Abstract

Gene expression regulation and metabolism are fundamental processes that underpin the complexity of life. Gene expression governs the activation and repression of genes, orchestrating the specialization, adaptation, and diversity of organisms. Metabolism, on the other hand, encompasses the intricate network of chemical reactions that provide energy and sustain cellular processes. These processes are intricately interconnected, influencing each other directionally to maintain cellular homeostasis. Their interplay holds implications for health and disease, offering insights into personalized medicine and therapeutic interventions. This abstract delves into the interdependence of gene expression regulation and metabolism, exploring their roles, mechanisms, and implications in the broader landscape of biology.