The study of the biochemical and physiological effects of therapeutic agents, including hormones, peptides, and supplements, on the biological processes that govern lifespan and healthspan. This discipline focuses on how these agents interact with aging pathways, such as senescence, mitochondrial function, and genetic repair mechanisms, to promote extended vitality. It is a core tenet of preventative and anti-aging medicine.
Origin
This term is a specialized application of “Pharmacodynamics,” the branch of pharmacology concerned with drug effects, specifically tailored to the context of “Longevity,” the science of extending healthy life. It emerged with the rise of targeted biogerontology research.
Mechanism
Longevity pharmacodynamics explores mechanisms such as the modulation of mTOR signaling for cellular maintenance, the activation of sirtuin pathways for DNA repair, and the enhancement of autophagy for cellular housekeeping. The goal is to identify and utilize agents that favorably shift the balance from catabolic, aging-promoting states toward anabolic, repair-promoting states.
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