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Status (27 28 February 2021)

  • Alex Buerkle has processed the data to the point before OTU table generation and will do that next. I coded the many new steps from Bioinformatics v3.0 for parallelism across loci and projects., including both merged and joined paired-end reads.

These are the informatics for the Bioinformatics iSeq100 Pilot1 library prep.

Demultiplexing and splitting

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Within each of these directories are files for the trimmed, merged, and filtered reads. In each of these directories, there are subfolders trimmed/, joined/, and unmerged/ (the last one is used as a working directory, should be empty; unmerged reads are filtered and joined and put in joined/ if they can be joined; this the joined directory can be empty, if all unmerged reads were coligos for example). For example, see contents of /project/microbiome/data/seq/gtl_tests/iSeq100Pilot1_brew_30nov20/tfmergedreads/16S/brew_20/

Make OTU table

In /project/microbiome/data/seq/gtl_tests/iSeq100Pilot1_brew_30nov20/otu, I ran run_slurm_mkotu.pl, which I modified to also pick up the joined reads (in addition the merged reads). On I reran this with a modification to correctly and unique label (assign names to) otus in the table that is used as a database for otutable generation. . next upThese jobs should be complete later on .