Abstract
Applications of Computational Chemistry in Understanding and Advancing Microbial Chemistry
Author(s): Mateo R. ÁlvarezComputational chemistry has become an indispensable tool for investigating chemical processes within microbial systems. By applying theoretical models and computer-based simulations, computational chemistry enables detailed analysis of molecular structures, reaction mechanisms, and interaction dynamics of microbial metabolites and enzymes. These approaches complement experimental microbial chemistry by predicting chemical behavior, guiding experimental design, and accelerating drug discovery. This article explores the role of computational chemistry in microbial chemistry, highlighting its applications in molecular modeling, enzymatic mechanism analysis, and metabolite optimization.
