FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W774788478> ?p ?o ?g. }

• W774788478 abstract "Background: Thermacetogenium phaeum is a thermophilic strictly anaerobic bacterium oxidizing acetate to CO2 in syntrophic association with a methanogenic partner. It can also grow in pure culture, e.g., by fermentation of methanol to acetate. The key enzymes of homoacetate fermentation (Wood-Ljungdahl pathway) are used both in acetate oxidation and acetate formation. The obvious reversibility of this pathway in this organism is of specific interest since syntrophic acetate oxidation operates close to the energetic limitations of microbial life. Results: The genome of T. phaeum is organized on a single circular chromosome and has a total size of 2,939,057 bp. It comprises 3.215 open reading frames of which 75% could be assigned to a gene function. The G+C content is 53.88 mol%. Many CRISPR sequences were found, indicating heavy phage attack in the past. A complete gene set for a phage was found in the genome, and indications of phage action could also be observed in culture. The genome contained all genes required for CO2 reduction through the Wood-Ljungdahl pathway, including two formyl tetrahydrofolate ligases, three carbon monoxide dehydrogenases, one formate hydrogenlyase complex, three further formate dehydrogenases, and three further hydrogenases. The bacterium contains a menaquinone MQ-7. No indications of cytochromes or Rnf complexes could be found in the genome. Conclusions: The information obtained from the genome sequence indicates that T. phaeum differs basically from the three homoacetogenic bacteria sequenced so far, i.e., the sodium iondependent Acetobacterium woodii, the ethanol-producing Clostridium ljungdahlii, and the" @default.
• W774788478 created "2016-06-24" @default.
• W774788478 creator A5031916937 @default.
• W774788478 date "2014-01-01" @default.
• W774788478 modified "2023-09-27" @default.
• W774788478 title "Energy conservation in syntrophic acetate oxidation" @default.
• W774788478 cites W104710838 @default.
• W774788478 cites W1483400313 @default.
• W774788478 cites W1486723283 @default.
• W774788478 cites W1488484244 @default.
• W774788478 cites W1515664586 @default.
• W774788478 cites W1519541902 @default.
• W774788478 cites W1519641427 @default.
• W774788478 cites W1528148347 @default.
• W774788478 cites W1543208262 @default.
• W774788478 cites W1545253840 @default.
• W774788478 cites W1552450457 @default.
• W774788478 cites W1556779005 @default.
• W774788478 cites W1566880855 @default.
• W774788478 cites W1570745070 @default.
• W774788478 cites W1571190187 @default.
• W774788478 cites W1573058105 @default.
• W774788478 cites W158176380 @default.
• W774788478 cites W1587846705 @default.
• W774788478 cites W1593521921 @default.
• W774788478 cites W1596789411 @default.
• W774788478 cites W159989922 @default.
• W774788478 cites W1612028526 @default.
• W774788478 cites W1632119174 @default.
• W774788478 cites W1633401484 @default.
• W774788478 cites W1666812661 @default.
• W774788478 cites W1764029194 @default.
• W774788478 cites W1766118319 @default.
• W774788478 cites W1780610538 @default.
• W774788478 cites W1787065806 @default.
• W774788478 cites W1807670144 @default.
• W774788478 cites W1809097252 @default.
• W774788478 cites W1848716311 @default.
• W774788478 cites W1870352938 @default.
• W774788478 cites W1886493829 @default.
• W774788478 cites W1930412129 @default.
• W774788478 cites W1964600830 @default.
• W774788478 cites W1965733718 @default.
• W774788478 cites W1966653175 @default.
• W774788478 cites W1967541807 @default.
• W774788478 cites W1967826441 @default.
• W774788478 cites W1968161728 @default.
• W774788478 cites W1968683974 @default.
• W774788478 cites W1969383250 @default.
• W774788478 cites W1969781187 @default.
• W774788478 cites W1973554224 @default.
• W774788478 cites W1974858052 @default.
• W774788478 cites W1974956422 @default.
• W774788478 cites W1980761815 @default.
• W774788478 cites W1983060201 @default.
• W774788478 cites W1984978561 @default.
• W774788478 cites W1985379624 @default.
• W774788478 cites W1986518970 @default.
• W774788478 cites W1986557059 @default.
• W774788478 cites W1988548022 @default.
• W774788478 cites W1989704372 @default.
• W774788478 cites W1990453950 @default.
• W774788478 cites W1991180369 @default.
• W774788478 cites W1991604822 @default.
• W774788478 cites W1992994412 @default.
• W774788478 cites W1996039824 @default.
• W774788478 cites W2004659156 @default.
• W774788478 cites W2010504036 @default.
• W774788478 cites W2016277297 @default.
• W774788478 cites W2020140162 @default.
• W774788478 cites W2020381618 @default.
• W774788478 cites W2024280615 @default.
• W774788478 cites W2026937184 @default.
• W774788478 cites W2027127704 @default.
• W774788478 cites W2027642444 @default.
• W774788478 cites W2028038650 @default.
• W774788478 cites W2028995191 @default.
• W774788478 cites W2030499783 @default.
• W774788478 cites W2034901926 @default.
• W774788478 cites W2034985989 @default.
• W774788478 cites W2035252706 @default.
• W774788478 cites W2036394586 @default.
• W774788478 cites W2042291489 @default.
• W774788478 cites W2042722626 @default.
• W774788478 cites W2043953512 @default.
• W774788478 cites W2045385460 @default.
• W774788478 cites W2047032063 @default.
• W774788478 cites W2049702154 @default.
• W774788478 cites W2054835895 @default.
• W774788478 cites W2057533555 @default.
• W774788478 cites W2063433301 @default.
• W774788478 cites W2063519411 @default.
• W774788478 cites W2068119233 @default.
• W774788478 cites W2073313254 @default.
• W774788478 cites W2074231493 @default.
• W774788478 cites W2075644100 @default.
• W774788478 cites W2077787127 @default.
• W774788478 cites W2082156509 @default.
• W774788478 cites W2086214407 @default.
• W774788478 cites W2087530234 @default.

• next