO3 + C10H17O3O2 = C20H34O7 :       1E-13 ;		
+{}	NC102O2 + C10H17O3O2 = C20H35O6NO3 :    1E-13 ;		
+{}	NC101O2 + C10H17O3O2 = C20H35O6NO3 :    1E-13 ;		
+{}	NLIMO2 + C10H17O3O2 =  C20H35O5NO3 :    1E-13 ;		
+{}	NLIMALO2 + C10H17O3O2 =  C20H35O6NO3 :  1E-13 ;		
+{}	NC91CO3 + C10H17O3O2 =  C20H35O6NO3 :   1E-13 ;		
+{}	NBPINAO2 + C10H17O3O2 =  C20H35O5NO3 :  1E-13 ;		
+{}	NBPINBO2 + C10H17O3O2 =  C20H35O5NO3 :  1E-13 ;		
+{}			
+{}	C96O2 + C10H17O3O2 =  C19H32O6 :       1E-13 ;		
+{}	C89CO3 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	C920O2 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	C97O2 + C10H17O3O2 =  C19H32O7 :       1E-13 ;		
+{}	C85CO3 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	C811CO3 + C10H17O3O2 =  C19H32O8 :     1E-13 ;		
+{}	C921O2 + C10H17O3O2 =  C19H32O8 :      1E-13 ;		
+{}	C98O2 + C10H17O3O2 =  C19H32O8 :       1E-13 ;		
+{}	C922O2 + C10H17O3O2 =  C19H32O9 :      1E-13 ;		
+{}	C923O2 + C10H17O3O2 =  C19H32O6 :      1E-13 ;		
+{}	C924O2 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	C816CO3 + C10H17O3O2 =  C19H32O7 :     1E-13 ;		
+{}	NORLIMO2 + C10H17O3O2 =  C19H32O8 :    1E-13 ;		
+{}	LMKAO2 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	LMKBO2 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	C926O2 + C10H17O3O2 =  C19H32O8 :      1E-13 ;		
+{}	C817CO3 + C10H17O3O2 =  C19H32O8 :     1E-13 ;		
+{}	LMLKAO2 + C10H17O3O2 =  C19H32O8 :     1E-13 ;		
+{}	LMLKBO2 + C10H17O3O2 =  C19H32O8 :     1E-13 ;		
+{}	C823CO3 + C10H17O3O2 =  C19H32O8 :     1E-13 ;		
+{}	C925O2 + C10H17O3O2 =  C19H32O9 :      1E-13 ;		
+{}	NOPINAO2 + C10H17O3O2 =  C19H32O6 :    1E-13 ;		
+{}	NOPINBO2 + C10H17O3O2 =  C19H32O6 :    1E-13 ;		
+{}	NOPINCO2 + C10H17O3O2 =  C19H32O6 :    1E-13 ;		
+{}	NOPINDO2 + C10H17O3O2 =  C19H32O6 :    1E-13 ;		
+{}	C918O2 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	C9DCO2 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	C915O2 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	C917O2 + C10H17O3O2 =  C19H32O7 :      1E-13 ;		
+{}	C919O2 + C10H17O3O2 =  C19H32O8 :      1E-13 ;		
+{}	C914O2 + C10H17O3O2 =  C19H32O8 :      1E-13 ;		
+{}	C916O2 + C10H17O3O2 =  C19H32O8 :      1E-13 ;		
+{}	C88CO3 + C10H17O3O2 =  C19H32O8 :      1E-13 ;		
+{}	C87CO3 + C10H17O3O2 =  C19H32O9 :      1E-13 ;		
+{}	C822CO3 + C10H17O3O2 =  C19H32O7 :     1E-13 ;		
+{}	NLMKAO2  + C10H17O3O2 =  C19H33O6NO3 : 1E-13 ;		
+{}			
+{}	C85O2 + C10H17O3O2 =  C18H30O6 :       1E-13 ;		
+{}	C89O2 + C10H17O3O2 =  C18H30O6 :       1E-13 ;		
+{}	C86O2 + C10H17O3O2 =  C18H30O7 :       1E-13 ;		
+{}	C811O2 + C10H17O3O2 =  C18H30O7 :      1E-13 ;		
+{}	C810O2 + C10H17O3O2 =  C18H30O7 :      1E-13 ;		
+{}	C812O2 + C10H17O3O2 =  C18H30O8 :      1E-13 ;		
+{}	C813O2 + C10H17O3O2 =  C18H30O6 :      1E-13 ;		
+{}	C729CO3 + C10H17O3O2 =  C18H30O7 :     1E-13 ;		
+{}	C816O2 + C10H17O3O2 =  C18H30O6 :      1E-13 ;		
+{}	C817O2 + C10H17O3O2 =  C18H30O7 :      1E-13 ;		
+{}	C826O2 + C10H17O3O2 =  C18H30O8 :      1E-13 ;		
+{}	C822O2 + C10H17O3O2 =  C18H30O6 :      1E-13 ;		
+{}	C818O2 + C10H17O3O2 =  C18H30O8 :      1E-13 ;		
+{}	C823O2 + C10H17O3O2 =  C18H30O7 :      1E-13 ;		
+{}	C819O2 + C10H17O3O2 =  C18H30O8 :      1E-13 ;		
+{}	C727CO3 + C10H17O3O2 =  C18H30O8 :     1E-13 ;		
+{}	C731CO3 + C10H17O3O2 =  C18H30O8 :     1E-13 ;		
+{}	C824O2 + C10H17O3O2 =  C18H30O7 :      1E-13 ;		
+{}	C820O2 + C10H17O3O2 =  C18H30O9 :      1E-13 ;		
+{}	C825O2 + C10H17O3O2 =  C18H30O8 :      1E-13 ;		
+{}	C821O2 + C10H17O3O2 =  C18H30O8 :      1E-13 ;		
+{}	C732CO3 + C10H17O3O2 =  C18H30O9 :     1E-13 ;		
+{}	C8BCO2 + C10H17O3O2 =  C18H30O5 :      1E-13 ;		
+{}	C88O2 + C10H17O3O2 =  C18H30O7 :       1E-13 ;		
+{}	C718CO3 + C10H17O3O2 =  C18H30O8 :     1E-13 ;		
+{}	C87O2 + C10H17O3O2 =  C18H30O8 :       1E-13 ;		
+{}	C721CO3 + C10H17O3O2 =  C18H30O8 :     1E-13 ;		
+{}	NC826O2 + C10H17O3O2 =  C18H31O7NO3 :  1E-13 ;		
+{}			
+{}	APINAO2 + C10H17O4O2 = C20H34O7 :      1E-13 ;		
+{}	APINBO2 + C10H17O4O2 = C20H34O7 :      1E-13 ;		
+{}	APINCO2 + C10H17O4O2 = C20H34O7 :      1E-13 ;		
+{}	C107O2 + C10H17O4O2 = C20H34O8 :       1E-13 ;		
+{}	C109O2 + C10H17O4O2 = C20H34O8 :       1E-13 ;		
+{}	C106O2 + C10H17O4O2 = C20H34O9 :       1E-13 ;		
+{}	C920CO3 + C10H17O4O2 = C20H34O9 :      1E-13 ;		
+{}	C108O2 + C10H17O4O2 = C20H34O9 :       1E-13 ;		
+{}	PINALO2 + C10H17O4O2 = C20H34O8 :      1E-13 ;		
+{}	C96CO3 + C10H17O4O2 = C20H34O8 :       1E-13 ;		
+{}	C923CO3 + C10H17O4O2 = C20H34O8 :      1E-13 ;		
+{}	LIMAO2 + C10H17O4O2 = C20H34O7 :       1E-13 ;		
+{}	LIMALBO2 + C10H17O4O2 = C20H34O8 :     1E-13 ;		
+{}	LIMCO2 + C10H17O4O2 = C20H34O7 :       1E-13 ;		
+{}	LIMALO2 + C10H17O4O2 = C20H34O8 :      1E-13 ;		
+{}	LIMBO2 + C10H17O4O2 = C20H34O7 :       1E-13 ;		
+{}	LIMALAO2 + C10H17O4O2 = C20H34O8 :     1E-13 ;		
+{}	NAPINAO2 + C10H17O4O2 = C20H35O6NO3 :  1E-13 ;		
+{}	NAPINBO2 + C10H17O4O2 = C20H35O6NO3 :  1E-13 ;		
+{}	BPINAO2 + C10H17O4O2 = C20H34O7 :       1E-13 ;		
+{}	BPINBO2 + C10H17O4O2 = C20H34O7 :       1E-13 ;		
+{}	BPINCO2 + C10H17O4O2 = C20H34O7 :       1E-13 ;		
+{}	C918CO3 + C10H17O4O2 = C20H34O8 :       1E-13 ;		
+{}	NC102O2 + C10H17O4O2 = C20H35O7NO3 :    1E-13 ;		
+{}	NC101O2 + C10H17O4O2 = C20H35O7NO3 :    1E-13 ;		
+{}	NLIMO2 + C10H17O4O2 =  C20H35O6NO3 :    1E-13 ;		
+{}	NLIMALO2 + C10H17O4O2 =  C20H35O7NO3 :  1E-13 ;		
+{}	NC91CO3 + C10H17O4O2 =  C20H35O7NO3 :   1E-13 ;		
+{}	NBPINAO2 + C10H17O4O2 =  C20H35O6NO3 :  1E-13 ;		
+{}	NBPINBO2 + C10H17O4O2 =  C20H35O6NO3 :  1E-13 ;		
+{}			
+{}	C96O2 + C10H17O4O2 =  C19H32O7 :       1E-13 ;		
+{}	C89CO3 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	C920O2 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	C97O2 + C10H17O4O2 =  C19H32O8 :       1E-13 ;		
+{}	C85CO3 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	C811CO3 + C10H17O4O2 =  C19H32O9 :     1E-13 ;		
+{}	C921O2 + C10H17O4O2 =  C19H32O9 :      1E-13 ;		
+{}	C98O2 + C10H17O4O2 =  C19H32O9 :       1E-13 ;		
+{}	C922O2 + C10H17O4O2 =  C19H32O10 :     1E-13 ;		
+{}	C923O2 + C10H17O4O2 =  C19H32O7 :      1E-13 ;		
+{}	C924O2 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	C816CO3 + C10H17O4O2 =  C19H32O8 :     1E-13 ;		
+{}	NORLIMO2 + C10H17O4O2 =  C19H32O9 :    1E-13 ;		
+{}	LMKAO2 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	LMKBO2 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	C926O2 + C10H17O4O2 =  C19H32O9 :      1E-13 ;		
+{}	C817CO3 + C10H17O4O2 =  C19H32O9 :     1E-13 ;		
+{}	LMLKAO2 + C10H17O4O2 =  C19H32O9 :     1E-13 ;		
+{}	LMLKBO2 + C10H17O4O2 =  C19H32O9 :     1E-13 ;		
+{}	C823CO3 + C10H17O4O2 =  C19H32O9 :     1E-13 ;		
+{}	C925O2 + C10H17O4O2 =  C19H32O10 :     1E-13 ;		
+{}	NOPINAO2 + C10H17O4O2 =  C19H32O7 :    1E-13 ;		
+{}	NOPINBO2 + C10H17O4O2 =  C19H32O7 :    1E-13 ;		
+{}	NOPINCO2 + C10H17O4O2 =  C19H32O7 :    1E-13 ;		
+{}	NOPINDO2 + C10H17O4O2 =  C19H32O7 :    1E-13 ;		
+{}	C918O2 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	C9DCO2 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	C915O2 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	C917O2 + C10H17O4O2 =  C19H32O8 :      1E-13 ;		
+{}	C919O2 + C10H17O4O2 =  C19H32O9 :      1E-13 ;		
+{}	C914O2 + C10H17O4O2 =  C19H32O9 :      1E-13 ;		
+{}	C916O2 + C10H17O4O2 =  C19H32O9 :      1E-13 ;		
+{}	C88CO3 + C10H17O4O2 =  C19H32O9 :      1E-13 ;		
+{}	C87CO3 + C10H17O4O2 =  C19H32O10 :     1E-13 ;		
+{}	C822CO3 + C10H17O4O2 =  C19H32O8 :     1E-13 ;		
+{}	NLMKAO2  + C10H17O4O2 =  C19H33O7NO3 : 1E-13 ;		
+{}			
+{}	C85O2 + C10H17O4O2 =  C18H30O7 :       1E-13 ;		
+{}	C89O2 + C10H17O4O2 =  C18H30O7 :       1E-13 ;		
+{}	C86O2 + C10H17O4O2 =  C18H30O8 :       1E-13 ;		
+{}	C811O2 + C10H17O4O2 =  C18H30O8 :      1E-13 ;		
+{}	C810O2 + C10H17O4O2 =  C18H30O8 :      1E-13 ;		
+{}	C812O2 + C10H17O4O2 =  C18H30O9 :      1E-13 ;		
+{}	C813O2 + C10H17O4O2 =  C18H30O7 :      1E-13 ;		
+{}	C729CO3 + C10H17O4O2 =  C18H30O8 :     1E-13 ;		
+{}	C816O2 + C10H17O4O2 =  C18H30O7 :      1E-13 ;		
+{}	C817O2 + C10H17O4O2 =  C18H30O8 :      1E-13 ;		
+{}	C826O2 + C10H17O4O2 =  C18H30O9 :      1E-13 ;		
+{}	C822O2 + C10H17O4O2 =  C18H30O7 :      1E-13 ;		
+{}	C818O2 + C10H17O4O2 =  C18H30O9 :      1E-13 ;		
+{}	C823O2 + C10H17O4O2 =  C18H30O8 :      1E-13 ;		
+{}	C819O2 + C10H17O4O2 =  C18H30O9 :      1E-13 ;		
+{}	C727CO3 + C10H17O4O2 =  C18H30O9 :     1E-13 ;		
+{}	C731CO3 + C10H17O4O2 =  C18H30O9 :     1E-13 ;		
+{}	C824O2 + C10H17O4O2 =  C18H30O8 :      1E-13 ;		
+{}	C820O2 + C10H17O4O2 =  C18H30O10 :     1E-13 ;		
+{}	C825O2 + C10H17O4O2 =  C18H30O9 :      1E-13 ;		
+{}	C821O2 + C10H17O4O2 =  C18H30O9 :      1E-13 ;		
+{}	C732CO3 + C10H17O4O2 =  C18H30O10 :    1E-13 ;		
+{}	C8BCO2 + C10H17O4O2 =  C18H30O6 :      1E-13 ;		
+{}	C88O2 + C10H17O4O2 =  C18H30O8 :       1E-13 ;		
+{}	C718CO3 + C10H17O4O2 =  C18H30O9 :     1E-13 ;		
+{}	C87O2 + C10H17O4O2 =  C18H30O9 :       1E-13 ;		
+{}	C721CO3 + C10H17O4O2 =  C18H30O9 :     1E-13 ;		
+{}	NC826O2 + C10H17O4O2 =  C18H31O8NO3 :  1E-13 ;		
+{}			
+{}	APINAO2 + C10H17O5O2 = C20H34O8 :      5E-13 ;		
+{}	APINBO2 + C10H17O5O2 = C20H34O8 :      5E-13 ;		
+{}	APINCO2 + C10H17O5O2 = C20H34O8 :      5E-13 ;		
+{}	C107O2 + C10H17O5O2 = C20H34O9 :       5E-13 ;		
+{}	C109O2 + C10H17O5O2 = C20H34O9 :       5E-13 ;		
+{}	C106O2 + C10H17O5O2 = C20H34O10 :      5E-13 ;		
+{}	C920CO3 + C10H17O5O2 = C20H34O10 :     5E-13 ;		
+{}	C108O2 + C10H17O5O2 = C20H34O10 :      5E-13 ;		
+{}	PINALO2 + C10H17O5O2 = C20H34O9 :      5E-13 ;		
+{}	C96CO3 + C10H17O5O2 = C20H34O9 :       5E-13 ;		
+{}	C923CO3 + C10H17O5O2 = C20H34O9 :      5E-13 ;		
+{}	LIMAO2 + C10H17O5O2 = C20H34O8 :       5E-13 ;		
+{}	LIMALBO2 + C10H17O5O2 = C20H34O9 :     5E-13 ;		
+{}	LIMCO2 + C10H17O5O2 = C20H34O8 :       5E-13 ;		
+{}	LIMALO2 + C10H17O5O2 = C20H34O9 :      5E-13 ;		
+{}	LIMBO2 + C10H17O5O2 = C20H34O8 :       5E-13 ;		
+{}	LIMALAO2 + C10H17O5O2 = C20H34O9 :     5E-13 ;		
+{}	NAPINAO2 + C10H17O5O2 = C20H35O7NO3 :  5E-13 ;		
+{}	NAPINBO2 + C10H17O5O2 = C20H35O7NO3 :  5E-13 ;		
+{}	BPINAO2 + C10H17O5O2 = C20H34O8 :       5E-13 ;		
+{}	BPINBO2 + C10H17O5O2 = C20H34O8 :       5E-13 ;		
+{}	BPINCO2 + C10H17O5O2 = C20H34O8 :       5E-13 ;		
+{}	C918CO3 + C10H17O5O2 = C20H34O9 :       5E-13 ;		
+{}	NC102O2 + C10H17O5O2 = C20H35O8NO3 :    5E-13 ;		
+{}	NC101O2 + C10H17O5O2 = C20H35O8NO3 :    5E-13 ;		
+{}	NLIMO2 + C10H17O5O2 =  C20H35O7NO3 :    5E-13 ;		
+{}	NLIMALO2 + C10H17O5O2 =  C20H35O8NO3 :  5E-13 ;		
+{}	NC91CO3 + C10H17O5O2 =  C20H35O8NO3 :   5E-13 ;		
+{}	NBPINAO2 + C10H17O5O2 =  C20H35O7NO3 :  5E-13 ;		
+{}	NBPINBO2 + C10H17O5O2 =  C20H35O7NO3 :  5E-13 ;		
+{}			
+{}	C96O2 + C10H17O5O2 =  C19H32O8 :       5E-13 ;		
+{}	C89CO3 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	C920O2 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	C97O2 + C10H17O5O2 =  C19H32O9 :       5E-13 ;		
+{}	C85CO3 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	C811CO3 + C10H17O5O2 =  C19H32O10 :    5E-13 ;		
+{}	C921O2 + C10H17O5O2 =  C19H32O10 :     5E-13 ;		
+{}	C98O2 + C10H17O5O2 =  C19H32O10 :      5E-13 ;		
+{}	C922O2 + C10H17O5O2 =  C19H32O11 :     5E-13 ;		
+{}	C923O2 + C10H17O5O2 =  C19H32O8 :      5E-13 ;		
+{}	C924O2 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	C816CO3 + C10H17O5O2 =  C19H32O9 :     5E-13 ;		
+{}	NORLIMO2 + C10H17O5O2 =  C19H32O10 :   5E-13 ;		
+{}	LMKAO2 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	LMKBO2 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	C926O2 + C10H17O5O2 =  C19H32O10 :     5E-13 ;		
+{}	C817CO3 + C10H17O5O2 =  C19H32O10 :    5E-13 ;		
+{}	LMLKAO2 + C10H17O5O2 =  C19H32O10 :    5E-13 ;		
+{}	LMLKBO2 + C10H17O5O2 =  C19H32O10 :    5E-13 ;		
+{}	C823CO3 + C10H17O5O2 =  C19H32O10 :    5E-13 ;		
+{}	C925O2 + C10H17O5O2 =  C19H32O11 :     5E-13 ;		
+{}	NOPINAO2 + C10H17O5O2 =  C19H32O8 :    5E-13 ;		
+{}	NOPINBO2 + C10H17O5O2 =  C19H32O8 :    5E-13 ;		
+{}	NOPINCO2 + C10H17O5O2 =  C19H32O8 :    5E-13 ;		
+{}	NOPINDO2 + C10H17O5O2 =  C19H32O8 :    5E-13 ;		
+{}	C918O2 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	C9DCO2 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	C915O2 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	C917O2 + C10H17O5O2 =  C19H32O9 :      5E-13 ;		
+{}	C919O2 + C10H17O5O2 =  C19H32O10 :     5E-13 ;		
+{}	C914O2 + C10H17O5O2 =  C19H32O10 :     5E-13 ;		
+{}	C916O2 + C10H17O5O2 =  C19H32O10 :     5E-13 ;		
+{}	C88CO3 + C10H17O5O2 =  C19H32O10 :     5E-13 ;		
+{}	C87CO3 + C10H17O5O2 =  C19H32O11 :     5E-13 ;		
+{}	C822CO3 + C10H17O5O2 =  C19H32O9 :     5E-13 ;		
+{}	NLMKAO2  + C10H17O5O2 =  C19H33O8NO3 : 5E-13 ;		
+{}			
+{}	C85O2 + C10H17O5O2 =  C18H30O8 :       5E-13 ;		
+{}	C89O2 + C10H17O5O2 =  C18H30O8 :       5E-13 ;		
+{}	C86O2 + C10H17O5O2 =  C18H30O9 :       5E-13 ;		
+{}	C811O2 + C10H17O5O2 =  C18H30O9 :      5E-13 ;		
+{}	C810O2 + C10H17O5O2 =  C18H30O9 :      5E-13 ;		
+{}	C812O2 + C10H17O5O2 =  C18H30O10 :     5E-13 ;		
+{}	C813O2 + C10H17O5O2 =  C18H30O8 :      5E-13 ;		
+{}	C729CO3 + C10H17O5O2 =  C18H30O9 :     5E-13 ;		
+{}	C816O2 + C10H17O5O2 =  C18H30O8 :      5E-13 ;		
+{}	C817O2 + C10H17O5O2 =  C18H30O9 :      5E-13 ;		
+{}	C826O2 + C10H17O5O2 =  C18H30O10 :     5E-13 ;		
+{}	C822O2 + C10H17O5O2 =  C18H30O8 :      5E-13 ;		
+{}	C818O2 + C10H17O5O2 =  C18H30O10 :     5E-13 ;		
+{}	C823O2 + C10H17O5O2 =  C18H30O9 :      5E-13 ;		
+{}	C819O2 + C10H17O5O2 =  C18H30O10 :     5E-13 ;		
+{}	C727CO3 + C10H17O5O2 =  C18H30O10 :    5E-13 ;		
+{}	C731CO3 + C10H17O5O2 =  C18H30O10 :    5E-13 ;		
+{}	C824O2 + C10H17O5O2 =  C18H30O9 :      5E-13 ;		
+{}	C820O2 + C10H17O5O2 =  C18H30O11 :     5E-13 ;		
+{}	C825O2 + C10H17O5O2 =  C18H30O10 :     5E-13 ;		
+{}	C821O2 + C10H17O5O2 =  C18H30O10 :     5E-13 ;		
+{}	C732CO3 + C10H17O5O2 =  C18H30O11 :    5E-13 ;		
+{}	C8BCO2 + C10H17O5O2 =  C18H30O7 :      5E-13 ;		
+{}	C88O2 + C10H17O5O2 =  C18H30O9 :       5E-13 ;		
+{}	C718CO3 + C10H17O5O2 =  C18H30O10 :    5E-13 ;		
+{}	C87O2 + C10H17O5O2 =  C18H30O10 :      5E-13 ;		
+{}	C721CO3 + C10H17O5O2 =  C18H30O10 :    5E-13 ;		
+{}	NC826O2 + C10H17O5O2 =  C18H31O9NO3 :  5E-13 ;		
+{}			
+{}	APINAO2 + C10H17O6O2 = C20H34O9 :      2E-12 ;		
+{}	APINBO2 + C10H17O6O2 = C20H34O9 :      2E-12 ;		
+{}	APINCO2 + C10H17O6O2 = C20H34O9 :      2E-12 ;		
+{}	C107O2 + C10H17O6O2 = C20H34O10 :      2E-12 ;		
+{}	C109O2 + C10H17O6O2 = C20H34O10 :      2E-12 ;		
+{}	C106O2 + C10H17O6O2 = C20H34O11 :      2E-12 ;		
+{}	C920CO3 + C10H17O6O2 = C20H34O11 :     2E-12 ;		
+{}	C108O2 + C10H17O6O2 = C20H34O11 :      2E-12 ;		
+{}	PINALO2 + C10H17O6O2 = C20H34O10 :     2E-12 ;		
+{}	C96CO3 + C10H17O6O2 = C20H34O10 :      2E-12 ;		
+{}	C923CO3 + C10H17O6O2 = C20H34O10 :     2E-12 ;		
+{}	LIMAO2 + C10H17O6O2 = C20H34O9 :       2E-12 ;		
+{}	LIMALBO2 + C10H17O6O2 = C20H34O10 :    2E-12 ;		
+{}	LIMCO2 + C10H17O6O2 = C20H34O9 :       2E-12 ;		
+{}	LIMALO2 + C10H17O6O2 = C20H34O10 :     2E-12 ;		
+{}	LIMBO2 + C10H17O6O2 = C20H34O9 :       2E-12 ;		
+{}	LIMALAO2 + C10H17O6O2 = C20H34O10 :    2E-12 ;		
+{}	NAPINAO2 + C10H17O6O2 = C20H35O8NO3 :  2E-12 ;		
+{}	NAPINBO2 + C10H17O6O2 = C20H35O8NO3 :  2E-12 ;		
+{}	BPINAO2 + C10H17O6O2 = C20H34O9 :       2E-12 ;		
+{}	BPINBO2 + C10H17O6O2 = C20H34O9 :       2E-12 ;		
+{}	BPINCO2 + C10H17O6O2 = C20H34O9 :       2E-12 ;		
+{}	C918CO3 + C10H17O6O2 = C20H34O10 :      2E-12 ;		
+{}	NC102O2 + C10H17O6O2 = C20H35O9NO3 :    2E-12 ;		
+{}	NC101O2 + C10H17O6O2 = C20H35O9NO3 :    2E-12 ;		
+{}	NLIMO2 + C10H17O6O2 =  C20H35O8NO3 :    2E-12 ;		
+{}	NLIMALO2 + C10H17O6O2 =  C20H35O9NO3 :  2E-12 ;		
+{}	NC91CO3 + C10H17O6O2 =  C20H35O9NO3 :   2E-12 ;		
+{}	NBPINAO2 + C10H17O6O2 =  C20H35O8NO3 :  2E-12 ;		
+{}	NBPINBO2 + C10H17O6O2 =  C20H35O8NO3 :  2E-12 ;		
+{}			
+{}	C96O2 + C10H17O6O2 =  C19H32O9 :       2E-12 ;		
+{}	C89CO3 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	C920O2 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	C97O2 + C10H17O6O2 =  C19H32O10 :      2E-12 ;		
+{}	C85CO3 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	C811CO3 + C10H17O6O2 =  C19H32O11 :    2E-12 ;		
+{}	C921O2 + C10H17O6O2 =  C19H32O11 :     2E-12 ;		
+{}	C98O2 + C10H17O6O2 =  C19H32O11 :      2E-12 ;		
+{}	C922O2 + C10H17O6O2 =  C19H32O12 :     2E-12 ;		
+{}	C923O2 + C10H17O6O2 =  C19H32O9 :      2E-12 ;		
+{}	C924O2 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	C816CO3 + C10H17O6O2 =  C19H32O10 :    2E-12 ;		
+{}	NORLIMO2 + C10H17O6O2 =  C19H32O11 :   2E-12 ;		
+{}	LMKAO2 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	LMKBO2 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	C926O2 + C10H17O6O2 =  C19H32O11 :     2E-12 ;		
+{}	C817CO3 + C10H17O6O2 =  C19H32O11 :    2E-12 ;		
+{}	LMLKAO2 + C10H17O6O2 =  C19H32O11 :    2E-12 ;		
+{}	LMLKBO2 + C10H17O6O2 =  C19H32O11 :    2E-12 ;		
+{}	C823CO3 + C10H17O6O2 =  C19H32O11 :    2E-12 ;		
+{}	C925O2 + C10H17O6O2 =  C19H32O12 :     2E-12 ;		
+{}	NOPINAO2 + C10H17O6O2 =  C19H32O9 :    2E-12 ;		
+{}	NOPINBO2 + C10H17O6O2 =  C19H32O9 :    2E-12 ;		
+{}	NOPINCO2 + C10H17O6O2 =  C19H32O9 :    2E-12 ;		
+{}	NOPINDO2 + C10H17O6O2 =  C19H32O9 :    2E-12 ;		
+{}	C918O2 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	C9DCO2 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	C915O2 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	C917O2 + C10H17O6O2 =  C19H32O10 :     2E-12 ;		
+{}	C919O2 + C10H17O6O2 =  C19H32O11 :     2E-12 ;		
+{}	C914O2 + C10H17O6O2 =  C19H32O11 :     2E-12 ;		
+{}	C916O2 + C10H17O6O2 =  C19H32O11 :     2E-12 ;		
+{}	C88CO3 + C10H17O6O2 =  C19H32O11 :     2E-12 ;		
+{}	C87CO3 + C10H17O6O2 =  C19H32O12 :     2E-12 ;		
+{}	C822CO3 + C10H17O6O2 =  C19H32O10 :    2E-12 ;		
+{}	NLMKAO2  + C10H17O6O2 =  C19H33O9NO3 : 2E-12 ;		
+{}			
+{}	C85O2 + C10H17O6O2 =  C18H30O9 :       2E-12 ;		
+{}	C89O2 + C10H17O6O2 =  C18H30O9 :       2E-12 ;		
+{}	C86O2 + C10H17O6O2 =  C18H30O10 :      2E-12 ;		
+{}	C811O2 + C10H17O6O2 =  C18H30O10 :     2E-12 ;		
+{}	C810O2 + C10H17O6O2 =  C18H30O10 :     2E-12 ;		
+{}	C812O2 + C10H17O6O2 =  C18H30O11 :     2E-12 ;		
+{}	C813O2 + C10H17O6O2 =  C18H30O9 :      2E-12 ;		
+{}	C729CO3 + C10H17O6O2 =  C18H30O10 :    2E-12 ;		
+{}	C816O2 + C10H17O6O2 =  C18H30O9 :      2E-12 ;		
+{}	C817O2 + C10H17O6O2 =  C18H30O10 :     2E-12 ;		
+{}	C826O2 + C10H17O6O2 =  C18H30O11 :     2E-12 ;		
+{}	C822O2 + C10H17O6O2 =  C18H30O9 :      2E-12 ;		
+{}	C818O2 + C10H17O6O2 =  C18H30O11 :     2E-12 ;		
+{}	C823O2 + C10H17O6O2 =  C18H30O10 :     2E-12 ;		
+{}	C819O2 + C10H17O6O2 =  C18H30O11 :     2E-12 ;		
+{}	C727CO3 + C10H17O6O2 =  C18H30O11 :    2E-12 ;		
+{}	C731CO3 + C10H17O6O2 =  C18H30O11 :    2E-12 ;		
+{}	C824O2 + C10H17O6O2 =  C18H30O10 :     2E-12 ;		
+{}	C820O2 + C10H17O6O2 =  C18H30O12 :     2E-12 ;		
+{}	C825O2 + C10H17O6O2 =  C18H30O11 :     2E-12 ;		
+{}	C821O2 + C10H17O6O2 =  C18H30O11 :     2E-12 ;		
+{}	C732CO3 + C10H17O6O2 =  C18H30O12 :    2E-12 ;		
+{}	C8BCO2 + C10H17O6O2 =  C18H30O8 :      2E-12 ;		
+{}	C88O2 + C10H17O6O2 =  C18H30O10 :      2E-12 ;		
+{}	C718CO3 + C10H17O6O2 =  C18H30O11 :    2E-12 ;		
+{}	C87O2 + C10H17O6O2 =  C18H30O11 :      2E-12 ;		
+{}	C721CO3 + C10H17O6O2 =  C18H30O11 :    2E-12 ;		
+{}	NC826O2 + C10H17O6O2 =  C18H31O10NO3 : 2E-12 ;		
+{}			
+{}	APINAO2 + C10H17O7O2 = C20H34O10 :     3E-12 ;		
+{}	APINBO2 + C10H17O7O2 = C20H34O10 :     3E-12 ;		
+{}	APINCO2 + C10H17O7O2 = C20H34O10 :     3E-12 ;		
+{}	C107O2 + C10H17O7O2 = C20H34O11 :      3E-12 ;		
+{}	C109O2 + C10H17O7O2 = C20H34O11 :      3E-12 ;		
+{}	C106O2 + C10H17O7O2 = C20H34O12 :      3E-12 ;		
+{}	C920CO3 + C10H17O7O2 = C20H34O12 :     3E-12 ;		
+{}	C108O2 + C10H17O7O2 = C20H34O12 :      3E-12 ;		
+{}	PINALO2 + C10H17O7O2 = C20H34O11 :     3E-12 ;		
+{}	C96CO3 + C10H17O7O2 = C20H34O11 :      3E-12 ;		
+{}	C923CO3 + C10H17O7O2 = C20H34O11 :     3E-12 ;		
+{}	LIMAO2 + C10H17O7O2 = C20H34O10 :      3E-12 ;		
+{}	LIMALBO2 + C10H17O7O2 = C20H34O11 :    3E-12 ;		
+{}	LIMCO2 + C10H17O7O2 = C20H34O10 :      3E-12 ;		
+{}	LIMALO2 + C10H17O7O2 = C20H34O11 :     3E-12 ;		
+{}	LIMBO2 + C10H17O7O2 = C20H34O10 :      3E-12 ;		
+{}	LIMALAO2 + C10H17O7O2 = C20H34O11 :    3E-12 ;		
+{}	NAPINAO2 + C10H17O7O2 = C20H35O9NO3 :  3E-12 ;		
+{}	NAPINBO2 + C10H17O7O2 = C20H35O9NO3 :  3E-12 ;		
+{}	BPINAO2 + C10H17O7O2 = C20H34O10 :      3E-12 ;		
+{}	BPINBO2 + C10H17O7O2 = C20H34O10 :      3E-12 ;		
+{}	BPINCO2 + C10H17O7O2 = C20H34O10 :      3E-12 ;		
+{}	C918CO3 + C10H17O7O2 = C20H34O11 :      3E-12 ;		
+{}	NC102O2 + C10H17O7O2 = C20H35O10NO3 :   3E-12 ;		
+{}	NC101O2 + C10H17O7O2 = C20H35O10NO3 :   3E-12 ;		
+{}	NLIMO2 + C10H17O7O2 =  C20H35O9NO3 :    3E-12 ;		
+{}	NLIMALO2 + C10H17O7O2 =  C20H35O10NO3 : 3E-12 ;		
+{}	NC91CO3 + C10H17O7O2 =  C20H35O10NO3 :  3E-12 ;		
+{}	NBPINAO2 + C10H17O7O2 =  C20H35O9NO3 :  3E-12 ;		
+{}	NBPINBO2 + C10H17O7O2 =  C20H35O9NO3 :  3E-12 ;		
+{}			
+{}	C96O2 + C10H17O7O2 =  C19H32O10 :      3E-12 ;		
+{}	C89CO3 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	C920O2 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	C97O2 + C10H17O7O2 =  C19H32O11 :      3E-12 ;		
+{}	C85CO3 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	C811CO3 + C10H17O7O2 =  C19H32O12 :    3E-12 ;		
+{}	C921O2 + C10H17O7O2 =  C19H32O12 :     3E-12 ;		
+{}	C98O2 + C10H17O7O2 =  C19H32O12 :      3E-12 ;		
+{}	C922O2 + C10H17O7O2 =  C19H32O13 :     3E-12 ;		
+{}	C923O2 + C10H17O7O2 =  C19H32O10 :     3E-12 ;		
+{}	C924O2 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	C816CO3 + C10H17O7O2 =  C19H32O11 :    3E-12 ;		
+{}	NORLIMO2 + C10H17O7O2 =  C19H32O12 :   3E-12 ;		
+{}	LMKAO2 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	LMKBO2 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	C926O2 + C10H17O7O2 =  C19H32O12 :     3E-12 ;		
+{}	C817CO3 + C10H17O7O2 =  C19H32O12 :    3E-12 ;		
+{}	LMLKAO2 + C10H17O7O2 =  C19H32O12 :    3E-12 ;		
+{}	LMLKBO2 + C10H17O7O2 =  C19H32O12 :    3E-12 ;		
+{}	C823CO3 + C10H17O7O2 =  C19H32O12 :    3E-12 ;		
+{}	C925O2 + C10H17O7O2 =  C19H32O13 :     3E-12 ;		
+{}	NOPINAO2 + C10H17O7O2 =  C19H32O10 :   3E-12 ;		
+{}	NOPINBO2 + C10H17O7O2 =  C19H32O10 :   3E-12 ;		
+{}	NOPINCO2 + C10H17O7O2 =  C19H32O10 :   3E-12 ;		
+{}	NOPINDO2 + C10H17O7O2 =  C19H32O10 :   3E-12 ;		
+{}	C918O2 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	C9DCO2 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	C915O2 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	C917O2 + C10H17O7O2 =  C19H32O11 :     3E-12 ;		
+{}	C919O2 + C10H17O7O2 =  C19H32O12 :     3E-12 ;		
+{}	C914O2 + C10H17O7O2 =  C19H32O12 :     3E-12 ;		
+{}	C916O2 + C10H17O7O2 =  C19H32O12 :     3E-12 ;		
+{}	C88CO3 + C10H17O7O2 =  C19H32O12 :     3E-12 ;		
+{}	C87CO3 + C10H17O7O2 =  C19H32O13 :     3E-12 ;		
+{}	C822CO3 + C10H17O7O2 =  C19H32O11 :    3E-12 ;		
+{}	NLMKAO2  + C10H17O7O2 =  C19H33O10NO3 :3E-12 ;		
+{}			
+{}	C85O2 + C10H17O7O2 =  C18H30O10 :      3E-12 ;		
+{}	C89O2 + C10H17O7O2 =  C18H30O10 :      3E-12 ;		
+{}	C86O2 + C10H17O7O2 =  C18H30O11 :      3E-12 ;		
+{}	C811O2 + C10H17O7O2 =  C18H30O11 :     3E-12 ;		
+{}	C810O2 + C10H17O7O2 =  C18H30O11 :     3E-12 ;		
+{}	C812O2 + C10H17O7O2 =  C18H30O12 :     3E-12 ;		
+{}	C813O2 + C10H17O7O2 =  C18H30O10 :     3E-12 ;		
+{}	C729CO3 + C10H17O7O2 =  C18H30O11 :    3E-12 ;		
+{}	C816O2 + C10H17O7O2 =  C18H30O10 :     3E-12 ;		
+{}	C817O2 + C10H17O7O2 =  C18H30O11 :     3E-12 ;		
+{}	C826O2 + C10H17O7O2 =  C18H30O12 :     3E-12 ;		
+{}	C822O2 + C10H17O7O2 =  C18H30O10 :     3E-12 ;		
+{}	C818O2 + C10H17O7O2 =  C18H30O12 :     3E-12 ;		
+{}	C823O2 + C10H17O7O2 =  C18H30O11 :     3E-12 ;		
+{}	C819O2 + C10H17O7O2 =  C18H30O12 :     3E-12 ;		
+{}	C727CO3 + C10H17O7O2 =  C18H30O12 :    3E-12 ;		
+{}	C731CO3 + C10H17O7O2 =  C18H30O12 :    3E-12 ;		
+{}	C824O2 + C10H17O7O2 =  C18H30O11 :     3E-12 ;		
+{}	C820O2 + C10H17O7O2 =  C18H30O13 :     3E-12 ;		
+{}	C825O2 + C10H17O7O2 =  C18H30O12 :     3E-12 ;		
+{}	C821O2 + C10H17O7O2 =  C18H30O12 :     3E-12 ;		
+{}	C732CO3 + C10H17O7O2 =  C18H30O13 :    3E-12 ;		
+{}	C8BCO2 + C10H17O7O2 =  C18H30O9 :      3E-12 ;		
+{}	C88O2 + C10H17O7O2 =  C18H30O11 :      3E-12 ;		
+{}	C718CO3 + C10H17O7O2 =  C18H30O12 :    3E-12 ;		
+{}	C87O2 + C10H17O7O2 =  C18H30O12 :      3E-12 ;		
+{}	C721CO3 + C10H17O7O2 =  C18H30O12 :    3E-12 ;		
+{}	NC826O2 + C10H17O7O2 =  C18H31O11NO3 : 3E-12 ;		
+{}			
+{}	APINAO2 + C10H17O8O2 = C20H34O11 :     3E-12 ;		
+{}	APINBO2 + C10H17O8O2 = C20H34O11 :     3E-12 ;		
+{}	APINCO2 + C10H17O8O2 = C20H34O11 :     3E-12 ;		
+{}	C107O2 + C10H17O8O2 = C20H34O12 :      3E-12 ;		
+{}	C109O2 + C10H17O8O2 = C20H34O12 :      3E-12 ;		
+{}	C106O2 + C10H17O8O2 = C20H34O13 :      3E-12 ;		
+{}	C920CO3 + C10H17O8O2 = C20H34O13 :     3E-12 ;		
+{}	C108O2 + C10H17O8O2 = C20H34O13 :      3E-12 ;		
+{}	PINALO2 + C10H17O8O2 = C20H34O12 :     3E-12 ;		
+{}	C96CO3 + C10H17O8O2 = C20H34O12 :      3E-12 ;		
+{}	C923CO3 + C10H17O8O2 = C20H34O12 :     3E-12 ;		
+{}	LIMAO2 + C10H17O8O2 = C20H34O11 :      3E-12 ;		
+{}	LIMALBO2 + C10H17O8O2 = C20H34O12 :    3E-12 ;		
+{}	LIMCO2 + C10H17O8O2 = C20H34O11 :      3E-12 ;		
+{}	LIMALO2 + C10H17O8O2 = C20H34O12 :     3E-12 ;		
+{}	LIMBO2 + C10H17O8O2 = C20H34O11 :      3E-12 ;		
+{}	LIMALAO2 + C10H17O8O2 = C20H34O12 :    3E-12 ;		
+{}	NAPINAO2 + C10H17O8O2 = C20H35O10NO3 : 3E-12 ;		
+{}	NAPINBO2 + C10H17O8O2 = C20H35O10NO3 : 3E-12 ;		
+{}	BPINAO2 + C10H17O8O2 = C20H34O11 :      3E-12 ;		
+{}	BPINBO2 + C10H17O8O2 = C20H34O11 :      3E-12 ;		
+{}	BPINCO2 + C10H17O8O2 = C20H34O11 :      3E-12 ;		
+{}	C918CO3 + C10H17O8O2 = C20H34O12 :      3E-12 ;		
+{}	NC102O2 + C10H17O8O2 = C20H35O11NO3 :   3E-12 ;		
+{}	NC101O2 + C10H17O8O2 = C20H35O11NO3 :   3E-12 ;		
+{}	NLIMO2 + C10H17O8O2 =  C20H35O10NO3 :   3E-12 ;		
+{}	NLIMALO2 + C10H17O8O2 =  C20H35O11NO3 : 3E-12 ;		
+{}	NC91CO3 + C10H17O8O2 =  C20H35O11NO3 :  3E-12 ;		
+{}	NBPINAO2 + C10H17O8O2 =  C20H35O10NO3 : 3E-12 ;		
+{}	NBPINBO2 + C10H17O8O2 =  C20H35O10NO3 : 3E-12 ;		
+{}			
+{}	C96O2 + C10H17O8O2 =  C19H32O11 :      3E-12 ;		
+{}	C89CO3 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	C920O2 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	C97O2 + C10H17O8O2 =  C19H32O12 :      3E-12 ;		
+{}	C85CO3 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	C811CO3 + C10H17O8O2 =  C19H32O13 :    3E-12 ;		
+{}	C921O2 + C10H17O8O2 =  C19H32O13 :     3E-12 ;		
+{}	C98O2 + C10H17O8O2 =  C19H32O13 :      3E-12 ;		
+{}	C922O2 + C10H17O8O2 =  C19H32O14 :     3E-12 ;		
+{}	C923O2 + C10H17O8O2 =  C19H32O11 :     3E-12 ;		
+{}	C924O2 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	C816CO3 + C10H17O8O2 =  C19H32O12 :    3E-12 ;		
+{}	NORLIMO2 + C10H17O8O2 =  C19H32O13 :   3E-12 ;		
+{}	LMKAO2 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	LMKBO2 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	C926O2 + C10H17O8O2 =  C19H32O13 :     3E-12 ;		
+{}	C817CO3 + C10H17O8O2 =  C19H32O13 :    3E-12 ;		
+{}	LMLKAO2 + C10H17O8O2 =  C19H32O13 :    3E-12 ;		
+{}	LMLKBO2 + C10H17O8O2 =  C19H32O13 :    3E-12 ;		
+{}	C823CO3 + C10H17O8O2 =  C19H32O13 :    3E-12 ;		
+{}	C925O2 + C10H17O8O2 =  C19H32O14 :     3E-12 ;		
+{}	NOPINAO2 + C10H17O8O2 =  C19H32O11 :   3E-12 ;		
+{}	NOPINBO2 + C10H17O8O2 =  C19H32O11 :   3E-12 ;		
+{}	NOPINCO2 + C10H17O8O2 =  C19H32O11 :   3E-12 ;		
+{}	NOPINDO2 + C10H17O8O2 =  C19H32O11 :   3E-12 ;		
+{}	C918O2 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	C9DCO2 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	C915O2 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	C917O2 + C10H17O8O2 =  C19H32O12 :     3E-12 ;		
+{}	C919O2 + C10H17O8O2 =  C19H32O13 :     3E-12 ;		
+{}	C914O2 + C10H17O8O2 =  C19H32O13 :     3E-12 ;		
+{}	C916O2 + C10H17O8O2 =  C19H32O13 :     3E-12 ;		
+{}	C88CO3 + C10H17O8O2 =  C19H32O13 :     3E-12 ;		
+{}	C87CO3 + C10H17O8O2 =  C19H32O14 :     3E-12 ;		
+{}	C822CO3 + C10H17O8O2 =  C19H32O12 :    3E-12 ;		
+{}	NLMKAO2  + C10H17O8O2 =  C19H33O11NO3 :3E-12 ;		
+{}			
+{}	C85O2 + C10H17O8O2 =  C18H30O11 :      3E-12 ;		
+{}	C89O2 + C10H17O8O2 =  C18H30O11 :      3E-12 ;		
+{}	C86O2 + C10H17O8O2 =  C18H30O12 :      3E-12 ;		
+{}	C811O2 + C10H17O8O2 =  C18H30O12 :     3E-12 ;		
+{}	C810O2 + C10H17O8O2 =  C18H30O12 :     3E-12 ;		
+{}	C812O2 + C10H17O8O2 =  C18H30O13 :     3E-12 ;		
+{}	C813O2 + C10H17O8O2 =  C18H30O11 :     3E-12 ;		
+{}	C729CO3 + C10H17O8O2 =  C18H30O12 :    3E-12 ;		
+{}	C816O2 + C10H17O8O2 =  C18H30O11 :     3E-12 ;		
+{}	C817O2 + C10H17O8O2 =  C18H30O12 :     3E-12 ;		
+{}	C826O2 + C10H17O8O2 =  C18H30O13 :     3E-12 ;		
+{}	C822O2 + C10H17O8O2 =  C18H30O11 :     3E-12 ;		
+{}	C818O2 + C10H17O8O2 =  C18H30O13 :     3E-12 ;		
+{}	C823O2 + C10H17O8O2 =  C18H30O12 :     3E-12 ;		
+{}	C819O2 + C10H17O8O2 =  C18H30O13 :     3E-12 ;		
+{}	C727CO3 + C10H17O8O2 =  C18H30O13 :    3E-12 ;		
+{}	C731CO3 + C10H17O8O2 =  C18H30O13 :    3E-12 ;		
+{}	C824O2 + C10H17O8O2 =  C18H30O12 :     3E-12 ;		
+{}	C820O2 + C10H17O8O2 =  C18H30O14 :     3E-12 ;		
+{}	C825O2 + C10H17O8O2 =  C18H30O13 :     3E-12 ;		
+{}	C821O2 + C10H17O8O2 =  C18H30O13 :     3E-12 ;		
+{}	C732CO3 + C10H17O8O2 =  C18H30O14 :    3E-12 ;		
+{}	C8BCO2 + C10H17O8O2 =  C18H30O10 :     3E-12 ;		
+{}	C88O2 + C10H17O8O2 =  C18H30O12 :      3E-12 ;		
+{}	C718CO3 + C10H17O8O2 =  C18H30O13 :    3E-12 ;		
+{}	C87O2 + C10H17O8O2 =  C18H30O13 :      3E-12 ;		
+{}	C721CO3 + C10H17O8O2 =  C18H30O13 :    3E-12 ;		
+{}	NC826O2 + C10H17O8O2 =  C18H31O12NO3 : 3E-12 ;		
+{}			
+{}			
+{}	C10H17O3O2 = C10H16O4iso2 :            5E-12*0.2*RO2 ;		
+{}	C10H17O3O2 = C10H17O3O    :            5E-12*0.6*RO2 ;		
+{}	C10H17O3O2 = C10H18O4     :            5E-12*0.2*RO2 ;		
+{}			
+{}	C10H17O4O2 = C10H16O5iso2 :            5E-12*0.2*RO2 ;		
+{}	C10H17O4O2 = C10H17O4O    :            5E-12*0.6*RO2 ;		
+{}	C10H17O4O2 = C10H18O5     :            5E-12*0.2*RO2 ;		
+{}			
+{}	C10H17O5O2 = C10H16O6iso2 :            8E-12*0.2*RO2 ;		
+{}	C10H17O5O2 = C10H17O5O    :            8E-12*0.6*RO2 ;		
+{}	C10H17O5O2 = C10H18O6     :            8E-12*0.2*RO2 ;		
+{}			
+{}	C10H17O6O2 = C10H16O7iso2 :            1E-11*0.3*RO2 ;		
+{}	C10H17O6O2 = C10H17O6O    :            1E-11*0.4*RO2 ;		
+{}	C10H17O6O2 = C10H18O7     :            1E-11*0.3*RO2 ;		
+{}			
+{}	C10H17O7O2 = C10H16O8iso2  :           1E-11*0.4*RO2 ;		
+{}	C10H17O7O2 = C10H17O7O    :            1E-11*0.2*RO2 ;		
+{}	C10H17O7O2 = C10H18O8     :            1E-11*0.4*RO2 ;		
+{}			
+{}	C10H17O8O2 = C10H16O9iso2  :           1E-11*0.5*RO2 ;		
+{}	C10H17O8O2 = C10H18O9     :            1E-11*0.5*RO2 ;		
+
+# interaction between benzene and alpha-pinene RO2 provided by Lukas in 
+# email to simon.omeara@manchester.ac.uk on 01/05/2023
+
+{2641.}      BZo_RO2_O7 + C10H15O2O2 = BZoO6_APoO3 : 4.0831e-12 ; 
+{2642.}      BZo_RO2_O7 + C10H15O4O2 = BZoO6_APoO5 : 4.0831e-12 ; 
+{2643.}      BZo_RO2_O7 + C10H15O6O2 = BZoO6_APoO7 : 1.7356e-11 ; 
+{2644.}      BZo_RO2_O7 + C10H15O8O2 = BZoO6_APoO9 : 2.4859e-11 ; 
+{2645.}      BZo_RO2_O7 + C10H15O10O2 = BZoO6_APoO11 : 2.8872e-11 ; 
+{2646.}      BZo_RO2_O7 + C10H15O12O2 = BZoO6_APoO13 : 2.8872e-11 ; 
+{2647.}      BZo_RO2_O7 + C10H15O3O2 = BZoO6_APoO4 : 4.0831e-12 ; 
+{2648.}      BZo_RO2_O7 + C10H15O5O2 = BZoO6_APoO6 : 1.1952e-11 ; 
+{2649.}      BZo_RO2_O7 + C10H15O7O2 = BZoO6_APoO8 : 2.1439e-11 ; 
+{2650.}      BZo_RO2_O7 + C10H15O9O2 = BZoO6_APoO10 : 2.7863e-11 ; 
+{2651.}      BZo_RO2_O7 + C10H15O11O2 = BZoO6_APoO12 : 2.8872e-11 ; 
+{2652.}      BZo_RO2_O7 + C10H17O4O2 = BZoO6_APhO5 : 4.0831e-12 ; 
+{2653.}      BZo_RO2_O7 + C10H17O6O2 = BZoO6_APhO7 : 1.7356e-11 ; 
+{2654.}      BZo_RO2_O7 + C10H17O8O2 = BZoO6_APhO9 : 2.4859e-11 ; 
+{2655.}      BZo_RO2_O7 + C10H17O3O2 = BZoO6_APhO4 : 4.0831e-12 ; 
+{2656.}      BZo_RO2_O7 + C10H17O5O2 = BZoO6_APhO6 : 1.1952e-11 ; 
+{2657.}      BZo_RO2_O7 + C10H17O7O2 = BZoO6_APhO8 : 2.1439e-11 ; 
+{2658.}      BZo_RO2_O7 + APINAO2 = BZoO6_AP01 : 4.0831e-12 ; 
+{2659.}      BZo_RO2_O7 + APINBO2 = BZoO6_AP02 : 4.0831e-12 ; 
+{2660.}      BZo_RO2_O7 + APINCO2 = BZoO6_AP03 : 4.0831e-12 ; 
+{2661.}      BZo_RO2_O7 + C107O2 = BZoO6_AP04 : 4.0831e-12 ; 
+{2662.}      BZo_RO2_O7 + C109O2 = BZoO6_AP05 : 4.0831e-12 ; 
+{2663.}      BZo_RO2_O7 + C106O2 = BZoO6_AP06 : 4.0831e-12 ; 
+{2664.}      BZo_RO2_O7 + C920CO3 = BZoO6_AP07 : 4.0831e-12 ; 
+{2665.}      BZo_RO2_O7 + C108O2 = BZoO6_AP08 : 4.0831e-12 ; 
+{2666.}      BZo_RO2_O7 + PINALO2 = BZoO6_AP09 : 4.0831e-12 ; 
+{2667.}      BZo_RO2_O7 + C96CO3 = BZoO6_AP10 : 4.0831e-12 ; 
+{2668.}      BZo_RO2_O7 + NAPINAO2 = BZoO6_AP11N : 4.0831e-12 ; 
+{2669.}      BZo_RO2_O7 + NAPINBO2 = BZoO6_AP12N : 4.0831e-12 ; 
+{2670.}      BZo_RO2_O7 + NC102O2 = BZoO6_AP13N : 1.7356e-11 ; 
+{2671.}      BZo_RO2_O7 + NC101O2 = BZoO6_AP14N : 1.1952e-11 ; 
+{2672.}      BZo_RO2_O7 + C96O2 = BZoO6_AP15 : 4.0831e-12 ; 
+{2673.}      BZo_RO2_O7 + C89CO3 = BZoO6_AP16 : 4.0831e-12 ; 
+{2674.}      BZo_RO2_O7 + C920O2 = BZoO6_AP17 : 4.0831e-12 ; 
+{2675.}      BZo_RO2_O7 + C97O2 = BZoO6_AP18 : 4.0831e-12 ; 
+{2676.}      BZo_RO2_O7 + C85CO3 = BZoO6_AP19 : 4.0831e-12 ; 
+{2677.}      BZo_RO2_O7 + C811CO3 = BZoO6_AP20 : 4.0831e-12 ; 
+{2678.}      BZo_RO2_O7 + C921O2 = BZoO6_AP21 : 4.0831e-12 ; 
+{2679.}      BZo_RO2_O7 + C98O2 = BZoO6_AP22 : 4.0831e-12 ; 
+{2680.}      BZo_RO2_O7 + C922O2 = BZoO6_AP23 : 4.0831e-12 ; 
+{2681.}      BZo_RO2_O7 + C85O2 = BZoO6_AP24 : 4.0831e-12 ; 
+{2682.}      BZo_RO2_O7 + C89O2 = BZoO6_AP25 : 4.0831e-12 ; 
+{2683.}      BZo_RO2_O7 + C86O2 = BZoO6_AP26 : 4.0831e-12 ; 
+{2684.}      BZo_RO2_O7 + C811O2 = BZoO6_AP27 : 4.0831e-12 ; 
+{2685.}      BZo_RO2_O7 + C810O2 = BZoO6_AP28 : 4.0831e-12 ; 
+{2686.}      BZo_RO2_O7 + C812O2 = BZoO6_AP29 : 4.0831e-12 ; 
+{2687.}      BZo_RO2_O7 + C813O2 = BZoO6_AP30 : 4.0831e-12 ; 
+{2688.}      BZo_RO2_O7 + C721CO3 = BZoO6_AP31 : 4.0831e-12 ; 
+# inter-VOC ROOR formation: BZo_RO2_O9
+{2689.}      BZo_RO2_O9 + C10H15O2O2 = BZoO8_APoO3 : 6.2242e-12 ; 
+{2690.}      BZo_RO2_O9 + C10H15O4O2 = BZoO8_APoO5 : 6.2242e-12 ; 
+{2691.}      BZo_RO2_O9 + C10H15O6O2 = BZoO8_APoO7 : 2.6457e-11 ; 
+{2692.}      BZo_RO2_O9 + C10H15O8O2 = BZoO8_APoO9 : 3.7895e-11 ; 
+{2693.}      BZo_RO2_O9 + C10H15O10O2 = BZoO8_APoO11 : 4.4012e-11 ; 
+{2694.}      BZo_RO2_O9 + C10H15O12O2 = BZoO8_APoO13 : 4.4012e-11 ; 
+{2695.}      BZo_RO2_O9 + C10H15O3O2 = BZoO8_APoO4 : 6.2242e-12 ; 
+{2696.}      BZo_RO2_O9 + C10H15O5O2 = BZoO8_APoO6 : 1.8219e-11 ; 
+{2697.}      BZo_RO2_O9 + C10H15O7O2 = BZoO8_APoO8 : 3.268e-11 ; 
+{2698.}      BZo_RO2_O9 + C10H15O9O2 = BZoO8_APoO10 : 4.2475e-11 ; 
+{2699.}      BZo_RO2_O9 + C10H15O11O2 = BZoO8_APoO12 : 4.4012e-11 ; 
+{2700.}      BZo_RO2_O9 + C10H17O4O2 = BZoO8_APhO5 : 6.2242e-12 ; 
+{2701.}      BZo_RO2_O9 + C10H17O6O2 = BZoO8_APhO7 : 2.6457e-11 ; 
+{2702.}      BZo_RO2_O9 + C10H17O8O2 = BZoO8_APhO9 : 3.7895e-11 ; 
+{2703.}      BZo_RO2_O9 + C10H17O3O2 = BZoO8_APhO4 : 6.2242e-12 ; 
+{2704.}      BZo_RO2_O9 + C10H17O5O2 = BZoO8_APhO6 : 1.8219e-11 ; 
+{2705.}      BZo_RO2_O9 + C10H17O7O2 = BZoO8_APhO8 : 3.268e-11 ; 
+{2706.}      BZo_RO2_O9 + APINAO2 = BZoO8_AP01 : 6.2242e-12 ; 
+{2707.}      BZo_RO2_O9 + APINBO2 = BZoO8_AP02 : 6.2242e-12 ; 
+{2708.}      BZo_RO2_O9 + APINCO2 = BZoO8_AP03 : 6.2242e-12 ; 
+{2709.}      BZo_RO2_O9 + C107O2 = BZoO8_AP04 : 6.2242e-12 ; 
+{2710.}      BZo_RO2_O9 + C109O2 = BZoO8_AP05 : 6.2242e-12 ; 
+{2711.}      BZo_RO2_O9 + C106O2 = BZoO8_AP06 : 6.2242e-12 ; 
+{2712.}      BZo_RO2_O9 + C920CO3 = BZoO8_AP07 : 6.2242e-12 ; 
+{2713.}      BZo_RO2_O9 + C108O2 = BZoO8_AP08 : 6.2242e-12 ; 
+{2714.}      BZo_RO2_O9 + PINALO2 = BZoO8_AP09 : 6.2242e-12 ; 
+{2715.}      BZo_RO2_O9 + C96CO3 = BZoO8_AP10 : 6.2242e-12 ; 
+{2716.}      BZo_RO2_O9 + NAPINAO2 = BZoO8_AP11N : 6.2242e-12 ; 
+{2717.}      BZo_RO2_O9 + NAPINBO2 = BZoO8_AP12N : 6.2242e-12 ; 
+{2718.}      BZo_RO2_O9 + NC102O2 = BZoO8_AP13N : 2.6457e-11 ; 
+{2719.}      BZo_RO2_O9 + NC101O2 = BZoO8_AP14N : 1.8219e-11 ; 
+{2720.}      BZo_RO2_O9 + C96O2 = BZoO8_AP15 : 6.2242e-12 ; 
+{2721.}      BZo_RO2_O9 + C89CO3 = BZoO8_AP16 : 6.2242e-12 ; 
+{2722.}      BZo_RO2_O9 + C920O2 = BZoO8_AP17 : 6.2242e-12 ; 
+{2723.}      BZo_RO2_O9 + C97O2 = BZoO8_AP18 : 6.2242e-12 ; 
+{2724.}      BZo_RO2_O9 + C85CO3 = BZoO8_AP19 : 6.2242e-12 ; 
+{2725.}      BZo_RO2_O9 + C811CO3 = BZoO8_AP20 : 6.2242e-12 ; 
+{2726.}      BZo_RO2_O9 + C921O2 = BZoO8_AP21 : 6.2242e-12 ; 
+{2727.}      BZo_RO2_O9 + C98O2 = BZoO8_AP22 : 6.2242e-12 ; 
+{2728.}      BZo_RO2_O9 + C922O2 = BZoO8_AP23 : 6.2242e-12 ; 
+{2729.}      BZo_RO2_O9 + C85O2 = BZoO8_AP24 : 6.2242e-12 ; 
+{2730.}      BZo_RO2_O9 + C89O2 = BZoO8_AP25 : 6.2242e-12 ; 
+{2731.}      BZo_RO2_O9 + C86O2 = BZoO8_AP26 : 6.2242e-12 ; 
+{2732.}      BZo_RO2_O9 + C811O2 = BZoO8_AP27 : 6.2242e-12 ; 
+{2733.}      BZo_RO2_O9 + C810O2 = BZoO8_AP28 : 6.2242e-12 ; 
+{2734.}      BZo_RO2_O9 + C812O2 = BZoO8_AP29 : 6.2242e-12 ; 
+{2735.}      BZo_RO2_O9 + C813O2 = BZoO8_AP30 : 6.2242e-12 ; 
+{2736.}      BZo_RO2_O9 + C721CO3 = BZoO8_AP31 : 6.2242e-12 ; 
+# inter-VOC ROOR formation: BZo_RO2_O11
+{2737.}      BZo_RO2_O11 + C10H15O2O2 = BZoO10_APoO3 : 6.3246e-12 ; 
+{2738.}      BZo_RO2_O11 + C10H15O4O2 = BZoO10_APoO5 : 6.3246e-12 ; 
+{2739.}      BZo_RO2_O11 + C10H15O6O2 = BZoO10_APoO7 : 2.6884e-11 ; 
+{2740.}      BZo_RO2_O11 + C10H15O8O2 = BZoO10_APoO9 : 3.8506e-11 ; 
+{2741.}      BZo_RO2_O11 + C10H15O10O2 = BZoO10_APoO11 : 4.4721e-11 ; 
+{2742.}      BZo_RO2_O11 + C10H15O12O2 = BZoO10_APoO13 : 4.4721e-11 ; 
+{2743.}      BZo_RO2_O11 + C10H15O3O2 = BZoO10_APoO4 : 6.3246e-12 ; 
+{2744.}      BZo_RO2_O11 + C10H15O5O2 = BZoO10_APoO6 : 1.8513e-11 ; 
+{2745.}      BZo_RO2_O11 + C10H15O7O2 = BZoO10_APoO8 : 3.3207e-11 ; 
+{2746.}      BZo_RO2_O11 + C10H15O9O2 = BZoO10_APoO10 : 4.3159e-11 ; 
+{2747.}      BZo_RO2_O11 + C10H15O11O2 = BZoO10_APoO12 : 4.4721e-11 ; 
+{2748.}      BZo_RO2_O11 + C10H17O4O2 = BZoO10_APhO5 : 6.3246e-12 ; 
+{2749.}      BZo_RO2_O11 + C10H17O6O2 = BZoO10_APhO7 : 2.6884e-11 ; 
+{2750.}      BZo_RO2_O11 + C10H17O8O2 = BZoO10_APhO9 : 3.8506e-11 ; 
+{2751.}      BZo_RO2_O11 + C10H17O3O2 = BZoO10_APhO4 : 6.3246e-12 ; 
+{2752.}      BZo_RO2_O11 + C10H17O5O2 = BZoO10_APhO6 : 1.8513e-11 ; 
+{2753.}      BZo_RO2_O11 + C10H17O7O2 = BZoO10_APhO8 : 3.3207e-11 ; 
+{2754.}      BZo_RO2_O11 + APINAO2 = BZoO10_AP01 : 6.3246e-12 ; 
+{2755.}      BZo_RO2_O11 + APINBO2 = BZoO10_AP02 : 6.3246e-12 ; 
+{2756.}      BZo_RO2_O11 + APINCO2 = BZoO10_AP03 : 6.3246e-12 ; 
+{2757.}      BZo_RO2_O11 + C107O2 = BZoO10_AP04 : 6.3246e-12 ; 
+{2758.}      BZo_RO2_O11 + C109O2 = BZoO10_AP05 : 6.3246e-12 ; 
+{2759.}      BZo_RO2_O11 + C106O2 = BZoO10_AP06 : 6.3246e-12 ; 
+{2760.}      BZo_RO2_O11 + C920CO3 = BZoO10_AP07 : 6.3246e-12 ; 
+{2761.}      BZo_RO2_O11 + C108O2 = BZoO10_AP08 : 6.3246e-12 ; 
+{2762.}      BZo_RO2_O11 + PINALO2 = BZoO10_AP09 : 6.3246e-12 ; 
+{2763.}      BZo_RO2_O11 + C96CO3 = BZoO10_AP10 : 6.3246e-12 ; 
+{2764.}      BZo_RO2_O11 + NAPINAO2 = BZoO10_AP11N : 6.3246e-12 ; 
+{2765.}      BZo_RO2_O11 + NAPINBO2 = BZoO10_AP12N : 6.3246e-12 ; 
+{2766.}      BZo_RO2_O11 + NC102O2 = BZoO10_AP13N : 2.6884e-11 ; 
+{2767.}      BZo_RO2_O11 + NC101O2 = BZoO10_AP14N : 1.8513e-11 ; 
+{2768.}      BZo_RO2_O11 + C96O2 = BZoO10_AP15 : 6.3246e-12 ; 
+{2769.}      BZo_RO2_O11 + C89CO3 = BZoO10_AP16 : 6.3246e-12 ; 
+{2770.}      BZo_RO2_O11 + C920O2 = BZoO10_AP17 : 6.3246e-12 ; 
+{2771.}      BZo_RO2_O11 + C97O2 = BZoO10_AP18 : 6.3246e-12 ; 
+{2772.}      BZo_RO2_O11 + C85CO3 = BZoO10_AP19 : 6.3246e-12 ; 
+{2773.}      BZo_RO2_O11 + C811CO3 = BZoO10_AP20 : 6.3246e-12 ; 
+{2774.}      BZo_RO2_O11 + C921O2 = BZoO10_AP21 : 6.3246e-12 ; 
+{2775.}      BZo_RO2_O11 + C98O2 = BZoO10_AP22 : 6.3246e-12 ; 
+{2776.}      BZo_RO2_O11 + C922O2 = BZoO10_AP23 : 6.3246e-12 ; 
+{2777.}      BZo_RO2_O11 + C85O2 = BZoO10_AP24 : 6.3246e-12 ; 
+{2778.}      BZo_RO2_O11 + C89O2 = BZoO10_AP25 : 6.3246e-12 ; 
+{2779.}      BZo_RO2_O11 + C86O2 = BZoO10_AP26 : 6.3246e-12 ; 
+{2780.}      BZo_RO2_O11 + C811O2 = BZoO10_AP27 : 6.3246e-12 ; 
+{2781.}      BZo_RO2_O11 + C810O2 = BZoO10_AP28 : 6.3246e-12 ; 
+{2782.}      BZo_RO2_O11 + C812O2 = BZoO10_AP29 : 6.3246e-12 ; 
+{2783.}      BZo_RO2_O11 + C813O2 = BZoO10_AP30 : 6.3246e-12 ; 
+{2784.}      BZo_RO2_O11 + C721CO3 = BZoO10_AP31 : 6.3246e-12 ; 
+# inter-VOC ROOR formation: BZeo_RO2_O6
+{2785.}      BZeo_RO2_O6 + C10H15O2O2 = BZeoO5_APoO3 : 2.3743e-12 ; 
+{2786.}      BZeo_RO2_O6 + C10H15O4O2 = BZeoO5_APoO5 : 2.3743e-12 ; 
+{2787.}      BZeo_RO2_O6 + C10H15O6O2 = BZeoO5_APoO7 : 1.0092e-11 ; 
+{2788.}      BZeo_RO2_O6 + C10H15O8O2 = BZeoO5_APoO9 : 1.4456e-11 ; 
+{2789.}      BZeo_RO2_O6 + C10H15O10O2 = BZeoO5_APoO11 : 1.6789e-11 ; 
+{2790.}      BZeo_RO2_O6 + C10H15O12O2 = BZeoO5_APoO13 : 1.6789e-11 ; 
+{2791.}      BZeo_RO2_O6 + C10H15O3O2 = BZeoO5_APoO4 : 2.3743e-12 ; 
+{2792.}      BZeo_RO2_O6 + C10H15O5O2 = BZeoO5_APoO6 : 6.9499e-12 ; 
+{2793.}      BZeo_RO2_O6 + C10H15O7O2 = BZeoO5_APoO8 : 1.2466e-11 ; 
+{2794.}      BZeo_RO2_O6 + C10H15O9O2 = BZeoO5_APoO10 : 1.6202e-11 ; 
+{2795.}      BZeo_RO2_O6 + C10H15O11O2 = BZeoO5_APoO12 : 1.6789e-11 ; 
+{2796.}      BZeo_RO2_O6 + C10H17O4O2 = BZeoO5_APhO5 : 2.3743e-12 ; 
+{2797.}      BZeo_RO2_O6 + C10H17O6O2 = BZeoO5_APhO7 : 1.0092e-11 ; 
+{2798.}      BZeo_RO2_O6 + C10H17O8O2 = BZeoO5_APhO9 : 1.4456e-11 ; 
+{2799.}      BZeo_RO2_O6 + C10H17O3O2 = BZeoO5_APhO4 : 2.3743e-12 ; 
+{2800.}      BZeo_RO2_O6 + C10H17O5O2 = BZeoO5_APhO6 : 6.9499e-12 ; 
+{2801.}      BZeo_RO2_O6 + C10H17O7O2 = BZeoO5_APhO8 : 1.2466e-11 ; 
+{2802.}      BZeo_RO2_O6 + APINAO2 = BZeoO5_AP01 : 2.3743e-12 ; 
+{2803.}      BZeo_RO2_O6 + APINBO2 = BZeoO5_AP02 : 2.3743e-12 ; 
+{2804.}      BZeo_RO2_O6 + APINCO2 = BZeoO5_AP03 : 2.3743e-12 ; 
+{2805.}      BZeo_RO2_O6 + C107O2 = BZeoO5_AP04 : 2.3743e-12 ; 
+{2806.}      BZeo_RO2_O6 + C109O2 = BZeoO5_AP05 : 2.3743e-12 ; 
+{2807.}      BZeo_RO2_O6 + C106O2 = BZeoO5_AP06 : 2.3743e-12 ; 
+{2808.}      BZeo_RO2_O6 + C920CO3 = BZeoO5_AP07 : 2.3743e-12 ; 
+{2809.}      BZeo_RO2_O6 + C108O2 = BZeoO5_AP08 : 2.3743e-12 ; 
+{2810.}      BZeo_RO2_O6 + PINALO2 = BZeoO5_AP09 : 2.3743e-12 ; 
+{2811.}      BZeo_RO2_O6 + C96CO3 = BZeoO5_AP10 : 2.3743e-12 ; 
+{2812.}      BZeo_RO2_O6 + NAPINAO2 = BZeoO5_AP11N : 2.3743e-12 ; 
+{2813.}      BZeo_RO2_O6 + NAPINBO2 = BZeoO5_AP12N : 2.3743e-12 ; 
+{2814.}      BZeo_RO2_O6 + NC102O2 = BZeoO5_AP13N : 1.0092e-11 ; 
+{2815.}      BZeo_RO2_O6 + NC101O2 = BZeoO5_AP14N : 6.9499e-12 ; 
+{2816.}      BZeo_RO2_O6 + C96O2 = BZeoO5_AP15 : 2.3743e-12 ; 
+{2817.}      BZeo_RO2_O6 + C89CO3 = BZeoO5_AP16 : 2.3743e-12 ; 
+{2818.}      BZeo_RO2_O6 + C920O2 = BZeoO5_AP17 : 2.3743e-12 ; 
+{2819.}      BZeo_RO2_O6 + C97O2 = BZeoO5_AP18 : 2.3743e-12 ; 
+{2820.}      BZeo_RO2_O6 + C85CO3 = BZeoO5_AP19 : 2.3743e-12 ; 
+{2821.}      BZeo_RO2_O6 + C811CO3 = BZeoO5_AP20 : 2.3743e-12 ; 
+{2822.}      BZeo_RO2_O6 + C921O2 = BZeoO5_AP21 : 2.3743e-12 ; 
+{2823.}      BZeo_RO2_O6 + C98O2 = BZeoO5_AP22 : 2.3743e-12 ; 
+{2824.}      BZeo_RO2_O6 + C922O2 = BZeoO5_AP23 : 2.3743e-12 ; 
+{2825.}      BZeo_RO2_O6 + C85O2 = BZeoO5_AP24 : 2.3743e-12 ; 
+{2826.}      BZeo_RO2_O6 + C89O2 = BZeoO5_AP25 : 2.3743e-12 ; 
+{2827.}      BZeo_RO2_O6 + C86O2 = BZeoO5_AP26 : 2.3743e-12 ; 
+{2828.}      BZeo_RO2_O6 + C811O2 = BZeoO5_AP27 : 2.3743e-12 ; 
+{2829.}      BZeo_RO2_O6 + C810O2 = BZeoO5_AP28 : 2.3743e-12 ; 
+{2830.}      BZeo_RO2_O6 + C812O2 = BZeoO5_AP29 : 2.3743e-12 ; 
+{2831.}      BZeo_RO2_O6 + C813O2 = BZeoO5_AP30 : 2.3743e-12 ; 
+{2832.}      BZeo_RO2_O6 + C721CO3 = BZeoO5_AP31 : 2.3743e-12 ; 
+# inter-VOC ROOR formation: BZeo_RO2_O8
+{2833.}      BZeo_RO2_O8 + C10H15O2O2 = BZeoO7_APoO3 : 5.2637e-12 ; 
+{2834.}      BZeo_RO2_O8 + C10H15O4O2 = BZeoO7_APoO5 : 5.2637e-12 ; 
+{2835.}      BZeo_RO2_O8 + C10H15O6O2 = BZeoO7_APoO7 : 2.2374e-11 ; 
+{2836.}      BZeo_RO2_O8 + C10H15O8O2 = BZeoO7_APoO9 : 3.2047e-11 ; 
+{2837.}      BZeo_RO2_O8 + C10H15O10O2 = BZeoO7_APoO11 : 3.722e-11 ; 
+{2838.}      BZeo_RO2_O8 + C10H15O12O2 = BZeoO7_APoO13 : 3.722e-11 ; 
+{2839.}      BZeo_RO2_O8 + C10H15O3O2 = BZeoO7_APoO4 : 5.2637e-12 ; 
+{2840.}      BZeo_RO2_O8 + C10H15O5O2 = BZeoO7_APoO6 : 1.5408e-11 ; 
+{2841.}      BZeo_RO2_O8 + C10H15O7O2 = BZeoO7_APoO8 : 2.7637e-11 ; 
+{2842.}      BZeo_RO2_O8 + C10H15O9O2 = BZeoO7_APoO10 : 3.592e-11 ; 
+{2843.}      BZeo_RO2_O8 + C10H15O11O2 = BZeoO7_APoO12 : 3.722e-11 ; 
+{2844.}      BZeo_RO2_O8 + C10H17O4O2 = BZeoO7_APhO5 : 5.2637e-12 ; 
+{2845.}      BZeo_RO2_O8 + C10H17O6O2 = BZeoO7_APhO7 : 2.2374e-11 ; 
+{2846.}      BZeo_RO2_O8 + C10H17O8O2 = BZeoO7_APhO9 : 3.2047e-11 ; 
+{2847.}      BZeo_RO2_O8 + C10H17O3O2 = BZeoO7_APhO4 : 5.2637e-12 ; 
+{2848.}      BZeo_RO2_O8 + C10H17O5O2 = BZeoO7_APhO6 : 1.5408e-11 ; 
+{2849.}      BZeo_RO2_O8 + C10H17O7O2 = BZeoO7_APhO8 : 2.7637e-11 ; 
+{2850.}      BZeo_RO2_O8 + APINAO2 = BZeoO7_AP01 : 5.2637e-12 ; 
+{2851.}      BZeo_RO2_O8 + APINBO2 = BZeoO7_AP02 : 5.2637e-12 ; 
+{2852.}      BZeo_RO2_O8 + APINCO2 = BZeoO7_AP03 : 5.2637e-12 ; 
+{2853.}      BZeo_RO2_O8 + C107O2 = BZeoO7_AP04 : 5.2637e-12 ; 
+{2854.}      BZeo_RO2_O8 + C109O2 = BZeoO7_AP05 : 5.2637e-12 ; 
+{2855.}      BZeo_RO2_O8 + C106O2 = BZeoO7_AP06 : 5.2637e-12 ; 
+{2856.}      BZeo_RO2_O8 + C920CO3 = BZeoO7_AP07 : 5.2637e-12 ; 
+{2857.}      BZeo_RO2_O8 + C108O2 = BZeoO7_AP08 : 5.2637e-12 ; 
+{2858.}      BZeo_RO2_O8 + PINALO2 = BZeoO7_AP09 : 5.2637e-12 ; 
+{2859.}      BZeo_RO2_O8 + C96CO3 = BZeoO7_AP10 : 5.2637e-12 ; 
+{2860.}      BZeo_RO2_O8 + NAPINAO2 = BZeoO7_AP11N : 5.2637e-12 ; 
+{2861.}      BZeo_RO2_O8 + NAPINBO2 = BZeoO7_AP12N : 5.2637e-12 ; 
+{2862.}      BZeo_RO2_O8 + NC102O2 = BZeoO7_AP13N : 2.2374e-11 ; 
+{2863.}      BZeo_RO2_O8 + NC101O2 = BZeoO7_AP14N : 1.5408e-11 ; 
+{2864.}      BZeo_RO2_O8 + C96O2 = BZeoO7_AP15 : 5.2637e-12 ; 
+{2865.}      BZeo_RO2_O8 + C89CO3 = BZeoO7_AP16 : 5.2637e-12 ; 
+{2866.}      BZeo_RO2_O8 + C920O2 = BZeoO7_AP17 : 5.2637e-12 ; 
+{2867.}      BZeo_RO2_O8 + C97O2 = BZeoO7_AP18 : 5.2637e-12 ; 
+{2868.}      BZeo_RO2_O8 + C85CO3 = BZeoO7_AP19 : 5.2637e-12 ; 
+{2869.}      BZeo_RO2_O8 + C811CO3 = BZeoO7_AP20 : 5.2637e-12 ; 
+{2870.}      BZeo_RO2_O8 + C921O2 = BZeoO7_AP21 : 5.2637e-12 ; 
+{2871.}      BZeo_RO2_O8 + C98O2 = BZeoO7_AP22 : 5.2637e-12 ; 
+{2872.}      BZeo_RO2_O8 + C922O2 = BZeoO7_AP23 : 5.2637e-12 ; 
+{2873.}      BZeo_RO2_O8 + C85O2 = BZeoO7_AP24 : 5.2637e-12 ; 
+{2874.}      BZeo_RO2_O8 + C89O2 = BZeoO7_AP25 : 5.2637e-12 ; 
+{2875.}      BZeo_RO2_O8 + C86O2 = BZeoO7_AP26 : 5.2637e-12 ; 
+{2876.}      BZeo_RO2_O8 + C811O2 = BZeoO7_AP27 : 5.2637e-12 ; 
+{2877.}      BZeo_RO2_O8 + C810O2 = BZeoO7_AP28 : 5.2637e-12 ; 
+{2878.}      BZeo_RO2_O8 + C812O2 = BZeoO7_AP29 : 5.2637e-12 ; 
+{2879.}      BZeo_RO2_O8 + C813O2 = BZeoO7_AP30 : 5.2637e-12 ; 
+{2880.}      BZeo_RO2_O8 + C721CO3 = BZeoO7_AP31 : 5.2637e-12 ; 
+# inter-VOC ROOR formation: BZeo_RO2_O10
+{2881.}      BZeo_RO2_O10 + C10H15O2O2 = BZeoO9_APoO3 : 6.3246e-12 ; 
+{2882.}      BZeo_RO2_O10 + C10H15O4O2 = BZeoO9_APoO5 : 6.3246e-12 ; 
+{2883.}      BZeo_RO2_O10 + C10H15O6O2 = BZeoO9_APoO7 : 2.6884e-11 ; 
+{2884.}      BZeo_RO2_O10 + C10H15O8O2 = BZeoO9_APoO9 : 3.8506e-11 ; 
+{2885.}      BZeo_RO2_O10 + C10H15O10O2 = BZeoO9_APoO11 : 4.4721e-11 ; 
+{2886.}      BZeo_RO2_O10 + C10H15O12O2 = BZeoO9_APoO13 : 4.4721e-11 ; 
+{2887.}      BZeo_RO2_O10 + C10H15O3O2 = BZeoO9_APoO4 : 6.3246e-12 ; 
+{2888.}      BZeo_RO2_O10 + C10H15O5O2 = BZeoO9_APoO6 : 1.8513e-11 ; 
+{2889.}      BZeo_RO2_O10 + C10H15O7O2 = BZeoO9_APoO8 : 3.3207e-11 ; 
+{2890.}      BZeo_RO2_O10 + C10H15O9O2 = BZeoO9_APoO10 : 4.3159e-11 ; 
+{2891.}      BZeo_RO2_O10 + C10H15O11O2 = BZeoO9_APoO12 : 4.4721e-11 ; 
+{2892.}      BZeo_RO2_O10 + C10H17O4O2 = BZeoO9_APhO5 : 6.3246e-12 ; 
+{2893.}      BZeo_RO2_O10 + C10H17O6O2 = BZeoO9_APhO7 : 2.6884e-11 ; 
+{2894.}      BZeo_RO2_O10 + C10H17O8O2 = BZeoO9_APhO9 : 3.8506e-11 ; 
+{2895.}      BZeo_RO2_O10 + C10H17O3O2 = BZeoO9_APhO4 : 6.3246e-12 ; 
+{2896.}      BZeo_RO2_O10 + C10H17O5O2 = BZeoO9_APhO6 : 1.8513e-11 ; 
+{2897.}      BZeo_RO2_O10 + C10H17O7O2 = BZeoO9_APhO8 : 3.3207e-11 ; 
+{2898.}      BZeo_RO2_O10 + APINAO2 = BZeoO9_AP01 : 6.3246e-12 ; 
+{2899.}      BZeo_RO2_O10 + APINBO2 = BZeoO9_AP02 : 6.3246e-12 ; 
+{2900.}      BZeo_RO2_O10 + APINCO2 = BZeoO9_AP03 : 6.3246e-12 ; 
+{2901.}      BZeo_RO2_O10 + C107O2 = BZeoO9_AP04 : 6.3246e-12 ; 
+{2902.}      BZeo_RO2_O10 + C109O2 = BZeoO9_AP05 : 6.3246e-12 ; 
+{2903.}      BZeo_RO2_O10 + C106O2 = BZeoO9_AP06 : 6.3246e-12 ; 
+{2904.}      BZeo_RO2_O10 + C920CO3 = BZeoO9_AP07 : 6.3246e-12 ; 
+{2905.}      BZeo_RO2_O10 + C108O2 = BZeoO9_AP08 : 6.3246e-12 ; 
+{2906.}      BZeo_RO2_O10 + PINALO2 = BZeoO9_AP09 : 6.3246e-12 ; 
+{2907.}      BZeo_RO2_O10 + C96CO3 = BZeoO9_AP10 : 6.3246e-12 ; 
+{2908.}      BZeo_RO2_O10 + NAPINAO2 = BZeoO9_AP11N : 6.3246e-12 ; 
+{2909.}      BZeo_RO2_O10 + NAPINBO2 = BZeoO9_AP12N : 6.3246e-12 ; 
+{2910.}      BZeo_RO2_O10 + NC102O2 = BZeoO9_AP13N : 2.6884e-11 ; 
+{2911.}      BZeo_RO2_O10 + NC101O2 = BZeoO9_AP14N : 1.8513e-11 ; 
+{2912.}      BZeo_RO2_O10 + C96O2 = BZeoO9_AP15 : 6.3246e-12 ; 
+{2913.}      BZeo_RO2_O10 + C89CO3 = BZeoO9_AP16 : 6.3246e-12 ; 
+{2914.}      BZeo_RO2_O10 + C920O2 = BZeoO9_AP17 : 6.3246e-12 ; 
+{2915.}      BZeo_RO2_O10 + C97O2 = BZeoO9_AP18 : 6.3246e-12 ; 
+{2916.}      BZeo_RO2_O10 + C85CO3 = BZeoO9_AP19 : 6.3246e-12 ; 
+{2917.}      BZeo_RO2_O10 + C811CO3 = BZeoO9_AP20 : 6.3246e-12 ; 
+{2918.}      BZeo_RO2_O10 + C921O2 = BZeoO9_AP21 : 6.3246e-12 ; 
+{2919.}      BZeo_RO2_O10 + C98O2 = BZeoO9_AP22 : 6.3246e-12 ; 
+{2920.}      BZeo_RO2_O10 + C922O2 = BZeoO9_AP23 : 6.3246e-12 ; 
+{2921.}      BZeo_RO2_O10 + C85O2 = BZeoO9_AP24 : 6.3246e-12 ; 
+{2922.}      BZeo_RO2_O10 + C89O2 = BZeoO9_AP25 : 6.3246e-12 ; 
+{2923.}      BZeo_RO2_O10 + C86O2 = BZeoO9_AP26 : 6.3246e-12 ; 
+{2924.}      BZeo_RO2_O10 + C811O2 = BZeoO9_AP27 : 6.3246e-12 ; 
+{2925.}      BZeo_RO2_O10 + C810O2 = BZeoO9_AP28 : 6.3246e-12 ; 
+{2926.}      BZeo_RO2_O10 + C812O2 = BZeoO9_AP29 : 6.3246e-12 ; 
+{2927.}      BZeo_RO2_O10 + C813O2 = BZeoO9_AP30 : 6.3246e-12 ; 
+{2928.}      BZeo_RO2_O10 + C721CO3 = BZeoO9_AP31 : 6.3246e-12 ; 
+# inter-VOC ROOR formation: C5_RO2_O6
+{2929.}      C5_RO2_O6 + C10H15O2O2 = C5eO5_APoO3 : 3.4641e-13 ; 
+{2930.}      C5_RO2_O6 + C10H15O4O2 = C5eO5_APoO5 : 3.4641e-13 ; 
+{2931.}      C5_RO2_O6 + C10H15O6O2 = C5eO5_APoO7 : 1.4725e-12 ; 
+{2932.}      C5_RO2_O6 + C10H15O8O2 = C5eO5_APoO9 : 2.1091e-12 ; 
+{2933.}      C5_RO2_O6 + C10H15O10O2 = C5eO5_APoO11 : 2.4495e-12 ; 
+{2934.}      C5_RO2_O6 + C10H15O12O2 = C5eO5_APoO13 : 2.4495e-12 ; 
+{2935.}      C5_RO2_O6 + C10H15O3O2 = C5eO5_APoO4 : 3.4641e-13 ; 
+{2936.}      C5_RO2_O6 + C10H15O5O2 = C5eO5_APoO6 : 1.014e-12 ; 
+{2937.}      C5_RO2_O6 + C10H15O7O2 = C5eO5_APoO8 : 1.8188e-12 ; 
+{2938.}      C5_RO2_O6 + C10H15O9O2 = C5eO5_APoO10 : 2.3639e-12 ; 
+{2939.}      C5_RO2_O6 + C10H15O11O2 = C5eO5_APoO12 : 2.4495e-12 ; 
+{2940.}      C5_RO2_O6 + C10H17O4O2 = C5eO5_APhO5 : 3.4641e-13 ; 
+{2941.}      C5_RO2_O6 + C10H17O6O2 = C5eO5_APhO7 : 1.4725e-12 ; 
