Vilon Peptide

Premium Vilon (Thymogen) Peptide: Essential Research Bioregulator for Immune System Studies

Vilon Peptide (also known as Thymogen) is a synthetic dipeptide composed of Lysine-Glutamate (Lys-Glu). 🛡️ As a key thymic bioregulator, it is a crucial research tool for studies focused on immune system modulation, cellular function, and T-lymphocyte activity. Our research-grade Vilon is manufactured to strict cGMP standards, verified via independent HPLC and Mass Spectrometry to ensure ≥99% purity, and accompanied by a batch-specific Certificate of Analysis. This guarantees unmatched quality and reproducibility for your laboratory’s investigations into immune support and cellular communication pathways.

Introduction to Vilon (Thymogen): A Cornerstone of Immunoregulatory Research

Vilon, scientifically designated as Thymogen, is a synthetic dipeptide with the amino acid sequence Lys-Glu. This compound is recognized in research literature as a thymic bioregulator, meaning it is studied for its potential role in modulating the function of the thymus gland—a primary organ responsible for T-cell maturation and immune system development.

Originally developed from research into short, bioactive peptides, Vilon represents a fascinating area of study in immunology and bioregulation. Its minimalistic two-amino-acid structure allows researchers to probe fundamental questions about how small signaling molecules can influence complex immune responses, cellular differentiation, and the maintenance of immune homeostasis.

For the scientific community, Vilon serves as a precise instrument to investigate the interface between peptide signaling and immune competence. It provides a focused model for studying how targeted interventions might support the normal function of the immune system under research conditions, without the broad-spectrum effects of larger immunomodulatory compounds.

Vilon Peptide: Molecular Architecture and Technical Specifications

Peptide Structure and Biochemical Profile

The Vilon structure is elegantly simple: a linear dipeptide consisting of L-Lysyl-L-Glutamic Acid. This combination of a basic amino acid (lysine) and an acidic one (glutamic acid) gives the molecule distinct properties relevant for its research applications and handling.

• Primary Sequence: Lys-Glu (KE)
• Molecular Formula: C₁₁H₂₁N₃O₅
• Molecular Weight: 275.30 g/mol
• Theoretical Isoelectric Point (pI): Approximately 5.5
• Common Synonyms: Thymogen, KE Dipeptide, Immunoregulatory Dipeptide
• CAS Registry Number: 69599-10-8

This compact, stable structure is highly soluble in aqueous solutions, making it suitable for a wide range of in vitro and experimental research protocols designed to study immune modulation.

Comprehensive Vilon Peptide Specifications Table

For precise experimental design, documentation, and procurement, the following technical specifications are provided.

Primary Research Applications and Scientific Focus

Vilon peptide is utilized in specialized immunology and bioregulation research. Its primary research purposes and typical research focuses are centered on the following pathways:

• Immune System Modulation & T-Cell Research: 🛡️ The core area of study is Vilon’s potential influence on the immune system. Research investigates its role in T-lymphocyte differentiation and maturation within the thymus, exploring its effects on various immune cell populations and their functional activity in experimental models.
• Thymic Function and Bioregulation: As a thymic bioregulator, Vilon is a key tool for studying thymus gland function. Scientists examine how this short peptide may support the normal endocrine activity of the thymus and its role in maintaining immune homeostasis across the lifespan.
• Cellular Communication and Signaling: Research explores the fundamental mechanisms of how this dipeptide communicates with cells. Studies may focus on receptor interactions and subsequent intracellular signaling pathways that influence gene expression related to immune function.
• Anti-Inflammatory Pathways: Some research avenues investigate Vilon’s potential role in modulating the body’s inflammatory response. This includes studying its effects on cytokine profiles and other mediators of inflammation in controlled experimental settings.

Certificate of Analysis (COA) and Rigorous Quality Assurance

Integrity in research begins with verified materials. Every batch of Vilon peptide from our facility is subjected to a stringent, multi-stage analytical process, with full transparency provided through a comprehensive analysis certificate.

