KPV 10mg Research Peptide Canada

High‑Purity α‑MSH‑Derived Tripeptide for Inflammatory Pathway, Barrier Integrity & Cellular Signaling Research

KPV (Lys‑Pro‑Val) is a high‑purity, research‑grade tripeptide derived from the C‑terminal sequence of α‑melanocyte‑stimulating hormone (α‑MSH). It is widely referenced in laboratory research involving inflammatory‑pathway signaling, epithelial‑barrier integrity, immune‑related signaling networks, and cellular‑stress response mechanisms.

Supplied by BlueNexLabs, KPV is provided as a lyophilized peptide (10 mg) with COA‑verified purity, analytical consistency, and audit‑safe Research‑Use‑Only (RUO) labeling, supporting controlled experimental workflows across Canadian research environments.

Despite its compact size, KPV retains key mechanistic characteristics associated with melanocortin‑linked signaling, making it a valuable model peptide in pathway‑specific research systems. In controlled laboratory settings, KPV is frequently referenced in studies examining:

• Inflammatory‑pathway and cytokine‑linked signaling cascades
• NF‑κB‑associated transcriptional activity
• Epithelial‑barrier function and cellular‑resilience models
• Oxidative‑stress and metabolic‑stress response networks
• Peptide–receptor and peptide–protein interaction dynamics

Its stability and well‑defined structure make KPV suitable for reproducible in‑vitro and preclinical research.

KPV (Lys‑Pro‑Val) is a synthetic α‑MSH–derived tripeptide used in laboratory research involving:

• Inflammatory‑pathway regulation models
• Cytokine‑signaling and immune‑pathway studies
• Epithelial‑barrier integrity and cellular‑resilience research
• Oxidative‑ and metabolic‑stress signaling assays
• Melanocortin‑fragment comparative analysis

Its minimal structure enables straightforward analytical characterization while preserving mechanistic relevance across several signaling domains.

⚖️ Inflammatory Pathway & Cytokine Signaling

• Referenced in studies examining cytokine‑linked signaling markers
• Used in models mapping NF‑κB‑associated transcriptional activity
• Supports peptide‑mediated immune‑signaling pathway analysis

🧫 Barrier Integrity & Epithelial Signaling

• Applied in research involving epithelial‑barrier function
• Supports investigation of cellular‑resilience and adaptation pathways
• Used in multi‑pathway epithelial‑biology research systems

🔋 Cellular Stress & Oxidative Marker Dynamics

• Examined in oxidative‑stress and metabolic‑stress models
• Supports peptide‑mediated stress‑adaptation research
• Used in comparative studies versus full‑length α‑MSH and related fragments

Type: Synthetic tripeptide (Lys‑Pro‑Val)

Form: Lyophilized powder

Fill Size: 10 mg

Origin: Derived from α‑MSH C‑terminal sequence

Identity Verification: Mass Spectrometry (MS)

Purity Analysis: HPLC / UPLC

Structural & Biochemical Notes

• Compact structure supports high stability in dry form
• Resistant to rapid degradation relative to longer peptides
• Sensitive to hydrolysis following reconstitution if improperly handled

KPV is commonly referenced in laboratory research involving:

• Inflammatory‑pathway and cytokine‑signaling modeling
• NF‑κB‑linked transcriptional studies
• Epithelial‑barrier and cellular‑resilience research
• Oxidative‑stress and metabolic‑stress assays
• Peptide–receptor and peptide–protein interaction analysis
• Comparative melanocortin‑fragment research

Its clean mechanistic profile supports controlled, pathway‑specific research workflows in

regulated laboratory environments.

KPV is a melanocortin-fragment research peptide. Confirm the lot on the Certificate of Analysis before use in an assay.

• Store lyophilized material at –20 °C, protected from light and moisture
• Reconstituted solutions: 2–8 °C, short-term laboratory use only
• Avoid repeated freeze–thaw cycles; use sterile technique

Batch Certificates of Analysis are listed in the certificates library when published. Match vial size and lot notes before assigning a lot to an assay.

Research-use only. Not for human or veterinary use. No medical, cosmetic, or performance claims are made or implied.