+{2942.}      C5_RO2_O6 + C10H17O8O2 = C5eO5_APhO9 : 2.1091e-12 ; 
+{2943.}      C5_RO2_O6 + C10H17O3O2 = C5eO5_APhO4 : 3.4641e-13 ; 
+{2944.}      C5_RO2_O6 + C10H17O5O2 = C5eO5_APhO6 : 1.014e-12 ; 
+{2945.}      C5_RO2_O6 + C10H17O7O2 = C5eO5_APhO8 : 1.8188e-12 ; 
+{2946.}      C5_RO2_O6 + APINAO2 = C5eO5_AP01 : 3.4641e-13 ; 
+{2947.}      C5_RO2_O6 + APINBO2 = C5eO5_AP02 : 3.4641e-13 ; 
+{2948.}      C5_RO2_O6 + APINCO2 = C5eO5_AP03 : 3.4641e-13 ; 
+{2949.}      C5_RO2_O6 + C107O2 = C5eO5_AP04 : 3.4641e-13 ; 
+{2950.}      C5_RO2_O6 + C109O2 = C5eO5_AP05 : 3.4641e-13 ; 
+{2951.}      C5_RO2_O6 + C106O2 = C5eO5_AP06 : 3.4641e-13 ; 
+{2952.}      C5_RO2_O6 + C920CO3 = C5eO5_AP07 : 3.4641e-13 ; 
+{2953.}      C5_RO2_O6 + C108O2 = C5eO5_AP08 : 3.4641e-13 ; 
+{2954.}      C5_RO2_O6 + PINALO2 = C5eO5_AP09 : 3.4641e-13 ; 
+{2955.}      C5_RO2_O6 + C96CO3 = C5eO5_AP10 : 3.4641e-13 ; 
+{2956.}      C5_RO2_O6 + NAPINAO2 = C5eO5_AP11N : 3.4641e-13 ; 
+{2957.}      C5_RO2_O6 + NAPINBO2 = C5eO5_AP12N : 3.4641e-13 ; 
+{2958.}      C5_RO2_O6 + NC102O2 = C5eO5_AP13N : 1.4725e-12 ; 
+{2959.}      C5_RO2_O6 + NC101O2 = C5eO5_AP14N : 1.014e-12 ; 
+{2960.}      C5_RO2_O6 + C96O2 = C5eO5_AP15 : 3.4641e-13 ; 
+{2961.}      C5_RO2_O6 + C89CO3 = C5eO5_AP16 : 3.4641e-13 ; 
+{2962.}      C5_RO2_O6 + C920O2 = C5eO5_AP17 : 3.4641e-13 ; 
+{2963.}      C5_RO2_O6 + C97O2 = C5eO5_AP18 : 3.4641e-13 ; 
+{2964.}      C5_RO2_O6 + C85CO3 = C5eO5_AP19 : 3.4641e-13 ; 
+{2965.}      C5_RO2_O6 + C811CO3 = C5eO5_AP20 : 3.4641e-13 ; 
+{2966.}      C5_RO2_O6 + C921O2 = C5eO5_AP21 : 3.4641e-13 ; 
+{2967.}      C5_RO2_O6 + C98O2 = C5eO5_AP22 : 3.4641e-13 ; 
+{2968.}      C5_RO2_O6 + C922O2 = C5eO5_AP23 : 3.4641e-13 ; 
+{2969.}      C5_RO2_O6 + C85O2 = C5eO5_AP24 : 3.4641e-13 ; 
+{2970.}      C5_RO2_O6 + C89O2 = C5eO5_AP25 : 3.4641e-13 ; 
+{2971.}      C5_RO2_O6 + C86O2 = C5eO5_AP26 : 3.4641e-13 ; 
+{2972.}      C5_RO2_O6 + C811O2 = C5eO5_AP27 : 3.4641e-13 ; 
+{2973.}      C5_RO2_O6 + C810O2 = C5eO5_AP28 : 3.4641e-13 ; 
+{2974.}      C5_RO2_O6 + C812O2 = C5eO5_AP29 : 3.4641e-13 ; 
+{2975.}      C5_RO2_O6 + C813O2 = C5eO5_AP30 : 3.4641e-13 ; 
+{2976.}      C5_RO2_O6 + C721CO3 = C5eO5_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: C5_RO2_O7
+{2977.}      C5_RO2_O7 + C10H15O2O2 = C5O6_APoO3 : 2.8976e-12 ; 
+{2978.}      C5_RO2_O7 + C10H15O4O2 = C5O6_APoO5 : 2.8976e-12 ; 
+{2979.}      C5_RO2_O7 + C10H15O6O2 = C5O6_APoO7 : 1.2317e-11 ; 
+{2980.}      C5_RO2_O7 + C10H15O8O2 = C5O6_APoO9 : 1.7641e-11 ; 
+{2981.}      C5_RO2_O7 + C10H15O10O2 = C5O6_APoO11 : 2.0489e-11 ; 
+{2982.}      C5_RO2_O7 + C10H15O12O2 = C5O6_APoO13 : 2.0489e-11 ; 
+{2983.}      C5_RO2_O7 + C10H15O3O2 = C5O6_APoO4 : 2.8976e-12 ; 
+{2984.}      C5_RO2_O7 + C10H15O5O2 = C5O6_APoO6 : 8.4816e-12 ; 
+{2985.}      C5_RO2_O7 + C10H15O7O2 = C5O6_APoO8 : 1.5214e-11 ; 
+{2986.}      C5_RO2_O7 + C10H15O9O2 = C5O6_APoO10 : 1.9773e-11 ; 
+{2987.}      C5_RO2_O7 + C10H15O11O2 = C5O6_APoO12 : 2.0489e-11 ; 
+{2988.}      C5_RO2_O7 + C10H17O4O2 = C5O6_APhO5 : 2.8976e-12 ; 
+{2989.}      C5_RO2_O7 + C10H17O6O2 = C5O6_APhO7 : 1.2317e-11 ; 
+{2990.}      C5_RO2_O7 + C10H17O8O2 = C5O6_APhO9 : 1.7641e-11 ; 
+{2991.}      C5_RO2_O7 + C10H17O3O2 = C5O6_APhO4 : 2.8976e-12 ; 
+{2992.}      C5_RO2_O7 + C10H17O5O2 = C5O6_APhO6 : 8.4816e-12 ; 
+{2993.}      C5_RO2_O7 + C10H17O7O2 = C5O6_APhO8 : 1.5214e-11 ; 
+{2994.}      C5_RO2_O7 + APINAO2 = C5O6_AP01 : 2.8976e-12 ; 
+{2995.}      C5_RO2_O7 + APINBO2 = C5O6_AP02 : 2.8976e-12 ; 
+{2996.}      C5_RO2_O7 + APINCO2 = C5O6_AP03 : 2.8976e-12 ; 
+{2997.}      C5_RO2_O7 + C107O2 = C5O6_AP04 : 2.8976e-12 ; 
+{2998.}      C5_RO2_O7 + C109O2 = C5O6_AP05 : 2.8976e-12 ; 
+{2999.}      C5_RO2_O7 + C106O2 = C5O6_AP06 : 2.8976e-12 ; 
+{3000.}      C5_RO2_O7 + C920CO3 = C5O6_AP07 : 2.8976e-12 ; 
+{3001.}      C5_RO2_O7 + C108O2 = C5O6_AP08 : 2.8976e-12 ; 
+{3002.}      C5_RO2_O7 + PINALO2 = C5O6_AP09 : 2.8976e-12 ; 
+{3003.}      C5_RO2_O7 + C96CO3 = C5O6_AP10 : 2.8976e-12 ; 
+{3004.}      C5_RO2_O7 + NAPINAO2 = C5O6_AP11N : 2.8976e-12 ; 
+{3005.}      C5_RO2_O7 + NAPINBO2 = C5O6_AP12N : 2.8976e-12 ; 
+{3006.}      C5_RO2_O7 + NC102O2 = C5O6_AP13N : 1.2317e-11 ; 
+{3007.}      C5_RO2_O7 + NC101O2 = C5O6_AP14N : 8.4816e-12 ; 
+{3008.}      C5_RO2_O7 + C96O2 = C5O6_AP15 : 2.8976e-12 ; 
+{3009.}      C5_RO2_O7 + C89CO3 = C5O6_AP16 : 2.8976e-12 ; 
+{3010.}      C5_RO2_O7 + C920O2 = C5O6_AP17 : 2.8976e-12 ; 
+{3011.}      C5_RO2_O7 + C97O2 = C5O6_AP18 : 2.8976e-12 ; 
+{3012.}      C5_RO2_O7 + C85CO3 = C5O6_AP19 : 2.8976e-12 ; 
+{3013.}      C5_RO2_O7 + C811CO3 = C5O6_AP20 : 2.8976e-12 ; 
+{3014.}      C5_RO2_O7 + C921O2 = C5O6_AP21 : 2.8976e-12 ; 
+{3015.}      C5_RO2_O7 + C98O2 = C5O6_AP22 : 2.8976e-12 ; 
+{3016.}      C5_RO2_O7 + C922O2 = C5O6_AP23 : 2.8976e-12 ; 
+{3017.}      C5_RO2_O7 + C85O2 = C5O6_AP24 : 2.8976e-12 ; 
+{3018.}      C5_RO2_O7 + C89O2 = C5O6_AP25 : 2.8976e-12 ; 
+{3019.}      C5_RO2_O7 + C86O2 = C5O6_AP26 : 2.8976e-12 ; 
+{3020.}      C5_RO2_O7 + C811O2 = C5O6_AP27 : 2.8976e-12 ; 
+{3021.}      C5_RO2_O7 + C810O2 = C5O6_AP28 : 2.8976e-12 ; 
+{3022.}      C5_RO2_O7 + C812O2 = C5O6_AP29 : 2.8976e-12 ; 
+{3023.}      C5_RO2_O7 + C813O2 = C5O6_AP30 : 2.8976e-12 ; 
+{3024.}      C5_RO2_O7 + C721CO3 = C5O6_AP31 : 2.8976e-12 ; 
+# inter-VOC ROOR formation: C5_RO2_O8
+{3025.}      C5_RO2_O8 + C10H15O2O2 = C5eO7_APoO3 : 4.408e-12 ; 
+{3026.}      C5_RO2_O8 + C10H15O4O2 = C5eO7_APoO5 : 4.408e-12 ; 
+{3027.}      C5_RO2_O8 + C10H15O6O2 = C5eO7_APoO7 : 1.8737e-11 ; 
+{3028.}      C5_RO2_O8 + C10H15O8O2 = C5eO7_APoO9 : 2.6837e-11 ; 
+{3029.}      C5_RO2_O8 + C10H15O10O2 = C5eO7_APoO11 : 3.1169e-11 ; 
+{3030.}      C5_RO2_O8 + C10H15O12O2 = C5eO7_APoO13 : 3.1169e-11 ; 
+{3031.}      C5_RO2_O8 + C10H15O3O2 = C5eO7_APoO4 : 4.408e-12 ; 
+{3032.}      C5_RO2_O8 + C10H15O5O2 = C5eO7_APoO6 : 1.2903e-11 ; 
+{3033.}      C5_RO2_O8 + C10H15O7O2 = C5eO7_APoO8 : 2.3144e-11 ; 
+{3034.}      C5_RO2_O8 + C10H15O9O2 = C5eO7_APoO10 : 3.0081e-11 ; 
+{3035.}      C5_RO2_O8 + C10H15O11O2 = C5eO7_APoO12 : 3.1169e-11 ; 
+{3036.}      C5_RO2_O8 + C10H17O4O2 = C5eO7_APhO5 : 4.408e-12 ; 
+{3037.}      C5_RO2_O8 + C10H17O6O2 = C5eO7_APhO7 : 1.8737e-11 ; 
+{3038.}      C5_RO2_O8 + C10H17O8O2 = C5eO7_APhO9 : 2.6837e-11 ; 
+{3039.}      C5_RO2_O8 + C10H17O3O2 = C5eO7_APhO4 : 4.408e-12 ; 
+{3040.}      C5_RO2_O8 + C10H17O5O2 = C5eO7_APhO6 : 1.2903e-11 ; 
+{3041.}      C5_RO2_O8 + C10H17O7O2 = C5eO7_APhO8 : 2.3144e-11 ; 
+{3042.}      C5_RO2_O8 + APINAO2 = C5eO7_AP01 : 4.408e-12 ; 
+{3043.}      C5_RO2_O8 + APINBO2 = C5eO7_AP02 : 4.408e-12 ; 
+{3044.}      C5_RO2_O8 + APINCO2 = C5eO7_AP03 : 4.408e-12 ; 
+{3045.}      C5_RO2_O8 + C107O2 = C5eO7_AP04 : 4.408e-12 ; 
+{3046.}      C5_RO2_O8 + C109O2 = C5eO7_AP05 : 4.408e-12 ; 
+{3047.}      C5_RO2_O8 + C106O2 = C5eO7_AP06 : 4.408e-12 ; 
+{3048.}      C5_RO2_O8 + C920CO3 = C5eO7_AP07 : 4.408e-12 ; 
+{3049.}      C5_RO2_O8 + C108O2 = C5eO7_AP08 : 4.408e-12 ; 
+{3050.}      C5_RO2_O8 + PINALO2 = C5eO7_AP09 : 4.408e-12 ; 
+{3051.}      C5_RO2_O8 + C96CO3 = C5eO7_AP10 : 4.408e-12 ; 
+{3052.}      C5_RO2_O8 + NAPINAO2 = C5eO7_AP11N : 4.408e-12 ; 
+{3053.}      C5_RO2_O8 + NAPINBO2 = C5eO7_AP12N : 4.408e-12 ; 
+{3054.}      C5_RO2_O8 + NC102O2 = C5eO7_AP13N : 1.8737e-11 ; 
+{3055.}      C5_RO2_O8 + NC101O2 = C5eO7_AP14N : 1.2903e-11 ; 
+{3056.}      C5_RO2_O8 + C96O2 = C5eO7_AP15 : 4.408e-12 ; 
+{3057.}      C5_RO2_O8 + C89CO3 = C5eO7_AP16 : 4.408e-12 ; 
+{3058.}      C5_RO2_O8 + C920O2 = C5eO7_AP17 : 4.408e-12 ; 
+{3059.}      C5_RO2_O8 + C97O2 = C5eO7_AP18 : 4.408e-12 ; 
+{3060.}      C5_RO2_O8 + C85CO3 = C5eO7_AP19 : 4.408e-12 ; 
+{3061.}      C5_RO2_O8 + C811CO3 = C5eO7_AP20 : 4.408e-12 ; 
+{3062.}      C5_RO2_O8 + C921O2 = C5eO7_AP21 : 4.408e-12 ; 
+{3063.}      C5_RO2_O8 + C98O2 = C5eO7_AP22 : 4.408e-12 ; 
+{3064.}      C5_RO2_O8 + C922O2 = C5eO7_AP23 : 4.408e-12 ; 
+{3065.}      C5_RO2_O8 + C85O2 = C5eO7_AP24 : 4.408e-12 ; 
+{3066.}      C5_RO2_O8 + C89O2 = C5eO7_AP25 : 4.408e-12 ; 
+{3067.}      C5_RO2_O8 + C86O2 = C5eO7_AP26 : 4.408e-12 ; 
+{3068.}      C5_RO2_O8 + C811O2 = C5eO7_AP27 : 4.408e-12 ; 
+{3069.}      C5_RO2_O8 + C810O2 = C5eO7_AP28 : 4.408e-12 ; 
+{3070.}      C5_RO2_O8 + C812O2 = C5eO7_AP29 : 4.408e-12 ; 
+{3071.}      C5_RO2_O8 + C813O2 = C5eO7_AP30 : 4.408e-12 ; 
+{3072.}      C5_RO2_O8 + C721CO3 = C5eO7_AP31 : 4.408e-12 ; 
+# inter-VOC ROOR formation: C5_RO2_O9
+{3073.}      C5_RO2_O9 + C10H15O2O2 = C5O8_APoO3 : 5.5195e-12 ; 
+{3074.}      C5_RO2_O9 + C10H15O4O2 = C5O8_APoO5 : 5.5195e-12 ; 
+{3075.}      C5_RO2_O9 + C10H15O6O2 = C5O8_APoO7 : 2.3462e-11 ; 
+{3076.}      C5_RO2_O9 + C10H15O8O2 = C5O8_APoO9 : 3.3605e-11 ; 
+{3077.}      C5_RO2_O9 + C10H15O10O2 = C5O8_APoO11 : 3.9029e-11 ; 
+{3078.}      C5_RO2_O9 + C10H15O12O2 = C5O8_APoO13 : 3.9029e-11 ; 
+{3079.}      C5_RO2_O9 + C10H15O3O2 = C5O8_APoO4 : 5.5195e-12 ; 
+{3080.}      C5_RO2_O9 + C10H15O5O2 = C5O8_APoO6 : 1.6156e-11 ; 
+{3081.}      C5_RO2_O9 + C10H15O7O2 = C5O8_APoO8 : 2.898e-11 ; 
+{3082.}      C5_RO2_O9 + C10H15O9O2 = C5O8_APoO10 : 3.7666e-11 ; 
+{3083.}      C5_RO2_O9 + C10H15O11O2 = C5O8_APoO12 : 3.9029e-11 ; 
+{3084.}      C5_RO2_O9 + C10H17O4O2 = C5O8_APhO5 : 5.5195e-12 ; 
+{3085.}      C5_RO2_O9 + C10H17O6O2 = C5O8_APhO7 : 2.3462e-11 ; 
+{3086.}      C5_RO2_O9 + C10H17O8O2 = C5O8_APhO9 : 3.3605e-11 ; 
+{3087.}      C5_RO2_O9 + C10H17O3O2 = C5O8_APhO4 : 5.5195e-12 ; 
+{3088.}      C5_RO2_O9 + C10H17O5O2 = C5O8_APhO6 : 1.6156e-11 ; 
+{3089.}      C5_RO2_O9 + C10H17O7O2 = C5O8_APhO8 : 2.898e-11 ; 
+{3090.}      C5_RO2_O9 + APINAO2 = C5O8_AP01 : 5.5195e-12 ; 
+{3091.}      C5_RO2_O9 + APINBO2 = C5O8_AP02 : 5.5195e-12 ; 
+{3092.}      C5_RO2_O9 + APINCO2 = C5O8_AP03 : 5.5195e-12 ; 
+{3093.}      C5_RO2_O9 + C107O2 = C5O8_AP04 : 5.5195e-12 ; 
+{3094.}      C5_RO2_O9 + C109O2 = C5O8_AP05 : 5.5195e-12 ; 
+{3095.}      C5_RO2_O9 + C106O2 = C5O8_AP06 : 5.5195e-12 ; 
+{3096.}      C5_RO2_O9 + C920CO3 = C5O8_AP07 : 5.5195e-12 ; 
+{3097.}      C5_RO2_O9 + C108O2 = C5O8_AP08 : 5.5195e-12 ; 
+{3098.}      C5_RO2_O9 + PINALO2 = C5O8_AP09 : 5.5195e-12 ; 
+{3099.}      C5_RO2_O9 + C96CO3 = C5O8_AP10 : 5.5195e-12 ; 
+{3100.}      C5_RO2_O9 + NAPINAO2 = C5O8_AP11N : 5.5195e-12 ; 
+{3101.}      C5_RO2_O9 + NAPINBO2 = C5O8_AP12N : 5.5195e-12 ; 
+{3102.}      C5_RO2_O9 + NC102O2 = C5O8_AP13N : 2.3462e-11 ; 
+{3103.}      C5_RO2_O9 + NC101O2 = C5O8_AP14N : 1.6156e-11 ; 
+{3104.}      C5_RO2_O9 + C96O2 = C5O8_AP15 : 5.5195e-12 ; 
+{3105.}      C5_RO2_O9 + C89CO3 = C5O8_AP16 : 5.5195e-12 ; 
+{3106.}      C5_RO2_O9 + C920O2 = C5O8_AP17 : 5.5195e-12 ; 
+{3107.}      C5_RO2_O9 + C97O2 = C5O8_AP18 : 5.5195e-12 ; 
+{3108.}      C5_RO2_O9 + C85CO3 = C5O8_AP19 : 5.5195e-12 ; 
+{3109.}      C5_RO2_O9 + C811CO3 = C5O8_AP20 : 5.5195e-12 ; 
+{3110.}      C5_RO2_O9 + C921O2 = C5O8_AP21 : 5.5195e-12 ; 
+{3111.}      C5_RO2_O9 + C98O2 = C5O8_AP22 : 5.5195e-12 ; 
+{3112.}      C5_RO2_O9 + C922O2 = C5O8_AP23 : 5.5195e-12 ; 
+{3113.}      C5_RO2_O9 + C85O2 = C5O8_AP24 : 5.5195e-12 ; 
+{3114.}      C5_RO2_O9 + C89O2 = C5O8_AP25 : 5.5195e-12 ; 
+{3115.}      C5_RO2_O9 + C86O2 = C5O8_AP26 : 5.5195e-12 ; 
+{3116.}      C5_RO2_O9 + C811O2 = C5O8_AP27 : 5.5195e-12 ; 
+{3117.}      C5_RO2_O9 + C810O2 = C5O8_AP28 : 5.5195e-12 ; 
+{3118.}      C5_RO2_O9 + C812O2 = C5O8_AP29 : 5.5195e-12 ; 
+{3119.}      C5_RO2_O9 + C813O2 = C5O8_AP30 : 5.5195e-12 ; 
+{3120.}      C5_RO2_O9 + C721CO3 = C5O8_AP31 : 5.5195e-12 ; 
+# inter-VOC ROOR formation: C5_RO2_O10
+{3121.}      C5_RO2_O10 + C10H15O2O2 = C5eO9_APoO3 : 6.3246e-12 ; 
+{3122.}      C5_RO2_O10 + C10H15O4O2 = C5eO9_APoO5 : 6.3246e-12 ; 
+{3123.}      C5_RO2_O10 + C10H15O6O2 = C5eO9_APoO7 : 2.6884e-11 ; 
+{3124.}      C5_RO2_O10 + C10H15O8O2 = C5eO9_APoO9 : 3.8506e-11 ; 
+{3125.}      C5_RO2_O10 + C10H15O10O2 = C5eO9_APoO11 : 4.4721e-11 ; 
+{3126.}      C5_RO2_O10 + C10H15O12O2 = C5eO9_APoO13 : 4.4721e-11 ; 
+{3127.}      C5_RO2_O10 + C10H15O3O2 = C5eO9_APoO4 : 6.3246e-12 ; 
+{3128.}      C5_RO2_O10 + C10H15O5O2 = C5eO9_APoO6 : 1.8513e-11 ; 
+{3129.}      C5_RO2_O10 + C10H15O7O2 = C5eO9_APoO8 : 3.3207e-11 ; 
+{3130.}      C5_RO2_O10 + C10H15O9O2 = C5eO9_APoO10 : 4.3159e-11 ; 
+{3131.}      C5_RO2_O10 + C10H15O11O2 = C5eO9_APoO12 : 4.4721e-11 ; 
+{3132.}      C5_RO2_O10 + C10H17O4O2 = C5eO9_APhO5 : 6.3246e-12 ; 
+{3133.}      C5_RO2_O10 + C10H17O6O2 = C5eO9_APhO7 : 2.6884e-11 ; 
+{3134.}      C5_RO2_O10 + C10H17O8O2 = C5eO9_APhO9 : 3.8506e-11 ; 
+{3135.}      C5_RO2_O10 + C10H17O3O2 = C5eO9_APhO4 : 6.3246e-12 ; 
+{3136.}      C5_RO2_O10 + C10H17O5O2 = C5eO9_APhO6 : 1.8513e-11 ; 
+{3137.}      C5_RO2_O10 + C10H17O7O2 = C5eO9_APhO8 : 3.3207e-11 ; 
+{3138.}      C5_RO2_O10 + APINAO2 = C5eO9_AP01 : 6.3246e-12 ; 
+{3139.}      C5_RO2_O10 + APINBO2 = C5eO9_AP02 : 6.3246e-12 ; 
+{3140.}      C5_RO2_O10 + APINCO2 = C5eO9_AP03 : 6.3246e-12 ; 
+{3141.}      C5_RO2_O10 + C107O2 = C5eO9_AP04 : 6.3246e-12 ; 
+{3142.}      C5_RO2_O10 + C109O2 = C5eO9_AP05 : 6.3246e-12 ; 
+{3143.}      C5_RO2_O10 + C106O2 = C5eO9_AP06 : 6.3246e-12 ; 
+{3144.}      C5_RO2_O10 + C920CO3 = C5eO9_AP07 : 6.3246e-12 ; 
+{3145.}      C5_RO2_O10 + C108O2 = C5eO9_AP08 : 6.3246e-12 ; 
+{3146.}      C5_RO2_O10 + PINALO2 = C5eO9_AP09 : 6.3246e-12 ; 
+{3147.}      C5_RO2_O10 + C96CO3 = C5eO9_AP10 : 6.3246e-12 ; 
+{3148.}      C5_RO2_O10 + NAPINAO2 = C5eO9_AP11N : 6.3246e-12 ; 
+{3149.}      C5_RO2_O10 + NAPINBO2 = C5eO9_AP12N : 6.3246e-12 ; 
+{3150.}      C5_RO2_O10 + NC102O2 = C5eO9_AP13N : 2.6884e-11 ; 
+{3151.}      C5_RO2_O10 + NC101O2 = C5eO9_AP14N : 1.8513e-11 ; 
+{3152.}      C5_RO2_O10 + C96O2 = C5eO9_AP15 : 6.3246e-12 ; 
+{3153.}      C5_RO2_O10 + C89CO3 = C5eO9_AP16 : 6.3246e-12 ; 
+{3154.}      C5_RO2_O10 + C920O2 = C5eO9_AP17 : 6.3246e-12 ; 
+{3155.}      C5_RO2_O10 + C97O2 = C5eO9_AP18 : 6.3246e-12 ; 
+{3156.}      C5_RO2_O10 + C85CO3 = C5eO9_AP19 : 6.3246e-12 ; 
+{3157.}      C5_RO2_O10 + C811CO3 = C5eO9_AP20 : 6.3246e-12 ; 
+{3158.}      C5_RO2_O10 + C921O2 = C5eO9_AP21 : 6.3246e-12 ; 
+{3159.}      C5_RO2_O10 + C98O2 = C5eO9_AP22 : 6.3246e-12 ; 
+{3160.}      C5_RO2_O10 + C922O2 = C5eO9_AP23 : 6.3246e-12 ; 
+{3161.}      C5_RO2_O10 + C85O2 = C5eO9_AP24 : 6.3246e-12 ; 
+{3162.}      C5_RO2_O10 + C89O2 = C5eO9_AP25 : 6.3246e-12 ; 
+{3163.}      C5_RO2_O10 + C86O2 = C5eO9_AP26 : 6.3246e-12 ; 
+{3164.}      C5_RO2_O10 + C811O2 = C5eO9_AP27 : 6.3246e-12 ; 
+{3165.}      C5_RO2_O10 + C810O2 = C5eO9_AP28 : 6.3246e-12 ; 
+{3166.}      C5_RO2_O10 + C812O2 = C5eO9_AP29 : 6.3246e-12 ; 
+{3167.}      C5_RO2_O10 + C813O2 = C5eO9_AP30 : 6.3246e-12 ; 
+{3168.}      C5_RO2_O10 + C721CO3 = C5eO9_AP31 : 6.3246e-12 ; 
+# inter-VOC ROOR formation: BZBIPERO2
+{3169.}      BZBIPERO2 + C10H15O2O2 = BZBI_APoO3 : 3.4641e-13 ; 
+{3170.}      BZBIPERO2 + C10H15O4O2 = BZBI_APoO5 : 3.4641e-13 ; 
+{3171.}      BZBIPERO2 + C10H15O6O2 = BZBI_APoO7 : 1.4725e-12 ; 
+{3172.}      BZBIPERO2 + C10H15O8O2 = BZBI_APoO9 : 2.1091e-12 ; 
+{3173.}      BZBIPERO2 + C10H15O10O2 = BZBI_APoO11 : 2.4495e-12 ; 
+{3174.}      BZBIPERO2 + C10H15O12O2 = BZBI_APoO13 : 2.4495e-12 ; 
+{3175.}      BZBIPERO2 + C10H15O3O2 = BZBI_APoO4 : 3.4641e-13 ; 
+{3176.}      BZBIPERO2 + C10H15O5O2 = BZBI_APoO6 : 1.014e-12 ; 
+{3177.}      BZBIPERO2 + C10H15O7O2 = BZBI_APoO8 : 1.8188e-12 ; 
+{3178.}      BZBIPERO2 + C10H15O9O2 = BZBI_APoO10 : 2.3639e-12 ; 
+{3179.}      BZBIPERO2 + C10H15O11O2 = BZBI_APoO12 : 2.4495e-12 ; 
+{3180.}      BZBIPERO2 + C10H17O4O2 = BZBI_APhO5 : 3.4641e-13 ; 
+{3181.}      BZBIPERO2 + C10H17O6O2 = BZBI_APhO7 : 1.4725e-12 ; 
+{3182.}      BZBIPERO2 + C10H17O8O2 = BZBI_APhO9 : 2.1091e-12 ; 
+{3183.}      BZBIPERO2 + C10H17O3O2 = BZBI_APhO4 : 3.4641e-13 ; 
+{3184.}      BZBIPERO2 + C10H17O5O2 = BZBI_APhO6 : 1.014e-12 ; 
+{3185.}      BZBIPERO2 + C10H17O7O2 = BZBI_APhO8 : 1.8188e-12 ; 
+{3186.}      BZBIPERO2 + APINAO2 = BZBI_AP01 : 3.4641e-13 ; 
+{3187.}      BZBIPERO2 + APINBO2 = BZBI_AP02 : 3.4641e-13 ; 
+{3188.}      BZBIPERO2 + APINCO2 = BZBI_AP03 : 3.4641e-13 ; 
+{3189.}      BZBIPERO2 + C107O2 = BZBI_AP04 : 3.4641e-13 ; 
+{3190.}      BZBIPERO2 + C109O2 = BZBI_AP05 : 3.4641e-13 ; 
+{3191.}      BZBIPERO2 + C106O2 = BZBI_AP06 : 3.4641e-13 ; 
+{3192.}      BZBIPERO2 + C920CO3 = BZBI_AP07 : 3.4641e-13 ; 
+{3193.}      BZBIPERO2 + C108O2 = BZBI_AP08 : 3.4641e-13 ; 
+{3194.}      BZBIPERO2 + PINALO2 = BZBI_AP09 : 3.4641e-13 ; 
+{3195.}      BZBIPERO2 + C96CO3 = BZBI_AP10 : 3.4641e-13 ; 
+{3196.}      BZBIPERO2 + NAPINAO2 = BZBI_AP11N : 3.4641e-13 ; 
+{3197.}      BZBIPERO2 + NAPINBO2 = BZBI_AP12N : 3.4641e-13 ; 
+{3198.}      BZBIPERO2 + NC102O2 = BZBI_AP13N : 1.4725e-12 ; 
+{3199.}      BZBIPERO2 + NC101O2 = BZBI_AP14N : 1.014e-12 ; 
+{3200.}      BZBIPERO2 + C96O2 = BZBI_AP15 : 3.4641e-13 ; 
+{3201.}      BZBIPERO2 + C89CO3 = BZBI_AP16 : 3.4641e-13 ; 
+{3202.}      BZBIPERO2 + C920O2 = BZBI_AP17 : 3.4641e-13 ; 
+{3203.}      BZBIPERO2 + C97O2 = BZBI_AP18 : 3.4641e-13 ; 
+{3204.}      BZBIPERO2 + C85CO3 = BZBI_AP19 : 3.4641e-13 ; 
+{3205.}      BZBIPERO2 + C811CO3 = BZBI_AP20 : 3.4641e-13 ; 
+{3206.}      BZBIPERO2 + C921O2 = BZBI_AP21 : 3.4641e-13 ; 
+{3207.}      BZBIPERO2 + C98O2 = BZBI_AP22 : 3.4641e-13 ; 
+{3208.}      BZBIPERO2 + C922O2 = BZBI_AP23 : 3.4641e-13 ; 
+{3209.}      BZBIPERO2 + C85O2 = BZBI_AP24 : 3.4641e-13 ; 
+{3210.}      BZBIPERO2 + C89O2 = BZBI_AP25 : 3.4641e-13 ; 
+{3211.}      BZBIPERO2 + C86O2 = BZBI_AP26 : 3.4641e-13 ; 
+{3212.}      BZBIPERO2 + C811O2 = BZBI_AP27 : 3.4641e-13 ; 
+{3213.}      BZBIPERO2 + C810O2 = BZBI_AP28 : 3.4641e-13 ; 
+{3214.}      BZBIPERO2 + C812O2 = BZBI_AP29 : 3.4641e-13 ; 
+{3215.}      BZBIPERO2 + C813O2 = BZBI_AP30 : 3.4641e-13 ; 
+{3216.}      BZBIPERO2 + C721CO3 = BZBI_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: BZEMUCCO3
+{3217.}      BZEMUCCO3 + C10H15O2O2 = BZMUa_APoO3 : 3.4641e-13 ; 
+{3218.}      BZEMUCCO3 + C10H15O4O2 = BZMUa_APoO5 : 3.4641e-13 ; 
+{3219.}      BZEMUCCO3 + C10H15O6O2 = BZMUa_APoO7 : 1.4725e-12 ; 
+{3220.}      BZEMUCCO3 + C10H15O8O2 = BZMUa_APoO9 : 2.1091e-12 ; 
+{3221.}      BZEMUCCO3 + C10H15O10O2 = BZMUa_APoO11 : 2.4495e-12 ; 
+{3222.}      BZEMUCCO3 + C10H15O12O2 = BZMUa_APoO13 : 2.4495e-12 ; 
+{3223.}      BZEMUCCO3 + C10H15O3O2 = BZMUa_APoO4 : 3.4641e-13 ; 
+{3224.}      BZEMUCCO3 + C10H15O5O2 = BZMUa_APoO6 : 1.014e-12 ; 
+{3225.}      BZEMUCCO3 + C10H15O7O2 = BZMUa_APoO8 : 1.8188e-12 ; 
+{3226.}      BZEMUCCO3 + C10H15O9O2 = BZMUa_APoO10 : 2.3639e-12 ; 
+{3227.}      BZEMUCCO3 + C10H15O11O2 = BZMUa_APoO12 : 2.4495e-12 ; 
+{3228.}      BZEMUCCO3 + C10H17O4O2 = BZMUa_APhO5 : 3.4641e-13 ; 
+{3229.}      BZEMUCCO3 + C10H17O6O2 = BZMUa_APhO7 : 1.4725e-12 ; 
+{3230.}      BZEMUCCO3 + C10H17O8O2 = BZMUa_APhO9 : 2.1091e-12 ; 
+{3231.}      BZEMUCCO3 + C10H17O3O2 = BZMUa_APhO4 : 3.4641e-13 ; 
+{3232.}      BZEMUCCO3 + C10H17O5O2 = BZMUa_APhO6 : 1.014e-12 ; 
+{3233.}      BZEMUCCO3 + C10H17O7O2 = BZMUa_APhO8 : 1.8188e-12 ; 
+{3234.}      BZEMUCCO3 + APINAO2 = BZMUa_AP01 : 3.4641e-13 ; 
+{3235.}      BZEMUCCO3 + APINBO2 = BZMUa_AP02 : 3.4641e-13 ; 
+{3236.}      BZEMUCCO3 + APINCO2 = BZMUa_AP03 : 3.4641e-13 ; 
+{3237.}      BZEMUCCO3 + C107O2 = BZMUa_AP04 : 3.4641e-13 ; 
+{3238.}      BZEMUCCO3 + C109O2 = BZMUa_AP05 : 3.4641e-13 ; 
+{3239.}      BZEMUCCO3 + C106O2 = BZMUa_AP06 : 3.4641e-13 ; 
+{3240.}      BZEMUCCO3 + C920CO3 = BZMUa_AP07 : 3.4641e-13 ; 
+{3241.}      BZEMUCCO3 + C108O2 = BZMUa_AP08 : 3.4641e-13 ; 
+{3242.}      BZEMUCCO3 + PINALO2 = BZMUa_AP09 : 3.4641e-13 ; 
+{3243.}      BZEMUCCO3 + C96CO3 = BZMUa_AP10 : 3.4641e-13 ; 
+{3244.}      BZEMUCCO3 + NAPINAO2 = BZMUa_AP11N : 3.4641e-13 ; 
+{3245.}      BZEMUCCO3 + NAPINBO2 = BZMUa_AP12N : 3.4641e-13 ; 
+{3246.}      BZEMUCCO3 + NC102O2 = BZMUa_AP13N : 1.4725e-12 ; 
+{3247.}      BZEMUCCO3 + NC101O2 = BZMUa_AP14N : 1.014e-12 ; 
+{3248.}      BZEMUCCO3 + C96O2 = BZMUa_AP15 : 3.4641e-13 ; 
+{3249.}      BZEMUCCO3 + C89CO3 = BZMUa_AP16 : 3.4641e-13 ; 
+{3250.}      BZEMUCCO3 + C920O2 = BZMUa_AP17 : 3.4641e-13 ; 
+{3251.}      BZEMUCCO3 + C97O2 = BZMUa_AP18 : 3.4641e-13 ; 
+{3252.}      BZEMUCCO3 + C85CO3 = BZMUa_AP19 : 3.4641e-13 ; 
+{3253.}      BZEMUCCO3 + C811CO3 = BZMUa_AP20 : 3.4641e-13 ; 
+{3254.}      BZEMUCCO3 + C921O2 = BZMUa_AP21 : 3.4641e-13 ; 
+{3255.}      BZEMUCCO3 + C98O2 = BZMUa_AP22 : 3.4641e-13 ; 
+{3256.}      BZEMUCCO3 + C922O2 = BZMUa_AP23 : 3.4641e-13 ; 
+{3257.}      BZEMUCCO3 + C85O2 = BZMUa_AP24 : 3.4641e-13 ; 
+{3258.}      BZEMUCCO3 + C89O2 = BZMUa_AP25 : 3.4641e-13 ; 
+{3259.}      BZEMUCCO3 + C86O2 = BZMUa_AP26 : 3.4641e-13 ; 
+{3260.}      BZEMUCCO3 + C811O2 = BZMUa_AP27 : 3.4641e-13 ; 
+{3261.}      BZEMUCCO3 + C810O2 = BZMUa_AP28 : 3.4641e-13 ; 
+{3262.}      BZEMUCCO3 + C812O2 = BZMUa_AP29 : 3.4641e-13 ; 
+{3263.}      BZEMUCCO3 + C813O2 = BZMUa_AP30 : 3.4641e-13 ; 
+{3264.}      BZEMUCCO3 + C721CO3 = BZMUa_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: BZEMUCO2
+{3265.}      BZEMUCO2 + C10H15O2O2 = BZMUb_APoO3 : 2.3743e-12 ; 
+{3266.}      BZEMUCO2 + C10H15O4O2 = BZMUb_APoO5 : 2.3743e-12 ; 
+{3267.}      BZEMUCO2 + C10H15O6O2 = BZMUb_APoO7 : 1.0092e-11 ; 
+{3268.}      BZEMUCO2 + C10H15O8O2 = BZMUb_APoO9 : 1.4456e-11 ; 
+{3269.}      BZEMUCO2 + C10H15O10O2 = BZMUb_APoO11 : 1.6789e-11 ; 
+{3270.}      BZEMUCO2 + C10H15O12O2 = BZMUb_APoO13 : 1.6789e-11 ; 
+{3271.}      BZEMUCO2 + C10H15O3O2 = BZMUb_APoO4 : 2.3743e-12 ; 
+{3272.}      BZEMUCO2 + C10H15O5O2 = BZMUb_APoO6 : 6.9499e-12 ; 
+{3273.}      BZEMUCO2 + C10H15O7O2 = BZMUb_APoO8 : 1.2466e-11 ; 
+{3274.}      BZEMUCO2 + C10H15O9O2 = BZMUb_APoO10 : 1.6202e-11 ; 
+{3275.}      BZEMUCO2 + C10H15O11O2 = BZMUb_APoO12 : 1.6789e-11 ; 
+{3276.}      BZEMUCO2 + C10H17O4O2 = BZMUb_APhO5 : 2.3743e-12 ; 
+{3277.}      BZEMUCO2 + C10H17O6O2 = BZMUb_APhO7 : 1.0092e-11 ; 
+{3278.}      BZEMUCO2 + C10H17O8O2 = BZMUb_APhO9 : 1.4456e-11 ; 
+{3279.}      BZEMUCO2 + C10H17O3O2 = BZMUb_APhO4 : 2.3743e-12 ; 
+{3280.}      BZEMUCO2 + C10H17O5O2 = BZMUb_APhO6 : 6.9499e-12 ; 
+{3281.}      BZEMUCO2 + C10H17O7O2 = BZMUb_APhO8 : 1.2466e-11 ; 
+{3282.}      BZEMUCO2 + APINAO2 = BZMUb_AP01 : 2.3743e-12 ; 
+{3283.}      BZEMUCO2 + APINBO2 = BZMUb_AP02 : 2.3743e-12 ; 
+{3284.}      BZEMUCO2 + APINCO2 = BZMUb_AP03 : 2.3743e-12 ; 
+{3285.}      BZEMUCO2 + C107O2 = BZMUb_AP04 : 2.3743e-12 ; 
+{3286.}      BZEMUCO2 + C109O2 = BZMUb_AP05 : 2.3743e-12 ; 
+{3287.}      BZEMUCO2 + C106O2 = BZMUb_AP06 : 2.3743e-12 ; 
+{3288.}      BZEMUCO2 + C920CO3 = BZMUb_AP07 : 2.3743e-12 ; 
+{3289.}      BZEMUCO2 + C108O2 = BZMUb_AP08 : 2.3743e-12 ; 
+{3290.}      BZEMUCO2 + PINALO2 = BZMUb_AP09 : 2.3743e-12 ; 
+{3291.}      BZEMUCO2 + C96CO3 = BZMUb_AP10 : 2.3743e-12 ; 
+{3292.}      BZEMUCO2 + NAPINAO2 = BZMUb_AP11N : 2.3743e-12 ; 
+{3293.}      BZEMUCO2 + NAPINBO2 = BZMUb_AP12N : 2.3743e-12 ; 
+{3294.}      BZEMUCO2 + NC102O2 = BZMUb_AP13N : 1.0092e-11 ; 
+{3295.}      BZEMUCO2 + NC101O2 = BZMUb_AP14N : 6.9499e-12 ; 
+{3296.}      BZEMUCO2 + C96O2 = BZMUb_AP15 : 2.3743e-12 ; 
+{3297.}      BZEMUCO2 + C89CO3 = BZMUb_AP16 : 2.3743e-12 ; 
+{3298.}      BZEMUCO2 + C920O2 = BZMUb_AP17 : 2.3743e-12 ; 
+{3299.}      BZEMUCO2 + C97O2 = BZMUb_AP18 : 2.3743e-12 ; 
+{3300.}      BZEMUCO2 + C85CO3 = BZMUb_AP19 : 2.3743e-12 ; 
+{3301.}      BZEMUCO2 + C811CO3 = BZMUb_AP20 : 2.3743e-12 ; 
+{3302.}      BZEMUCO2 + C921O2 = BZMUb_AP21 : 2.3743e-12 ; 
+{3303.}      BZEMUCO2 + C98O2 = BZMUb_AP22 : 2.3743e-12 ; 
+{3304.}      BZEMUCO2 + C922O2 = BZMUb_AP23 : 2.3743e-12 ; 
+{3305.}      BZEMUCO2 + C85O2 = BZMUb_AP24 : 2.3743e-12 ; 
+{3306.}      BZEMUCO2 + C89O2 = BZMUb_AP25 : 2.3743e-12 ; 
+{3307.}      BZEMUCO2 + C86O2 = BZMUb_AP26 : 2.3743e-12 ; 
+{3308.}      BZEMUCO2 + C811O2 = BZMUb_AP27 : 2.3743e-12 ; 
+{3309.}      BZEMUCO2 + C810O2 = BZMUb_AP28 : 2.3743e-12 ; 
+{3310.}      BZEMUCO2 + C812O2 = BZMUb_AP29 : 2.3743e-12 ; 
+{3311.}      BZEMUCO2 + C813O2 = BZMUb_AP30 : 2.3743e-12 ; 
+{3312.}      BZEMUCO2 + C721CO3 = BZMUb_AP31 : 2.3743e-12 ; 
+# inter-VOC ROOR formation: C5DIALO2
+{3313.}      C5DIALO2 + C10H15O2O2 = C5DI_APoO3 : 3.4641e-13 ; 
+{3314.}      C5DIALO2 + C10H15O4O2 = C5DI_APoO5 : 3.4641e-13 ; 
+{3315.}      C5DIALO2 + C10H15O6O2 = C5DI_APoO7 : 1.4725e-12 ; 
+{3316.}      C5DIALO2 + C10H15O8O2 = C5DI_APoO9 : 2.1091e-12 ; 
+{3317.}      C5DIALO2 + C10H15O10O2 = C5DI_APoO11 : 2.4495e-12 ; 
+{3318.}      C5DIALO2 + C10H15O12O2 = C5DI_APoO13 : 2.4495e-12 ; 
+{3319.}      C5DIALO2 + C10H15O3O2 = C5DI_APoO4 : 3.4641e-13 ; 
+{3320.}      C5DIALO2 + C10H15O5O2 = C5DI_APoO6 : 1.014e-12 ; 
+{3321.}      C5DIALO2 + C10H15O7O2 = C5DI_APoO8 : 1.8188e-12 ; 
+{3322.}      C5DIALO2 + C10H15O9O2 = C5DI_APoO10 : 2.3639e-12 ; 
+{3323.}      C5DIALO2 + C10H15O11O2 = C5DI_APoO12 : 2.4495e-12 ; 
+{3324.}      C5DIALO2 + C10H17O4O2 = C5DI_APhO5 : 3.4641e-13 ; 
+{3325.}      C5DIALO2 + C10H17O6O2 = C5DI_APhO7 : 1.4725e-12 ; 
+{3326.}      C5DIALO2 + C10H17O8O2 = C5DI_APhO9 : 2.1091e-12 ; 
+{3327.}      C5DIALO2 + C10H17O3O2 = C5DI_APhO4 : 3.4641e-13 ; 
+{3328.}      C5DIALO2 + C10H17O5O2 = C5DI_APhO6 : 1.014e-12 ; 
+{3329.}      C5DIALO2 + C10H17O7O2 = C5DI_APhO8 : 1.8188e-12 ; 
+{3330.}      C5DIALO2 + APINAO2 = C5DI_AP01 : 3.4641e-13 ; 
+{3331.}      C5DIALO2 + APINBO2 = C5DI_AP02 : 3.4641e-13 ; 
+{3332.}      C5DIALO2 + APINCO2 = C5DI_AP03 : 3.4641e-13 ; 
+{3333.}      C5DIALO2 + C107O2 = C5DI_AP04 : 3.4641e-13 ; 
+{3334.}      C5DIALO2 + C109O2 = C5DI_AP05 : 3.4641e-13 ; 
+{3335.}      C5DIALO2 + C106O2 = C5DI_AP06 : 3.4641e-13 ; 
+{3336.}      C5DIALO2 + C920CO3 = C5DI_AP07 : 3.4641e-13 ; 
+{3337.}      C5DIALO2 + C108O2 = C5DI_AP08 : 3.4641e-13 ; 
+{3338.}      C5DIALO2 + PINALO2 = C5DI_AP09 : 3.4641e-13 ; 
+{3339.}      C5DIALO2 + C96CO3 = C5DI_AP10 : 3.4641e-13 ; 
+{3340.}      C5DIALO2 + NAPINAO2 = C5DI_AP11N : 3.4641e-13 ; 
+{3341.}      C5DIALO2 + NAPINBO2 = C5DI_AP12N : 3.4641e-13 ; 
+{3342.}      C5DIALO2 + NC102O2 = C5DI_AP13N : 1.4725e-12 ; 
+{3343.}      C5DIALO2 + NC101O2 = C5DI_AP14N : 1.014e-12 ; 
+{3344.}      C5DIALO2 + C96O2 = C5DI_AP15 : 3.4641e-13 ; 
+{3345.}      C5DIALO2 + C89CO3 = C5DI_AP16 : 3.4641e-13 ; 
+{3346.}      C5DIALO2 + C920O2 = C5DI_AP17 : 3.4641e-13 ; 
+{3347.}      C5DIALO2 + C97O2 = C5DI_AP18 : 3.4641e-13 ; 
+{3348.}      C5DIALO2 + C85CO3 = C5DI_AP19 : 3.4641e-13 ; 
+{3349.}      C5DIALO2 + C811CO3 = C5DI_AP20 : 3.4641e-13 ; 
+{3350.}      C5DIALO2 + C921O2 = C5DI_AP21 : 3.4641e-13 ; 
+{3351.}      C5DIALO2 + C98O2 = C5DI_AP22 : 3.4641e-13 ; 
+{3352.}      C5DIALO2 + C922O2 = C5DI_AP23 : 3.4641e-13 ; 
+{3353.}      C5DIALO2 + C85O2 = C5DI_AP24 : 3.4641e-13 ; 
+{3354.}      C5DIALO2 + C89O2 = C5DI_AP25 : 3.4641e-13 ; 
+{3355.}      C5DIALO2 + C86O2 = C5DI_AP26 : 3.4641e-13 ; 
+{3356.}      C5DIALO2 + C811O2 = C5DI_AP27 : 3.4641e-13 ; 
+{3357.}      C5DIALO2 + C810O2 = C5DI_AP28 : 3.4641e-13 ; 
+{3358.}      C5DIALO2 + C812O2 = C5DI_AP29 : 3.4641e-13 ; 
+{3359.}      C5DIALO2 + C813O2 = C5DI_AP30 : 3.4641e-13 ; 
+{3360.}      C5DIALO2 + C721CO3 = C5DI_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: NPHENO2
+{3361.}      NPHENO2 + C10H15O2O2 = NPHa_APoO3 : 6.0557e-12 ; 
+{3362.}      NPHENO2 + C10H15O4O2 = NPHa_APoO5 : 6.0557e-12 ; 
+{3363.}      NPHENO2 + C10H15O6O2 = NPHa_APoO7 : 2.5741e-11 ; 
+{3364.}      NPHENO2 + C10H15O8O2 = NPHa_APoO9 : 3.6869e-11 ; 
+{3365.}      NPHENO2 + C10H15O10O2 = NPHa_APoO11 : 4.282e-11 ; 
+{3366.}      NPHENO2 + C10H15O12O2 = NPHa_APoO13 : 4.282e-11 ; 
+{3367.}      NPHENO2 + C10H15O3O2 = NPHa_APoO4 : 6.0557e-12 ; 
+{3368.}      NPHENO2 + C10H15O5O2 = NPHa_APoO6 : 1.7726e-11 ; 
+{3369.}      NPHENO2 + C10H15O7O2 = NPHa_APoO8 : 3.1796e-11 ; 
+{3370.}      NPHENO2 + C10H15O9O2 = NPHa_APoO10 : 4.1325e-11 ; 
+{3371.}      NPHENO2 + C10H15O11O2 = NPHa_APoO12 : 4.282e-11 ; 
+{3372.}      NPHENO2 + C10H17O4O2 = NPHa_APhO5 : 6.0557e-12 ; 
+{3373.}      NPHENO2 + C10H17O6O2 = NPHa_APhO7 : 2.5741e-11 ; 
+{3374.}      NPHENO2 + C10H17O8O2 = NPHa_APhO9 : 3.6869e-11 ; 
+{3375.}      NPHENO2 + C10H17O3O2 = NPHa_APhO4 : 6.0557e-12 ; 
+{3376.}      NPHENO2 + C10H17O5O2 = NPHa_APhO6 : 1.7726e-11 ; 
+{3377.}      NPHENO2 + C10H17O7O2 = NPHa_APhO8 : 3.1796e-11 ; 
+{3378.}      NPHENO2 + APINAO2 = NPHa_AP01 : 6.0557e-12 ; 
+{3379.}      NPHENO2 + APINBO2 = NPHa_AP02 : 6.0557e-12 ; 
+{3380.}      NPHENO2 + APINCO2 = NPHa_AP03 : 6.0557e-12 ; 
+{3381.}      NPHENO2 + C107O2 = NPHa_AP04 : 6.0557e-12 ; 
+{3382.}      NPHENO2 + C109O2 = NPHa_AP05 : 6.0557e-12 ; 
+{3383.}      NPHENO2 + C106O2 = NPHa_AP06 : 6.0557e-12 ; 
+{3384.}      NPHENO2 + C920CO3 = NPHa_AP07 : 6.0557e-12 ; 
+{3385.}      NPHENO2 + C108O2 = NPHa_AP08 : 6.0557e-12 ; 
+{3386.}      NPHENO2 + PINALO2 = NPHa_AP09 : 6.0557e-12 ; 
+{3387.}      NPHENO2 + C96CO3 = NPHa_AP10 : 6.0557e-12 ; 
+{3388.}      NPHENO2 + NAPINAO2 = NPHa_AP11N : 6.0557e-12 ; 
+{3389.}      NPHENO2 + NAPINBO2 = NPHa_AP12N : 6.0557e-12 ; 
+{3390.}      NPHENO2 + NC102O2 = NPHa_AP13N : 2.5741e-11 ; 
+{3391.}      NPHENO2 + NC101O2 = NPHa_AP14N : 1.7726e-11 ; 
+{3392.}      NPHENO2 + C96O2 = NPHa_AP15 : 6.0557e-12 ; 
+{3393.}      NPHENO2 + C89CO3 = NPHa_AP16 : 6.0557e-12 ; 
+{3394.}      NPHENO2 + C920O2 = NPHa_AP17 : 6.0557e-12 ; 
+{3395.}      NPHENO2 + C97O2 = NPHa_AP18 : 6.0557e-12 ; 
+{3396.}      NPHENO2 + C85CO3 = NPHa_AP19 : 6.0557e-12 ; 
+{3397.}      NPHENO2 + C811CO3 = NPHa_AP20 : 6.0557e-12 ; 
+{3398.}      NPHENO2 + C921O2 = NPHa_AP21 : 6.0557e-12 ; 
+{3399.}      NPHENO2 + C98O2 = NPHa_AP22 : 6.0557e-12 ; 
+{3400.}      NPHENO2 + C922O2 = NPHa_AP23 : 6.0557e-12 ; 
+{3401.}      NPHENO2 + C85O2 = NPHa_AP24 : 6.0557e-12 ; 
+{3402.}      NPHENO2 + C89O2 = NPHa_AP25 : 6.0557e-12 ; 
+{3403.}      NPHENO2 + C86O2 = NPHa_AP26 : 6.0557e-12 ; 
+{3404.}      NPHENO2 + C811O2 = NPHa_AP27 : 6.0557e-12 ; 
+{3405.}      NPHENO2 + C810O2 = NPHa_AP28 : 6.0557e-12 ; 
+{3406.}      NPHENO2 + C812O2 = NPHa_AP29 : 6.0557e-12 ; 
+{3407.}      NPHENO2 + C813O2 = NPHa_AP30 : 6.0557e-12 ; 
+{3408.}      NPHENO2 + C721CO3 = NPHa_AP31 : 6.0557e-12 ; 
+# inter-VOC ROOR formation: PHENO2
+{3409.}      PHENO2 + C10H15O2O2 = PHEN_APoO3 : 2.3743e-12 ; 
+{3410.}      PHENO2 + C10H15O4O2 = PHEN_APoO5 : 2.3743e-12 ; 
+{3411.}      PHENO2 + C10H15O6O2 = PHEN_APoO7 : 1.0092e-11 ; 
+{3412.}      PHENO2 + C10H15O8O2 = PHEN_APoO9 : 1.4456e-11 ; 
+{3413.}      PHENO2 + C10H15O10O2 = PHEN_APoO11 : 1.6789e-11 ; 
+{3414.}      PHENO2 + C10H15O12O2 = PHEN_APoO13 : 1.6789e-11 ; 
+{3415.}      PHENO2 + C10H15O3O2 = PHEN_APoO4 : 2.3743e-12 ; 
+{3416.}      PHENO2 + C10H15O5O2 = PHEN_APoO6 : 6.9499e-12 ; 
+{3417.}      PHENO2 + C10H15O7O2 = PHEN_APoO8 : 1.2466e-11 ; 
+{3418.}      PHENO2 + C10H15O9O2 = PHEN_APoO10 : 1.6202e-11 ; 
+{3419.}      PHENO2 + C10H15O11O2 = PHEN_APoO12 : 1.6789e-11 ; 
+{3420.}      PHENO2 + C10H17O4O2 = PHEN_APhO5 : 2.3743e-12 ; 
+{3421.}      PHENO2 + C10H17O6O2 = PHEN_APhO7 : 1.0092e-11 ; 
+{3422.}      PHENO2 + C10H17O8O2 = PHEN_APhO9 : 1.4456e-11 ; 
+{3423.}      PHENO2 + C10H17O3O2 = PHEN_APhO4 : 2.3743e-12 ; 
+{3424.}      PHENO2 + C10H17O5O2 = PHEN_APhO6 : 6.9499e-12 ; 
+{3425.}      PHENO2 + C10H17O7O2 = PHEN_APhO8 : 1.2466e-11 ; 
+{3426.}      PHENO2 + APINAO2 = PHEN_AP01 : 2.3743e-12 ; 
+{3427.}      PHENO2 + APINBO2 = PHEN_AP02 : 2.3743e-12 ; 
+{3428.}      PHENO2 + APINCO2 = PHEN_AP03 : 2.3743e-12 ; 
+{3429.}      PHENO2 + C107O2 = PHEN_AP04 : 2.3743e-12 ; 
+{3430.}      PHENO2 + C109O2 = PHEN_AP05 : 2.3743e-12 ; 
+{3431.}      PHENO2 + C106O2 = PHEN_AP06 : 2.3743e-12 ; 
+{3432.}      PHENO2 + C920CO3 = PHEN_AP07 : 2.3743e-12 ; 
+{3433.}      PHENO2 + C108O2 = PHEN_AP08 : 2.3743e-12 ; 
+{3434.}      PHENO2 + PINALO2 = PHEN_AP09 : 2.3743e-12 ; 
+{3435.}      PHENO2 + C96CO3 = PHEN_AP10 : 2.3743e-12 ; 
+{3436.}      PHENO2 + NAPINAO2 = PHEN_AP11N : 2.3743e-12 ; 
+{3437.}      PHENO2 + NAPINBO2 = PHEN_AP12N : 2.3743e-12 ; 
+{3438.}      PHENO2 + NC102O2 = PHEN_AP13N : 1.0092e-11 ; 
+{3439.}      PHENO2 + NC101O2 = PHEN_AP14N : 6.9499e-12 ; 
+{3440.}      PHENO2 + C96O2 = PHEN_AP15 : 2.3743e-12 ; 
+{3441.}      PHENO2 + C89CO3 = PHEN_AP16 : 2.3743e-12 ; 
+{3442.}      PHENO2 + C920O2 = PHEN_AP17 : 2.3743e-12 ; 
+{3443.}      PHENO2 + C97O2 = PHEN_AP18 : 2.3743e-12 ; 
+{3444.}      PHENO2 + C85CO3 = PHEN_AP19 : 2.3743e-12 ; 
+{3445.}      PHENO2 + C811CO3 = PHEN_AP20 : 2.3743e-12 ; 
+{3446.}      PHENO2 + C921O2 = PHEN_AP21 : 2.3743e-12 ; 
+{3447.}      PHENO2 + C98O2 = PHEN_AP22 : 2.3743e-12 ; 
+{3448.}      PHENO2 + C922O2 = PHEN_AP23 : 2.3743e-12 ; 
+{3449.}      PHENO2 + C85O2 = PHEN_AP24 : 2.3743e-12 ; 
+{3450.}      PHENO2 + C89O2 = PHEN_AP25 : 2.3743e-12 ; 
+{3451.}      PHENO2 + C86O2 = PHEN_AP26 : 2.3743e-12 ; 
+{3452.}      PHENO2 + C811O2 = PHEN_AP27 : 2.3743e-12 ; 
+{3453.}      PHENO2 + C810O2 = PHEN_AP28 : 2.3743e-12 ; 
+{3454.}      PHENO2 + C812O2 = PHEN_AP29 : 2.3743e-12 ; 
+{3455.}      PHENO2 + C813O2 = PHEN_AP30 : 2.3743e-12 ; 
+{3456.}      PHENO2 + C721CO3 = PHEN_AP31 : 2.3743e-12 ; 
+# inter-VOC ROOR formation: MALDIALCO3
+{3457.}      MALDIALCO3 + C10H15O2O2 = MALa_APoO3 : 3.4641e-13 ; 
+{3458.}      MALDIALCO3 + C10H15O4O2 = MALa_APoO5 : 3.4641e-13 ; 
+{3459.}      MALDIALCO3 + C10H15O6O2 = MALa_APoO7 : 1.4725e-12 ; 
+{3460.}      MALDIALCO3 + C10H15O8O2 = MALa_APoO9 : 2.1091e-12 ; 
+{3461.}      MALDIALCO3 + C10H15O10O2 = MALa_APoO11 : 2.4495e-12 ; 
+{3462.}      MALDIALCO3 + C10H15O12O2 = MALa_APoO13 : 2.4495e-12 ; 
+{3463.}      MALDIALCO3 + C10H15O3O2 = MALa_APoO4 : 3.4641e-13 ; 
+{3464.}      MALDIALCO3 + C10H15O5O2 = MALa_APoO6 : 1.014e-12 ; 
+{3465.}      MALDIALCO3 + C10H15O7O2 = MALa_APoO8 : 1.8188e-12 ; 
+{3466.}      MALDIALCO3 + C10H15O9O2 = MALa_APoO10 : 2.3639e-12 ; 
+{3467.}      MALDIALCO3 + C10H15O11O2 = MALa_APoO12 : 2.4495e-12 ; 
+{3468.}      MALDIALCO3 + C10H17O4O2 = MALa_APhO5 : 3.4641e-13 ; 
+{3469.}      MALDIALCO3 + C10H17O6O2 = MALa_APhO7 : 1.4725e-12 ; 
+{3470.}      MALDIALCO3 + C10H17O8O2 = MALa_APhO9 : 2.1091e-12 ; 
+{3471.}      MALDIALCO3 + C10H17O3O2 = MALa_APhO4 : 3.4641e-13 ; 
+{3472.}      MALDIALCO3 + C10H17O5O2 = MALa_APhO6 : 1.014e-12 ; 
+{3473.}      MALDIALCO3 + C10H17O7O2 = MALa_APhO8 : 1.8188e-12 ; 
+{3474.}      MALDIALCO3 + APINAO2 = MALa_AP01 : 3.4641e-13 ; 
+{3475.}      MALDIALCO3 + APINBO2 = MALa_AP02 : 3.4641e-13 ; 
+{3476.}      MALDIALCO3 + APINCO2 = MALa_AP03 : 3.4641e-13 ; 
+{3477.}      MALDIALCO3 + C107O2 = MALa_AP04 : 3.4641e-13 ; 
+{3478.}      MALDIALCO3 + C109O2 = MALa_AP05 : 3.4641e-13 ; 
+{3479.}      MALDIALCO3 + C106O2 = MALa_AP06 : 3.4641e-13 ; 
+{3480.}      MALDIALCO3 + C920CO3 = MALa_AP07 : 3.4641e-13 ; 
+{3481.}      MALDIALCO3 + C108O2 = MALa_AP08 : 3.4641e-13 ; 
+{3482.}      MALDIALCO3 + PINALO2 = MALa_AP09 : 3.4641e-13 ; 
+{3483.}      MALDIALCO3 + C96CO3 = MALa_AP10 : 3.4641e-13 ; 
+{3484.}      MALDIALCO3 + NAPINAO2 = MALa_AP11N : 3.4641e-13 ; 
+{3485.}      MALDIALCO3 + NAPINBO2 = MALa_AP12N : 3.4641e-13 ; 
+{3486.}      MALDIALCO3 + NC102O2 = MALa_AP13N : 1.4725e-12 ; 
+{3487.}      MALDIALCO3 + NC101O2 = MALa_AP14N : 1.014e-12 ; 
+{3488.}      MALDIALCO3 + C96O2 = MALa_AP15 : 3.4641e-13 ; 
+{3489.}      MALDIALCO3 + C89CO3 = MALa_AP16 : 3.4641e-13 ; 
+{3490.}      MALDIALCO3 + C920O2 = MALa_AP17 : 3.4641e-13 ; 
+{3491.}      MALDIALCO3 + C97O2 = MALa_AP18 : 3.4641e-13 ; 
+{3492.}      MALDIALCO3 + C85CO3 = MALa_AP19 : 3.4641e-13 ; 
+{3493.}      MALDIALCO3 + C811CO3 = MALa_AP20 : 3.4641e-13 ; 
+{3494.}      MALDIALCO3 + C921O2 = MALa_AP21 : 3.4641e-13 ; 
+{3495.}      MALDIALCO3 + C98O2 = MALa_AP22 : 3.4641e-13 ; 
+{3496.}      MALDIALCO3 + C922O2 = MALa_AP23 : 3.4641e-13 ; 
+{3497.}      MALDIALCO3 + C85O2 = MALa_AP24 : 3.4641e-13 ; 
+{3498.}      MALDIALCO3 + C89O2 = MALa_AP25 : 3.4641e-13 ; 
+{3499.}      MALDIALCO3 + C86O2 = MALa_AP26 : 3.4641e-13 ; 
+{3500.}      MALDIALCO3 + C811O2 = MALa_AP27 : 3.4641e-13 ; 
+{3501.}      MALDIALCO3 + C810O2 = MALa_AP28 : 3.4641e-13 ; 
+{3502.}      MALDIALCO3 + C812O2 = MALa_AP29 : 3.4641e-13 ; 
+{3503.}      MALDIALCO3 + C813O2 = MALa_AP30 : 3.4641e-13 ; 
+{3504.}      MALDIALCO3 + C721CO3 = MALa_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: EPXDLCO3
+{3505.}      EPXDLCO3 + C10H15O2O2 = EPX_APoO3 : 3.4641e-13 ; 
+{3506.}      EPXDLCO3 + C10H15O4O2 = EPX_APoO5 : 3.4641e-13 ; 
+{3507.}      EPXDLCO3 + C10H15O6O2 = EPX_APoO7 : 1.4725e-12 ; 
+{3508.}      EPXDLCO3 + C10H15O8O2 = EPX_APoO9 : 2.1091e-12 ; 
+{3509.}      EPXDLCO3 + C10H15O10O2 = EPX_APoO11 : 2.4495e-12 ; 
+{3510.}      EPXDLCO3 + C10H15O12O2 = EPX_APoO13 : 2.4495e-12 ; 
+{3511.}      EPXDLCO3 + C10H15O3O2 = EPX_APoO4 : 3.4641e-13 ; 
+{3512.}      EPXDLCO3 + C10H15O5O2 = EPX_APoO6 : 1.014e-12 ; 
+{3513.}      EPXDLCO3 + C10H15O7O2 = EPX_APoO8 : 1.8188e-12 ; 
+{3514.}      EPXDLCO3 + C10H15O9O2 = EPX_APoO10 : 2.3639e-12 ; 
+{3515.}      EPXDLCO3 + C10H15O11O2 = EPX_APoO12 : 2.4495e-12 ; 
+{3516.}      EPXDLCO3 + C10H17O4O2 = EPX_APhO5 : 3.4641e-13 ; 
+{3517.}      EPXDLCO3 + C10H17O6O2 = EPX_APhO7 : 1.4725e-12 ; 
+{3518.}      EPXDLCO3 + C10H17O8O2 = EPX_APhO9 : 2.1091e-12 ; 
+{3519.}      EPXDLCO3 + C10H17O3O2 = EPX_APhO4 : 3.4641e-13 ; 
+{3520.}      EPXDLCO3 + C10H17O5O2 = EPX_APhO6 : 1.014e-12 ; 
+{3521.}      EPXDLCO3 + C10H17O7O2 = EPX_APhO8 : 1.8188e-12 ; 
+{3522.}      EPXDLCO3 + APINAO2 = EPX_AP01 : 3.4641e-13 ; 
+{3523.}      EPXDLCO3 + APINBO2 = EPX_AP02 : 3.4641e-13 ; 
+{3524.}      EPXDLCO3 + APINCO2 = EPX_AP03 : 3.4641e-13 ; 
+{3525.}      EPXDLCO3 + C107O2 = EPX_AP04 : 3.4641e-13 ; 
+{3526.}      EPXDLCO3 + C109O2 = EPX_AP05 : 3.4641e-13 ; 
+{3527.}      EPXDLCO3 + C106O2 = EPX_AP06 : 3.4641e-13 ; 
+{3528.}      EPXDLCO3 + C920CO3 = EPX_AP07 : 3.4641e-13 ; 
+{3529.}      EPXDLCO3 + C108O2 = EPX_AP08 : 3.4641e-13 ; 
+{3530.}      EPXDLCO3 + PINALO2 = EPX_AP09 : 3.4641e-13 ; 
+{3531.}      EPXDLCO3 + C96CO3 = EPX_AP10 : 3.4641e-13 ; 
+{3532.}      EPXDLCO3 + NAPINAO2 = EPX_AP11N : 3.4641e-13 ; 
+{3533.}      EPXDLCO3 + NAPINBO2 = EPX_AP12N : 3.4641e-13 ; 
+{3534.}      EPXDLCO3 + NC102O2 = EPX_AP13N : 1.4725e-12 ; 
+{3535.}      EPXDLCO3 + NC101O2 = EPX_AP14N : 1.014e-12 ; 
+{3536.}      EPXDLCO3 + C96O2 = EPX_AP15 : 3.4641e-13 ; 
+{3537.}      EPXDLCO3 + C89CO3 = EPX_AP16 : 3.4641e-13 ; 
+{3538.}      EPXDLCO3 + C920O2 = EPX_AP17 : 3.4641e-13 ; 
+{3539.}      EPXDLCO3 + C97O2 = EPX_AP18 : 3.4641e-13 ; 
+{3540.}      EPXDLCO3 + C85CO3 = EPX_AP19 : 3.4641e-13 ; 
+{3541.}      EPXDLCO3 + C811CO3 = EPX_AP20 : 3.4641e-13 ; 
+{3542.}      EPXDLCO3 + C921O2 = EPX_AP21 : 3.4641e-13 ; 
+{3543.}      EPXDLCO3 + C98O2 = EPX_AP22 : 3.4641e-13 ; 
+{3544.}      EPXDLCO3 + C922O2 = EPX_AP23 : 3.4641e-13 ; 
+{3545.}      EPXDLCO3 + C85O2 = EPX_AP24 : 3.4641e-13 ; 
+{3546.}      EPXDLCO3 + C89O2 = EPX_AP25 : 3.4641e-13 ; 
+{3547.}      EPXDLCO3 + C86O2 = EPX_AP26 : 3.4641e-13 ; 
+{3548.}      EPXDLCO3 + C811O2 = EPX_AP27 : 3.4641e-13 ; 
+{3549.}      EPXDLCO3 + C810O2 = EPX_AP28 : 3.4641e-13 ; 
+{3550.}      EPXDLCO3 + C812O2 = EPX_AP29 : 3.4641e-13 ; 
+{3551.}      EPXDLCO3 + C813O2 = EPX_AP30 : 3.4641e-13 ; 
+{3552.}      EPXDLCO3 + C721CO3 = EPX_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: C3DIALO2
+{3553.}      C3DIALO2 + C10H15O2O2 = C3DI_APoO3 : 3.4641e-13 ; 
+{3554.}      C3DIALO2 + C10H15O4O2 = C3DI_APoO5 : 3.4641e-13 ; 
+{3555.}      C3DIALO2 + C10H15O6O2 = C3DI_APoO7 : 1.4725e-12 ; 
+{3556.}      C3DIALO2 + C10H15O8O2 = C3DI_APoO9 : 2.1091e-12 ; 
+{3557.}      C3DIALO2 + C10H15O10O2 = C3DI_APoO11 : 2.4495e-12 ; 
+{3558.}      C3DIALO2 + C10H15O12O2 = C3DI_APoO13 : 2.4495e-12 ; 
+{3559.}      C3DIALO2 + C10H15O3O2 = C3DI_APoO4 : 3.4641e-13 ; 
+{3560.}      C3DIALO2 + C10H15O5O2 = C3DI_APoO6 : 1.014e-12 ; 
+{3561.}      C3DIALO2 + C10H15O7O2 = C3DI_APoO8 : 1.8188e-12 ; 
+{3562.}      C3DIALO2 + C10H15O9O2 = C3DI_APoO10 : 2.3639e-12 ; 
+{3563.}      C3DIALO2 + C10H15O11O2 = C3DI_APoO12 : 2.4495e-12 ; 
+{3564.}      C3DIALO2 + C10H17O4O2 = C3DI_APhO5 : 3.4641e-13 ; 
+{3565.}      C3DIALO2 + C10H17O6O2 = C3DI_APhO7 : 1.4725e-12 ; 
+{3566.}      C3DIALO2 + C10H17O8O2 = C3DI_APhO9 : 2.1091e-12 ; 
+{3567.}      C3DIALO2 + C10H17O3O2 = C3DI_APhO4 : 3.4641e-13 ; 
+{3568.}      C3DIALO2 + C10H17O5O2 = C3DI_APhO6 : 1.014e-12 ; 
+{3569.}      C3DIALO2 + C10H17O7O2 = C3DI_APhO8 : 1.8188e-12 ; 
+{3570.}      C3DIALO2 + APINAO2 = C3DI_AP01 : 3.4641e-13 ; 
+{3571.}      C3DIALO2 + APINBO2 = C3DI_AP02 : 3.4641e-13 ; 
+{3572.}      C3DIALO2 + APINCO2 = C3DI_AP03 : 3.4641e-13 ; 
+{3573.}      C3DIALO2 + C107O2 = C3DI_AP04 : 3.4641e-13 ; 
+{3574.}      C3DIALO2 + C109O2 = C3DI_AP05 : 3.4641e-13 ; 
+{3575.}      C3DIALO2 + C106O2 = C3DI_AP06 : 3.4641e-13 ; 
+{3576.}      C3DIALO2 + C920CO3 = C3DI_AP07 : 3.4641e-13 ; 
+{3577.}      C3DIALO2 + C108O2 = C3DI_AP08 : 3.4641e-13 ; 
+{3578.}      C3DIALO2 + PINALO2 = C3DI_AP09 : 3.4641e-13 ; 
+{3579.}      C3DIALO2 + C96CO3 = C3DI_AP10 : 3.4641e-13 ; 
+{3580.}      C3DIALO2 + NAPINAO2 = C3DI_AP11N : 3.4641e-13 ; 
+{3581.}      C3DIALO2 + NAPINBO2 = C3DI_AP12N : 3.4641e-13 ; 
+{3582.}      C3DIALO2 + NC102O2 = C3DI_AP13N : 1.4725e-12 ; 
+{3583.}      C3DIALO2 + NC101O2 = C3DI_AP14N : 1.014e-12 ; 
+{3584.}      C3DIALO2 + C96O2 = C3DI_AP15 : 3.4641e-13 ; 
+{3585.}      C3DIALO2 + C89CO3 = C3DI_AP16 : 3.4641e-13 ; 
+{3586.}      C3DIALO2 + C920O2 = C3DI_AP17 : 3.4641e-13 ; 
+{3587.}      C3DIALO2 + C97O2 = C3DI_AP18 : 3.4641e-13 ; 
+{3588.}      C3DIALO2 + C85CO3 = C3DI_AP19 : 3.4641e-13 ; 
+{3589.}      C3DIALO2 + C811CO3 = C3DI_AP20 : 3.4641e-13 ; 
+{3590.}      C3DIALO2 + C921O2 = C3DI_AP21 : 3.4641e-13 ; 
+{3591.}      C3DIALO2 + C98O2 = C3DI_AP22 : 3.4641e-13 ; 
+{3592.}      C3DIALO2 + C922O2 = C3DI_AP23 : 3.4641e-13 ; 
+{3593.}      C3DIALO2 + C85O2 = C3DI_AP24 : 3.4641e-13 ; 
+{3594.}      C3DIALO2 + C89O2 = C3DI_AP25 : 3.4641e-13 ; 
+{3595.}      C3DIALO2 + C86O2 = C3DI_AP26 : 3.4641e-13 ; 
+{3596.}      C3DIALO2 + C811O2 = C3DI_AP27 : 3.4641e-13 ; 
+{3597.}      C3DIALO2 + C810O2 = C3DI_AP28 : 3.4641e-13 ; 
+{3598.}      C3DIALO2 + C812O2 = C3DI_AP29 : 3.4641e-13 ; 
+{3599.}      C3DIALO2 + C813O2 = C3DI_AP30 : 3.4641e-13 ; 
+{3600.}      C3DIALO2 + C721CO3 = C3DI_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: MALDIALO2
+{3601.}      MALDIALO2 + C10H15O2O2 = MALb_APoO3 : 3.4641e-13 ; 
+{3602.}      MALDIALO2 + C10H15O4O2 = MALb_APoO5 : 3.4641e-13 ; 
+{3603.}      MALDIALO2 + C10H15O6O2 = MALb_APoO7 : 1.4725e-12 ; 
+{3604.}      MALDIALO2 + C10H15O8O2 = MALb_APoO9 : 2.1091e-12 ; 
+{3605.}      MALDIALO2 + C10H15O10O2 = MALb_APoO11 : 2.4495e-12 ; 
+{3606.}      MALDIALO2 + C10H15O12O2 = MALb_APoO13 : 2.4495e-12 ; 
+{3607.}      MALDIALO2 + C10H15O3O2 = MALb_APoO4 : 3.4641e-13 ; 
+{3608.}      MALDIALO2 + C10H15O5O2 = MALb_APoO6 : 1.014e-12 ; 
+{3609.}      MALDIALO2 + C10H15O7O2 = MALb_APoO8 : 1.8188e-12 ; 
+{3610.}      MALDIALO2 + C10H15O9O2 = MALb_APoO10 : 2.3639e-12 ; 
+{3611.}      MALDIALO2 + C10H15O11O2 = MALb_APoO12 : 2.4495e-12 ; 
+{3612.}      MALDIALO2 + C10H17O4O2 = MALb_APhO5 : 3.4641e-13 ; 
+{3613.}      MALDIALO2 + C10H17O6O2 = MALb_APhO7 : 1.4725e-12 ; 
+{3614.}      MALDIALO2 + C10H17O8O2 = MALb_APhO9 : 2.1091e-12 ; 
+{3615.}      MALDIALO2 + C10H17O3O2 = MALb_APhO4 : 3.4641e-13 ; 
+{3616.}      MALDIALO2 + C10H17O5O2 = MALb_APhO6 : 1.014e-12 ; 
+{3617.}      MALDIALO2 + C10H17O7O2 = MALb_APhO8 : 1.8188e-12 ; 
+{3618.}      MALDIALO2 + APINAO2 = MALb_AP01 : 3.4641e-13 ; 
+{3619.}      MALDIALO2 + APINBO2 = MALb_AP02 : 3.4641e-13 ; 
+{3620.}      MALDIALO2 + APINCO2 = MALb_AP03 : 3.4641e-13 ; 
+{3621.}      MALDIALO2 + C107O2 = MALb_AP04 : 3.4641e-13 ; 
+{3622.}      MALDIALO2 + C109O2 = MALb_AP05 : 3.4641e-13 ; 
+{3623.}      MALDIALO2 + C106O2 = MALb_AP06 : 3.4641e-13 ; 
+{3624.}      MALDIALO2 + C920CO3 = MALb_AP07 : 3.4641e-13 ; 
+{3625.}      MALDIALO2 + C108O2 = MALb_AP08 : 3.4641e-13 ; 
+{3626.}      MALDIALO2 + PINALO2 = MALb_AP09 : 3.4641e-13 ; 
+{3627.}      MALDIALO2 + C96CO3 = MALb_AP10 : 3.4641e-13 ; 
+{3628.}      MALDIALO2 + NAPINAO2 = MALb_AP11N : 3.4641e-13 ; 
+{3629.}      MALDIALO2 + NAPINBO2 = MALb_AP12N : 3.4641e-13 ; 
+{3630.}      MALDIALO2 + NC102O2 = MALb_AP13N : 1.4725e-12 ; 
+{3631.}      MALDIALO2 + NC101O2 = MALb_AP14N : 1.014e-12 ; 
+{3632.}      MALDIALO2 + C96O2 = MALb_AP15 : 3.4641e-13 ; 
+{3633.}      MALDIALO2 + C89CO3 = MALb_AP16 : 3.4641e-13 ; 
+{3634.}      MALDIALO2 + C920O2 = MALb_AP17 : 3.4641e-13 ; 
+{3635.}      MALDIALO2 + C97O2 = MALb_AP18 : 3.4641e-13 ; 
+{3636.}      MALDIALO2 + C85CO3 = MALb_AP19 : 3.4641e-13 ; 
+{3637.}      MALDIALO2 + C811CO3 = MALb_AP20 : 3.4641e-13 ; 
+{3638.}      MALDIALO2 + C921O2 = MALb_AP21 : 3.4641e-13 ; 
+{3639.}      MALDIALO2 + C98O2 = MALb_AP22 : 3.4641e-13 ; 
+{3640.}      MALDIALO2 + C922O2 = MALb_AP23 : 3.4641e-13 ; 
+{3641.}      MALDIALO2 + C85O2 = MALb_AP24 : 3.4641e-13 ; 
+{3642.}      MALDIALO2 + C89O2 = MALb_AP25 : 3.4641e-13 ; 
+{3643.}      MALDIALO2 + C86O2 = MALb_AP26 : 3.4641e-13 ; 
+{3644.}      MALDIALO2 + C811O2 = MALb_AP27 : 3.4641e-13 ; 
+{3645.}      MALDIALO2 + C810O2 = MALb_AP28 : 3.4641e-13 ; 
+{3646.}      MALDIALO2 + C812O2 = MALb_AP29 : 3.4641e-13 ; 
+{3647.}      MALDIALO2 + C813O2 = MALb_AP30 : 3.4641e-13 ; 
+{3648.}      MALDIALO2 + C721CO3 = MALb_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: C6H5O2
+{3649.}      C6H5O2 + C10H15O2O2 = C6a_APoO3 : 3.4641e-13 ; 
+{3650.}      C6H5O2 + C10H15O4O2 = C6a_APoO5 : 3.4641e-13 ; 
+{3651.}      C6H5O2 + C10H15O6O2 = C6a_APoO7 : 1.4725e-12 ; 
+{3652.}      C6H5O2 + C10H15O8O2 = C6a_APoO9 : 2.1091e-12 ; 
+{3653.}      C6H5O2 + C10H15O10O2 = C6a_APoO11 : 2.4495e-12 ; 
+{3654.}      C6H5O2 + C10H15O12O2 = C6a_APoO13 : 2.4495e-12 ; 
+{3655.}      C6H5O2 + C10H15O3O2 = C6a_APoO4 : 3.4641e-13 ; 
+{3656.}      C6H5O2 + C10H15O5O2 = C6a_APoO6 : 1.014e-12 ; 
+{3657.}      C6H5O2 + C10H15O7O2 = C6a_APoO8 : 1.8188e-12 ; 
+{3658.}      C6H5O2 + C10H15O9O2 = C6a_APoO10 : 2.3639e-12 ; 
+{3659.}      C6H5O2 + C10H15O11O2 = C6a_APoO12 : 2.4495e-12 ; 
+{3660.}      C6H5O2 + C10H17O4O2 = C6a_APhO5 : 3.4641e-13 ; 
+{3661.}      C6H5O2 + C10H17O6O2 = C6a_APhO7 : 1.4725e-12 ; 
+{3662.}      C6H5O2 + C10H17O8O2 = C6a_APhO9 : 2.1091e-12 ; 
+{3663.}      C6H5O2 + C10H17O3O2 = C6a_APhO4 : 3.4641e-13 ; 
+{3664.}      C6H5O2 + C10H17O5O2 = C6a_APhO6 : 1.014e-12 ; 
+{3665.}      C6H5O2 + C10H17O7O2 = C6a_APhO8 : 1.8188e-12 ; 
+{3666.}      C6H5O2 + APINAO2 = C6a_AP01 : 3.4641e-13 ; 
+{3667.}      C6H5O2 + APINBO2 = C6a_AP02 : 3.4641e-13 ; 
+{3668.}      C6H5O2 + APINCO2 = C6a_AP03 : 3.4641e-13 ; 
+{3669.}      C6H5O2 + C107O2 = C6a_AP04 : 3.4641e-13 ; 
+{3670.}      C6H5O2 + C109O2 = C6a_AP05 : 3.4641e-13 ; 
+{3671.}      C6H5O2 + C106O2 = C6a_AP06 : 3.4641e-13 ; 
+{3672.}      C6H5O2 + C920CO3 = C6a_AP07 : 3.4641e-13 ; 
+{3673.}      C6H5O2 + C108O2 = C6a_AP08 : 3.4641e-13 ; 
+{3674.}      C6H5O2 + PINALO2 = C6a_AP09 : 3.4641e-13 ; 
+{3675.}      C6H5O2 + C96CO3 = C6a_AP10 : 3.4641e-13 ; 
+{3676.}      C6H5O2 + NAPINAO2 = C6a_AP11N : 3.4641e-13 ; 
+{3677.}      C6H5O2 + NAPINBO2 = C6a_AP12N : 3.4641e-13 ; 
+{3678.}      C6H5O2 + NC102O2 = C6a_AP13N : 1.4725e-12 ; 
+{3679.}      C6H5O2 + NC101O2 = C6a_AP14N : 1.014e-12 ; 
+{3680.}      C6H5O2 + C96O2 = C6a_AP15 : 3.4641e-13 ; 
+{3681.}      C6H5O2 + C89CO3 = C6a_AP16 : 3.4641e-13 ; 
+{3682.}      C6H5O2 + C920O2 = C6a_AP17 : 3.4641e-13 ; 
+{3683.}      C6H5O2 + C97O2 = C6a_AP18 : 3.4641e-13 ; 
+{3684.}      C6H5O2 + C85CO3 = C6a_AP19 : 3.4641e-13 ; 
+{3685.}      C6H5O2 + C811CO3 = C6a_AP20 : 3.4641e-13 ; 
+{3686.}      C6H5O2 + C921O2 = C6a_AP21 : 3.4641e-13 ; 
+{3687.}      C6H5O2 + C98O2 = C6a_AP22 : 3.4641e-13 ; 
+{3688.}      C6H5O2 + C922O2 = C6a_AP23 : 3.4641e-13 ; 
+{3689.}      C6H5O2 + C85O2 = C6a_AP24 : 3.4641e-13 ; 
+{3690.}      C6H5O2 + C89O2 = C6a_AP25 : 3.4641e-13 ; 
+{3691.}      C6H5O2 + C86O2 = C6a_AP26 : 3.4641e-13 ; 
+{3692.}      C6H5O2 + C811O2 = C6a_AP27 : 3.4641e-13 ; 
+{3693.}      C6H5O2 + C810O2 = C6a_AP28 : 3.4641e-13 ; 
+{3694.}      C6H5O2 + C812O2 = C6a_AP29 : 3.4641e-13 ; 
+{3695.}      C6H5O2 + C813O2 = C6a_AP30 : 3.4641e-13 ; 
+{3696.}      C6H5O2 + C721CO3 = C6a_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: NBZFUO2
+{3697.}      NBZFUO2 + C10H15O2O2 = NBZa_APoO3 : 2.776e-12 ; 
+{3698.}      NBZFUO2 + C10H15O4O2 = NBZa_APoO5 : 2.776e-12 ; 
+{3699.}      NBZFUO2 + C10H15O6O2 = NBZa_APoO7 : 1.18e-11 ; 
+{3700.}      NBZFUO2 + C10H15O8O2 = NBZa_APoO9 : 1.6901e-11 ; 
+{3701.}      NBZFUO2 + C10H15O10O2 = NBZa_APoO11 : 1.9629e-11 ; 
+{3702.}      NBZFUO2 + C10H15O12O2 = NBZa_APoO13 : 1.9629e-11 ; 
+{3703.}      NBZFUO2 + C10H15O3O2 = NBZa_APoO4 : 2.776e-12 ; 
+{3704.}      NBZFUO2 + C10H15O5O2 = NBZa_APoO6 : 8.1258e-12 ; 
+{3705.}      NBZFUO2 + C10H15O7O2 = NBZa_APoO8 : 1.4576e-11 ; 
+{3706.}      NBZFUO2 + C10H15O9O2 = NBZa_APoO10 : 1.8944e-11 ; 
+{3707.}      NBZFUO2 + C10H15O11O2 = NBZa_APoO12 : 1.9629e-11 ; 
+{3708.}      NBZFUO2 + C10H17O4O2 = NBZa_APhO5 : 2.776e-12 ; 
+{3709.}      NBZFUO2 + C10H17O6O2 = NBZa_APhO7 : 1.18e-11 ; 
+{3710.}      NBZFUO2 + C10H17O8O2 = NBZa_APhO9 : 1.6901e-11 ; 
+{3711.}      NBZFUO2 + C10H17O3O2 = NBZa_APhO4 : 2.776e-12 ; 
+{3712.}      NBZFUO2 + C10H17O5O2 = NBZa_APhO6 : 8.1258e-12 ; 
+{3713.}      NBZFUO2 + C10H17O7O2 = NBZa_APhO8 : 1.4576e-11 ; 
+{3714.}      NBZFUO2 + APINAO2 = NBZa_AP01 : 2.776e-12 ; 
+{3715.}      NBZFUO2 + APINBO2 = NBZa_AP02 : 2.776e-12 ; 
+{3716.}      NBZFUO2 + APINCO2 = NBZa_AP03 : 2.776e-12 ; 
+{3717.}      NBZFUO2 + C107O2 = NBZa_AP04 : 2.776e-12 ; 
+{3718.}      NBZFUO2 + C109O2 = NBZa_AP05 : 2.776e-12 ; 
+{3719.}      NBZFUO2 + C106O2 = NBZa_AP06 : 2.776e-12 ; 
+{3720.}      NBZFUO2 + C920CO3 = NBZa_AP07 : 2.776e-12 ; 
+{3721.}      NBZFUO2 + C108O2 = NBZa_AP08 : 2.776e-12 ; 
+{3722.}      NBZFUO2 + PINALO2 = NBZa_AP09 : 2.776e-12 ; 
+{3723.}      NBZFUO2 + C96CO3 = NBZa_AP10 : 2.776e-12 ; 
+{3724.}      NBZFUO2 + NAPINAO2 = NBZa_AP11N : 2.776e-12 ; 
+{3725.}      NBZFUO2 + NAPINBO2 = NBZa_AP12N : 2.776e-12 ; 
+{3726.}      NBZFUO2 + NC102O2 = NBZa_AP13N : 1.18e-11 ; 
+{3727.}      NBZFUO2 + NC101O2 = NBZa_AP14N : 8.1258e-12 ; 
+{3728.}      NBZFUO2 + C96O2 = NBZa_AP15 : 2.776e-12 ; 
+{3729.}      NBZFUO2 + C89CO3 = NBZa_AP16 : 2.776e-12 ; 
+{3730.}      NBZFUO2 + C920O2 = NBZa_AP17 : 2.776e-12 ; 
+{3731.}      NBZFUO2 + C97O2 = NBZa_AP18 : 2.776e-12 ; 
+{3732.}      NBZFUO2 + C85CO3 = NBZa_AP19 : 2.776e-12 ; 
+{3733.}      NBZFUO2 + C811CO3 = NBZa_AP20 : 2.776e-12 ; 
+{3734.}      NBZFUO2 + C921O2 = NBZa_AP21 : 2.776e-12 ; 
+{3735.}      NBZFUO2 + C98O2 = NBZa_AP22 : 2.776e-12 ; 
+{3736.}      NBZFUO2 + C922O2 = NBZa_AP23 : 2.776e-12 ; 
+{3737.}      NBZFUO2 + C85O2 = NBZa_AP24 : 2.776e-12 ; 
+{3738.}      NBZFUO2 + C89O2 = NBZa_AP25 : 2.776e-12 ; 
+{3739.}      NBZFUO2 + C86O2 = NBZa_AP26 : 2.776e-12 ; 
+{3740.}      NBZFUO2 + C811O2 = NBZa_AP27 : 2.776e-12 ; 
+{3741.}      NBZFUO2 + C810O2 = NBZa_AP28 : 2.776e-12 ; 
+{3742.}      NBZFUO2 + C812O2 = NBZa_AP29 : 2.776e-12 ; 
+{3743.}      NBZFUO2 + C813O2 = NBZa_AP30 : 2.776e-12 ; 
+{3744.}      NBZFUO2 + C721CO3 = NBZa_AP31 : 2.776e-12 ; 
+# inter-VOC ROOR formation: BZFUO2
