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- W2124374902 abstract "Optically active amines and amino acids play an important role in the pharmaceutical, agrochemical, and chemical industries. They are frequently used as synthons for the preparation of various pharmaceutically active substances and agrochemicals, but also as resolving agents to obtain chiral carboxylic acids. Consequently, there is a need for efficient methods to obtain the desired enantiomer of a given target structure in optically pure form. Beside a range of chemical methods using for example, asymmetric synthesis with transition metal catalysts, enzymes represent a useful alternative to access this important class of compounds. This review covers biocatalytic approaches using hydrolases (i.e. lipases, amidases), monoamine oxidase and other enzymes. Special focus is given on the application of ω-transaminases with emphasis on concepts to allow efficient asymmetric synthesis starting from prostereogenic ketones." @default.
- W2124374902 created "2016-06-24" @default.
- W2124374902 creator A5004420169 @default.
- W2124374902 creator A5055216285 @default.
- W2124374902 date "2009-08-24" @default.
- W2124374902 modified "2023-10-03" @default.
- W2124374902 title "Biocatalytic Routes to Optically Active Amines" @default.
- W2124374902 cites W1533138216 @default.
- W2124374902 cites W1964484777 @default.
- W2124374902 cites W1972596697 @default.
- W2124374902 cites W1973227340 @default.
- W2124374902 cites W1974749879 @default.
- W2124374902 cites W1976884904 @default.
- W2124374902 cites W1977738978 @default.
- W2124374902 cites W1978570134 @default.
- W2124374902 cites W1985528178 @default.
- W2124374902 cites W1986917221 @default.
- W2124374902 cites W1991255954 @default.
- W2124374902 cites W1997257311 @default.
- W2124374902 cites W2000063610 @default.
- W2124374902 cites W2000151628 @default.
- W2124374902 cites W2004269755 @default.
- W2124374902 cites W2014223690 @default.
- W2124374902 cites W2015222374 @default.
- W2124374902 cites W2017365683 @default.
- W2124374902 cites W2019513962 @default.
- W2124374902 cites W2027583385 @default.
- W2124374902 cites W2027625642 @default.
- W2124374902 cites W2029928208 @default.
- W2124374902 cites W2032106630 @default.
- W2124374902 cites W2036161637 @default.
- W2124374902 cites W2040851590 @default.
- W2124374902 cites W2041768134 @default.
- W2124374902 cites W2044698343 @default.
- W2124374902 cites W2050491940 @default.
- W2124374902 cites W2051854967 @default.
- W2124374902 cites W2056362934 @default.
- W2124374902 cites W2057109554 @default.
- W2124374902 cites W2059953515 @default.
- W2124374902 cites W2068786849 @default.
- W2124374902 cites W2072764029 @default.
- W2124374902 cites W2077437218 @default.
- W2124374902 cites W2077666873 @default.
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- W2124374902 cites W2097418439 @default.
- W2124374902 cites W2100981827 @default.
- W2124374902 cites W2107708637 @default.
- W2124374902 cites W2112306226 @default.
- W2124374902 cites W2129370232 @default.
- W2124374902 cites W2131146694 @default.
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- W2124374902 cites W2157858198 @default.
- W2124374902 cites W2160864776 @default.
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- W2124374902 cites W2170250548 @default.
- W2124374902 cites W2170358353 @default.
- W2124374902 cites W2494137754 @default.
- W2124374902 cites W2949646308 @default.
- W2124374902 cites W2950183021 @default.
- W2124374902 cites W2950971696 @default.
- W2124374902 cites W2952943679 @default.
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- W2124374902 doi "https://doi.org/10.1002/cctc.200900110" @default.
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