Molecular Anti-Aging Protocols are therapeutic regimens designed to target and modulate the fundamental molecular and cellular pathways that drive the biological aging process. These protocols focus on mechanisms such as mitochondrial dysfunction, genomic instability, and cellular senescence, aiming to enhance cellular resilience and functional longevity. They represent the leading edge of regenerative medicine.
Origin
This term is a direct clinical translation of geroscience research, which has identified the nine hallmarks of aging at the molecular and cellular level. Molecular emphasizes the precise, sub-cellular targeting of these interventions. These protocols move beyond general wellness to implement specific, evidence-based strategies for biological rejuvenation.
Mechanism
These protocols often involve the use of senolytics to clear senescent cells, NAD+ precursors to boost mitochondrial energy production, and agents that enhance autophagy and proteostasis. By directly addressing the root molecular causes of cellular decline, these interventions aim to restore youthful cellular function and communication. The ultimate mechanism is the functional reset of key longevity pathways.
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