+{3745.}      BZFUO2 + C10H15O2O2 = BZFU_APoO3 : 3.4641e-13 ; 
+{3746.}      BZFUO2 + C10H15O4O2 = BZFU_APoO5 : 3.4641e-13 ; 
+{3747.}      BZFUO2 + C10H15O6O2 = BZFU_APoO7 : 1.4725e-12 ; 
+{3748.}      BZFUO2 + C10H15O8O2 = BZFU_APoO9 : 2.1091e-12 ; 
+{3749.}      BZFUO2 + C10H15O10O2 = BZFU_APoO11 : 2.4495e-12 ; 
+{3750.}      BZFUO2 + C10H15O12O2 = BZFU_APoO13 : 2.4495e-12 ; 
+{3751.}      BZFUO2 + C10H15O3O2 = BZFU_APoO4 : 3.4641e-13 ; 
+{3752.}      BZFUO2 + C10H15O5O2 = BZFU_APoO6 : 1.014e-12 ; 
+{3753.}      BZFUO2 + C10H15O7O2 = BZFU_APoO8 : 1.8188e-12 ; 
+{3754.}      BZFUO2 + C10H15O9O2 = BZFU_APoO10 : 2.3639e-12 ; 
+{3755.}      BZFUO2 + C10H15O11O2 = BZFU_APoO12 : 2.4495e-12 ; 
+{3756.}      BZFUO2 + C10H17O4O2 = BZFU_APhO5 : 3.4641e-13 ; 
+{3757.}      BZFUO2 + C10H17O6O2 = BZFU_APhO7 : 1.4725e-12 ; 
+{3758.}      BZFUO2 + C10H17O8O2 = BZFU_APhO9 : 2.1091e-12 ; 
+{3759.}      BZFUO2 + C10H17O3O2 = BZFU_APhO4 : 3.4641e-13 ; 
+{3760.}      BZFUO2 + C10H17O5O2 = BZFU_APhO6 : 1.014e-12 ; 
+{3761.}      BZFUO2 + C10H17O7O2 = BZFU_APhO8 : 1.8188e-12 ; 
+{3762.}      BZFUO2 + APINAO2 = BZFU_AP01 : 3.4641e-13 ; 
+{3763.}      BZFUO2 + APINBO2 = BZFU_AP02 : 3.4641e-13 ; 
+{3764.}      BZFUO2 + APINCO2 = BZFU_AP03 : 3.4641e-13 ; 
+{3765.}      BZFUO2 + C107O2 = BZFU_AP04 : 3.4641e-13 ; 
+{3766.}      BZFUO2 + C109O2 = BZFU_AP05 : 3.4641e-13 ; 
+{3767.}      BZFUO2 + C106O2 = BZFU_AP06 : 3.4641e-13 ; 
+{3768.}      BZFUO2 + C920CO3 = BZFU_AP07 : 3.4641e-13 ; 
+{3769.}      BZFUO2 + C108O2 = BZFU_AP08 : 3.4641e-13 ; 
+{3770.}      BZFUO2 + PINALO2 = BZFU_AP09 : 3.4641e-13 ; 
+{3771.}      BZFUO2 + C96CO3 = BZFU_AP10 : 3.4641e-13 ; 
+{3772.}      BZFUO2 + NAPINAO2 = BZFU_AP11N : 3.4641e-13 ; 
+{3773.}      BZFUO2 + NAPINBO2 = BZFU_AP12N : 3.4641e-13 ; 
+{3774.}      BZFUO2 + NC102O2 = BZFU_AP13N : 1.4725e-12 ; 
+{3775.}      BZFUO2 + NC101O2 = BZFU_AP14N : 1.014e-12 ; 
+{3776.}      BZFUO2 + C96O2 = BZFU_AP15 : 3.4641e-13 ; 
+{3777.}      BZFUO2 + C89CO3 = BZFU_AP16 : 3.4641e-13 ; 
+{3778.}      BZFUO2 + C920O2 = BZFU_AP17 : 3.4641e-13 ; 
+{3779.}      BZFUO2 + C97O2 = BZFU_AP18 : 3.4641e-13 ; 
+{3780.}      BZFUO2 + C85CO3 = BZFU_AP19 : 3.4641e-13 ; 
+{3781.}      BZFUO2 + C811CO3 = BZFU_AP20 : 3.4641e-13 ; 
+{3782.}      BZFUO2 + C921O2 = BZFU_AP21 : 3.4641e-13 ; 
+{3783.}      BZFUO2 + C98O2 = BZFU_AP22 : 3.4641e-13 ; 
+{3784.}      BZFUO2 + C922O2 = BZFU_AP23 : 3.4641e-13 ; 
+{3785.}      BZFUO2 + C85O2 = BZFU_AP24 : 3.4641e-13 ; 
+{3786.}      BZFUO2 + C89O2 = BZFU_AP25 : 3.4641e-13 ; 
+{3787.}      BZFUO2 + C86O2 = BZFU_AP26 : 3.4641e-13 ; 
+{3788.}      BZFUO2 + C811O2 = BZFU_AP27 : 3.4641e-13 ; 
+{3789.}      BZFUO2 + C810O2 = BZFU_AP28 : 3.4641e-13 ; 
+{3790.}      BZFUO2 + C812O2 = BZFU_AP29 : 3.4641e-13 ; 
+{3791.}      BZFUO2 + C813O2 = BZFU_AP30 : 3.4641e-13 ; 
+{3792.}      BZFUO2 + C721CO3 = BZFU_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: HCOCOHCO3
+{3793.}      HCOCOHCO3 + C10H15O2O2 = C3a_APoO3 : 3.4641e-13 ; 
+{3794.}      HCOCOHCO3 + C10H15O4O2 = C3a_APoO5 : 3.4641e-13 ; 
+{3795.}      HCOCOHCO3 + C10H15O6O2 = C3a_APoO7 : 1.4725e-12 ; 
+{3796.}      HCOCOHCO3 + C10H15O8O2 = C3a_APoO9 : 2.1091e-12 ; 
+{3797.}      HCOCOHCO3 + C10H15O10O2 = C3a_APoO11 : 2.4495e-12 ; 
+{3798.}      HCOCOHCO3 + C10H15O12O2 = C3a_APoO13 : 2.4495e-12 ; 
+{3799.}      HCOCOHCO3 + C10H15O3O2 = C3a_APoO4 : 3.4641e-13 ; 
+{3800.}      HCOCOHCO3 + C10H15O5O2 = C3a_APoO6 : 1.014e-12 ; 
+{3801.}      HCOCOHCO3 + C10H15O7O2 = C3a_APoO8 : 1.8188e-12 ; 
+{3802.}      HCOCOHCO3 + C10H15O9O2 = C3a_APoO10 : 2.3639e-12 ; 
+{3803.}      HCOCOHCO3 + C10H15O11O2 = C3a_APoO12 : 2.4495e-12 ; 
+{3804.}      HCOCOHCO3 + C10H17O4O2 = C3a_APhO5 : 3.4641e-13 ; 
+{3805.}      HCOCOHCO3 + C10H17O6O2 = C3a_APhO7 : 1.4725e-12 ; 
+{3806.}      HCOCOHCO3 + C10H17O8O2 = C3a_APhO9 : 2.1091e-12 ; 
+{3807.}      HCOCOHCO3 + C10H17O3O2 = C3a_APhO4 : 3.4641e-13 ; 
+{3808.}      HCOCOHCO3 + C10H17O5O2 = C3a_APhO6 : 1.014e-12 ; 
+{3809.}      HCOCOHCO3 + C10H17O7O2 = C3a_APhO8 : 1.8188e-12 ; 
+{3810.}      HCOCOHCO3 + APINAO2 = C3a_AP01 : 3.4641e-13 ; 
+{3811.}      HCOCOHCO3 + APINBO2 = C3a_AP02 : 3.4641e-13 ; 
+{3812.}      HCOCOHCO3 + APINCO2 = C3a_AP03 : 3.4641e-13 ; 
+{3813.}      HCOCOHCO3 + C107O2 = C3a_AP04 : 3.4641e-13 ; 
+{3814.}      HCOCOHCO3 + C109O2 = C3a_AP05 : 3.4641e-13 ; 
+{3815.}      HCOCOHCO3 + C106O2 = C3a_AP06 : 3.4641e-13 ; 
+{3816.}      HCOCOHCO3 + C920CO3 = C3a_AP07 : 3.4641e-13 ; 
+{3817.}      HCOCOHCO3 + C108O2 = C3a_AP08 : 3.4641e-13 ; 
+{3818.}      HCOCOHCO3 + PINALO2 = C3a_AP09 : 3.4641e-13 ; 
+{3819.}      HCOCOHCO3 + C96CO3 = C3a_AP10 : 3.4641e-13 ; 
+{3820.}      HCOCOHCO3 + NAPINAO2 = C3a_AP11N : 3.4641e-13 ; 
+{3821.}      HCOCOHCO3 + NAPINBO2 = C3a_AP12N : 3.4641e-13 ; 
+{3822.}      HCOCOHCO3 + NC102O2 = C3a_AP13N : 1.4725e-12 ; 
+{3823.}      HCOCOHCO3 + NC101O2 = C3a_AP14N : 1.014e-12 ; 
+{3824.}      HCOCOHCO3 + C96O2 = C3a_AP15 : 3.4641e-13 ; 
+{3825.}      HCOCOHCO3 + C89CO3 = C3a_AP16 : 3.4641e-13 ; 
+{3826.}      HCOCOHCO3 + C920O2 = C3a_AP17 : 3.4641e-13 ; 
+{3827.}      HCOCOHCO3 + C97O2 = C3a_AP18 : 3.4641e-13 ; 
+{3828.}      HCOCOHCO3 + C85CO3 = C3a_AP19 : 3.4641e-13 ; 
+{3829.}      HCOCOHCO3 + C811CO3 = C3a_AP20 : 3.4641e-13 ; 
+{3830.}      HCOCOHCO3 + C921O2 = C3a_AP21 : 3.4641e-13 ; 
+{3831.}      HCOCOHCO3 + C98O2 = C3a_AP22 : 3.4641e-13 ; 
+{3832.}      HCOCOHCO3 + C922O2 = C3a_AP23 : 3.4641e-13 ; 
+{3833.}      HCOCOHCO3 + C85O2 = C3a_AP24 : 3.4641e-13 ; 
+{3834.}      HCOCOHCO3 + C89O2 = C3a_AP25 : 3.4641e-13 ; 
+{3835.}      HCOCOHCO3 + C86O2 = C3a_AP26 : 3.4641e-13 ; 
+{3836.}      HCOCOHCO3 + C811O2 = C3a_AP27 : 3.4641e-13 ; 
+{3837.}      HCOCOHCO3 + C810O2 = C3a_AP28 : 3.4641e-13 ; 
+{3838.}      HCOCOHCO3 + C812O2 = C3a_AP29 : 3.4641e-13 ; 
+{3839.}      HCOCOHCO3 + C813O2 = C3a_AP30 : 3.4641e-13 ; 
+{3840.}      HCOCOHCO3 + C721CO3 = C3a_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: CATEC1O2
+{3841.}      CATEC1O2 + C10H15O2O2 = CATE_APoO3 : 3.4641e-13 ; 
+{3842.}      CATEC1O2 + C10H15O4O2 = CATE_APoO5 : 3.4641e-13 ; 
+{3843.}      CATEC1O2 + C10H15O6O2 = CATE_APoO7 : 1.4725e-12 ; 
+{3844.}      CATEC1O2 + C10H15O8O2 = CATE_APoO9 : 2.1091e-12 ; 
+{3845.}      CATEC1O2 + C10H15O10O2 = CATE_APoO11 : 2.4495e-12 ; 
+{3846.}      CATEC1O2 + C10H15O12O2 = CATE_APoO13 : 2.4495e-12 ; 
+{3847.}      CATEC1O2 + C10H15O3O2 = CATE_APoO4 : 3.4641e-13 ; 
+{3848.}      CATEC1O2 + C10H15O5O2 = CATE_APoO6 : 1.014e-12 ; 
+{3849.}      CATEC1O2 + C10H15O7O2 = CATE_APoO8 : 1.8188e-12 ; 
+{3850.}      CATEC1O2 + C10H15O9O2 = CATE_APoO10 : 2.3639e-12 ; 
+{3851.}      CATEC1O2 + C10H15O11O2 = CATE_APoO12 : 2.4495e-12 ; 
+{3852.}      CATEC1O2 + C10H17O4O2 = CATE_APhO5 : 3.4641e-13 ; 
+{3853.}      CATEC1O2 + C10H17O6O2 = CATE_APhO7 : 1.4725e-12 ; 
+{3854.}      CATEC1O2 + C10H17O8O2 = CATE_APhO9 : 2.1091e-12 ; 
+{3855.}      CATEC1O2 + C10H17O3O2 = CATE_APhO4 : 3.4641e-13 ; 
+{3856.}      CATEC1O2 + C10H17O5O2 = CATE_APhO6 : 1.014e-12 ; 
+{3857.}      CATEC1O2 + C10H17O7O2 = CATE_APhO8 : 1.8188e-12 ; 
+{3858.}      CATEC1O2 + APINAO2 = CATE_AP01 : 3.4641e-13 ; 
+{3859.}      CATEC1O2 + APINBO2 = CATE_AP02 : 3.4641e-13 ; 
+{3860.}      CATEC1O2 + APINCO2 = CATE_AP03 : 3.4641e-13 ; 
+{3861.}      CATEC1O2 + C107O2 = CATE_AP04 : 3.4641e-13 ; 
+{3862.}      CATEC1O2 + C109O2 = CATE_AP05 : 3.4641e-13 ; 
+{3863.}      CATEC1O2 + C106O2 = CATE_AP06 : 3.4641e-13 ; 
+{3864.}      CATEC1O2 + C920CO3 = CATE_AP07 : 3.4641e-13 ; 
+{3865.}      CATEC1O2 + C108O2 = CATE_AP08 : 3.4641e-13 ; 
+{3866.}      CATEC1O2 + PINALO2 = CATE_AP09 : 3.4641e-13 ; 
+{3867.}      CATEC1O2 + C96CO3 = CATE_AP10 : 3.4641e-13 ; 
+{3868.}      CATEC1O2 + NAPINAO2 = CATE_AP11N : 3.4641e-13 ; 
+{3869.}      CATEC1O2 + NAPINBO2 = CATE_AP12N : 3.4641e-13 ; 
+{3870.}      CATEC1O2 + NC102O2 = CATE_AP13N : 1.4725e-12 ; 
+{3871.}      CATEC1O2 + NC101O2 = CATE_AP14N : 1.014e-12 ; 
+{3872.}      CATEC1O2 + C96O2 = CATE_AP15 : 3.4641e-13 ; 
+{3873.}      CATEC1O2 + C89CO3 = CATE_AP16 : 3.4641e-13 ; 
+{3874.}      CATEC1O2 + C920O2 = CATE_AP17 : 3.4641e-13 ; 
+{3875.}      CATEC1O2 + C97O2 = CATE_AP18 : 3.4641e-13 ; 
+{3876.}      CATEC1O2 + C85CO3 = CATE_AP19 : 3.4641e-13 ; 
+{3877.}      CATEC1O2 + C811CO3 = CATE_AP20 : 3.4641e-13 ; 
+{3878.}      CATEC1O2 + C921O2 = CATE_AP21 : 3.4641e-13 ; 
+{3879.}      CATEC1O2 + C98O2 = CATE_AP22 : 3.4641e-13 ; 
+{3880.}      CATEC1O2 + C922O2 = CATE_AP23 : 3.4641e-13 ; 
+{3881.}      CATEC1O2 + C85O2 = CATE_AP24 : 3.4641e-13 ; 
+{3882.}      CATEC1O2 + C89O2 = CATE_AP25 : 3.4641e-13 ; 
+{3883.}      CATEC1O2 + C86O2 = CATE_AP26 : 3.4641e-13 ; 
+{3884.}      CATEC1O2 + C811O2 = CATE_AP27 : 3.4641e-13 ; 
+{3885.}      CATEC1O2 + C810O2 = CATE_AP28 : 3.4641e-13 ; 
+{3886.}      CATEC1O2 + C812O2 = CATE_AP29 : 3.4641e-13 ; 
+{3887.}      CATEC1O2 + C813O2 = CATE_AP30 : 3.4641e-13 ; 
+{3888.}      CATEC1O2 + C721CO3 = CATE_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: HCOCO3
+{3889.}      HCOCO3 + C10H15O2O2 = C2a_APoO3 : 3.4641e-13 ; 
+{3890.}      HCOCO3 + C10H15O4O2 = C2a_APoO5 : 3.4641e-13 ; 
+{3891.}      HCOCO3 + C10H15O6O2 = C2a_APoO7 : 1.4725e-12 ; 
+{3892.}      HCOCO3 + C10H15O8O2 = C2a_APoO9 : 2.1091e-12 ; 
+{3893.}      HCOCO3 + C10H15O10O2 = C2a_APoO11 : 2.4495e-12 ; 
+{3894.}      HCOCO3 + C10H15O12O2 = C2a_APoO13 : 2.4495e-12 ; 
+{3895.}      HCOCO3 + C10H15O3O2 = C2a_APoO4 : 3.4641e-13 ; 
+{3896.}      HCOCO3 + C10H15O5O2 = C2a_APoO6 : 1.014e-12 ; 
+{3897.}      HCOCO3 + C10H15O7O2 = C2a_APoO8 : 1.8188e-12 ; 
+{3898.}      HCOCO3 + C10H15O9O2 = C2a_APoO10 : 2.3639e-12 ; 
+{3899.}      HCOCO3 + C10H15O11O2 = C2a_APoO12 : 2.4495e-12 ; 
+{3900.}      HCOCO3 + C10H17O4O2 = C2a_APhO5 : 3.4641e-13 ; 
+{3901.}      HCOCO3 + C10H17O6O2 = C2a_APhO7 : 1.4725e-12 ; 
+{3902.}      HCOCO3 + C10H17O8O2 = C2a_APhO9 : 2.1091e-12 ; 
+{3903.}      HCOCO3 + C10H17O3O2 = C2a_APhO4 : 3.4641e-13 ; 
+{3904.}      HCOCO3 + C10H17O5O2 = C2a_APhO6 : 1.014e-12 ; 
+{3905.}      HCOCO3 + C10H17O7O2 = C2a_APhO8 : 1.8188e-12 ; 
+{3906.}      HCOCO3 + APINAO2 = C2a_AP01 : 3.4641e-13 ; 
+{3907.}      HCOCO3 + APINBO2 = C2a_AP02 : 3.4641e-13 ; 
+{3908.}      HCOCO3 + APINCO2 = C2a_AP03 : 3.4641e-13 ; 
+{3909.}      HCOCO3 + C107O2 = C2a_AP04 : 3.4641e-13 ; 
+{3910.}      HCOCO3 + C109O2 = C2a_AP05 : 3.4641e-13 ; 
+{3911.}      HCOCO3 + C106O2 = C2a_AP06 : 3.4641e-13 ; 
+{3912.}      HCOCO3 + C920CO3 = C2a_AP07 : 3.4641e-13 ; 
+{3913.}      HCOCO3 + C108O2 = C2a_AP08 : 3.4641e-13 ; 
+{3914.}      HCOCO3 + PINALO2 = C2a_AP09 : 3.4641e-13 ; 
+{3915.}      HCOCO3 + C96CO3 = C2a_AP10 : 3.4641e-13 ; 
+{3916.}      HCOCO3 + NAPINAO2 = C2a_AP11N : 3.4641e-13 ; 
+{3917.}      HCOCO3 + NAPINBO2 = C2a_AP12N : 3.4641e-13 ; 
+{3918.}      HCOCO3 + NC102O2 = C2a_AP13N : 1.4725e-12 ; 
+{3919.}      HCOCO3 + NC101O2 = C2a_AP14N : 1.014e-12 ; 
+{3920.}      HCOCO3 + C96O2 = C2a_AP15 : 3.4641e-13 ; 
+{3921.}      HCOCO3 + C89CO3 = C2a_AP16 : 3.4641e-13 ; 
+{3922.}      HCOCO3 + C920O2 = C2a_AP17 : 3.4641e-13 ; 
+{3923.}      HCOCO3 + C97O2 = C2a_AP18 : 3.4641e-13 ; 
+{3924.}      HCOCO3 + C85CO3 = C2a_AP19 : 3.4641e-13 ; 
+{3925.}      HCOCO3 + C811CO3 = C2a_AP20 : 3.4641e-13 ; 
+{3926.}      HCOCO3 + C921O2 = C2a_AP21 : 3.4641e-13 ; 
+{3927.}      HCOCO3 + C98O2 = C2a_AP22 : 3.4641e-13 ; 
+{3928.}      HCOCO3 + C922O2 = C2a_AP23 : 3.4641e-13 ; 
+{3929.}      HCOCO3 + C85O2 = C2a_AP24 : 3.4641e-13 ; 
+{3930.}      HCOCO3 + C89O2 = C2a_AP25 : 3.4641e-13 ; 
+{3931.}      HCOCO3 + C86O2 = C2a_AP26 : 3.4641e-13 ; 
+{3932.}      HCOCO3 + C811O2 = C2a_AP27 : 3.4641e-13 ; 
+{3933.}      HCOCO3 + C810O2 = C2a_AP28 : 3.4641e-13 ; 
+{3934.}      HCOCO3 + C812O2 = C2a_AP29 : 3.4641e-13 ; 
+{3935.}      HCOCO3 + C813O2 = C2a_AP30 : 3.4641e-13 ; 
+{3936.}      HCOCO3 + C721CO3 = C2a_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: HCOCH2O2
+{3937.}      HCOCH2O2 + C10H15O2O2 = C2b_APoO3 : 3.4641e-13 ; 
+{3938.}      HCOCH2O2 + C10H15O4O2 = C2b_APoO5 : 3.4641e-13 ; 
+{3939.}      HCOCH2O2 + C10H15O6O2 = C2b_APoO7 : 1.4725e-12 ; 
+{3940.}      HCOCH2O2 + C10H15O8O2 = C2b_APoO9 : 2.1091e-12 ; 
+{3941.}      HCOCH2O2 + C10H15O10O2 = C2b_APoO11 : 2.4495e-12 ; 
+{3942.}      HCOCH2O2 + C10H15O12O2 = C2b_APoO13 : 2.4495e-12 ; 
+{3943.}      HCOCH2O2 + C10H15O3O2 = C2b_APoO4 : 3.4641e-13 ; 
+{3944.}      HCOCH2O2 + C10H15O5O2 = C2b_APoO6 : 1.014e-12 ; 
+{3945.}      HCOCH2O2 + C10H15O7O2 = C2b_APoO8 : 1.8188e-12 ; 
+{3946.}      HCOCH2O2 + C10H15O9O2 = C2b_APoO10 : 2.3639e-12 ; 
+{3947.}      HCOCH2O2 + C10H15O11O2 = C2b_APoO12 : 2.4495e-12 ; 
+{3948.}      HCOCH2O2 + C10H17O4O2 = C2b_APhO5 : 3.4641e-13 ; 
+{3949.}      HCOCH2O2 + C10H17O6O2 = C2b_APhO7 : 1.4725e-12 ; 
+{3950.}      HCOCH2O2 + C10H17O8O2 = C2b_APhO9 : 2.1091e-12 ; 
+{3951.}      HCOCH2O2 + C10H17O3O2 = C2b_APhO4 : 3.4641e-13 ; 
+{3952.}      HCOCH2O2 + C10H17O5O2 = C2b_APhO6 : 1.014e-12 ; 
+{3953.}      HCOCH2O2 + C10H17O7O2 = C2b_APhO8 : 1.8188e-12 ; 
+{3954.}      HCOCH2O2 + APINAO2 = C2b_AP01 : 3.4641e-13 ; 
+{3955.}      HCOCH2O2 + APINBO2 = C2b_AP02 : 3.4641e-13 ; 
+{3956.}      HCOCH2O2 + APINCO2 = C2b_AP03 : 3.4641e-13 ; 
+{3957.}      HCOCH2O2 + C107O2 = C2b_AP04 : 3.4641e-13 ; 
+{3958.}      HCOCH2O2 + C109O2 = C2b_AP05 : 3.4641e-13 ; 
+{3959.}      HCOCH2O2 + C106O2 = C2b_AP06 : 3.4641e-13 ; 
+{3960.}      HCOCH2O2 + C920CO3 = C2b_AP07 : 3.4641e-13 ; 
+{3961.}      HCOCH2O2 + C108O2 = C2b_AP08 : 3.4641e-13 ; 
+{3962.}      HCOCH2O2 + PINALO2 = C2b_AP09 : 3.4641e-13 ; 
+{3963.}      HCOCH2O2 + C96CO3 = C2b_AP10 : 3.4641e-13 ; 
+{3964.}      HCOCH2O2 + NAPINAO2 = C2b_AP11N : 3.4641e-13 ; 
+{3965.}      HCOCH2O2 + NAPINBO2 = C2b_AP12N : 3.4641e-13 ; 
+{3966.}      HCOCH2O2 + NC102O2 = C2b_AP13N : 1.4725e-12 ; 
+{3967.}      HCOCH2O2 + NC101O2 = C2b_AP14N : 1.014e-12 ; 
+{3968.}      HCOCH2O2 + C96O2 = C2b_AP15 : 3.4641e-13 ; 
+{3969.}      HCOCH2O2 + C89CO3 = C2b_AP16 : 3.4641e-13 ; 
+{3970.}      HCOCH2O2 + C920O2 = C2b_AP17 : 3.4641e-13 ; 
+{3971.}      HCOCH2O2 + C97O2 = C2b_AP18 : 3.4641e-13 ; 
+{3972.}      HCOCH2O2 + C85CO3 = C2b_AP19 : 3.4641e-13 ; 
+{3973.}      HCOCH2O2 + C811CO3 = C2b_AP20 : 3.4641e-13 ; 
+{3974.}      HCOCH2O2 + C921O2 = C2b_AP21 : 3.4641e-13 ; 
+{3975.}      HCOCH2O2 + C98O2 = C2b_AP22 : 3.4641e-13 ; 
+{3976.}      HCOCH2O2 + C922O2 = C2b_AP23 : 3.4641e-13 ; 
+{3977.}      HCOCH2O2 + C85O2 = C2b_AP24 : 3.4641e-13 ; 
+{3978.}      HCOCH2O2 + C89O2 = C2b_AP25 : 3.4641e-13 ; 
+{3979.}      HCOCH2O2 + C86O2 = C2b_AP26 : 3.4641e-13 ; 
+{3980.}      HCOCH2O2 + C811O2 = C2b_AP27 : 3.4641e-13 ; 
+{3981.}      HCOCH2O2 + C810O2 = C2b_AP28 : 3.4641e-13 ; 
+{3982.}      HCOCH2O2 + C812O2 = C2b_AP29 : 3.4641e-13 ; 
+{3983.}      HCOCH2O2 + C813O2 = C2b_AP30 : 3.4641e-13 ; 
+{3984.}      HCOCH2O2 + C721CO3 = C2b_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: NPHEN1O2
+{3985.}      NPHEN1O2 + C10H15O2O2 = NPHb_APoO3 : 3.4641e-13 ; 
+{3986.}      NPHEN1O2 + C10H15O4O2 = NPHb_APoO5 : 3.4641e-13 ; 
+{3987.}      NPHEN1O2 + C10H15O6O2 = NPHb_APoO7 : 1.4725e-12 ; 
+{3988.}      NPHEN1O2 + C10H15O8O2 = NPHb_APoO9 : 2.1091e-12 ; 
+{3989.}      NPHEN1O2 + C10H15O10O2 = NPHb_APoO11 : 2.4495e-12 ; 
+{3990.}      NPHEN1O2 + C10H15O12O2 = NPHb_APoO13 : 2.4495e-12 ; 
+{3991.}      NPHEN1O2 + C10H15O3O2 = NPHb_APoO4 : 3.4641e-13 ; 
+{3992.}      NPHEN1O2 + C10H15O5O2 = NPHb_APoO6 : 1.014e-12 ; 
+{3993.}      NPHEN1O2 + C10H15O7O2 = NPHb_APoO8 : 1.8188e-12 ; 
+{3994.}      NPHEN1O2 + C10H15O9O2 = NPHb_APoO10 : 2.3639e-12 ; 
+{3995.}      NPHEN1O2 + C10H15O11O2 = NPHb_APoO12 : 2.4495e-12 ; 
+{3996.}      NPHEN1O2 + C10H17O4O2 = NPHb_APhO5 : 3.4641e-13 ; 
+{3997.}      NPHEN1O2 + C10H17O6O2 = NPHb_APhO7 : 1.4725e-12 ; 
+{3998.}      NPHEN1O2 + C10H17O8O2 = NPHb_APhO9 : 2.1091e-12 ; 
+{3999.}      NPHEN1O2 + C10H17O3O2 = NPHb_APhO4 : 3.4641e-13 ; 
+{4000.}      NPHEN1O2 + C10H17O5O2 = NPHb_APhO6 : 1.014e-12 ; 
+{4001.}      NPHEN1O2 + C10H17O7O2 = NPHb_APhO8 : 1.8188e-12 ; 
+{4002.}      NPHEN1O2 + APINAO2 = NPHb_AP01 : 3.4641e-13 ; 
+{4003.}      NPHEN1O2 + APINBO2 = NPHb_AP02 : 3.4641e-13 ; 
+{4004.}      NPHEN1O2 + APINCO2 = NPHb_AP03 : 3.4641e-13 ; 
+{4005.}      NPHEN1O2 + C107O2 = NPHb_AP04 : 3.4641e-13 ; 
+{4006.}      NPHEN1O2 + C109O2 = NPHb_AP05 : 3.4641e-13 ; 
+{4007.}      NPHEN1O2 + C106O2 = NPHb_AP06 : 3.4641e-13 ; 
+{4008.}      NPHEN1O2 + C920CO3 = NPHb_AP07 : 3.4641e-13 ; 
+{4009.}      NPHEN1O2 + C108O2 = NPHb_AP08 : 3.4641e-13 ; 
+{4010.}      NPHEN1O2 + PINALO2 = NPHb_AP09 : 3.4641e-13 ; 
+{4011.}      NPHEN1O2 + C96CO3 = NPHb_AP10 : 3.4641e-13 ; 
+{4012.}      NPHEN1O2 + NAPINAO2 = NPHb_AP11N : 3.4641e-13 ; 
+{4013.}      NPHEN1O2 + NAPINBO2 = NPHb_AP12N : 3.4641e-13 ; 
+{4014.}      NPHEN1O2 + NC102O2 = NPHb_AP13N : 1.4725e-12 ; 
+{4015.}      NPHEN1O2 + NC101O2 = NPHb_AP14N : 1.014e-12 ; 
+{4016.}      NPHEN1O2 + C96O2 = NPHb_AP15 : 3.4641e-13 ; 
+{4017.}      NPHEN1O2 + C89CO3 = NPHb_AP16 : 3.4641e-13 ; 
+{4018.}      NPHEN1O2 + C920O2 = NPHb_AP17 : 3.4641e-13 ; 
+{4019.}      NPHEN1O2 + C97O2 = NPHb_AP18 : 3.4641e-13 ; 
+{4020.}      NPHEN1O2 + C85CO3 = NPHb_AP19 : 3.4641e-13 ; 
+{4021.}      NPHEN1O2 + C811CO3 = NPHb_AP20 : 3.4641e-13 ; 
+{4022.}      NPHEN1O2 + C921O2 = NPHb_AP21 : 3.4641e-13 ; 
+{4023.}      NPHEN1O2 + C98O2 = NPHb_AP22 : 3.4641e-13 ; 
+{4024.}      NPHEN1O2 + C922O2 = NPHb_AP23 : 3.4641e-13 ; 
+{4025.}      NPHEN1O2 + C85O2 = NPHb_AP24 : 3.4641e-13 ; 
+{4026.}      NPHEN1O2 + C89O2 = NPHb_AP25 : 3.4641e-13 ; 
+{4027.}      NPHEN1O2 + C86O2 = NPHb_AP26 : 3.4641e-13 ; 
+{4028.}      NPHEN1O2 + C811O2 = NPHb_AP27 : 3.4641e-13 ; 
+{4029.}      NPHEN1O2 + C810O2 = NPHb_AP28 : 3.4641e-13 ; 
+{4030.}      NPHEN1O2 + C812O2 = NPHb_AP29 : 3.4641e-13 ; 
+{4031.}      NPHEN1O2 + C813O2 = NPHb_AP30 : 3.4641e-13 ; 
+{4032.}      NPHEN1O2 + C721CO3 = NPHb_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: NNCATECO2
+{4033.}      NNCATECO2 + C10H15O2O2 = NNC_APoO3 : 6.3246e-12 ; 
+{4034.}      NNCATECO2 + C10H15O4O2 = NNC_APoO5 : 6.3246e-12 ; 
+{4035.}      NNCATECO2 + C10H15O6O2 = NNC_APoO7 : 2.6884e-11 ; 
+{4036.}      NNCATECO2 + C10H15O8O2 = NNC_APoO9 : 3.8506e-11 ; 
+{4037.}      NNCATECO2 + C10H15O10O2 = NNC_APoO11 : 4.4721e-11 ; 
+{4038.}      NNCATECO2 + C10H15O12O2 = NNC_APoO13 : 4.4721e-11 ; 
+{4039.}      NNCATECO2 + C10H15O3O2 = NNC_APoO4 : 6.3246e-12 ; 
+{4040.}      NNCATECO2 + C10H15O5O2 = NNC_APoO6 : 1.8513e-11 ; 
+{4041.}      NNCATECO2 + C10H15O7O2 = NNC_APoO8 : 3.3207e-11 ; 
+{4042.}      NNCATECO2 + C10H15O9O2 = NNC_APoO10 : 4.3159e-11 ; 
+{4043.}      NNCATECO2 + C10H15O11O2 = NNC_APoO12 : 4.4721e-11 ; 
+{4044.}      NNCATECO2 + C10H17O4O2 = NNC_APhO5 : 6.3246e-12 ; 
+{4045.}      NNCATECO2 + C10H17O6O2 = NNC_APhO7 : 2.6884e-11 ; 
+{4046.}      NNCATECO2 + C10H17O8O2 = NNC_APhO9 : 3.8506e-11 ; 
+{4047.}      NNCATECO2 + C10H17O3O2 = NNC_APhO4 : 6.3246e-12 ; 
+{4048.}      NNCATECO2 + C10H17O5O2 = NNC_APhO6 : 1.8513e-11 ; 
+{4049.}      NNCATECO2 + C10H17O7O2 = NNC_APhO8 : 3.3207e-11 ; 
+{4050.}      NNCATECO2 + APINAO2 = NNC_AP01 : 6.3246e-12 ; 
+{4051.}      NNCATECO2 + APINBO2 = NNC_AP02 : 6.3246e-12 ; 
+{4052.}      NNCATECO2 + APINCO2 = NNC_AP03 : 6.3246e-12 ; 
+{4053.}      NNCATECO2 + C107O2 = NNC_AP04 : 6.3246e-12 ; 
+{4054.}      NNCATECO2 + C109O2 = NNC_AP05 : 6.3246e-12 ; 
+{4055.}      NNCATECO2 + C106O2 = NNC_AP06 : 6.3246e-12 ; 
+{4056.}      NNCATECO2 + C920CO3 = NNC_AP07 : 6.3246e-12 ; 
+{4057.}      NNCATECO2 + C108O2 = NNC_AP08 : 6.3246e-12 ; 
+{4058.}      NNCATECO2 + PINALO2 = NNC_AP09 : 6.3246e-12 ; 
+{4059.}      NNCATECO2 + C96CO3 = NNC_AP10 : 6.3246e-12 ; 
+{4060.}      NNCATECO2 + NAPINAO2 = NNC_AP11N : 6.3246e-12 ; 
+{4061.}      NNCATECO2 + NAPINBO2 = NNC_AP12N : 6.3246e-12 ; 
+{4062.}      NNCATECO2 + NC102O2 = NNC_AP13N : 2.6884e-11 ; 
+{4063.}      NNCATECO2 + NC101O2 = NNC_AP14N : 1.8513e-11 ; 
+{4064.}      NNCATECO2 + C96O2 = NNC_AP15 : 6.3246e-12 ; 
+{4065.}      NNCATECO2 + C89CO3 = NNC_AP16 : 6.3246e-12 ; 
+{4066.}      NNCATECO2 + C920O2 = NNC_AP17 : 6.3246e-12 ; 
+{4067.}      NNCATECO2 + C97O2 = NNC_AP18 : 6.3246e-12 ; 
+{4068.}      NNCATECO2 + C85CO3 = NNC_AP19 : 6.3246e-12 ; 
+{4069.}      NNCATECO2 + C811CO3 = NNC_AP20 : 6.3246e-12 ; 
+{4070.}      NNCATECO2 + C921O2 = NNC_AP21 : 6.3246e-12 ; 
+{4071.}      NNCATECO2 + C98O2 = NNC_AP22 : 6.3246e-12 ; 
+{4072.}      NNCATECO2 + C922O2 = NNC_AP23 : 6.3246e-12 ; 
+{4073.}      NNCATECO2 + C85O2 = NNC_AP24 : 6.3246e-12 ; 
+{4074.}      NNCATECO2 + C89O2 = NNC_AP25 : 6.3246e-12 ; 
+{4075.}      NNCATECO2 + C86O2 = NNC_AP26 : 6.3246e-12 ; 
+{4076.}      NNCATECO2 + C811O2 = NNC_AP27 : 6.3246e-12 ; 
+{4077.}      NNCATECO2 + C810O2 = NNC_AP28 : 6.3246e-12 ; 
+{4078.}      NNCATECO2 + C812O2 = NNC_AP29 : 6.3246e-12 ; 
+{4079.}      NNCATECO2 + C813O2 = NNC_AP30 : 6.3246e-12 ; 
+{4080.}      NNCATECO2 + C721CO3 = NNC_AP31 : 6.3246e-12 ; 
+# inter-VOC ROOR formation: NCATECO2
+{4081.}      NCATECO2 + C10H15O2O2 = NCAT_APoO3 : 6.3246e-12 ; 
+{4082.}      NCATECO2 + C10H15O4O2 = NCAT_APoO5 : 6.3246e-12 ; 
+{4083.}      NCATECO2 + C10H15O6O2 = NCAT_APoO7 : 2.6884e-11 ; 
+{4084.}      NCATECO2 + C10H15O8O2 = NCAT_APoO9 : 3.8506e-11 ; 
+{4085.}      NCATECO2 + C10H15O10O2 = NCAT_APoO11 : 4.4721e-11 ; 
+{4086.}      NCATECO2 + C10H15O12O2 = NCAT_APoO13 : 4.4721e-11 ; 
+{4087.}      NCATECO2 + C10H15O3O2 = NCAT_APoO4 : 6.3246e-12 ; 
+{4088.}      NCATECO2 + C10H15O5O2 = NCAT_APoO6 : 1.8513e-11 ; 
+{4089.}      NCATECO2 + C10H15O7O2 = NCAT_APoO8 : 3.3207e-11 ; 
+{4090.}      NCATECO2 + C10H15O9O2 = NCAT_APoO10 : 4.3159e-11 ; 
+{4091.}      NCATECO2 + C10H15O11O2 = NCAT_APoO12 : 4.4721e-11 ; 
+{4092.}      NCATECO2 + C10H17O4O2 = NCAT_APhO5 : 6.3246e-12 ; 
+{4093.}      NCATECO2 + C10H17O6O2 = NCAT_APhO7 : 2.6884e-11 ; 
+{4094.}      NCATECO2 + C10H17O8O2 = NCAT_APhO9 : 3.8506e-11 ; 
+{4095.}      NCATECO2 + C10H17O3O2 = NCAT_APhO4 : 6.3246e-12 ; 
+{4096.}      NCATECO2 + C10H17O5O2 = NCAT_APhO6 : 1.8513e-11 ; 
+{4097.}      NCATECO2 + C10H17O7O2 = NCAT_APhO8 : 3.3207e-11 ; 
+{4098.}      NCATECO2 + APINAO2 = NCAT_AP01 : 6.3246e-12 ; 
+{4099.}      NCATECO2 + APINBO2 = NCAT_AP02 : 6.3246e-12 ; 
+{4100.}      NCATECO2 + APINCO2 = NCAT_AP03 : 6.3246e-12 ; 
+{4101.}      NCATECO2 + C107O2 = NCAT_AP04 : 6.3246e-12 ; 
+{4102.}      NCATECO2 + C109O2 = NCAT_AP05 : 6.3246e-12 ; 
+{4103.}      NCATECO2 + C106O2 = NCAT_AP06 : 6.3246e-12 ; 
+{4104.}      NCATECO2 + C920CO3 = NCAT_AP07 : 6.3246e-12 ; 
+{4105.}      NCATECO2 + C108O2 = NCAT_AP08 : 6.3246e-12 ; 
+{4106.}      NCATECO2 + PINALO2 = NCAT_AP09 : 6.3246e-12 ; 
+{4107.}      NCATECO2 + C96CO3 = NCAT_AP10 : 6.3246e-12 ; 
+{4108.}      NCATECO2 + NAPINAO2 = NCAT_AP11N : 6.3246e-12 ; 
+{4109.}      NCATECO2 + NAPINBO2 = NCAT_AP12N : 6.3246e-12 ; 
+{4110.}      NCATECO2 + NC102O2 = NCAT_AP13N : 2.6884e-11 ; 
+{4111.}      NCATECO2 + NC101O2 = NCAT_AP14N : 1.8513e-11 ; 
+{4112.}      NCATECO2 + C96O2 = NCAT_AP15 : 6.3246e-12 ; 
+{4113.}      NCATECO2 + C89CO3 = NCAT_AP16 : 6.3246e-12 ; 
+{4114.}      NCATECO2 + C920O2 = NCAT_AP17 : 6.3246e-12 ; 
+{4115.}      NCATECO2 + C97O2 = NCAT_AP18 : 6.3246e-12 ; 
+{4116.}      NCATECO2 + C85CO3 = NCAT_AP19 : 6.3246e-12 ; 
+{4117.}      NCATECO2 + C811CO3 = NCAT_AP20 : 6.3246e-12 ; 
+{4118.}      NCATECO2 + C921O2 = NCAT_AP21 : 6.3246e-12 ; 
+{4119.}      NCATECO2 + C98O2 = NCAT_AP22 : 6.3246e-12 ; 
+{4120.}      NCATECO2 + C922O2 = NCAT_AP23 : 6.3246e-12 ; 
+{4121.}      NCATECO2 + C85O2 = NCAT_AP24 : 6.3246e-12 ; 
+{4122.}      NCATECO2 + C89O2 = NCAT_AP25 : 6.3246e-12 ; 
+{4123.}      NCATECO2 + C86O2 = NCAT_AP26 : 6.3246e-12 ; 
+{4124.}      NCATECO2 + C811O2 = NCAT_AP27 : 6.3246e-12 ; 
+{4125.}      NCATECO2 + C810O2 = NCAT_AP28 : 6.3246e-12 ; 
+{4126.}      NCATECO2 + C812O2 = NCAT_AP29 : 6.3246e-12 ; 
+{4127.}      NCATECO2 + C813O2 = NCAT_AP30 : 6.3246e-12 ; 
+{4128.}      NCATECO2 + C721CO3 = NCAT_AP31 : 6.3246e-12 ; 
+# inter-VOC ROOR formation: NBZQO2
+{4129.}      NBZQO2 + C10H15O2O2 = NBZb_APoO3 : 4.9252e-12 ; 
+{4130.}      NBZQO2 + C10H15O4O2 = NBZb_APoO5 : 4.9252e-12 ; 
+{4131.}      NBZQO2 + C10H15O6O2 = NBZb_APoO7 : 2.0936e-11 ; 
+{4132.}      NBZQO2 + C10H15O8O2 = NBZb_APoO9 : 2.9987e-11 ; 
+{4133.}      NBZQO2 + C10H15O10O2 = NBZb_APoO11 : 3.4827e-11 ; 
+{4134.}      NBZQO2 + C10H15O12O2 = NBZb_APoO13 : 3.4827e-11 ; 
+{4135.}      NBZQO2 + C10H15O3O2 = NBZb_APoO4 : 4.9252e-12 ; 
+{4136.}      NBZQO2 + C10H15O5O2 = NBZb_APoO6 : 1.4417e-11 ; 
+{4137.}      NBZQO2 + C10H15O7O2 = NBZb_APoO8 : 2.586e-11 ; 
+{4138.}      NBZQO2 + C10H15O9O2 = NBZb_APoO10 : 3.361e-11 ; 
+{4139.}      NBZQO2 + C10H15O11O2 = NBZb_APoO12 : 3.4827e-11 ; 
+{4140.}      NBZQO2 + C10H17O4O2 = NBZb_APhO5 : 4.9252e-12 ; 
+{4141.}      NBZQO2 + C10H17O6O2 = NBZb_APhO7 : 2.0936e-11 ; 
+{4142.}      NBZQO2 + C10H17O8O2 = NBZb_APhO9 : 2.9987e-11 ; 
+{4143.}      NBZQO2 + C10H17O3O2 = NBZb_APhO4 : 4.9252e-12 ; 
+{4144.}      NBZQO2 + C10H17O5O2 = NBZb_APhO6 : 1.4417e-11 ; 
+{4145.}      NBZQO2 + C10H17O7O2 = NBZb_APhO8 : 2.586e-11 ; 
+{4146.}      NBZQO2 + APINAO2 = NBZb_AP01 : 4.9252e-12 ; 
+{4147.}      NBZQO2 + APINBO2 = NBZb_AP02 : 4.9252e-12 ; 
+{4148.}      NBZQO2 + APINCO2 = NBZb_AP03 : 4.9252e-12 ; 
+{4149.}      NBZQO2 + C107O2 = NBZb_AP04 : 4.9252e-12 ; 
+{4150.}      NBZQO2 + C109O2 = NBZb_AP05 : 4.9252e-12 ; 
+{4151.}      NBZQO2 + C106O2 = NBZb_AP06 : 4.9252e-12 ; 
+{4152.}      NBZQO2 + C920CO3 = NBZb_AP07 : 4.9252e-12 ; 
+{4153.}      NBZQO2 + C108O2 = NBZb_AP08 : 4.9252e-12 ; 
+{4154.}      NBZQO2 + PINALO2 = NBZb_AP09 : 4.9252e-12 ; 
+{4155.}      NBZQO2 + C96CO3 = NBZb_AP10 : 4.9252e-12 ; 
+{4156.}      NBZQO2 + NAPINAO2 = NBZb_AP11N : 4.9252e-12 ; 
+{4157.}      NBZQO2 + NAPINBO2 = NBZb_AP12N : 4.9252e-12 ; 
+{4158.}      NBZQO2 + NC102O2 = NBZb_AP13N : 2.0936e-11 ; 
+{4159.}      NBZQO2 + NC101O2 = NBZb_AP14N : 1.4417e-11 ; 
+{4160.}      NBZQO2 + C96O2 = NBZb_AP15 : 4.9252e-12 ; 
+{4161.}      NBZQO2 + C89CO3 = NBZb_AP16 : 4.9252e-12 ; 
+{4162.}      NBZQO2 + C920O2 = NBZb_AP17 : 4.9252e-12 ; 
+{4163.}      NBZQO2 + C97O2 = NBZb_AP18 : 4.9252e-12 ; 
+{4164.}      NBZQO2 + C85CO3 = NBZb_AP19 : 4.9252e-12 ; 
+{4165.}      NBZQO2 + C811CO3 = NBZb_AP20 : 4.9252e-12 ; 
+{4166.}      NBZQO2 + C921O2 = NBZb_AP21 : 4.9252e-12 ; 
+{4167.}      NBZQO2 + C98O2 = NBZb_AP22 : 4.9252e-12 ; 
+{4168.}      NBZQO2 + C922O2 = NBZb_AP23 : 4.9252e-12 ; 
+{4169.}      NBZQO2 + C85O2 = NBZb_AP24 : 4.9252e-12 ; 
+{4170.}      NBZQO2 + C89O2 = NBZb_AP25 : 4.9252e-12 ; 
+{4171.}      NBZQO2 + C86O2 = NBZb_AP26 : 4.9252e-12 ; 
+{4172.}      NBZQO2 + C811O2 = NBZb_AP27 : 4.9252e-12 ; 
+{4173.}      NBZQO2 + C810O2 = NBZb_AP28 : 4.9252e-12 ; 
+{4174.}      NBZQO2 + C812O2 = NBZb_AP29 : 4.9252e-12 ; 
+{4175.}      NBZQO2 + C813O2 = NBZb_AP30 : 4.9252e-12 ; 
+{4176.}      NBZQO2 + C721CO3 = NBZb_AP31 : 4.9252e-12 ; 
+# inter-VOC ROOR formation: PBZQO2
+{4177.}      PBZQO2 + C10H15O2O2 = PBZ_APoO3 : 3.4641e-13 ; 
+{4178.}      PBZQO2 + C10H15O4O2 = PBZ_APoO5 : 3.4641e-13 ; 
+{4179.}      PBZQO2 + C10H15O6O2 = PBZ_APoO7 : 1.4725e-12 ; 
+{4180.}      PBZQO2 + C10H15O8O2 = PBZ_APoO9 : 2.1091e-12 ; 
+{4181.}      PBZQO2 + C10H15O10O2 = PBZ_APoO11 : 2.4495e-12 ; 
+{4182.}      PBZQO2 + C10H15O12O2 = PBZ_APoO13 : 2.4495e-12 ; 
+{4183.}      PBZQO2 + C10H15O3O2 = PBZ_APoO4 : 3.4641e-13 ; 
+{4184.}      PBZQO2 + C10H15O5O2 = PBZ_APoO6 : 1.014e-12 ; 
+{4185.}      PBZQO2 + C10H15O7O2 = PBZ_APoO8 : 1.8188e-12 ; 
+{4186.}      PBZQO2 + C10H15O9O2 = PBZ_APoO10 : 2.3639e-12 ; 
+{4187.}      PBZQO2 + C10H15O11O2 = PBZ_APoO12 : 2.4495e-12 ; 
+{4188.}      PBZQO2 + C10H17O4O2 = PBZ_APhO5 : 3.4641e-13 ; 
+{4189.}      PBZQO2 + C10H17O6O2 = PBZ_APhO7 : 1.4725e-12 ; 
+{4190.}      PBZQO2 + C10H17O8O2 = PBZ_APhO9 : 2.1091e-12 ; 
+{4191.}      PBZQO2 + C10H17O3O2 = PBZ_APhO4 : 3.4641e-13 ; 
+{4192.}      PBZQO2 + C10H17O5O2 = PBZ_APhO6 : 1.014e-12 ; 
+{4193.}      PBZQO2 + C10H17O7O2 = PBZ_APhO8 : 1.8188e-12 ; 
+{4194.}      PBZQO2 + APINAO2 = PBZ_AP01 : 3.4641e-13 ; 
+{4195.}      PBZQO2 + APINBO2 = PBZ_AP02 : 3.4641e-13 ; 
+{4196.}      PBZQO2 + APINCO2 = PBZ_AP03 : 3.4641e-13 ; 
+{4197.}      PBZQO2 + C107O2 = PBZ_AP04 : 3.4641e-13 ; 
+{4198.}      PBZQO2 + C109O2 = PBZ_AP05 : 3.4641e-13 ; 
+{4199.}      PBZQO2 + C106O2 = PBZ_AP06 : 3.4641e-13 ; 
+{4200.}      PBZQO2 + C920CO3 = PBZ_AP07 : 3.4641e-13 ; 
+{4201.}      PBZQO2 + C108O2 = PBZ_AP08 : 3.4641e-13 ; 
+{4202.}      PBZQO2 + PINALO2 = PBZ_AP09 : 3.4641e-13 ; 
+{4203.}      PBZQO2 + C96CO3 = PBZ_AP10 : 3.4641e-13 ; 
+{4204.}      PBZQO2 + NAPINAO2 = PBZ_AP11N : 3.4641e-13 ; 
+{4205.}      PBZQO2 + NAPINBO2 = PBZ_AP12N : 3.4641e-13 ; 
+{4206.}      PBZQO2 + NC102O2 = PBZ_AP13N : 1.4725e-12 ; 
+{4207.}      PBZQO2 + NC101O2 = PBZ_AP14N : 1.014e-12 ; 
+{4208.}      PBZQO2 + C96O2 = PBZ_AP15 : 3.4641e-13 ; 
+{4209.}      PBZQO2 + C89CO3 = PBZ_AP16 : 3.4641e-13 ; 
+{4210.}      PBZQO2 + C920O2 = PBZ_AP17 : 3.4641e-13 ; 
+{4211.}      PBZQO2 + C97O2 = PBZ_AP18 : 3.4641e-13 ; 
+{4212.}      PBZQO2 + C85CO3 = PBZ_AP19 : 3.4641e-13 ; 
+{4213.}      PBZQO2 + C811CO3 = PBZ_AP20 : 3.4641e-13 ; 
+{4214.}      PBZQO2 + C921O2 = PBZ_AP21 : 3.4641e-13 ; 
+{4215.}      PBZQO2 + C98O2 = PBZ_AP22 : 3.4641e-13 ; 
+{4216.}      PBZQO2 + C922O2 = PBZ_AP23 : 3.4641e-13 ; 
+{4217.}      PBZQO2 + C85O2 = PBZ_AP24 : 3.4641e-13 ; 
+{4218.}      PBZQO2 + C89O2 = PBZ_AP25 : 3.4641e-13 ; 
+{4219.}      PBZQO2 + C86O2 = PBZ_AP26 : 3.4641e-13 ; 
+{4220.}      PBZQO2 + C811O2 = PBZ_AP27 : 3.4641e-13 ; 
+{4221.}      PBZQO2 + C810O2 = PBZ_AP28 : 3.4641e-13 ; 
+{4222.}      PBZQO2 + C812O2 = PBZ_AP29 : 3.4641e-13 ; 
+{4223.}      PBZQO2 + C813O2 = PBZ_AP30 : 3.4641e-13 ; 
+{4224.}      PBZQO2 + C721CO3 = PBZ_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: MALANHYO2
+{4225.}      MALANHYO2 + C10H15O2O2 = MALc_APoO3 : 3.4641e-13 ; 
+{4226.}      MALANHYO2 + C10H15O4O2 = MALc_APoO5 : 3.4641e-13 ; 
+{4227.}      MALANHYO2 + C10H15O6O2 = MALc_APoO7 : 1.4725e-12 ; 
+{4228.}      MALANHYO2 + C10H15O8O2 = MALc_APoO9 : 2.1091e-12 ; 
+{4229.}      MALANHYO2 + C10H15O10O2 = MALc_APoO11 : 2.4495e-12 ; 
+{4230.}      MALANHYO2 + C10H15O12O2 = MALc_APoO13 : 2.4495e-12 ; 
+{4231.}      MALANHYO2 + C10H15O3O2 = MALc_APoO4 : 3.4641e-13 ; 
+{4232.}      MALANHYO2 + C10H15O5O2 = MALc_APoO6 : 1.014e-12 ; 
+{4233.}      MALANHYO2 + C10H15O7O2 = MALc_APoO8 : 1.8188e-12 ; 
+{4234.}      MALANHYO2 + C10H15O9O2 = MALc_APoO10 : 2.3639e-12 ; 
+{4235.}      MALANHYO2 + C10H15O11O2 = MALc_APoO12 : 2.4495e-12 ; 
+{4236.}      MALANHYO2 + C10H17O4O2 = MALc_APhO5 : 3.4641e-13 ; 
+{4237.}      MALANHYO2 + C10H17O6O2 = MALc_APhO7 : 1.4725e-12 ; 
+{4238.}      MALANHYO2 + C10H17O8O2 = MALc_APhO9 : 2.1091e-12 ; 
+{4239.}      MALANHYO2 + C10H17O3O2 = MALc_APhO4 : 3.4641e-13 ; 
+{4240.}      MALANHYO2 + C10H17O5O2 = MALc_APhO6 : 1.014e-12 ; 
+{4241.}      MALANHYO2 + C10H17O7O2 = MALc_APhO8 : 1.8188e-12 ; 
+{4242.}      MALANHYO2 + APINAO2 = MALc_AP01 : 3.4641e-13 ; 
+{4243.}      MALANHYO2 + APINBO2 = MALc_AP02 : 3.4641e-13 ; 
+{4244.}      MALANHYO2 + APINCO2 = MALc_AP03 : 3.4641e-13 ; 
+{4245.}      MALANHYO2 + C107O2 = MALc_AP04 : 3.4641e-13 ; 
+{4246.}      MALANHYO2 + C109O2 = MALc_AP05 : 3.4641e-13 ; 
+{4247.}      MALANHYO2 + C106O2 = MALc_AP06 : 3.4641e-13 ; 
+{4248.}      MALANHYO2 + C920CO3 = MALc_AP07 : 3.4641e-13 ; 
+{4249.}      MALANHYO2 + C108O2 = MALc_AP08 : 3.4641e-13 ; 
+{4250.}      MALANHYO2 + PINALO2 = MALc_AP09 : 3.4641e-13 ; 
+{4251.}      MALANHYO2 + C96CO3 = MALc_AP10 : 3.4641e-13 ; 
+{4252.}      MALANHYO2 + NAPINAO2 = MALc_AP11N : 3.4641e-13 ; 
+{4253.}      MALANHYO2 + NAPINBO2 = MALc_AP12N : 3.4641e-13 ; 
+{4254.}      MALANHYO2 + NC102O2 = MALc_AP13N : 1.4725e-12 ; 
+{4255.}      MALANHYO2 + NC101O2 = MALc_AP14N : 1.014e-12 ; 
+{4256.}      MALANHYO2 + C96O2 = MALc_AP15 : 3.4641e-13 ; 
+{4257.}      MALANHYO2 + C89CO3 = MALc_AP16 : 3.4641e-13 ; 
+{4258.}      MALANHYO2 + C920O2 = MALc_AP17 : 3.4641e-13 ; 
+{4259.}      MALANHYO2 + C97O2 = MALc_AP18 : 3.4641e-13 ; 
+{4260.}      MALANHYO2 + C85CO3 = MALc_AP19 : 3.4641e-13 ; 
+{4261.}      MALANHYO2 + C811CO3 = MALc_AP20 : 3.4641e-13 ; 
+{4262.}      MALANHYO2 + C921O2 = MALc_AP21 : 3.4641e-13 ; 
+{4263.}      MALANHYO2 + C98O2 = MALc_AP22 : 3.4641e-13 ; 
+{4264.}      MALANHYO2 + C922O2 = MALc_AP23 : 3.4641e-13 ; 
+{4265.}      MALANHYO2 + C85O2 = MALc_AP24 : 3.4641e-13 ; 
+{4266.}      MALANHYO2 + C89O2 = MALc_AP25 : 3.4641e-13 ; 
+{4267.}      MALANHYO2 + C86O2 = MALc_AP26 : 3.4641e-13 ; 
+{4268.}      MALANHYO2 + C811O2 = MALc_AP27 : 3.4641e-13 ; 
+{4269.}      MALANHYO2 + C810O2 = MALc_AP28 : 3.4641e-13 ; 
+{4270.}      MALANHYO2 + C812O2 = MALc_AP29 : 3.4641e-13 ; 
+{4271.}      MALANHYO2 + C813O2 = MALc_AP30 : 3.4641e-13 ; 
+{4272.}      MALANHYO2 + C721CO3 = MALc_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: NDNPHENO2
+{4273.}      NDNPHENO2 + C10H15O2O2 = NDN_APoO3 : 6.3246e-12 ; 
+{4274.}      NDNPHENO2 + C10H15O4O2 = NDN_APoO5 : 6.3246e-12 ; 
+{4275.}      NDNPHENO2 + C10H15O6O2 = NDN_APoO7 : 2.6884e-11 ; 
+{4276.}      NDNPHENO2 + C10H15O8O2 = NDN_APoO9 : 3.8506e-11 ; 
+{4277.}      NDNPHENO2 + C10H15O10O2 = NDN_APoO11 : 4.4721e-11 ; 
+{4278.}      NDNPHENO2 + C10H15O12O2 = NDN_APoO13 : 4.4721e-11 ; 
+{4279.}      NDNPHENO2 + C10H15O3O2 = NDN_APoO4 : 6.3246e-12 ; 
+{4280.}      NDNPHENO2 + C10H15O5O2 = NDN_APoO6 : 1.8513e-11 ; 
+{4281.}      NDNPHENO2 + C10H15O7O2 = NDN_APoO8 : 3.3207e-11 ; 
+{4282.}      NDNPHENO2 + C10H15O9O2 = NDN_APoO10 : 4.3159e-11 ; 
+{4283.}      NDNPHENO2 + C10H15O11O2 = NDN_APoO12 : 4.4721e-11 ; 
+{4284.}      NDNPHENO2 + C10H17O4O2 = NDN_APhO5 : 6.3246e-12 ; 
+{4285.}      NDNPHENO2 + C10H17O6O2 = NDN_APhO7 : 2.6884e-11 ; 
+{4286.}      NDNPHENO2 + C10H17O8O2 = NDN_APhO9 : 3.8506e-11 ; 
+{4287.}      NDNPHENO2 + C10H17O3O2 = NDN_APhO4 : 6.3246e-12 ; 
+{4288.}      NDNPHENO2 + C10H17O5O2 = NDN_APhO6 : 1.8513e-11 ; 
+{4289.}      NDNPHENO2 + C10H17O7O2 = NDN_APhO8 : 3.3207e-11 ; 
+{4290.}      NDNPHENO2 + APINAO2 = NDN_AP01 : 6.3246e-12 ; 
+{4291.}      NDNPHENO2 + APINBO2 = NDN_AP02 : 6.3246e-12 ; 
+{4292.}      NDNPHENO2 + APINCO2 = NDN_AP03 : 6.3246e-12 ; 
+{4293.}      NDNPHENO2 + C107O2 = NDN_AP04 : 6.3246e-12 ; 
+{4294.}      NDNPHENO2 + C109O2 = NDN_AP05 : 6.3246e-12 ; 
+{4295.}      NDNPHENO2 + C106O2 = NDN_AP06 : 6.3246e-12 ; 
+{4296.}      NDNPHENO2 + C920CO3 = NDN_AP07 : 6.3246e-12 ; 
+{4297.}      NDNPHENO2 + C108O2 = NDN_AP08 : 6.3246e-12 ; 
+{4298.}      NDNPHENO2 + PINALO2 = NDN_AP09 : 6.3246e-12 ; 
+{4299.}      NDNPHENO2 + C96CO3 = NDN_AP10 : 6.3246e-12 ; 
+{4300.}      NDNPHENO2 + NAPINAO2 = NDN_AP11N : 6.3246e-12 ; 
+{4301.}      NDNPHENO2 + NAPINBO2 = NDN_AP12N : 6.3246e-12 ; 
+{4302.}      NDNPHENO2 + NC102O2 = NDN_AP13N : 2.6884e-11 ; 
+{4303.}      NDNPHENO2 + NC101O2 = NDN_AP14N : 1.8513e-11 ; 
+{4304.}      NDNPHENO2 + C96O2 = NDN_AP15 : 6.3246e-12 ; 
+{4305.}      NDNPHENO2 + C89CO3 = NDN_AP16 : 6.3246e-12 ; 
+{4306.}      NDNPHENO2 + C920O2 = NDN_AP17 : 6.3246e-12 ; 
+{4307.}      NDNPHENO2 + C97O2 = NDN_AP18 : 6.3246e-12 ; 
+{4308.}      NDNPHENO2 + C85CO3 = NDN_AP19 : 6.3246e-12 ; 
+{4309.}      NDNPHENO2 + C811CO3 = NDN_AP20 : 6.3246e-12 ; 
+{4310.}      NDNPHENO2 + C921O2 = NDN_AP21 : 6.3246e-12 ; 
+{4311.}      NDNPHENO2 + C98O2 = NDN_AP22 : 6.3246e-12 ; 
+{4312.}      NDNPHENO2 + C922O2 = NDN_AP23 : 6.3246e-12 ; 
+{4313.}      NDNPHENO2 + C85O2 = NDN_AP24 : 6.3246e-12 ; 
+{4314.}      NDNPHENO2 + C89O2 = NDN_AP25 : 6.3246e-12 ; 
+{4315.}      NDNPHENO2 + C86O2 = NDN_AP26 : 6.3246e-12 ; 
+{4316.}      NDNPHENO2 + C811O2 = NDN_AP27 : 6.3246e-12 ; 
+{4317.}      NDNPHENO2 + C810O2 = NDN_AP28 : 6.3246e-12 ; 
+{4318.}      NDNPHENO2 + C812O2 = NDN_AP29 : 6.3246e-12 ; 
+{4319.}      NDNPHENO2 + C813O2 = NDN_AP30 : 6.3246e-12 ; 
+{4320.}      NDNPHENO2 + C721CO3 = NDN_AP31 : 6.3246e-12 ; 
+# inter-VOC ROOR formation: DNPHENO2
+{4321.}      DNPHENO2 + C10H15O2O2 = DNP_APoO3 : 6.3246e-12 ; 
+{4322.}      DNPHENO2 + C10H15O4O2 = DNP_APoO5 : 6.3246e-12 ; 
+{4323.}      DNPHENO2 + C10H15O6O2 = DNP_APoO7 : 2.6884e-11 ; 
+{4324.}      DNPHENO2 + C10H15O8O2 = DNP_APoO9 : 3.8506e-11 ; 
+{4325.}      DNPHENO2 + C10H15O10O2 = DNP_APoO11 : 4.4721e-11 ; 
+{4326.}      DNPHENO2 + C10H15O12O2 = DNP_APoO13 : 4.4721e-11 ; 
+{4327.}      DNPHENO2 + C10H15O3O2 = DNP_APoO4 : 6.3246e-12 ; 
+{4328.}      DNPHENO2 + C10H15O5O2 = DNP_APoO6 : 1.8513e-11 ; 
+{4329.}      DNPHENO2 + C10H15O7O2 = DNP_APoO8 : 3.3207e-11 ; 
+{4330.}      DNPHENO2 + C10H15O9O2 = DNP_APoO10 : 4.3159e-11 ; 
+{4331.}      DNPHENO2 + C10H15O11O2 = DNP_APoO12 : 4.4721e-11 ; 
+{4332.}      DNPHENO2 + C10H17O4O2 = DNP_APhO5 : 6.3246e-12 ; 
+{4333.}      DNPHENO2 + C10H17O6O2 = DNP_APhO7 : 2.6884e-11 ; 
+{4334.}      DNPHENO2 + C10H17O8O2 = DNP_APhO9 : 3.8506e-11 ; 
+{4335.}      DNPHENO2 + C10H17O3O2 = DNP_APhO4 : 6.3246e-12 ; 
+{4336.}      DNPHENO2 + C10H17O5O2 = DNP_APhO6 : 1.8513e-11 ; 
+{4337.}      DNPHENO2 + C10H17O7O2 = DNP_APhO8 : 3.3207e-11 ; 
+{4338.}      DNPHENO2 + APINAO2 = DNP_AP01 : 6.3246e-12 ; 
+{4339.}      DNPHENO2 + APINBO2 = DNP_AP02 : 6.3246e-12 ; 
+{4340.}      DNPHENO2 + APINCO2 = DNP_AP03 : 6.3246e-12 ; 
+{4341.}      DNPHENO2 + C107O2 = DNP_AP04 : 6.3246e-12 ; 
+{4342.}      DNPHENO2 + C109O2 = DNP_AP05 : 6.3246e-12 ; 
+{4343.}      DNPHENO2 + C106O2 = DNP_AP06 : 6.3246e-12 ; 
+{4344.}      DNPHENO2 + C920CO3 = DNP_AP07 : 6.3246e-12 ; 
+{4345.}      DNPHENO2 + C108O2 = DNP_AP08 : 6.3246e-12 ; 
+{4346.}      DNPHENO2 + PINALO2 = DNP_AP09 : 6.3246e-12 ; 
+{4347.}      DNPHENO2 + C96CO3 = DNP_AP10 : 6.3246e-12 ; 
+{4348.}      DNPHENO2 + NAPINAO2 = DNP_AP11N : 6.3246e-12 ; 
+{4349.}      DNPHENO2 + NAPINBO2 = DNP_AP12N : 6.3246e-12 ; 
+{4350.}      DNPHENO2 + NC102O2 = DNP_AP13N : 2.6884e-11 ; 
+{4351.}      DNPHENO2 + NC101O2 = DNP_AP14N : 1.8513e-11 ; 
+{4352.}      DNPHENO2 + C96O2 = DNP_AP15 : 6.3246e-12 ; 
+{4353.}      DNPHENO2 + C89CO3 = DNP_AP16 : 6.3246e-12 ; 
+{4354.}      DNPHENO2 + C920O2 = DNP_AP17 : 6.3246e-12 ; 
+{4355.}      DNPHENO2 + C97O2 = DNP_AP18 : 6.3246e-12 ; 
+{4356.}      DNPHENO2 + C85CO3 = DNP_AP19 : 6.3246e-12 ; 
+{4357.}      DNPHENO2 + C811CO3 = DNP_AP20 : 6.3246e-12 ; 
+{4358.}      DNPHENO2 + C921O2 = DNP_AP21 : 6.3246e-12 ; 
+{4359.}      DNPHENO2 + C98O2 = DNP_AP22 : 6.3246e-12 ; 
+{4360.}      DNPHENO2 + C922O2 = DNP_AP23 : 6.3246e-12 ; 
+{4361.}      DNPHENO2 + C85O2 = DNP_AP24 : 6.3246e-12 ; 
+{4362.}      DNPHENO2 + C89O2 = DNP_AP25 : 6.3246e-12 ; 
+{4363.}      DNPHENO2 + C86O2 = DNP_AP26 : 6.3246e-12 ; 
+{4364.}      DNPHENO2 + C811O2 = DNP_AP27 : 6.3246e-12 ; 
+{4365.}      DNPHENO2 + C810O2 = DNP_AP28 : 6.3246e-12 ; 
+{4366.}      DNPHENO2 + C812O2 = DNP_AP29 : 6.3246e-12 ; 
+{4367.}      DNPHENO2 + C813O2 = DNP_AP30 : 6.3246e-12 ; 
+{4368.}      DNPHENO2 + C721CO3 = DNP_AP31 : 6.3246e-12 ; 
+# inter-VOC ROOR formation: HOCH2CO3
+{4369.}      HOCH2CO3 + C10H15O2O2 = C2c_APoO3 : 3.4641e-13 ; 
+{4370.}      HOCH2CO3 + C10H15O4O2 = C2c_APoO5 : 3.4641e-13 ; 
+{4371.}      HOCH2CO3 + C10H15O6O2 = C2c_APoO7 : 1.4725e-12 ; 
+{4372.}      HOCH2CO3 + C10H15O8O2 = C2c_APoO9 : 2.1091e-12 ; 
+{4373.}      HOCH2CO3 + C10H15O10O2 = C2c_APoO11 : 2.4495e-12 ; 
+{4374.}      HOCH2CO3 + C10H15O12O2 = C2c_APoO13 : 2.4495e-12 ; 
+{4375.}      HOCH2CO3 + C10H15O3O2 = C2c_APoO4 : 3.4641e-13 ; 
+{4376.}      HOCH2CO3 + C10H15O5O2 = C2c_APoO6 : 1.014e-12 ; 
+{4377.}      HOCH2CO3 + C10H15O7O2 = C2c_APoO8 : 1.8188e-12 ; 
+{4378.}      HOCH2CO3 + C10H15O9O2 = C2c_APoO10 : 2.3639e-12 ; 
+{4379.}      HOCH2CO3 + C10H15O11O2 = C2c_APoO12 : 2.4495e-12 ; 
+{4380.}      HOCH2CO3 + C10H17O4O2 = C2c_APhO5 : 3.4641e-13 ; 
+{4381.}      HOCH2CO3 + C10H17O6O2 = C2c_APhO7 : 1.4725e-12 ; 
+{4382.}      HOCH2CO3 + C10H17O8O2 = C2c_APhO9 : 2.1091e-12 ; 
+{4383.}      HOCH2CO3 + C10H17O3O2 = C2c_APhO4 : 3.4641e-13 ; 
+{4384.}      HOCH2CO3 + C10H17O5O2 = C2c_APhO6 : 1.014e-12 ; 
+{4385.}      HOCH2CO3 + C10H17O7O2 = C2c_APhO8 : 1.8188e-12 ; 
+{4386.}      HOCH2CO3 + APINAO2 = C2c_AP01 : 3.4641e-13 ; 
+{4387.}      HOCH2CO3 + APINBO2 = C2c_AP02 : 3.4641e-13 ; 
+{4388.}      HOCH2CO3 + APINCO2 = C2c_AP03 : 3.4641e-13 ; 
+{4389.}      HOCH2CO3 + C107O2 = C2c_AP04 : 3.4641e-13 ; 
+{4390.}      HOCH2CO3 + C109O2 = C2c_AP05 : 3.4641e-13 ; 
+{4391.}      HOCH2CO3 + C106O2 = C2c_AP06 : 3.4641e-13 ; 
+{4392.}      HOCH2CO3 + C920CO3 = C2c_AP07 : 3.4641e-13 ; 
+{4393.}      HOCH2CO3 + C108O2 = C2c_AP08 : 3.4641e-13 ; 
+{4394.}      HOCH2CO3 + PINALO2 = C2c_AP09 : 3.4641e-13 ; 
+{4395.}      HOCH2CO3 + C96CO3 = C2c_AP10 : 3.4641e-13 ; 
+{4396.}      HOCH2CO3 + NAPINAO2 = C2c_AP11N : 3.4641e-13 ; 
+{4397.}      HOCH2CO3 + NAPINBO2 = C2c_AP12N : 3.4641e-13 ; 
+{4398.}      HOCH2CO3 + NC102O2 = C2c_AP13N : 1.4725e-12 ; 
+{4399.}      HOCH2CO3 + NC101O2 = C2c_AP14N : 1.014e-12 ; 
+{4400.}      HOCH2CO3 + C96O2 = C2c_AP15 : 3.4641e-13 ; 
+{4401.}      HOCH2CO3 + C89CO3 = C2c_AP16 : 3.4641e-13 ; 
+{4402.}      HOCH2CO3 + C920O2 = C2c_AP17 : 3.4641e-13 ; 
+{4403.}      HOCH2CO3 + C97O2 = C2c_AP18 : 3.4641e-13 ; 
+{4404.}      HOCH2CO3 + C85CO3 = C2c_AP19 : 3.4641e-13 ; 
+{4405.}      HOCH2CO3 + C811CO3 = C2c_AP20 : 3.4641e-13 ; 
+{4406.}      HOCH2CO3 + C921O2 = C2c_AP21 : 3.4641e-13 ; 
+{4407.}      HOCH2CO3 + C98O2 = C2c_AP22 : 3.4641e-13 ; 
+{4408.}      HOCH2CO3 + C922O2 = C2c_AP23 : 3.4641e-13 ; 
+{4409.}      HOCH2CO3 + C85O2 = C2c_AP24 : 3.4641e-13 ; 
+{4410.}      HOCH2CO3 + C89O2 = C2c_AP25 : 3.4641e-13 ; 
+{4411.}      HOCH2CO3 + C86O2 = C2c_AP26 : 3.4641e-13 ; 
+{4412.}      HOCH2CO3 + C811O2 = C2c_AP27 : 3.4641e-13 ; 
+{4413.}      HOCH2CO3 + C810O2 = C2c_AP28 : 3.4641e-13 ; 
+{4414.}      HOCH2CO3 + C812O2 = C2c_AP29 : 3.4641e-13 ; 
+{4415.}      HOCH2CO3 + C813O2 = C2c_AP30 : 3.4641e-13 ; 
+{4416.}      HOCH2CO3 + C721CO3 = C2c_AP31 : 3.4641e-13 ; 
+# inter-VOC ROOR formation: C5CO2OHCO3
+{4417.}      C5CO2OHCO3 + C10H15O2O2 = C5a_APoO3 : 2.0635e-12 ; 
+{4418.}      C5CO2OHCO3 + C10H15O4O2 = C5a_APoO5 : 2.0635e-12 ; 
+{4419.}      C5CO2OHCO3 + C10H15O6O2 = C5a_APoO7 : 8.7712e-12 ; 
+{4420.}      C5CO2OHCO3 + C10H15O8O2 = C5a_APoO9 : 1.2563e-11 ; 
+{4421.}      C5CO2OHCO3 + C10H15O10O2 = C5a_APoO11 : 1.4591e-11 ; 
+{4422.}      C5CO2OHCO3 + C10H15O12O2 = C5a_APoO13 : 1.4591e-11 ; 
+{4423.}      C5CO2OHCO3 + C10H15O3O2 = C5a_APoO4 : 2.0635e-12 ; 
+{4424.}      C5CO2OHCO3 + C10H15O5O2 = C5a_APoO6 : 6.0401e-12 ; 
+{4425.}      C5CO2OHCO3 + C10H15O7O2 = C5a_APoO8 : 1.0834e-11 ; 
+{4426.}      C5CO2OHCO3 + C10H15O9O2 = C5a_APoO10 : 1.4081e-11 ; 
+{4427.}      C5CO2OHCO3 + C10H15O11O2 = C5a_APoO12 : 1.4591e-11 ; 
+{4428.}      C5CO2OHCO3 + C10H17O4O2 = C5a_APhO5 : 2.0635e-12 ; 
+{4429.}      C5CO2OHCO3 + C10H17O6O2 = C5a_APhO7 : 8.7712e-12 ; 
+{4430.}      C5CO2OHCO3 + C10H17O8O2 = C5a_APhO9 : 1.2563e-11 ; 
+{4431.}      C5CO2OHCO3 + C10H17O3O2 = C5a_APhO4 : 2.0635e-12 ; 
+{4432.}      C5CO2OHCO3 + C10H17O5O2 = C5a_APhO6 : 6.0401e-12 ; 
+{4433.}      C5CO2OHCO3 + C10H17O7O2 = C5a_APhO8 : 1.0834e-11 ; 
+{4434.}      C5CO2OHCO3 + APINAO2 = C5a_AP01 : 2.0635e-12 ; 
+{4435.}      C5CO2OHCO3 + APINBO2 = C5a_AP02 : 2.0635e-12 ; 
+{4436.}      C5CO2OHCO3 + APINCO2 = C5a_AP03 : 2.0635e-12 ; 
+{4437.}      C5CO2OHCO3 + C107O2 = C5a_AP04 : 2.0635e-12 ; 
+{4438.}      C5CO2OHCO3 + C109O2 = C5a_AP05 : 2.0635e-12 ; 
+{4439.}      C5CO2OHCO3 + C106O2 = C5a_AP06 : 2.0635e-12 ; 
+{4440.}      C5CO2OHCO3 + C920CO3 = C5a_AP07 : 2.0635e-12 ; 
+{4441.}      C5CO2OHCO3 + C108O2 = C5a_AP08 : 2.0635e-12 ; 
+{4442.}      C5CO2OHCO3 + PINALO2 = C5a_AP09 : 2.0635e-12 ; 
+{4443.}      C5CO2OHCO3 + C96CO3 = C5a_AP10 : 2.0635e-12 ; 
+{4444.}      C5CO2OHCO3 + NAPINAO2 = C5a_AP11N : 2.0635e-12 ; 
+{4445.}      C5CO2OHCO3 + NAPINBO2 = C5a_AP12N : 2.0635e-12 ; 
+{4446.}      C5CO2OHCO3 + NC102O2 = C5a_AP13N : 8.7712e-12 ; 
+{4447.}      C5CO2OHCO3 + NC101O2 = C5a_AP14N : 6.0401e-12 ; 
+{4448.}      C5CO2OHCO3 + C96O2 = C5a_AP15 : 2.0635e-12 ; 
+{4449.}      C5CO2OHCO3 + C89CO3 = C5a_AP16 : 2.0635e-12 ; 
+{4450.}      C5CO2OHCO3 + C920O2 = C5a_AP17 : 2.0635e-12 ; 
+{4451.}      C5CO2OHCO3 + C97O2 = C5a_AP18 : 2.0635e-12 ; 
+{4452.}      C5CO2OHCO3 + C85CO3 = C5a_AP19 : 2.0635e-12 ; 
+{4453.}      C5CO2OHCO3 + C811CO3 = C5a_AP20 : 2.0635e-12 ; 
+{4454.}      C5CO2OHCO3 + C921O2 = C5a_AP21 : 2.0635e-12 ; 
+{4455.}      C5CO2OHCO3 + C98O2 = C5a_AP22 : 2.0635e-12 ; 
+{4456.}      C5CO2OHCO3 + C922O2 = C5a_AP23 : 2.0635e-12 ; 
+{4457.}      C5CO2OHCO3 + C85O2 = C5a_AP24 : 2.0635e-12 ; 
+{4458.}      C5CO2OHCO3 + C89O2 = C5a_AP25 : 2.0635e-12 ; 
+{4459.}      C5CO2OHCO3 + C86O2 = C5a_AP26 : 2.0635e-12 ; 
+{4460.}      C5CO2OHCO3 + C811O2 = C5a_AP27 : 2.0635e-12 ; 
+{4461.}      C5CO2OHCO3 + C810O2 = C5a_AP28 : 2.0635e-12 ; 
+{4462.}      C5CO2OHCO3 + C812O2 = C5a_AP29 : 2.0635e-12 ; 
+{4463.}      C5CO2OHCO3 + C813O2 = C5a_AP30 : 2.0635e-12 ; 
+{4464.}      C5CO2OHCO3 + C721CO3 = C5a_AP31 : 2.0635e-12 ; 
+# inter-VOC ROOR formation: C4CO2DBCO3
+{4465.}      C4CO2DBCO3 + C10H15O2O2 = C4a_APoO3 : 3.4641e-13 ; 
+{4466.}      C4CO2DBCO3 + C10H15O4O2 = C4a_APoO5 : 3.4641e-13 ; 
+{4467.}      C4CO2DBCO3 + C10H15O6O2 = C4a_APoO7 : 1.4725e-12 ; 
+{4468.}      C4CO2DBCO3 + C10H15O8O2 = C4a_APoO9 : 2.1091e-12 ; 
+{4469.}      C4CO2DBCO3 + C10H15O10O2 = C4a_APoO11 : 2.4495e-12 ; 
+{4470.}      C4CO2DBCO3 + C10H15O12O2 = C4a_APoO13 : 2.4495e-12 ; 
+{4471.}      C4CO2DBCO3 + C10H15O3O2 = C4a_APoO4 : 3.4641e-13 ; 
+{4472.}      C4CO2DBCO3 + C10H15O5O2 = C4a_APoO6 : 1.014e-12 ; 
+{4473.}      C4CO2DBCO3 + C10H15O7O2 = C4a_APoO8 : 1.8188e-12 ; 
+{4474.}      C4CO2DBCO3 + C10H15O9O2 = C4a_APoO10 : 2.3639e-12 ; 
+{4475.}      C4CO2DBCO3 + C10H15O11O2 = C4a_APoO12 : 2.4495e-12 ; 
+{4476.}      C4CO2DBCO3 + C10H17O4O2 = C4a_APhO5 : 3.4641e-13 ; 
+{4477.}      C4CO2DBCO3 + C10H17O6O2 = C4a_APhO7 : 1.4725e-12 ; 
+{4478.}      C4CO2DBCO3 + C10H17O8O2 = C4a_APhO9 : 2.1091e-12 ; 
+{4479.}      C4CO2DBCO3 + C10H17O3O2 = C4a_APhO4 : 3.4641e-13 ; 
+{4480.}      C4CO2DBCO3 + C10H17O5O2 = C4a_APhO6 : 1.014e-12 ; 
+{4481.}      C4CO2DBCO3 + C10H17O7O2 = C4a_APhO8 : 1.8188e-12 ; 
+{4482.}      C4CO2DBCO3 + APINAO2 = C4a_AP01 : 3.4641e-13 ; 
+{4483.}      C4CO2DBCO3 + APINBO2 = C4a_AP02 : 3.4641e-13 ; 
+{4484.}      C4CO2DBCO3 + APINCO2 = C4a_AP03 : 3.4641e-13 ; 
+{4485.}      C4CO2DBCO3 + C107O2 = C4a_AP04 : 3.4641e-13 ; 
+{4486.}      C4CO2DBCO3 + C109O2 = C4a_AP05 : 3.4641e-13 ; 
+{4487.}      C4CO2DBCO3 + C106O2 = C4a_AP06 : 3.4641e-13 ; 
+{4488.}      C4CO2DBCO3 + C920CO3 = C4a_AP07 : 3.4641e-13 ; 
+{4489.}      C4CO2DBCO3 + C108O2 = C4a_AP08 : 3.4641e-13 ; 
+{4490.}      C4CO2DBCO3 + PINALO2 = C4a_AP09 : 3.4641e-13 ; 
+{4491.}      C4CO2DBCO3 + C96CO3 = C4a_AP10 : 3.4641e-13 ; 
+{4492.}      C4CO2DBCO3 + NAPINAO2 = C4a_AP11N : 3.4641e-13 ; 
+{4493.}      C4CO2DBCO3 + NAPINBO2 = C4a_AP12N : 3.4641e-13 ; 
+{4494.}      C4CO2DBCO3 + NC102O2 = C4a_AP13N : 1.4725e-12 ; 
+{4495.}      C4CO2DBCO3 + NC101O2 = C4a_AP14N : 1.014e-12 ; 
+{4496.}      C4CO2DBCO3 + C96O2 = C4a_AP15 : 3.4641e-13 ; 
+{4497.}      C4CO2DBCO3 + C89CO3 = C4a_AP16 : 3.4641e-13 ; 
+{4498.}      C4CO2DBCO3 + C920O2 = C4a_AP17 : 3.4641e-13 ; 
+{4499.}      C4CO2DBCO3 + C97O2 = C4a_AP18 : 3.4641e-13 ; 
+{4500.}      C4CO2DBCO3 + C85CO3 = C4a_AP19 : 3.4641e-13 ; 
+{4501.}      C4CO2DBCO3 + C811CO3 = C4a_AP20 : 3.4641e-13 ; 
+{4502.}      C4CO2DBCO3 + C921O2 = C4a_AP21 : 3.4641e-13 ; 
+{4503.}      C4CO2DBCO3 + C98O2 = C4a_AP22 : 3.4641e-13 ; 
+{4504.}      C4CO2DBCO3 + C922O2 = C4a_AP23 : 3.4641e-13 ; 
+{4505.}      C4CO2DBCO3 + C85O2 = C4a_AP24 : 3.4641e-13 ; 
+{4506.}      C4CO2DBCO3 + C89O2 = C4a_AP25 : 3.4641e-13 ; 
+{4507.}      C4CO2DBCO3 + C86O2 = C4a_AP26 : 3.4641e-13 ; 
+{4508.}      C4CO2DBCO3 + C811O2 = C4a_AP27 : 3.4641e-13 ; 
+{4509.}      C4CO2DBCO3 + C810O2 = C4a_AP28 : 3.4641e-13 ; 
+{4510.}      C4CO2DBCO3 + C812O2 = C4a_AP29 : 3.4641e-13 ; 
+{4511.}      C4CO2DBCO3 + C813O2 = C4a_AP30 : 3.4641e-13 ; 
+{4512.}      C4CO2DBCO3 + C721CO3 = C4a_AP31 : 3.4641e-13 ; 
+
+
+# PRAM finished
\ No newline at end of file
diff --git a/PyCHAM/input/SOAPRA/mod_var_28Mar2019 copy.txt b/PyCHAM/input/SOAPRA/mod_var_28Mar2019 copy.txt
new file mode 100755
index 00000000..d676aaa1
--- /dev/null
+++ b/PyCHAM/input/SOAPRA/mod_var_28Mar2019 copy.txt	
@@ -0,0 +1,41 @@
+# example batch experiment for paper method
+res_file_name = method_ex_dynpart_1.e-8zpc_1e3inttol_RO2pool
+total_model_time = 4.32e4
+update_step = 2.16e2
+recording_time_step = 2.16e3
+temperature = 300.
+tempt = 0.
+p_init = 101325.0
+rh = 0.50
+rht = 0
+light_status = 0, 1
+light_time = 0, 1.8e3
+act_flux_file = Greece_obs_doi_10dot10292001JD900142.csv
+const_comp = H2O, CH4, C10PAN2; H2O, CH4, C10PAN2
+const_compt = 0; 10600.
+# initial concentrations of components (ppb)
+Comp0 = NO2, NO, CO, CH4, O3, HNO3, HCHO, H2O2, CH3OOH, C10PAN2
+C0 = 1.25, 1.25, 150., 2.e4, 20., 6., 1., 1., 1., 3.e0
+cont_infl = APINENE, BENZENE, NO, NO2
+Cinfl = 1.e-2, 0; 1.e-1, 0; 6.e-3, 0; 6.e-3, 0
+cont_infl_t = 10600., 11200.
+wall_on = 0
+chem_scheme_markers = {, RO2, +, C(ind_, ), , &, , , :, }, ;,
+# set the vapour pressure estimation method for HOMs
+HOMs_vp_method = Mohr2019
+# only need to use the below variables for the seeded case
+number_size_bins = 1
+pconc = 5.817083e4
+pconct = 0.
+pcont = 0
+mean_rad = 3.e-2
+std = 1.5
+Vwat_inc = 2
+coag_on = 0
+# 125 nm radius
+upper_part_size = 1.25e-1
+equi_gtop_partit = 0
+int_tol = 1.e-3, 1.e-3
+z_prt_coeff = 1.e-8
+eqn_pars = 0
+tracked_comp = OH, NO, NO2
\ No newline at end of file
diff --git a/PyCHAM/input/SOAPRA/mv_28Mar2019.txt b/PyCHAM/input/SOAPRA/mv_28Mar2019.txt
new file mode 100755
index 00000000..91af4fa7
--- /dev/null
+++ b/PyCHAM/input/SOAPRA/mv_28Mar2019.txt
@@ -0,0 +1,36 @@
+# Initial conditions from Table 4 of 
+# https://amt.copernicus.org/articles/15/539/2022/amt-15-539-2022.pdf
+res_file_name = 28Mar2019_dynpart_1.e-8zpc_1e3inttol
+total_model_time = 4.32e4
+update_step = 2.16e2
+recording_time_step = 2.16e3
+temperature = 300.
+tempt = 0.
+p_init = 101325.0
+rh = 0.50
+rht = 0
+light_status = 0, 1
+light_time = 0, 1.8e3
+act_flux_file = MAC_Actinic_Flux_Spectrum_wUVC.csv
+const_comp = H2O
+# initial concentrations of components (ppb)
+Comp0 = NO2, CO, APINENE
+C0 = 40., 0., 309.
+wall_on = 0
+chem_scheme_markers = {, RO2, +, C(ind_, ), , &, , , :, }, ;,
+# set the vapour pressure estimation method for HOMs
+HOMs_vp_method = Mohr2019
+# only need to use the below variables for the seeded case
+number_size_bins = 1
+pconc = 5.817083e5
+pconct = 0.
+mean_rad = 3.0e-2
+std = 1.5
+Vwat_inc = 2
+coag_on = 0
+# 125 nm radius
+upper_part_size = 1.25e-1
+equi_gtop_partit = 0
+int_tol = 1.e-3, 1.e-3
+z_prt_coeff = 1.e-8
+eqn_pars = 1
\ No newline at end of file
diff --git a/PyCHAM/mod_var_read.py b/PyCHAM/mod_var_read.py
index 4aa4c694..22c87298 100755
--- a/PyCHAM/mod_var_read.py
+++ b/PyCHAM/mod_var_read.py
@@ -550,17 +550,88 @@ def read(self):
 					self.mean_rad[:, i] = [float(ii.strip()) for ii in 
 						((value.split(';')[i]).split(':'))]
 				
