KPV 10mg

Researchers investigate KPV peptide within controlled laboratory environments to examine peptide fragment properties and molecular mechanisms. Experimental pathway models utilize this compound to study tripeptide interactions in vitro. Controlled laboratory peptide stability studies assess compound characteristics under standardized experimental conditions. Scientists explore structural attributes of short-chain peptide fragments in research settings. Laboratory personnel examine tripeptide behavior in experimental models designed for peptide fragment research. These investigations occur exclusively in controlled research environments without clinical applications.

KPV peptide is investigated in research environments to understand tripeptide fragment mechanisms. This compound is studied within controlled laboratory models examining short-chain peptide properties. Researchers explore this peptide for experimental peptide research applications in academic and institutional settings. Laboratory studies examine the compound’s molecular characteristics under standardized protocols. Scientists investigate structural properties relevant to tripeptide fragment research methodologies. All research applications remain confined to laboratory environments and experimental frameworks.

Store KPV peptide in cool, dry conditions protected from light exposure. Storage temperature should remain consistent to maintain compound stability. Keep the product sealed until ready for laboratory use. Laboratory handling should occur only by qualified research personnel trained in peptide research protocols. Avoid exposure to moisture, heat, and direct sunlight during storage. Use appropriate laboratory equipment when handling this research compound. Reconstitution should follow standard laboratory peptide preparation procedures using sterile techniques. Maintain proper documentation of handling and storage conditions for research records. Dispose of unused material according to institutional laboratory waste protocols.

Each batch undergoes comprehensive purity verification procedures to confirm research-grade quality. Third-party testing validates compound purity at 99%+ by HPLC analysis. Batch-to-batch consistency ensures reliable results across research protocols. Certificate of Analysis accompanies each order documenting purity verification results. Internal quality assurance standards maintain strict compound specifications. Testing procedures verify molecular weight, purity percentage, and compound identity. Research-grade supply positioning ensures suitability for controlled laboratory investigations. Quality control documentation supports institutional research compliance requirements.

• CAS: 67727-97-3
• Chemical Formula: C₁₆H₃₀N₄O₄
• Molecular Weight: 342.43 g/mol
• Peptide Sequence: Lys-Pro-Val
• Synonyms: Lysine Proline Valine
• Shelf life: 24 months from the manufacturing date.

KPV peptide is a synthetic tripeptide compound produced for research applications. A tripeptide is a peptide chain consisting of three amino acids linked together. This specific sequence contains lysine, proline, and valine amino acids. Peptide fragments are shorter segments of amino acid chains studied for their structural properties. These fragments are investigated in laboratory research because they help scientists understand how specific amino acid sequences contribute to molecular properties. This synthetic peptide origin ensures batch-to-batch consistency for research protocols. The compound represents a defined three-amino-acid sequence designed for experimental study. Researchers examine this tripeptide’s properties within controlled laboratory conditions without therapeutic context.

This synthetic research tripeptide formulation provides laboratories with a standardized three-amino-acid compound for experimental studies. The mid-range 10mg quantity format supports controlled research applications and multiple experimental protocols. Each batch undergoes rigorous purity verification to ensure consistency across research series. High-purity formulation meets research-grade standards for tripeptide fragment investigations. Secure packaging protects compound integrity during storage and transport. Discreet shipment ensures confidential delivery to research facilities and institutional laboratories.

KPV 5mg and KPV 10mg are the same compound — the tripeptide Lys-Pro-Val derived from the C-terminal sequence of α-MSH — supplied at different quantities to accommodate varying research programme scales. The 10mg format is suited to research programmes requiring higher compound volumes, extended dose-response studies, or parallel experimental series across multiple model systems.

KPV has a molecular weight of approximately 340 Da and is a highly hydrophilic tripeptide at physiological pH. Its net charge is positive due to the lysine side chain. High aqueous solubility makes it straightforward to prepare stock solutions in sterile water or PBS without organic co-solvents. These properties support its application in cell-based research systems where organic solvents would be cytotoxic.

Preclinical research with KPV has examined its effects on NF-κB pathway activation in macrophage and intestinal epithelial models, cytokine secretion profiles in LPS-stimulated immune cell cultures, and barrier integrity markers in intestinal epithelial cell monolayers. These studies are conducted as controlled in vitro experiments and are used to characterise the compound’s effects on defined inflammatory signalling endpoints.

Recommended controls include vehicle-only controls (buffer at matched pH and ionic strength), a scrambled tripeptide control (e.g. VKP or PVK) to confirm sequence specificity, and positive controls using established anti-inflammatory pathway modulators (e.g. dexamethasone for NF-κB inhibition) to validate assay sensitivity. These controls are standard practice for rigorous tripeptide research studies.

No. KPV 10mg as supplied by Elivena is for research use in controlled laboratory settings only. It is not approved for human administration, therapeutic application, or dietary supplement use outside of formally regulated research contexts.