The rigorous scientific endeavor focused on creating interventions designed to slow, halt, or reverse the biological manifestations of aging within human physiology. This domain heavily intersects with endocrinology, seeking to restore youthful hormonal profiles and cellular function. Our goal is to promote healthspan extension, not merely lifespan extension.
Origin
This field has roots in early life extension research, evolving significantly with advances in genomics and understanding of cellular senescence pathways. The term “anti-aging” implies a direct confrontation with the natural progression of decline. Therapeutics development follows rigorous pathways to ensure safety and efficacy in modulating endocrine systems.
Mechanism
Development focuses on modulating pathways such as mTOR, sirtuins, and optimizing steroid hormone receptor expression. Interventions might include targeted peptide therapies or hormone replacement strategies aimed at correcting age-related deficits. The ultimate mechanism seeks to improve cellular resilience against accumulated damage and restore metabolic efficiency.
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