+			# whether (1) or not (0) to treat gas-particle paritioning as 
+			# equilibrium (i.e. not dynamic)
+			if (key == 'equi_gtop_partit'and (value.strip())):
+				self.equi_gtop_partit = int(value.strip())
 
 			# frequency (s) of storing results	
 			if (key == 'recording_time_step' and 
 				(value.strip())): 
 				self.save_step = float(value.strip())
 
-			# names of components with later continuous 
-			# injections
+			# names of components with constant abundances
 			if (key == 'const_comp' and (value.strip())): 
-				self.const_comp = [str(i).strip() for 
-					i in (value.split(','))]
+				value = str(value).replace(' ', '')
+				comp_count = 1 # count number of components
+				time_count = 1 # track number of times
+
+				# prepare to hold component names
+				const_comp_list = []
+				ic = 0 # keep count on character in value
+				for i in value:
+					if i==';':
+						time_count += 1 # record number of times
+						self.const_comp = np.concatenate(
+							(self.const_comp, 
+							self.const_comp[:, 0].reshape(-1, 1))
+							, axis=1)
+						self.const_comp[:, -1] = ''
+
+						try:
+							const_comp = value[
+							ic+1:ic+1+value[ic+1::].index(',')]
+							# in case change of time sign included
+							if (';' in const_comp):
+								const_comp = const_comp[
+								0:const_comp.index(';')]
+							const_comp = const_comp.replace(
+								'\n', '')
+						except: # in case at final component
+							const_comp = value[ic+1::]
+						
+						indx = np.where(self.const_comp[
+							:, 0] == const_comp)[0][0]
+						self.const_comp[indx, -1] = const_comp
+						
+					if i==',':
+						try:
+							const_comp = value[
+							ic+1:ic+1+value[ic+1::].index(',')]
+							# in case change of time sign included
+							if (';' in const_comp):
+								const_comp = const_comp[
+								0:const_comp.index(';')]
+						except: # in case at final component
+							const_comp = value[ic+1::]
+							const_comp = const_comp.replace(
+								'\n', '')
+						if (time_count == 1): # if on first time
+							self.const_comp = np.append(
+							self.const_comp, 
+							np.zeros((1,1)), axis=0)
+							self.const_comp[-1, 0] = const_comp
+						else: # if on later times
+							indx = np.where(self.const_comp[
+							:, 0] == const_comp)[0][0]
+							self.const_comp[indx, -1] = const_comp
+
+					# if on first character
+					if (ic == 0):
+						const_comp = (value[
+							ic:value.index(',')])
+						# prepare to hold component names (rows) 
+						# at the required
+						# times (columns)
+						self.const_comp = np.zeros((1, 1)).astype('str')
+						self.const_comp[0, 0] = const_comp
+						
+					ic += 1 # keep count on character in value
+
+			# times that constant components are for
+			if (key == 'const_compt' and (value.strip())):
+				self.const_compt = np.array(([str(i).strip() for i in 
+					(value.split(';'))])).astype('float')
 
 			# name of file containing observations to 
 			# constrain by
diff --git a/PyCHAM/obs_file_open.py b/PyCHAM/obs_file_open.py
index b00f23c9..a8065b32 100644
--- a/PyCHAM/obs_file_open.py
+++ b/PyCHAM/obs_file_open.py
@@ -242,8 +242,9 @@ def obs_file_open(self):
 					self.pconct = np.concatenate((self.pconct, 
 						(np.zeros((1, 1)))), 
 						axis=1)
-					# add onto mean radius array
-					self.mean_rad = np.concatenate((self.mean_rad, 
+					# add onto mean radius array, if mean radii are given
+					if (mean_rad_flag == 1):
+						self.mean_rad = np.concatenate((self.mean_rad, 
 						(np.zeros((uni_sb_mean_rad, 1)))), 
 						axis=1)
 			
@@ -277,7 +278,6 @@ def obs_file_open(self):
 				self.mean_rad[:, -1] = 	np.array((i))[0:col_num+1][mean_rad_col]		
 
 		ic += 1 # count on row iteration
-	
 
 	# whether particle number concentrations expressed 
 	# by modes (0) or explicitly per size bin (1)
@@ -302,7 +302,7 @@ def obs_file_open(self):
 		self.seed_name[self.seed_name.index('lvoc')] = 'sec_org0'
 		self.seed_name[self.seed_name.index('svoc')] = 'sec_org1'
 		self.seed_name[self.seed_name.index('ec')] = 'bc'
-	except:
+	except: # filler except command
 		self.seed_name = self.seed_name
 	
 	# ensure numpy array for rh arrays
diff --git a/PyCHAM/ode_solv.py b/PyCHAM/ode_solv.py
index 3d27eb2d..045f3553 100755
--- a/PyCHAM/ode_solv.py
+++ b/PyCHAM/ode_solv.py
@@ -21,7 +21,7 @@
 ##########################################################################################
 '''solution of ODEs, generated by eqn_pars.py'''
 # module to solve system of ordinary differential equations (ODEs) using solve_ivp of Scipy 
-# File Created at 2024-11-18 11:42:12.333319
+# File Created at 2024-11-25 13:30:41.245012
 
 import numpy as np
 import scipy.sparse as SP
@@ -140,6 +140,8 @@ def dydt(t, y): # define the ODE(s)
 		# register gain of products
 		dd[self.uni_y_pind_g, 0] += np.array((loss.sum(axis = 1))[self.uni_y_pind_g])[:, 0]
 		
+		# account for components with continuous gas-phase influx
+		dd[[self.con_infl_indx], 0] += Cinfl_now[:, 0]
 	
 		# gas-particle partitioning-----------------
 		# transform component concentrations in particles and walls
@@ -199,7 +201,7 @@ def jac(t, y): # define the Jacobian
 			y = y.reshape(-1, 1)
 		
 		# elements of sparse Jacobian matrix
-		data = np.zeros((4499+jac_mod_len))
+		data = np.zeros((33040+jac_mod_len))
 		
 		for i in range(self.rindx_g.shape[0]): # gas-phase reaction loop
 			# reaction rate (# molecules/cm3/s)
@@ -214,9 +216,9 @@ def jac(t, y): # define the Jacobian
 		
 		
 		# gas-particle partitioning
-		part_eff = np.zeros((2331))
+		part_eff = np.zeros((13820))
 		if (sum(N_perbin[:, 0]) > 0.): # if any particles present 
-			part_eff[0:999:3] = -kimt[0:num_asb, :].sum(axis=0) # effect of gas on gas
+			part_eff[0:6910:2] = -kimt[0:num_asb, :].sum(axis=0) # effect of gas on gas
 		
 		# empty array for any particle-on-gas and particle-on-particle effects on water in the particle-phase for rows of Jacobian
 		part_eff_rw = np.zeros((len(jac_part_hmf_indx)))
@@ -282,8 +284,8 @@ def jac(t, y): # define the Jacobian
 		return(j)
 	
 	# set ODE solver tolerances
-	atol = 0.01
-	rtol = 0.01
+	atol = 0.001
+	rtol = 0.001
 	self.ode_cnt = 0
 	
 	# check for underflow issues
diff --git a/PyCHAM/ode_solv_wat.py b/PyCHAM/ode_solv_wat.py
index 9d483504..11787148 100755
--- a/PyCHAM/ode_solv_wat.py
+++ b/PyCHAM/ode_solv_wat.py
@@ -96,7 +96,8 @@ def dydt(t, y): # define the ODE(s)
 		ymat[:, H2Oi] = y[1::, 0]
 		
 		# total particle-phase concentration per size bin (# molecules/cm3 (air))
-		csum = ((ymat.sum(axis=1)-ymat[:, self.seedi].sum(axis=1))+((ymat[:, self.seedi]*core_diss).sum(axis=1)).reshape(-1)).reshape(-1, 1)
+		csum = ((ymat.sum(axis=1)-ymat[:, self.seedi].sum(axis=1))+((
+		ymat[:, self.seedi]*core_diss).sum(axis=1)).reshape(-1)).reshape(-1, 1)
 		isb = (csum[:, 0] != 0.) # indices of size bins with contents 
 		
 		if (any(isb)): # if particle-phase components present
@@ -192,7 +193,8 @@ def jac(t, y): # define the Jacobian
 	# call on the ODE solver, note y contains the initial condition(s) (molecules/cm3 (air)) 
 	# and must be 1D even though y in dydt and jac has shape (number of elements, 1)
 	# as stated in GMD paper, BDF method used as this known to deal with stiff problems well
-	sol = solve_ivp(dydt, [0, integ_step], y_w, atol = atol, rtol = rtol, method = 'Radau', t_eval = [integ_step], vectorized = True, jac = jac)
+	sol = solve_ivp(dydt, [0, integ_step], y_w, atol = atol, rtol = rtol, 
+	method = 'Radau', t_eval = [integ_step], vectorized = True, jac = jac)
 	
 	# force all components in size bins with no particle to zero
 	y_w = np.squeeze(sol.y)
diff --git a/PyCHAM/ode_updater.py b/PyCHAM/ode_updater.py
index 2791070a..28fa4dbf 100755
--- a/PyCHAM/ode_updater.py
+++ b/PyCHAM/ode_updater.py
@@ -612,7 +612,7 @@ def ode_updater(y, H2Oi,
 					# flag that water gas-particle 
 					# partitioning solved separately
 					self.odsw_flag = 1
-
+		
 					# call on ode solver for water
 					[y, res_t] = ode_solv_wat.ode_solv(y, 
 					tnew,
@@ -624,6 +624,7 @@ def ode_updater(y, H2Oi,
 					jac_mod_len, jac_part_hmf_indx,
  					rw_indx, N_perbin, 
 					jac_part_H2O_indx, H2Oi, self)
+					
 
 					
 					
@@ -672,13 +673,16 @@ def ode_updater(y, H2Oi,
 							# integration time step (s) 
 							# if necessary
 							tnew = tnew/2.
-							stab_red = 1 # remember that time step temporarily reduced due to instability
+							# remember that time step temporarily
+							# reduced due to instability
+							stab_red = 1
 							continue
 
 						else: # if acceptable
 							gpp_stab = 1 # change to stable flag
-						
-					else: # if solution stable, change stability flag to represent this
+					# if solution stable, change stability flag to 
+					# represent this	
+					else:
 						gpp_stab = 1 # change to stable flag
 				else:
 					# water gas-particle partitioning not solved separately
@@ -713,8 +717,12 @@ def ode_updater(y, H2Oi,
 				yield(str('Error: the call to ode_solv.ode_solv in ode_updater.py has been unsuccessful. ode_solv.ode_solv may have reported an error message at the command line. This issue has been observed when values for continuous influx of components are unrealistic or when the time period to integrate over is zero. The time period to integrate over when this message was generated is ' + str(tnew) + ' s, if this is zero or less s, please report the issue on the PyCHAM GitHub page. Otherwise, please check that continuous influx values are reasonable, and if this does not solve the problem, please report an issue on the PyCHAM GitHub page.'))
 			# if any components set to have constant 
 			# gas-phase concentration
-			if (any(self.con_C_indx)): # then keep constant
-				y[self.con_C_indx] = y0[self.con_C_indx] # (# molecules/cm3)
+			# get index of time for constant components
+			if any(self.const_compt):
+				const_comp_tindx = sum(self.const_compt<=sumt)-1
+				conCindxn = self.con_C_indx[:, const_comp_tindx] != -1e6
+				conCindxn = self.con_C_indx[conCindxn, const_comp_tindx] 
+				y[conCindxn] = y0[conCindxn] # (# molecules/cm3)
 			