Our Quality Verification Process Includes:

1. High-Performance Liquid Chromatography (HPLC): Our primary purity assessment. This method separates the target Vilon peptide from any synthesis-related impurities or residual solvents. Each batch must demonstrate a chromatographic purity of ≥99% to pass our quality control, ensuring your experimental results are not skewed by contaminants.
2. Mass Spectrometry (MS): Electrospray Ionization Mass Spectrometry (ESI-MS) provides definitive confirmation of molecular identity. This analysis verifies the exact molecular weight (275.30 g/mol) and confirms the correct Lys-Glu sequence, acting as an irrefutable fingerprint for the product’s authenticity.

The Certificate of Analysis (COA) delivered with your product is not a generic sheet. It is a batch-specific document containing the actual chromatograms and mass spectra from these tests. This level of documentation is essential for rigorous scientific practice, allowing for full traceability and reproducibility in your research.

Handling, Storage, and Recommended Laboratory Protocols

Optimal Storage Conditions for Research Integrity

• Lyophilized Powder: The unopened vial should be stored in its original container at a consistent -20°C ± 5°C. For extended storage beyond one year, -80°C is recommended to preserve optimal stability.
• Reconstituted Solution: Once prepared, the solution should ideally be used immediately. If necessary, it can be stored at 2-8°C for a short period (up to 48-72 hours). We strongly advise against multiple freeze-thaw cycles.
• General Handling: Always use aseptic techniques. The peptide should be kept in a dry environment, protected from prolonged exposure to light.

Reconstitution Guidelines for Experimental Use

For in vitro studies, Vilon is typically reconstituted in sterile bacteriostatic water, 0.9% sodium chloride (saline), or phosphate-buffered saline (PBS).

1. Centrifuge the vial briefly to ensure all powder is at the bottom.
2. Slowly inject the appropriate sterile solvent into the vial, directing the stream gently against the glass wall.
3. Swirl the vial gently until the powder is completely dissolved. Avoid vortexing, as this can introduce unnecessary stress to the peptide structure.
4. The resulting solution should be clear. Common research concentrations are prepared between 1-10 mg/mL, but this should be tailored to your specific research protocol.

⚠️ Critical Laboratory Safety Notice: Vilon is sold exclusively as a laboratory research chemical. It is not for human consumption, not a cosmetic ingredient, and not intended for diagnostic or therapeutic use of any kind. Researchers assume full responsibility for designing ethical experiments and complying with all institutional, local, and national regulations governing the use of such materials.

Frequently Asked Questions (FAQs)

Q: How does Vilon differ from other immune-support research peptides like Thymosin Alpha-1?

A: While both are studied in immunology contexts, they are structurally and mechanistically distinct. Thymosin Alpha-1 is a 28-amino acid polypeptide with broader immunomodulatory research. Vilon (Lys-Glu) is a minimal dipeptide bioregulator with a more focused research history on thymic function and T-cell maturation pathways. They represent different tools for different research questions.

Q: Is a Certificate of Analysis available for review?

A: Absolutely. We believe in complete transparency. The batch-specific COA for current stock is available to serious research inquiries prior to purchase. This allows you to review the HPLC purity and MS confirmation data before buying your research peptides online.

Q: What are typical research dosage guidelines?

A: Specific dosage and administration parameters are determined by the researcher based on their model system (cell culture, animal study), research objectives, and relevant published literature. As a supplier of high-purity research chemicals, we provide the characterized compound but do not prescribe experimental protocols. Researchers must consult scientific literature to establish appropriate dosing for their studies on immune support and cellular function.

Q: What are my shipping and packaging options?

A: We ensure secure, reliable delivery to research facilities:

• Fast USA Shipping: Orders are processed within 1-2 business days and typically delivered in 2-5 days.
• International Shipping: Available to most countries for the global research community.
• Free Domestic Shipping: Offered on all US orders over $300.
• Discreet Packaging: All materials are shipped in plain, temperature-stabilized packaging without external identifiers.

Q: What customer and research support services do you offer?

A: Our commitment extends beyond the sale with comprehensive research support services:

• Technical Consultation on product specifications and handling.
• Product Replacement policy for orders with verified shipping issues.
• Authenticity Guarantee backed by our transparent COA process.
• Responsive Complaint Handling to resolve any order-related concerns promptly.

Equip your laboratory with a precisely characterized tool for immunology research. Order your batch-verified Vilon Peptide today to explore the intricate pathways of immune bioregulation with confidence and scientific rigor.