Application and Optimization of Novel Asymmetric Catalysts in Drug Synthesis

Abstract

This study aims to develop a novel asymmetric catalyst and explore its application and optimization in drug synthesis. By designing specific organometallic frameworks and optimizing the catalytic active centers, the study successfully enhanced the efficiency and selectivity of drug synthesis. The experiments included measuring catalytic efficiency, evaluating product selectivity, and testing the recyclability of the catalyst. The results indicate that the novel catalyst not only excels in improving synthesis efficiency but also demonstrates excellent selectivity and high potential for reuse. The study also investigates various factors affecting catalyst performance and provides constructive suggestions for future research directions.