Matches in SemOpenAlex for { <https://semopenalex.org/work/W1972301345> ?p ?o ?g. }
- W1972301345 endingPage "542" @default.
- W1972301345 startingPage "529" @default.
- W1972301345 abstract "Most phototrophic bacteria use reduced inorganic sulphur compounds as electron donors during anoxygenic photosynthesis. Principally, sulphide is oxidized via sulphite to sulphate. Elemental sulphur may appear as intermediary storage product (inside: Chromatium, Thiocapsa ; outside: Chlorbium, Ectothiorhodospira ; not in : Rhodopseudomonas sulfidophila ). Adenosine phosphosulphate is an intermediate in sulphite oxidation by Chromatium, Thiocapsa and Chlorobium . Thiosulphate undergoes splitting to sulphide (or elemental sulphur) and sulphite, or is oxidized to tetrathionate. Sulphide may be oxidized to elemental sulphur by cytochrome c or to thiosulphate (perhaps sulphite?) by flavocytochrome c , or to sulphite by a reverse (sirohaem) sulphite reductase. The latter enzyme also oxidizes polysulphides and probably elemental sulphur. Sulphite is either oxidized by APS reductase to form adenosine phosphosulphate - from which sulphate is released by ADP sulphurylase - or by sulphite: acceptor oxidoreductase directly to sulphate. The electron acceptor of most of these oxidative enzymes are cytochromes or non-haem iron-sulphur proteins. The pathways of photolithotrophic sulphur oxidation in Chlorobiaceae, Chromatiaceae and Rhodospirillaceae are separately compiled under evaluation of the presently available data." @default.
- W1972301345 created "2016-06-24" @default.
- W1972301345 creator A5028153008 @default.
- W1972301345 creator A5038107355 @default.
- W1972301345 date "1982-09-13" @default.
- W1972301345 modified "2023-10-14" @default.
- W1972301345 title "Anaerobic oxidation of sulphur compounds as electron donors for bacterial photosynthesis" @default.
- W1972301345 cites W1520338034 @default.
- W1972301345 cites W1568878159 @default.
- W1972301345 cites W1589586705 @default.
- W1972301345 cites W1911499593 @default.
- W1972301345 cites W1915767049 @default.
- W1972301345 cites W1923090137 @default.
- W1972301345 cites W1964156992 @default.
- W1972301345 cites W1965252371 @default.
- W1972301345 cites W1966992224 @default.
- W1972301345 cites W1974302216 @default.
- W1972301345 cites W1976020654 @default.
- W1972301345 cites W1976201480 @default.
- W1972301345 cites W1989681367 @default.
- W1972301345 cites W1989807182 @default.
- W1972301345 cites W1997435925 @default.
- W1972301345 cites W1998852695 @default.
- W1972301345 cites W2001727140 @default.
- W1972301345 cites W2004506434 @default.
- W1972301345 cites W2010809812 @default.
- W1972301345 cites W2016940024 @default.
- W1972301345 cites W2025216849 @default.
- W1972301345 cites W2027859577 @default.
- W1972301345 cites W2029243085 @default.
- W1972301345 cites W2051037340 @default.
- W1972301345 cites W2052181833 @default.
- W1972301345 cites W2052295415 @default.
- W1972301345 cites W2052543107 @default.
- W1972301345 cites W2054079617 @default.
- W1972301345 cites W2059366032 @default.
- W1972301345 cites W2064248044 @default.
- W1972301345 cites W2065097665 @default.
- W1972301345 cites W2075923964 @default.
- W1972301345 cites W2078816276 @default.
- W1972301345 cites W2088178778 @default.
- W1972301345 cites W2090006036 @default.
- W1972301345 cites W20927676 @default.
- W1972301345 cites W2108314489 @default.
- W1972301345 cites W2112455102 @default.
- W1972301345 cites W2121341674 @default.
- W1972301345 cites W2132562473 @default.
- W1972301345 cites W2142346971 @default.
- W1972301345 cites W2272797374 @default.
- W1972301345 cites W2291951279 @default.
- W1972301345 cites W2404726219 @default.
- W1972301345 cites W2925030151 @default.
- W1972301345 doi "https://doi.org/10.1098/rstb.1982.0095" @default.
- W1972301345 hasPublicationYear "1982" @default.
- W1972301345 type Work @default.
- W1972301345 sameAs 1972301345 @default.
- W1972301345 citedByCount "97" @default.
- W1972301345 countsByYear W19723013452012 @default.
- W1972301345 countsByYear W19723013452013 @default.
- W1972301345 countsByYear W19723013452014 @default.
- W1972301345 countsByYear W19723013452015 @default.
- W1972301345 countsByYear W19723013452016 @default.
- W1972301345 countsByYear W19723013452017 @default.
- W1972301345 countsByYear W19723013452018 @default.
- W1972301345 countsByYear W19723013452021 @default.
- W1972301345 countsByYear W19723013452022 @default.
- W1972301345 crossrefType "journal-article" @default.
- W1972301345 hasAuthorship W1972301345A5028153008 @default.
- W1972301345 hasAuthorship W1972301345A5038107355 @default.
- W1972301345 hasConcept C178790620 @default.
- W1972301345 hasConcept C179104552 @default.
- W1972301345 hasConcept C183688256 @default.
- W1972301345 hasConcept C185592680 @default.
- W1972301345 hasConcept C188231169 @default.
- W1972301345 hasConcept C197322856 @default.
- W1972301345 hasConcept C2776062316 @default.
- W1972301345 hasConcept C2776964511 @default.
- W1972301345 hasConcept C2777444609 @default.
- W1972301345 hasConcept C2778418169 @default.
- W1972301345 hasConcept C2779162199 @default.
- W1972301345 hasConcept C2779291864 @default.
- W1972301345 hasConcept C2781090017 @default.
- W1972301345 hasConcept C2900893 @default.
- W1972301345 hasConcept C518881349 @default.
- W1972301345 hasConcept C523546767 @default.
- W1972301345 hasConcept C54355233 @default.
- W1972301345 hasConcept C55493867 @default.
- W1972301345 hasConcept C75473681 @default.
- W1972301345 hasConcept C86803240 @default.
- W1972301345 hasConcept C98614847 @default.
- W1972301345 hasConceptScore W1972301345C178790620 @default.
- W1972301345 hasConceptScore W1972301345C179104552 @default.
- W1972301345 hasConceptScore W1972301345C183688256 @default.
- W1972301345 hasConceptScore W1972301345C185592680 @default.
- W1972301345 hasConceptScore W1972301345C188231169 @default.
- W1972301345 hasConceptScore W1972301345C197322856 @default.
- W1972301345 hasConceptScore W1972301345C2776062316 @default.
- W1972301345 hasConceptScore W1972301345C2776964511 @default.