作者:Michael Eichenberger、Sean Hüppi、David Patsch、Natalie Aeberli、Raphael Berweger、Sandro Dossenbach、Eric Eichhorn、Felix Flachsmann、Lucas Hortencio、Francis Voirol、Sabine Vollenweider、Uwe T. Bornscheuer、Rebecca Buller
DOI:10.1002/anie.202108037
日期:2021.12.6
The intrinsic capability of squalene–hopene cyclases to convert (E)- or (Z)-substrates enantiospecifically to (S)- or (R)-configurated monocyclic terpenoids was put into action by a combination of enzyme evolution and substrate engineering for the synthesis of (S)- and (R)-γ-dihydroionone with >99 % ee.
角鲨烯-霍烯环化酶将( E )-或( Z )-底物对映专一地转化为( S )-或( R )-构型单环萜类化合物的内在能力通过酶进化和合成底物工程的结合而发挥作用( S )-和( R )-γ-二氢紫罗兰酮,>99% ee 。