 			# if negative, suggests ODE solver instability, 
 			# but could also be numerical 
@@ -814,9 +822,12 @@ def ode_updater(y, H2Oi,
 					y0, MV, ic_red, y, res_t, self)
 					
 				if (siz_str == 1): # full-moving
-					(Varr, x, y[num_comp:(num_comp*(num_sb-self.wall_on+1))], 
-					N_perbin, Vbou, rbou) = fullmov.fullmov((num_sb-self.wall_on), N_perbin,
- 					num_comp, y[num_comp:(num_comp)*(num_sb-self.wall_on+1)], MV*1.e12, 
+					(Varr, x, y[num_comp:(num_comp*(
+					num_sb-self.wall_on+1))], 
+					N_perbin, Vbou, rbou) = fullmov.fullmov((
+					num_sb-self.wall_on), N_perbin,
+ 					num_comp, y[num_comp:(num_comp)*(
+					num_sb-self.wall_on+1)], MV*1.e12, 
 					Vol0, Vbou, rbou)
 			
 			# time since operator-split processes 
@@ -838,8 +849,10 @@ def ode_updater(y, H2Oi,
 					num_sb-self.wall_on, num_comp))
 					
 					# coagulation
-					[N_perbin, y[num_comp:(num_comp)*(num_sb-self.wall_on+1)], x, Gi, eta_ai, 
-						Varr, Vbou, rbou] = coag.coag(self.RH[RHt_cnt], temp_now, x*1.e-6, 
+					[N_perbin, y[num_comp:(num_comp)*(
+					num_sb-self.wall_on+1)], x, Gi, eta_ai, 
+						Varr, Vbou, rbou] = coag.coag(self.RH[RHt_cnt],
+						 temp_now, x*1.e-6, 
 						(Varr*1.0e-18).reshape(1, -1), 
 						y_mw.reshape(-1, 1), x*1.e-6, 
 						Cp, (N_perbin).reshape(1, -1), update_count, 
@@ -848,7 +861,6 @@ def ode_updater(y, H2Oi,
 						Cp, (N_perbin).reshape(1, -1),
 						(Varr*1.e-18).reshape(1, -1),
 						coag_on, siz_str, self)
-										
 
 					# if particle loss to walls turned on, 
 					# account for this now
@@ -865,6 +877,61 @@ def ode_updater(y, H2Oi,
 							chamR, McMurry_flag, 
 							0, p_char, e_field, 
 							(num_sb-self.wall_on), self)
+
+					# if equilibrium gas-particle partitioning turned on
+					if (self.equi_gtop_partit == 1):
+
+						# note that Cstar is set in cham_up
+
+						# concentrations in gas and particle phase 
+						# (molecules/cm3) of components
+						Cpg = (y[0:(num_comp)*(
+						num_sb-self.wall_on+1)].reshape(
+						(num_sb-self.wall_on+1), num_comp))
+
+						# total molecular concentration of each
+						# component (gas+particle) (molecules/cm3),
+						# note that sum is over size bins
+						tmc_comp =  np.sum(Cpg, axis=0).reshape(1, -1)
+						# get total molecular concentration of each 
+						# component in ug/m3
+						tmc_comp_mc = ((tmc_comp/NA)*
+							y_mw.reshape(1, -1)*1.e12)
+
+						# starting estimate of condensable fraction of 
+						# each component
+						fi_est = np.zeros((num_comp))
+						
+						# set condensable fractions of non-volatile
+						# components to 1
+						fi_est[np.squeeze(self.Psat_Pa)==0.] = 1.
+						
+						# second estimate of condensable fraction of 
+						# each component at equilibrium (0-1)
+						se_est = np.squeeze((1+self.Cstar/
+							np.sum(fi_est*tmc_comp_mc, axis=1))**-1)
+				
+						while (np.abs(sum(fi_est)-sum(se_est))/
+							sum(se_est) > 1.e-5):
+				
+							# new first estimate (0-1)
+							fi_est[:] = se_est[:]
+
+							# new second estimate (0-1)
+							se_est = np.squeeze((1+self.Cstar/
+								np.sum(fi_est*tmc_comp_mc, axis=1))**-1)
+
+						# equilibrium concentrations in gas-phase
+						# (molecules/cm3) 	
+						Cpg[0, :] = (1.-se_est)*tmc_comp
+						# equilibrium concentrations in particle-phase
+						# (molecules/cm3), note this assumes just one
+						# particle size bin, so future work needs
+						# to distribute over size bins 	
+						Cpg[1, :] = (se_est)*tmc_comp
+						# allocate to y array
+						y[0:((num_comp)*(
+						num_sb-self.wall_on+1))] = Cpg.flatten()
 			
 
 				if (self.nucv1 > 0.): # nucleation
diff --git a/PyCHAM/ode_updater_su.py b/PyCHAM/ode_updater_su.py
index 80eb47fa..d4dfc336 100755
--- a/PyCHAM/ode_updater_su.py
+++ b/PyCHAM/ode_updater_su.py
@@ -307,7 +307,7 @@ def ode_updater_su(y, H2Oi,
 		su_comp_time = 3.6e3*24. # 24 hours
 
 	# if spin-up time interval is fixed to just time of full simulation
-	if (self.spin_up == 3):
+	if (self.spin_up == 2 or self.spin_up == 3):
 		su_comp_time = self.tot_time
 
 	# find out what to do with the gas-wall partitioning coefficient,
diff --git a/PyCHAM/partit_var.py b/PyCHAM/partit_var.py
index b0179ef6..547c76db 100755
--- a/PyCHAM/partit_var.py
+++ b/PyCHAM/partit_var.py
@@ -206,7 +206,13 @@ def kimt_calc(y, mfp, num_sb, num_comp, accom_coeff, y_mw, surfT,
 			partit_cutoff_molcm)
 			# mask water to allow its partitioning
 			highVPi[:, H2Oi] = 0
-			kimt[highVPi[0:num_sb-self.wall_on, :]] = 0.
+			kimt[highVPi[0:(num_sb-self.wall_on), :]] = 0.
+
+		# if equilibrium gas-particle partitioning turned on, then partitioning
+		# is solved in operator-split process
+		if (self.equi_gtop_partit == 1):
+			kimt[0:(num_sb-self.wall_on), :] = 0
+			
 	
 	else: # if no particles
 		kimt = np.zeros((num_sb-self.wall_on, num_comp))
diff --git a/PyCHAM/pickle.pkl b/PyCHAM/pickle.pkl
index 858226353bd748c6c43a783e3ef2274421a2e317..ada5ce4a6db0a4c5195d7d60930e8bddcc970321 100755
GIT binary patch
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diff --git a/PyCHAM/plotter_ct.py b/PyCHAM/plotter_ct.py
index 223501ca..bf840853 100755
--- a/PyCHAM/plotter_ct.py
+++ b/PyCHAM/plotter_ct.py
@@ -1106,7 +1106,8 @@ def plotter_individ_prop(self):
 			' not identified in chemical scheme'))
 			return(self)
 		# display in text area of GUI
-		self.l203a.setText(str('Molar mass of ' + str(self.mm_comp_name) + ': ' + str(mm_interest) + ' g/mol'))
+		self.l203a.setText(str('Molar mass of ' + str(self.mm_comp_name) + ': ' + 
+			str(mm_interest) + ' g/mol'))
 
 	if ('saturation vapour pressure at starting temperature' in self.single_comp_prop):
 
diff --git a/PyCHAM/pp_dursim.py b/PyCHAM/pp_dursim.py
index 7ddee636..83cdeaf3 100755
--- a/PyCHAM/pp_dursim.py
+++ b/PyCHAM/pp_dursim.py
@@ -81,16 +81,15 @@ def pp_dursim(y, N_perbin0, mean_rad, pconc, lowersize,
 	# ranges (um)
 	if (sum(mean_rad[:] == -1.e6) > 0 and num_sb > 0):
 		if (lowersize > 0.):
-			mean_rad = 10**((np.log10(lowersize)+
+			radn = 10**((np.log10(lowersize)+
 			np.log10(uppersize))/2.)
 		else:
-			mean_rad = 10**(np.log10(uppersize)-1)
+			radn = 10**(np.log10(uppersize)-1)
 
 	# if mean radius is given (either per size bin)
 	# or for number-size distribution modes
 	else:
 		radn = mean_rad[:]
-
 	
 	R_gas = si.R # ideal gas constant (kg.m2.s-2.K-1.mol-1)
 	NA = si.Avogadro # Avogadro's number (molecules/mol)
diff --git a/PyCHAM/pp_intro.py b/PyCHAM/pp_intro.py
index 001c12fa..e8211cf6 100755
--- a/PyCHAM/pp_intro.py
+++ b/PyCHAM/pp_intro.py
@@ -102,8 +102,7 @@ def pp_intro(y, num_comp, TEMP, H2Oi,
 
 	else: # if no seed particle present at start
 		seedx_now = np.zeros((self.seedx.shape[0], self.seedx.shape[1]))
-		
-	
+
 	if (i.size == 0): # if no initial information provide fillers
 		# note that this line changed from pconcn = np.zeros((1)) 
 		# on 27/04/2023 so that 
@@ -164,7 +163,6 @@ def pp_intro(y, num_comp, TEMP, H2Oi,
 		self.C_p2w  = 0.
 
 	else: # if size bins present, get the particle number size distribution from inputs
-	
 		[N_perbin, x, rbou, Vbou, Varr, 
 		upper_bin_rad_amp] = part_nsd.part_nsd(lowersize, 
 		num_asb, uppersize, mean_radn, stdn, pconcn, testf, self)
@@ -175,6 +173,13 @@ def pp_intro(y, num_comp, TEMP, H2Oi,
 		if (i.size > 0 and num_asb > 0 and self.pcont[0, 0] == 1):
 			N_perbin[:, :] = 0
 
+	# if the concentration of seed particles has a dimension
+	# for time, but the mean radius has only one element
+	# along the time dimension, then tile the mean radius
+	# over all the times represented by number concentration
+	if (self.pconc.shape[1]>1 and self.mean_rad.shape[1] == 1):
+		self.mean_rad = np.tile(x.reshape(-1, 1), (1, self.pconc.shape[1]))
+
 	# set first volume and radius bound to zero, thereby allowing shrinkage to zero in the 
 	# smallest bin
 	# remember initial first radius bound for saving
diff --git a/PyCHAM/rate_coeffs.py b/PyCHAM/rate_coeffs.py
index 12e11dd4..9d4d85ea 100755
--- a/PyCHAM/rate_coeffs.py
+++ b/PyCHAM/rate_coeffs.py
@@ -21,7 +21,7 @@
 ##########################################################################################
 '''module for calculating reaction rate coefficients (automatically generated)'''
 # module to hold expressions for calculating rate coefficients # 
-# created at 2024-11-18 11:42:12.334026
+# created at 2024-11-25 13:30:41.245253
 
 import numpy
 import photolysisRates
@@ -51,221 +51,301 @@ def evaluate_rates(RO2, H2O, TEMP, time, M, N2, O2, Jlen, NO, HO2, NO3, sumt, se
 	try:
 		gprn=0
 		gprn += 1 # keep count on reaction number
-		K298CH3O2=3.5E-13 
+		KRO2NO=2.7e-12*numpy.exp(360/TEMP); 
 		gprn += 1 # keep count on reaction number
-		KAPHO2=5.2E-13*numpy.exp(980./TEMP) 
+		KRO2HO2=2.91e-13*numpy.exp(1300/TEMP); 
 		gprn += 1 # keep count on reaction number
-		KAPNO=7.5E-12*numpy.exp(290./TEMP) 
+		KAPHO2=5.2e-13*numpy.exp(980/TEMP); 
 		gprn += 1 # keep count on reaction number
-		KCH3O2=1.03E-13*numpy.exp(365./TEMP) 
+		KAPNO=7.5e-12*numpy.exp(290/TEMP); 
 		gprn += 1 # keep count on reaction number
-		KDEC=1.00E+06 
+		KRO2NO3=2.3e-12; 
 		gprn += 1 # keep count on reaction number
-		KMT05=1.44E-13*(1.+(M/4.2E+19)) 
+		KNO3AL=1.44e-12*numpy.exp(-1862/TEMP); 
 		gprn += 1 # keep count on reaction number
-		KMT06=1.+(1.40E-21*numpy.exp(2200./TEMP)*H2O) 
+		KDEC=1.00e+06; 
 		gprn += 1 # keep count on reaction number
-		KNO3AL=1.44E-12*numpy.exp(-1862./TEMP) 
+		KROPRIM=2.50e-14*numpy.exp(-300/TEMP); 
 		gprn += 1 # keep count on reaction number
-		KRO2HO2=2.91E-13*numpy.exp(1300./TEMP) 
+		KROSEC=2.50e-14*numpy.exp(-300/TEMP); 
 		gprn += 1 # keep count on reaction number
-		KRO2NO=2.7E-12*numpy.exp(360./TEMP) 
+		KCH3O2=1.03e-13*numpy.exp(365/TEMP); 
 		gprn += 1 # keep count on reaction number
-		KRO2NO3=2.3E-12 
+		K298CH3O2=3.5e-13; 
 		gprn += 1 # keep count on reaction number
-		KROSEC=2.50E-14*numpy.exp(-300./TEMP) 
+		K14ISOM1=3.00e7*numpy.exp(-5300/TEMP); 
 		gprn += 1 # keep count on reaction number
-		FCD=0.30 
+		KD0=1.10e-05*M*numpy.exp(-10100/TEMP); 
 		gprn += 1 # keep count on reaction number
-		KD0=1.10E-05*M*numpy.exp(-10100./TEMP) 
+		KDI=1.90e17*numpy.exp(-14100/TEMP); 
 		gprn += 1 # keep count on reaction number
-		KDI=1.90E17*numpy.exp(-14100./TEMP) 
+		KRD=KD0/KDI; 
 		gprn += 1 # keep count on reaction number
-		KRD=KD0/KDI 
+		FCD=0.30; 
 		gprn += 1 # keep count on reaction number
-		NCD=0.75-1.27*(numpy.log10(FCD)) 
+		NCD=0.75-1.27*(numpy.log10(FCD)); 
 		gprn += 1 # keep count on reaction number
-		FD=10.**(numpy.log10(FCD)/(1.+(numpy.log10(KRD)/NCD)**(2.))) 
+		FD=10**(numpy.log10(FCD)/(1+(numpy.log10(KRD)/NCD)**2)); 
 		gprn += 1 # keep count on reaction number
-		KBPAN=(KD0*KDI)*FD/(KD0+KDI) 
+		KBPAN=(KD0*KDI)*FD/(KD0+KDI); 
 		gprn += 1 # keep count on reaction number
-		FCC=0.30 
+		KC0=3.28e-28*M*(TEMP/300)**-6.87; 
 		gprn += 1 # keep count on reaction number
-		KC0=3.28E-28*M*(TEMP/300.)**(-6.87) 
+		KCI=1.125e-11*(TEMP/300)**-1.105; 
 		gprn += 1 # keep count on reaction number
-		KCI=1.125E-11*(TEMP/300.)**(-1.105) 
+		KRC=KC0/KCI; 
 		gprn += 1 # keep count on reaction number
-		KRC=KC0/KCI 
+		FCC=0.30; 
 		gprn += 1 # keep count on reaction number
-		NC=0.75-1.27*(numpy.log10(FCC)) 
+		NC=0.75-1.27*(numpy.log10(FCC)); 
 		gprn += 1 # keep count on reaction number
-		FC=10.**(numpy.log10(FCC)/(1.+(numpy.log10(KRC)/NC)**(2.))) 
+		FC=10**(numpy.log10(FCC)/(1+(numpy.log10(KRC)/NC)**2)); 
 		gprn += 1 # keep count on reaction number
-		KFPAN=(KC0*KCI)*FC/(KC0+KCI) 
+		KFPAN=(KC0*KCI)*FC/(KC0+KCI); 
 		gprn += 1 # keep count on reaction number
-		FC1=0.85 
+		K10=1.0e-31*M*(TEMP/300)**-1.6; 
 		gprn += 1 # keep count on reaction number
-		K10=1.0E-31*M*(TEMP/300.)**(-1.6) 
+		K1I=5.0e-11*(TEMP/300)**-0.3; 
 		gprn += 1 # keep count on reaction number
-		K1I=5.0E-11*(TEMP/300.)**(-0.3) 
+		KR1=K10/K1I; 
 		gprn += 1 # keep count on reaction number
-		KR1=K10/K1I 
+		FC1=0.85; 
 		gprn += 1 # keep count on reaction number
-		NC1=0.75-1.27*(numpy.log10(FC1)) 
+		NC1=0.75-1.27*(numpy.log10(FC1)); 
 		gprn += 1 # keep count on reaction number
-		F1=10.**(numpy.log10(FC1)/(1.+(numpy.log10(KR1)/NC1)**(2.))) 
+		F1=10**(numpy.log10(FC1)/(1+(numpy.log10(KR1)/NC1)**2)); 
 		gprn += 1 # keep count on reaction number
-		KMT01=(K10*K1I)*F1/(K10+K1I) 
+		KMT01=(K10*K1I)*F1/(K10+K1I); 
 		gprn += 1 # keep count on reaction number
-		FC2=0.6 
+		K20=1.3e-31*M*(TEMP/300)**-1.5; 
 		gprn += 1 # keep count on reaction number
-		K20=1.3E-31*M*(TEMP/300.)**(-1.5) 
+		K2I=2.3e-11*(TEMP/300)**0.24; 
 		gprn += 1 # keep count on reaction number
-		K2I=2.3E-11*(TEMP/300.)**(0.24) 
+		KR2=K20/K2I; 
 		gprn += 1 # keep count on reaction number
-		KR2=K20/K2I 
+		FC2=0.6; 
 		gprn += 1 # keep count on reaction number
-		NC2=0.75-1.27*(numpy.log10(FC2)) 
+		NC2=0.75-1.27*(numpy.log10(FC2)); 
 		gprn += 1 # keep count on reaction number
-		F2=10.**(numpy.log10(FC2)/(1.+(numpy.log10(KR2)/NC2)**(2.))) 
+		F2=10**(numpy.log10(FC2)/(1+(numpy.log10(KR2)/NC2)**2)); 
 		gprn += 1 # keep count on reaction number
-		KMT02=(K20*K2I)*F2/(K20+K2I) 
+		KMT02=(K20*K2I)*F2/(K20+K2I); 
 		gprn += 1 # keep count on reaction number
-		FC3=0.35 
+		K30=3.6e-30*M*(TEMP/300)**-4.1; 
 		gprn += 1 # keep count on reaction number
-		K30=3.6E-30*M*(TEMP/300.)**(-4.1) 
+		K3I=1.9e-12*(TEMP/300)**0.2; 
 		gprn += 1 # keep count on reaction number
-		K3I=1.9E-12*(TEMP/300.)**(0.2) 
+		KR3=K30/K3I; 
 		gprn += 1 # keep count on reaction number
-		KR3=K30/K3I 
+		FC3=0.35; 
 		gprn += 1 # keep count on reaction number
-		NC3=0.75-1.27*(numpy.log10(FC3)) 
+		NC3=0.75-1.27*(numpy.log10(FC3)); 
 		gprn += 1 # keep count on reaction number
-		F3=10.**(numpy.log10(FC3)/(1.+(numpy.log10(KR3)/NC3)**(2.))) 
+		F3=10**(numpy.log10(FC3)/(1+(numpy.log10(KR3)/NC3)**2)); 
 		gprn += 1 # keep count on reaction number
-		KMT03=(K30*K3I)*F3/(K30+K3I) 
+		KMT03=(K30*K3I)*F3/(K30+K3I); 
 		gprn += 1 # keep count on reaction number
-		FC4=0.35 
+		K40=1.3e-3*M*(TEMP/300)**-3.5*numpy.exp(-11000/TEMP); 
 		gprn += 1 # keep count on reaction number
-		K40=1.3E-3*M*(TEMP/300.)**(-3.5)*numpy.exp(-11000./TEMP) 
+		K4I=9.7e+14*(TEMP/300)**0.1*numpy.exp(-11080/TEMP); 
 		gprn += 1 # keep count on reaction number
-		K4I=9.7E+14*(TEMP/300.)**(0.1)*numpy.exp(-11080./TEMP) 
+		KR4=K40/K4I; 
 		gprn += 1 # keep count on reaction number
-		KR4=K40/K4I 
+		FC4=0.35; 
 		gprn += 1 # keep count on reaction number
-		NC4=0.75-1.27*(numpy.log10(FC4)) 
+		NC4=0.75-1.27*(numpy.log10(FC4)); 
 		gprn += 1 # keep count on reaction number
-		F4=10.**(numpy.log10(FC4)/(1.+(numpy.log10(KR4)/NC4)**(2.))) 
+		F4=10**(numpy.log10(FC4)/(1+(numpy.log10(KR4)/NC4)**2)); 
 		gprn += 1 # keep count on reaction number
-		KMT04=(K40*K4I)*F4/(K40+K4I) 
+		KMT04=(K40*K4I)*F4/(K40+K4I); 
 		gprn += 1 # keep count on reaction number
-		FC7=0.81 
+		KMT05=1.44e-13*(1+(M/4.2e+19)); 
 		gprn += 1 # keep count on reaction number
-		K70=7.4E-31*M*(TEMP/300.)**(-2.4) 
+		KMT06=1+(1.40e-21*numpy.exp(2200/TEMP)*H2O); 
 		gprn += 1 # keep count on reaction number
-		K7I=3.3E-11*(TEMP/300.)**(-0.3) 
+		K70=7.4e-31*M*(TEMP/300)**-2.4; 
 		gprn += 1 # keep count on reaction number
-		KR7=K70/K7I 
+		K7I=3.3e-11*(TEMP/300)**-0.3; 
 		gprn += 1 # keep count on reaction number
-		NC7=0.75-1.27*(numpy.log10(FC7)) 
+		KR7=K70/K7I; 
 		gprn += 1 # keep count on reaction number
-		F7=10.**(numpy.log10(FC7)/(1.+(numpy.log10(KR7)/NC7)**(2.))) 
+		FC7=0.81; 
 		gprn += 1 # keep count on reaction number
-		KMT07=(K70*K7I)*F7/(K70+K7I) 
+		NC7=0.75-1.27*(numpy.log10(FC7)); 
 		gprn += 1 # keep count on reaction number
-		FC8=0.41 
+		F7=10**(numpy.log10(FC7)/(1+(numpy.log10(KR7)/NC7)**2)); 
 		gprn += 1 # keep count on reaction number
-		K80=3.2E-30*M*(TEMP/300.)**(-4.5) 
+		KMT07=(K70*K7I)*F7/(K70+K7I); 
 		gprn += 1 # keep count on reaction number
-		K8I=3.0E-11 
+		K80=3.2e-30*M*(TEMP/300)**-4.5; 
 		gprn += 1 # keep count on reaction number
-		KR8=K80/K8I 
+		K8I=3.0e-11; 
 		gprn += 1 # keep count on reaction number
-		NC8=0.75-1.27*(numpy.log10(FC8)) 
+		KR8=K80/K8I; 
 		gprn += 1 # keep count on reaction number
-		F8=10.**(numpy.log10(FC8)/(1.+(numpy.log10(KR8)/NC8)**(2.))) 
+		FC8=0.41; 
 		gprn += 1 # keep count on reaction number
-		KMT08=(K80*K8I)*F8/(K80+K8I) 
+		NC8=0.75-1.27*(numpy.log10(FC8)); 
 		gprn += 1 # keep count on reaction number
-		FC9=0.4 
+		F8=10**(numpy.log10(FC8)/(1+(numpy.log10(KR8)/NC8)**2)); 
 		gprn += 1 # keep count on reaction number
-		K90=1.4E-31*M*(TEMP/300.)**(-3.1) 
+		KMT08=(K80*K8I)*F8/(K80+K8I); 
 		gprn += 1 # keep count on reaction number
-		K9I=4.0E-12 
+		K90=1.4e-31*M*(TEMP/300)**-3.1; 
 		gprn += 1 # keep count on reaction number
-		KR9=K90/K9I 
+		K9I=4.0e-12; 
 		gprn += 1 # keep count on reaction number
-		NC9=0.75-1.27*(numpy.log10(FC9)) 
+		KR9=K90/K9I; 
 		gprn += 1 # keep count on reaction number
-		F9=10.**(numpy.log10(FC9)/(1.+(numpy.log10(KR9)/NC9)**(2.))) 
+		FC9=0.4; 
 		gprn += 1 # keep count on reaction number
-		KMT09=(K90*K9I)*F9/(K90+K9I) 
+		NC9=0.75-1.27*(numpy.log10(FC9)); 
 		gprn += 1 # keep count on reaction number
-		FC10=0.4 
+		F9=10**(numpy.log10(FC9)/(1+(numpy.log10(KR9)/NC9)**2)); 
 		gprn += 1 # keep count on reaction number
-		K100=4.10E-05*M*numpy.exp(-10650./TEMP) 
+		KMT09=(K90*K9I)*F9/(K90+K9I); 
 		gprn += 1 # keep count on reaction number
-		K10I=6.0E+15*numpy.exp(-11170./TEMP) 
+		K100=4.10e-05*M*numpy.exp(-10650/TEMP); 
 		gprn += 1 # keep count on reaction number
-		KR10=K100/K10I 
+		K10I=6.0e+15*numpy.exp(-11170/TEMP); 
 		gprn += 1 # keep count on reaction number
-		NC10=0.75-1.27*(numpy.log10(FC10)) 
+		KR10=K100/K10I; 
 		gprn += 1 # keep count on reaction number
-		F10=10.**(numpy.log10(FC10)/(1.+(numpy.log10(KR10)/NC10)**(2.))) 
+		FC10=0.4; 
 		gprn += 1 # keep count on reaction number
-		KMT10=(K100*K10I)*F10/(K100+K10I) 
+		NC10=0.75-1.27*(numpy.log10(FC10)); 
 		gprn += 1 # keep count on reaction number
-		K3=6.50E-34*numpy.exp(1335./TEMP) 
+		F10=10**(numpy.log10(FC10)/(1+(numpy.log10(KR10)/NC10)**2)); 
 		gprn += 1 # keep count on reaction number
-		K4=2.70E-17*numpy.exp(2199./TEMP) 
+		KMT10=(K100*K10I)*F10/(K100+K10I); 
 		gprn += 1 # keep count on reaction number
-		K1=2.40E-14*numpy.exp(460./TEMP) 
+		K1=2.40e-14*numpy.exp(460/TEMP); 
 		gprn += 1 # keep count on reaction number
-		K2=(K3*M)/(1.+(K3*M/K4)) 
+		K3=6.50e-34*numpy.exp(1335/TEMP); 
 		gprn += 1 # keep count on reaction number
-		KMT11=K1+K2 
+		K4=2.70e-17*numpy.exp(2199/TEMP); 
 		gprn += 1 # keep count on reaction number
-		FC12=0.53 
+		K2=(K3*M)/(1+(K3*M/K4)); 
 		gprn += 1 # keep count on reaction number
-		K120=2.5E-31*M*(TEMP/300.)**(-2.6) 
+		KMT11=K1+K2; 
 		gprn += 1 # keep count on reaction number
-		K12I=2.0E-12 
+		K120=2.5e-31*M*(TEMP/300)**-2.6; 
 		gprn += 1 # keep count on reaction number
-		KR12=K120/K12I 
+		K12I=2.0e-12; 
 		gprn += 1 # keep count on reaction number
-		NC12=0.75-1.27*(numpy.log10(FC12)) 
+		KR12=K120/K12I; 
 		gprn += 1 # keep count on reaction number
-		F12=10.**(numpy.log10(FC12)/(1.0+(numpy.log10(KR12)/NC12)**(2.))) 
+		FC12=0.53; 
 		gprn += 1 # keep count on reaction number
-		KMT12=(K120*K12I*F12)/(K120+K12I) 
+		NC12=0.75-1.27*(numpy.log10(FC12)); 
 		gprn += 1 # keep count on reaction number
-		FC13=0.36 
+		F12=10**(numpy.log10(FC12)/(1.0+(numpy.log10(KR12)/NC12)**2)); 
 		gprn += 1 # keep count on reaction number
-		K130=2.5E-30*M*(TEMP/300.)**(-5.5) 
+		KMT12=(K120*K12I*F12)/(K120+K12I); 
 		gprn += 1 # keep count on reaction number
-		K13I=1.8E-11 
+		K130=2.5e-30*M*(TEMP/300)**-5.5; 
 		gprn += 1 # keep count on reaction number
-		KR13=K130/K13I 
+		K13I=1.8e-11; 
 		gprn += 1 # keep count on reaction number
-		NC13=0.75-1.27*(numpy.log10(FC13)) 
+		KR13=K130/K13I; 
 		gprn += 1 # keep count on reaction number
-		F13=10.**(numpy.log10(FC13)/(1.+(numpy.log10(KR13)/NC13)**(2.))) 
+		FC13=0.36; 
 		gprn += 1 # keep count on reaction number
-		KMT13=(K130*K13I)*F13/(K130+K13I) 
+		NC13=0.75-1.27*(numpy.log10(FC13)); 
 		gprn += 1 # keep count on reaction number
-		FC14=0.36 
+		F13=10**(numpy.log10(FC13)/(1+(numpy.log10(KR13)/NC13)**2)); 
 		gprn += 1 # keep count on reaction number
-		K140=9.0E-5*numpy.exp(-9690./TEMP)*M 
+		KMT13=(K130*K13I)*F13/(K130+K13I); 
 		gprn += 1 # keep count on reaction number
-		K14I=1.1E+16*numpy.exp(-10560./TEMP) 
+		K140=9.0e-5*numpy.exp(-9690/TEMP)*M; 
 		gprn += 1 # keep count on reaction number
-		KR14=K140/K14I 
+		K14I=1.1e+16*numpy.exp(-10560/TEMP); 
 		gprn += 1 # keep count on reaction number
-		NC14=0.75-1.27*(numpy.log10(FC14)) 
+		KR14=K140/K14I; 
 		gprn += 1 # keep count on reaction number
-		F14=10.**(numpy.log10(FC14)/(1.+(numpy.log10(KR14)/NC14)**(2.))) 
+		FC14=0.36; 
 		gprn += 1 # keep count on reaction number
-		KMT14=(K140*K14I)*F14/(K140+K14I) 
+		NC14=0.75-1.27*(numpy.log10(FC14)); 
+		gprn += 1 # keep count on reaction number
+		F14=10**(numpy.log10(FC14)/(1+(numpy.log10(KR14)/NC14)**2)); 
+		gprn += 1 # keep count on reaction number
+		KMT14=(K140*K14I)*F14/(K140+K14I); 
+		gprn += 1 # keep count on reaction number
+		K150=8.6e-29*M*(TEMP/300)**-3.1; 
+		gprn += 1 # keep count on reaction number
+		K15I=9.0e-12*(TEMP/300)**-0.85; 
+		gprn += 1 # keep count on reaction number
+		KR15=K150/K15I; 
+		gprn += 1 # keep count on reaction number
+		FC15=0.48; 
+		gprn += 1 # keep count on reaction number
+		NC15=0.75-1.27*(numpy.log10(FC15)); 
+		gprn += 1 # keep count on reaction number
+		F15=10**(numpy.log10(FC15)/(1+(numpy.log10(KR15)/NC15)**2)); 
+		gprn += 1 # keep count on reaction number
+		KMT15=(K150*K15I)*F15/(K150+K15I); 
+		gprn += 1 # keep count on reaction number
+		K160=8e-27*M*(TEMP/300)**-3.5; 
+		gprn += 1 # keep count on reaction number
+		K16I=3.0e-11*(TEMP/300)**-1; 
+		gprn += 1 # keep count on reaction number
+		KR16=K160/K16I; 
+		gprn += 1 # keep count on reaction number
+		FC16=0.5; 
+		gprn += 1 # keep count on reaction number
+		NC16=0.75-1.27*(numpy.log10(FC16)); 
+		gprn += 1 # keep count on reaction number
+		F16=10**(numpy.log10(FC16)/(1+(numpy.log10(KR16)/NC16)**2)); 
+		gprn += 1 # keep count on reaction number
+		KMT16=(K160*K16I)*F16/(K160+K16I); 
+		gprn += 1 # keep count on reaction number
+		K170=5.0e-30*M*(TEMP/300)**-1.5; 
+		gprn += 1 # keep count on reaction number
+		K17I=1.0e-12; 
+		gprn += 1 # keep count on reaction number
+		KR17=K170/K17I; 
+		gprn += 1 # keep count on reaction number
+		FC17=0.17*numpy.exp(-51/TEMP)+numpy.exp(-TEMP/204); 
+		gprn += 1 # keep count on reaction number
+		NC17=0.75-1.27*(numpy.log10(FC17)); 
+		gprn += 1 # keep count on reaction number
+		F17=10**(numpy.log10(FC17)/(1.0+(numpy.log10(KR17)/NC17)**2)); 
+		gprn += 1 # keep count on reaction number
+		KMT17=(K170*K17I*F17)/(K170+K17I); 
+		gprn += 1 # keep count on reaction number
+		KMT18=9.5e-39*O2*numpy.exp(5270/TEMP)/(1+7.5e-29*O2*numpy.exp(5610/TEMP)); 
+		gprn += 1 # keep count on reaction number
+		KPPN0=1.7e-03*numpy.exp(-11280/TEMP)*M; 
+		gprn += 1 # keep count on reaction number
+		KPPNI=8.3e+16*numpy.exp(-13940/TEMP); 
+		gprn += 1 # keep count on reaction number
+		KRPPN=KPPN0/KPPNI; 
+		gprn += 1 # keep count on reaction number
+		FCPPN=0.36; 
+		gprn += 1 # keep count on reaction number
+		NCPPN=0.75-1.27*(numpy.log10(FCPPN)); 
+		gprn += 1 # keep count on reaction number
+		FPPN=10**(numpy.log10(FCPPN)/(1+(numpy.log10(KRPPN)/NCPPN)**2)); 
+		gprn += 1 # keep count on reaction number
+		KBPPN=(KPPN0*KPPNI)*FPPN/(KPPN0+KPPNI); 
+		gprn += 1 # keep count on reaction number
+		KRO2=1.26e-12*RO2; 
+		gprn += 1 # keep count on reaction number
+		KNO3=KRO2NO3*NO3; 
+		gprn += 1 # keep count on reaction number
+		#ClosedshellformationfromRO:RO->R=O(#H->#H-1 
+		gprn += 1 # keep count on reaction number
+		#RO2reactingwithsumofRO2sformingR=ObyOHremoval: 
+		gprn += 1 # keep count on reaction number
+		#RO2"+sum(RO2)->R=O";CxHyOz->CxH(y-1)O(z-1) 
+		gprn += 1 # keep count on reaction number
+		#ClosedshellformationfromRO:RO->R=O(#H->#H-1 
+		gprn += 1 # keep count on reaction number
+		#RO2undergoingH-shiftandformingcarbonylradical(RC=O*) 
+		gprn += 1 # keep count on reaction number
+		#(RC=O*)undergoingCOscissionandaddingO2tofromC5RO2again: 
+		gprn += 1 # keep count on reaction number
+		#RO2radicalsabstractingHfromalphahydroxylcarbon->RC=O 
 
 	except:
 		erf = 1 # flag error
@@ -276,7 +356,7 @@ def evaluate_rates(RO2, H2O, TEMP, time, M, N2, O2, Jlen, NO, HO2, NO3, sumt, se
 
 	if (self.light_stat_now == 0):
 		J = [0]*len(J)
-	rate_values = numpy.zeros((899))
+	rate_values = numpy.zeros((5797))
 	
