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KPV (10 mg)

Research Peptide

KPV is a research peptide commonly studied in laboratory settings for its relationship with immune-response signaling, inflammatory pathway models, epithelial barrier research, and cellular communication. This material is supplied strictly for laboratory research purposes only and is not intended for human or veterinary use.

Third Party Tested

Certificate of Analysis (COA)

For Laboratory Research Only

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$64.90

AVAILABILITY: IN STOCK

RESEARCH USE ONLY

This product is intended for laboratory research purposes only. It is not intended for human or veterinary use, diagnosis, prevention, or treatment of any disease.

RESEARCH OVERVIEW

KPV is a tripeptide research material studied for its role in immune-response pathways, inflammatory signaling models, epithelial barrier research, and cellular communication. Research involving KPV often focuses on how short peptide sequences may interact with biological signaling pathways under controlled laboratory conditions. This product is intended strictly for laboratory research purposes only and is not intended for human or veterinary use.

Products are sourced from ISO-certified manufacturing facilities and supported by third-party testing documentation when available.

All products are manufactured in ISO-certified facilities and meet strict quality standards.

PRODUCT INFORMATION

Product Name: KPV Research Peptide
Size: 10 mg
Format: Lyophilized powder
Category: Immune Signaling Research
Intended Use: For Laboratory Research Only
Testing: Third-Party Tested
Storage: Store lyophilized material in a cool, dry place. Refrigerated storage is commonly used for long-term stability. Protect from heat and direct light.

RESEARCH AREAS ASSOCIATED WITH KPV

Immune-Response Signaling

Studied in laboratory models involving immune pathway regulation and cellular response mechanisms.

Inflammatory Pathway Models

Referenced in research involving inflammatory signaling, cytokine-related pathways, and controlled biological response studies.

Epithelial Barrier Research

Studied in relation to epithelial tissue models, barrier integrity, and cellular communication pathways.

                                            VIEW RESEARCH →                                                                                        VIEW RESEARCH →                                                                                          VIEW RESEARCH →

CERTIFICATE OF ANALYSIS

VIEW COA

Access the Certificate of Analysis for this product.

TECHNICAL SPECIFICATIONS

Sequence: Lys-Pro-Val
Molecular Formula: C₁₆H₃₀N₄O₄
Molecular Weight: 342.43 g/mol
Appearance: White to off-white lyophilized powder
Purity: Refer to batch-specific COA
Solubility: For laboratory handling only; refer to product documentation or batch-specific COA
Source: Synthetic peptide

RESEARCH USE ONLY NOTICE

This product is intended exclusively for laboratory research purposes. It is not intended for human or veterinary use, safety, or diagnostics.

FREQUENTLY ASKED QUESTIONS

1. Why is KPV studied in immune-response research?
KPV is studied for its relationship with immune-response signaling, inflammatory pathway models, and cellular communication in controlled laboratory settings.

2. What research areas are commonly associated with KPV?
KPV is commonly referenced in studies involving immune signaling, inflammatory response models, epithelial barrier research, cytokine-related pathways, and cellular communication.

3. Why is KPV relevant in epithelial barrier research?
KPV is studied in laboratory models involving epithelial tissue, barrier integrity, and signaling pathways connected to cellular response and regulation.

4. Where can I find the Certificate of Analysis for KPV?
When available, the COA can be accessed through the Certificate of Analysis section on this page or requested from Myos Peptides.

EDUCATIONAL RESOURCES

What are Peptides?

Learn the basic research context, structure, and laboratory relevance of peptides in scientific studies.

KPV Research Guide

Explore KPV research areas, immune-response signaling, inflammatory pathway models, and laboratory study context.

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