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The Bioregulator Revolution. Epitalon, Humanin, and the quest to decelerate the aging clock.
True anti-aging goes beyond hormones. Bioregulators (short chain peptides) act as genetic switches, normalizing protein synthesis. Mitochondrial Derived Peptides (MDPs) like Humanin and MOTS-c protect the cell's power plant from age-related decay.
Origin: Pineal Gland Bioregulator
Mechanism: Telomerase activator. Resets circadian rhythms. Increases melatonin sensitivity.
Protocol: 10mg daily for 10 days, twice a year (Khavinson Protocol).
Origin: Mitochondrial DNA
Mechanism: Cytoprotective. Protects cells from oxidative stress, chemo, and amyloid plaques (Alzheimer's).
Status: Potent neuroprotective agent.
Origin: Mitochondrial DNA
Mechanism: "Exercise in a bottle". Regulates metabolic homeostasis. Increases insulin sensitivity.
Use Case: Metabolic flexibility & endurance.
| Peptide | Target Organ | Function |
|---|---|---|
| Thymalin | Thymus / Immune | Grid-restore immune function. Often cycled with Epitalon. |
| Cortexin | Brain | Neuroprotection, GABA modulation, TBI recovery. |
| Pinealon | Brain / Pineal | Regulatory peptide for circadian rhythm and focus. |
| Vilon | Thymus | Synthetic bioregulator. Activates chromatin. |
Note: Khavinson Bioregulators are typically cycled 2x per year. They are not meant for continuous daily use like GH secretagogues.