A naturally occurring tripeptide that binds copper(II) and delivers it to lysyl oxidase — the enzyme that cross-links collagen and elastin. Used in skin regeneration, scalp protocols, and wound-healing studies.
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A 15-amino-acid fragment shown to accelerate healing of tendons, ligaments and gut tissue. Anti-inflammatory across multiple injury models, with a clean safety profile in animal studies.
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An investigational GLP-1 / GIP / glucagon triple agonist. Phase 2 trials reported up to ~24% body-weight reduction at 48 weeks — the highest figure recorded for any incretin-class peptide.
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An α-MSH receptor analogue that activates melanocytes and stimulates eumelanin production. Studied for photoprotection, skin pigmentation, and body-composition research.
Shop Melanotan-1 →Short chains of amino acids — the same building blocks the body already uses to regulate nearly every biological process. Unlike synthetic drugs, peptides work with existing signalling systems instead of overriding them, which is why they sit at the centre of modern regenerative research.
As the body ages, it produces fewer of these signals. That's why peptide research has exploded over the last decade — and why every product on this page is studied for what it restores, not what it replaces.
Reta activates GLP-1, GIP and glucagon receptors simultaneously, driving energy expenditure beyond diet alone.
BPC-157 accelerates healing of tendons, muscles and gut lining across multiple injury models.
GHK-Cu rebuilds collagen, improves elasticity, and reverses age-linked gene expression.
Because peptides mimic the body's own signals, they act with high specificity and minimal off-target effects.