Chrysiogenes arsenatis
WebEtymology: Chry.si.o.ge.nes. Gr. neut. n. chryseîon, a gold mine; Gr. suff.-genes, sprung from, born from; from Gr. ind. v. gennaô, to beget, engender, bear; N.L. masc. n. … WebFor example, Chrysiogenes arsenatis, uses acetate as the electron donor for arsenate respiration by an arsenate reductase enzyme, ArrAB. The C. arsenatis arsenate reductase is located in the periplasm and is a dimer composed of 87 kDa ArrA and 29 kDa ArrB subunits. ArrAB couples to the respiratory chain and provides energy for oxidative ...
Chrysiogenes arsenatis
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WebOct 22, 2024 · Unlike bacteria that use the nonrespiratory substrate lactate as an electron donor (such as strain MIT-13, strain SES-3 or D. auripigmentum ), Chrysiogenes arsenatis is the first isolated organism using acetate as an electron donor for arsenate respiratory reduction (Krafft and Macy 1998 ). http://tolweb.org/Chrysiogenetes/59595
WebElimineu aquest avís si creieu que està solucionat sense objeccions en la discussió. Els tipus hipotètics de bioquímica són els diferents tipus de bioquímiques especulatives de formes de vida extraterrestre radicalment diferents de les que es coneixen a la Terra. Inclou les bioquímiques que utilitzen elements altres que el carboni en ... WebApr 2, 2013 · Purification and characterization of the Arr proteins from Chrysiogenes arsenatis (Krafft and Macy 1998), Bacillus selenitireducens (Afkar et al. 2003), and Shewanella strain ANA-3 (Malasarn et al. 2008) revealed that the heterodimer ArrAB is a member of the DMSO reductase
WebChrysiogenes arsenatis is the only known organism capable of using acetate as the electron donor and arsenate as the terminal electron acceptor for growth. This reduction …
WebDec 31, 2011 · D. indicum forms a deeply branching clade related to Chrysiogenes arsenatis, an arsenate respiring bacterium that cannot use selenate as electron acceptor, and Desulfurispira natronophila that only uses sulfur or arsenate as terminal electron acceptor (Table 1).Interestingly, its closest relative D. alkaliphilum, with a 16S rRNA …
WebChrysiogenes arsenatis is a species of bacterium in the family Chrysiogenaceae.[1] It has a unique biochemistry. Instead of respiring with oxygen, it respires using the most oxidized form of arsenic, arsenate. It uses arsenate as its terminal electron acceptor. Arsenic is usually toxic to life. Bacteria like Chrysiogenes arsenatis are found in anoxic arsenic … phone box hartlepoolWebUnder anaerobic growth, the reduction of arsenate as a terminal electron acceptor by respiratory enzymes generates energy, with the production of arsenite. For example, Chrysiogenes arsenatis, uses acetate as the electron donor for arsenate respiration by an arsenate reductase enzyme, ArrAB. phone box gridWebJun 27, 2024 · The anaerobic bacterium Chrysiogenes arsenatis respires using the oxyanion arsenate (AsO 4 3- ) as the terminal electron acceptor, where it is reduced to … how do you know if you have bile leakageWebIt has been reported that an enzyme from Bacillus selenitireducens (Afkar et al., 2003) was membrane associated, whereas an enzyme from Chrysiogenes arsenatis was found in periplasm and is different from the nonrespiratory arsenate reductases of Escherichia coli and Staphylococcus aureus (Krafft and Macy, 1998). how do you know if you have bladder cancerWebDec 25, 2001 · Chrysiogenes arsenatis is the only bacterium known that respires anaerobically using arsenate as the terminal electron acceptor and the respiratory … how do you know if you have blackheadsWebChrysiogenes arsenatis Organism: Chrysiogenes arsenatis DSM 11915 (bacteria) Submitter: UC Davis Genome Center Date: 2013/09/20 Assembly type: Assembly level: Scaffold Genome representation: full RefSeq category: representative genome Relation to type material: assembly from type material GenBank assembly accession: … how do you know if you have been ddosWebSep 12, 2003 · This was demonstrated by the purification and characterization of the respiratory arsenate reductase from Chrysiogenes arsenatis, one of the first species of arsenate respiring bacteria described [17]. A periplasmic enzyme, it is heterodimer with an 87-kDa subunit (ArrA) and a 29-kDa subunit (ArrB) [17]. how do you know if you have black mold