Assign taxonomy
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salloc --account=microbiome -t 0-02:00 --mem=500G
module load swset/2018.05
module load gcc/7.3.0
module load vsearch/2.15.1
vsearch --sintax zotus.fa --db /project/microbiome/users/grandol1/ref_db/gg_16s_13.5.fa -tabbedout GTLCON_16S_NS5.sintax -sintax_cutoff 0.8
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Output:
Reading file /project/microbiome/users/grandol1/ref_db/gg_16s_13.5.fa 100%
1769520677 nt in 1262986 seqs, min 1111, max 2368, avg 1401
Counting k-mers 100%
Creating k-mer index 100%
Classifying sequences 100%
Classified 631 of 631 sequences (100.00%)
Convert into useful form:
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awk -F "\t" '{OFS=","} NR==1 {print "OTU_ID","SEQS","SIZE","DOMAIN","KINGDOM","PHYLUM","CLASS","ORDER","FAMILY","GENUS","SPECIES"} {gsub(";", ","); gsub("centroid=", ""); gsub("seqs=", ""); gsub("size=", ""); match($4, /d:[^,]+/, d); match($4, /k:[^,]+/, k); match($4, /p:[^,]+/, p); match($4, /c:[^,]+/, c); match($4, /o:[^,]+/, o); match($4, /f:[^,]+/, f); match($4, /g:[^,]+/, g); match($4, /s:[^,]+/, s); print $1, d[0]=="" ? "NA" : d[0], k[0]=="" ? "NA" : k[0], p[0]=="" ? "NA" : p[0], c[0]=="" ? "NA" : c[0], o[0]=="" ? "NA" : o[0], f[0]=="" ? "NA" : f[0], g[0]=="" ? "NA" : g[0], s[0]=="" ? "NA" : s[0] }' GTLCON_16S_NS5.sintax > GTLCON_16S_NS5taxonomy.csv |