KPV – Peptide for inflammation & wound healing
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What is KPV?
KPV (Ac-KPV-NH2) is a research peptide that can influence inflammatory pathways in cells. It is a fragment of alpha-MSH , a hormone known for its immunomodulatory properties. Researchers use KPV to:
- Inhibiting inflammation in preclinical models
- To accelerate wound healing and reduce the risk of infection
- Improve scars after surgical wounds
- To study anti-inflammatory mechanisms for potential therapeutic applications
🔗 Learn more about research peptides.
How does KPV work according to research
KPV binds to specific receptors of the melanocortin system , leading to:
- Reduction of inflammatory signals and cytokine production
- Faster migration and proliferation of cells involved in wound healing
- Reduction of risk of infection in damaged tissue
- Potential improvement in cosmetic outcome of scars
Research models show that KPV is effective in inflammatory bowel disease , wound repair , and preclinical cosmetic applications .
🔗 Source: PubMed – KPV & inflammation
Research results and applications
- Inhibits inflammatory responses in laboratory models
- Promotes wound healing and cell proliferation
- Reduces risk of infection in preclinical studies
- Supports scar reduction and cosmetic healing
- Possible synergy with other anti-inflammatory peptides
⚗️ All findings are from laboratory research only. Not intended for human use.
Importance of purity and quality
COA test reports and HPLC analysis are essential to guarantee KPV purity of ≥99%. This ensures reproducible and reliable test results.
How do you store KPV?
- Store between 2°C and 8°C
- Protection from light and moisture
- Correct storage affects stability and reproducibility of research results
Why researchers choose KPV
KPV is widely used in laboratory research because:
- Powerful anti-inflammatory effect
- Effective stimulation of wound healing
- Potential for scar reduction and cosmetic applications
- Preclinical models show benefits in IBD and other inflammation-related conditions
Conclusion
KPV (Ac-KPV-NH2) offers researchers a promising tool for inflammation, wound repair, and cosmetic healing .