Weijers C A, de Haan A, de Bont J A
Department of Food Science, Agricultural University of Wageningen, The Netherlands.
Microbiol Sci. 1988 May;5(5):156-9.
Epoxides are intermediates in the metabolism of many alkenes and aromatic compounds in higher organisms and in microorganisms. In microbial formation of epoxides, and further metabolism or excretion of these reactive compounds, many different enzymes are involved. Bacteria and fungi sometimes form optically active epoxides or are able to degrade epoxides enantioselectively, allowing the biotechnological production of these chiral building blocks in organic synthesis.
环氧化物是高等生物和微生物中许多烯烃和芳香族化合物代谢的中间体。在微生物形成环氧化物以及这些活性化合物的进一步代谢或排泄过程中,涉及许多不同的酶。细菌和真菌有时会形成光学活性环氧化物,或者能够对映选择性地降解环氧化物,从而在有机合成中通过生物技术生产这些手性结构单元。