 	# if reactions have been found in the chemical scheme
 	# gas-phase reactions
@@ -284,3600 +364,23192 @@ def evaluate_rates(RO2, H2O, TEMP, time, M, N2, O2, Jlen, NO, HO2, NO3, sumt, se
 	try:
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.6E-34*N2*(TEMP/300.)**(-2.6)*O2+6.0E-34*O2*(TEMP/300.)**(-2.6)*O2' 
-		rate_values[0] = 5.6E-34*N2*(TEMP/300.)**(-2.6)*O2+6.0E-34*O2*(TEMP/300.)**(-2.6)*O2
+		rc_eq_now = '5.6e-34*N2*(TEMP/300)**-2.6*O2+6.0e-34*O2*(TEMP/300)**-2.6*O2' 
+		rate_values[0] = 5.6e-34*N2*(TEMP/300)**-2.6*O2+6.0e-34*O2*(TEMP/300)**-2.6*O2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.0e-12*numpy.exp(-2060/TEMP)' 
+		rate_values[1] = 8.0e-12*numpy.exp(-2060/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KMT01' 
+		rate_values[2] = KMT01
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5e-12*numpy.exp(188/TEMP)' 
+		rate_values[3] = 5.5e-12*numpy.exp(188/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KMT02' 
+		rate_values[4] = KMT02
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.2e-11*numpy.exp(67/TEMP)*O2+2.0e-11*numpy.exp(130/TEMP)*N2' 
+		rate_values[5] = 3.2e-11*numpy.exp(67/TEMP)*O2+2.0e-11*numpy.exp(130/TEMP)*N2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4e-12*numpy.exp(-1310/TEMP)' 
+		rate_values[6] = 1.4e-12*numpy.exp(-1310/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4e-13*numpy.exp(-2470/TEMP)' 
+		rate_values[7] = 1.4e-13*numpy.exp(-2470/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.3e-39*numpy.exp(530/TEMP)*O2' 
+		rate_values[8] = 3.3e-39*numpy.exp(530/TEMP)*O2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8e-11*numpy.exp(110/TEMP)' 
+		rate_values[9] = 1.8e-11*numpy.exp(110/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.50e-14*numpy.exp(-1260/TEMP)' 
+		rate_values[10] = 4.50e-14*numpy.exp(-1260/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KMT03' 
+		rate_values[11] = KMT03
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.14e-10*H2O' 
+		rate_values[12] = 2.14e-10*H2O
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.70e-12*numpy.exp(-940/TEMP)' 
+		rate_values[13] = 1.70e-12*numpy.exp(-940/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.7e-12*numpy.exp(-2100/TEMP)' 
+		rate_values[14] = 7.7e-12*numpy.exp(-2100/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KMT05' 
+		rate_values[15] = KMT05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.9e-12*numpy.exp(-160/TEMP)' 
+		rate_values[16] = 2.9e-12*numpy.exp(-160/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.03e-16*(TEMP/300)**4.57*numpy.exp(693/TEMP)' 
+		rate_values[17] = 2.03e-16*(TEMP/300)**4.57*numpy.exp(693/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.8e-11*numpy.exp(250/TEMP)' 
+		rate_values[18] = 4.8e-11*numpy.exp(250/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.20e-13*KMT06*numpy.exp(600/TEMP)+1.90e-33*M*KMT06*numpy.exp(980/TEMP)' 
+		rate_values[19] = 2.20e-13*KMT06*numpy.exp(600/TEMP)+1.90e-33*M*KMT06*numpy.exp(980/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KMT07' 
+		rate_values[20] = KMT07
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KMT08' 
+		rate_values[21] = KMT08
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.0e-11' 
+		rate_values[22] = 2.0e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.45e-12*numpy.exp(270/TEMP)' 
+		rate_values[23] = 3.45e-12*numpy.exp(270/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KMT09' 
+		rate_values[24] = KMT09
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.2e-13*numpy.exp(690/TEMP)*1.0' 
+		rate_values[25] = 3.2e-13*numpy.exp(690/TEMP)*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0e-12' 
+		rate_values[26] = 4.0e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.5e-12*numpy.exp(260/TEMP)' 
+		rate_values[27] = 2.5e-12*numpy.exp(260/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KMT11' 
+		rate_values[28] = KMT11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0e-32*numpy.exp(-1000/TEMP)*M' 
+		rate_values[29] = 4.0e-32*numpy.exp(-1000/TEMP)*M
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KMT12' 
+		rate_values[30] = KMT12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.3e-12*numpy.exp(-330/TEMP)*O2' 
+		rate_values[31] = 1.3e-12*numpy.exp(-330/TEMP)*O2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.00e-06' 
+		rate_values[32] = 6.00e-06
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.00e-04' 
+		rate_values[33] = 4.00e-04
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.20e-15*H2O' 
+		rate_values[34] = 1.20e-15*H2O
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[1]' 
+		rate_values[35] = J[1]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[2]' 
+		rate_values[36] = J[2]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[3]' 
+		rate_values[37] = J[3]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[4]' 
+		rate_values[38] = J[4]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[5]' 
+		rate_values[39] = J[5]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[6]' 
+		rate_values[40] = J[6]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[7]' 
+		rate_values[41] = J[7]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[8]' 
+		rate_values[42] = J[8]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KMT04' 
+		rate_values[43] = KMT04
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KMT10' 
+		rate_values[44] = KMT10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2e-12*numpy.exp(490/TEMP)*0.65' 
+		rate_values[45] = 1.2e-12*numpy.exp(490/TEMP)*0.65
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2e-12*numpy.exp(490/TEMP)*0.35' 
+		rate_values[46] = 1.2e-12*numpy.exp(490/TEMP)*0.35
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.05e-16*numpy.exp(-640/TEMP)*0.6' 
+		rate_values[47] = 8.05e-16*numpy.exp(-640/TEMP)*0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.05e-16*numpy.exp(-640/TEMP)*0.4' 
+		rate_values[48] = 8.05e-16*numpy.exp(-640/TEMP)*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2e-11*numpy.exp(440/TEMP)*0.558' 
+		rate_values[49] = 1.2e-11*numpy.exp(440/TEMP)*0.558
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2e-11*numpy.exp(440/TEMP)*0.344' 
+		rate_values[50] = 1.2e-11*numpy.exp(440/TEMP)*0.344
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2e-11*numpy.exp(440/TEMP)*0.073' 
+		rate_values[51] = 1.2e-11*numpy.exp(440/TEMP)*0.073
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.6e-12*numpy.exp(-1240/TEMP)' 
+		rate_values[52] = 6.6e-12*numpy.exp(-1240/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.85e-12*numpy.exp(-1690/TEMP)' 
+		rate_values[53] = 1.85e-12*numpy.exp(-1690/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3e-12*numpy.exp(-190/TEMP)*0.352' 
+		rate_values[54] = 2.3e-12*numpy.exp(-190/TEMP)*0.352
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3e-12*numpy.exp(-190/TEMP)*0.118' 
+		rate_values[55] = 2.3e-12*numpy.exp(-190/TEMP)*0.118
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3e-12*numpy.exp(-190/TEMP)*0.53' 
+		rate_values[56] = 2.3e-12*numpy.exp(-190/TEMP)*0.53
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.914' 
+		rate_values[57] = KRO2HO2*0.914
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[58] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[59] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*0.1*RO2' 
+		rate_values[60] = 6.70e-15*0.1*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*0.9*RO2' 
+		rate_values[61] = 6.70e-15*0.9*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.914' 
+		rate_values[62] = KRO2HO2*0.914
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[63] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[64] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.50e-13*0.1*RO2' 
+		rate_values[65] = 2.50e-13*0.1*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.50e-13*0.8*RO2' 
+		rate_values[66] = 2.50e-13*0.8*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.50e-13*0.1*RO2' 
+		rate_values[67] = 2.50e-13*0.1*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.50' 
+		rate_values[68] = KDEC*0.50
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.50' 
+		rate_values[69] = KDEC*0.50
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.914' 
+		rate_values[70] = KRO2HO2*0.914
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.230' 
+		rate_values[71] = KRO2NO*0.230
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.770' 
+		rate_values[72] = KRO2NO*0.770
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[73] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.20e-14*RO2*0.7' 
+		rate_values[74] = 9.20e-14*RO2*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.20e-14*RO2*0.3' 
+		rate_values[75] = 9.20e-14*RO2*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.914' 
+		rate_values[76] = KRO2HO2*0.914
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.230' 
+		rate_values[77] = KRO2NO*0.230
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.770' 
+		rate_values[78] = KRO2NO*0.770
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[79] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2*0.2' 
+		rate_values[80] = 8.80e-13*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2*0.6' 
+		rate_values[81] = 8.80e-13*RO2*0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2*0.2' 
+		rate_values[82] = 8.80e-13*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.914' 
+		rate_values[83] = KRO2HO2*0.914
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.125' 
+		rate_values[84] = KRO2NO*0.125
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.875' 
+		rate_values[85] = KRO2NO*0.875
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[86] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*RO2*0.7' 
+		rate_values[87] = 6.70e-15*RO2*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*RO2*0.3' 
+		rate_values[88] = 6.70e-15*RO2*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.8e-13*numpy.exp(780/TEMP)*(1-1/(1+498*numpy.exp(-1160/TEMP)))' 
+		rate_values[89] = 3.8e-13*numpy.exp(780/TEMP)*(1-1/(1+498*numpy.exp(-1160/TEMP)))
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.8e-13*numpy.exp(780/TEMP)*(1/(1+498*numpy.exp(-1160/TEMP)))' 
+		rate_values[90] = 3.8e-13*numpy.exp(780/TEMP)*(1/(1+498*numpy.exp(-1160/TEMP)))
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3e-12*numpy.exp(360/TEMP)*0.001' 
+		rate_values[91] = 2.3e-12*numpy.exp(360/TEMP)*0.001
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3e-12*numpy.exp(360/TEMP)*0.999' 
+		rate_values[92] = 2.3e-12*numpy.exp(360/TEMP)*0.999
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KMT13' 
+		rate_values[93] = KMT13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2e-12' 
+		rate_values[94] = 1.2e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2*KCH3O2*RO2*7.18*numpy.exp(-885/TEMP)' 
+		rate_values[95] = 2*KCH3O2*RO2*7.18*numpy.exp(-885/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2*KCH3O2*RO2*0.5*(1-7.18*numpy.exp(-885/TEMP))' 
+		rate_values[96] = 2*KCH3O2*RO2*0.5*(1-7.18*numpy.exp(-885/TEMP))
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2*KCH3O2*RO2*0.5*(1-7.18*numpy.exp(-885/TEMP))' 
+		rate_values[97] = 2*KCH3O2*RO2*0.5*(1-7.18*numpy.exp(-885/TEMP))
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.770' 
+		rate_values[98] = KRO2HO2*0.770
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.082' 
+		rate_values[99] = KRO2NO*0.082
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.918' 
+		rate_values[100] = KRO2NO*0.918
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[101] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2*0.2' 
+		rate_values[102] = 8.80e-13*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2*0.6' 
+		rate_values[103] = 8.80e-13*RO2*0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2*0.2' 
+		rate_values[104] = 8.80e-13*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2*KNO3AL*2.75' 
+		rate_values[105] = 2*KNO3AL*2.75
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-18' 
+		rate_values[106] = 2.00e-18
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.08e-11*0.31' 
+		rate_values[107] = 6.08e-11*0.31
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.08e-11*0.69' 
+		rate_values[108] = 6.08e-11*0.69
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[4]*0.1*0.5' 
+		rate_values[109] = J[4]*0.1*0.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[4]*0.1*0.5' 
+		rate_values[110] = J[4]*0.1*0.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.8e-12*0.742' 
+		rate_values[111] = 3.8e-12*0.742
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.8e-12*0.258' 
+		rate_values[112] = 3.8e-12*0.258
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.7e-13*numpy.exp(1220/TEMP)*0.06' 
+		rate_values[113] = 4.7e-13*numpy.exp(1220/TEMP)*0.06
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.7e-13*numpy.exp(1220/TEMP)*0.8' 
+		rate_values[114] = 4.7e-13*numpy.exp(1220/TEMP)*0.8
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.7e-13*numpy.exp(1220/TEMP)*0.14' 
+		rate_values[115] = 4.7e-13*numpy.exp(1220/TEMP)*0.14
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.87e-12' 
+		rate_values[116] = 6.87e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[117] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[118] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.64e-12' 
+		rate_values[119] = 3.64e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.90e-12*numpy.exp(190/TEMP)' 
+		rate_values[120] = 1.90e-12*numpy.exp(190/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.23e-11' 
+		rate_values[121] = 1.23e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[122] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KROSEC*O2' 
+		rate_values[123] = KROSEC*O2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.00e+05' 
+		rate_values[124] = 4.00e+05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.50e-12' 
+		rate_values[125] = 5.50e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.55e-12' 
+		rate_values[126] = 5.55e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[55]' 
+		rate_values[127] = J[55]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.914' 
+		rate_values[128] = KRO2HO2*0.914
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[129] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[130] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.20e-14*0.7*RO2' 
+		rate_values[131] = 9.20e-14*0.7*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.20e-14*0.3*RO2' 
+		rate_values[132] = 9.20e-14*0.3*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.914' 
+		rate_values[133] = KRO2HO2*0.914
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[134] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[135] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*RO2*0.05' 
+		rate_values[136] = 2.00e-12*RO2*0.05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*RO2*0.90' 
+		rate_values[137] = 2.00e-12*RO2*0.90
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*RO2*0.05' 
+		rate_values[138] = 2.00e-12*RO2*0.05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.20e-15' 
+		rate_values[139] = 1.20e-15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-14' 
+		rate_values[140] = 1.00e-14
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-15' 
+		rate_values[141] = 1.00e-15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.00e-14' 
+		rate_values[142] = 7.00e-14
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.40e-17*H2O' 
+		rate_values[143] = 1.40e-17*H2O
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-18*H2O' 
+		rate_values[144] = 2.00e-18*H2O
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.890' 
+		rate_values[145] = KRO2HO2*0.890
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.157' 
+		rate_values[146] = KRO2NO*0.157
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.843' 
+		rate_values[147] = KRO2NO*0.843
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[148] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.30e-12*0.6*RO2' 
+		rate_values[149] = 1.30e-12*0.6*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.30e-12*0.2*RO2' 
+		rate_values[150] = 1.30e-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.30e-12*0.2*RO2' 
+		rate_values[151] = 1.30e-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.83e-11' 
+		rate_values[152] = 1.83e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[153] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[154] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.49e-11' 
+		rate_values[155] = 1.49e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.28e-11' 
+		rate_values[156] = 3.28e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[157] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[158] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.18e-12' 
+		rate_values[159] = 8.18e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.03e-10' 
+		rate_values[160] = 1.03e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[161] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.87e-11' 
+		rate_values[162] = 9.87e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[55]' 
+		rate_values[163] = J[55]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[164] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.91e-11' 
+		rate_values[165] = 9.91e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[166] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.3e-12*numpy.exp(190/TEMP)*0.6' 
+		rate_values[167] = 5.3e-12*numpy.exp(190/TEMP)*0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.3e-12*numpy.exp(190/TEMP)*0.4' 
+		rate_values[168] = 5.3e-12*numpy.exp(190/TEMP)*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[11]' 
+		rate_values[169] = J[11]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[12]' 
+		rate_values[170] = J[12]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5e-16' 
+		rate_values[171] = 5.5e-16
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.4e-12*numpy.exp(135/TEMP)' 
+		rate_values[172] = 5.4e-12*numpy.exp(135/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[51]' 
+		rate_values[173] = J[51]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0e-13*numpy.exp(-845/TEMP)' 
+		rate_values[174] = 4.0e-13*numpy.exp(-845/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.2e-14*numpy.exp(-1080/TEMP)*O2' 
+		rate_values[175] = 7.2e-14*numpy.exp(-1080/TEMP)*O2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KMT14' 
+		rate_values[176] = KMT14
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.85e-12*numpy.exp(-345/TEMP)' 
+		rate_values[177] = 2.85e-12*numpy.exp(-345/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.77e-11' 
+		rate_values[178] = 9.77e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[179] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.30e-11' 
+		rate_values[180] = 7.30e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[54]' 
+		rate_values[181] = J[54]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.50' 
+		rate_values[182] = KDEC*0.50
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.50' 
+		rate_values[183] = KDEC*0.50
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.21e-10' 
+		rate_values[184] = 1.21e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.16e-11' 
+		rate_values[185] = 8.16e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[22]' 
+		rate_values[186] = J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.15' 
+		rate_values[187] = KAPHO2*0.15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.41' 
+		rate_values[188] = KAPHO2*0.41
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[189] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[190] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[191] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[192] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2*0.3' 
+		rate_values[193] = 1.00e-11*RO2*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2*0.7' 
+		rate_values[194] = 1.00e-11*RO2*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2*KNO3AL*4.0' 
+		rate_values[195] = 2*KNO3AL*4.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.32e-11' 
+		rate_values[196] = 4.32e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[17]*2' 
+		rate_values[197] = J[17]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.18' 
+		rate_values[198] = KDEC*0.18
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.125' 
+		rate_values[199] = KDEC*0.125
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.125' 
+		rate_values[200] = KDEC*0.125
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.57' 
+		rate_values[201] = KDEC*0.57
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.77' 
+		rate_values[202] = KRO2HO2*0.77
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.105' 
+		rate_values[203] = KRO2NO*0.105
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.895' 
+		rate_values[204] = KRO2NO*0.895
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[205] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*0.2*RO2' 
+		rate_values[206] = 8.80e-13*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*0.6*RO2' 
+		rate_values[207] = 8.80e-13*0.6*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*0.2*RO2' 
+		rate_values[208] = 8.80e-13*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.706' 
+		rate_values[209] = KRO2HO2*0.706
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[210] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[211] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2*0.2' 
+		rate_values[212] = 8.80e-13*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2*0.6' 
+		rate_values[213] = 8.80e-13*RO2*0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2*0.2' 
+		rate_values[214] = 8.80e-13*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2*KNO3AL*2.0' 
+		rate_values[215] = 2*KNO3AL*2.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-18' 
+		rate_values[216] = 2.00e-18
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.20e-11*0.83' 
+		rate_values[217] = 5.20e-11*0.83
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.20e-11*0.17' 
+		rate_values[218] = 5.20e-11*0.17
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[4]*0.14*0.4' 
+		rate_values[219] = J[4]*0.14*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[4]*0.14*0.6' 
+		rate_values[220] = J[4]*0.14*0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.08e-12' 
+		rate_values[221] = 2.08e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.86e-13' 
+		rate_values[222] = 2.86e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.770' 
+		rate_values[223] = KRO2HO2*0.770
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[224] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[225] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.00e-13*RO2*0.7' 
+		rate_values[226] = 8.00e-13*RO2*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.00e-13*RO2*0.3' 
+		rate_values[227] = 8.00e-13*RO2*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.9e-11' 
+		rate_values[228] = 9.9e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.2e-18' 
+		rate_values[229] = 9.2e-18
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.0e-10' 
+		rate_values[230] = 1.0e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.770' 
+		rate_values[231] = KRO2HO2*0.770
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[232] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[233] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.00e-13*RO2*0.7' 
+		rate_values[234] = 8.00e-13*RO2*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.00e-13*RO2*0.3' 
+		rate_values[235] = 8.00e-13*RO2*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.0e-14' 
+		rate_values[236] = 2.0e-14
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2e-12*numpy.exp(600/TEMP)*0.772' 
+		rate_values[237] = 5.2e-12*numpy.exp(600/TEMP)*0.772
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2e-12*numpy.exp(600/TEMP)*0.228' 
+		rate_values[238] = 5.2e-12*numpy.exp(600/TEMP)*0.228
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]' 
+		rate_values[239] = J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.914' 
+		rate_values[240] = KRO2HO2*0.914
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[241] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[242] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*RO2' 
+		rate_values[243] = 6.70e-15*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[244] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.41' 
+		rate_values[245] = KAPHO2*0.41
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.15' 
+		rate_values[246] = KAPHO2*0.15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[247] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[248] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[249] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*0.7*RO2' 
+		rate_values[250] = 1.00e-11*0.7*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*0.3*RO2' 
+		rate_values[251] = 1.00e-11*0.3*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.01e-11' 
+		rate_values[252] = 3.01e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[15]' 
+		rate_values[253] = J[41]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[254] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.66e-11' 
+		rate_values[255] = 2.66e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]' 
+		rate_values[256] = J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.47e-11' 
+		rate_values[257] = 5.47e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[15]' 
+		rate_values[258] = J[41]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[22]' 
+		rate_values[259] = J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.80' 
+		rate_values[260] = KDEC*0.80
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.20' 
+		rate_values[261] = KDEC*0.20
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.47e-11' 
+		rate_values[262] = 5.47e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[34]+J[15]' 
+		rate_values[263] = J[34]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.45e-11' 
+		rate_values[264] = 4.45e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[22]' 
+		rate_values[265] = J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]' 
+		rate_values[266] = J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.65e-12' 
+		rate_values[267] = 6.65e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[22]' 
+		rate_values[268] = J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.90e-12*numpy.exp(190/TEMP)' 
+		rate_values[269] = 1.90e-12*numpy.exp(190/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.30e-11' 
+		rate_values[270] = 1.30e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[22]' 
+		rate_values[271] = J[41]+J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.88e-12' 
+		rate_values[272] = 2.88e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[53]+J[22]' 
+		rate_values[273] = J[53]+J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.20e+10*numpy.exp(-3523/TEMP)' 
+		rate_values[274] = 4.20e+10*numpy.exp(-3523/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.67e-12' 
+		rate_values[275] = 7.67e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[22]' 
+		rate_values[276] = J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KNO3AL*8.5' 
+		rate_values[277] = KNO3AL*8.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.64e-11' 
+		rate_values[278] = 2.64e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]' 
+		rate_values[279] = J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.8e-12*numpy.exp(-1320/TEMP)+1.7e-14*numpy.exp(423/TEMP)' 
+		rate_values[280] = 8.8e-12*numpy.exp(-1320/TEMP)+1.7e-14*numpy.exp(423/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[21]' 
+		rate_values[281] = J[21]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.19e-10' 
+		rate_values[282] = 1.19e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.820' 
+		rate_values[283] = KRO2HO2*0.820
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.278' 
+		rate_values[284] = KRO2NO*0.278
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.722' 
+		rate_values[285] = KRO2NO*0.722
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[286] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.50e-13*RO2*0.6' 
+		rate_values[287] = 2.50e-13*RO2*0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.50e-13*RO2*0.2' 
+		rate_values[288] = 2.50e-13*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.50e-13*RO2*0.2' 
+		rate_values[289] = 2.50e-13*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[31]' 
+		rate_values[290] = J[31]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[33]' 
+		rate_values[291] = J[33]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[32]' 
+		rate_values[292] = J[32]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KNO3AL' 
+		rate_values[293] = KNO3AL
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.1e-12*numpy.exp(340/TEMP)' 
+		rate_values[294] = 3.1e-12*numpy.exp(340/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.00e-13' 
+		rate_values[295] = 3.00e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.20e-19' 
+		rate_values[296] = 2.20e-19
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.45e-11' 
+		rate_values[297] = 4.45e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.15' 
+		rate_values[298] = KAPHO2*0.15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.41' 
+		rate_values[299] = KAPHO2*0.41
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[300] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[301] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[302] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[303] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*0.30*RO2' 
+		rate_values[304] = 1.00e-11*0.30*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*0.70*RO2' 
+		rate_values[305] = 1.00e-11*0.70*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.06e-11' 
+		rate_values[306] = 4.06e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[18]+J[19]' 
+		rate_values[307] = J[18]+J[19]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.37e-11' 
+		rate_values[308] = 4.37e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[18]+J[19]' 
+		rate_values[309] = J[41]+J[18]+J[19]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.05e-11' 
+		rate_values[310] = 4.05e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[311] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[312] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.15' 
+		rate_values[313] = KAPHO2*0.15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.41' 
+		rate_values[314] = KAPHO2*0.41
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[315] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[316] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[317] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2*0.7' 
+		rate_values[318] = 1.00e-11*RO2*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2*0.3' 
+		rate_values[319] = 1.00e-11*RO2*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.520' 
+		rate_values[320] = KRO2HO2*0.520
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[321] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[322] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2*0.2' 
+		rate_values[323] = 8.80e-13*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2*0.2' 
+		rate_values[324] = 8.80e-13*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2*0.6' 
+		rate_values[325] = 8.80e-13*RO2*0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2e-15' 
+		rate_values[326] = 1.2e-15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.0e-14' 
+		rate_values[327] = 1.0e-14
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.0e-15' 
+		rate_values[328] = 1.0e-15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.0e-14' 
+		rate_values[329] = 7.0e-14
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0e-18*H2O' 
+		rate_values[330] = 6.0e-18*H2O
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.0e-17*H2O' 
+		rate_values[331] = 1.0e-17*H2O
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.31e-10' 
+		rate_values[332] = 1.31e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[15]*2' 
+		rate_values[333] = J[41]+J[15]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.38e-11' 
+		rate_values[334] = 4.38e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[17]' 
+		rate_values[335] = J[17]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.5' 
+		rate_values[336] = KDEC*0.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.5' 
+		rate_values[337] = KDEC*0.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.20e-11' 
+		rate_values[338] = 9.20e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]*2+J[22]' 
+		rate_values[339] = J[15]*2+J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.23e-11' 
+		rate_values[340] = 8.23e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]*2' 
+		rate_values[341] = J[15]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.52e-11' 
+		rate_values[342] = 7.52e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[343] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[18]+J[19]' 
+		rate_values[344] = J[18]+J[19]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[345] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.90e-11' 
+		rate_values[346] = 4.90e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[34]+J[18]+J[19]' 
+		rate_values[347] = J[34]+J[18]+J[19]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.75e-11' 
+		rate_values[348] = 7.75e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[18]+J[19]' 
+		rate_values[349] = J[18]+J[19]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.625' 
+		rate_values[350] = KRO2HO2*0.625
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[351] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[352] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*0.20*RO2' 
+		rate_values[353] = 8.80e-13*0.20*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*0.20*RO2' 
+		rate_values[354] = 8.80e-13*0.20*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*0.60*RO2' 
+		rate_values[355] = 8.80e-13*0.60*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.00e-14' 
+		rate_values[356] = 9.00e-14
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.00e-13' 
+		rate_values[357] = 9.00e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.770' 
+		rate_values[358] = KRO2HO2*0.770
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[359] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[360] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.50e-13*RO2' 
+		rate_values[361] = 2.50e-13*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.07e-10' 
+		rate_values[362] = 1.07e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[54]' 
+		rate_values[363] = J[54]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[364] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[365] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.04e-10' 
+		rate_values[366] = 1.04e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[54]' 
+		rate_values[367] = J[54]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.08e-12' 
+		rate_values[368] = 2.08e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.86e-13' 
+		rate_values[369] = 2.86e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[370] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.16e-10' 
+		rate_values[371] = 1.16e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[372] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.71' 
+		rate_values[373] = KDEC*0.71
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.29' 
+		rate_values[374] = KDEC*0.29
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.13e-10' 
+		rate_values[375] = 1.13e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.914' 
+		rate_values[376] = KRO2HO2*0.914
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.050' 
+		rate_values[377] = KRO2NO*0.050
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.950' 
+		rate_values[378] = KRO2NO*0.950
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[379] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*0.7*RO2' 
+		rate_values[380] = 6.70e-15*0.7*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*0.3*RO2' 
+		rate_values[381] = 6.70e-15*0.3*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.94e-12' 
+		rate_values[382] = 5.94e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[383] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[384] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.73e-12' 
+		rate_values[385] = 9.73e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[22]' 
+		rate_values[386] = J[41]+J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.66e-12' 
+		rate_values[387] = 3.66e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[388] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.914' 
+		rate_values[389] = KRO2HO2*0.914
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.125' 
+		rate_values[390] = KRO2NO*0.125
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.875' 
+		rate_values[391] = KRO2NO*0.875
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[392] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*0.7*RO2' 
+		rate_values[393] = 6.70e-15*0.7*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*0.3*RO2' 
+		rate_values[394] = 6.70e-15*0.3*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[395] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.15' 
+		rate_values[396] = KAPHO2*0.15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.41' 
+		rate_values[397] = KAPHO2*0.41
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[398] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[399] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[400] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2*0.7' 
+		rate_values[401] = 1.00e-11*RO2*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2*0.3' 
+		rate_values[402] = 1.00e-11*RO2*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.41' 
+		rate_values[403] = KAPHO2*0.41
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[404] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.15' 
+		rate_values[405] = KAPHO2*0.15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[406] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[407] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[408] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2*0.7' 
+		rate_values[409] = 1.00e-11*RO2*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2*0.3' 
+		rate_values[410] = 1.00e-11*RO2*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.890' 
+		rate_values[411] = KRO2HO2*0.890
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[412] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[413] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.30e-12*RO2' 
+		rate_values[414] = 1.30e-12*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.890' 
+		rate_values[415] = KRO2HO2*0.890
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[416] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[417] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*0.7*RO2' 
+		rate_values[418] = 6.70e-15*0.7*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*0.3*RO2' 
+		rate_values[419] = 6.70e-15*0.3*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.56' 
+		rate_values[420] = KAPHO2*0.56
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[421] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[422] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[423] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[424] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2' 
+		rate_values[425] = 1.00e-11*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.859' 
+		rate_values[426] = KRO2HO2*0.859
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[427] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[428] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*RO2' 
+		rate_values[429] = 6.70e-15*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.36e-13*numpy.exp(1250/TEMP)*0.15' 
+		rate_values[430] = 1.36e-13*numpy.exp(1250/TEMP)*0.15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.36e-13*numpy.exp(1250/TEMP)*0.85' 
+		rate_values[431] = 1.36e-13*numpy.exp(1250/TEMP)*0.85
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[432] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[433] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2*(K298CH3O2*8.0e-12)**0.5*RO2*0.2' 
+		rate_values[434] = 2*(K298CH3O2*8.0e-12)**0.5*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2*(K298CH3O2*8.0e-12)**0.5*RO2*0.6' 
+		rate_values[435] = 2*(K298CH3O2*8.0e-12)**0.5*RO2*0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2*(K298CH3O2*8.0e-12)**0.5*RO2*0.2' 
+		rate_values[436] = 2*(K298CH3O2*8.0e-12)**0.5*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.15' 
+		rate_values[437] = KAPHO2*0.15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.41' 
+		rate_values[438] = KAPHO2*0.41
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[439] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.5e-12*numpy.exp(290/TEMP)' 
+		rate_values[440] = 7.5e-12*numpy.exp(290/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[441] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0e-12' 
+		rate_values[442] = 4.0e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*0.3*RO2' 
+		rate_values[443] = 1.00e-11*0.3*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*0.7*RO2' 
+		rate_values[444] = 1.00e-11*0.7*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.820' 
+		rate_values[445] = KRO2HO2*0.820
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.042' 
+		rate_values[446] = KRO2NO*0.042
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.958' 
+		rate_values[447] = KRO2NO*0.958
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[448] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.20e-14*RO2*0.7' 
+		rate_values[449] = 9.20e-14*RO2*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.20e-14*RO2*0.3' 
+		rate_values[450] = 9.20e-14*RO2*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.27e-10' 
+		rate_values[451] = 1.27e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[452] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.60e-11' 
+		rate_values[453] = 9.60e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[54]' 
+		rate_values[454] = J[54]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KROSEC*O2' 
+		rate_values[455] = KROSEC*O2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.09e-10' 
+		rate_values[456] = 1.09e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.00e11*numpy.exp(-3160/TEMP)+5.00e-12*O2' 
+		rate_values[457] = 7.00e11*numpy.exp(-3160/TEMP)+5.00e-12*O2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.00e-12*O2*3.2*(1-numpy.exp(-550/TEMP))' 
+		rate_values[458] = 5.00e-12*O2*3.2*(1-numpy.exp(-550/TEMP))
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.00e-12*O2*3.2*numpy.exp(-550/TEMP)' 
+		rate_values[459] = 5.00e-12*O2*3.2*numpy.exp(-550/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.625' 
+		rate_values[460] = KRO2HO2*0.625
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[461] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[462] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2' 
+		rate_values[463] = 8.80e-13*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.5' 
+		rate_values[464] = KDEC*0.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.5' 
+		rate_values[465] = KDEC*0.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.706' 
+		rate_values[466] = KRO2HO2*0.706
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[467] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[468] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2*0.2' 
+		rate_values[469] = 8.80e-13*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2*0.6' 
+		rate_values[470] = 8.80e-13*RO2*0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2*0.2' 
+		rate_values[471] = 8.80e-13*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.70e-11' 
+		rate_values[472] = 3.70e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[18]+J[19]' 
+		rate_values[473] = J[18]+J[19]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.00e-11' 
+		rate_values[474] = 4.00e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[20]*2' 
+		rate_values[475] = J[20]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.40' 
+		rate_values[476] = KDEC*0.40
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.60' 
+		rate_values[477] = KDEC*0.60
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.70e-11' 
+		rate_values[478] = 3.70e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[479] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.31e-11' 
+		rate_values[480] = 2.31e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[17]' 
+		rate_values[481] = J[17]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.62e-11' 
+		rate_values[482] = 2.62e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[17]' 
+		rate_values[483] = J[41]+J[17]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.29e-11' 
+		rate_values[484] = 2.29e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[485] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.44e-10' 
+		rate_values[486] = 1.44e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[487] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]*2' 
+		rate_values[488] = J[15]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[489] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.36e-10' 
+		rate_values[490] = 1.36e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]*2' 
+		rate_values[491] = J[15]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.77e-11' 
+		rate_values[492] = 5.77e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]*2' 
+		rate_values[493] = J[15]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[34]' 
+		rate_values[494] = J[34]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.23e-11' 
+		rate_values[495] = 1.23e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[496] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.56' 
+		rate_values[497] = KAPHO2*0.56
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[498] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[499] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[500] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2' 
+		rate_values[501] = 1.00e-11*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.22e-10' 
+		rate_values[502] = 1.22e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.90e-12*numpy.exp(190/TEMP)' 
+		rate_values[503] = 1.90e-12*numpy.exp(190/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]*2' 
+		rate_values[504] = J[15]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[505] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[506] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.67e-11' 
+		rate_values[507] = 3.67e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[34]+J[15]' 
+		rate_values[508] = J[34]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.13e-11' 
+		rate_values[509] = 8.13e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]*2' 
+		rate_values[510] = J[15]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.08e-12' 
+		rate_values[511] = 2.08e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.86e-13' 
+		rate_values[512] = 2.86e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.60e-12' 
+		rate_values[513] = 3.60e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[514] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.60e-12' 
+		rate_values[515] = 2.60e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.47e-12' 
+		rate_values[516] = 3.47e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.770' 
+		rate_values[517] = KRO2HO2*0.770
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[518] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[519] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2' 
+		rate_values[520] = 8.80e-13*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.00e-13' 
+		rate_values[521] = 3.00e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.6e-12' 
+		rate_values[522] = 4.6e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.75e-11' 
+		rate_values[523] = 2.75e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[15]' 
+		rate_values[524] = J[41]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.25e-11' 
+		rate_values[525] = 2.25e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[55]+J[15]' 
+		rate_values[526] = J[55]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[527] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.41e-11' 
+		rate_values[528] = 2.41e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[22]' 
+		rate_values[529] = J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.914' 
+		rate_values[530] = KRO2HO2*0.914
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[531] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[532] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*RO2' 
+		rate_values[533] = 6.70e-15*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.28e-11' 
+		rate_values[534] = 6.28e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[35]' 
+		rate_values[535] = J[41]+J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.85e-11' 
+		rate_values[536] = 2.85e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[55]+J[35]' 
+		rate_values[537] = J[55]+J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[538] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.93e-11' 
+		rate_values[539] = 5.93e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[35]' 
+		rate_values[540] = J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.80' 
+		rate_values[541] = KDEC*0.80
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.20' 
+		rate_values[542] = KDEC*0.20
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.69e-11' 
+		rate_values[543] = 2.69e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]' 
+		rate_values[544] = J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.00e-11' 
+		rate_values[545] = 3.00e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[15]' 
+		rate_values[546] = J[41]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.52e-11' 
+		rate_values[547] = 2.52e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[548] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.16e-12' 
+		rate_values[549] = 9.16e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[22]' 
+		rate_values[550] = J[41]+J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.70e-12' 
+		rate_values[551] = 5.70e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[22]' 
+		rate_values[552] = J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.56e-12' 
+		rate_values[553] = 5.56e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[554] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.36e-11' 
+		rate_values[555] = 2.36e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[22]' 
+		rate_values[556] = J[41]+J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.20e+10*numpy.exp(-3523/TEMP)' 
+		rate_values[557] = 4.20e+10*numpy.exp(-3523/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.05e-11' 
+		rate_values[558] = 1.05e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[22]' 
+		rate_values[559] = J[41]+J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[560] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.20e-12' 
+		rate_values[561] = 7.20e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[22]' 
+		rate_values[562] = J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.02e-11' 
+		rate_values[563] = 1.02e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[22]' 
+		rate_values[564] = J[41]+J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.60e-12' 
+		rate_values[565] = 6.60e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[566] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.29e-11' 
+		rate_values[567] = 1.29e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[22]' 
+		rate_values[568] = J[41]+J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[569] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[570] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.90e-12*numpy.exp(190/TEMP)' 
+		rate_values[571] = 1.90e-12*numpy.exp(190/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.39e-12' 
+		rate_values[572] = 8.39e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[22]' 
+		rate_values[573] = J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[574] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.6e-12*numpy.exp(305/TEMP)' 
+		rate_values[575] = 1.6e-12*numpy.exp(305/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[22]' 
+		rate_values[576] = J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[34]' 
+		rate_values[577] = J[34]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KNO3AL*2.4' 
+		rate_values[578] = KNO3AL*2.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.9e-12*numpy.exp(575/TEMP)' 
+		rate_values[579] = 1.9e-12*numpy.exp(575/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.00e-13' 
+		rate_values[580] = 8.00e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.70e-12' 
+		rate_values[581] = 3.70e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[582] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-14' 
+		rate_values[583] = 3e-14
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[584] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.06e-11' 
+		rate_values[585] = 7.06e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[586] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.26e-11' 
+		rate_values[587] = 1.26e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[588] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.72e-11' 
+		rate_values[589] = 6.72e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.15' 
+		rate_values[590] = KAPHO2*0.15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.41' 
+		rate_values[591] = KAPHO2*0.41
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[592] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[593] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[594] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[595] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*0.7*RO2' 
+		rate_values[596] = 1.00e-11*0.7*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*0.3*RO2' 
+		rate_values[597] = 1.00e-11*0.3*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.18e-12' 
+		rate_values[598] = 6.18e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[599] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.5' 
+		rate_values[600] = KDEC*0.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.5' 
+		rate_values[601] = KDEC*0.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.20e-15' 
+		rate_values[602] = 1.20e-15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-14' 
+		rate_values[603] = 1.00e-14
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-15' 
+		rate_values[604] = 1.00e-15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.00e-14' 
+		rate_values[605] = 7.00e-14
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.00e-18*H2O' 
+		rate_values[606] = 6.00e-18*H2O
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-17*H2O' 
+		rate_values[607] = 1.00e-17*H2O
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.387' 
+		rate_values[608] = KRO2HO2*0.387
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[609] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[610] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*0.2*RO2' 
+		rate_values[611] = 2.00e-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*0.6*RO2' 
+		rate_values[612] = 2.00e-12*0.6*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*0.2*RO2' 
+		rate_values[613] = 2.00e-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.68e-11' 
+		rate_values[614] = 3.68e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[615] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[616] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.78e-11' 
+		rate_values[617] = 1.78e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.78e-11' 
+		rate_values[618] = 2.78e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4e-12' 
+		rate_values[619] = 1.4e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.33e-11' 
+		rate_values[620] = 7.33e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[621] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.97e-11' 
+		rate_values[622] = 6.97e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[623] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.45e-11' 
+		rate_values[624] = 2.45e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[34]*2' 
+		rate_values[625] = J[34]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.25e-15' 
+		rate_values[626] = 2.25e-15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.00e-14' 
+		rate_values[627] = 3.00e-14
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.770' 
+		rate_values[628] = KRO2HO2*0.770
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[629] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[630] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.50e-13*RO2' 
+		rate_values[631] = 2.50e-13*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.770' 
+		rate_values[632] = KRO2HO2*0.770
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[633] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[634] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.00e-13*RO2' 
+		rate_values[635] = 8.00e-13*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.770' 
+		rate_values[636] = KRO2HO2*0.770
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[637] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[638] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.00e-13*RO2' 
+		rate_values[639] = 8.00e-13*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.90e-12*numpy.exp(190/TEMP)' 
+		rate_values[640] = 1.90e-12*numpy.exp(190/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[641] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.770' 
+		rate_values[642] = KRO2HO2*0.770
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[643] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[644] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2' 
+		rate_values[645] = 8.80e-13*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.770' 
+		rate_values[646] = KRO2HO2*0.770
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[647] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[648] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2*0.2' 
+		rate_values[649] = 8.80e-13*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2*0.6' 
+		rate_values[650] = 8.80e-13*RO2*0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2*0.2' 
+		rate_values[651] = 8.80e-13*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KNO3AL*5.5' 
+		rate_values[652] = KNO3AL*5.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-11' 
+		rate_values[653] = 6.70e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[35]' 
+		rate_values[654] = J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.914' 
+		rate_values[655] = KRO2HO2*0.914
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.125' 
+		rate_values[656] = KRO2NO*0.125
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.875' 
+		rate_values[657] = KRO2NO*0.875
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[658] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*0.7*RO2' 
+		rate_values[659] = 6.70e-15*0.7*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*0.3*RO2' 
+		rate_values[660] = 6.70e-15*0.3*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.03e-12' 
+		rate_values[661] = 8.03e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[662] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[663] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.820' 
+		rate_values[664] = KRO2HO2*0.820
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.278' 
+		rate_values[665] = KRO2NO*0.278
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.722' 
+		rate_values[666] = KRO2NO*0.722
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[667] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.50e-13*0.6*RO2' 
+		rate_values[668] = 2.50e-13*0.6*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.50e-13*0.2*RO2' 
+		rate_values[669] = 2.50e-13*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.50e-13*0.2*RO2' 
+		rate_values[670] = 2.50e-13*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.41' 
+		rate_values[671] = KAPHO2*0.41
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[672] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.15' 
+		rate_values[673] = KAPHO2*0.15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[674] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[675] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[676] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2*0.7' 
+		rate_values[677] = 1.00e-11*RO2*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2*0.3' 
+		rate_values[678] = 1.00e-11*RO2*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.859' 
+		rate_values[679] = KRO2HO2*0.859
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.104' 
+		rate_values[680] = KRO2NO*0.104
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.896' 
+		rate_values[681] = KRO2NO*0.896
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[682] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*RO2*0.7' 
+		rate_values[683] = 6.70e-15*RO2*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*RO2*0.3' 
+		rate_values[684] = 6.70e-15*RO2*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2*KNO3AL*5.5' 
+		rate_values[685] = 2*KNO3AL*5.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.33e-10' 
+		rate_values[686] = 1.33e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]*2' 
+		rate_values[687] = J[15]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.890' 
+		rate_values[688] = KRO2HO2*0.890
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[689] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[690] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*RO2' 
+		rate_values[691] = 6.70e-15*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.890' 
+		rate_values[692] = KRO2HO2*0.890
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.118' 
+		rate_values[693] = KRO2NO*0.118
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.882' 
+		rate_values[694] = KRO2NO*0.882
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[695] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*0.7*RO2' 
+		rate_values[696] = 6.70e-15*0.7*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*0.3*RO2' 
+		rate_values[697] = 6.70e-15*0.3*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.859' 
+		rate_values[698] = KRO2HO2*0.859
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[699] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[700] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*RO2' 
+		rate_values[701] = 6.70e-15*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KNO3AL*5.5' 
+		rate_values[702] = KNO3AL*5.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.92e-11*0.232' 
+		rate_values[703] = 8.92e-11*0.232
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.92e-11*0.768' 
+		rate_values[704] = 8.92e-11*0.768
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]' 
+		rate_values[705] = J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[15]' 
+		rate_values[706] = J[41]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.58e-11' 
+		rate_values[707] = 1.58e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KNO3AL*8.0' 
+		rate_values[708] = KNO3AL*8.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.44e-11' 
+		rate_values[709] = 3.44e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[34]' 
+		rate_values[710] = J[34]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.16e-12' 
+		rate_values[711] = 1.16e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.19e-11' 
+		rate_values[712] = 2.19e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.91e-11' 
+		rate_values[713] = 2.91e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.90e-12*numpy.exp(190/TEMP)' 
+		rate_values[714] = 1.90e-12*numpy.exp(190/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[715] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]' 
+		rate_values[716] = J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[717] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KNO3AL' 
+		rate_values[718] = KNO3AL
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*0.200' 
+		rate_values[719] = 1.00e-11*0.200
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*0.800' 
+		rate_values[720] = 1.00e-11*0.800
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]' 
+		rate_values[721] = J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.625' 
+		rate_values[722] = KRO2HO2*0.625
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[723] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[724] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*0.2*RO2' 
+		rate_values[725] = 8.80e-13*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*0.6*RO2' 
+		rate_values[726] = 8.80e-13*0.6*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*0.2*RO2' 
+		rate_values[727] = 8.80e-13*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.770' 
+		rate_values[728] = KRO2HO2*0.770
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[729] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[730] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.00e-13*RO2' 
+		rate_values[731] = 8.00e-13*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.770' 
+		rate_values[732] = KRO2HO2*0.770
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[733] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[734] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.00e-13*RO2' 
+		rate_values[735] = 8.00e-13*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.00e-13' 
+		rate_values[736] = 9.00e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[737] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.90e-12*numpy.exp(190/TEMP)' 
+		rate_values[738] = 1.90e-12*numpy.exp(190/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[739] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[740] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.90e-12*numpy.exp(190/TEMP)' 
+		rate_values[741] = 1.90e-12*numpy.exp(190/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[742] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[743] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.68e-11' 
+		rate_values[744] = 6.68e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[745] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[746] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.23e-10' 
+		rate_values[747] = 1.23e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[748] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[749] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.07e-11' 
+		rate_values[750] = 6.07e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.18e-11' 
+		rate_values[751] = 9.18e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.56' 
+		rate_values[752] = KAPHO2*0.56
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[753] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[754] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[755] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[756] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2' 
+		rate_values[757] = 1.00e-11*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[758] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.56' 
+		rate_values[759] = KAPHO2*0.56
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[760] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[761] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[762] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2' 
+		rate_values[763] = 1.00e-11*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.01e-11' 
+		rate_values[764] = 8.01e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[15]' 
+		rate_values[765] = J[41]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.03e-11' 
+		rate_values[766] = 7.03e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[55]+J[15]' 
+		rate_values[767] = J[55]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[768] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.66e-11' 
+		rate_values[769] = 7.66e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]' 
+		rate_values[770] = J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.820' 
+		rate_values[771] = KRO2HO2*0.820
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[772] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[773] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.50e-13*RO2' 
+		rate_values[774] = 2.50e-13*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-10' 
+		rate_values[775] = 2.00e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[35]' 
+		rate_values[776] = J[41]+J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.23e-11' 
+		rate_values[777] = 2.23e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[54]+J[35]' 
+		rate_values[778] = J[54]+J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KROSEC*O2' 
+		rate_values[779] = KROSEC*O2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.26e-10' 
+		rate_values[780] = 1.26e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[35]' 
+		rate_values[781] = J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.04e-11' 
+		rate_values[782] = 1.04e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[783] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.859' 
+		rate_values[784] = KRO2HO2*0.859
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.138' 
+		rate_values[785] = KRO2NO*0.138
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.862' 
+		rate_values[786] = KRO2NO*0.862
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[787] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.30e-12*RO2*0.2' 
+		rate_values[788] = 1.30e-12*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.30e-12*RO2*0.6' 
+		rate_values[789] = 1.30e-12*RO2*0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.30e-12*RO2*0.2' 
+		rate_values[790] = 1.30e-12*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.29e-12' 
+		rate_values[791] = 7.29e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.77e-12' 
+		rate_values[792] = 6.77e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[793] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.61e-11' 
+		rate_values[794] = 3.61e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[15]' 
+		rate_values[795] = J[41]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.56e-11' 
+		rate_values[796] = 2.56e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[55]+J[15]' 
+		rate_values[797] = J[55]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.70e+14*numpy.exp(-6643/TEMP)' 
+		rate_values[798] = 2.70e+14*numpy.exp(-6643/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.86e-11' 
+		rate_values[799] = 2.86e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]' 
+		rate_values[800] = J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.625' 
+		rate_values[801] = KRO2HO2*0.625
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[802] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[803] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*RO2' 
+		rate_values[804] = 2.00e-12*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.29e-11' 
+		rate_values[805] = 1.29e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[22]' 
+		rate_values[806] = J[41]+J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[807] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.05e-11' 
+		rate_values[808] = 2.05e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[35]' 
+		rate_values[809] = J[41]+J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.37e-12' 
+		rate_values[810] = 5.37e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[55]+J[35]' 
+		rate_values[811] = J[55]+J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[812] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.69e-11' 
+		rate_values[813] = 1.69e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[35]' 
+		rate_values[814] = J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.45e-11' 
+		rate_values[815] = 3.45e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[15]' 
+		rate_values[816] = J[41]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[817] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[818] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.15' 
+		rate_values[819] = KAPHO2*0.15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.41' 
+		rate_values[820] = KAPHO2*0.41
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[821] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[822] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[823] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2*0.7' 
+		rate_values[824] = 1.00e-11*RO2*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2*0.3' 
+		rate_values[825] = 1.00e-11*RO2*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.770' 
+		rate_values[826] = KRO2HO2*0.770
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[827] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[828] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*RO2*0.2' 
+		rate_values[829] = 2.00e-12*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*RO2*0.6' 
+		rate_values[830] = 2.00e-12*RO2*0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*RO2*0.2' 
+		rate_values[831] = 2.00e-12*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[832] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.15' 
+		rate_values[833] = KAPHO2*0.15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.41' 
+		rate_values[834] = KAPHO2*0.41
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[835] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[836] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[837] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*0.7*RO2' 
+		rate_values[838] = 1.00e-11*0.7*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*0.3*RO2' 
+		rate_values[839] = 1.00e-11*0.3*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.66e-11' 
+		rate_values[840] = 4.66e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[841] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[842] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.55e-11' 
+		rate_values[843] = 2.55e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.68e-12' 
+		rate_values[844] = 5.68e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.90e-12*numpy.exp(190/TEMP)' 
+		rate_values[845] = 1.90e-12*numpy.exp(190/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[846] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[847] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.90e-12*numpy.exp(190/TEMP)' 
+		rate_values[848] = 1.90e-12*numpy.exp(190/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[849] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[850] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.90e-12*numpy.exp(190/TEMP)' 
+		rate_values[851] = 1.90e-12*numpy.exp(190/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.70e-11' 
+		rate_values[852] = 7.70e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[34]*2' 
+		rate_values[853] = J[34]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.56' 
+		rate_values[854] = KAPHO2*0.56
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[855] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[856] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[857] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[858] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2' 
+		rate_values[859] = 1.00e-11*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.75e-12' 
+		rate_values[860] = 4.75e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[35]' 
+		rate_values[861] = J[41]+J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.770' 
+		rate_values[862] = KRO2HO2*0.770
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[863] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[864] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*RO2' 
+		rate_values[865] = 2.00e-12*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.83e-13' 
+		rate_values[866] = 8.83e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[867] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.55e-11' 
+		rate_values[868] = 7.55e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[22]+J[15]' 
+		rate_values[869] = J[41]+J[22]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.19e-11' 
+		rate_values[870] = 7.19e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[871] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.820' 
+		rate_values[872] = KRO2HO2*0.820
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[873] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[874] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*0.6*RO2' 
+		rate_values[875] = 8.80e-13*0.6*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*0.2*RO2' 
+		rate_values[876] = 8.80e-13*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*0.2*RO2' 
+		rate_values[877] = 8.80e-13*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.25e-11' 
+		rate_values[878] = 3.25e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[879] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.00e+04' 
+		rate_values[880] = 4.00e+04
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KROSEC*O2' 
+		rate_values[881] = KROSEC*O2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.70e-11' 
+		rate_values[882] = 1.70e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[883] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.29e-12' 
+		rate_values[884] = 3.29e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[53]' 
+		rate_values[885] = J[53]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[886] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KNO3AL*8.5' 
+		rate_values[887] = KNO3AL*8.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.63e-11' 
+		rate_values[888] = 2.63e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]' 
+		rate_values[889] = J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.89e-12' 
+		rate_values[890] = 7.89e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.914' 
+		rate_values[891] = KRO2HO2*0.914
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.104' 
+		rate_values[892] = KRO2NO*0.104
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.896' 
+		rate_values[893] = KRO2NO*0.896
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[894] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*RO2*0.7' 
+		rate_values[895] = 6.70e-15*RO2*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*RO2*0.3' 
+		rate_values[896] = 6.70e-15*RO2*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.33e-11' 
+		rate_values[897] = 8.33e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[22]+J[15]' 
+		rate_values[898] = J[41]+J[22]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[899] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.890' 
+		rate_values[900] = KRO2HO2*0.890
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[901] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[902] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*RO2' 
+		rate_values[903] = 6.70e-15*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.22e-12' 
+		rate_values[904] = 3.22e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[22]' 
+		rate_values[905] = J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.770' 
+		rate_values[906] = KRO2HO2*0.770
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.098' 
+		rate_values[907] = KRO2NO*0.098
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.902' 
+		rate_values[908] = KRO2NO*0.902
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[909] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*0.2*RO2' 
+		rate_values[910] = 8.80e-13*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*0.6*RO2' 
+		rate_values[911] = 8.80e-13*0.6*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*0.2*RO2' 
+		rate_values[912] = 8.80e-13*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.706' 
+		rate_values[913] = KRO2HO2*0.706
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[914] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[915] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2' 
+		rate_values[916] = 8.80e-13*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.39e-11' 
+		rate_values[917] = 2.39e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[22]*2' 
+		rate_values[918] = J[22]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.70e-11' 
+		rate_values[919] = 2.70e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[22]*2' 
+		rate_values[920] = J[41]+J[22]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.29e-11' 
+		rate_values[921] = 2.29e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[922] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.23e-11' 
+		rate_values[923] = 3.23e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[22]*2' 
+		rate_values[924] = J[41]+J[22]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[925] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.55e-11' 
+		rate_values[926] = 3.55e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[34]' 
+		rate_values[927] = J[34]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.54e-11*0.890' 
+		rate_values[928] = 2.54e-11*0.890
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.54e-11*0.110' 
+		rate_values[929] = 2.54e-11*0.110
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[22]*2' 
+		rate_values[930] = J[22]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.73e-12' 
+		rate_values[931] = 2.73e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.19e-12' 
+		rate_values[932] = 6.19e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[933] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.12e-12' 
+		rate_values[934] = 1.12e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[935] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[936] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.56' 
+		rate_values[937] = KAPHO2*0.56
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[938] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[939] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[940] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[941] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2' 
+		rate_values[942] = 1.00e-11*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.01e-11' 
+		rate_values[943] = 8.01e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[944] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.66e-11' 
+		rate_values[945] = 7.66e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[946] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.01e-11' 
+		rate_values[947] = 1.01e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[35]' 
+		rate_values[948] = J[41]+J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[949] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KNO3AL*5.5' 
+		rate_values[950] = KNO3AL*5.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.33e-11' 
+		rate_values[951] = 1.33e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[34]' 
+		rate_values[952] = J[34]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2*KNO3AL*4.0' 
+		rate_values[953] = 2*KNO3AL*4.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.39e-11' 
+		rate_values[954] = 3.39e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]' 
+		rate_values[955] = J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[34]' 
+		rate_values[956] = J[34]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.20e-10' 
+		rate_values[957] = 1.20e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[15]' 
+		rate_values[958] = J[41]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[959] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.25e-12' 
+		rate_values[960] = 1.25e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[55]' 
+		rate_values[961] = J[55]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.859' 
+		rate_values[962] = KRO2HO2*0.859
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[963] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[964] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.20e-14*RO2*0.7' 
+		rate_values[965] = 9.20e-14*RO2*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.20e-14*RO2*0.3' 
+		rate_values[966] = 9.20e-14*RO2*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.41' 
+		rate_values[967] = KAPHO2*0.41
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[968] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.15' 
+		rate_values[969] = KAPHO2*0.15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[970] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[971] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[972] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2*0.7' 
+		rate_values[973] = 1.00e-11*RO2*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2*0.3' 
+		rate_values[974] = 1.00e-11*RO2*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.820' 
+		rate_values[975] = KRO2HO2*0.820
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[976] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[977] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.30e-12*RO2' 
+		rate_values[978] = 1.30e-12*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.35e-11' 
+		rate_values[979] = 8.35e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[15]' 
+		rate_values[980] = J[41]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.96e-11' 
+		rate_values[981] = 4.96e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[55]+J[15]' 
+		rate_values[982] = J[55]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.70e+14*numpy.exp(-6643/TEMP)' 
+		rate_values[983] = 2.70e+14*numpy.exp(-6643/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.00e-11' 
+		rate_values[984] = 8.00e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]' 
+		rate_values[985] = J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.15' 
+		rate_values[986] = KAPHO2*0.15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.41' 
+		rate_values[987] = KAPHO2*0.41
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[988] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[989] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[990] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[991] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*0.3*RO2' 
+		rate_values[992] = 1.00e-11*0.3*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*0.7*RO2' 
+		rate_values[993] = 1.00e-11*0.7*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.51e-11' 
+		rate_values[994] = 1.51e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[22]' 
+		rate_values[995] = J[41]+J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[996] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.625' 
+		rate_values[997] = KRO2HO2*0.625
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[998] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[999] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*0.6*RO2' 
+		rate_values[1000] = 2.00e-12*0.6*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*0.2*RO2' 
+		rate_values[1001] = 2.00e-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*0.2*RO2' 
+		rate_values[1002] = 2.00e-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.69e-11' 
+		rate_values[1003] = 8.69e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[35]' 
+		rate_values[1004] = J[41]+J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '71.11e-12' 
+		rate_values[1005] = 71.11e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[35]' 
+		rate_values[1006] = J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[1007] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.78e-11' 
+		rate_values[1008] = 3.78e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[35]' 
+		rate_values[1009] = J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.49e-11' 
+		rate_values[1010] = 7.49e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[15]' 
+		rate_values[1011] = J[41]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[1012] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.15' 
+		rate_values[1013] = KAPHO2*0.15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.41' 
+		rate_values[1014] = KAPHO2*0.41
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[1015] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[1016] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[1017] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[1018] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2*0.3' 
+		rate_values[1019] = 1.00e-11*RO2*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2*0.7' 
+		rate_values[1020] = 1.00e-11*RO2*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.625' 
+		rate_values[1021] = KRO2HO2*0.625
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.017' 
+		rate_values[1022] = KRO2NO*0.017
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.983' 
+		rate_values[1023] = KRO2NO*0.983
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[1024] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*0.2*RO2' 
+		rate_values[1025] = 2.00e-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*0.6*RO2' 
+		rate_values[1026] = 2.00e-12*0.6*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*0.2*RO2' 
+		rate_values[1027] = 2.00e-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.06e-11' 
+		rate_values[1028] = 3.06e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[34]' 
+		rate_values[1029] = J[41]+J[34]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.74e-11' 
+		rate_values[1030] = 2.74e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[1031] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[1032] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.56' 
+		rate_values[1033] = KAPHO2*0.56
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[1034] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[1035] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[1036] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2' 
+		rate_values[1037] = 1.00e-11*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.56' 
+		rate_values[1038] = KAPHO2*0.56
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[1039] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[1040] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[1041] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[1042] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2' 
+		rate_values[1043] = 1.00e-11*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.520' 
+		rate_values[1044] = KRO2HO2*0.520
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[1045] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[1046] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*RO2' 
+		rate_values[1047] = 2.00e-12*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.820' 
+		rate_values[1048] = KRO2HO2*0.820
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[1049] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[1050] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2' 
+		rate_values[1051] = 8.80e-13*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.09e-11' 
+		rate_values[1052] = 1.09e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[1053] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[1054] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.42e-12' 
+		rate_values[1055] = 7.42e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.65e-12' 
+		rate_values[1056] = 9.65e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[1057] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.57e-12' 
+		rate_values[1058] = 6.57e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.96e-12' 
+		rate_values[1059] = 2.96e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[1060] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.27e-11' 
+		rate_values[1061] = 1.27e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[1062] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[1063] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.706' 
+		rate_values[1064] = KRO2HO2*0.706
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.129' 
+		rate_values[1065] = KRO2NO*0.129
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.871' 
+		rate_values[1066] = KRO2NO*0.871
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[1067] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.50e-13*RO2*0.6' 
+		rate_values[1068] = 2.50e-13*RO2*0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.50e-13*RO2*0.2' 
+		rate_values[1069] = 2.50e-13*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.50e-13*RO2*0.2' 
+		rate_values[1070] = 2.50e-13*RO2*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]' 
+		rate_values[1071] = J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.14e-11' 
+		rate_values[1072] = 2.14e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[15]' 
+		rate_values[1073] = J[41]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.49e-11' 
+		rate_values[1074] = 2.49e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[1075] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.10e-11' 
+		rate_values[1076] = 2.10e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.770' 
+		rate_values[1077] = KRO2HO2*0.770
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[1078] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[1079] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2' 
+		rate_values[1080] = 8.80e-13*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[35]' 
+		rate_values[1081] = J[41]+J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.90e-12*numpy.exp(190/TEMP)' 
+		rate_values[1082] = 1.90e-12*numpy.exp(190/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.99e-12' 
+		rate_values[1083] = 5.99e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[1084] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[35]' 
+		rate_values[1085] = J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.69e-12' 
+		rate_values[1086] = 2.69e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[34]' 
+		rate_values[1087] = J[34]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[35]' 
+		rate_values[1088] = J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KNO3AL*4.0' 
+		rate_values[1089] = KNO3AL*4.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.23e-11' 
+		rate_values[1090] = 1.23e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]' 
+		rate_values[1091] = J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[35]' 
+		rate_values[1092] = J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KNO3AL*5.5' 
+		rate_values[1093] = KNO3AL*5.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.65e-11' 
+		rate_values[1094] = 6.65e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]*2' 
+		rate_values[1095] = J[15]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2*KNO3AL*2.4' 
+		rate_values[1096] = 2*KNO3AL*2.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.29e-11' 
+		rate_values[1097] = 4.29e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.34e-11' 
+		rate_values[1098] = 2.34e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[22]' 
+		rate_values[1099] = J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.65e-11' 
+		rate_values[1100] = 2.65e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[22]' 
+		rate_values[1101] = J[41]+J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.60e-12' 
+		rate_values[1102] = 7.60e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[1103] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[1104] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.77e-11' 
+		rate_values[1105] = 5.77e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[56]*0.91' 
+		rate_values[1106] = J[56]*0.91
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.23e-12' 
+		rate_values[1107] = 2.23e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[1108] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]' 
+		rate_values[1109] = J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KNO3AL*4.0' 
+		rate_values[1110] = KNO3AL*4.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.45e-11' 
+		rate_values[1111] = 2.45e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[22]' 
+		rate_values[1112] = J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.88e-11' 
+		rate_values[1113] = 1.88e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[15]' 
+		rate_values[1114] = J[41]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.23e-12' 
+		rate_values[1115] = 4.23e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[1116] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.12e-13' 
+		rate_values[1117] = 3.12e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.63e-11' 
+		rate_values[1118] = 1.63e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[34]' 
+		rate_values[1119] = J[41]+J[34]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.27e-11' 
+		rate_values[1120] = 1.27e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[1121] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.41e-11' 
+		rate_values[1122] = 2.41e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[34]' 
+		rate_values[1123] = J[41]+J[34]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[1124] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.85e-11' 
+		rate_values[1125] = 1.85e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[1126] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[1127] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.859' 
+		rate_values[1128] = KRO2HO2*0.859
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.104' 
+		rate_values[1129] = KRO2NO*0.104
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.896' 
+		rate_values[1130] = KRO2NO*0.896
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[1131] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*RO2*0.7' 
+		rate_values[1132] = 6.70e-15*RO2*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*RO2*0.3' 
+		rate_values[1133] = 6.70e-15*RO2*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.820' 
+		rate_values[1134] = KRO2HO2*0.820
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[1135] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[1136] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.70e-15*RO2' 
+		rate_values[1137] = 6.70e-15*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.10e-10' 
+		rate_values[1138] = 1.10e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[15]*2' 
+		rate_values[1139] = J[41]+J[15]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.33e-11' 
+		rate_values[1140] = 4.33e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[54]+J[15]*2' 
+		rate_values[1141] = J[54]+J[15]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.80e-14*numpy.exp(-260/TEMP)*O2' 
+		rate_values[1142] = 1.80e-14*numpy.exp(-260/TEMP)*O2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.99e-11' 
+		rate_values[1143] = 6.99e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]*2' 
+		rate_values[1144] = J[15]*2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-10' 
+		rate_values[1145] = 1.00e-10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[22]' 
+		rate_values[1146] = J[41]+J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[1147] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.56' 
+		rate_values[1148] = KAPHO2*0.56
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[1149] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[1150] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[1151] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[1152] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2' 
+		rate_values[1153] = 1.00e-11*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[1154] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.56' 
+		rate_values[1155] = KAPHO2*0.56
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[1156] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[1157] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[1158] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2' 
+		rate_values[1159] = 1.00e-11*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.86e-11' 
+		rate_values[1160] = 1.86e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[34]' 
+		rate_values[1161] = J[41]+J[34]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.82e-12' 
+		rate_values[1162] = 7.82e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[55]+J[34]' 
+		rate_values[1163] = J[55]+J[34]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[1164] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.75e-11' 
+		rate_values[1165] = 1.75e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[34]' 
+		rate_values[1166] = J[34]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.31e-11' 
+		rate_values[1167] = 3.31e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[1168] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[1169] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KNO3AL*5.5' 
+		rate_values[1170] = KNO3AL*5.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.37e-11' 
+		rate_values[1171] = 2.37e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[15]' 
+		rate_values[1172] = J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[35]' 
+		rate_values[1173] = J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[22]' 
+		rate_values[1174] = J[22]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[1175] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.34e-12' 
+		rate_values[1176] = 7.34e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[1177] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.74e-12' 
+		rate_values[1178] = 3.74e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.68e-11' 
+		rate_values[1179] = 1.68e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[1180] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.32e-11' 
+		rate_values[1181] = 1.32e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[1182] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.69e-11' 
+		rate_values[1183] = 6.69e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[34]+J[15]' 
+		rate_values[1184] = J[34]+J[15]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.706' 
+		rate_values[1185] = KRO2HO2*0.706
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[1186] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[1187] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.8e-13*RO2' 
+		rate_values[1188] = 8.8e-13*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.625' 
+		rate_values[1189] = KRO2HO2*0.625
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[1190] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[1191] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.80e-13*RO2' 
+		rate_values[1192] = 8.80e-13*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.44' 
+		rate_values[1193] = KAPHO2*0.44
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPHO2*0.56' 
+		rate_values[1194] = KAPHO2*0.56
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KAPNO' 
+		rate_values[1195] = KAPNO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KFPAN' 
+		rate_values[1196] = KFPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3*1.74' 
+		rate_values[1197] = KRO2NO3*1.74
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.00e-11*RO2' 
+		rate_values[1198] = 1.00e-11*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.625' 
+		rate_values[1199] = KRO2HO2*0.625
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO' 
+		rate_values[1200] = KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO3' 
+		rate_values[1201] = KRO2NO3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.00e-12*RO2' 
+		rate_values[1202] = 2.00e-12*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[22]+J[41]' 
+		rate_values[1203] = J[22]+J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.38e-11' 
+		rate_values[1204] = 3.38e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[1205] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.46e-11' 
+		rate_values[1206] = 7.46e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]' 
+		rate_values[1207] = J[41]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[1208] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.55e-12' 
+		rate_values[1209] = 6.55e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[35]' 
+		rate_values[1210] = J[41]+J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.92e-12' 
+		rate_values[1211] = 2.92e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KBPAN' 
+		rate_values[1212] = KBPAN
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.61e-12' 
+		rate_values[1213] = 9.61e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[41]+J[35]' 
+		rate_values[1214] = J[41]+J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[1215] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.44e-11' 
+		rate_values[1216] = 1.44e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'J[34]+J[35]' 
+		rate_values[1217] = J[34]+J[35]
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.32' 
+		rate_values[1218] = 0.32
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.1*KDEC' 
+		rate_values[1219] = 0.1*KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.022' 
+		rate_values[1220] = 0.022
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.07' 
+		rate_values[1221] = 0.07
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.25' 
+		rate_values[1222] = 0.25
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.07' 
+		rate_values[1223] = 0.07
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.25' 
+		rate_values[1224] = 0.25
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.5' 
+		rate_values[1225] = 1.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.45' 
+		rate_values[1226] = 0.45
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.1' 
+		rate_values[1227] = 0.1
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.01' 
+		rate_values[1228] = 0.01
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.009' 
+		rate_values[1229] = KRO2NO*0.009
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.005' 
+		rate_values[1230] = KRO2NO*0.005
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.12' 
+		rate_values[1231] = KRO2NO*0.12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.002' 
+		rate_values[1232] = KRO2NO*0.002
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.006' 
+		rate_values[1233] = KRO2NO*0.006
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.01' 
+		rate_values[1234] = KRO2NO*0.01
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.04' 
+		rate_values[1235] = KRO2NO*0.04
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.004' 
+		rate_values[1236] = KRO2NO*0.004
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.008' 
+		rate_values[1237] = KRO2NO*0.008
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.02' 
+		rate_values[1238] = KRO2NO*0.02
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.02' 
+		rate_values[1239] = KRO2NO*0.02
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.897' 
+		rate_values[1240] = KRO2NO*0.897
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.978' 
+		rate_values[1241] = KRO2NO*0.978
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.93' 
+		rate_values[1242] = KRO2NO*0.93
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.898' 
+		rate_values[1243] = KRO2NO*0.898
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.894' 
+		rate_values[1244] = KRO2NO*0.894
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.59' 
+		rate_values[1245] = KRO2NO*0.59
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.96' 
+		rate_values[1246] = KRO2NO*0.96
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.998' 
+		rate_values[1247] = KRO2NO*0.998
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.996' 
+		rate_values[1248] = KRO2NO*0.996
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.98' 
+		rate_values[1249] = KRO2NO*0.98
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.98' 
+		rate_values[1250] = KRO2NO*0.98
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.90' 
+		rate_values[1251] = KDEC*0.90
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.85' 
+		rate_values[1252] = KDEC*0.85
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.90' 
+		rate_values[1253] = KDEC*0.90
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.90' 
+		rate_values[1254] = KDEC*0.90
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.40' 
+		rate_values[1255] = KDEC*0.40
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.90' 
+		rate_values[1256] = KDEC*0.90
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.90' 
+		rate_values[1257] = KDEC*0.90
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.85' 
+		rate_values[1258] = KDEC*0.85
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.70' 
+		rate_values[1259] = KDEC*0.70
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.05' 
+		rate_values[1260] = KDEC*0.05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.10' 
+		rate_values[1261] = KDEC*0.10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.60' 
+		rate_values[1262] = KDEC*0.60
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.35' 
+		rate_values[1263] = KDEC*0.35
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.05' 
+		rate_values[1264] = KDEC*0.05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.05' 
+		rate_values[1265] = KDEC*0.05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.55' 
+		rate_values[1266] = KDEC*0.55
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.05' 
+		rate_values[1267] = KDEC*0.05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.05' 
+		rate_values[1268] = KDEC*0.05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.10' 
+		rate_values[1269] = KDEC*0.10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.25' 
+		rate_values[1270] = KDEC*0.25
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.50' 
+		rate_values[1271] = KDEC*0.50
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.45' 
+		rate_values[1272] = KDEC*0.45
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.05' 
+		rate_values[1273] = KDEC*0.05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.05' 
+		rate_values[1274] = KDEC*0.05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.05' 
+		rate_values[1275] = KDEC*0.05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.05' 
+		rate_values[1276] = KDEC*0.05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.05' 
+		rate_values[1277] = KDEC*0.05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.05' 
+		rate_values[1278] = KDEC*0.05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.05' 
+		rate_values[1279] = KDEC*0.05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.05' 
+		rate_values[1280] = KDEC*0.05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.05' 
+		rate_values[1281] = KDEC*0.05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.05' 
+		rate_values[1282] = KDEC*0.05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.05' 
+		rate_values[1283] = KDEC*0.05
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.1' 
+		rate_values[1284] = KRO2NO*0.1
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.02' 
+		rate_values[1285] = KRO2NO*0.02
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.03' 
+		rate_values[1286] = KRO2NO*0.03
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.1' 
+		rate_values[1287] = KRO2NO*0.1
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.1' 
+		rate_values[1288] = KRO2NO*0.1
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.4' 
+		rate_values[1289] = KRO2NO*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.77*0.01' 
+		rate_values[1290] = KRO2HO2*0.77*0.01
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.77*0.06' 
+		rate_values[1291] = KRO2HO2*0.77*0.06
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.77*0.2' 
+		rate_values[1292] = KRO2HO2*0.77*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.77*0.6' 
+		rate_values[1293] = KRO2HO2*0.77*0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.77*0.04' 
+		rate_values[1294] = KRO2HO2*0.77*0.04
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.77*0.55' 
+		rate_values[1295] = KRO2HO2*0.77*0.55
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.706*0.005' 
+		rate_values[1296] = KRO2HO2*0.706*0.005
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.706*0.3' 
+		rate_values[1297] = KRO2HO2*0.706*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.706*0.6' 
+		rate_values[1298] = KRO2HO2*0.706*0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.706*0.1' 
+		rate_values[1299] = KRO2HO2*0.706*0.1
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.706*0.6' 
+		rate_values[1300] = KRO2HO2*0.706*0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*2.62e-11*0.6*0.4' 
+		rate_values[1301] = RO2*2.62e-11*0.6*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*5.38e-11*0.6*0.4' 
+		rate_values[1302] = RO2*5.38e-11*0.6*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*8.14e-11*0.6*0.4' 
+		rate_values[1303] = RO2*8.14e-11*0.6*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*1.24e-11*0.6*0.4' 
+		rate_values[1304] = RO2*1.24e-11*0.6*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*4e-11*0.6*0.4' 
+		rate_values[1305] = RO2*4e-11*0.6*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*6.76e-11*0.6*0.4' 
+		rate_values[1306] = RO2*6.76e-11*0.6*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.99*0.77' 
+		rate_values[1307] = KRO2HO2*0.99*0.77
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.92*0.77' 
+		rate_values[1308] = KRO2HO2*0.92*0.77
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.85*0.77' 
+		rate_values[1309] = KRO2HO2*0.85*0.77
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.4*0.77' 
+		rate_values[1310] = KRO2HO2*0.4*0.77
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.98*0.77' 
+		rate_values[1311] = KRO2HO2*0.98*0.77
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.45*0.77' 
+		rate_values[1312] = KRO2HO2*0.45*0.77
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.995*0.77' 
+		rate_values[1313] = KRO2HO2*0.995*0.77
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.4*0.77' 
+		rate_values[1314] = KRO2HO2*0.4*0.77
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.4*0.77' 
+		rate_values[1315] = KRO2HO2*0.4*0.77
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.9*0.77' 
+		rate_values[1316] = KRO2HO2*0.9*0.77
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2*0.4*0.77' 
+		rate_values[1317] = KRO2HO2*0.4*0.77
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*2.62e-11*0.2*0.4' 
+		rate_values[1318] = RO2*2.62e-11*0.2*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*5.38e-11*0.2*0.4' 
+		rate_values[1319] = RO2*5.38e-11*0.2*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*8.14e-11*0.2*0.4' 
+		rate_values[1320] = RO2*8.14e-11*0.2*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*1.24e-11*0.2*0.4' 
+		rate_values[1321] = RO2*1.24e-11*0.2*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*4e-11*0.2*0.4' 
+		rate_values[1322] = RO2*4e-11*0.2*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*6.76e-11*0.2*0.4' 
+		rate_values[1323] = RO2*6.76e-11*0.2*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*2.97e-11*0.2*0.4' 
+		rate_values[1324] = RO2*2.97e-11*0.2*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*4.34e-11*0.2*0.4' 
+		rate_values[1325] = RO2*4.34e-11*0.2*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*5.72e-11*0.2*0.4' 
+		rate_values[1326] = RO2*5.72e-11*0.2*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*7.1e-11*0.2*0.4' 
+		rate_values[1327] = RO2*7.1e-11*0.2*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*8.48e-11*0.2*0.4' 
+		rate_values[1328] = RO2*8.48e-11*0.2*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*2.62e-11*0.21*0.4' 
+		rate_values[1329] = RO2*2.62e-11*0.21*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*5.38e-11*0.21*0.4' 
+		rate_values[1330] = RO2*5.38e-11*0.21*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*8.14e-11*0.21*0.4' 
+		rate_values[1331] = RO2*8.14e-11*0.21*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*1.24e-11*0.21*0.4' 
+		rate_values[1332] = RO2*1.24e-11*0.21*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*4e-11*0.21*0.4' 
+		rate_values[1333] = RO2*4e-11*0.21*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*6.76e-11*0.21*0.4' 
+		rate_values[1334] = RO2*6.76e-11*0.21*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*2.97e-11*0.21*0.4' 
+		rate_values[1335] = RO2*2.97e-11*0.21*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*4.34e-11*0.21*0.4' 
+		rate_values[1336] = RO2*4.34e-11*0.21*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*5.72e-11*0.21*0.4' 
+		rate_values[1337] = RO2*5.72e-11*0.21*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*7.1e-11*0.21*0.4' 
+		rate_values[1338] = RO2*7.1e-11*0.21*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'RO2*8.48e-11*0.21*0.4' 
+		rate_values[1339] = RO2*8.48e-11*0.21*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.17e-11*1.0' 
+		rate_values[1340] = 4.17e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.e-10*1.0' 
+		rate_values[1341] = 1.e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.69e-11*1.0' 
+		rate_values[1342] = 9.69e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.79e-11*1.0' 
+		rate_values[1343] = 2.79e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.55e-11*1.0' 
+		rate_values[1344] = 5.55e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.31e-11*1.0' 
+		rate_values[1345] = 8.31e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.51e-11*1.0' 
+		rate_values[1346] = 4.51e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.89e-11*1.0' 
+		rate_values[1347] = 5.89e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.27e-11*1.0' 
+		rate_values[1348] = 7.27e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.65e-11*1.0' 
+		rate_values[1349] = 8.65e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1350] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.41e-11*0.15' 
+		rate_values[1351] = 1.41e-11*0.15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.24e-11*1.0' 
+		rate_values[1352] = 1.24e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.79e-11*1.0' 
+		rate_values[1353] = 2.79e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1354] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.67e-11*1.0' 
+		rate_values[1355] = 6.67e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.79e-11*1.0' 
+		rate_values[1356] = 2.79e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1357] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1358] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1359] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1360] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1361] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.05e-11*1.0' 
+		rate_values[1362] = 3.05e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1363] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1364] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1365] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1366] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1367] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.78e-12*1.0' 
+		rate_values[1368] = 9.78e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1369] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.05e-11*1.0' 
+		rate_values[1370] = 8.05e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.12e-11*1.0' 
+		rate_values[1371] = 5.12e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.24e-11*1.0' 
+		rate_values[1372] = 1.24e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.75e-12*1.0' 
+		rate_values[1373] = 3.75e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1374] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1375] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1376] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.62e-11*1.0' 
+		rate_values[1377] = 2.62e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1378] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.69e-11*1.0' 
+		rate_values[1379] = 9.69e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1380] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.55e-11*1.0' 
+		rate_values[1381] = 5.55e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.31e-11*1.0' 
+		rate_values[1382] = 8.31e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1383] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.27e-11*1.0' 
+		rate_values[1384] = 7.27e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.65e-11*1.0' 
+		rate_values[1385] = 8.65e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1386] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1387] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1388] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.17e-11*0.5' 
+		rate_values[1389] = 4.17e-11*0.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4e-11*1.0' 
+		rate_values[1390] = 4e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.55e-11*1.0' 
+		rate_values[1391] = 5.55e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.58e-11*1.0' 
+		rate_values[1392] = 1.58e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.43e-11*1.0' 
+		rate_values[1393] = 9.43e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.55e-11*1.0' 
+		rate_values[1394] = 5.55e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.75e-12*1.0' 
+		rate_values[1395] = 3.75e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.75e-11*1.0' 
+		rate_values[1396] = 1.75e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1397] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.93e-11*1.0' 
+		rate_values[1398] = 1.93e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1399] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.81e-11*1.0' 
+		rate_values[1400] = 5.81e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.93e-11*1.0' 
+		rate_values[1401] = 1.93e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.2e-12*1.0' 
+		rate_values[1402] = 7.2e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.24e-11*1.0' 
+		rate_values[1403] = 1.24e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1404] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1405] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.74e-11*1.0' 
+		rate_values[1406] = 3.74e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1407] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1408] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.87e-11*1.0' 
+		rate_values[1409] = 7.87e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4e-11*1.0' 
+		rate_values[1410] = 4e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.13e-11*1.0' 
+		rate_values[1411] = 3.13e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1412] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1413] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1414] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.37e-11*1.0' 
+		rate_values[1415] = 5.37e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.79e-11*1.0' 
+		rate_values[1416] = 2.79e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1417] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.31e-11*1.0' 
+		rate_values[1418] = 8.31e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1419] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1420] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1421] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1422] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1423] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1424] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1425] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.e-10*1.0' 
+		rate_values[1426] = 1.e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.75e-11*1.0' 
+		rate_values[1427] = 6.75e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.31e-11*1.0' 
+		rate_values[1428] = 8.31e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.34e-11*1.0' 
+		rate_values[1429] = 4.34e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1430] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.31e-11*1.0' 
+		rate_values[1431] = 8.31e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.13e-11*1.0' 
+		rate_values[1432] = 3.13e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.51e-11*1.0' 
+		rate_values[1433] = 4.51e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1e-11*1.0' 
+		rate_values[1434] = 2.1e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.69e-11*1.0' 
+		rate_values[1435] = 4.69e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.62e-11*1.0' 
+		rate_values[1436] = 2.62e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.56e-11*1.0' 
+		rate_values[1437] = 8.56e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.69e-11*1.0' 
+		rate_values[1438] = 4.69e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.48e-11*1.0' 
+		rate_values[1439] = 3.48e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4e-11*1.0' 
+		rate_values[1440] = 4e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.92e-12*1.0' 
+		rate_values[1441] = 8.92e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1442] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.5e-11*1.0' 
+		rate_values[1443] = 6.5e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1444] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1445] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1446] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.75e-11*1.0' 
+		rate_values[1447] = 6.75e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.89e-11*1.0' 
+		rate_values[1448] = 5.89e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1449] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1450] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.06e-11*1.0' 
+		rate_values[1451] = 1.06e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.13e-11*1.0' 
+		rate_values[1452] = 8.13e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.55e-11*1.0' 
+		rate_values[1453] = 5.55e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.41e-11*1.0' 
+		rate_values[1454] = 1.41e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.17e-11*1.0' 
+		rate_values[1455] = 4.17e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.e-10*1.0' 
+		rate_values[1456] = 1.e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.13e-11*1.0' 
+		rate_values[1457] = 3.13e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.51e-11*1.0' 
+		rate_values[1458] = 4.51e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.89e-11*1.0' 
+		rate_values[1459] = 5.89e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.27e-11*1.0' 
+		rate_values[1460] = 7.27e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.65e-11*1.0' 
+		rate_values[1461] = 8.65e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1462] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1463] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.41e-11*1.0' 
+		rate_values[1464] = 1.41e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1465] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.29e-11*1.0' 
+		rate_values[1466] = 5.29e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.41e-11*1.0' 
+		rate_values[1467] = 1.41e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1468] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1469] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1470] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1471] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1472] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.67e-11*1.0' 
+		rate_values[1473] = 1.67e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1474] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1475] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1476] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1477] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1478] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1479] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1480] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.67e-11*1.0' 
+		rate_values[1481] = 6.67e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.74e-11*1.0' 
+		rate_values[1482] = 3.74e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1483] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1484] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1485] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.17e-11*1.0' 
+		rate_values[1486] = 9.17e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1487] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.24e-11*1.0' 
+		rate_values[1488] = 1.24e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1489] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.e-10*1.0' 
+		rate_values[1490] = 1.e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.69e-11*1.0' 
+		rate_values[1491] = 9.69e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.89e-11*1.0' 
+		rate_values[1492] = 5.89e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.27e-11*1.0' 
+		rate_values[1493] = 7.27e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.65e-11*1.0' 
+		rate_values[1494] = 8.65e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1495] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1496] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.79e-11*0.3' 
+		rate_values[1497] = 2.79e-11*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.62e-11*1.0' 
+		rate_values[1498] = 2.62e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.17e-11*1.0' 
+		rate_values[1499] = 4.17e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.02e-12*1.0' 
+		rate_values[1500] = 2.02e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.05e-11*1.0' 
+		rate_values[1501] = 8.05e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.17e-11*1.0' 
+		rate_values[1502] = 4.17e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1503] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.75e-12*1.0' 
+		rate_values[1504] = 3.75e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1505] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.47e-12*1.0' 
+		rate_values[1506] = 5.47e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1507] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.43e-11*1.0' 
+		rate_values[1508] = 4.43e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.47e-12*1.0' 
+		rate_values[1509] = 5.47e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1510] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1511] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1512] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1513] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.36e-11*1.0' 
+		rate_values[1514] = 2.36e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1515] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.43e-11*1.0' 
+		rate_values[1516] = 9.43e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.5e-11*1.0' 
+		rate_values[1517] = 6.5e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.62e-11*1.0' 
+		rate_values[1518] = 2.62e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.75e-11*1.0' 
+		rate_values[1519] = 1.75e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1520] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1521] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1522] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4e-11*1.0' 
+		rate_values[1523] = 4e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.41e-11*1.0' 
+		rate_values[1524] = 1.41e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1525] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.65e-11*1.0' 
+		rate_values[1526] = 8.65e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1527] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1528] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1529] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1530] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.55e-11*1.0' 
+		rate_values[1531] = 5.55e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.37e-11*1.0' 
+		rate_values[1532] = 5.37e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.e-10*1.0' 
+		rate_values[1533] = 1.e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.96e-11*1.0' 
+		rate_values[1534] = 2.96e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1535] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.e-10*1.0' 
+		rate_values[1536] = 1.e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.75e-11*1.0' 
+		rate_values[1537] = 1.75e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.13e-11*1.0' 
+		rate_values[1538] = 3.13e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.2e-12*1.0' 
+		rate_values[1539] = 7.2e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.31e-11*1.0' 
+		rate_values[1540] = 3.31e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.24e-11*1.0' 
+		rate_values[1541] = 1.24e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.19e-11*1.0' 
+		rate_values[1542] = 7.19e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.31e-11*1.0' 
+		rate_values[1543] = 3.31e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1e-11*1.0' 
+		rate_values[1544] = 2.1e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.62e-11*1.0' 
+		rate_values[1545] = 2.62e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1546] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1547] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.12e-11*1.0' 
+		rate_values[1548] = 5.12e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1549] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1550] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.25e-11*1.0' 
+		rate_values[1551] = 9.25e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.37e-11*1.0' 
+		rate_values[1552] = 5.37e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.51e-11*1.0' 
+		rate_values[1553] = 4.51e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1554] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1555] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1556] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.75e-11*1.0' 
+		rate_values[1557] = 6.75e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.17e-11*1.0' 
+		rate_values[1558] = 4.17e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.86e-11*1.0' 
+		rate_values[1559] = 4.86e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.24e-11*1.0' 
+		rate_values[1560] = 6.24e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.62e-11*1.0' 
+		rate_values[1561] = 7.62e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9e-11*1.0' 
+		rate_values[1562] = 9e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1563] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.75e-11*1.0' 
+		rate_values[1564] = 1.75e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.58e-11*1.0' 
+		rate_values[1565] = 1.58e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.13e-11*1.0' 
+		rate_values[1566] = 3.13e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1567] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.01e-11*1.0' 
+		rate_values[1568] = 7.01e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.13e-11*1.0' 
+		rate_values[1569] = 3.13e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1570] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1571] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1572] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1573] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1574] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.39e-11*1.0' 
+		rate_values[1575] = 3.39e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1576] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1577] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1578] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1579] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1580] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.32e-11*1.0' 
+		rate_values[1581] = 1.32e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1582] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.39e-11*1.0' 
+		rate_values[1583] = 8.39e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.46e-11*1.0' 
+		rate_values[1584] = 5.46e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.58e-11*1.0' 
+		rate_values[1585] = 1.58e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.2e-12*1.0' 
+		rate_values[1586] = 7.2e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1587] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1588] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1589] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.96e-11*1.0' 
+		rate_values[1590] = 2.96e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.75e-12*1.0' 
+		rate_values[1591] = 3.75e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.62e-11*1.0' 
+		rate_values[1592] = 7.62e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9e-11*1.0' 
+		rate_values[1593] = 9e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1594] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1595] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.13e-11*1.0' 
+		rate_values[1596] = 3.13e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.96e-11*1.0' 
+		rate_values[1597] = 2.96e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.51e-11*1.0' 
+		rate_values[1598] = 4.51e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.47e-12*1.0' 
+		rate_values[1599] = 5.47e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.39e-11*1.0' 
+		rate_values[1600] = 8.39e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.51e-11*1.0' 
+		rate_values[1601] = 4.51e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1602] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.2e-12*1.0' 
+		rate_values[1603] = 7.2e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1604] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.92e-12*1.0' 
+		rate_values[1605] = 8.92e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1606] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.77e-11*1.0' 
+		rate_values[1607] = 4.77e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.92e-12*1.0' 
+		rate_values[1608] = 8.92e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1609] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.02e-12*1.0' 
+		rate_values[1610] = 2.02e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1611] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1612] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.7e-11*1.0' 
+		rate_values[1613] = 2.7e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1614] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.77e-11*1.0' 
+		rate_values[1615] = 9.77e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.84e-11*1.0' 
+		rate_values[1616] = 6.84e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.96e-11*1.0' 
+		rate_values[1617] = 2.96e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1e-11*1.0' 
+		rate_values[1618] = 2.1e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1619] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1620] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1621] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.34e-11*1.0' 
+		rate_values[1622] = 4.34e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.75e-11*1.0' 
+		rate_values[1623] = 1.75e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1624] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1625] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1626] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.51e-11*0.3' 
+		rate_values[1627] = 4.51e-11*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.34e-11*1.0' 
+		rate_values[1628] = 4.34e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.89e-11*1.0' 
+		rate_values[1629] = 5.89e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.93e-11*1.0' 
+		rate_values[1630] = 1.93e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.77e-11*1.0' 
+		rate_values[1631] = 9.77e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.89e-11*1.0' 
+		rate_values[1632] = 5.89e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.2e-12*1.0' 
+		rate_values[1633] = 7.2e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1e-11*1.0' 
+		rate_values[1634] = 2.1e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1635] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.27e-11*1.0' 
+		rate_values[1636] = 2.27e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.02e-12*1.0' 
+		rate_values[1637] = 2.02e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.15e-11*1.0' 
+		rate_values[1638] = 6.15e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.27e-11*1.0' 
+		rate_values[1639] = 2.27e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.06e-11*1.0' 
+		rate_values[1640] = 1.06e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.58e-11*1.0' 
+		rate_values[1641] = 1.58e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1642] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1643] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.08e-11*1.0' 
+		rate_values[1644] = 4.08e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1645] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1646] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.22e-11*1.0' 
+		rate_values[1647] = 8.22e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.34e-11*1.0' 
+		rate_values[1648] = 4.34e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.48e-11*1.0' 
+		rate_values[1649] = 3.48e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1650] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1651] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1652] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.72e-11*1.0' 
+		rate_values[1653] = 5.72e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.13e-11*1.0' 
+		rate_values[1654] = 3.13e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1655] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1656] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.89e-11*1.0' 
+		rate_values[1657] = 5.89e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.72e-11*1.0' 
+		rate_values[1658] = 5.72e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.27e-11*1.0' 
+		rate_values[1659] = 7.27e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.31e-11*1.0' 
+		rate_values[1660] = 3.31e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1661] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.27e-11*1.0' 
+		rate_values[1662] = 7.27e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1e-11*1.0' 
+		rate_values[1663] = 2.1e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.48e-11*1.0' 
+		rate_values[1664] = 3.48e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.06e-11*1.0' 
+		rate_values[1665] = 1.06e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.65e-11*1.0' 
+		rate_values[1666] = 3.65e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.58e-11*1.0' 
+		rate_values[1667] = 1.58e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.53e-11*1.0' 
+		rate_values[1668] = 7.53e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.65e-11*1.0' 
+		rate_values[1669] = 3.65e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.44e-11*1.0' 
+		rate_values[1670] = 2.44e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.96e-11*1.0' 
+		rate_values[1671] = 2.96e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1672] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1673] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.46e-11*1.0' 
+		rate_values[1674] = 5.46e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1675] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1676] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.6e-11*1.0' 
+		rate_values[1677] = 9.6e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.72e-11*1.0' 
+		rate_values[1678] = 5.72e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.86e-11*1.0' 
+		rate_values[1679] = 4.86e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1680] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1681] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1682] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.1e-11*1.0' 
+		rate_values[1683] = 7.1e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.51e-11*1.0' 
+		rate_values[1684] = 4.51e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1685] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.27e-11*1.0' 
+		rate_values[1686] = 7.27e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.1e-11*1.0' 
+		rate_values[1687] = 7.1e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.65e-11*1.0' 
+		rate_values[1688] = 8.65e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.69e-11*1.0' 
+		rate_values[1689] = 4.69e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1690] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.65e-11*1.0' 
+		rate_values[1691] = 8.65e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.48e-11*1.0' 
+		rate_values[1692] = 3.48e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.86e-11*1.0' 
+		rate_values[1693] = 4.86e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.44e-11*1.0' 
+		rate_values[1694] = 2.44e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.03e-11*1.0' 
+		rate_values[1695] = 5.03e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.96e-11*1.0' 
+		rate_values[1696] = 2.96e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.91e-11*1.0' 
+		rate_values[1697] = 8.91e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.03e-11*1.0' 
+		rate_values[1698] = 5.03e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.82e-11*1.0' 
+		rate_values[1699] = 3.82e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.34e-11*1.0' 
+		rate_values[1700] = 4.34e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.24e-11*1.0' 
+		rate_values[1701] = 1.24e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1702] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.84e-11*1.0' 
+		rate_values[1703] = 6.84e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1704] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1705] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1706] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.1e-11*1.0' 
+		rate_values[1707] = 7.1e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.24e-11*1.0' 
+		rate_values[1708] = 6.24e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1709] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1710] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.41e-11*1.0' 
+		rate_values[1711] = 1.41e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.48e-11*1.0' 
+		rate_values[1712] = 8.48e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.89e-11*1.0' 
+		rate_values[1713] = 5.89e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*0.7' 
+		rate_values[1714] = 3e-13*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1715] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1716] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1717] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.91e-11*1.0' 
+		rate_values[1718] = 3.91e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1719] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1720] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1721] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1722] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1723] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1724] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.89e-12*1.0' 
+		rate_values[1725] = 2.89e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1726] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1727] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1728] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1729] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1730] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1731] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.17e-11*1.0' 
+		rate_values[1732] = 9.17e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.29e-11*1.0' 
+		rate_values[1733] = 5.29e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.36e-11*1.0' 
+		rate_values[1734] = 2.36e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1735] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1736] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1737] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.79e-11*1.0' 
+		rate_values[1738] = 7.79e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1739] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1740] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1741] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1742] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1743] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1744] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.74e-11*1.0' 
+		rate_values[1745] = 3.74e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1746] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1747] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1748] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1749] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1750] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1751] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.16e-12*1.0' 
+		rate_values[1752] = 1.16e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1753] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1754] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1755] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1756] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1757] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1758] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9e-11*1.0' 
+		rate_values[1759] = 9e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.12e-11*1.0' 
+		rate_values[1760] = 5.12e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.19e-11*1.0' 
+		rate_values[1761] = 2.19e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1762] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1763] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1764] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.62e-11*1.0' 
+		rate_values[1765] = 7.62e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1766] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1767] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1768] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.41e-11*1.0' 
+		rate_values[1769] = 1.41e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1770] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.29e-11*1.0' 
+		rate_values[1771] = 5.29e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.41e-11*1.0' 
+		rate_values[1772] = 1.41e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1773] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1774] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1775] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1776] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1777] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.67e-11*1.0' 
+		rate_values[1778] = 1.67e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1779] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1780] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1781] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1782] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1783] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1784] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1785] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.67e-11*1.0' 
+		rate_values[1786] = 6.67e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.74e-11*1.0' 
+		rate_values[1787] = 3.74e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1788] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1789] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1790] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.17e-11*1.0' 
+		rate_values[1791] = 9.17e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1792] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.24e-11*1.0' 
+		rate_values[1793] = 1.24e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1794] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1795] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.32e-11*1.0' 
+		rate_values[1796] = 1.32e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1797] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1798] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1799] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1800] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1801] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1802] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1803] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1804] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1805] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1806] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1807] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1808] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1809] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.58e-11*1.0' 
+		rate_values[1810] = 6.58e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.7e-11*1.0' 
+		rate_values[1811] = 2.7e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1812] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1813] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1814] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.08e-11*1.0' 
+		rate_values[1815] = 9.08e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2e-11*1.0' 
+		rate_values[1816] = 5.2e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1817] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1818] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1819] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.17e-11*1.0' 
+		rate_values[1820] = 9.17e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.29e-11*1.0' 
+		rate_values[1821] = 5.29e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.16e-12*1.0' 
+		rate_values[1822] = 1.16e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.5e-11*1.0' 
+		rate_values[1823] = 1.5e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1824] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.67e-11*1.0' 
+		rate_values[1825] = 1.67e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1826] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.55e-11*1.0' 
+		rate_values[1827] = 5.55e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.67e-11*1.0' 
+		rate_values[1828] = 1.67e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.61e-12*1.0' 
+		rate_values[1829] = 4.61e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.78e-12*1.0' 
+		rate_values[1830] = 9.78e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1831] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1832] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.48e-11*1.0' 
+		rate_values[1833] = 3.48e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1834] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1835] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.62e-11*1.0' 
+		rate_values[1836] = 7.62e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.74e-11*1.0' 
+		rate_values[1837] = 3.74e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.87e-11*1.0' 
+		rate_values[1838] = 2.87e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1839] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1840] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1841] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.12e-11*1.0' 
+		rate_values[1842] = 5.12e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.53e-11*1.0' 
+		rate_values[1843] = 2.53e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.41e-11*1.0' 
+		rate_values[1844] = 1.41e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1845] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1846] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1847] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1848] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1849] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.67e-11*1.0' 
+		rate_values[1850] = 1.67e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1851] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1852] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1853] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1854] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1855] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1856] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1857] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.67e-11*1.0' 
+		rate_values[1858] = 6.67e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.74e-11*1.0' 
+		rate_values[1859] = 3.74e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1860] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1861] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1862] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.17e-11*1.0' 
+		rate_values[1863] = 9.17e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1864] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.24e-11*1.0' 
+		rate_values[1865] = 1.24e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1866] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1867] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1868] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1869] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1870] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1871] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1872] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1873] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1874] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1875] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1876] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1877] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1878] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.37e-11*1.0' 
+		rate_values[1879] = 5.37e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.5e-11*1.0' 
+		rate_values[1880] = 1.5e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1881] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1882] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1883] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.87e-11*1.0' 
+		rate_values[1884] = 7.87e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4e-11*1.0' 
+		rate_values[1885] = 4e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1886] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1887] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1888] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1889] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1890] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1891] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1892] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1893] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1894] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1895] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1896] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1897] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1898] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1899] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.75e-11*1.0' 
+		rate_values[1900] = 6.75e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.87e-11*1.0' 
+		rate_values[1901] = 2.87e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1902] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1903] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1904] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.25e-11*1.0' 
+		rate_values[1905] = 9.25e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.37e-11*1.0' 
+		rate_values[1906] = 5.37e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1907] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1908] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1909] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1910] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1911] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1912] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1913] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1914] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1915] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1916] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1917] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1918] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1919] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.34e-11*1.0' 
+		rate_values[1920] = 4.34e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.61e-12*1.0' 
+		rate_values[1921] = 4.61e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1922] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1923] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1924] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.84e-11*1.0' 
+		rate_values[1925] = 6.84e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.96e-11*1.0' 
+		rate_values[1926] = 2.96e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1927] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1928] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1929] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1930] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1931] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1932] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1933] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1934] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1935] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1936] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1937] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1938] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.93e-11*1.0' 
+		rate_values[1939] = 6.93e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.05e-11*1.0' 
+		rate_values[1940] = 3.05e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.16e-12*1.0' 
+		rate_values[1941] = 1.16e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1942] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1943] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.43e-11*1.0' 
+		rate_values[1944] = 9.43e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.55e-11*1.0' 
+		rate_values[1945] = 5.55e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1946] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1947] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1948] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1949] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1950] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1951] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1952] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1953] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1954] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1955] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1956] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.86e-11*1.0' 
+		rate_values[1957] = 4.86e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.78e-12*1.0' 
+		rate_values[1958] = 9.78e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1959] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1960] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1961] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.36e-11*1.0' 
+		rate_values[1962] = 7.36e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.48e-11*1.0' 
+		rate_values[1963] = 3.48e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1964] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1965] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1966] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.93e-11*1.0' 
+		rate_values[1967] = 1.93e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1968] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1969] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1970] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1971] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1972] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1973] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1974] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.93e-11*1.0' 
+		rate_values[1975] = 6.93e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4e-11*1.0' 
+		rate_values[1976] = 4e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.16e-12*1.0' 
+		rate_values[1977] = 1.16e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1978] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[1979] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.43e-11*1.0' 
+		rate_values[1980] = 9.43e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1981] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.5e-11*1.0' 
+		rate_values[1982] = 1.5e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1983] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1984] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1985] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1986] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1987] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1988] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1989] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.93e-11*1.0' 
+		rate_values[1990] = 6.93e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.05e-11*1.0' 
+		rate_values[1991] = 3.05e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.16e-12*1.0' 
+		rate_values[1992] = 1.16e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1993] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1994] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.43e-11*1.0' 
+		rate_values[1995] = 9.43e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.55e-11*1.0' 
+		rate_values[1996] = 5.55e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1997] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1998] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[1999] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2000] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2001] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2002] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2003] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2004] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.72e-11*1.0' 
+		rate_values[2005] = 5.72e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.84e-11*1.0' 
+		rate_values[2006] = 1.84e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2007] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2008] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2009] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.22e-11*1.0' 
+		rate_values[2010] = 8.22e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.34e-11*1.0' 
+		rate_values[2011] = 4.34e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2012] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2013] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2014] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2015] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2016] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2017] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2018] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.24e-11*1.0' 
+		rate_values[2019] = 6.24e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.36e-11*1.0' 
+		rate_values[2020] = 2.36e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2021] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2022] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2023] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.74e-11*1.0' 
+		rate_values[2024] = 8.74e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.86e-11*1.0' 
+		rate_values[2025] = 4.86e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2026] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2027] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2028] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2029] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2030] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2031] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.13e-11*1.0' 
+		rate_values[2032] = 3.13e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2033] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2034] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2035] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2036] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.63e-11*1.0' 
+		rate_values[2037] = 5.63e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.75e-11*1.0' 
+		rate_values[2038] = 1.75e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2039] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2040] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2041] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2042] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2043] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.93e-11*1.0' 
+		rate_values[2044] = 1.93e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2045] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2046] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2047] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2048] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.43e-11*1.0' 
+		rate_values[2049] = 4.43e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.47e-12*1.0' 
+		rate_values[2050] = 5.47e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2051] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2052] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2053] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2054] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.74e-11*1.0' 
+		rate_values[2055] = 8.74e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.86e-11*1.0' 
+		rate_values[2056] = 4.86e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.93e-11*1.0' 
+		rate_values[2057] = 1.93e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2058] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2059] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2060] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.36e-11*1.0' 
+		rate_values[2061] = 7.36e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2062] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2063] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2064] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2065] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2066] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2067] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9e-11*1.0' 
+		rate_values[2068] = 9e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.13e-11*1.0' 
+		rate_values[2069] = 8.13e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2070] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2071] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.31e-11*1.0' 
+		rate_values[2072] = 3.31e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2073] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.79e-11*1.0' 
+		rate_values[2074] = 7.79e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2075] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9e-11*1.0' 
+		rate_values[2076] = 9e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.12e-11*1.0' 
+		rate_values[2077] = 5.12e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.25e-11*1.0' 
+		rate_values[2078] = 4.25e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2079] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2080] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2081] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.5e-11*1.0' 
+		rate_values[2082] = 6.5e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.91e-11*1.0' 
+		rate_values[2083] = 3.91e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.06e-11*1.0' 
+		rate_values[2084] = 6.06e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.19e-11*1.0' 
+		rate_values[2085] = 2.19e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.32e-11*1.0' 
+		rate_values[2086] = 1.32e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2087] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2088] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2089] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.56e-11*1.0' 
+		rate_values[2090] = 3.56e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.78e-12*1.0' 
+		rate_values[2091] = 9.78e-12*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2092] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2093] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2094] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7.62e-11*1.0' 
+		rate_values[2095] = 7.62e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2096] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2097] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2098] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2099] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2100] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.75e-11*1.0' 
+		rate_values[2101] = 6.75e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2102] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2103] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2104] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2105] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2106] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.81e-11*1.0' 
+		rate_values[2107] = 5.81e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2108] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2109] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1e-10*1.0' 
+		rate_values[2110] = 1e-10*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.93e-11*1.0' 
+		rate_values[2111] = 1.93e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9e-11*1.0' 
+		rate_values[2112] = 9e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.41e-11*1.0' 
+		rate_values[2113] = 6.41e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2114] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2115] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2116] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.06e-11*1.0' 
+		rate_values[2117] = 1.06e-11*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2118] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e-13*1.0' 
+		rate_values[2119] = 3e-13*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.2' 
+		rate_values[2120] = KDEC*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.1' 
+		rate_values[2121] = KDEC*0.1
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.45' 
+		rate_values[2122] = KDEC*0.45
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.35' 
+		rate_values[2123] = KDEC*0.35
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.45' 
+		rate_values[2124] = KDEC*0.45
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.004' 
+		rate_values[2125] = KDEC*0.004
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.001' 
+		rate_values[2126] = KDEC*0.001
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.02' 
+		rate_values[2127] = KDEC*0.02
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.45' 
+		rate_values[2128] = KDEC*0.45
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.007' 
+		rate_values[2129] = KDEC*0.007
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.45' 
+		rate_values[2130] = KDEC*0.45
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.8' 
+		rate_values[2131] = KDEC*0.8
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.88' 
+		rate_values[2132] = KDEC*0.88
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.43' 
+		rate_values[2133] = KDEC*0.43
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.1' 
+		rate_values[2134] = KDEC*0.1
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.64' 
+		rate_values[2135] = KDEC*0.64
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.1' 
+		rate_values[2136] = KDEC*0.1
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6' 
+		rate_values[2137] = 0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.014' 
+		rate_values[2138] = 0.014
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.8' 
+		rate_values[2139] = 0.8
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.06' 
+		rate_values[2140] = 0.06
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.01' 
+		rate_values[2141] = 0.01
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.01' 
+		rate_values[2142] = 0.01
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.01' 
+		rate_values[2143] = 0.01
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.01' 
+		rate_values[2144] = 0.01
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.01' 
+		rate_values[2145] = 0.01
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.01' 
+		rate_values[2146] = 0.01
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.3' 
+		rate_values[2147] = 0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.8' 
+		rate_values[2148] = 0.8
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.8' 
+		rate_values[2149] = 0.8
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.01' 
+		rate_values[2150] = 0.01
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.01' 
+		rate_values[2151] = 0.01
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.55*0.90' 
+		rate_values[2152] = KDEC*0.55*0.90
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.45*0.90' 
+		rate_values[2153] = KDEC*0.45*0.90
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.10' 
+		rate_values[2154] = KDEC*0.10
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.5*0.7' 
+		rate_values[2155] = KDEC*0.5*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.5*0.7' 
+		rate_values[2156] = KDEC*0.5*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC*0.30' 
+		rate_values[2157] = KDEC*0.30
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.025*1.2E-11*numpy.exp(440/TEMP)' 
+		rate_values[2158] = 0.025*1.2E-11*numpy.exp(440/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.01*2.38E-11*numpy.exp(357/TEMP)' 
+		rate_values[2159] = 0.01*2.38E-11*numpy.exp(357/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.01*4.28e-11*numpy.exp(401/TEMP)' 
+		rate_values[2160] = 0.01*4.28e-11*numpy.exp(401/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.025*1.60e-11*numpy.exp(500./TEMP)' 
+		rate_values[2161] = 0.025*1.60e-11*numpy.exp(500./TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2e17*numpy.exp(-1.2077e4/TEMP)' 
+		rate_values[2162] = 1.2e17*numpy.exp(-1.2077e4/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2e18*numpy.exp(-1.2077e4/TEMP)' 
+		rate_values[2163] = 1.2e18*numpy.exp(-1.2077e4/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2e18*numpy.exp(-1.2077e4/TEMP)' 
+		rate_values[2164] = 1.2e18*numpy.exp(-1.2077e4/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6e17*numpy.exp(-1.2077e4/TEMP)' 
+		rate_values[2165] = 6e17*numpy.exp(-1.2077e4/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2e17*numpy.exp(-1.2077e4/TEMP)' 
+		rate_values[2166] = 2e17*numpy.exp(-1.2077e4/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2e17*numpy.exp(-1.2077e4/TEMP)' 
+		rate_values[2167] = 1.2e17*numpy.exp(-1.2077e4/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2e17*numpy.exp(-1.2077e4/TEMP)' 
+		rate_values[2168] = 1.2e17*numpy.exp(-1.2077e4/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2e16*numpy.exp(-1.2077e4/TEMP)' 
+		rate_values[2169] = 1.2e16*numpy.exp(-1.2077e4/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.0' 
+		rate_values[2170] = 0.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[2171] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[2172] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[2173] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[2174] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[2175] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[2176] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[2177] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[2178] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[2179] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[2180] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*1.0' 
+		rate_values[2181] = KRO2NO*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*1.0' 
+		rate_values[2182] = KRO2NO*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*1.0' 
+		rate_values[2183] = KRO2NO*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.9' 
+		rate_values[2184] = KRO2NO*0.9
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.85' 
+		rate_values[2185] = KRO2NO*0.85
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.8' 
+		rate_values[2186] = KRO2NO*0.8
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.6' 
+		rate_values[2187] = KRO2NO*0.6
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.5' 
+		rate_values[2188] = KRO2NO*0.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2NO*0.3' 
+		rate_values[2189] = KRO2NO*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.0' 
+		rate_values[2190] = 0.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.0' 
+		rate_values[2191] = 0.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.0' 
+		rate_values[2192] = 0.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.0' 
+		rate_values[2193] = 0.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.0' 
+		rate_values[2194] = 0.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.4*KRO2NO*0.1' 
+		rate_values[2195] = 0.4*KRO2NO*0.1
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.4*KRO2NO*0.15' 
+		rate_values[2196] = 0.4*KRO2NO*0.15
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.4*KRO2NO*0.2' 
+		rate_values[2197] = 0.4*KRO2NO*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.4*KRO2NO*0.4' 
+		rate_values[2198] = 0.4*KRO2NO*0.4
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.4*KRO2NO*0.5' 
+		rate_values[2199] = 0.4*KRO2NO*0.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.4*KRO2NO*0.7' 
+		rate_values[2200] = 0.4*KRO2NO*0.7
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.4*KRO2NO*1.0' 
+		rate_values[2201] = 0.4*KRO2NO*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.4*KRO2NO*1.0' 
+		rate_values[2202] = 0.4*KRO2NO*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.0' 
+		rate_values[2203] = 0.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.0' 
+		rate_values[2204] = 0.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.0' 
+		rate_values[2205] = 0.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.1*7e0/10e0' 
+		rate_values[2206] = 0.6*KRO2NO*0.1*7e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.15*7e0/10e0' 
+		rate_values[2207] = 0.6*KRO2NO*0.15*7e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.2*7e0/10e0' 
+		rate_values[2208] = 0.6*KRO2NO*0.2*7e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.4*7e0/10e0' 
+		rate_values[2209] = 0.6*KRO2NO*0.4*7e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.5*7e0/10e0' 
+		rate_values[2210] = 0.6*KRO2NO*0.5*7e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.7*7e0/10e0' 
+		rate_values[2211] = 0.6*KRO2NO*0.7*7e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*1.0*7e0/10e0' 
+		rate_values[2212] = 0.6*KRO2NO*1.0*7e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*1.0*7e0/10e0' 
+		rate_values[2213] = 0.6*KRO2NO*1.0*7e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.0' 
+		rate_values[2214] = 0.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.0' 
+		rate_values[2215] = 0.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.0' 
+		rate_values[2216] = 0.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.1*3e0/10e0' 
+		rate_values[2217] = 0.6*KRO2NO*0.1*3e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.15*3e0/10e0' 
+		rate_values[2218] = 0.6*KRO2NO*0.15*3e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.2*3e0/10e0' 
+		rate_values[2219] = 0.6*KRO2NO*0.2*3e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.4*3e0/10e0' 
+		rate_values[2220] = 0.6*KRO2NO*0.4*3e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.5*3e0/10e0' 
+		rate_values[2221] = 0.6*KRO2NO*0.5*3e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.7*3e0/10e0' 
+		rate_values[2222] = 0.6*KRO2NO*0.7*3e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*1.0*3e0/10e0' 
+		rate_values[2223] = 0.6*KRO2NO*1.0*3e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*1.0*3e0/10e0' 
+		rate_values[2224] = 0.6*KRO2NO*1.0*3e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2' 
+		rate_values[2225] = KRO2HO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2' 
+		rate_values[2226] = KRO2HO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2' 
+		rate_values[2227] = KRO2HO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2' 
+		rate_values[2228] = KRO2HO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2' 
+		rate_values[2229] = KRO2HO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2' 
+		rate_values[2230] = KRO2HO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2' 
+		rate_values[2231] = KRO2HO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2' 
+		rate_values[2232] = KRO2HO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2' 
+		rate_values[2233] = KRO2HO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2' 
+		rate_values[2234] = KRO2HO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2' 
+		rate_values[2235] = KRO2HO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2236] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2237] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2238] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2239] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2240] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2241] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2242] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2243] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2244] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2245] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2246] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2247] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2248] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2249] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2250] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2251] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2252] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2253] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2254] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2255] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2256] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2257] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2258] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2259] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2260] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2261] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2262] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2263] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2264] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2265] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2266] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2267] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2268] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2269] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2270] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2271] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2272] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2273] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2274] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2275] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2276] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2277] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2278] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2279] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2280] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2281] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2282] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2283] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2284] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2285] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2286] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2287] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2288] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2289] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2290] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2291] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2292] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2293] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2294] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2295] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2296] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2297] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2298] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2299] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2300] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2301] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2302] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2303] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2304] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2305] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2306] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2307] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2308] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2309] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2310] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2311] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2312] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2313] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2314] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2315] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2316] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2317] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2318] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2319] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2320] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2321] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2322] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2323] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2324] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2325] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2326] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2327] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2328] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2329] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2330] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2331] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2332] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2333] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2334] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2335] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2336] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2337] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2338] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2339] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2340] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2341] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2342] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2343] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2344] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2345] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2346] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2347] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2348] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2349] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2350] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2351] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2352] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2353] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2354] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2355] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2356] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2357] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2358] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2359] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2360] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2361] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2362] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2363] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2364] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2365] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2366] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2367] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2368] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2369] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2370] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2371] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2372] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2373] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2374] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2375] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2376] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2377] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2378] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2379] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2380] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2381] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2382] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2383] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2384] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2385] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2386] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2387] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2388] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2389] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2390] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2391] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2392] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2393] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2394] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2395] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2396] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2397] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2398] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2399] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2400] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2401] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2402] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2403] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2404] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2405] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2406] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2407] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2408] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2409] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2410] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2411] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2412] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2413] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2414] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2415] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2416] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2417] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2418] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2419] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2420] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2421] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2422] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2423] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2424] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2425] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2426] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2427] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2428] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2429] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2430] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2431] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2432] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2433] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2434] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2435] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2436] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2437] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2438] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2439] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2440] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2441] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2442] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2443] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2444] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2445] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2446] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2447] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2448] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2449] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2450] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2451] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2452] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2453] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2454] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2455] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2456] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2457] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2458] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2459] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2460] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2461] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2462] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2463] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2464] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2465] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2466] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2467] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2468] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2469] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2470] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2471] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2472] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2473] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2474] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2475] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2476] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2477] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2478] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2479] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2480] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2481] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2482] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2483] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2484] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2485] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2486] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2487] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2488] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2489] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2490] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2491] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2492] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2493] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2494] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2495] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2496] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2497] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2498] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2499] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2500] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2501] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2502] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2503] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2504] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2505] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2506] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2507] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2508] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2509] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2510] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2511] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2512] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2513] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2514] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2515] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2516] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[2517] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2518] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2519] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2520] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2521] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2522] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2523] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2524] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2525] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2526] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2527] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2528] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2529] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2530] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2531] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2532] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2533] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2534] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2535] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2536] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2537] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2538] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2539] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2540] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2541] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2542] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2543] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2544] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2545] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2546] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2547] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2548] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2549] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2550] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2551] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2552] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2553] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2554] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2555] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2556] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2557] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2558] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2559] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2560] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2561] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2562] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2563] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2564] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2565] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2566] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2567] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2568] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2569] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2570] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2571] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2572] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2573] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2574] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2575] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2576] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2577] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2578] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2579] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2580] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2581] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2582] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2583] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2584] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2585] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2586] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2587] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2588] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2589] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2590] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2591] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2592] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2593] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2594] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2595] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2596] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2597] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2598] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2599] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2600] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2601] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2602] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2603] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2604] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2605] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2606] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2607] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2608] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2609] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2610] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[2611] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2612] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2613] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2614] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2615] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2616] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2617] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2618] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2619] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2620] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2621] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2622] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2623] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2624] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2625] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2626] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2627] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2628] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2629] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2630] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2631] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2632] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2633] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2634] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2635] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2636] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2637] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2638] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2639] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2640] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2641] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2642] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2643] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2644] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2645] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2646] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2647] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2648] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2649] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2650] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2651] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2652] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2653] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2654] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2655] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2656] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2657] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2658] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2659] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2660] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2661] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2662] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2663] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2664] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2665] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2666] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2667] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2668] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2669] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2670] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2671] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2672] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2673] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2674] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2675] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2676] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2677] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2678] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2679] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2680] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2681] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2682] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2683] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2684] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2685] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2686] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2687] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2688] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2689] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2690] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2691] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2692] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2693] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2694] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2695] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2696] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2697] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2698] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2699] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2700] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2701] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2702] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2703] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2704] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[2705] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2706] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2707] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2708] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2709] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2710] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2711] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2712] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2713] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2714] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2715] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2716] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2717] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2718] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2719] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2720] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2721] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2722] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2723] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2724] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2725] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2726] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2727] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2728] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2729] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2730] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2731] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2732] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2733] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2734] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2735] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2736] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2737] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2738] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2739] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2740] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2741] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2742] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2743] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2744] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2745] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2746] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2747] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2748] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2749] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2750] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2751] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2752] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2753] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2754] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2755] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2756] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2757] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2758] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2759] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2760] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2761] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2762] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2763] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2764] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2765] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2766] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2767] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2768] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2769] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2770] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2771] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2772] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2773] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2774] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2775] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2776] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2777] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2778] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2779] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2780] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2781] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2782] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2783] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2784] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2785] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2786] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2787] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2788] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2789] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2790] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2791] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2792] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2793] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2794] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2795] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2796] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2797] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2798] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2799] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2800] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2801] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2802] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2803] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2804] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2805] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2806] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2807] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2808] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2809] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2810] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2811] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2812] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2813] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2814] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2815] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2816] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2817] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2818] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2819] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2820] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2821] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2822] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2823] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2824] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2825] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2826] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2827] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2828] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2829] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2830] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2831] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2832] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2833] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2834] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2835] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2836] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2837] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2838] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2839] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2840] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2841] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2842] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2843] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2844] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2845] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2846] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2847] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2848] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2849] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2850] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2851] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2852] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2853] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2854] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2855] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2856] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2857] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2858] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2859] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2860] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2861] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2862] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2863] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2864] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2865] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2866] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2867] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2868] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2869] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2870] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2871] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2872] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2873] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2874] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2875] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2876] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2877] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2878] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2879] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2880] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2881] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2882] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2883] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2884] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2885] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2886] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2887] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2888] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2889] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2890] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2891] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2892] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[2893] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2894] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2895] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2896] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2897] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2898] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2899] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2900] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2901] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2902] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2903] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2904] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2905] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2906] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2907] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2908] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2909] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2910] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2911] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2912] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2913] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2914] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2915] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2916] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2917] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2918] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2919] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2920] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2921] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2922] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2923] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2924] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2925] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2926] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2927] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2928] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2929] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2930] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2931] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2932] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2933] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2934] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2935] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2936] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2937] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2938] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2939] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2940] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2941] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2942] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2943] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2944] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2945] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2946] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2947] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2948] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2949] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2950] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2951] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2952] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2953] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2954] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2955] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2956] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2957] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2958] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2959] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2960] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2961] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2962] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2963] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2964] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2965] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2966] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2967] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2968] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2969] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2970] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2971] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2972] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2973] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2974] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2975] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2976] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2977] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2978] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2979] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2980] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2981] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2982] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2983] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2984] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2985] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2986] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2987] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2988] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2989] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2990] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2991] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2992] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2993] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2994] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2995] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2996] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2997] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2998] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[2999] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3000] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3001] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3002] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3003] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3004] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3005] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3006] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3007] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3008] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3009] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3010] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3011] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3012] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3013] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3014] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3015] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3016] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3017] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3018] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3019] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3020] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3021] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3022] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3023] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3024] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3025] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3026] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3027] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3028] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3029] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3030] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3031] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3032] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3033] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3034] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3035] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3036] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3037] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3038] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3039] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3040] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3041] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3042] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3043] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3044] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3045] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3046] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3047] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3048] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3049] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3050] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3051] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3052] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3053] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3054] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3055] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3056] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3057] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3058] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3059] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3060] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3061] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3062] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3063] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3064] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3065] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3066] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3067] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3068] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3069] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3070] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3071] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3072] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3073] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3074] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3075] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3076] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3077] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3078] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3079] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3080] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3081] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3082] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3083] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3084] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3085] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3086] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3087] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3088] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3089] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3090] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3091] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3092] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3093] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3094] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3095] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3096] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3097] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3098] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3099] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3100] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3101] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3102] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3103] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3104] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3105] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3106] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3107] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3108] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3109] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3110] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3111] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3112] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3113] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3114] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3115] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3116] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3117] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3118] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3119] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3120] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3121] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3122] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3123] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3124] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3125] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3126] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3127] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3128] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3129] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3130] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3131] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3132] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3133] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3134] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3135] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3136] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3137] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3138] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3139] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3140] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3141] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3142] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3143] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3144] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3145] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3146] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3147] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3148] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3149] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3150] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3151] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3152] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3153] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3154] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3155] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3156] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3157] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3158] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3159] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3160] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3161] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3162] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3163] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3164] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3165] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3166] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3167] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3168] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3169] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3170] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3171] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3172] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3173] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3174] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3175] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3176] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3177] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3178] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3179] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3180] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3181] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3182] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3183] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3184] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3185] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3186] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3187] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3188] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3189] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3190] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3191] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3192] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3193] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3194] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3195] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3196] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3197] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3198] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3199] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3200] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3201] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3202] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3203] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3204] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3205] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3206] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3207] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3208] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3209] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3210] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3211] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3212] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3213] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3214] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3215] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3216] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3217] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3218] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3219] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3220] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3221] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3222] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3223] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3224] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3225] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3226] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3227] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3228] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3229] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3230] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3231] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3232] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3233] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3234] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3235] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3236] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3237] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3238] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3239] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3240] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3241] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3242] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3243] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3244] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3245] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3246] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3247] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3248] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3249] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3250] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3251] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3252] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3253] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3254] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3255] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3256] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3257] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3258] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3259] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3260] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3261] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3262] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3263] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3264] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3265] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3266] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3267] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3268] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12' 
