AChirality plays a central role in the existence and continuation of life.Vastly different biological and pharmacological effects imparted by the enantiomers of a chiral species attest to the importance of developing a knowledge base at the molecular level, where researchers seek to understand the 3-D molecular structures (absolute configuration and conformation) of chiral species or the reactions that are specific to chiral structures.Manufacturing enantiomeric drugs is a major source of revenue for pharamaceutical companies.Determining the purity of enantiomeric drugs has now become a regulatory requirement (1).The pharmacological and toxicological activities of both enantiomers of a chiral drug must be established before the drug is released for public consumption.This convenient, quantitative approach needs no additional chiral reagents or reactions.
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Polavarapu et al. (2004) studied this question.