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- W4315702903 endingPage "137858" @default.
- W4315702903 startingPage "137858" @default.
- W4315702903 abstract "Methylsiloxanes, compounds that contain H3C-Si-O subunits in their molecular structure, are emerging ubiquitous pollutants now detected in many environmental compartments. These compounds and generally Si-C bonds do not occur in living nature, but are industrially produced worldwide in millions of tons per annum and are widely used, resulting in their release to the environment. It is an open question whether or to what extent microorganisms are able to decompose these compounds. The presence of methylsiloxanes in many biogases adds to the economic relevance of this question. We here review and critically discuss, for the first time, the evidence obtained for and against degradation of methylsiloxanes by microorganisms, and in particular for microbial cleavage of Si-CH3 bonds. As a result, no convincing demonstration of Si-C cleavage by native environmental microorganisms has been found." @default.
- W4315702903 created "2023-01-12" @default.
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- W4315702903 date "2023-04-01" @default.
- W4315702903 modified "2023-10-13" @default.
- W4315702903 title "Are Si–C bonds cleaved by microorganisms? A critical review on biodegradation of methylsiloxanes" @default.
- W4315702903 cites W1433591789 @default.
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- W4315702903 cites W1972356460 @default.
- W4315702903 cites W1979370955 @default.
- W4315702903 cites W1986956018 @default.
- W4315702903 cites W1987328485 @default.
- W4315702903 cites W2006615825 @default.
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- W4315702903 cites W2077753299 @default.
- W4315702903 cites W2087531628 @default.
- W4315702903 cites W2089134953 @default.
- W4315702903 cites W2092396005 @default.
- W4315702903 cites W2099436675 @default.
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- W4315702903 cites W2112599198 @default.
- W4315702903 cites W2123826964 @default.
- W4315702903 cites W2125142273 @default.
- W4315702903 cites W2127196929 @default.
- W4315702903 cites W2145871311 @default.
- W4315702903 cites W2155851723 @default.
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- W4315702903 cites W3147528934 @default.
- W4315702903 cites W3158887018 @default.
- W4315702903 cites W3171469653 @default.
- W4315702903 cites W3173594065 @default.
- W4315702903 cites W3183869012 @default.
- W4315702903 cites W3184746874 @default.
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- W4315702903 doi "https://doi.org/10.1016/j.chemosphere.2023.137858" @default.
- W4315702903 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36642148" @default.
- W4315702903 hasPublicationYear "2023" @default.
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