Vilon Peptide for Sale | 3rd-Party Tested 98% Pure | Purerawz

What is Vilon?

At the frontier of immune biology and aging research, scientists are increasingly turning to short-chain bioregulatory peptides that operate at the genetic level rather than through broad systemic stimulation. Vilon represents one of the most studied compounds in this emerging research space.

Vilon is a synthetic dipeptide composed of two amino acids, Lysine and Glutamic acid (Lys-Glu), modeled after a naturally occurring thymic peptide produced by the thymus gland, the primary organ governing cellular immunity. Unlike conventional immunostimulatory research compounds Vilon is classified as a bioregulator, a compound believed to restore and normalize cellular function rather than directly stimulate or suppress biological systems. Researchers studying Vilon in preclinical models are exploring its possible influence on chromatin structure regulation, protein synthesis, immune gene expression, cell cycle homeostasis, and tissue differentiation at the genetic and cellular level. All peptides on Purerawzus.com are strictly intended for laboratory and research use only and are not approved by the FDA for human or veterinary use.

Vilon Chemical Properties

Property	Details
Product Name	Vilon
Synonyms	Lys-Glu, Lysylglutamic acid, Peptide Vilon, 45234-02-4
CAS Number	45234-02-4
PubChem CID	7010502
Molecular Formula	C11H21N3O5
Molecular Weight	275.30 g/mol
IUPAC Name	L-lysyl-L-glutamic acid
Purity	Greater than 98%
Property	Hygroscopic
Storage	-20°C
FDA Status	Not approved for human or veterinary use
Research Use	Laboratory and Scientific Research Only

How Does Vilon Work?

What distinguishes Vilon from many other immune research compounds is its proposed bioregulatory rather than immunostimulatory mechanism. Scientific investigation has suggested that Vilon may operate through the following key mechanisms in preclinical research models:

Genetic Level Immune Modulation

Studies indicate that Vilon may enter immune cells and interact directly with DNA regulatory regions that control the expression of immune-related genes. By influencing these regulatory regions Vilon may help normalize processes including T-cell development and cytokine balance without directly stimulating or suppressing immune activity.

Chromatin Regulation and Protein Synthesis

Researchers have observed that Vilon may regulate chromatin structure and support protein synthesis in experimental models. A landmark study published in Biogerontology demonstrated that Vilon may induce chromatin reactivation in lymphocytes from older research subjects, suggesting a possible mechanism for rejuvenating cellular function at the epigenetic level.

Potential Mechanism	Research Context
DNA Regulatory Region Interaction	May interact with DNA regulatory regions controlling immune gene expression
T-Cell Development Normalization	May help normalize T-cell development processes in preclinical research models
Cytokine Balance Regulation	May support cytokine balance through gene-level regulatory mechanisms
Chromatin Structure Regulation	May regulate chromatin structure and accessibility in immune cell research models
Protein Synthesis Support	May support protein synthesis processes at the cellular level in research settings
Bioregulatory Activity	Functions as a bioregulator restoring normal immune signaling rather than stimulating it
Cell Cycle Homeostasis	May support cell cycle homeostasis in experimental laboratory research models

Potential Benefits of Vilon in Research

Scientific investigation across multiple research disciplines has highlighted several areas where Vilon may offer significant preclinical research value:

Potential Benefit	Research Context
Immune Modulation Research	Being studied for possible immune modulation without overstimulation in research models
Immunosenescence Research	Being investigated for its possible role in restoring immune function in aging research models
Stress-Related Immune Research	Being explored in stress-related immune suppression research settings
Immune Recovery Research	Being examined for possible support of immune recovery after injury or immunosuppression
Chromatin Reactivation Research	Studies suggest possible chromatin reactivation in aged cell research models
Anti-Aging Research	Being investigated for its possible influence on aging processes at the cellular level
Tissue Differentiation Research	Early findings suggest possible involvement in tissue differentiation mechanisms
Gene Expression Research	Being studied for its possible influence on immune-related gene expression regulation

Please note: All benefits listed are based on early stage preclinical research. This product is strictly intended for research purposes and is not approved for human or veterinary use.

