Passive binding
In this article, we will explore the topic of Passive binding in depth, analyzing its most relevant aspects and its impact in different contexts. From its origins to its current evolution, we will delve into the details that have characterized Passive binding over time, as well as the future perspectives that are envisioned around this topic. Through a multidisciplinary approach, we will examine how Passive binding has influenced different areas, from culture to science, politics and society in general. Likewise, we will reflect on the implications that Passive binding has had on people's daily lives, as well as on the global panorama. Ultimately, this article seeks to provide a comprehensive view of Passive binding, providing the reader with a deep and enriching understanding of this exciting topic.
In complexation catalysis, the term passive binding refers to any stabilizing interaction that is equally strong at the transition state level and in the reactant-catalyst complex.
Having the same effect on the stability of the transition state and the reactant-catalyst complex, passive binding contributes to acceleration only if the equilibrium between the unassociated reactant and catalyst and their complex is not completely shifted to the right. It was defined by A.J. Kirby in 1996 as opposed to the dynamic binding, i.e. the whole of interactions that are stronger at the transition state level than in the reactant-catalyst complex.[1]
See also
References
- ^ A.J. Kirby Angewandte Chemie International Edition 1996 35 706–724.
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