One peptide at a time, in plain language. Each explainer is guided by a character from the Peptide Curious cast — the "I'm a cell and I don't feel so well" series — with a short animation, a mechanism diagram, and a summary of what published research does and doesn't show.

A 15-amino-acid fragment found in stomach juice, studied for tissue healing, blood-vessel support, and cellular protection.
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A three-amino-acid tail of alpha-MSH, studied for turning down inflammatory signaling at the source.
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A synthetic fragment of Thymosin Beta-4, studied for helping repair cells move to where they're needed.
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A copper-binding tripeptide, studied mostly in skin research for balanced tissue remodeling.
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A mitochondrial-derived peptide, studied for switching on the cell's energy sensor (AMPK).
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A synthetic peptide studied for supporting BDNF and brain-recovery pathways.
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An engineered peptide studied for stabilising the inner mitochondrial membrane.
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A coenzyme central to cellular energy metabolism, DNA repair, and aging research.
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Our name for triple-receptor agonist research — GLP-1, GIP, and glucagon in one peptide.
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A tripeptide and the body's most abundant intracellular antioxidant.
Read the explainer →Educational and editorial content only. Not medical advice. Content may discuss emerging or investigational research not approved for clinical use.