Why is Selective Deprotonation Important in Catalysis?
Selective deprotonation is crucial because it ensures the formation of specific intermediates that drive the reaction towards the desired product. In catalytic processes, achieving high selectivity often translates to better yields, reduced by-products, and improved efficiency. For example, in organic synthesis, selective deprotonation can be used to generate enolates, which are key intermediates in the formation of carbon-carbon bonds.
