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- W2019924605 abstract "White rot fungi are the most significant lignin degraders among the wood inhabiting microorganisms. They degrade lignin by extracellular oxidative enzymes. The ligninolytic enzymes also oxidize various environmental pollutants such as polycyclic aromatic hydrocarbons, chlorophenols, and aromatic dyes. The most ubiquitous ligninolytic enzymes produced by these fungi are lignin peroxidases (LP), manganese peroxidases (MnP), and laccases (phenol oxidases). The peroxidases are heme-containing enzymes having typical catalytic cycles, which are characteristic of other peroxidases as well. One molecule of hydrogen peroxide oxidizes the resting (ferric) enzyme withdrawing two electrons. Then the peroxidase is reduced back in two steps of one electron oxidation in the presence of appropriate reducing substrate. The range of the reducing substrates of the two peroxidases is very different due to their altered substrate binding sites. LP is able to oxidize various aromatic compounds, while MnP oxidizes almost exclusively Mn(II) to Mn(III), which then degrades phenolic compounds. Laccases are copper-containing oxidases. They reduce molecular oxygen to water and oxidize phenolic compounds. In this paper, the mechanism of pollutant oxidation by ligninolytic enzymes is discussed giving an overview on the recent results of enzyme kinetics and structure." @default.
- W2019924605 created "2016-06-24" @default.
- W2019924605 creator A5048016830 @default.
- W2019924605 creator A5058829891 @default.
- W2019924605 date "2000-07-01" @default.
- W2019924605 modified "2023-10-13" @default.
- W2019924605 title "Oxidation mechanism of ligninolytic enzymes involved in the degradation of environmental pollutants" @default.
- W2019924605 cites W1481645302 @default.
- W2019924605 cites W1487111992 @default.
- W2019924605 cites W1488034738 @default.
- W2019924605 cites W1512831191 @default.
- W2019924605 cites W1520064748 @default.
- W2019924605 cites W1528593330 @default.
- W2019924605 cites W1530595315 @default.
- W2019924605 cites W1555931633 @default.
- W2019924605 cites W1574876036 @default.
- W2019924605 cites W1596187806 @default.
- W2019924605 cites W1604648834 @default.
- W2019924605 cites W1626269692 @default.
- W2019924605 cites W1805286329 @default.
- W2019924605 cites W1866116049 @default.
- W2019924605 cites W1934485016 @default.
- W2019924605 cites W1964628936 @default.
- W2019924605 cites W1969828067 @default.
- W2019924605 cites W1972389626 @default.
- W2019924605 cites W1973074311 @default.
- W2019924605 cites W1982706580 @default.
- W2019924605 cites W1983392880 @default.
- W2019924605 cites W1986254630 @default.
- W2019924605 cites W1988077725 @default.
- W2019924605 cites W1990070941 @default.
- W2019924605 cites W1990257905 @default.
- W2019924605 cites W1992145183 @default.
- W2019924605 cites W1993743905 @default.
- W2019924605 cites W1994463345 @default.
- W2019924605 cites W1998608369 @default.
- W2019924605 cites W1999727524 @default.
- W2019924605 cites W2008532143 @default.
- W2019924605 cites W2008847539 @default.
- W2019924605 cites W2016830482 @default.
- W2019924605 cites W2018848924 @default.
- W2019924605 cites W2022129476 @default.
- W2019924605 cites W2022470565 @default.
- W2019924605 cites W2022987131 @default.
- W2019924605 cites W2024991469 @default.
- W2019924605 cites W2026586089 @default.
- W2019924605 cites W2026747292 @default.
- W2019924605 cites W2028752501 @default.
- W2019924605 cites W2032480590 @default.
- W2019924605 cites W2034468399 @default.
- W2019924605 cites W2035106188 @default.
- W2019924605 cites W2041879090 @default.
- W2019924605 cites W2045361460 @default.
- W2019924605 cites W2050795974 @default.
- W2019924605 cites W2051840034 @default.
- W2019924605 cites W2060349563 @default.
- W2019924605 cites W2066022999 @default.
- W2019924605 cites W2066592714 @default.
- W2019924605 cites W2070426673 @default.
- W2019924605 cites W2074233537 @default.
- W2019924605 cites W2074479228 @default.
- W2019924605 cites W2079281819 @default.
- W2019924605 cites W2079494540 @default.
- W2019924605 cites W2083297860 @default.
- W2019924605 cites W2087098846 @default.
- W2019924605 cites W2090940453 @default.
- W2019924605 cites W2095040101 @default.
- W2019924605 cites W2098536720 @default.
- W2019924605 cites W2099212413 @default.
- W2019924605 cites W2104786390 @default.
- W2019924605 cites W2115940925 @default.
- W2019924605 cites W2130484306 @default.
- W2019924605 cites W2137801789 @default.
- W2019924605 cites W2140543381 @default.
- W2019924605 cites W2141591389 @default.
- W2019924605 cites W2145581061 @default.
- W2019924605 cites W2161962853 @default.
- W2019924605 cites W2164890534 @default.
- W2019924605 cites W2949329891 @default.
- W2019924605 cites W4245617360 @default.
- W2019924605 cites W4252948366 @default.
- W2019924605 doi "https://doi.org/10.1016/s0964-8305(00)00071-8" @default.
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