healing
KPV
Anti-inflammatory α-MSH tripeptide
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About
A three-residue fragment of α-MSH studied for anti-inflammatory effects in gut and skin preclinical models. Commonly paired with BPC-157 for GI protocols.
Also known as: Lysine-Proline-Valine, α-MSH (11–13)
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For research purposes only. Not for human consumption. Always verify calculations independently.
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§ Frequently asked
Common questions about KPV
- What is KPV?
- KPV is a three-residue fragment (Lysine-Proline-Valine) derived from the C-terminus of α-MSH. It is studied for anti-inflammatory effects in gut and skin preclinical models, and is commonly paired with BPC-157 in gastrointestinal research protocols.
- Is KPV FDA-approved?
- No. KPV is not approved by the FDA or any major regulator for human use. Research-peptide vendors sell it for laboratory research only.
- What is the half-life of KPV?
- Published rodent studies report a plasma half-life of roughly 1–2 hours, with PepT1-transporter-mediated tissue accumulation appearing to prolong functional effects beyond the circulating kinetics.
- What dose of KPV is used in research?
- Doses reported in published preclinical studies vary by species, route, and inflammatory model. Pepticker does not publish a dosing protocol — refer to the original literature for the model you are reproducing.
- What is KPV commonly stacked with?
- Researchers most commonly pair KPV with BPC-157 in gastrointestinal protocols and with LL-37 in mucosal-immunity work, based on published preclinical research and vendor protocols.
- Is KPV legal?
- KPV is sold for research use in the US, Canada, and the UK. In Australia it is TGA Schedule 4 and personal import is tightly controlled. Status is informational — not legal advice.
Editorial summary of published research. Not medical advice. See /methodology for sourcing.
Research use only. The compounds listed on this page are not approved for human use through research-chemical channels. Nothing on this page is medical advice. Consult a qualified clinician before considering any peptide protocol. See affiliate disclosure and our scoring methodology.
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- TB-500 Fragment 17-23— Minimal actin-binding core of TB-4
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