High Purity KPV Peptide Lys-Pro-Val Synthetic Tripeptide Research Reagent

KPV Peptide (Lys-Pro-Val)  is a naturally derived synthetic tripeptide consisting of three amino acids: Lysine (Lys), Proline (Pro), and Valine (Val). As a bioactive peptide fragment derived from the C-terminal sequence of α-melanocyte-stimulating hormone (α-MSH), KPV has attracted significant research interest due to its involvement in inflammatory signaling regulation, immune response studies, and skin biology research.

With its small molecular size, high target specificity, and excellent research versatility, KPV is widely used as a valuable peptide reagent in molecular biology, dermatological research, cosmetic ingredient development, and cellular signaling studies.

Our KPV peptide is manufactured with high purity and strict quality control to ensure reliable performance for advanced research applications.

Product Features:

Synthetic Bioactive Tripeptide Structure

KPV is a short-chain peptide composed of three amino acids:

Sequence: Lys-Pro-Val

Length: 3 amino acids

Its compact structure provides advantages including molecular simplicity, research flexibility, and suitability for various in vitro experimental models.

α -MSH-Derived Peptide Research Model

KPV represents a functional peptide fragment associated with α -MSH-related biological pathways and has been widely investigated in studies focusing on inflammatory signaling, immune modulation mechanisms, and cellular communication.

High Purity Research Grade

Manufactured using advanced peptide synthesis and purification technologies, KPV peptide is available as a high-purity lyophilized powder suitable for laboratory research applications.

Mechanism of Action

KPV has been investigated for its potential role in regulating cellular signaling pathways associated with inflammatory responses and immune communication.

Research studies suggest that KPV may interact with biological pathways related to:

Regulation of inflammatory mediator expression

Modulation of immune signaling pathways

Interaction with melanocortin-related mechanisms

Support of cellular homeostasis research

Regulation of skin barrier-related biological processes

Due to these properties, KPV serves as an important research tool for studying peptide-mediated cellular communication and biological regulation mechanisms.

Key Research Applications & Benefits

Anti-Inflammatory Signaling Research

Research Value:

KPV is widely studied in models investigating inflammatory pathway regulation.

Potential research applications include:

-  Inflammatory cytokine signaling studies

-  Cellular inflammation models

-  Immune response pathway research

-  Molecular mechanisms of inflammation regulation

Skin Biology & Cosmetic Science Research

Research Value:

KPV has gained attention in cosmetic ingredient research due to its association with skin-related biological pathways.

Applications include:

-  Skin barrier function studies

-  Skin cell signaling research

-  Cosmetic peptide formulation development

-  Bioactive ingredient screening

Immune Function Research

Research Value:

KPV provides a useful model compound for investigating peptide-mediated immune regulation mechanisms.

Applications include:

-  Immune cell communication studies

-  Cellular response pathway analysis

-  Peptide-based biological regulation research

Molecular Biology & Cellular Research

Research Value:

KPV is suitable for exploring:

-  Peptide-cell interaction mechanisms

-  Signal transduction pathways

-  Bioactive peptide function studies

-  Cellular response mechanisms