International Conference on Organic Synthesis and Reaction Mechanisms (ICOSRM-27)

This track focuses on innovative synthetic methodologies that enhance the efficiency and selectivity of organic reactions. Emphasis will be placed on novel approaches that streamline the synthesis of complex molecules.

This session will explore the detailed mechanistic studies that elucidate the pathways of organic reactions. Participants will discuss experimental and computational techniques that reveal the intricacies of reaction mechanisms.

This track addresses the critical role of stereochemistry in the design and execution of organic syntheses. Topics will include strategies for achieving stereoselectivity and the implications of stereochemistry on biological activity.

This session will highlight recent advances in functional group transformations that are pivotal in organic synthesis. Discussions will cover both traditional and emerging methodologies that enable versatile chemical modifications.

This track will delve into the kinetics of organic reactions, providing insights into reaction rates and their dependence on various parameters. Participants will share findings on how kinetic studies inform mechanistic understanding and synthetic strategies.

This session will showcase the challenges and triumphs in the total synthesis of complex natural products. Presentations will focus on innovative strategies and the impact of synthetic chemistry on drug discovery and development.

This track will explore cutting-edge techniques in asymmetric synthesis that enable the production of enantiomerically enriched compounds. Discussions will include the development of new catalysts and their applications in pharmaceuticals.

This session will focus on the latest advancements in catalytic reactions, including organocatalysis and transition metal catalysis. Participants will discuss mechanistic insights that enhance the understanding of catalyst behavior and efficiency.

This track will highlight the development of new reagents that facilitate organic transformations. Emphasis will be placed on reagents that improve reaction conditions and broaden the scope of synthetic applications.

This session will cover methodologies for optimizing reaction conditions to achieve higher yields and selectivity in organic synthesis. Participants will share case studies demonstrating successful optimization techniques.

This track will explore the principles of molecular construction and the reactivity of organic compounds. Discussions will focus on the design of synthetic strategies that leverage organic reactivity for the assembly of complex structures.