A pineal‑derived short peptide that activates telomerase, extending telomeres and revving mitochondrial vigor.
Epithalon (also called epialen, epialamin, or AEDG) is a four‑amino‑acid peptide secreted by the pineal gland. Dr. Jason Schuster explains that, by stimulating telomerase, it lengthens telomeres and improves the fundamental energy systems of every cell, making it a focal point for anti‑aging and regenerative strategies.
Epithalon is a tetrapeptide (alanine‑glutamine‑aspartic acid‑glycine) released naturally from the pineal gland, sometimes referred to as the “third eye.” Dr. Schuster notes that it is a derivative of epialamin and is identified in the body as AEDG.
According to Dr. Schuster, epithalon up‑regulates the enzyme telomerase, which adds caps to chromosome ends (telomeres). Longer telomeres improve cellular replication capacity, mitochondrial health, and overall regenerative potential. The peptide also increases expression of GAP‑43 and nestin proteins, supporting neuronal growth and stem‑cell differentiation.
Dr. Schuster highlights several downstream effects of epithalon’s mechanism:
The peptide is administered subcutaneously in a low‑frequency protocol. Dr. Schuster reports the following regimen used by Dr. Edwin Lee:
“Epithalon amplifies the internal energy production of our cells by stimulating telomerase and lengthening telomeres.”— Dr. Jason Schuster
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