Genome sequence of Thioclava strain BDS19, isolated from coastal marsh sediment, reveals key insights into sulfur cycling and sox gene function.
Salt marsh sediments host intensive sulfur cycling. Genome sequences from culturable sulfur-oxidizing microbes are required for targeted engineering to test sox gene function. We report the complete genome sequence (3,410,538 bp, 59.6 mol% G + C content) of putative sulfur oxidizer Thioclava strain BDS19, isolated from marsh sediment on Cape Cod, USA.
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DiSalvo et al. (2025) studied this question.
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