Berg's Law

Berg’s Law states that in biological systems, enzymes function most efficiently when their active sites are optimized for the specific molecules they interact with. In essence, enzymes have evolved to match the shapes and properties of their substrates, ensuring reactions occur quickly and effectively. This specificity means that even small changes in the enzyme’s structure can significantly impact how well it works. The law highlights the importance of the precise molecular fit for biological processes, emphasizing that the natural design of enzymes is tailored to maximize their catalytic efficiency in living organisms.