Target the Molecular
Roots of Aging.
Aging is not one process — it is the accumulation of specific, identifiable molecular failures. These four peptides each address a distinct biological hallmark: telomere erosion, epigenetic drift, NAD+ depletion, and neuromuscular skin aging.
Four Hallmarks. Four Targeted Interventions.
The Problem
Telomere Shortening
Chromosomal caps erode with each cell division — when critical length is reached, cells enter senescence or die.
The Peptide
Epithalon
Activates telomerase (TERT expression) to rebuild telomere length in lymphocytes and somatic cells.
Proven Results
+24% lifespan extension demonstrated (Khavinson, 2003)
The Problem
Epigenetic Drift
Accumulated errors in gene methylation patterns cause youthful genes to silence and inflammatory genes to activate.
The Peptide
GHK-CU
Modulates 4,000+ genes — upregulating collagen, anti-inflammatory, and DNA repair genes while downregulating inflammatory pathways.
Proven Results
12 pro-inflammatory cytokines downregulated; collagen synthesis +300% in fibroblasts
The Problem
NAD+ Depletion
NAD+ levels drop ~50% from age 20 to 60 — deactivating sirtuins and PARP enzymes that maintain mitochondrial and genomic integrity.
The Peptide
NAD+
Direct precursor replenishment restores sirtuin activity (SIRT1–7), fuels PARP-1 DNA repair, and drives mitochondrial biogenesis via PGC-1α.
Proven Results
SIRT1 activation shown to extend healthspan in multiple mammalian models
The Problem
Cellular Senescence (Skin)
Repetitive facial muscle contractions degrade acetylcholine release efficiency — deepening expression lines at the neuromuscular junction.
The Peptide
SNAP-8
Octapeptide mimic of SNAP-25 blocks SNARE complex vesicle docking — reducing micro-contraction frequency and expression line depth.
Proven Results
Up to 63% reduction in expression line depth in clinical application studies
Longevity Stack — Annual Protocol Schedule
Anti-aging peptides are run in structured courses, not continuous daily use — matching the clinical protocols that produced proven results.
Epithalon
5–10mg/day IM or SC
Frequency
10–20 days, 1–2× per year
Protocol note
Spring & autumn courses — short intensive burst for maximum telomerase activation
GHK-CU
1–2mg SC daily
Frequency
8–12 weeks on, 4 weeks off
Protocol note
Topical GHK-CU cream can run continuously alongside SC protocol
NAD+
100–500mg SC or IV
Frequency
Ongoing — 2–3× weekly or daily micro-dose
Protocol note
Circadian alignment: AM fasted injection matches peak NAD+ biosynthesis window
SNAP-8
2–3 drops per application
Frequency
Daily topical — ongoing
Protocol note
Apply to forehead, crow's feet, and lip lines after cleansing
Why Course-Based Protocols Outperform Continuous Use
The clinical work behind Epithalon — specifically Khavinson's work from the St. Petersburg Institute of Bioregulation — used short, intensive courses rather than chronic daily administration. This mirrors the biology: telomerase activation is a signaling event, not a continuous metabolic requirement. Short courses trigger lasting downstream changes in gene expression that persist beyond the dosing window.
GHK-CU follows a similar pattern: 8–12 weeks of administration produces measurable changes in collagen density and gene expression that persist for months after cessation. This makes course-based dosing more cost-effective and avoids the receptor desensitization risk of chronic daily peptide use.
4 longevity & anti-aging peptides
Targeting telomere biology, gene expression, mitochondrial function, and skin aging
GHK-CU Copper Peptide 50mg
Copper tripeptide that regulates 4,000+ genes — anti-aging, wound healing, and collagen synthesis
Epithalon 50mg
The telomere peptide — activates telomerase and extends telomere length for biological age reversal
NAD+ 500mg
The mitochondrial co-enzyme — restores cellular energy production, DNA repair, and sirtuins activity
SNAP-8 Topical Peptide
Botox-alternative peptide — reduces expression wrinkles by 63% through neuromuscular junction modulation
Related Protocols
Epithalon 50mg
Telomerase activation — the root of cellular age reversal.
GHK-CU Copper Peptide
4,000+ genes modulated — the broadest biological reach of any peptide.
NAD+ 500mg
Restore mitochondrial energy and DNA repair capacity.
Longevity Anti-Aging Stack
All three longevity mechanisms in one coordinated protocol.