+		rate_values[3269] = 5E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-12*0.2*RO2' 
+		rate_values[3270] = 1E-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-12*0.6*RO2' 
+		rate_values[3271] = 1E-12*0.6*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-12*0.2*RO2' 
+		rate_values[3272] = 1E-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12*0.2*RO2' 
+		rate_values[3273] = 5E-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12*0.6*RO2' 
+		rate_values[3274] = 5E-12*0.6*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12*0.2*RO2' 
+		rate_values[3275] = 5E-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12*0.2*RO2' 
+		rate_values[3276] = 5E-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12*0.6*RO2' 
+		rate_values[3277] = 5E-12*0.6*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12*0.2*RO2' 
+		rate_values[3278] = 5E-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12*0.2*RO2' 
+		rate_values[3279] = 5E-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12*0.6*RO2' 
+		rate_values[3280] = 5E-12*0.6*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12*0.2*RO2' 
+		rate_values[3281] = 5E-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7E-12*0.4*RO2' 
+		rate_values[3282] = 7E-12*0.4*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7E-12*0.4*RO2' 
+		rate_values[3283] = 7E-12*0.4*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '7E-12*0.2*RO2' 
+		rate_values[3284] = 7E-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8E-12*0.2*RO2' 
+		rate_values[3285] = 8E-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8E-12*0.4*RO2' 
+		rate_values[3286] = 8E-12*0.4*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8E-12*0.4*RO2' 
+		rate_values[3287] = 8E-12*0.4*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9E-12*0.4*RO2' 
+		rate_values[3288] = 9E-12*0.4*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9E-12*0.2*RO2' 
+		rate_values[3289] = 9E-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9E-12*0.4*RO2' 
+		rate_values[3290] = 9E-12*0.4*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.3*RO2' 
+		rate_values[3291] = 1E-11*0.3*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.2*RO2' 
+		rate_values[3292] = 1E-11*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.5*RO2' 
+		rate_values[3293] = 1E-11*0.5*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.5*RO2' 
+		rate_values[3294] = 1E-11*0.5*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.2*RO2' 
+		rate_values[3295] = 1E-11*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.3*RO2' 
+		rate_values[3296] = 1E-11*0.3*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.4*RO2' 
+		rate_values[3297] = 1E-11*0.4*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.2*RO2' 
+		rate_values[3298] = 1E-11*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.4*RO2' 
+		rate_values[3299] = 1E-11*0.4*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.5*RO2' 
+		rate_values[3300] = 1E-11*0.5*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.0*RO2' 
+		rate_values[3301] = 1E-11*0.0*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.5*RO2' 
+		rate_values[3302] = 1E-11*0.5*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.20e-14*RO2*0.1' 
+		rate_values[3303] = 9.20e-14*RO2*0.1
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.20e-14*0.7*RO2*0.9' 
+		rate_values[3304] = 9.20e-14*0.7*RO2*0.9
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '9.20e-14*0.3*RO2*0.9' 
+		rate_values[3305] = 9.20e-14*0.3*RO2*0.9
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2e17*numpy.exp(-1.2077e4/TEMP)' 
+		rate_values[3306] = 2e17*numpy.exp(-1.2077e4/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6e16*numpy.exp(-1.2077e4/TEMP)' 
+		rate_values[3307] = 6e16*numpy.exp(-1.2077e4/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6e16*numpy.exp(-1.2077e4/TEMP)' 
+		rate_values[3308] = 6e16*numpy.exp(-1.2077e4/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3e16*numpy.exp(-1.2077e4/TEMP)' 
+		rate_values[3309] = 3e16*numpy.exp(-1.2077e4/TEMP)
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[3310] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[3311] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[3312] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[3313] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KDEC' 
+		rate_values[3314] = KDEC
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.0*KRO2NO' 
+		rate_values[3315] = 1.0*KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.9*KRO2NO' 
+		rate_values[3316] = 0.9*KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.8*KRO2NO' 
+		rate_values[3317] = 0.8*KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.7*KRO2NO' 
+		rate_values[3318] = 0.7*KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.5*KRO2NO' 
+		rate_values[3319] = 0.5*KRO2NO
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.0' 
+		rate_values[3320] = 0.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.4*KRO2NO*0.1' 
+		rate_values[3321] = 0.4*KRO2NO*0.1
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.4*KRO2NO*0.2' 
+		rate_values[3322] = 0.4*KRO2NO*0.2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.4*KRO2NO*0.3' 
+		rate_values[3323] = 0.4*KRO2NO*0.3
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.4*KRO2NO*0.5' 
+		rate_values[3324] = 0.4*KRO2NO*0.5
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.4*KRO2NO*1.0' 
+		rate_values[3325] = 0.4*KRO2NO*1.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.0' 
+		rate_values[3326] = 0.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.1*7e0/10e0' 
+		rate_values[3327] = 0.6*KRO2NO*0.1*7e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.2*7e0/10e0' 
+		rate_values[3328] = 0.6*KRO2NO*0.2*7e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.3*7e0/10e0' 
+		rate_values[3329] = 0.6*KRO2NO*0.3*7e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.5*7e0/10e0' 
+		rate_values[3330] = 0.6*KRO2NO*0.5*7e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*1.0*7e0/10e0' 
+		rate_values[3331] = 0.6*KRO2NO*1.0*7e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.0' 
+		rate_values[3332] = 0.0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.1*3e0/10e0' 
+		rate_values[3333] = 0.6*KRO2NO*0.1*3e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.2*3e0/10e0' 
+		rate_values[3334] = 0.6*KRO2NO*0.2*3e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.3*3e0/10e0' 
+		rate_values[3335] = 0.6*KRO2NO*0.3*3e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*0.5*3e0/10e0' 
+		rate_values[3336] = 0.6*KRO2NO*0.5*3e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '0.6*KRO2NO*1.0*3e0/10e0' 
+		rate_values[3337] = 0.6*KRO2NO*1.0*3e0/10e0
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2' 
+		rate_values[3338] = KRO2HO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2' 
+		rate_values[3339] = KRO2HO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2' 
+		rate_values[3340] = KRO2HO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2' 
+		rate_values[3341] = KRO2HO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2' 
+		rate_values[3342] = KRO2HO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = 'KRO2HO2' 
+		rate_values[3343] = KRO2HO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3344] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3345] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3346] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3347] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3348] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3349] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3350] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3351] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3352] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3353] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3354] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3355] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3356] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3357] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3358] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3359] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3360] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3361] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3362] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3363] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3364] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3365] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3366] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3367] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3368] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3369] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3370] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3371] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3372] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3373] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3374] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3375] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3376] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3377] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3378] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3379] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3380] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3381] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3382] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3383] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3384] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3385] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3386] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3387] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3388] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3389] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3390] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3391] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3392] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3393] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3394] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3395] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3396] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3397] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3398] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3399] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3400] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3401] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3402] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3403] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3404] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3405] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3406] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3407] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3408] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3409] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3410] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3411] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3412] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3413] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3414] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3415] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3416] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3417] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3418] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3419] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3420] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3421] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3422] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3423] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3424] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3425] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3426] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3427] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3428] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3429] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3430] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3431] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3432] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3433] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3434] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3435] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3436] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3437] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3438] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3439] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3440] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3441] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3442] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3443] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3444] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3445] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3446] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3447] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3448] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3449] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3450] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3451] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3452] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3453] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3454] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3455] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3456] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3457] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3458] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3459] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3460] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3461] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3462] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3463] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3464] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3465] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3466] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3467] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3468] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3469] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3470] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3471] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3472] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3473] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3474] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3475] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3476] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3477] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3478] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3479] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3480] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3481] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3482] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3483] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3484] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3485] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3486] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3487] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3488] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3489] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3490] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3491] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3492] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3493] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3494] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3495] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3496] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3497] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3498] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3499] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3500] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3501] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3502] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3503] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3504] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3505] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3506] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3507] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3508] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3509] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3510] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3511] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3512] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3513] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3514] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3515] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3516] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3517] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3518] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3519] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3520] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3521] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3522] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3523] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3524] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3525] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3526] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3527] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3528] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3529] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3530] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-13' 
+		rate_values[3531] = 1E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3532] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3533] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3534] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3535] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3536] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3537] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3538] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3539] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3540] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3541] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3542] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3543] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3544] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3545] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3546] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3547] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3548] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3549] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3550] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3551] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3552] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3553] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3554] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3555] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3556] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3557] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3558] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3559] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3560] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3561] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3562] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3563] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3564] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3565] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3566] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3567] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3568] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3569] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3570] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3571] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3572] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3573] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3574] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3575] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3576] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3577] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3578] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3579] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3580] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3581] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3582] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3583] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3584] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3585] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3586] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3587] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3588] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3589] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3590] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3591] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3592] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3593] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3594] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3595] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3596] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3597] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3598] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3599] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3600] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3601] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3602] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3603] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3604] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3605] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3606] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3607] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3608] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3609] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3610] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3611] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3612] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3613] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3614] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3615] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3616] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3617] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3618] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3619] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3620] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3621] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3622] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3623] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3624] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-13' 
+		rate_values[3625] = 5E-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3626] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3627] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3628] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3629] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3630] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3631] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3632] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3633] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3634] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3635] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3636] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3637] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3638] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3639] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3640] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3641] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3642] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3643] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3644] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3645] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3646] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3647] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3648] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3649] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3650] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3651] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3652] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3653] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3654] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3655] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3656] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3657] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3658] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3659] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3660] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3661] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3662] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3663] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3664] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3665] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3666] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3667] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3668] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3669] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3670] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3671] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3672] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3673] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3674] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3675] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3676] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3677] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3678] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3679] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3680] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3681] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3682] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3683] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3684] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3685] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3686] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3687] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3688] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3689] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3690] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3691] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3692] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3693] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3694] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3695] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3696] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3697] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3698] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3699] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3700] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3701] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3702] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3703] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3704] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3705] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3706] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3707] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3708] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3709] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3710] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3711] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3712] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3713] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3714] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3715] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3716] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3717] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3718] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2E-12' 
+		rate_values[3719] = 2E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3720] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3721] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3722] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3723] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3724] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3725] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3726] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3727] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3728] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3729] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3730] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3731] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3732] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3733] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3734] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3735] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3736] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3737] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3738] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3739] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3740] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3741] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3742] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3743] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3744] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3745] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3746] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3747] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3748] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3749] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3750] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3751] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3752] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3753] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3754] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3755] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3756] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3757] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3758] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3759] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3760] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3761] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3762] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3763] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3764] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3765] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3766] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3767] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3768] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3769] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3770] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3771] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3772] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3773] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3774] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3775] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3776] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3777] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3778] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3779] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3780] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3781] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3782] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3783] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3784] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3785] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3786] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3787] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3788] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3789] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3790] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3791] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3792] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3793] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3794] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3795] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3796] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3797] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3798] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3799] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3800] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3801] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3802] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3803] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3804] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3805] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3806] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3807] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3808] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3809] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3810] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3811] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3812] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3813] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3814] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3815] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3816] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3817] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3818] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3819] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3820] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3821] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3822] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3823] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3824] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3825] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3826] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3827] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3828] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3829] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3830] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3831] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3832] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3833] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3834] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3835] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3836] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3837] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3838] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3839] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3840] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3841] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3842] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3843] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3844] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3845] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3846] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3847] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3848] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3849] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3850] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3851] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3852] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3853] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3854] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3855] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3856] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3857] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3858] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3859] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3860] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3861] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3862] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3863] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3864] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3865] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3866] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3867] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3868] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3869] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3870] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3871] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3872] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3873] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3874] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3875] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3876] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3877] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3878] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3879] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3880] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3881] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3882] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3883] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3884] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3885] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3886] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3887] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3888] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3889] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3890] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3891] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3892] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3893] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3894] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3895] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3896] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3897] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3898] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3899] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3900] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3901] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3902] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3903] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3904] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3905] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3906] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3E-12' 
+		rate_values[3907] = 3E-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12*0.2*RO2' 
+		rate_values[3908] = 5E-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12*0.6*RO2' 
+		rate_values[3909] = 5E-12*0.6*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12*0.2*RO2' 
+		rate_values[3910] = 5E-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12*0.2*RO2' 
+		rate_values[3911] = 5E-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12*0.6*RO2' 
+		rate_values[3912] = 5E-12*0.6*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5E-12*0.2*RO2' 
+		rate_values[3913] = 5E-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8E-12*0.2*RO2' 
+		rate_values[3914] = 8E-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8E-12*0.6*RO2' 
+		rate_values[3915] = 8E-12*0.6*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8E-12*0.2*RO2' 
+		rate_values[3916] = 8E-12*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.3*RO2' 
+		rate_values[3917] = 1E-11*0.3*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.4*RO2' 
+		rate_values[3918] = 1E-11*0.4*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.3*RO2' 
+		rate_values[3919] = 1E-11*0.3*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.4*RO2' 
+		rate_values[3920] = 1E-11*0.4*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.2*RO2' 
+		rate_values[3921] = 1E-11*0.2*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.4*RO2' 
+		rate_values[3922] = 1E-11*0.4*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.5*RO2' 
+		rate_values[3923] = 1E-11*0.5*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1E-11*0.5*RO2' 
+		rate_values[3924] = 1E-11*0.5*RO2
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3925] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3926] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.7356e-11' 
+		rate_values[3927] = 1.7356e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4859e-11' 
+		rate_values[3928] = 2.4859e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8872e-11' 
+		rate_values[3929] = 2.8872e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8872e-11' 
+		rate_values[3930] = 2.8872e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3931] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.1952e-11' 
+		rate_values[3932] = 1.1952e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1439e-11' 
+		rate_values[3933] = 2.1439e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.7863e-11' 
+		rate_values[3934] = 2.7863e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8872e-11' 
+		rate_values[3935] = 2.8872e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3936] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.7356e-11' 
+		rate_values[3937] = 1.7356e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4859e-11' 
+		rate_values[3938] = 2.4859e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3939] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.1952e-11' 
+		rate_values[3940] = 1.1952e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1439e-11' 
+		rate_values[3941] = 2.1439e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3942] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3943] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3944] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3945] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3946] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3947] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3948] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3949] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3950] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3951] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3952] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3953] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.7356e-11' 
+		rate_values[3954] = 1.7356e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.1952e-11' 
+		rate_values[3955] = 1.1952e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3956] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3957] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3958] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3959] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3960] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3961] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3962] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3963] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3964] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3965] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3966] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3967] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3968] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3969] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3970] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3971] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.0831e-12' 
+		rate_values[3972] = 4.0831e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[3973] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[3974] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.6457e-11' 
+		rate_values[3975] = 2.6457e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.7895e-11' 
+		rate_values[3976] = 3.7895e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.4012e-11' 
+		rate_values[3977] = 4.4012e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.4012e-11' 
+		rate_values[3978] = 4.4012e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[3979] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8219e-11' 
+		rate_values[3980] = 1.8219e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.268e-11' 
+		rate_values[3981] = 3.268e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.2475e-11' 
+		rate_values[3982] = 4.2475e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.4012e-11' 
+		rate_values[3983] = 4.4012e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[3984] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.6457e-11' 
+		rate_values[3985] = 2.6457e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.7895e-11' 
+		rate_values[3986] = 3.7895e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[3987] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8219e-11' 
+		rate_values[3988] = 1.8219e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.268e-11' 
+		rate_values[3989] = 3.268e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[3990] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[3991] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[3992] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[3993] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[3994] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[3995] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[3996] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[3997] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[3998] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[3999] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4000] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4001] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.6457e-11' 
+		rate_values[4002] = 2.6457e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8219e-11' 
+		rate_values[4003] = 1.8219e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4004] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4005] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4006] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4007] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4008] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4009] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4010] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4011] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4012] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4013] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4014] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4015] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4016] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4017] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4018] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4019] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.2242e-12' 
+		rate_values[4020] = 6.2242e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4021] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4022] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.6884e-11' 
+		rate_values[4023] = 2.6884e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.8506e-11' 
+		rate_values[4024] = 3.8506e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.4721e-11' 
+		rate_values[4025] = 4.4721e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.4721e-11' 
+		rate_values[4026] = 4.4721e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4027] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8513e-11' 
+		rate_values[4028] = 1.8513e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.3207e-11' 
+		rate_values[4029] = 3.3207e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.3159e-11' 
+		rate_values[4030] = 4.3159e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.4721e-11' 
+		rate_values[4031] = 4.4721e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4032] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.6884e-11' 
+		rate_values[4033] = 2.6884e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.8506e-11' 
+		rate_values[4034] = 3.8506e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4035] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8513e-11' 
+		rate_values[4036] = 1.8513e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.3207e-11' 
+		rate_values[4037] = 3.3207e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4038] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4039] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4040] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4041] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4042] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4043] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4044] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4045] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4046] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4047] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4048] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4049] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.6884e-11' 
+		rate_values[4050] = 2.6884e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8513e-11' 
+		rate_values[4051] = 1.8513e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4052] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4053] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4054] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4055] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4056] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4057] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4058] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4059] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4060] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4061] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4062] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4063] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4064] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4065] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4066] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4067] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4068] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4069] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4070] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.0092e-11' 
+		rate_values[4071] = 1.0092e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4456e-11' 
+		rate_values[4072] = 1.4456e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.6789e-11' 
+		rate_values[4073] = 1.6789e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.6789e-11' 
+		rate_values[4074] = 1.6789e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4075] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.9499e-12' 
+		rate_values[4076] = 6.9499e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2466e-11' 
+		rate_values[4077] = 1.2466e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.6202e-11' 
+		rate_values[4078] = 1.6202e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.6789e-11' 
+		rate_values[4079] = 1.6789e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4080] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.0092e-11' 
+		rate_values[4081] = 1.0092e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4456e-11' 
+		rate_values[4082] = 1.4456e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4083] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.9499e-12' 
+		rate_values[4084] = 6.9499e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2466e-11' 
+		rate_values[4085] = 1.2466e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4086] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4087] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4088] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4089] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4090] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4091] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4092] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4093] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4094] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4095] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4096] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4097] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.0092e-11' 
+		rate_values[4098] = 1.0092e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.9499e-12' 
+		rate_values[4099] = 6.9499e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4100] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4101] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4102] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4103] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4104] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4105] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4106] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4107] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4108] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4109] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4110] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4111] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4112] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4113] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4114] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4115] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4116] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4117] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4118] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.2374e-11' 
+		rate_values[4119] = 2.2374e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.2047e-11' 
+		rate_values[4120] = 3.2047e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.722e-11' 
+		rate_values[4121] = 3.722e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.722e-11' 
+		rate_values[4122] = 3.722e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4123] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.5408e-11' 
+		rate_values[4124] = 1.5408e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.7637e-11' 
+		rate_values[4125] = 2.7637e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.592e-11' 
+		rate_values[4126] = 3.592e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.722e-11' 
+		rate_values[4127] = 3.722e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4128] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.2374e-11' 
+		rate_values[4129] = 2.2374e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.2047e-11' 
+		rate_values[4130] = 3.2047e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4131] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.5408e-11' 
+		rate_values[4132] = 1.5408e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.7637e-11' 
+		rate_values[4133] = 2.7637e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4134] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4135] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4136] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4137] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4138] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4139] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4140] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4141] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4142] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4143] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4144] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4145] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.2374e-11' 
+		rate_values[4146] = 2.2374e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.5408e-11' 
+		rate_values[4147] = 1.5408e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4148] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4149] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4150] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4151] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4152] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4153] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4154] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4155] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4156] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4157] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4158] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4159] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4160] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4161] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4162] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4163] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.2637e-12' 
+		rate_values[4164] = 5.2637e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4165] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4166] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.6884e-11' 
+		rate_values[4167] = 2.6884e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.8506e-11' 
+		rate_values[4168] = 3.8506e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.4721e-11' 
+		rate_values[4169] = 4.4721e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.4721e-11' 
+		rate_values[4170] = 4.4721e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4171] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8513e-11' 
+		rate_values[4172] = 1.8513e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.3207e-11' 
+		rate_values[4173] = 3.3207e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.3159e-11' 
+		rate_values[4174] = 4.3159e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.4721e-11' 
+		rate_values[4175] = 4.4721e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4176] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.6884e-11' 
+		rate_values[4177] = 2.6884e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.8506e-11' 
+		rate_values[4178] = 3.8506e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4179] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8513e-11' 
+		rate_values[4180] = 1.8513e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.3207e-11' 
+		rate_values[4181] = 3.3207e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4182] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4183] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4184] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4185] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4186] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4187] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4188] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4189] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4190] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4191] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4192] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4193] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.6884e-11' 
+		rate_values[4194] = 2.6884e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8513e-11' 
+		rate_values[4195] = 1.8513e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4196] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4197] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4198] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4199] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4200] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4201] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4202] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4203] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4204] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4205] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4206] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4207] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4208] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4209] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4210] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4211] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4212] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4213] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4214] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4215] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1091e-12' 
+		rate_values[4216] = 2.1091e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4217] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4218] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4219] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4220] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8188e-12' 
+		rate_values[4221] = 1.8188e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3639e-12' 
+		rate_values[4222] = 2.3639e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4223] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4224] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4225] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1091e-12' 
+		rate_values[4226] = 2.1091e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4227] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4228] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8188e-12' 
+		rate_values[4229] = 1.8188e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4230] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4231] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4232] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4233] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4234] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4235] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4236] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4237] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4238] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4239] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4240] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4241] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4242] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4243] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4244] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4245] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4246] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4247] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4248] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4249] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4250] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4251] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4252] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4253] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4254] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4255] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4256] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4257] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4258] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4259] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4260] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4261] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4262] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2317e-11' 
+		rate_values[4263] = 1.2317e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.7641e-11' 
+		rate_values[4264] = 1.7641e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.0489e-11' 
+		rate_values[4265] = 2.0489e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.0489e-11' 
+		rate_values[4266] = 2.0489e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4267] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.4816e-12' 
+		rate_values[4268] = 8.4816e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.5214e-11' 
+		rate_values[4269] = 1.5214e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.9773e-11' 
+		rate_values[4270] = 1.9773e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.0489e-11' 
+		rate_values[4271] = 2.0489e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4272] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2317e-11' 
+		rate_values[4273] = 1.2317e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.7641e-11' 
+		rate_values[4274] = 1.7641e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4275] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.4816e-12' 
+		rate_values[4276] = 8.4816e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.5214e-11' 
+		rate_values[4277] = 1.5214e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4278] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4279] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4280] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4281] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4282] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4283] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4284] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4285] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4286] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4287] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4288] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4289] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2317e-11' 
+		rate_values[4290] = 1.2317e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '8.4816e-12' 
+		rate_values[4291] = 8.4816e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4292] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4293] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4294] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4295] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4296] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4297] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4298] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4299] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4300] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4301] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4302] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4303] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4304] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4305] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4306] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4307] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.8976e-12' 
+		rate_values[4308] = 2.8976e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4309] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4310] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8737e-11' 
+		rate_values[4311] = 1.8737e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.6837e-11' 
+		rate_values[4312] = 2.6837e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.1169e-11' 
+		rate_values[4313] = 3.1169e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.1169e-11' 
+		rate_values[4314] = 3.1169e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4315] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2903e-11' 
+		rate_values[4316] = 1.2903e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3144e-11' 
+		rate_values[4317] = 2.3144e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.0081e-11' 
+		rate_values[4318] = 3.0081e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.1169e-11' 
+		rate_values[4319] = 3.1169e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4320] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8737e-11' 
+		rate_values[4321] = 1.8737e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.6837e-11' 
+		rate_values[4322] = 2.6837e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4323] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2903e-11' 
+		rate_values[4324] = 1.2903e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3144e-11' 
+		rate_values[4325] = 2.3144e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4326] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4327] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4328] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4329] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4330] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4331] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4332] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4333] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4334] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4335] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4336] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4337] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8737e-11' 
+		rate_values[4338] = 1.8737e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2903e-11' 
+		rate_values[4339] = 1.2903e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4340] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4341] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4342] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4343] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4344] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4345] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4346] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4347] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4348] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4349] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4350] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4351] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4352] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4353] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4354] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4355] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.408e-12' 
+		rate_values[4356] = 4.408e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4357] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4358] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3462e-11' 
+		rate_values[4359] = 2.3462e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.3605e-11' 
+		rate_values[4360] = 3.3605e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.9029e-11' 
+		rate_values[4361] = 3.9029e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.9029e-11' 
+		rate_values[4362] = 3.9029e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4363] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.6156e-11' 
+		rate_values[4364] = 1.6156e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.898e-11' 
+		rate_values[4365] = 2.898e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.7666e-11' 
+		rate_values[4366] = 3.7666e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.9029e-11' 
+		rate_values[4367] = 3.9029e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4368] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3462e-11' 
+		rate_values[4369] = 2.3462e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.3605e-11' 
+		rate_values[4370] = 3.3605e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4371] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.6156e-11' 
+		rate_values[4372] = 1.6156e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.898e-11' 
+		rate_values[4373] = 2.898e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4374] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4375] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4376] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4377] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4378] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4379] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4380] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4381] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4382] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4383] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4384] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4385] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3462e-11' 
+		rate_values[4386] = 2.3462e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.6156e-11' 
+		rate_values[4387] = 1.6156e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4388] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4389] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4390] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4391] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4392] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4393] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4394] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4395] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4396] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4397] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4398] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4399] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4400] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4401] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4402] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4403] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '5.5195e-12' 
+		rate_values[4404] = 5.5195e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4405] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4406] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.6884e-11' 
+		rate_values[4407] = 2.6884e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.8506e-11' 
+		rate_values[4408] = 3.8506e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.4721e-11' 
+		rate_values[4409] = 4.4721e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.4721e-11' 
+		rate_values[4410] = 4.4721e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4411] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8513e-11' 
+		rate_values[4412] = 1.8513e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.3207e-11' 
+		rate_values[4413] = 3.3207e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.3159e-11' 
+		rate_values[4414] = 4.3159e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.4721e-11' 
+		rate_values[4415] = 4.4721e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4416] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.6884e-11' 
+		rate_values[4417] = 2.6884e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.8506e-11' 
+		rate_values[4418] = 3.8506e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4419] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8513e-11' 
+		rate_values[4420] = 1.8513e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.3207e-11' 
+		rate_values[4421] = 3.3207e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4422] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4423] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4424] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4425] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4426] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4427] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4428] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4429] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4430] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4431] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4432] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4433] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.6884e-11' 
+		rate_values[4434] = 2.6884e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8513e-11' 
+		rate_values[4435] = 1.8513e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4436] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4437] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4438] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4439] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4440] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4441] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4442] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4443] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4444] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4445] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4446] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4447] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4448] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4449] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4450] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4451] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.3246e-12' 
+		rate_values[4452] = 6.3246e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4453] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4454] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4455] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1091e-12' 
+		rate_values[4456] = 2.1091e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4457] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4458] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4459] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4460] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8188e-12' 
+		rate_values[4461] = 1.8188e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3639e-12' 
+		rate_values[4462] = 2.3639e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4463] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4464] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4465] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1091e-12' 
+		rate_values[4466] = 2.1091e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4467] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4468] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8188e-12' 
+		rate_values[4469] = 1.8188e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4470] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4471] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4472] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4473] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4474] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4475] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4476] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4477] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4478] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4479] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4480] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4481] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4482] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4483] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4484] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4485] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4486] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4487] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4488] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4489] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4490] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4491] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4492] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4493] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4494] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4495] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4496] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4497] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4498] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4499] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4500] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4501] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4502] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4503] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1091e-12' 
+		rate_values[4504] = 2.1091e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4505] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4506] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4507] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4508] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8188e-12' 
+		rate_values[4509] = 1.8188e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3639e-12' 
+		rate_values[4510] = 2.3639e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4511] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4512] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4513] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1091e-12' 
+		rate_values[4514] = 2.1091e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4515] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4516] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8188e-12' 
+		rate_values[4517] = 1.8188e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4518] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4519] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4520] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4521] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4522] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4523] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4524] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4525] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4526] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4527] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4528] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4529] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4530] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4531] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4532] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4533] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4534] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4535] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4536] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4537] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4538] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4539] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4540] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4541] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4542] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4543] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4544] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4545] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4546] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4547] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4548] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4549] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4550] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.0092e-11' 
+		rate_values[4551] = 1.0092e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4456e-11' 
+		rate_values[4552] = 1.4456e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.6789e-11' 
+		rate_values[4553] = 1.6789e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.6789e-11' 
+		rate_values[4554] = 1.6789e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4555] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.9499e-12' 
+		rate_values[4556] = 6.9499e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2466e-11' 
+		rate_values[4557] = 1.2466e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.6202e-11' 
+		rate_values[4558] = 1.6202e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.6789e-11' 
+		rate_values[4559] = 1.6789e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4560] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.0092e-11' 
+		rate_values[4561] = 1.0092e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4456e-11' 
+		rate_values[4562] = 1.4456e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4563] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.9499e-12' 
+		rate_values[4564] = 6.9499e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2466e-11' 
+		rate_values[4565] = 1.2466e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4566] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4567] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4568] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4569] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4570] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4571] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4572] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4573] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4574] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4575] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4576] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4577] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.0092e-11' 
+		rate_values[4578] = 1.0092e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.9499e-12' 
+		rate_values[4579] = 6.9499e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4580] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4581] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4582] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4583] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4584] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4585] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4586] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4587] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4588] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4589] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4590] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4591] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4592] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4593] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4594] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4595] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4596] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4597] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4598] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4599] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1091e-12' 
+		rate_values[4600] = 2.1091e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4601] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4602] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4603] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4604] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8188e-12' 
+		rate_values[4605] = 1.8188e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3639e-12' 
+		rate_values[4606] = 2.3639e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4607] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4608] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4609] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1091e-12' 
+		rate_values[4610] = 2.1091e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4611] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4612] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8188e-12' 
+		rate_values[4613] = 1.8188e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4614] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4615] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4616] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4617] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4618] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4619] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4620] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4621] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4622] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4623] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4624] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4625] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4626] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4627] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4628] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4629] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4630] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4631] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4632] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4633] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4634] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4635] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4636] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4637] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4638] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4639] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4640] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4641] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4642] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4643] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4644] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4645] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4646] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.5741e-11' 
+		rate_values[4647] = 2.5741e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.6869e-11' 
+		rate_values[4648] = 3.6869e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.282e-11' 
+		rate_values[4649] = 4.282e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.282e-11' 
+		rate_values[4650] = 4.282e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4651] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.7726e-11' 
+		rate_values[4652] = 1.7726e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.1796e-11' 
+		rate_values[4653] = 3.1796e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.1325e-11' 
+		rate_values[4654] = 4.1325e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '4.282e-11' 
+		rate_values[4655] = 4.282e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4656] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.5741e-11' 
+		rate_values[4657] = 2.5741e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.6869e-11' 
+		rate_values[4658] = 3.6869e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4659] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.7726e-11' 
+		rate_values[4660] = 1.7726e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.1796e-11' 
+		rate_values[4661] = 3.1796e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4662] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4663] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4664] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4665] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4666] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4667] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4668] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4669] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4670] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4671] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4672] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4673] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.5741e-11' 
+		rate_values[4674] = 2.5741e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.7726e-11' 
+		rate_values[4675] = 1.7726e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4676] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4677] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4678] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4679] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4680] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4681] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4682] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4683] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4684] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4685] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4686] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4687] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4688] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4689] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4690] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4691] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.0557e-12' 
+		rate_values[4692] = 6.0557e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4693] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4694] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.0092e-11' 
+		rate_values[4695] = 1.0092e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4456e-11' 
+		rate_values[4696] = 1.4456e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.6789e-11' 
+		rate_values[4697] = 1.6789e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.6789e-11' 
+		rate_values[4698] = 1.6789e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4699] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.9499e-12' 
+		rate_values[4700] = 6.9499e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2466e-11' 
+		rate_values[4701] = 1.2466e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.6202e-11' 
+		rate_values[4702] = 1.6202e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.6789e-11' 
+		rate_values[4703] = 1.6789e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4704] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.0092e-11' 
+		rate_values[4705] = 1.0092e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4456e-11' 
+		rate_values[4706] = 1.4456e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4707] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.9499e-12' 
+		rate_values[4708] = 6.9499e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.2466e-11' 
+		rate_values[4709] = 1.2466e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4710] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4711] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4712] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4713] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4714] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4715] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4716] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4717] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4718] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4719] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4720] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4721] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.0092e-11' 
+		rate_values[4722] = 1.0092e-11
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '6.9499e-12' 
+		rate_values[4723] = 6.9499e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4724] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4725] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4726] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4727] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4728] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4729] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4730] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4731] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4732] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4733] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4734] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4735] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4736] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4737] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4738] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4739] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3743e-12' 
+		rate_values[4740] = 2.3743e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4741] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4742] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4743] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1091e-12' 
+		rate_values[4744] = 2.1091e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4745] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4746] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4747] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4748] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8188e-12' 
+		rate_values[4749] = 1.8188e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3639e-12' 
+		rate_values[4750] = 2.3639e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4751] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4752] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4753] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1091e-12' 
+		rate_values[4754] = 2.1091e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4755] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4756] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8188e-12' 
+		rate_values[4757] = 1.8188e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4758] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4759] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4760] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4761] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4762] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4763] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4764] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4765] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4766] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4767] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4768] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4769] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4770] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4771] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4772] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4773] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4774] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4775] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4776] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4777] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4778] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4779] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4780] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4781] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4782] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4783] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4784] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4785] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4786] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4787] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4788] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4789] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4790] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4791] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1091e-12' 
+		rate_values[4792] = 2.1091e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4793] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4794] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4795] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4796] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8188e-12' 
+		rate_values[4797] = 1.8188e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3639e-12' 
+		rate_values[4798] = 2.3639e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4799] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4800] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4801] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1091e-12' 
+		rate_values[4802] = 2.1091e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4803] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4804] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8188e-12' 
+		rate_values[4805] = 1.8188e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4806] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4807] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4808] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4809] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4810] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4811] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4812] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4813] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4814] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4815] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4816] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4817] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4818] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4819] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4820] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4821] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4822] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4823] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4824] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4825] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4826] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4827] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4828] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4829] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4830] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4831] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4832] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4833] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4834] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4835] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4836] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4837] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4838] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4839] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1091e-12' 
+		rate_values[4840] = 2.1091e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4841] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4842] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4843] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4844] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8188e-12' 
+		rate_values[4845] = 1.8188e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3639e-12' 
+		rate_values[4846] = 2.3639e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4847] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4848] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4849] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1091e-12' 
+		rate_values[4850] = 2.1091e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4851] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[4852] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8188e-12' 
+		rate_values[4853] = 1.8188e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4854] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4855] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4856] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4857] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4858] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4859] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4860] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4861] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4862] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.0E-12*numpy.exp(-2060./TEMP)' 
-		rate_values[1] = 8.0E-12*numpy.exp(-2060./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4863] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KMT01' 
-		rate_values[2] = KMT01
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4864] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.5E-12*numpy.exp(188./TEMP)' 
-		rate_values[3] = 5.5E-12*numpy.exp(188./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4865] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KMT02' 
-		rate_values[4] = KMT02
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4866] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.2E-11*numpy.exp(67./TEMP)*O2+2.0E-11*numpy.exp(130./TEMP)*N2' 
-		rate_values[5] = 3.2E-11*numpy.exp(67./TEMP)*O2+2.0E-11*numpy.exp(130./TEMP)*N2
+		rc_eq_now = '1.014e-12' 
+		rate_values[4867] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.4E-12*numpy.exp(-1310./TEMP)' 
-		rate_values[6] = 1.4E-12*numpy.exp(-1310./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4868] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.4E-13*numpy.exp(-2470./TEMP)' 
-		rate_values[7] = 1.4E-13*numpy.exp(-2470./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4869] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.3E-39*numpy.exp(530./TEMP)*O2' 
-		rate_values[8] = 3.3E-39*numpy.exp(530./TEMP)*O2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4870] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.8E-11*numpy.exp(110./TEMP)' 
-		rate_values[9] = 1.8E-11*numpy.exp(110./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4871] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '4.50E-14*numpy.exp(-1260./TEMP)' 
-		rate_values[10] = 4.50E-14*numpy.exp(-1260./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4872] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KMT03' 
-		rate_values[11] = KMT03
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4873] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.14E-10*H2O' 
-		rate_values[12] = 2.14E-10*H2O
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4874] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.70E-12*numpy.exp(-940./TEMP)' 
-		rate_values[13] = 1.70E-12*numpy.exp(-940./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4875] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.7E-12*numpy.exp(-2100./TEMP)' 
-		rate_values[14] = 7.7E-12*numpy.exp(-2100./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4876] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KMT05' 
-		rate_values[15] = KMT05
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4877] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.9E-12*numpy.exp(-160./TEMP)' 
-		rate_values[16] = 2.9E-12*numpy.exp(-160./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4878] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.03E-16*(TEMP/300.)**(4.57)*numpy.exp(693./TEMP)' 
-		rate_values[17] = 2.03E-16*(TEMP/300.)**(4.57)*numpy.exp(693./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4879] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '4.8E-11*numpy.exp(250./TEMP)' 
-		rate_values[18] = 4.8E-11*numpy.exp(250./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4880] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.20E-13*KMT06*numpy.exp(600./TEMP)+1.90E-33*M*KMT06*numpy.exp(980./TEMP)' 
-		rate_values[19] = 2.20E-13*KMT06*numpy.exp(600./TEMP)+1.90E-33*M*KMT06*numpy.exp(980./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4881] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KMT07' 
-		rate_values[20] = KMT07
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4882] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KMT08' 
-		rate_values[21] = KMT08
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4883] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.0E-11' 
-		rate_values[22] = 2.0E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4884] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.45E-12*numpy.exp(270./TEMP)' 
-		rate_values[23] = 3.45E-12*numpy.exp(270./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4885] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KMT09' 
-		rate_values[24] = KMT09
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4886] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.2E-13*numpy.exp(690./TEMP)*1.0' 
-		rate_values[25] = 3.2E-13*numpy.exp(690./TEMP)*1.0
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4887] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '4.0E-12' 
-		rate_values[26] = 4.0E-12
+		rc_eq_now = '2.1091e-12' 
+		rate_values[4888] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.5E-12*numpy.exp(260./TEMP)' 
-		rate_values[27] = 2.5E-12*numpy.exp(260./TEMP)
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4889] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KMT11' 
-		rate_values[28] = KMT11
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4890] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '4.0E-32*numpy.exp(-1000./TEMP)*M' 
-		rate_values[29] = 4.0E-32*numpy.exp(-1000./TEMP)*M
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4891] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KMT12' 
-		rate_values[30] = KMT12
+		rc_eq_now = '1.014e-12' 
+		rate_values[4892] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.3E-12*numpy.exp(-330./TEMP)*O2' 
-		rate_values[31] = 1.3E-12*numpy.exp(-330./TEMP)*O2
+		rc_eq_now = '1.8188e-12' 
+		rate_values[4893] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.00E-06' 
-		rate_values[32] = 6.00E-06
+		rc_eq_now = '2.3639e-12' 
+		rate_values[4894] = 2.3639e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '4.00E-04' 
-		rate_values[33] = 4.00E-04
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4895] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.20E-15*H2O' 
-		rate_values[34] = 1.20E-15*H2O
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4896] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[1]' 
-		rate_values[35] = J[1]
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4897] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[2]' 
-		rate_values[36] = J[2]
+		rc_eq_now = '2.1091e-12' 
+		rate_values[4898] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[3]' 
-		rate_values[37] = J[3]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4899] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[4]' 
-		rate_values[38] = J[4]
+		rc_eq_now = '1.014e-12' 
+		rate_values[4900] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[5]' 
-		rate_values[39] = J[5]
+		rc_eq_now = '1.8188e-12' 
+		rate_values[4901] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[6]' 
-		rate_values[40] = J[6]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4902] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[7]' 
-		rate_values[41] = J[7]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4903] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[8]' 
-		rate_values[42] = J[8]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4904] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KMT04' 
-		rate_values[43] = KMT04
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4905] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KMT10' 
-		rate_values[44] = KMT10
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4906] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.85E-12*numpy.exp(-1690./TEMP)' 
-		rate_values[45] = 1.85E-12*numpy.exp(-1690./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4907] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.3E-12*numpy.exp(360./TEMP)*0.999' 
-		rate_values[46] = 2.3E-12*numpy.exp(360./TEMP)*0.999
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4908] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.3E-12*numpy.exp(360./TEMP)*0.001' 
-		rate_values[47] = 2.3E-12*numpy.exp(360./TEMP)*0.001
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4909] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.2E-14*numpy.exp(-1080./TEMP)*O2' 
-		rate_values[48] = 7.2E-14*numpy.exp(-1080./TEMP)*O2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4910] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KMT13' 
-		rate_values[49] = KMT13
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4911] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KMT14' 
-		rate_values[50] = KMT14
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4912] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.2E-12' 
-		rate_values[51] = 1.2E-12
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4913] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.8E-13*numpy.exp(780./TEMP)*(1.-1./(1.+498.*numpy.exp(-1160./TEMP)))' 
-		rate_values[52] = 3.8E-13*numpy.exp(780./TEMP)*(1.-1./(1.+498.*numpy.exp(-1160./TEMP)))
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4914] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.*KCH3O2*RO2*7.18*numpy.exp(-885./TEMP)' 
-		rate_values[53] = 2.*KCH3O2*RO2*7.18*numpy.exp(-885./TEMP)
+		rc_eq_now = '1.014e-12' 
+		rate_values[4915] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.*KCH3O2*RO2*0.5*(1.-7.18*numpy.exp(-885./TEMP))' 
-		rate_values[54] = 2.*KCH3O2*RO2*0.5*(1.-7.18*numpy.exp(-885./TEMP))
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4916] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.*KCH3O2*RO2*0.5*(1.-7.18*numpy.exp(-885./TEMP))' 
-		rate_values[55] = 2.*KCH3O2*RO2*0.5*(1.-7.18*numpy.exp(-885./TEMP))
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4917] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '4.0E-13*numpy.exp(-845./TEMP)' 
-		rate_values[56] = 4.0E-13*numpy.exp(-845./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4918] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[20]' 
-		rate_values[57] = J[20]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4919] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.3E-12*numpy.exp(190./TEMP)*0.6' 
-		rate_values[58] = 5.3E-12*numpy.exp(190./TEMP)*0.6
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4920] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.3E-12*numpy.exp(190./TEMP)*0.4' 
-		rate_values[59] = 5.3E-12*numpy.exp(190./TEMP)*0.4
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4921] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[60] = J[19]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4922] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]' 
-		rate_values[61] = J[11]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4923] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[18]' 
-		rate_values[62] = J[18]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4924] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.65E-11' 
-		rate_values[63] = 6.65E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4925] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KNO3AL*5.5' 
-		rate_values[64] = KNO3AL*5.5
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4926] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPNO' 
-		rate_values[65] = KAPNO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4927] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[66] = KFPAN
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4928] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KBPAN' 
-		rate_values[67] = KBPAN
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4929] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3*1.74' 
-		rate_values[68] = KRO2NO3*1.74
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4930] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.56' 
-		rate_values[69] = KAPHO2*0.56
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4931] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2' 
-		rate_values[70] = 1.00E-11*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4932] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.12E-13' 
-		rate_values[71] = 3.12E-13
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4933] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[11]' 
-		rate_values[72] = J[19]+J[11]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4934] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '4.23E-12' 
-		rate_values[73] = 4.23E-12
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4935] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]*2.' 
-		rate_values[74] = J[11]*2.
+		rc_eq_now = '2.1091e-12' 
+		rate_values[4936] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '4.29E-11' 
-		rate_values[75] = 4.29E-11
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4937] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.*KNO3AL*2.4' 
-		rate_values[76] = 2.*KNO3AL*2.4
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4938] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPNO' 
-		rate_values[77] = KAPNO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4939] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[78] = KFPAN
+		rc_eq_now = '1.014e-12' 
+		rate_values[4940] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KBPAN' 
-		rate_values[79] = KBPAN
+		rc_eq_now = '1.8188e-12' 
+		rate_values[4941] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3*1.74' 
-		rate_values[80] = KRO2NO3*1.74
+		rc_eq_now = '2.3639e-12' 
+		rate_values[4942] = 2.3639e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.41' 
-		rate_values[81] = KAPHO2*0.41
+		rc_eq_now = '2.4495e-12' 
+		rate_values[4943] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.15' 
-		rate_values[82] = KAPHO2*0.15
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4944] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*0.7*RO2' 
-		rate_values[83] = 1.00E-11*0.7*RO2
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4945] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*0.3*RO2' 
-		rate_values[84] = 1.00E-11*0.3*RO2
+		rc_eq_now = '2.1091e-12' 
+		rate_values[4946] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.10E-11' 
-		rate_values[85] = 2.10E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4947] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.49E-11' 
-		rate_values[86] = 2.49E-11
+		rc_eq_now = '1.014e-12' 
+		rate_values[4948] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[11]' 
-		rate_values[87] = J[19]+J[11]
+		rc_eq_now = '1.8188e-12' 
+		rate_values[4949] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.14E-11' 
-		rate_values[88] = 2.14E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4950] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]' 
-		rate_values[89] = J[11]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4951] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[90] = KRO2NO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4952] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[91] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4953] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[92] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4954] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.625' 
-		rate_values[93] = KRO2HO2*0.625
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4955] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*0.6*RO2' 
-		rate_values[94] = 2.00E-12*0.6*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4956] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*0.2*RO2' 
-		rate_values[95] = 2.00E-12*0.2*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4957] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*0.2*RO2' 
-		rate_values[96] = 2.00E-12*0.2*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4958] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.99E-12' 
-		rate_values[97] = 5.99E-12
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4959] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.90E-12*numpy.exp(190./TEMP)' 
-		rate_values[98] = 1.90E-12*numpy.exp(190./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4960] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[18]' 
-		rate_values[99] = J[19]+J[18]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4961] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.69E-12' 
-		rate_values[100] = 2.69E-12
+		rc_eq_now = '1.4725e-12' 
+		rate_values[4962] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[18]' 
-		rate_values[101] = J[18]
+		rc_eq_now = '1.014e-12' 
+		rate_values[4963] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.23E-11' 
-		rate_values[102] = 1.23E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4964] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KNO3AL*4.0' 
-		rate_values[103] = KNO3AL*4.0
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4965] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.6E-12*numpy.exp(-1240./TEMP)' 
-		rate_values[104] = 6.6E-12*numpy.exp(-1240./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4966] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*0.800' 
-		rate_values[105] = 1.00E-11*0.800
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4967] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*0.200' 
-		rate_values[106] = 1.00E-11*0.200
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4968] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]' 
-		rate_values[107] = J[11]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4969] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KNO3AL' 
-		rate_values[108] = KNO3AL
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4970] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[109] = KFPAN
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4971] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KBPAN' 
-		rate_values[110] = KBPAN
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4972] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPNO' 
-		rate_values[111] = KAPNO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4973] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3*1.74' 
-		rate_values[112] = KRO2NO3*1.74
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4974] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.41' 
-		rate_values[113] = KAPHO2*0.41
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4975] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.15' 
-		rate_values[114] = KAPHO2*0.15
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4976] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*0.7*RO2' 
-		rate_values[115] = 1.00E-11*0.7*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4977] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*0.3*RO2' 
-		rate_values[116] = 1.00E-11*0.3*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4978] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.73E-12' 
-		rate_values[117] = 2.73E-12
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4979] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[118] = J[19]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[4980] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.19E-12' 
-		rate_values[119] = 6.19E-12
+		rc_eq_now = '2.776e-12' 
+		rate_values[4981] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.6E-12*numpy.exp(305./TEMP)' 
-		rate_values[120] = 1.6E-12*numpy.exp(305./TEMP)
+		rc_eq_now = '2.776e-12' 
+		rate_values[4982] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[13]' 
-		rate_values[121] = J[13]
+		rc_eq_now = '1.18e-11' 
+		rate_values[4983] = 1.18e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.8E-13*numpy.exp(780./TEMP)*(1./(1.+498.*numpy.exp(-1160./TEMP)))' 
-		rate_values[122] = 3.8E-13*numpy.exp(780./TEMP)*(1./(1.+498.*numpy.exp(-1160./TEMP)))
+		rc_eq_now = '1.6901e-11' 
+		rate_values[4984] = 1.6901e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.36E-13*numpy.exp(1250./TEMP)*0.15' 
-		rate_values[123] = 1.36E-13*numpy.exp(1250./TEMP)*0.15
+		rc_eq_now = '1.9629e-11' 
+		rate_values[4985] = 1.9629e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[14]' 
-		rate_values[124] = J[14]
+		rc_eq_now = '1.9629e-11' 
+		rate_values[4986] = 1.9629e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[15]' 
-		rate_values[125] = J[15]
+		rc_eq_now = '2.776e-12' 
+		rate_values[4987] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[16]' 
-		rate_values[126] = J[16]
+		rc_eq_now = '8.1258e-12' 
+		rate_values[4988] = 8.1258e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.1E-12*numpy.exp(340./TEMP)' 
-		rate_values[127] = 3.1E-12*numpy.exp(340./TEMP)
+		rc_eq_now = '1.4576e-11' 
+		rate_values[4989] = 1.4576e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KNO3AL' 
-		rate_values[128] = KNO3AL
+		rc_eq_now = '1.8944e-11' 
+		rate_values[4990] = 1.8944e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPNO' 
-		rate_values[129] = KAPNO
+		rc_eq_now = '1.9629e-11' 
+		rate_values[4991] = 1.9629e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[17]' 
-		rate_values[130] = J[17]
+		rc_eq_now = '2.776e-12' 
+		rate_values[4992] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.9E-12*numpy.exp(575./TEMP)' 
-		rate_values[131] = 1.9E-12*numpy.exp(575./TEMP)
+		rc_eq_now = '1.18e-11' 
+		rate_values[4993] = 1.18e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KNO3AL*2.4' 
-		rate_values[132] = KNO3AL*2.4
+		rc_eq_now = '1.6901e-11' 
+		rate_values[4994] = 1.6901e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[133] = KFPAN
+		rc_eq_now = '2.776e-12' 
+		rate_values[4995] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3*1.74' 
-		rate_values[134] = KRO2NO3*1.74
+		rc_eq_now = '8.1258e-12' 
+		rate_values[4996] = 8.1258e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.41' 
-		rate_values[135] = KAPHO2*0.41
+		rc_eq_now = '1.4576e-11' 
+		rate_values[4997] = 1.4576e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.15' 
-		rate_values[136] = KAPHO2*0.15
+		rc_eq_now = '2.776e-12' 
+		rate_values[4998] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*0.7*RO2' 
-		rate_values[137] = 1.00E-11*0.7*RO2
+		rc_eq_now = '2.776e-12' 
+		rate_values[4999] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*0.3*RO2' 
-		rate_values[138] = 1.00E-11*0.3*RO2
+		rc_eq_now = '2.776e-12' 
+		rate_values[5000] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.58E-11' 
-		rate_values[139] = 1.58E-11
+		rc_eq_now = '2.776e-12' 
+		rate_values[5001] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[11]' 
-		rate_values[140] = J[19]+J[11]
+		rc_eq_now = '2.776e-12' 
+		rate_values[5002] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.23E-11' 
-		rate_values[141] = 1.23E-11
+		rc_eq_now = '2.776e-12' 
+		rate_values[5003] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.983' 
-		rate_values[142] = KRO2NO*0.983
+		rc_eq_now = '2.776e-12' 
+		rate_values[5004] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.017' 
-		rate_values[143] = KRO2NO*0.017
+		rc_eq_now = '2.776e-12' 
+		rate_values[5005] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[144] = KDEC
+		rc_eq_now = '2.776e-12' 
+		rate_values[5006] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[145] = KRO2NO3
+		rc_eq_now = '2.776e-12' 
+		rate_values[5007] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.625' 
-		rate_values[146] = KRO2HO2*0.625
+		rc_eq_now = '2.776e-12' 
+		rate_values[5008] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*0.6*RO2' 
-		rate_values[147] = 2.00E-12*0.6*RO2
+		rc_eq_now = '2.776e-12' 
+		rate_values[5009] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*0.2*RO2' 
-		rate_values[148] = 2.00E-12*0.2*RO2
+		rc_eq_now = '1.18e-11' 
+		rate_values[5010] = 1.18e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*0.2*RO2' 
-		rate_values[149] = 2.00E-12*0.2*RO2
+		rc_eq_now = '8.1258e-12' 
+		rate_values[5011] = 8.1258e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.23E-12' 
-		rate_values[150] = 2.23E-12
+		rc_eq_now = '2.776e-12' 
+		rate_values[5012] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.77E-11' 
-		rate_values[151] = 5.77E-11
+		rc_eq_now = '2.776e-12' 
+		rate_values[5013] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[152] = J[19]
+		rc_eq_now = '2.776e-12' 
+		rate_values[5014] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.88E-11' 
-		rate_values[153] = 1.88E-11
+		rc_eq_now = '2.776e-12' 
+		rate_values[5015] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[13]' 
-		rate_values[154] = J[13]
+		rc_eq_now = '2.776e-12' 
+		rate_values[5016] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]' 
-		rate_values[155] = J[11]
+		rc_eq_now = '2.776e-12' 
+		rate_values[5017] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.45E-11' 
-		rate_values[156] = 2.45E-11
+		rc_eq_now = '2.776e-12' 
+		rate_values[5018] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KNO3AL*4.0' 
-		rate_values[157] = KNO3AL*4.0
+		rc_eq_now = '2.776e-12' 
+		rate_values[5019] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPNO' 
-		rate_values[158] = KAPNO
+		rc_eq_now = '2.776e-12' 
+		rate_values[5020] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[159] = KFPAN
+		rc_eq_now = '2.776e-12' 
+		rate_values[5021] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KBPAN' 
-		rate_values[160] = KBPAN
+		rc_eq_now = '2.776e-12' 
+		rate_values[5022] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3*1.74' 
-		rate_values[161] = KRO2NO3*1.74
+		rc_eq_now = '2.776e-12' 
+		rate_values[5023] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.56' 
-		rate_values[162] = KAPHO2*0.56
+		rc_eq_now = '2.776e-12' 
+		rate_values[5024] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2' 
-		rate_values[163] = 1.00E-11*RO2
+		rc_eq_now = '2.776e-12' 
+		rate_values[5025] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.74E-12' 
-		rate_values[164] = 3.74E-12
+		rc_eq_now = '2.776e-12' 
+		rate_values[5026] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.34E-12' 
-		rate_values[165] = 7.34E-12
+		rc_eq_now = '2.776e-12' 
+		rate_values[5027] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[166] = J[19]
+		rc_eq_now = '2.776e-12' 
+		rate_values[5028] = 2.776e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[13]' 
-		rate_values[167] = J[13]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5029] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.4E-12*numpy.exp(135./TEMP)' 
-		rate_values[168] = 5.4E-12*numpy.exp(135./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5030] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[9]' 
-		rate_values[169] = J[9]
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5031] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[10]' 
-		rate_values[170] = J[10]
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5032] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.5E-16' 
-		rate_values[171] = 5.5E-16
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5033] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.5E-12*numpy.exp(290./TEMP)' 
-		rate_values[172] = 7.5E-12*numpy.exp(290./TEMP)
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5034] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[173] = KFPAN
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5035] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KBPAN' 
-		rate_values[174] = KBPAN
+		rc_eq_now = '1.014e-12' 
+		rate_values[5036] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '4.0E-12' 
-		rate_values[175] = 4.0E-12
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5037] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.41' 
-		rate_values[176] = KAPHO2*0.41
+		rc_eq_now = '2.3639e-12' 
+		rate_values[5038] = 2.3639e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.15' 
-		rate_values[177] = KAPHO2*0.15
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5039] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*0.7*RO2' 
-		rate_values[178] = 1.00E-11*0.7*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5040] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*0.3*RO2' 
-		rate_values[179] = 1.00E-11*0.3*RO2
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5041] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.E-14' 
-		rate_values[180] = 3.E-14
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5042] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[181] = J[19]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5043] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.70E-12' 
-		rate_values[182] = 3.70E-12
+		rc_eq_now = '1.014e-12' 
+		rate_values[5044] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[183] = KRO2NO
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5045] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[184] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5046] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[185] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5047] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.387' 
-		rate_values[186] = KRO2HO2*0.387
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5048] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*0.6*RO2' 
-		rate_values[187] = 2.00E-12*0.6*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5049] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*0.2*RO2' 
-		rate_values[188] = 2.00E-12*0.2*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5050] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*0.2*RO2' 
-		rate_values[189] = 2.00E-12*0.2*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5051] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[190] = J[19]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5052] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]' 
-		rate_values[191] = J[11]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5053] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.90E-12*numpy.exp(190./TEMP)' 
-		rate_values[192] = 1.90E-12*numpy.exp(190./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5054] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.91E-11' 
-		rate_values[193] = 2.91E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5055] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[12]' 
-		rate_values[194] = J[12]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5056] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.8E-12*numpy.exp(-1320./TEMP)+1.7E-14*numpy.exp(423./TEMP)' 
-		rate_values[195] = 8.8E-12*numpy.exp(-1320./TEMP)+1.7E-14*numpy.exp(423./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5057] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[196] = KRO2NO
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5058] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[197] = KDEC
+		rc_eq_now = '1.014e-12' 
+		rate_values[5059] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[198] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5060] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.36E-13*numpy.exp(1250./TEMP)*0.85' 
-		rate_values[199] = 1.36E-13*numpy.exp(1250./TEMP)*0.85
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5061] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.*(K298CH3O2*8.0E-12)**(0.5)*RO2*0.6' 
-		rate_values[200] = 2.*(K298CH3O2*8.0E-12)**(0.5)*RO2*0.6
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5062] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.*(K298CH3O2*8.0E-12)**(0.5)*RO2*0.2' 
-		rate_values[201] = 2.*(K298CH3O2*8.0E-12)**(0.5)*RO2*0.2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5063] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.*(K298CH3O2*8.0E-12)**(0.5)*RO2*0.2' 
-		rate_values[202] = 2.*(K298CH3O2*8.0E-12)**(0.5)*RO2*0.2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5064] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.90E-12*numpy.exp(190./TEMP)' 
-		rate_values[203] = 1.90E-12*numpy.exp(190./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5065] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.39E-12' 
-		rate_values[204] = 8.39E-12
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5066] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[205] = J[19]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5067] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[13]' 
-		rate_values[206] = J[13]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5068] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPNO' 
-		rate_values[207] = KAPNO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5069] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[208] = KRO2NO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5070] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[209] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5071] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[210] = KFPAN
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5072] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KBPAN' 
-		rate_values[211] = KBPAN
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5073] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3*1.74' 
-		rate_values[212] = KRO2NO3*1.74
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5074] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.56' 
-		rate_values[213] = KAPHO2*0.56
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5075] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2' 
-		rate_values[214] = 1.00E-11*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5076] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[215] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5077] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.625' 
-		rate_values[216] = KRO2HO2*0.625
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5078] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*RO2' 
-		rate_values[217] = 2.00E-12*RO2
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5079] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.19E-11' 
-		rate_values[218] = 7.19E-11
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5080] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.55E-11' 
-		rate_values[219] = 7.55E-11
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5081] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[13]+J[11]' 
-		rate_values[220] = J[19]+J[13]+J[11]
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5082] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.33E-11' 
-		rate_values[221] = 8.33E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5083] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[13]+J[11]' 
-		rate_values[222] = J[19]+J[13]+J[11]
+		rc_eq_now = '1.014e-12' 
+		rate_values[5084] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPNO' 
-		rate_values[223] = KAPNO
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5085] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[224] = KRO2NO
+		rc_eq_now = '2.3639e-12' 
+		rate_values[5086] = 2.3639e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[225] = KDEC
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5087] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[226] = KFPAN
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5088] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KBPAN' 
-		rate_values[227] = KBPAN
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5089] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3*1.74' 
-		rate_values[228] = KRO2NO3*1.74
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5090] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.56' 
-		rate_values[229] = KAPHO2*0.56
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5091] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2' 
-		rate_values[230] = 1.00E-11*RO2
+		rc_eq_now = '1.014e-12' 
+		rate_values[5092] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[231] = KRO2NO3
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5093] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.520' 
-		rate_values[232] = KRO2HO2*0.520
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5094] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*RO2' 
-		rate_values[233] = 2.00E-12*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5095] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.27E-11' 
-		rate_values[234] = 1.27E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5096] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.63E-11' 
-		rate_values[235] = 1.63E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5097] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[17]' 
-		rate_values[236] = J[19]+J[17]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5098] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.41E-11' 
-		rate_values[237] = 2.41E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5099] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[17]' 
-		rate_values[238] = J[19]+J[17]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5100] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.85E-12*numpy.exp(-345./TEMP)' 
-		rate_values[239] = 2.85E-12*numpy.exp(-345./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5101] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]' 
-		rate_values[240] = J[11]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5102] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[17]' 
-		rate_values[241] = J[17]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5103] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.39E-11' 
-		rate_values[242] = 3.39E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5104] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.*KNO3AL*4.0' 
-		rate_values[243] = 2.*KNO3AL*4.0
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5105] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.00E-13' 
-		rate_values[244] = 8.00E-13
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5106] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.44E-11' 
-		rate_values[245] = 1.44E-11
+		rc_eq_now = '1.014e-12' 
+		rate_values[5107] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[17]+J[18]' 
-		rate_values[246] = J[17]+J[18]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5108] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.2E-11*numpy.exp(440./TEMP)*0.572' 
-		rate_values[247] = 1.2E-11*numpy.exp(440./TEMP)*0.572
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5109] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.2E-11*numpy.exp(440./TEMP)*0.353' 
-		rate_values[248] = 1.2E-11*numpy.exp(440./TEMP)*0.353
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5110] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.2E-11*numpy.exp(440./TEMP)*0.075' 
-		rate_values[249] = 1.2E-11*numpy.exp(440./TEMP)*0.075
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5111] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.770' 
-		rate_values[250] = KRO2NO*0.770
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5112] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.230' 
-		rate_values[251] = KRO2NO*0.230
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5113] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[252] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5114] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[253] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5115] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.914' 
-		rate_values[254] = KRO2HO2*0.914
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5116] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '9.20E-14*RO2*0.7' 
-		rate_values[255] = 9.20E-14*RO2*0.7
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5117] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '9.20E-14*RO2*0.3' 
-		rate_values[256] = 9.20E-14*RO2*0.3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5118] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.50E-12' 
-		rate_values[257] = 5.50E-12
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5119] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[258] = J[19]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5120] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.83E-11' 
-		rate_values[259] = 1.83E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5121] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]' 
-		rate_values[260] = J[11]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5122] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.2E-12*numpy.exp(600./TEMP)*0.772' 
-		rate_values[261] = 5.2E-12*numpy.exp(600./TEMP)*0.772
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5123] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.2E-12*numpy.exp(600./TEMP)*0.228' 
-		rate_values[262] = 5.2E-12*numpy.exp(600./TEMP)*0.228
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5124] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.0E-14' 
-		rate_values[263] = 2.0E-14
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5125] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPNO' 
-		rate_values[264] = KAPNO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5126] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.843' 
-		rate_values[265] = KRO2NO*0.843
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5127] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.157' 
-		rate_values[266] = KRO2NO*0.157
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5128] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '4.20E+10*numpy.exp(-3523./TEMP)' 
-		rate_values[267] = 4.20E+10*numpy.exp(-3523./TEMP)
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5129] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[268] = KRO2NO
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5130] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[269] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5131] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.882' 
-		rate_values[270] = KRO2NO*0.882
+		rc_eq_now = '1.014e-12' 
+		rate_values[5132] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.118' 
-		rate_values[271] = KRO2NO*0.118
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5133] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[272] = KDEC
+		rc_eq_now = '2.3639e-12' 
+		rate_values[5134] = 2.3639e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.902' 
-		rate_values[273] = KRO2NO*0.902
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5135] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.098' 
-		rate_values[274] = KRO2NO*0.098
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5136] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[275] = KDEC
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5137] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.950' 
-		rate_values[276] = KRO2NO*0.950
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5138] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.050' 
-		rate_values[277] = KRO2NO*0.050
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5139] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[278] = KDEC
+		rc_eq_now = '1.014e-12' 
+		rate_values[5140] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.875' 
-		rate_values[279] = KRO2NO*0.875
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5141] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.125' 
-		rate_values[280] = KRO2NO*0.125
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5142] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[281] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5143] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[282] = KRO2NO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5144] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[283] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5145] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3*1.74' 
-		rate_values[284] = KRO2NO3*1.74
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5146] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[285] = KFPAN
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5147] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KBPAN' 
-		rate_values[286] = KBPAN
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5148] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.41' 
-		rate_values[287] = KAPHO2*0.41
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5149] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.15' 
-		rate_values[288] = KAPHO2*0.15
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5150] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*0.7*RO2' 
-		rate_values[289] = 1.00E-11*0.7*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5151] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*0.3*RO2' 
-		rate_values[290] = 1.00E-11*0.3*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5152] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[291] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5153] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.890' 
-		rate_values[292] = KRO2HO2*0.890
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5154] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.30E-12*0.6*RO2' 
-		rate_values[293] = 1.30E-12*0.6*RO2
+		rc_eq_now = '1.014e-12' 
+		rate_values[5155] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.30E-12*0.2*RO2' 
-		rate_values[294] = 1.30E-12*0.2*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5156] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.30E-12*0.2*RO2' 
-		rate_values[295] = 1.30E-12*0.2*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5157] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[296] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5158] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.890' 
-		rate_values[297] = KRO2HO2*0.890
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5159] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*0.7*RO2' 
-		rate_values[298] = 6.70E-15*0.7*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5160] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*0.3*RO2' 
-		rate_values[299] = 6.70E-15*0.3*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5161] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[300] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5162] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.890' 
-		rate_values[301] = KRO2HO2*0.890
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5163] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*0.7*RO2' 
-		rate_values[302] = 6.70E-15*0.7*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5164] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*0.3*RO2' 
-		rate_values[303] = 6.70E-15*0.3*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5165] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[304] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5166] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.770' 
-		rate_values[305] = KRO2HO2*0.770
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5167] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.80E-13*0.6*RO2' 
-		rate_values[306] = 8.80E-13*0.6*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5168] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.80E-13*0.2*RO2' 
-		rate_values[307] = 8.80E-13*0.2*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5169] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.80E-13*0.2*RO2' 
-		rate_values[308] = 8.80E-13*0.2*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5170] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[309] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5171] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.914' 
-		rate_values[310] = KRO2HO2*0.914
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5172] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*0.7*RO2' 
-		rate_values[311] = 6.70E-15*0.7*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5173] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*0.3*RO2' 
-		rate_values[312] = 6.70E-15*0.3*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5174] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[313] = KRO2NO3
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5175] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.914' 
-		rate_values[314] = KRO2HO2*0.914
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5176] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*0.7*RO2' 
-		rate_values[315] = 6.70E-15*0.7*RO2
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5177] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*0.3*RO2' 
-		rate_values[316] = 6.70E-15*0.3*RO2
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5178] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[317] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5179] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.820' 
-		rate_values[318] = KRO2HO2*0.820
+		rc_eq_now = '1.014e-12' 
+		rate_values[5180] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.80E-13*0.6*RO2' 
-		rate_values[319] = 8.80E-13*0.6*RO2
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5181] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.80E-13*0.2*RO2' 
-		rate_values[320] = 8.80E-13*0.2*RO2
+		rc_eq_now = '2.3639e-12' 
+		rate_values[5182] = 2.3639e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.80E-13*0.2*RO2' 
-		rate_values[321] = 8.80E-13*0.2*RO2
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5183] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[21]+J[13]' 
-		rate_values[322] = J[21]+J[13]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5184] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.88E-12' 
-		rate_values[323] = 2.88E-12
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5185] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[23]+J[18]' 
-		rate_values[324] = J[23]+J[18]
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5186] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.37E-12' 
-		rate_values[325] = 5.37E-12
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5187] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[18]' 
-		rate_values[326] = J[18]
+		rc_eq_now = '1.014e-12' 
+		rate_values[5188] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '71.11E-12' 
-		rate_values[327] = 71.11E-12
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5189] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[23]+J[11]' 
-		rate_values[328] = J[23]+J[11]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5190] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.25E-11' 
-		rate_values[329] = 2.25E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5191] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[23]+J[11]' 
-		rate_values[330] = J[23]+J[11]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5192] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.03E-11' 
-		rate_values[331] = 7.03E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5193] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.66E-12' 
-		rate_values[332] = 3.66E-12
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5194] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[13]' 
-		rate_values[333] = J[19]+J[13]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5195] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '9.73E-12' 
-		rate_values[334] = 9.73E-12
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5196] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[13]' 
-		rate_values[335] = J[19]+J[13]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5197] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.90E-12*numpy.exp(190./TEMP)' 
-		rate_values[336] = 1.90E-12*numpy.exp(190./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5198] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.30E-11' 
-		rate_values[337] = 1.30E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5199] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[13]' 
-		rate_values[338] = J[19]+J[13]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5200] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.05E-11' 
-		rate_values[339] = 1.05E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5201] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[18]' 
-		rate_values[340] = J[19]+J[18]
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5202] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.05E-11' 
-		rate_values[341] = 2.05E-11
+		rc_eq_now = '1.014e-12' 
+		rate_values[5203] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[18]' 
-		rate_values[342] = J[19]+J[18]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5204] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.69E-11' 
-		rate_values[343] = 8.69E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5205] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[11]' 
-		rate_values[344] = J[19]+J[11]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5206] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.75E-11' 
-		rate_values[345] = 2.75E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5207] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[11]' 
-		rate_values[346] = J[19]+J[11]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5208] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.01E-11' 
-		rate_values[347] = 8.01E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5209] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[11]' 
-		rate_values[348] = J[19]+J[11]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5210] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.20E-10' 
-		rate_values[349] = 1.20E-10
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5211] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[13]' 
-		rate_values[350] = J[13]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5212] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.65E-12' 
-		rate_values[351] = 6.65E-12
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5213] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[13]' 
-		rate_values[352] = J[13]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5214] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.67E-12' 
-		rate_values[353] = 7.67E-12
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5215] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[13]' 
-		rate_values[354] = J[13]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5216] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.20E-12' 
-		rate_values[355] = 7.20E-12
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5217] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[18]' 
-		rate_values[356] = J[18]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5218] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.69E-11' 
-		rate_values[357] = 1.69E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5219] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[18]' 
-		rate_values[358] = J[18]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5220] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.78E-11' 
-		rate_values[359] = 3.78E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5221] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[13]' 
-		rate_values[360] = J[13]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5222] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.41E-11' 
-		rate_values[361] = 2.41E-11
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5223] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]' 
-		rate_values[362] = J[11]
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5224] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.66E-11' 
-		rate_values[363] = 7.66E-11
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5225] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]' 
-		rate_values[364] = J[11]
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5226] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.92E-11*0.232' 
-		rate_values[365] = 8.92E-11*0.232
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5227] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.92E-11*0.768' 
-		rate_values[366] = 8.92E-11*0.768
+		rc_eq_now = '1.014e-12' 
+		rate_values[5228] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KNO3AL*5.5' 
-		rate_values[367] = KNO3AL*5.5
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5229] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPNO' 
-		rate_values[368] = KAPNO
+		rc_eq_now = '2.3639e-12' 
+		rate_values[5230] = 2.3639e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[369] = KRO2NO
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5231] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[370] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5232] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPNO' 
-		rate_values[371] = KAPNO
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5233] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3*1.74' 
-		rate_values[372] = KRO2NO3*1.74
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5234] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[373] = KFPAN
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5235] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KBPAN' 
-		rate_values[374] = KBPAN
+		rc_eq_now = '1.014e-12' 
+		rate_values[5236] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.41' 
-		rate_values[375] = KAPHO2*0.41
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5237] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.15' 
-		rate_values[376] = KAPHO2*0.15
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5238] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2*0.7' 
-		rate_values[377] = 1.00E-11*RO2*0.7
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5239] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2*0.3' 
-		rate_values[378] = 1.00E-11*RO2*0.3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5240] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.29E-11' 
-		rate_values[379] = 2.29E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5241] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[13]*2.' 
-		rate_values[380] = J[19]+J[13]*2.
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5242] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.70E-11' 
-		rate_values[381] = 2.70E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5243] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[13]*2.' 
-		rate_values[382] = J[13]*2.
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5244] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.39E-11' 
-		rate_values[383] = 2.39E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5245] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[13]*2.' 
-		rate_values[384] = J[19]+J[13]*2.
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5246] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.23E-11' 
-		rate_values[385] = 3.23E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5247] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[13]*2.' 
-		rate_values[386] = J[13]*2.
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5248] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.54E-11*0.890' 
-		rate_values[387] = 2.54E-11*0.890
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5249] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.54E-11*0.110' 
-		rate_values[388] = 2.54E-11*0.110
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5250] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[17]' 
-		rate_values[389] = J[17]
+		rc_eq_now = '1.014e-12' 
+		rate_values[5251] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.55E-11' 
-		rate_values[390] = 3.55E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5252] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.60E-12' 
-		rate_values[391] = 7.60E-12
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5253] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[13]' 
-		rate_values[392] = J[19]+J[13]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5254] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.65E-11' 
-		rate_values[393] = 2.65E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5255] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[13]' 
-		rate_values[394] = J[13]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5256] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.34E-11' 
-		rate_values[395] = 2.34E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5257] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3*1.74' 
-		rate_values[396] = KRO2NO3*1.74
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5258] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[397] = KFPAN
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5259] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KBPAN' 
-		rate_values[398] = KBPAN
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5260] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5261] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5262] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5263] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5264] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5265] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5266] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5267] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5268] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5269] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5270] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5271] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5272] = 2.1091e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5273] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5274] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5275] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[5276] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5277] = 1.8188e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.3639e-12' 
+		rate_values[5278] = 2.3639e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5279] = 2.4495e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5280] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5281] = 1.4725e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5282] = 2.1091e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5283] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.014e-12' 
+		rate_values[5284] = 1.014e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5285] = 1.8188e-12
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5286] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5287] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5288] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5289] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5290] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5291] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5292] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5293] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5294] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5295] = 3.4641e-13
+		gprn += 1 # keep count on reaction number
+		# remember equation in case needed for error reporting
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5296] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.41' 
-		rate_values[399] = KAPHO2*0.41
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5297] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.15' 
-		rate_values[400] = KAPHO2*0.15
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5298] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2*0.7' 
-		rate_values[401] = 1.00E-11*RO2*0.7
+		rc_eq_now = '1.014e-12' 
+		rate_values[5299] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2*0.3' 
-		rate_values[402] = 1.00E-11*RO2*0.3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5300] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[403] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5301] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.770' 
-		rate_values[404] = KRO2HO2*0.770
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5302] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*RO2*0.6' 
-		rate_values[405] = 2.00E-12*RO2*0.6
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5303] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*RO2*0.2' 
-		rate_values[406] = 2.00E-12*RO2*0.2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5304] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*RO2*0.2' 
-		rate_values[407] = 2.00E-12*RO2*0.2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5305] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]' 
-		rate_values[408] = J[11]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5306] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.64E-11' 
-		rate_values[409] = 2.64E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5307] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KNO3AL*8.5' 
-		rate_values[410] = KNO3AL*8.5
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5308] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPNO' 
-		rate_values[411] = KAPNO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5309] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[412] = KRO2NO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5310] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[413] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5311] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[414] = KRO2NO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5312] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[415] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5313] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[416] = KRO2NO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5314] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[417] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5315] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[13]' 
-		rate_values[418] = J[13]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5316] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.22E-12' 
-		rate_values[419] = 3.22E-12
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5317] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[17]' 
-		rate_values[420] = J[17]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5318] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.33E-11' 
-		rate_values[421] = 1.33E-11
+		rc_eq_now = '2.6884e-11' 
+		rate_values[5319] = 2.6884e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KNO3AL*5.5' 
-		rate_values[422] = KNO3AL*5.5
+		rc_eq_now = '3.8506e-11' 
+		rate_values[5320] = 3.8506e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[18]' 
-		rate_values[423] = J[18]
+		rc_eq_now = '4.4721e-11' 
+		rate_values[5321] = 4.4721e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-11' 
-		rate_values[424] = 6.70E-11
+		rc_eq_now = '4.4721e-11' 
+		rate_values[5322] = 4.4721e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KNO3AL*5.5' 
-		rate_values[425] = KNO3AL*5.5
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5323] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPNO' 
-		rate_values[426] = KAPNO
+		rc_eq_now = '1.8513e-11' 
+		rate_values[5324] = 1.8513e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[427] = KRO2NO
+		rc_eq_now = '3.3207e-11' 
+		rate_values[5325] = 3.3207e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[428] = KDEC
+		rc_eq_now = '4.3159e-11' 
+		rate_values[5326] = 4.3159e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3*1.74' 
-		rate_values[429] = KRO2NO3*1.74
+		rc_eq_now = '4.4721e-11' 
+		rate_values[5327] = 4.4721e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[430] = KFPAN
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5328] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KBPAN' 
-		rate_values[431] = KBPAN
+		rc_eq_now = '2.6884e-11' 
+		rate_values[5329] = 2.6884e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.56' 
-		rate_values[432] = KAPHO2*0.56
+		rc_eq_now = '3.8506e-11' 
+		rate_values[5330] = 3.8506e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2' 
-		rate_values[433] = 1.00E-11*RO2
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5331] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[434] = KRO2NO3
+		rc_eq_now = '1.8513e-11' 
+		rate_values[5332] = 1.8513e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.859' 
-		rate_values[435] = KRO2HO2*0.859
+		rc_eq_now = '3.3207e-11' 
+		rate_values[5333] = 3.3207e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*RO2' 
-		rate_values[436] = 6.70E-15*RO2
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5334] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[437] = KRO2NO3
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5335] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.859' 
-		rate_values[438] = KRO2HO2*0.859
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5336] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*RO2' 
-		rate_values[439] = 6.70E-15*RO2
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5337] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[440] = KRO2NO3
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5338] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.706' 
-		rate_values[441] = KRO2HO2*0.706
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5339] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.80E-13*RO2' 
-		rate_values[442] = 8.80E-13*RO2
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5340] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3*1.74' 
-		rate_values[443] = KRO2NO3*1.74
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5341] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[444] = KFPAN
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5342] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KBPAN' 
-		rate_values[445] = KBPAN
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5343] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.56' 
-		rate_values[446] = KAPHO2*0.56
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5344] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2' 
-		rate_values[447] = 1.00E-11*RO2
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5345] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[448] = KRO2NO3
+		rc_eq_now = '2.6884e-11' 
+		rate_values[5346] = 2.6884e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.770' 
-		rate_values[449] = KRO2HO2*0.770
+		rc_eq_now = '1.8513e-11' 
+		rate_values[5347] = 1.8513e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*RO2' 
-		rate_values[450] = 2.00E-12*RO2
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5348] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.60E-12' 
-		rate_values[451] = 6.60E-12
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5349] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[13]' 
-		rate_values[452] = J[19]+J[13]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5350] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.02E-11' 
-		rate_values[453] = 1.02E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5351] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[13]' 
-		rate_values[454] = J[19]+J[13]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5352] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.29E-11' 
-		rate_values[455] = 1.29E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5353] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[11]' 
-		rate_values[456] = J[19]+J[11]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5354] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.45E-11' 
-		rate_values[457] = 3.45E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5355] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[11]' 
-		rate_values[458] = J[19]+J[11]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5356] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.49E-11' 
-		rate_values[459] = 7.49E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5357] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.83E-13' 
-		rate_values[460] = 8.83E-13
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5358] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[18]' 
-		rate_values[461] = J[19]+J[18]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5359] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '4.75E-12' 
-		rate_values[462] = 4.75E-12
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5360] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[18]' 
-		rate_values[463] = J[19]+J[18]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5361] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.01E-11' 
-		rate_values[464] = 1.01E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5362] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]*2.' 
-		rate_values[465] = J[11]*2.
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5363] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.33E-10' 
-		rate_values[466] = 1.33E-10
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5364] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.*KNO3AL*5.5' 
-		rate_values[467] = 2.*KNO3AL*5.5
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5365] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.770' 
-		rate_values[468] = KRO2NO*0.770
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5366] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.230' 
-		rate_values[469] = KRO2NO*0.230
+		rc_eq_now = '2.6884e-11' 
+		rate_values[5367] = 2.6884e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[470] = KDEC
+		rc_eq_now = '3.8506e-11' 
+		rate_values[5368] = 3.8506e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[471] = KRO2NO3
+		rc_eq_now = '4.4721e-11' 
+		rate_values[5369] = 4.4721e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.914' 
-		rate_values[472] = KRO2HO2*0.914
+		rc_eq_now = '4.4721e-11' 
+		rate_values[5370] = 4.4721e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.80E-13*RO2*0.6' 
-		rate_values[473] = 8.80E-13*RO2*0.6
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5371] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.80E-13*RO2*0.2' 
-		rate_values[474] = 8.80E-13*RO2*0.2
+		rc_eq_now = '1.8513e-11' 
+		rate_values[5372] = 1.8513e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.80E-13*RO2*0.2' 
-		rate_values[475] = 8.80E-13*RO2*0.2
+		rc_eq_now = '3.3207e-11' 
+		rate_values[5373] = 3.3207e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.64E-12' 
-		rate_values[476] = 3.64E-12
+		rc_eq_now = '4.3159e-11' 
+		rate_values[5374] = 4.3159e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[477] = J[19]
+		rc_eq_now = '4.4721e-11' 
+		rate_values[5375] = 4.4721e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.28E-11' 
-		rate_values[478] = 3.28E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5376] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.49E-11' 
-		rate_values[479] = 1.49E-11
+		rc_eq_now = '2.6884e-11' 
+		rate_values[5377] = 2.6884e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.18E-12' 
-		rate_values[480] = 8.18E-12
+		rc_eq_now = '3.8506e-11' 
+		rate_values[5378] = 3.8506e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.2E-12*numpy.exp(490./TEMP)*0.65' 
-		rate_values[481] = 1.2E-12*numpy.exp(490./TEMP)*0.65
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5379] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.2E-12*numpy.exp(490./TEMP)*0.35' 
-		rate_values[482] = 1.2E-12*numpy.exp(490./TEMP)*0.35
+		rc_eq_now = '1.8513e-11' 
+		rate_values[5380] = 1.8513e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[483] = KRO2NO
+		rc_eq_now = '3.3207e-11' 
+		rate_values[5381] = 3.3207e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[484] = KDEC
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5382] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[485] = KRO2NO3
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5383] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.914' 
-		rate_values[486] = KRO2HO2*0.914
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5384] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*0.9*RO2' 
-		rate_values[487] = 6.70E-15*0.9*RO2
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5385] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*0.1*RO2' 
-		rate_values[488] = 6.70E-15*0.1*RO2
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5386] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[489] = J[19]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5387] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.87E-12' 
-		rate_values[490] = 6.87E-12
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5388] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[491] = KRO2NO
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5389] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '4.00E+05' 
-		rate_values[492] = 4.00E+05
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5390] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KROSEC*O2' 
-		rate_values[493] = KROSEC*O2
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5391] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[494] = KRO2NO3
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5392] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.914' 
-		rate_values[495] = KRO2HO2*0.914
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5393] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.50E-13*0.8*RO2' 
-		rate_values[496] = 2.50E-13*0.8*RO2
+		rc_eq_now = '2.6884e-11' 
+		rate_values[5394] = 2.6884e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.50E-13*0.1*RO2' 
-		rate_values[497] = 2.50E-13*0.1*RO2
+		rc_eq_now = '1.8513e-11' 
+		rate_values[5395] = 1.8513e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.50E-13*0.1*RO2' 
-		rate_values[498] = 2.50E-13*0.1*RO2
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5396] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[499] = J[19]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5397] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.90E-12*numpy.exp(190./TEMP)' 
-		rate_values[500] = 1.90E-12*numpy.exp(190./TEMP)
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5398] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.23E-11' 
-		rate_values[501] = 1.23E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5399] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[23]' 
-		rate_values[502] = J[23]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5400] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.55E-12' 
-		rate_values[503] = 5.55E-12
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5401] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[504] = KRO2NO
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5402] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[505] = KDEC
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5403] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[506] = KRO2NO
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5404] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[507] = KDEC
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5405] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[508] = KRO2NO
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5406] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '4.00E+04' 
-		rate_values[509] = 4.00E+04
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5407] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KROSEC*O2' 
-		rate_values[510] = KROSEC*O2
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5408] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[511] = KRO2NO3
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5409] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.914' 
-		rate_values[512] = KRO2HO2*0.914
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5410] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*RO2' 
-		rate_values[513] = 6.70E-15*RO2
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5411] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[514] = KRO2NO3
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5412] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.914' 
-		rate_values[515] = KRO2HO2*0.914
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5413] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*RO2' 
-		rate_values[516] = 6.70E-15*RO2
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5414] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[517] = KRO2NO3
+		rc_eq_now = '2.0936e-11' 
+		rate_values[5415] = 2.0936e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.820' 
-		rate_values[518] = KRO2HO2*0.820
+		rc_eq_now = '2.9987e-11' 
+		rate_values[5416] = 2.9987e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.50E-13*RO2' 
-		rate_values[519] = 2.50E-13*RO2
+		rc_eq_now = '3.4827e-11' 
+		rate_values[5417] = 3.4827e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[520] = J[19]
+		rc_eq_now = '3.4827e-11' 
+		rate_values[5418] = 3.4827e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.94E-12' 
-		rate_values[521] = 5.94E-12
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5419] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[522] = J[19]
+		rc_eq_now = '1.4417e-11' 
+		rate_values[5420] = 1.4417e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.03E-12' 
-		rate_values[523] = 8.03E-12
+		rc_eq_now = '2.586e-11' 
+		rate_values[5421] = 2.586e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[524] = J[19]
+		rc_eq_now = '3.361e-11' 
+		rate_values[5422] = 3.361e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.25E-11' 
-		rate_values[525] = 3.25E-11
+		rc_eq_now = '3.4827e-11' 
+		rate_values[5423] = 3.4827e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[23]' 
-		rate_values[526] = J[23]
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5424] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.25E-12' 
-		rate_values[527] = 1.25E-12
+		rc_eq_now = '2.0936e-11' 
+		rate_values[5425] = 2.0936e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[528] = KRO2NO
+		rc_eq_now = '2.9987e-11' 
+		rate_values[5426] = 2.9987e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[529] = KDEC
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5427] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPNO' 
-		rate_values[530] = KAPNO
+		rc_eq_now = '1.4417e-11' 
+		rate_values[5428] = 1.4417e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[531] = KRO2NO3
+		rc_eq_now = '2.586e-11' 
+		rate_values[5429] = 2.586e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.820' 
-		rate_values[532] = KRO2HO2*0.820
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5430] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.80E-13*RO2' 
-		rate_values[533] = 8.80E-13*RO2
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5431] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3*1.74' 
-		rate_values[534] = KRO2NO3*1.74
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5432] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[535] = KFPAN
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5433] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KBPAN' 
-		rate_values[536] = KBPAN
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5434] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.56' 
-		rate_values[537] = KAPHO2*0.56
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5435] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2' 
-		rate_values[538] = 1.00E-11*RO2
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5436] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[539] = J[19]
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5437] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.85E-11' 
-		rate_values[540] = 1.85E-11
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5438] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.32E-11' 
-		rate_values[541] = 1.32E-11
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5439] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[542] = J[19]
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5440] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.68E-11' 
-		rate_values[543] = 1.68E-11
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5441] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.875' 
-		rate_values[544] = KRO2NO*0.875
+		rc_eq_now = '2.0936e-11' 
+		rate_values[5442] = 2.0936e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.125' 
-		rate_values[545] = KRO2NO*0.125
+		rc_eq_now = '1.4417e-11' 
+		rate_values[5443] = 1.4417e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[546] = KDEC
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5444] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[547] = KRO2NO3
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5445] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.914' 
-		rate_values[548] = KRO2HO2*0.914
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5446] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*RO2*0.7' 
-		rate_values[549] = 6.70E-15*RO2*0.7
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5447] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*RO2*0.3' 
-		rate_values[550] = 6.70E-15*RO2*0.3
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5448] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[23]' 
-		rate_values[551] = J[23]
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5449] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '9.87E-11' 
-		rate_values[552] = 9.87E-11
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5450] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[553] = J[19]
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5451] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.03E-10' 
-		rate_values[554] = 1.03E-10
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5452] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '9.91E-11' 
-		rate_values[555] = 9.91E-11
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5453] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.722' 
-		rate_values[556] = KRO2NO*0.722
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5454] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.278' 
-		rate_values[557] = KRO2NO*0.278
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5455] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KROSEC*O2' 
-		rate_values[558] = KROSEC*O2
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5456] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[559] = KRO2NO3
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5457] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.820' 
-		rate_values[560] = KRO2HO2*0.820
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5458] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.50E-13*RO2*0.6' 
-		rate_values[561] = 2.50E-13*RO2*0.6
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5459] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.50E-13*RO2*0.2' 
-		rate_values[562] = 2.50E-13*RO2*0.2
+		rc_eq_now = '4.9252e-12' 
+		rate_values[5460] = 4.9252e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.50E-13*RO2*0.2' 
-		rate_values[563] = 2.50E-13*RO2*0.2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5461] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[22]' 
-		rate_values[564] = J[22]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5462] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '9.60E-11' 
-		rate_values[565] = 9.60E-11
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5463] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[566] = J[19]
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5464] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.27E-10' 
-		rate_values[567] = 1.27E-10
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5465] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.09E-10' 
-		rate_values[568] = 1.09E-10
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5466] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.19E-10' 
-		rate_values[569] = 1.19E-10
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5467] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.958' 
-		rate_values[570] = KRO2NO*0.958
+		rc_eq_now = '1.014e-12' 
+		rate_values[5468] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.042' 
-		rate_values[571] = KRO2NO*0.042
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5469] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[572] = KDEC
+		rc_eq_now = '2.3639e-12' 
+		rate_values[5470] = 2.3639e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[573] = KRO2NO3
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5471] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.820' 
-		rate_values[574] = KRO2HO2*0.820
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5472] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '9.20E-14*RO2*0.7' 
-		rate_values[575] = 9.20E-14*RO2*0.7
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5473] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '9.20E-14*RO2*0.3' 
-		rate_values[576] = 9.20E-14*RO2*0.3
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5474] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.26E-11' 
-		rate_values[577] = 1.26E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5475] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[578] = J[19]
+		rc_eq_now = '1.014e-12' 
+		rate_values[5476] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.06E-11' 
-		rate_values[579] = 7.06E-11
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5477] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.72E-11' 
-		rate_values[580] = 6.72E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5478] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.05E-16*numpy.exp(-640./TEMP)*0.6' 
-		rate_values[581] = 8.05E-16*numpy.exp(-640./TEMP)*0.6
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5479] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.05E-16*numpy.exp(-640./TEMP)*0.4' 
-		rate_values[582] = 8.05E-16*numpy.exp(-640./TEMP)*0.4
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5480] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC*0.55' 
-		rate_values[583] = KDEC*0.55
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5481] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC*0.45' 
-		rate_values[584] = KDEC*0.45
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5482] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[585] = KRO2NO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5483] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[586] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5484] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.875' 
-		rate_values[587] = KRO2NO*0.875
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5485] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.125' 
-		rate_values[588] = KRO2NO*0.125
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5486] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[589] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5487] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.722' 
-		rate_values[590] = KRO2NO*0.722
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5488] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.278' 
-		rate_values[591] = KRO2NO*0.278
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5489] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KROSEC*O2' 
-		rate_values[592] = KROSEC*O2
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5490] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[593] = KRO2NO3
+		rc_eq_now = '1.014e-12' 
+		rate_values[5491] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.914' 
-		rate_values[594] = KRO2HO2*0.914
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5492] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '9.20E-14*0.7*RO2' 
-		rate_values[595] = 9.20E-14*0.7*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5493] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '9.20E-14*0.3*RO2' 
-		rate_values[596] = 9.20E-14*0.3*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5494] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[597] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5495] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.914' 
-		rate_values[598] = KRO2HO2*0.914
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5496] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*0.7*RO2' 
-		rate_values[599] = 6.70E-15*0.7*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5497] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*0.3*RO2' 
-		rate_values[600] = 6.70E-15*0.3*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5498] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[601] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5499] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.820' 
-		rate_values[602] = KRO2HO2*0.820
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5500] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.50E-13*0.6*RO2' 
-		rate_values[603] = 2.50E-13*0.6*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5501] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.50E-13*0.2*RO2' 
-		rate_values[604] = 2.50E-13*0.2*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5502] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.50E-13*0.2*RO2' 
-		rate_values[605] = 2.50E-13*0.2*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5503] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[23]+J[18]' 
-		rate_values[606] = J[23]+J[18]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5504] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.85E-11' 
-		rate_values[607] = 2.85E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5505] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[22]+J[18]' 
-		rate_values[608] = J[22]+J[18]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5506] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.23E-11' 
-		rate_values[609] = 2.23E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5507] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[11]' 
-		rate_values[610] = J[19]+J[11]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5508] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.01E-11' 
-		rate_values[611] = 3.01E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5509] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[18]' 
-		rate_values[612] = J[19]+J[18]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5510] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.28E-11' 
-		rate_values[613] = 6.28E-11
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5511] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[18]' 
-		rate_values[614] = J[19]+J[18]
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5512] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-10' 
-		rate_values[615] = 2.00E-10
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5513] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]' 
-		rate_values[616] = J[11]
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5514] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.66E-11' 
-		rate_values[617] = 2.66E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5515] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[18]' 
-		rate_values[618] = J[18]
+		rc_eq_now = '1.014e-12' 
+		rate_values[5516] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.93E-11' 
-		rate_values[619] = 5.93E-11
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5517] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[18]' 
-		rate_values[620] = J[18]
+		rc_eq_now = '2.3639e-12' 
+		rate_values[5518] = 2.3639e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.26E-10' 
-		rate_values[621] = 1.26E-10
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5519] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[622] = KRO2NO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5520] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC*0.80' 
-		rate_values[623] = KDEC*0.80
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5521] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC*0.20' 
-		rate_values[624] = KDEC*0.20
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5522] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[625] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5523] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.914' 
-		rate_values[626] = KRO2HO2*0.914
+		rc_eq_now = '1.014e-12' 
+		rate_values[5524] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*RO2*0.90' 
-		rate_values[627] = 2.00E-12*RO2*0.90
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5525] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*RO2*0.05' 
-		rate_values[628] = 2.00E-12*RO2*0.05
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5526] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*RO2*0.05' 
-		rate_values[629] = 2.00E-12*RO2*0.05
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5527] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPNO' 
-		rate_values[630] = KAPNO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5528] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[631] = KRO2NO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5529] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '4.20E+10*numpy.exp(-3523./TEMP)' 
-		rate_values[632] = 4.20E+10*numpy.exp(-3523./TEMP)
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5530] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[633] = KRO2NO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5531] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[634] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5532] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[635] = KRO2NO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5533] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[636] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5534] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[637] = KRO2NO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5535] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[638] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5536] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[18]' 
-		rate_values[639] = J[18]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5537] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]' 
-		rate_values[640] = J[11]
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5538] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.37E-11' 
-		rate_values[641] = 2.37E-11
+		rc_eq_now = '1.014e-12' 
+		rate_values[5539] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KNO3AL*5.5' 
-		rate_values[642] = KNO3AL*5.5
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5540] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPNO' 
-		rate_values[643] = KAPNO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5541] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[644] = KRO2NO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5542] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[645] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5543] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3*1.74' 
-		rate_values[646] = KRO2NO3*1.74
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5544] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[647] = KFPAN
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5545] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KBPAN' 
-		rate_values[648] = KBPAN
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5546] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.56' 
-		rate_values[649] = KAPHO2*0.56
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5547] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2' 
-		rate_values[650] = 1.00E-11*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5548] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.92E-12' 
-		rate_values[651] = 2.92E-12
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5549] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[18]' 
-		rate_values[652] = J[19]+J[18]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5550] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.55E-12' 
-		rate_values[653] = 6.55E-12
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5551] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[654] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5552] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.625' 
-		rate_values[655] = KRO2HO2*0.625
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5553] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-12*RO2' 
-		rate_values[656] = 2.00E-12*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5554] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[18]' 
-		rate_values[657] = J[19]+J[18]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5555] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '9.61E-12' 
-		rate_values[658] = 9.61E-12
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5556] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3*1.74' 
-		rate_values[659] = KRO2NO3*1.74
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5557] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[660] = KFPAN
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5558] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KBPAN' 
-		rate_values[661] = KBPAN
+		rc_eq_now = '2.6884e-11' 
+		rate_values[5559] = 2.6884e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.41' 
-		rate_values[662] = KAPHO2*0.41
+		rc_eq_now = '3.8506e-11' 
+		rate_values[5560] = 3.8506e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.15' 
-		rate_values[663] = KAPHO2*0.15
+		rc_eq_now = '4.4721e-11' 
+		rate_values[5561] = 4.4721e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2*0.7' 
-		rate_values[664] = 1.00E-11*RO2*0.7
+		rc_eq_now = '4.4721e-11' 
+		rate_values[5562] = 4.4721e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2*0.3' 
-		rate_values[665] = 1.00E-11*RO2*0.3
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5563] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[666] = KRO2NO3
+		rc_eq_now = '1.8513e-11' 
+		rate_values[5564] = 1.8513e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.890' 
-		rate_values[667] = KRO2HO2*0.890
+		rc_eq_now = '3.3207e-11' 
+		rate_values[5565] = 3.3207e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.30E-12*RO2' 
-		rate_values[668] = 1.30E-12*RO2
+		rc_eq_now = '4.3159e-11' 
+		rate_values[5566] = 4.3159e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[669] = KRO2NO3
+		rc_eq_now = '4.4721e-11' 
+		rate_values[5567] = 4.4721e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.890' 
-		rate_values[670] = KRO2HO2*0.890
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5568] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*RO2' 
-		rate_values[671] = 6.70E-15*RO2
+		rc_eq_now = '2.6884e-11' 
+		rate_values[5569] = 2.6884e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[672] = KRO2NO3
+		rc_eq_now = '3.8506e-11' 
+		rate_values[5570] = 3.8506e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.890' 
-		rate_values[673] = KRO2HO2*0.890
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5571] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*RO2' 
-		rate_values[674] = 6.70E-15*RO2
+		rc_eq_now = '1.8513e-11' 
+		rate_values[5572] = 1.8513e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[675] = KRO2NO3
+		rc_eq_now = '3.3207e-11' 
+		rate_values[5573] = 3.3207e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.770' 
-		rate_values[676] = KRO2HO2*0.770
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5574] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.80E-13*RO2' 
-		rate_values[677] = 8.80E-13*RO2
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5575] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[11]' 
-		rate_values[678] = J[19]+J[11]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5576] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[13]' 
-		rate_values[679] = J[13]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5577] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.47E-11' 
-		rate_values[680] = 5.47E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5578] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[13]' 
-		rate_values[681] = J[13]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5579] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]' 
-		rate_values[682] = J[11]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5580] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '4.45E-11' 
-		rate_values[683] = 4.45E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5581] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[17]+J[11]' 
-		rate_values[684] = J[17]+J[11]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5582] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.47E-11' 
-		rate_values[685] = 5.47E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5583] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.56E-12' 
-		rate_values[686] = 5.56E-12
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5584] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[13]' 
-		rate_values[687] = J[13]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5585] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.70E-12' 
-		rate_values[688] = 5.70E-12
+		rc_eq_now = '2.6884e-11' 
+		rate_values[5586] = 2.6884e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[13]' 
-		rate_values[689] = J[19]+J[13]
+		rc_eq_now = '1.8513e-11' 
+		rate_values[5587] = 1.8513e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '9.16E-12' 
-		rate_values[690] = 9.16E-12
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5588] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[13]' 
-		rate_values[691] = J[19]+J[13]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5589] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.36E-11' 
-		rate_values[692] = 2.36E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5590] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[13]' 
-		rate_values[693] = J[19]+J[13]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5591] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.29E-11' 
-		rate_values[694] = 1.29E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5592] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[13]' 
-		rate_values[695] = J[19]+J[13]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5593] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.51E-11' 
-		rate_values[696] = 1.51E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5594] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[13]' 
-		rate_values[697] = J[19]+J[13]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5595] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-10' 
-		rate_values[698] = 1.00E-10
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5596] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC*0.50' 
-		rate_values[699] = KDEC*0.50
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5597] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC*0.50' 
-		rate_values[700] = KDEC*0.50
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5598] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.00E-14' 
-		rate_values[701] = 7.00E-14
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5599] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.20E-15' 
-		rate_values[702] = 1.20E-15
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5600] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-14' 
-		rate_values[703] = 1.00E-14
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5601] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-15' 
-		rate_values[704] = 1.00E-15
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5602] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.40E-17*H2O' 
-		rate_values[705] = 1.40E-17*H2O
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5603] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.00E-18*H2O' 
-		rate_values[706] = 2.00E-18*H2O
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5604] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[17]' 
-		rate_values[707] = J[17]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5605] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[18]' 
-		rate_values[708] = J[18]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5606] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]*2.' 
-		rate_values[709] = J[11]*2.
+		rc_eq_now = '2.6884e-11' 
+		rate_values[5607] = 2.6884e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.77E-11' 
-		rate_values[710] = 5.77E-11
+		rc_eq_now = '3.8506e-11' 
+		rate_values[5608] = 3.8506e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[17]' 
-		rate_values[711] = J[17]
+		rc_eq_now = '4.4721e-11' 
+		rate_values[5609] = 4.4721e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.12E-12' 
-		rate_values[712] = 1.12E-12
+		rc_eq_now = '4.4721e-11' 
+		rate_values[5610] = 4.4721e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPNO' 
-		rate_values[713] = KAPNO
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5611] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.896' 
-		rate_values[714] = KRO2NO*0.896
+		rc_eq_now = '1.8513e-11' 
+		rate_values[5612] = 1.8513e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.104' 
-		rate_values[715] = KRO2NO*0.104
+		rc_eq_now = '3.3207e-11' 
+		rate_values[5613] = 3.3207e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.70E+14*numpy.exp(-6643./TEMP)' 
-		rate_values[716] = 2.70E+14*numpy.exp(-6643./TEMP)
+		rc_eq_now = '4.3159e-11' 
+		rate_values[5614] = 4.3159e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.896' 
-		rate_values[717] = KRO2NO*0.896
+		rc_eq_now = '4.4721e-11' 
+		rate_values[5615] = 4.4721e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.104' 
-		rate_values[718] = KRO2NO*0.104
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5616] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.70E+14*numpy.exp(-6643./TEMP)' 
-		rate_values[719] = 2.70E+14*numpy.exp(-6643./TEMP)
+		rc_eq_now = '2.6884e-11' 
+		rate_values[5617] = 2.6884e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.871' 
-		rate_values[720] = KRO2NO*0.871
+		rc_eq_now = '3.8506e-11' 
+		rate_values[5618] = 3.8506e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.129' 
-		rate_values[721] = KRO2NO*0.129
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5619] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.80E-14*numpy.exp(-260./TEMP)*O2' 
-		rate_values[722] = 1.80E-14*numpy.exp(-260./TEMP)*O2
+		rc_eq_now = '1.8513e-11' 
+		rate_values[5620] = 1.8513e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3*1.74' 
-		rate_values[723] = KRO2NO3*1.74
+		rc_eq_now = '3.3207e-11' 
+		rate_values[5621] = 3.3207e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[724] = KFPAN
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5622] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KBPAN' 
-		rate_values[725] = KBPAN
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5623] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.41' 
-		rate_values[726] = KAPHO2*0.41
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5624] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.15' 
-		rate_values[727] = KAPHO2*0.15
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5625] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2*0.7' 
-		rate_values[728] = 1.00E-11*RO2*0.7
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5626] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2*0.3' 
-		rate_values[729] = 1.00E-11*RO2*0.3
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5627] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[730] = KRO2NO3
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5628] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.859' 
-		rate_values[731] = KRO2HO2*0.859
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5629] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*RO2*0.7' 
-		rate_values[732] = 6.70E-15*RO2*0.7
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5630] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*RO2*0.3' 
-		rate_values[733] = 6.70E-15*RO2*0.3
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5631] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[734] = KRO2NO3
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5632] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.914' 
-		rate_values[735] = KRO2HO2*0.914
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5633] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*RO2*0.7' 
-		rate_values[736] = 6.70E-15*RO2*0.7
+		rc_eq_now = '2.6884e-11' 
+		rate_values[5634] = 2.6884e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*RO2*0.3' 
-		rate_values[737] = 6.70E-15*RO2*0.3
+		rc_eq_now = '1.8513e-11' 
+		rate_values[5635] = 1.8513e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[738] = KRO2NO3
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5636] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.706' 
-		rate_values[739] = KRO2HO2*0.706
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5637] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.50E-13*RO2*0.6' 
-		rate_values[740] = 2.50E-13*RO2*0.6
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5638] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.50E-13*RO2*0.2' 
-		rate_values[741] = 2.50E-13*RO2*0.2
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5639] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.50E-13*RO2*0.2' 
-		rate_values[742] = 2.50E-13*RO2*0.2
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5640] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.52E-11' 
-		rate_values[743] = 2.52E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5641] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[11]' 
-		rate_values[744] = J[19]+J[11]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5642] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.00E-11' 
-		rate_values[745] = 3.00E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5643] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]' 
-		rate_values[746] = J[11]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5644] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.69E-11' 
-		rate_values[747] = 2.69E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5645] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[23]+J[11]' 
-		rate_values[748] = J[23]+J[11]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5646] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.56E-11' 
-		rate_values[749] = 2.56E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5647] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[11]' 
-		rate_values[750] = J[19]+J[11]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5648] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.61E-11' 
-		rate_values[751] = 3.61E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5649] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]' 
-		rate_values[752] = J[11]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5650] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.86E-11' 
-		rate_values[753] = 2.86E-11
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5651] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[23]+J[11]' 
-		rate_values[754] = J[23]+J[11]
+		rc_eq_now = '6.3246e-12' 
+		rate_values[5652] = 6.3246e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '4.96E-11' 
-		rate_values[755] = 4.96E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5653] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[11]' 
-		rate_values[756] = J[19]+J[11]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5654] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.35E-11' 
-		rate_values[757] = 8.35E-11
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5655] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]' 
-		rate_values[758] = J[11]
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5656] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.00E-11' 
-		rate_values[759] = 8.00E-11
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5657] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[22]+J[11]*2.' 
-		rate_values[760] = J[22]+J[11]*2.
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5658] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '4.33E-11' 
-		rate_values[761] = 4.33E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5659] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[11]*2.' 
-		rate_values[762] = J[19]+J[11]*2.
+		rc_eq_now = '1.014e-12' 
+		rate_values[5660] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.10E-10' 
-		rate_values[763] = 1.10E-10
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5661] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]*2.' 
-		rate_values[764] = J[11]*2.
+		rc_eq_now = '2.3639e-12' 
+		rate_values[5662] = 2.3639e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.99E-11' 
-		rate_values[765] = 6.99E-11
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5663] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC*0.20' 
-		rate_values[766] = KDEC*0.20
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5664] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC*0.80' 
-		rate_values[767] = KDEC*0.80
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5665] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPNO' 
-		rate_values[768] = KAPNO
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5666] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.862' 
-		rate_values[769] = KRO2NO*0.862
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5667] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[770] = KDEC
+		rc_eq_now = '1.014e-12' 
+		rate_values[5668] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[771] = KRO2NO
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5669] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[772] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5670] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.896' 
-		rate_values[773] = KRO2NO*0.896
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5671] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.104' 
-		rate_values[774] = KRO2NO*0.104
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5672] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[775] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5673] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3*1.74' 
-		rate_values[776] = KRO2NO3*1.74
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5674] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.41' 
-		rate_values[777] = KAPHO2*0.41
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5675] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.15' 
-		rate_values[778] = KAPHO2*0.15
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5676] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2*0.7' 
-		rate_values[779] = 1.00E-11*RO2*0.7
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5677] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2*0.3' 
-		rate_values[780] = 1.00E-11*RO2*0.3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5678] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[781] = KFPAN
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5679] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KBPAN' 
-		rate_values[782] = KBPAN
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5680] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[783] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5681] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.859' 
-		rate_values[784] = KRO2HO2*0.859
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5682] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.30E-12*RO2*0.6' 
-		rate_values[785] = 1.30E-12*RO2*0.6
+		rc_eq_now = '1.014e-12' 
+		rate_values[5683] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.30E-12*RO2*0.2' 
-		rate_values[786] = 1.30E-12*RO2*0.2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5684] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.30E-12*RO2*0.2' 
-		rate_values[787] = 1.30E-12*RO2*0.2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5685] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[788] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5686] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.859' 
-		rate_values[789] = KRO2HO2*0.859
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5687] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '9.20E-14*RO2*0.7' 
-		rate_values[790] = 9.20E-14*RO2*0.7
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5688] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '9.20E-14*RO2*0.3' 
-		rate_values[791] = 9.20E-14*RO2*0.3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5689] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[792] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5690] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.859' 
-		rate_values[793] = KRO2HO2*0.859
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5691] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*RO2*0.7' 
-		rate_values[794] = 6.70E-15*RO2*0.7
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5692] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*RO2*0.3' 
-		rate_values[795] = 6.70E-15*RO2*0.3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5693] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[23]+J[17]' 
-		rate_values[796] = J[23]+J[17]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5694] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.82E-12' 
-		rate_values[797] = 7.82E-12
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5695] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[798] = J[19]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5696] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.04E-11' 
-		rate_values[799] = 1.04E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5697] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[800] = J[19]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5698] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.70E-11' 
-		rate_values[801] = 1.70E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5699] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[802] = J[19]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5700] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.09E-11' 
-		rate_values[803] = 1.09E-11
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5701] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[17]' 
-		rate_values[804] = J[19]+J[17]
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5702] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.86E-11' 
-		rate_values[805] = 1.86E-11
+		rc_eq_now = '8.7712e-12' 
+		rate_values[5703] = 8.7712e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.29E-12' 
-		rate_values[806] = 7.29E-12
+		rc_eq_now = '1.2563e-11' 
+		rate_values[5704] = 1.2563e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.89E-12' 
-		rate_values[807] = 7.89E-12
+		rc_eq_now = '1.4591e-11' 
+		rate_values[5705] = 1.4591e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.42E-12' 
-		rate_values[808] = 7.42E-12
+		rc_eq_now = '1.4591e-11' 
+		rate_values[5706] = 1.4591e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.75E-11' 
-		rate_values[809] = 1.75E-11
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5707] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[17]' 
-		rate_values[810] = J[17]
+		rc_eq_now = '6.0401e-12' 
+		rate_values[5708] = 6.0401e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.77E-12' 
-		rate_values[811] = 6.77E-12
+		rc_eq_now = '1.0834e-11' 
+		rate_values[5709] = 1.0834e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[17]+J[11]' 
-		rate_values[812] = J[17]+J[11]
+		rc_eq_now = '1.4081e-11' 
+		rate_values[5710] = 1.4081e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.69E-11' 
-		rate_values[813] = 6.69E-11
+		rc_eq_now = '1.4591e-11' 
+		rate_values[5711] = 1.4591e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[11]' 
-		rate_values[814] = J[11]
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5712] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.63E-11' 
-		rate_values[815] = 2.63E-11
+		rc_eq_now = '8.7712e-12' 
+		rate_values[5713] = 8.7712e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KNO3AL*8.5' 
-		rate_values[816] = KNO3AL*8.5
+		rc_eq_now = '1.2563e-11' 
+		rate_values[5714] = 1.2563e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPNO' 
-		rate_values[817] = KAPNO
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5715] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[818] = KRO2NO
+		rc_eq_now = '6.0401e-12' 
+		rate_values[5716] = 6.0401e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[819] = KDEC
+		rc_eq_now = '1.0834e-11' 
+		rate_values[5717] = 1.0834e-11
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[820] = KRO2NO
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5718] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[821] = KDEC
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5719] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[822] = KRO2NO
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5720] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[823] = KDEC
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5721] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3*1.74' 
-		rate_values[824] = KRO2NO3*1.74
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5722] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KFPAN' 
-		rate_values[825] = KFPAN
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5723] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KBPAN' 
-		rate_values[826] = KBPAN
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5724] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.41' 
-		rate_values[827] = KAPHO2*0.41
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5725] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.15' 
-		rate_values[828] = KAPHO2*0.15
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5726] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2*0.7' 
-		rate_values[829] = 1.00E-11*RO2*0.7
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5727] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.00E-11*RO2*0.3' 
-		rate_values[830] = 1.00E-11*RO2*0.3
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5728] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[831] = KRO2NO3
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5729] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.820' 
-		rate_values[832] = KRO2HO2*0.820
+		rc_eq_now = '8.7712e-12' 
+		rate_values[5730] = 8.7712e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.30E-12*RO2' 
-		rate_values[833] = 1.30E-12*RO2
+		rc_eq_now = '6.0401e-12' 
+		rate_values[5731] = 6.0401e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[834] = KRO2NO3
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5732] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.820' 
-		rate_values[835] = KRO2HO2*0.820
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5733] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.70E-15*RO2' 
-		rate_values[836] = 6.70E-15*RO2
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5734] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[837] = KRO2NO3
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5735] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.625' 
-		rate_values[838] = KRO2HO2*0.625
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5736] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.80E-13*RO2' 
-		rate_values[839] = 8.80E-13*RO2
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5737] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '2.96E-12' 
-		rate_values[840] = 2.96E-12
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5738] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[841] = J[19]
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5739] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '9.65E-12' 
-		rate_values[842] = 9.65E-12
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5740] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '6.57E-12' 
-		rate_values[843] = 6.57E-12
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5741] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[844] = J[19]
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5742] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '1.27E-11' 
-		rate_values[845] = 1.27E-11
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5743] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[846] = J[19]
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5744] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.31E-11' 
-		rate_values[847] = 3.31E-11
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5745] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]' 
-		rate_values[848] = J[19]
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5746] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.46E-11' 
-		rate_values[849] = 7.46E-11
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5747] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO*0.138' 
-		rate_values[850] = KRO2NO*0.138
+		rc_eq_now = '2.0635e-12' 
+		rate_values[5748] = 2.0635e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[21]' 
-		rate_values[851] = J[21]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5749] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.29E-12' 
-		rate_values[852] = 3.29E-12
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5750] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[853] = KAPHO2*0.44
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5751] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[854] = KAPHO2*0.44
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5752] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[855] = KAPHO2*0.44
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5753] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[856] = KAPHO2*0.44
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5754] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[857] = KAPHO2*0.44
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5755] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[858] = KAPHO2*0.44
+		rc_eq_now = '1.014e-12' 
+		rate_values[5756] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[859] = KAPHO2*0.44
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5757] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[860] = KAPHO2*0.44
+		rc_eq_now = '2.3639e-12' 
+		rate_values[5758] = 2.3639e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[861] = KAPHO2*0.44
+		rc_eq_now = '2.4495e-12' 
+		rate_values[5759] = 2.4495e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[862] = KAPHO2*0.44
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5760] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[863] = KAPHO2*0.44
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5761] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[864] = KAPHO2*0.44
+		rc_eq_now = '2.1091e-12' 
+		rate_values[5762] = 2.1091e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[865] = KAPHO2*0.44
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5763] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[866] = KAPHO2*0.44
+		rc_eq_now = '1.014e-12' 
+		rate_values[5764] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[867] = KAPHO2*0.44
+		rc_eq_now = '1.8188e-12' 
+		rate_values[5765] = 1.8188e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[868] = KAPHO2*0.44
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5766] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[869] = KAPHO2*0.44
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5767] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[870] = KAPHO2*0.44
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5768] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KAPHO2*0.44' 
-		rate_values[871] = KAPHO2*0.44
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5769] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO' 
-		rate_values[872] = KRO2NO
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5770] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2NO3' 
-		rate_values[873] = KRO2NO3
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5771] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KRO2HO2*0.706' 
-		rate_values[874] = KRO2HO2*0.706
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5772] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '8.8E-13*RO2' 
-		rate_values[875] = 8.8E-13*RO2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5773] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'KDEC' 
-		rate_values[876] = KDEC
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5774] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[19]+J[13]' 
-		rate_values[877] = J[19]+J[13]
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5775] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '3.38E-11' 
-		rate_values[878] = 3.38E-11
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5776] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '7.00E11*numpy.exp(-3160./TEMP)+5.00E-12*O2' 
-		rate_values[879] = 7.00E11*numpy.exp(-3160./TEMP)+5.00E-12*O2
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5777] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.00E-12*O2*3.2*numpy.exp(-550./TEMP)' 
-		rate_values[880] = 5.00E-12*O2*3.2*numpy.exp(-550./TEMP)
+		rc_eq_now = '1.4725e-12' 
+		rate_values[5778] = 1.4725e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.00E-12*O2*3.2*(1.-numpy.exp(-550./TEMP))' 
-		rate_values[881] = 5.00E-12*O2*3.2*(1.-numpy.exp(-550./TEMP))
+		rc_eq_now = '1.014e-12' 
+		rate_values[5779] = 1.014e-12
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = 'J[24]*0.91' 
-		rate_values[882] = J[24]*0.91
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5780] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '5.' 
-		rate_values[883] = 5.
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5781] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '0.' 
-		rate_values[884] = 0.
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5782] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '0.0' 
-		rate_values[885] = 0.0
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5783] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '0.0' 
-		rate_values[886] = 0.0
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5784] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '0.0' 
-		rate_values[887] = 0.0
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5785] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '0.0' 
-		rate_values[888] = 0.0
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5786] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '0.0' 
-		rate_values[889] = 0.0
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5787] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '0.0' 
-		rate_values[890] = 0.0
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5788] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '0.0' 
-		rate_values[891] = 0.0
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5789] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '0.0' 
-		rate_values[892] = 0.0
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5790] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '0.0' 
-		rate_values[893] = 0.0
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5791] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '0.0' 
-		rate_values[894] = 0.0
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5792] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '0.0' 
-		rate_values[895] = 0.0
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5793] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '0.0' 
-		rate_values[896] = 0.0
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5794] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '0.0' 
-		rate_values[897] = 0.0
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5795] = 3.4641e-13
 		gprn += 1 # keep count on reaction number
 		# remember equation in case needed for error reporting
-		rc_eq_now = '0.0' 
-		rate_values[898] = 0.0
+		rc_eq_now = '3.4641e-13' 
+		rate_values[5796] = 3.4641e-13
 	except:
 		erf = 1 # flag error
 		err_mess = (str('Error: Could not calculate rate coefficient for equation number ' + str(gprn) + ' ' + rc_eq_now + ' (message from rate coeffs.py)'))
diff --git a/PyCHAM/retr_out.py b/PyCHAM/retr_out.py
index 34a0df52..f2007906 100755
--- a/PyCHAM/retr_out.py
+++ b/PyCHAM/retr_out.py
@@ -69,6 +69,7 @@ def retr_out(self):
 		# if earlier than v4 then flag
 		v4_flag = 0
 	
