Different Strategies of Asymmetric Synthesis
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Abstract
Asymmetric synthesis is one of the significant subjects of research in recent times. It incorporates regulating stereochemistry of compounds to produce enantiomerically pure chemical substances. Chiral auxiliaries/substrates and enantioselective reagents and organocatalysis are used for the synthesis of enantiomerically pure molecules in organic synthesis. Significance of chiral compounds results in the generation of new bonds in a stereo and enantio-controlled method. Separation of enantiomers from enantiomerically impure sources is a difficult process. Asymmetric synthesis finds its challenging applications in medicinal chemistry, pharmacology, life sciences, chromatography, and extraterrestrial chemistry. This article features the eco- friendly approach and cost-effectiveness of different strategies of asymmetric synthesis
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