Matches in SemOpenAlex for { <https://semopenalex.org/work/W2902313735> ?p ?o ?g. }
- W2902313735 abstract "Candidate phylum Atribacteria JS1 lineage is one of the predominant bacterial groups in anoxic subseafloor sediments, especially in organic-rich or gas hydrate-containing sediments. However, due to the lack of axenic culture representatives, metabolic potential and biogeochemical roles of this phylum have remained elusive. Here, we examined the microbial communities of marine sediments of the Ross Sea, Antarctica, and found candidate phylum Atribacteria JS1 lineage was the most abundant candidate phylum accounting for 9.8–40.8% of the bacterial communities with a single dominant operational taxonomic unit (OTU). To elucidate the metabolic potential and ecological function of this species, we applied a single-cell genomic approach and obtained 18 single-cell amplified genomes presumably from a single species that was consistent with the dominant OTU throughout the sediment. The composite genome constructed by co-assembly showed the highest genome completeness among available Atribacteria JS1 genomes. Metabolic reconstruction suggested fermentative potential using various substrates and syntrophic acetate oxidation coupled with hydrogen or formate scavenging methanogens. This metabolic potential supports the predominance of Atribacteria JS1 in anoxic environments expanding our knowledge of the ecological function of this uncultivated group." @default.
- W2902313735 created "2018-12-11" @default.
- W2902313735 creator A5002657016 @default.
- W2902313735 creator A5019386524 @default.
- W2902313735 creator A5034404468 @default.
- W2902313735 creator A5040546732 @default.
- W2902313735 creator A5060943516 @default.
- W2902313735 creator A5069267886 @default.
- W2902313735 creator A5071614860 @default.
- W2902313735 creator A5075083166 @default.
- W2902313735 creator A5077941975 @default.
- W2902313735 creator A5081493752 @default.
- W2902313735 creator A5091616503 @default.
- W2902313735 date "2018-11-29" @default.
- W2902313735 modified "2023-10-14" @default.
- W2902313735 title "Genomic Insight Into the Predominance of Candidate Phylum Atribacteria JS1 Lineage in Marine Sediments" @default.
- W2902313735 cites W1480149909 @default.
- W2902313735 cites W1793194442 @default.
- W2902313735 cites W1820165080 @default.
- W2902313735 cites W1926207184 @default.
- W2902313735 cites W1966276450 @default.
- W2902313735 cites W1968808731 @default.
- W2902313735 cites W1976656147 @default.
- W2902313735 cites W1978623269 @default.
- W2902313735 cites W1991517254 @default.
- W2902313735 cites W1996341957 @default.
- W2902313735 cites W1996457200 @default.
- W2902313735 cites W1996625469 @default.
- W2902313735 cites W1999887423 @default.
- W2902313735 cites W2000257455 @default.
- W2902313735 cites W2004548026 @default.
- W2902313735 cites W2014598704 @default.
- W2902313735 cites W2020116719 @default.
- W2902313735 cites W2036007179 @default.
- W2902313735 cites W2036972714 @default.
- W2902313735 cites W2042040959 @default.
- W2902313735 cites W2043959425 @default.
- W2902313735 cites W2058018247 @default.
- W2902313735 cites W2062809729 @default.
- W2902313735 cites W2065310919 @default.
- W2902313735 cites W2071803392 @default.
- W2902313735 cites W2075231444 @default.
- W2902313735 cites W2081576439 @default.
- W2902313735 cites W2088071606 @default.
- W2902313735 cites W2094596285 @default.
- W2902313735 cites W2099723319 @default.
- W2902313735 cites W2102424972 @default.
- W2902313735 cites W2107282968 @default.
- W2902313735 cites W2109213168 @default.
- W2902313735 cites W2112364185 @default.
- W2902313735 cites W2113342771 @default.
- W2902313735 cites W2119888547 @default.
- W2902313735 cites W2127036970 @default.
- W2902313735 cites W2127444222 @default.
- W2902313735 cites W2131062810 @default.
- W2902313735 cites W2133579817 @default.
- W2902313735 cites W2136879569 @default.
- W2902313735 cites W2139734124 @default.
- W2902313735 cites W2140200428 @default.
- W2902313735 cites W2147783737 @default.
- W2902313735 cites W2148093849 @default.
- W2902313735 cites W2152207030 @default.
- W2902313735 cites W2154071138 @default.
- W2902313735 cites W2156315970 @default.
- W2902313735 cites W2158439756 @default.
- W2902313735 cites W2166123725 @default.
- W2902313735 cites W2167033123 @default.
- W2902313735 cites W2169157436 @default.
- W2902313735 cites W2174306236 @default.
- W2902313735 cites W2222231589 @default.
- W2902313735 cites W2224056471 @default.
- W2902313735 cites W2293344352 @default.
- W2902313735 cites W2333481637 @default.
- W2902313735 cites W2343303312 @default.
- W2902313735 cites W2464459902 @default.
- W2902313735 cites W2745006471 @default.
- W2902313735 cites W2765283594 @default.
- W2902313735 cites W4214661561 @default.
- W2902313735 doi "https://doi.org/10.3389/fmicb.2018.02909" @default.
- W2902313735 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6281690" @default.
- W2902313735 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30555444" @default.
- W2902313735 hasPublicationYear "2018" @default.
- W2902313735 type Work @default.
- W2902313735 sameAs 2902313735 @default.
- W2902313735 citedByCount "26" @default.
- W2902313735 countsByYear W29023137352019 @default.
- W2902313735 countsByYear W29023137352020 @default.
- W2902313735 countsByYear W29023137352021 @default.
- W2902313735 countsByYear W29023137352022 @default.
- W2902313735 countsByYear W29023137352023 @default.
- W2902313735 crossrefType "journal-article" @default.
- W2902313735 hasAuthorship W2902313735A5002657016 @default.
- W2902313735 hasAuthorship W2902313735A5019386524 @default.
- W2902313735 hasAuthorship W2902313735A5034404468 @default.
- W2902313735 hasAuthorship W2902313735A5040546732 @default.
- W2902313735 hasAuthorship W2902313735A5060943516 @default.
- W2902313735 hasAuthorship W2902313735A5069267886 @default.
- W2902313735 hasAuthorship W2902313735A5071614860 @default.
- W2902313735 hasAuthorship W2902313735A5075083166 @default.
- W2902313735 hasAuthorship W2902313735A5077941975 @default.