Genome-scale metabolic model

A genome-scale metabolic model is a detailed computer representation of all the chemical reactions happening inside a cell, based on its genetic information. It maps how genes encode enzymes that facilitate these reactions, helping scientists understand how cells produce energy, build molecules, and respond to changes. These models are useful for predicting cellular behavior, designing new medicines, or engineering microbes for specific tasks like producing biofuels. Essentially, it’s a comprehensive blueprint of a cell's metabolism, offering insights into its function and potential vulnerabilities.