Regioselective Enzymatic Acylation of Multi-hydroxyl Compounds in Organic Synthesis
With current developments in enzyme-catalyzed reactions and techniques available for rational redesign of natural biocatalysts, the enzymatic biosynthesis can become one of the most valuable Synthetic methods. Enzymatic regioselective catalysis in organic media has played a key role in pursuing asym...
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| Published in | Biotechnology and bioprocess engineering Vol. 8; no. 1; pp. 1 - 8 |
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| Main Authors | , , |
| Format | Journal Article |
| Language | Korean |
| Published |
한국생물공학회
01.02.2003
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| Subjects | |
| Online Access | Get full text |
| ISSN | 1226-8372 1976-3816 |
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| Abstract | With current developments in enzyme-catalyzed reactions and techniques available for rational redesign of natural biocatalysts, the enzymatic biosynthesis can become one of the most valuable Synthetic methods. Enzymatic regioselective catalysis in organic media has played a key role in pursuing asymmetric synthesis for active chiral compounds. Here, we shortly do-scribe some historical issues of the rapidly growing area, enzymatic catalysis in synthetic organic chemistry and then review researches that have been carried out in the regioselective enzymatic catalysis for the past two decades. An application of this technology to the modification of some potential target drug co m pound will be adios presented. |
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| AbstractList | With current developments in enzyme-catalyzed reactions and techniques available for rational redesign of natural biocatalysts, the enzymatic biosynthesis can become one of the most valuable Synthetic methods. Enzymatic regioselective catalysis in organic media has played a key role in pursuing asymmetric synthesis for active chiral compounds. Here, we shortly do-scribe some historical issues of the rapidly growing area, enzymatic catalysis in synthetic organic chemistry and then review researches that have been carried out in the regioselective enzymatic catalysis for the past two decades. An application of this technology to the modification of some potential target drug co m pound will be adios presented. With current developments in enzyme-catalyzed reactions and techniques available forrational redesign of natural biocatalysts, the enzymatic biosynthesis can become one of the most valuable synthetic methods. Enzymatic regioselective catalysis in organic media has played a key role in pursuing asymmetric synthesis for active chiral compounds. Here, we shortly describe some historical issues of the rapidly growing area, enzymatic catalysis in synthetic organic chemistry and then review researches that have been carried out in the regioselective enzymatic catalysis for the past two decades. An application of this technology to the modification of some potential target drug compound will be also presented. KCI Citation Count: 44 |
| Author | Do, Jin-Hwan Chang, Ho-Nam Park, Hyun-Gyu |
| Author_xml | – sequence: 1 fullname: Park, Hyun-Gyu – sequence: 2 fullname: Do, Jin-Hwan – sequence: 3 fullname: Chang, Ho-Nam |
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| DocumentTitleAlternate | Regioselective Enzymatic Acylation of Multi-hydroxyl Compounds in Organic Synthesis |
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| Keywords | regioselective synthesis drug modification enzymatic synthesis Sugar acylation glycoside jineol |
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| Snippet | With current developments in enzyme-catalyzed reactions and techniques available for rational redesign of natural biocatalysts, the enzymatic biosynthesis can... With current developments in enzyme-catalyzed reactions and techniques available forrational redesign of natural biocatalysts, the enzymatic biosynthesis can... |
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| Title | Regioselective Enzymatic Acylation of Multi-hydroxyl Compounds in Organic Synthesis |
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