APPLICATION OF MODERN ORGANIC CHEMISTRY METHODS IN THE SYNTHESIS OF MEDICINAL SUBSTANCES

The synthesis of medicinal substances is one of the most important applications of modern organic chemistry. The development of new and more effective pharmaceutical compounds requires advanced synthetic approaches that provide high selectivity, efficiency, safety, and environmental sustainability. Modern organic chemistry has introduced numerous methods that have significantly improved the preparation of active pharmaceutical ingredients and their intermediates. These methods include catalytic reactions, asymmetric synthesis, cross-coupling reactions, microwave-assisted synthesis, green chemistry approaches, flow chemistry, and biocatalytic transformations. Such techniques make it possible to construct complex molecular structures with fewer synthetic steps, reduced waste generation, and improved yields. In addition, modern analytical and computational technologies support the optimization of synthetic pathways and facilitate the discovery of new drug candidates. This article discusses the importance and practical application of contemporary organic chemistry methods in the synthesis of medicinal substances and highlights their contribution to the development of efficient, sustainable, and innovative pharmaceutical manufacturing.