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- W4238989957 abstract "Natural rubber (NR), poly(cis-1,4-isoprene), is used in an industrial scale for more than 100 years. Most of the NR-derived materials are released to the environment as waste or by abrasion of small particles from our tires. Furthermore, compounds with isoprene units in their molecular structures are part of many biomolecules such as terpenoids and carotenoids. Therefore, it is not surprising that NR-degrading bacteria are widespread in nature. NR has one carbon-carbon double bond per isoprene unit and this functional group is the primary target of NR-cleaving enzymes, so-called rubber oxygenases. Rubber oxygenases are secreted by rubber-degrading bacteria to initiate the break-down of the polymer and to use the generated cleavage products as a carbon source. Three main types of rubber oxygenases have been described so far. One is rubber oxygenase RoxA that was first isolated from Xanthomonas sp. 35Y but was later also identified in other Gram-negative rubber-degrading species. The second type of rubber oxygenase is the latex clearing protein (Lcp) that has been regularly found in Gram-positive rubber degraders. Recently, a third type of rubber oxygenase (RoxB) with distant relationship to RoxAs was identified in Gram-negative bacteria. All rubber oxygenases described so far are haem-containing enzymes and oxidatively cleave polyisoprene to low molecular weight oligoisoprenoids with terminal CHO and CO–CH3 functions between a variable number of intact isoprene units, depending on the type of rubber oxygenase. This contribution summarises the properties of RoxAs, RoxBs and Lcps." @default.
- W4238989957 created "2022-05-12" @default.
- W4238989957 creator A5011852733 @default.
- W4238989957 creator A5059183419 @default.
- W4238989957 date "2018-10-30" @default.
- W4238989957 modified "2023-10-05" @default.
- W4238989957 title "Rubber oxygenases" @default.
- W4238989957 cites W1531416258 @default.
- W4238989957 cites W1597268832 @default.
- W4238989957 cites W1604494506 @default.
- W4238989957 cites W1933984441 @default.
- W4238989957 cites W1966763632 @default.
- W4238989957 cites W1966870489 @default.
- W4238989957 cites W1972459734 @default.
- W4238989957 cites W1977168580 @default.
- W4238989957 cites W1988618408 @default.
- W4238989957 cites W1991498705 @default.
- W4238989957 cites W1993172959 @default.
- W4238989957 cites W1995418488 @default.
- W4238989957 cites W1997675472 @default.
- W4238989957 cites W1998350131 @default.
- W4238989957 cites W1999411080 @default.
- W4238989957 cites W2006830246 @default.
- W4238989957 cites W2008741641 @default.
- W4238989957 cites W2009920119 @default.
- W4238989957 cites W2017220615 @default.
- W4238989957 cites W2020933907 @default.
- W4238989957 cites W2023023571 @default.
- W4238989957 cites W2023799525 @default.
- W4238989957 cites W2029465616 @default.
- W4238989957 cites W2035791620 @default.
- W4238989957 cites W2043274216 @default.
- W4238989957 cites W2044584707 @default.
- W4238989957 cites W2045286069 @default.
- W4238989957 cites W2070124865 @default.
- W4238989957 cites W2083293586 @default.
- W4238989957 cites W2086173700 @default.
- W4238989957 cites W2086445605 @default.
- W4238989957 cites W2087785941 @default.
- W4238989957 cites W2090515333 @default.
- W4238989957 cites W2092818533 @default.
- W4238989957 cites W2093148797 @default.
- W4238989957 cites W2094935574 @default.
- W4238989957 cites W2102189412 @default.
- W4238989957 cites W2102377129 @default.
- W4238989957 cites W2102854528 @default.
- W4238989957 cites W2104976908 @default.
- W4238989957 cites W2110036651 @default.
- W4238989957 cites W2115499340 @default.
- W4238989957 cites W2116671189 @default.
- W4238989957 cites W2116907875 @default.
- W4238989957 cites W2118225241 @default.
- W4238989957 cites W2130518531 @default.
- W4238989957 cites W2136697302 @default.
- W4238989957 cites W2152156066 @default.
- W4238989957 cites W2154694759 @default.
- W4238989957 cites W2159642737 @default.
- W4238989957 cites W2162291102 @default.
- W4238989957 cites W2163236519 @default.
- W4238989957 cites W2170176250 @default.
- W4238989957 cites W2325588819 @default.
- W4238989957 cites W2407960708 @default.
- W4238989957 cites W242276871 @default.
- W4238989957 cites W2432361267 @default.
- W4238989957 cites W2542698307 @default.
- W4238989957 cites W2550374147 @default.
- W4238989957 cites W2559969919 @default.
- W4238989957 cites W2569692213 @default.
- W4238989957 cites W2582612606 @default.
- W4238989957 cites W2612720438 @default.
- W4238989957 cites W2735287559 @default.
- W4238989957 cites W2735370313 @default.
- W4238989957 cites W2735948536 @default.
- W4238989957 cites W2773896577 @default.
- W4238989957 cites W2790511231 @default.
- W4238989957 cites W2793435852 @default.
- W4238989957 cites W2793521567 @default.
- W4238989957 cites W2794915141 @default.
- W4238989957 cites W2806662485 @default.
- W4238989957 cites W2889757239 @default.
- W4238989957 cites W2952831323 @default.
- W4238989957 cites W4212937897 @default.
- W4238989957 cites W4253546723 @default.
- W4238989957 cites W4255472377 @default.
- W4238989957 doi "https://doi.org/10.1007/s00253-018-9453-z" @default.
- W4238989957 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30377752" @default.
- W4238989957 hasPublicationYear "2018" @default.
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