The Peptide Library

The peptide everyone talks about first — studied in animals for tissue repair, gut health, and recovery.

Researched alongside BPC-157 for cell migration, flexibility, and wound recovery — often the other half of the recovery duo.

A copper peptide discovered in 1973 and now a celebrated skin and wound-healing ingredient.

The copper-free parent molecule studied for skin regeneration and tissue-repair signaling.

The naturally occurring peptide TB-500 is derived from — researched for repair, flexibility, and inflammation.

A newer BPC-157 relative explored for healing and recovery with a focus on improved stability.

A small peptide studied for calming inflammation, especially in the gut and skin.

An immune peptide researched for its antimicrobial and wound-defense roles — powerful but still early-stage.

A growth hormone secretagogue studied for its selective, measured action.

Investigated for its ability to extend growth hormone-releasing signals — often paired with Ipamorelin.

One of the few peptides with FDA approval — specifically studied for reducing visceral fat.

An older growth hormone-releasing peptide studied for naturally nudging the body's own production.

A rarely seen protein researched for its role in muscle growth by blocking myostatin.

A combination therapy studied for appetite and metabolic effects in weight research.

One of the most potent growth hormone secretagogues, with research also pointing to heart-tissue effects.

A dual-action peptide behind some of the biggest results in modern metabolic and weight research.

An investigational triple receptor agonist (GLP-1/GIP/glucagon) linked to ~24% weight loss in Phase 2 research.

An FDA-approved peptide that works differently from most — studied for libido and arousal.

Researched in cognitive contexts for attention, memory, and neuroprotection.

Often paired with Semax, studied for its anti-anxiety effects without the sedation typical of anti-anxiety meds.

Studied for forming new connections in the brain, with research into memory and learning.

A peptide mix used clinically in some countries and researched for recovery and cognition.

Studied for memory formation and supporting the growth of new brain cells.

One of the most studied nootropics — researched for memory, learning, and a sense of mental clarity.

Short for Delta Sleep-Inducing Peptide — researched for its role in deep, restorative sleep.

Studied in longevity research for its proposed effects on telomeres and aging.

Researched for clearing out aged, damaged cells — a fascinating but still very early-stage idea.

Studied for targeting and protecting mitochondria — the power plants inside your cells.

A mitochondrial-derived peptide studied for metabolism and energy regulation.

A mitochondrial peptide researched for cell survival and protective effects across aging.

A coenzyme central to energy and repair — widely researched in the science of aging.

The body's primary antioxidant — researched for detox, immune support, and cellular protection.