Longevity Pathway Interception involves the strategic application of biological modulators to influence highly conserved cellular signaling cascades known to regulate aging and lifespan, such as mTOR, AMPK, or sirtuin pathways. This is a proactive approach aiming to shift cellular metabolism away from growth and proliferation toward maintenance and repair mechanisms. We are intervening in the intrinsic programming that governs cellular senescence.
Origin
This terminology arises from the convergence of gerontology, molecular biology, and endocrinology, focusing on manipulating fundamental biological timelines rather than treating acute disease. Interception implies a deliberate, timed action against established aging trajectories driven by metabolic dysregulation. It signifies a shift toward preventative physiological management based on molecular targets.
Mechanism
Interception works by mimicking the signaling states associated with caloric restriction or periods of low energy availability, even when nutritional intake is adequate. For instance, activating AMPK or inhibiting mTOR signaling can trigger cellular cleanup processes like autophagy, clearing damaged organelles and proteins. This targeted manipulation of central metabolic switches aims to enhance cellular resilience and delay age-associated functional decline.
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