This review updates the principal methods used to obtain dynamic kinetic resolution (DKR)
by either enzymatic or nonenzymatic methods, covering the literature from 2008 to the …

Dynamic kinetic resolutions have proven to be a useful method for the preparation of
enantiopure compounds from racemates, leading to the formation of a single enantiomer in …

New methods continue to be developed for the dynamic kinetic resolution (DKR) and
deracemisation of racemic chiral compounds, in particular alcohols, amines and amino …

Methods for the conversion of racemates to single enantiomers are of great importance in
organic and pharmaceutical chemistry. Enzymatic kinetic resolution has been most …

Dynamic kinetic resolution (DKR) is an attractive process for the transformation of racemic
mixtures into optically active compounds. For successful DKR, efficient racemization is …

Modern organic synthesis requires methodologies that bring together abundant feedstock
chemicals in a mild and efficient manner. To aid in this effort, we have developed a …

The development of new and more economically and environmentally attractive processes
to afford chiral molecules is still an open challenge in organic synthesis. During last years …

The use of deep eutectic solvents (DES) with buffer as cosolvent (up to 10% v/v) leads to low-
viscous media in which lipases can perform synthetic reactions, instead of hydrolysis. This …

Rhamnolipids are becoming an important class of glycolipid biosurfactants. Herein, we
describe for the first time the enzymatic synthesis of rhamnose fatty acid esters by the …

Dynamic kinetic resolution (DKR) is among the most practical methods for the transformation
of racemates to single enantiomers.[1] DKR can provide high yields and excellent …