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- W1993016313 endingPage "188" @default.
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- W1993016313 abstract "Although at low concentrations, arsenic commonly occurs naturally as a local geological constituent. Whereas both arsenate and arsenite are strongly toxic to life, a number of prokaryotes use these compounds as electron acceptors or donors, respectively, for bioenergetic purposes via respiratory arsenate reductase, arsenite oxidase and alternative arsenite oxidase. The recent burst in discovered arsenite oxidizing and arsenate respiring microbes suggests the arsenic bioenergetic metabolisms to be anything but exotic. The first goal of the present review is to bring to light the widespread distribution and diversity of these metabolizing pathways. The second goal is to present an evolutionary analysis of these diverse energetic pathways. Taking into account not only the available data on the arsenic metabolizing enzymes and their phylogenetical relatives but also the palaeogeochemical records, we propose a crucial role of arsenite oxidation via arsenite oxidase in primordial life. This article is part of a Special Issue entitled: The evolutionary aspects of bioenergetic systems." @default.
- W1993016313 created "2016-06-24" @default.
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- W1993016313 date "2013-02-01" @default.
- W1993016313 modified "2023-09-27" @default.
- W1993016313 title "Arsenics as bioenergetic substrates" @default.
- W1993016313 cites W1487214633 @default.
- W1993016313 cites W1528708922 @default.
- W1993016313 cites W1558405006 @default.
- W1993016313 cites W1577473285 @default.
- W1993016313 cites W1585584429 @default.
- W1993016313 cites W1628739077 @default.
- W1993016313 cites W1632677476 @default.
- W1993016313 cites W1741837683 @default.
- W1993016313 cites W1772751970 @default.
- W1993016313 cites W1967398671 @default.
- W1993016313 cites W1967636082 @default.
- W1993016313 cites W1967838127 @default.
- W1993016313 cites W1969703869 @default.
- W1993016313 cites W1973658255 @default.
- W1993016313 cites W1975976449 @default.
- W1993016313 cites W1980306710 @default.
- W1993016313 cites W1981693751 @default.
- W1993016313 cites W1983733330 @default.
- W1993016313 cites W1985040738 @default.
- W1993016313 cites W1991400205 @default.
- W1993016313 cites W1991665534 @default.
- W1993016313 cites W1992819850 @default.
- W1993016313 cites W1994218586 @default.
- W1993016313 cites W1998509679 @default.
- W1993016313 cites W1998654504 @default.
- W1993016313 cites W2000024082 @default.
- W1993016313 cites W2004149256 @default.
- W1993016313 cites W2005986304 @default.
- W1993016313 cites W2006615663 @default.
- W1993016313 cites W2009471543 @default.
- W1993016313 cites W2010180312 @default.
- W1993016313 cites W2010250370 @default.
- W1993016313 cites W2011231545 @default.
- W1993016313 cites W2012858402 @default.
- W1993016313 cites W2012903075 @default.
- W1993016313 cites W2013813865 @default.
- W1993016313 cites W2016579005 @default.
- W1993016313 cites W2018208344 @default.
- W1993016313 cites W2024400345 @default.
- W1993016313 cites W2032478099 @default.
- W1993016313 cites W2035600318 @default.
- W1993016313 cites W2036094542 @default.
- W1993016313 cites W2036906268 @default.
- W1993016313 cites W2038602179 @default.
- W1993016313 cites W2043632033 @default.
- W1993016313 cites W2050654877 @default.
- W1993016313 cites W2052511483 @default.
- W1993016313 cites W2054981877 @default.
- W1993016313 cites W2060706998 @default.
- W1993016313 cites W2066586679 @default.
- W1993016313 cites W2068725665 @default.
- W1993016313 cites W2073801940 @default.
- W1993016313 cites W2075403935 @default.
- W1993016313 cites W2078048665 @default.
- W1993016313 cites W2082664408 @default.
- W1993016313 cites W2086154930 @default.
- W1993016313 cites W2088764784 @default.
- W1993016313 cites W2092553727 @default.
- W1993016313 cites W2097612426 @default.
- W1993016313 cites W2099017908 @default.
- W1993016313 cites W2101343648 @default.
- W1993016313 cites W2102558285 @default.
- W1993016313 cites W2104547356 @default.
- W1993016313 cites W2114738415 @default.
- W1993016313 cites W2116885418 @default.
- W1993016313 cites W2120667954 @default.
- W1993016313 cites W2127657322 @default.
- W1993016313 cites W2136722944 @default.
- W1993016313 cites W2137440838 @default.
- W1993016313 cites W2138963914 @default.
- W1993016313 cites W2140011169 @default.
- W1993016313 cites W2140345213 @default.
- W1993016313 cites W2141091908 @default.
- W1993016313 cites W2141878910 @default.
- W1993016313 cites W2149602337 @default.
- W1993016313 cites W2155308177 @default.
- W1993016313 cites W2155668077 @default.
- W1993016313 cites W2157520532 @default.
- W1993016313 cites W2158268647 @default.
- W1993016313 cites W2158488384 @default.
- W1993016313 cites W2162973835 @default.
- W1993016313 cites W2168163984 @default.
- W1993016313 cites W2169478189 @default.
- W1993016313 cites W4251203608 @default.
- W1993016313 doi "https://doi.org/10.1016/j.bbabio.2012.08.007" @default.
- W1993016313 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22982475" @default.
- W1993016313 hasPublicationYear "2013" @default.
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