Mechanisms of Chloroperoxidase-catalyzed Enantioselective Reactions as Probed by Site-directed Mutagenesis and Isotopic Labeling
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“…No sign of chlorination and dismutation activities, increased in epoxidation and peroxidation activities [124] H105A Increased in epoxidation activity, decreased in chlorination and dismutation activity [123] E183H Increased in epoxidation activity, decreased in chlorination and dismutation activities [125] F186A R26A/N33A No sign of chlorination and dismutation activities, increased in epoxidation and peroxidation activities [126] CHAPTER II.…”
Section: Distal Cpo Mutants Activity References N74v N74qmentioning
confidence: 99%
“…No sign of chlorination and dismutation activities, increased in epoxidation and peroxidation activities [124] H105A Increased in epoxidation activity, decreased in chlorination and dismutation activity [123] E183H Increased in epoxidation activity, decreased in chlorination and dismutation activities [125] F186A R26A/N33A No sign of chlorination and dismutation activities, increased in epoxidation and peroxidation activities [126] CHAPTER II.…”
Section: Distal Cpo Mutants Activity References N74v N74qmentioning
confidence: 99%
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