Potential Research Areas of Vilon

Research Area	Potential Focus
Immune System Modulation Research	Studying bioregulatory immune modulation without direct stimulation or suppression
Immunosenescence Research	Investigating its possible role in age-related immune decline and restoration
Chromatin Regulation Research	Exploring possible chromatin reactivation effects in aged lymphocyte research models
Gene Expression Research	Studying its possible influence on DNA regulatory regions in immune cell research
T-Cell Research	Investigating its possible role in normalizing T-cell development in preclinical models
Cytokine Balance Research	Studying its possible influence on cytokine signaling and immune communication
Anti-Aging Research	Exploring its possible role in cellular aging and longevity at the epigenetic level
Stress-Related Immune Research	Investigating its possible applications in stress-induced immune suppression research
Tissue Differentiation Research	Studying its possible influence on tissue differentiation processes in research models
Cell Cycle Research	Exploring its possible role in maintaining cell cycle homeostasis in experimental settings

Potential Side Effects Observed in Research Models

The following preliminary observations have been reported in some preclinical research settings:

Observed Effect	Research Context
Nausea	Reported in some experimental research model observations
Dizziness	Observed in some preclinical research model studies

Please note: The complete safety profile of Vilon has not yet been fully established. Further long-term investigation is required to confirm these findings.

Handling and Storage of Vilon

Maintaining proper handling and storage protocols for Vilon is essential for preserving compound integrity across all research applications:

Condition	Recommendation
Primary Storage	Store powder at -20°C in appropriate research conditions
Vial Management	Keep vials tightly sealed and clearly labelled with concentration and reconstitution date
Container Standards	Use sterile containers at all times to prevent contamination
Moisture Control	Keep away from moisture and humidity throughout all storage periods
Protective Equipment	Wear proper gloves and eyewear during all laboratory handling
Transportation	Check all airport and customs regulations before traveling with Vilon
Expiration Compliance	Do not use after the expiration date shown on packaging

Where to Buy Vilon Online

Purerawzus.com is your trusted source for research-grade Vilon. Every purchase is backed by an independent Certificate of Analysis confirming peptide identity, purity, and concentration for complete research compliance. We offer multiple secure payment options to keep your ordering experience smooth and straightforward. Visit our how to pay page for a complete step by step guide to all available payment methods and checkout instructions.

Feature	Details
Purity	Greater than 98% verified purity
Testing	Independent third-party lab tested
Documentation	Certificate of Analysis (COA) included with every order
Shipping	Free international shipping on orders over $100
Payment Options	Multiple secure payment methods available
Support	24/7 expert customer support

Frequently Asked Questions

Is Vilon Safe for Human Consumption?

No. The FDA has not approved Vilon for human or veterinary use. Purerawzus.com supplies this compound strictly for laboratory and scientific research purposes only.

What Side Effects Have Been Observed With Vilon?

Preliminary research observations have included nausea and dizziness in some preclinical research model studies. As Vilon remains under active scientific investigation its complete side effect profile has not yet been fully established. Further studies are required to confirm the full safety profile.

How Should Vilon be Stored?

Store Vilon powder at -20°C in a cool dry environment away from moisture and humidity. Always keep vials tightly sealed and clearly labelled with concentration and reconstitution date. Use sterile containers at all times and check travel regulations before transporting this compound.

Is Vilon Legal for Research Use?

Vilon is legal for laboratory and research use in applicable regions. The FDA has not approved it for human or veterinary applications. All research must comply with applicable institutional standards and local regulatory guidelines before purchasing or using this compound.

How Does Vilon Differ From Conventional Immunostimulatory Research Compounds?

Unlike conventional immunostimulatory compounds that directly activate or suppress immune responses Vilon functions as a bioregulator. It may restore normal immune signaling and cellular behavior in research models without causing direct overstimulation or suppression of immune activity. This bioregulatory distinction makes Vilon a unique and precise research tool for studying immune normalization mechanisms.

Disclaimer

All information on this page is provided for educational purposes only and does not constitute medical or professional advice. Products are for laboratory and research use only. By ordering you agree to our Terms and Conditions. Contact us at sales@purerawzus.com for any concerns.

All products are for laboratory and research purposes only and are not intended for veterinary or human use.

References

Lezhava, T., Khavison, V., Monaselidze, J., Jokhadze, T., Dvalishvili, N., Bablishvili, N., & Barbakadze, S. (2004). Bioregulator Vilon-Induced Reactivation of Chromatin in Cultured Lymphocytes from Old People. Biogerontology, 5(2), 73-79. https://doi.org/10.1023/b:bgen.0000025070.90330.7f