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Enantioconvergent Multi-Component Reactions.

Lead Research Organisation: University of Edinburgh
Department Name: Sch of Chemistry

Abstract

Asymmetric synthesis is the branch of synthetic chemistry associated with making molecules in single-handed form (i.e., left-handed or right-handed form). The aim of this project is to experimentally establish a new concept in asymmetric synthesis called enantioconvergent multi-component reactions. This will represent a completely new method for accessing single-handed materials starting from mixtures of left- and right-handed molecules. Thanks to a statistical phenomenon known as the Horeau Principle, this new method will result in single-handed materials in exceptionally high purity. The ability to synthesise these left/right-handed molecules in pure form is vitally important, particularly for the pharmaceutical industry. This is because biological molecules exhibit handedness and the left-handed and right-handed form of a chemical (i.e., a drug/medicine) often interact very differently with living organisms.

Publications

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Description The aim of this project was to experimentally establish a new concept in asymmetric synthesis called enantioconvergent multi-component reactions. This has been achieved and represents a completely new method for accessing single-handed materials starting from mixtures of left- and right-handed molecules. Thanks to a statistical phenomenon known as the Horeau Principle, this new method gave single-handed materials in exceptionally high purity. These findings were published in the journal Nature Chemistry.
Exploitation Route The ability to synthesise these left/right-handed molecules in pure form is vitally important, particularly for the pharmaceutical industry. This is because biological molecules exhibit handedness and the left-handed and right-handed form of a chemical (i.e., a drug/medicine) often interact very differently with living organisms.
Sectors Agriculture

Food and Drink

Chemicals

Healthcare

Manufacturing

including Industrial Biotechology

Pharmaceuticals and Medical Biotechnology