Understanding reaction networks is crucial for several reasons:
Optimization of Catalytic Efficiency: By mapping out all possible pathways and intermediates, researchers can identify the most efficient routes to desired products. Predicting Selectivity: Knowledge of reaction networks helps in predicting which products will be favored, allowing for better control over selectivity. Identifying Side Reactions: Reaction networks can reveal unwanted side reactions, helping in the design of strategies to minimize them. Designing Better Catalysts: Insight into the detailed mechanisms allows for the development of catalysts that are more effective and stable.
