Bacteria and archaea synergistically convert glycine betaine to biogenic methane in the formosa cold seep of the south china sea

Cold seeps are globally widespread seafloor ecosystems that feature abundant methane production and flourishing chemotrophic benthic communities. Chemical evidence indicates that cold seep methane is largely biogenic; however, the primary methane-producing organisms and associated pathways involved...

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Bibliographic Details
Main Authors:	Dong, X. (Author), Li, L. (Author), Song, L. (Author), Sun, Q. (Author), Xiang, H. (Author), Zhang, H. (Author), Zhang, S. (Author), Zhang, W. (Author)
Format:	Article
Language:	English
Published:	American Society for Microbiology 2021
Subjects:	amplicon archaeon Article Bacteria bacterial RNA betaine Biogenic methane biotechnological production carbon source Cold seep cold seep species concentration (parameter) controlled study Cryoprotectant dimethylglycine Dimethylglycine GBT reduction and demethylation gene cluster gene expression profiling Glycine betaine illumina sequencing kanamycin metagenomics methane Methanobacterium Methanococcoides Methanococcoides seepicolus methanogenesis Methanogenic archaea methanogenic archaeon Methanogenic precursor microbial activity microbial diversity microcosm nonhuman Oceanirhabdus Pseudomonas real time reverse transcription polymerase chain reaction reduction (chemistry) RNA 16S RNA sequence sediment sequence homology South China Sea species diversity Synergism Taiwan trimethylamine
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Bacteria and archaea synergistically convert glycine betaine to biogenic methane in the formosa cold seep of the south china sea

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