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Viral Abundances

PI
  • Ben Temperton (UoE)
Technician
  • Michelle Michelsen (UoE)
Analyst
  • Michelle Michelsen (UoE)
Support
NSF

Project Goals

The goal of this project is to evaluate viral abundances within the cellular fraction (0.22µ Sterivex PC filter) and viral fraction (0.02µ Anotop Filter).

Sampling

Two liters of water were taken from the surface from every other bio-cast, and the last three bio-cast for a total of 14 stations sampled. Samples were sequentially filtered through a 0.22µ sterivex and 0.02µ anotop filter for 1.5-2.5 hours or when the filter clogged. Below is a table of stations and amount filtered. The filters were then frozen at -80ºC and hand carried back to UCSB to organize shipping to University of Exeter for further analysis. The filters will then be used for DNA extractions at University of Exeter to describe cell associated viruses and free viral particles [Martinez-Hernandez].

Station_Cast Amount Filtered Amount of Time
131_01 650mL 1.5 hours
137_01 600mL 1.5 hours
143_01 500mL 1.5 hours
149_01 800mL 2 hours
155_01 500mL 2 hours
161_01 550mL 1.75 hours
167_01 500mL 1.5 hours
173_01 600mL 2 hours
179_01 600mL 1.5 hours
185_01 600mL 1.5 hours
191_01 400mL 2 hours
197_02 500mL 2 hours
200_01 250mL 2.5 hours
203_01 270mL 1.5 hours
[Martinez-Hernandez]Martinez-Hernandez Francisco, Garcia-Heredia Inmaculada, Lluesma Gomez Monica, Maestre-Carballa Lucia, Martínez Martínez Joaquín, Martinez-Garcia Manuel. 2019. “Droplet Digital PCR for Estimating Absolute Abundances of Widespread Pelagibacter Viruses.” Frontiers in Microbiology 10 (June): 1226.