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- Q2725095 subject Q20962376.
- Q2725095 subject Q9044680.
- Q2725095 abstract "Chlorobium (also known as Chlorochromatium) is a genus of green sulfur bacteria. They are photolithotrophic oxidizers of sulfur and most notably utilise a noncyclic electron transport chain to reduce NAD+. Photosynthesis is achieved using a Type 2 Reaction Centre using bacteriochlorophyll (BChl) a and in chlorosomes which employ BChl c, d, or e; in addition chlorophyll a is also present. Hydrogen sulfide is used as an electron source and carbon dioxide its carbon source.Chlorobium species exhibit a dark green color; in a Winogradsky column, the green layer often observed is composed of Chlorobium. This genus lives in strictly anaerobic conditions below the surface of a body of water, commonly the anaerobic zone of a eutrophic lake.Chlorobium aggregatum is a species which exists in a symbiotic relationship with a colorless, nonphotosynthetic bacteria. This species looks like a bundle of green bacteria, attached to a central rod-like cell which can move around with a flagellum. The green, outer bacteria use light to oxidize sulfide into sulfate. The inner cell, which is not able to perform photosynthesis, reduces the sulfate into sulfide. These bacteria divide in unison, giving the structure a multicellular appearance which is highly unusual in bacteria.Chlorobium species are thought to have played an important part in mass extinction events on Earth. If the oceans turn anoxic (due to the shutdown of ocean circulation) then Chlorobium would be able to out compete other photosynthetic life. They would produce huge quantities of methane and hydrogen sulfide which would cause global warming and acid rain. This would have huge consequences for other oceanic organisms and also for terrestrial organisms. Evidence for abundant Chlorobium populations is provided by chemical fossils found in sediments deposited at the Cretaceous mass extinction.The complete C. tepidum genome, which consists of 2.15 megabases (Mb), was sequenced and published in 2002. It synthesizes chlorophyll a and bacteriochlorophylls (BChls) a and c, of which the model organism has been used to elucidate the biosynthesis of BChl c. Several of its carotenoid metabolic pathways (including a novel lycopene cyclase) have similar counterparts in cyanobacteria.".
- Q2725095 class Q866342.
- Q2725095 family Q866342.
- Q2725095 kingdom Q10876.
- Q2725095 order Q866342.
- Q2725095 phylum Q866342.
- Q2725095 synonym "Chlorochromatium".
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- Q2725095 classis Q866342.
- Q2725095 familia Q866342.
- Q2725095 name "Chlorobium".
- Q2725095 ordo Q866342.
- Q2725095 phylum Q866342.
- Q2725095 regnum Q10876.
- Q2725095 synonyms "Chlorochromatium".
- Q2725095 type Species.
- Q2725095 type Thing.
- Q2725095 comment "Chlorobium (also known as Chlorochromatium) is a genus of green sulfur bacteria. They are photolithotrophic oxidizers of sulfur and most notably utilise a noncyclic electron transport chain to reduce NAD+. Photosynthesis is achieved using a Type 2 Reaction Centre using bacteriochlorophyll (BChl) a and in chlorosomes which employ BChl c, d, or e; in addition chlorophyll a is also present.".
- Q2725095 label "Chlorobium".
- Q2725095 name "Chlorobium".