+	# prepare to hold constants
 	const = {} # create empty dictionary to hold constants
 	# empty dictionary to contain indices of certain groups of components
 	group_indx = {}
@@ -107,7 +108,8 @@ def retr_out(self):
 			comp_names = ast.literal_eval(line[st_indx:fi_indx])
 			yield (37.)
 
-		if (str(line.split(',')[0]) == 'molecular_weights_g/mol_corresponding_to_component_names'):
+		if (str(line.split(',')[0]) == str('molecular_weights_g/'+
+			'mol_corresponding_to_component_names')):
 			# find index of first [ and index of last ]
 			icnt = 0 # count on characters
 			for i in line:
@@ -121,7 +123,7 @@ def retr_out(self):
 					fi_indx = -cnt+1
 					break
 
-			y_MW = ast.literal_eval(line[st_indx:fi_indx])
+			y_MM = ast.literal_eval(line[st_indx:fi_indx])
 			yield (7.)
 		if (str(line.split(',')[0]) == 'molar_volumes_cm3/mol'):
 			# find index of first [ and index of last ]
@@ -376,7 +378,8 @@ def retr_out(self):
 				i = i.strip(' ')
 				dlist.append(float(i))
 				yield (48.)
-			if (str(line.split(',')[0]) == 'size_structure_0_for_moving_centre_1_for_full_moving'):
+			if (str(line.split(',')[0]) == str('size_structure_0_for_'+
+				'moving_centre_1_for_full_moving')):
 				i = i.strip('\n')
 				i = i.strip('[[')
 				i = i.strip(']]')
@@ -405,7 +408,7 @@ def retr_out(self):
 	if (v4_flag == 1): # if results in question saved in version 4 or later
 
 		load_path = str(self.dir_path + '/y_mw.npy') # path
-		y_MW = np.load(load_path, allow_pickle=True)
+		y_MM = np.load(load_path, allow_pickle=True)
 
 		# cm3/mol
 		load_path = str(self.dir_path + '/MV.npy') # path
@@ -425,7 +428,7 @@ def retr_out(self):
 		# path
 		load_path = str(self.dir_path + 
 		'/pure_component_saturation_vp_at_startT_molec_percm3.npy')
-		PsatPa0 = (np.load(load_path, allow_pickle=True)).tolist()
+		Psatmolecpercm3_0 = (np.load(load_path, allow_pickle=True)).tolist()
 		
 		load_path = str(self.dir_path + 
 			'/oxygen_to_carbon_ratios_of_components.npy') # path
@@ -512,7 +515,8 @@ def retr_out(self):
 	yield (75.)
 	# withdraw index and names of components to plot the 
 	# gas-phase concentration temporal profile of
-	fname = str(self.dir_path + '/components_with_initial_gas_phase_concentrations_specified')
+	fname = str(self.dir_path + 
+		'/components_with_initial_gas_phase_concentrations_specified')
 	# check file size (bytes) to see if file contains more than just the header
 	if (os.stat(fname).st_size > 123):
 		indx_plot = np.loadtxt(fname, delimiter=',', skiprows=1, dtype='str')
@@ -566,7 +570,9 @@ def retr_out(self):
 	try:
 		# withdraw the wall concentration of components due to 
 		# particle deposition to wall
-		fname = str(self.dir_path + '/concentrations_all_components_all_times_on_wall_due_to_particle_deposition_to_wall')
+		fname = str(self.dir_path + 
+			'/concentrations_all_components_all_times_on_wall_due_to_particle' +
+			'_deposition_to_wall')
 		yrec_p2w = np.loadtxt(fname, delimiter = ',', skiprows = 2)
 	except:
 		yrec_p2w = []
@@ -622,7 +628,7 @@ def retr_out(self):
 	
 	# convert vapour pressure at starting simulation temperature 
 	# from molecules/cm3 to Pa using ideal gas law
-	PsatPa0 = PsatPa0[0]/(si.Avogadro/((si.R*1.e6)*cham_env[0, 0])) 
+	PsatPa0 = Psatmolecpercm3_0/(si.Avogadro/((si.R*1.e6)*cham_env[0, 0])) 
 	# create a class to hold outputs
 	class ro_outputs:
 		
@@ -644,7 +650,7 @@ class ro_outputs:
 		cen_size = x
 		thr = timehr
 		rSMILES = rel_SMILES
-		comp_MW = y_MW
+		comp_MW = y_MM
 		Nrec_wet = Nwet
 		names_of_comp = comp_names
 		comp_MV = MV
@@ -685,13 +691,15 @@ def retr_out_noncsv(output_by_sim, comp_of_int): # similar to above function but
 		col_title = 0
 		data_cnt = -1 # count on lines of data
 		
-		# prepare to create dictionary containing component names, times and concentrations
+		# prepare to create dictionary containing component names, 
+		# times and concentrations
 		data_dic = {}
 		for line in datafile.readlines():
 			
 			dlist = [] # prepare to convert to python list
 			
-			# identify whether tabs used to separate columns (if not then spaces are)
+			# identify whether tabs used to separate columns (if not then 
+			# spaces are)
 			if '\t' in line:
 				sep = '\t'
 			if ' ' in line:
diff --git a/setup.py b/setup.py
index 0599bd7f..87129135 100755
--- a/setup.py
+++ b/setup.py
@@ -8,7 +8,7 @@
 
 setup(
     name="PyCHAM",
-    version="5.2.8",
+    version="5.2.9",
     author="Simon P. O'Meara, Shuxuan Xu and Ademipo Onanuga",
     author_email="simon.omeara@manchester.ac.uk",
     description="PyCHAM: CHemistry with Aerosol Microphysics in Python",