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Active Site Design in a Chemzyme: Development of a Highly Asymmetric and Remarkably Temperature-Independent Catalyst for the Imino Aldol Reaction This work was supported by a grant from UOP Company. We would like to thank Thomas Malloy, Timothy Brandvold and Beth McCulloch for stimulating discussions.

PubMedPublished 18 June 2001
Song Xue, Su Yu, Yonghong Deng, William D. Wulff
Citations75

TL;DR

A remarkably temperature-independent catalyst has been developed for the imino aldol reaction of imines derived from ortho-aminophenols that resulted in asymmetric inductions in excess of 98 % ee at room temperature as well as at 100°C.

Abstract

) should enhance induction. This resulted in asymmetric inductions in excess of 98 % ee at room temperature as well as at 100°C. TMS=trimethylsilyl.

Keywords

Chemistry