Abstract:We report here the draft genome sequences of a bacterial isolate, Dyella sp. strain C11, which was isolated from a Malaysian tropical peat swamp forest. The putative genes for the biogeochemical processes were annotated, and the genome was deposited in an online database.
“…We previously sequenced the genome of Dyella sp. strain C11, which is potentially involved in the hydrolysis of cellulose, amylose, and hemicellulose and the production of a greenhouse gas, nitrous oxide ( 4 ).…”
Section: Announcementmentioning
confidence: 99%
“…strain C9 was isolated in the same study that isolated Dyella sp. strain C11 ( 4 ). Briefly, the surface peat sample was enriched using primary enrichment medium ( 5 ), and bacterial isolation was performed on minimal medium using a common substrate in TPSF, methanol, as the carbon source ( 6 ).…”
“…We previously sequenced the genome of Dyella sp. strain C11, which is potentially involved in the hydrolysis of cellulose, amylose, and hemicellulose and the production of a greenhouse gas, nitrous oxide ( 4 ).…”
Section: Announcementmentioning
confidence: 99%
“…strain C9 was isolated in the same study that isolated Dyella sp. strain C11 ( 4 ). Briefly, the surface peat sample was enriched using primary enrichment medium ( 5 ), and bacterial isolation was performed on minimal medium using a common substrate in TPSF, methanol, as the carbon source ( 6 ).…”
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