Address multiple aging hallmarks synergistically
Address multiple aging hallmarks synergistically
Roles and dose notes are as recorded from the source below — each member’s own page holds its sourced dosing and evidence (the same rows the peptide pages render).
Extends telomeres
Epitalon is a small lab-made protein fragment. It is a short chain of building blocks that make up proteins.
As recorded in this stack’s source: Not specified
Improves mitochondrial function
MOTS-c is a tiny piece of protein made inside your cells. Your body makes it naturally in tiny power plants called mitochondria.
As recorded in this stack’s source: Not specified
Maintains tissue quality
GHK-Cu is a small piece of protein that your body makes naturally. It has copper attached to it.
As recorded in this stack’s source: Not specified
Amplifies sirtuin signaling
NAD+ is a tiny molecule that your body makes all on its own. It lives inside every one of your cells.
As recorded in this stack’s source: Not specified
Tissue maintenance and repair
BPC-157 is a man-made copy of a tiny piece of protein found in the stomach. It is a short chain of building blocks called amino acids.
As recorded in this stack’s source: Not specified
Tissue maintenance and repair
TB-500 is a lab-made copy of a small piece of a protein found in almost all body cells. The natural protein is called Thymosin Beta-4.
As recorded in this stack’s source: Not specified
["Complementary mechanisms targeting telomeres, mitochondria, and tissue quality","Synergistic pathway enhancement (e.g., NAD\u002B and GHK-Cu)","Builds resilience by combining cellular life extension with tissue quality maintenance"]
Extracted from a vendor source — see the original page ↗. Stacks like this are community- and vendor-reported combinations, not clinically established protocols. For research purposes only — not medical advice.
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