KPV
aka Lys-Pro-Val
KPV in brief
KPV (Lys-Pro-Val) is a tripeptide fragment of alpha-MSH with anti-inflammatory properties. Amino Axiom rates its evidence base strong, drawing on 64 PubMed results (35 human studies). It is filed under Healing & Recovery in the Amino Axiom compound index. This summary reflects published research and is not medical advice.
Research data
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Long-form breakdowns
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Overview
KPV is a tripeptide fragment of alpha-melanocyte stimulating hormone (alpha-MSH) consisting of Lys-Pro-Val. It retains some of the anti-inflammatory effects of alpha-MSH but without pigmentation effects. Limited human data.
PubMed results: 64 · Human studies: 35 · Animal studies: 53
Dosing Ranges
Ranges reflect protocols studied in published research and animal-model extrapolation. Presented for research purposes only, not a recommendation or instruction for human use.
Doses studied in published research. Information presented for research purposes only, not a recommendation for human use.
- Oral — standard range No established dosing, Not established. Preclinical colitis and inflammatory models studied oral or rectal KPV delivery; peer-reviewed work does not define a standardized human mg or mcg protocol. Ranges from animal research; no established human protocol.
- Topical — standard range No established dosing, Not established. Research interest includes topical/local use for inflammatory models; no established clinical human dosing regimen in published trials.
- Subcutaneous — standard range No established dosing, Not established. Parenteral human dosing is not established in controlled clinical literature.
Half-Life
Not established in humans (theoretical confidence)
Short α-MSH C-terminal tripeptide (Lys-Pro-Val); expected rapid proteolytic clearance, but no formal human or robust published clinical PK half-life is available.
Observed Benefits
- Anti-inflammatory activity (Strong preclinical): As the C-terminal tripeptide of alpha-MSH (Lys-Pro-Val), KPV retained melanocortin-linked anti-inflammatory activity in cell and animal models of colitis and skin inflammation without stimulating melanogenesis.
- Gut barrier and mucosal research models (Strong preclinical): Preclinical work in inflammatory bowel disease models reported reduced inflammatory markers and improved epithelial integrity after KPV exposure, supporting interest in mucosal inflammation pathways.
- Cutaneous inflammation pathways (Limited): Topical and in vitro studies have examined KPV for effects on keratinocyte inflammatory signaling; human clinical evidence remains sparse.
Side Effects
- Limited human safety data — Mild, Not established. Published human adverse-event data for KPV are minimal; most safety inferences come from short-term preclinical work rather than controlled clinical trials.
- Local application or injection-site irritation — Mild, Anecdotal. Local irritation has been noted in anecdotal and early research contexts; frequency in formal trials is not established.
Contraindications
- Known hypersensitivity to melanocortin-related peptides (Theoretical / Preclinical): KPV is an alpha-MSH fragment; theoretical cross-reactivity or intolerance is a research consideration despite reduced pigmentation activity.
- Active systemic infection under investigation (Theoretical / Preclinical): Immune-modulating peptides are often excluded from early research protocols until infection risk is better characterized.
Storage
Lyophilized (powder): Refrigerated (2-8°C), Up to 24 months. Light sensitive: yes, store dark
Reconstituted (solution): Refrigerated (2-8°C), 4-6 weeks. Solvent: Bacteriostatic water