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Explore the pivotal role of synthetic messenger RNA (mRNA) in precisely modulating cellular metabolism. This advanced technology enables targeted control over metabolic processes, offering groundbreaking potential for novel therapeutic strategies and biotechnological applications by re-engineering cellular functions at a fundamental level.

This article explores the intricate molecular mechanisms by which drugs specifically recognize and bind to nucleic acids, including DNA and RNA. Understanding the structural basis of these interactions is paramount for rational drug design, enabling the development of more effective and targeted therapeutics with reduced off-target effects, and is crucial for advances in antimicrobial and anticancer drug development.