In today's world, Dynamic binding (chemistry) has gained great relevance in different aspects of life. Whether on a personal, professional or social level, Dynamic binding (chemistry) plays a crucial role in decision making and the way we face daily challenges. For a long time, Dynamic binding (chemistry) has been the subject of study and analysis by experts in various disciplines, who seek to better understand its impact on society. In this article, we will explore different aspects related to Dynamic binding (chemistry), from its evolution over time to its influence on modern life. We will also analyze its importance in individual and collective development, as well as the possible implications it has for the future.
In complexation catalysis, the term dynamic binding refers to any stabilizing interaction that is stronger at the transition state level than in the reactant-catalyst complex.
Being directly related to transition state stabilization, dynamic binding is the very hearth of complexation catalysis. It was defined by A.J. Kirby in 1996 as opposed to the passive binding, i.e. the whole of interactions that are equally strong at the reactant and the transition state level.[1]