Update README.md

README.md

@@ -13,22 +13,24 @@
 
 ## Requirements
 
-TL;DR: no external requirements needed. Both the `--recursive` Github clone as well as the bioconda package should work out-of-the-box.
+TL;DR: no external requirements needed. Both the recursive GitHub clone as well as the bioconda package should work out-of-the-box.
 <details><summary> 🛠️ Details to build from source </summary>
 The <i>amplisim</i> software is intended for 64-bit POSIX compliant operating systems and was tested successfully under Ubuntu 22.04 LTS and macOS v12.5.1 (Monterey).
 Building <i>amplisim</i> from source requires libraries for <i>lzma</i>, <i>libbz2</i> and <i>libcurl</i> on your system in order to compile <i>htslib</i>.
-Both Linux and masOS operating systems typically provide them via their respective package managers.
+Both Linux and masOS operating systems typically provide them via their respective package managers. See intructions below.
 </details>
 
 ## Installation
 ### Build via conda
+The easiest way to install _amplisim_ is via the conda package manager from the bioconda channel.
+Please note that the conda installation is currently only available for Linux operating systems.
+
 ```
 # create a new conda environment
 conda create --name amplisim
 # install the latest amplisim version from the bioconda channel
 conda install -c bioconda amplisim
 ```
-Please note that the bioconda installation is currently only available for Linux operating systems.
 
 ### Build from source
 ```
@@ -84,11 +86,11 @@ Report bugs to https://github.com/rki-mf1/amplisim/issues.
 
 ### Minimal working examples
 The minimal command to run _amplisim_ is to provide a reference genome in FASTA format and a set of primers in BED format (see chapter [Input and output](#input-and-output) for more details).
-By default, _amplisim_ prints the amplicons sequences to the standard output, s.t. the user can either store the sequences or forward them to the next program.
+By default, _amplisim_ prints the amplicons sequences to the standard output such that the user can either direct the sequences to a file or forward them to the next program.
 ```
 amplisim <my_reference.fasta> <my_primers.bed> > <my_amplicons.fasta>
 ```
-If you are just interested in the resulting FASTA file you can directly use the `-o` option.
+If you want _amplisim_ to store the resulting amplicon sequences directly in a FASTA file you can use the `-o` option.
 ```
 amplisim -o <my_amplicons.fasta> <my_reference.fasta> <my_primers.bed>
 ```