A REVIEW ON THE ROLE OF KINETICS IN ELUCIDATING THE MECHANISM OF BIOLOGICALLY ACTIVE MOLECULES

Kinetic analysis plays a crucial role in elucidating the behavior of biologically active molecules, providing detailed insights into their interaction mechanisms, stability, and functional dynamics. This review underscores the importance of kinetic studies in enzyme catalysis, drug-target binding, and the behavior of lectins and glycoproteins. By examining kinetic parameters such as rate constants for association and dissociation, researchers can gain valuable information about the potency of inhibitors, the thermal stability of lectins, and the binding kinetics of glycoproteins. These parameters reveal essential aspects of molecular interactions, helping to assess the efficiency and specificity of therapeutic agents. Moreover, integrating kinetic data with genomic and proteomic information has propelled the field of systems biology, offering a more holistic understanding of molecular processes. Kinetic studies are also important for optimizing therapeutic strategies, as they provide insights into drug efficacy and resistance mechanisms. Additionally, they enhance the design of bioanalytical tools, leading to more accurate and efficient techniques for studying complex biological systems.