The remarkable activity, selectivity, and stability of many commercially available or easily prepared biocatalysts, along with their simple operative conditions and the intrinsic "greenness" of biocatalytic processes, have all contributed to a rapidly accelerating expansion of the research area dedicated to the design and development of one-pot multistep synthetic approaches involving two or more enzymes and/or microbial cells. A brief survey of the literature is presented, focusing mainly on efficient protocols that are generally applicable to a broad range of substrates and relevant to the synthesis of small, often chiral, organic molecules as synthons for the pharmaceutical and fine-chemical industries.

Dual Catalysis with Two or More Biocatalysts

Parmeggiani, F;
2019-01-01

Abstract

The remarkable activity, selectivity, and stability of many commercially available or easily prepared biocatalysts, along with their simple operative conditions and the intrinsic "greenness" of biocatalytic processes, have all contributed to a rapidly accelerating expansion of the research area dedicated to the design and development of one-pot multistep synthetic approaches involving two or more enzymes and/or microbial cells. A brief survey of the literature is presented, focusing mainly on efficient protocols that are generally applicable to a broad range of substrates and relevant to the synthesis of small, often chiral, organic molecules as synthons for the pharmaceutical and fine-chemical industries.
2019
Science of Synthesis: Dual Catalysis in Organic Synthesis
9783132429765
dual catalysis
biocatalysis
enzymes
microorganisms
green chemistry
cascades
multistep processes
asymmetric synthesis
resolution
deracemization
functional-group interconversion
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11311/1167195
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