Abstract
ABSTRACTThe two marine myxobacterial strains Enhygromyxa salina SWB005 and SWB007 were isolated from coastal soil samples using Escherichia coli as bait for these predatory strains. These strains produce unique specialized metabolites. Genomes were assembled into 312 contigs for E. salina SWB005 (9.0 Mbp) and 192 contigs for E. salina SWB007 (10.6 Mbp).
Highlights
The two marine myxobacterial strains Enhygromyxa salina SWB005 and SWB007 were isolated from coastal soil samples using Escherichia coli as bait for these predatory strains
Resulted in 192 contigs (Ͼ500 bp) with an average coverage of 73-fold for E. salina SWB007 and 312 contigs (Ͼ500 bp) with an average coverage of 75-fold for E. salina SWB005
Automatic annotation and identification of rRNA and tRNA genes were performed using the software tool Prokka [9]. This yielded 2 rRNA genes, 78 tRNA genes, 3,682 protein-encoding genes with function prediction, and 3,265 genes coding for hypothetical proteins for strain SWB005 and 4
Summary
The two marine myxobacterial strains Enhygromyxa salina SWB005 and SWB007 were isolated from coastal soil samples using Escherichia coli as bait for these predatory strains. Resulted in 192 contigs (Ͼ500 bp) with an average coverage of 73-fold for E. salina SWB007 and 312 contigs (Ͼ500 bp) with an average coverage of 75-fold for E. salina SWB005. The assemblies were validated and the read coverage was determined with Qualimap version 2.1 [8].
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