Vilon
Vilon (Lys-Glu) is the shortest bioregulatory peptide in the Khavinson series — just two amino acids. Despite its simplicity, it is extensively studied for immune modulation and gene expression regulation. Research indicates it can penetrate cell membranes, interact with DNA, and modulate expression of genes involved in immune function and cellular proliferation.
Aliases: Lys-Glu
- Research score
- 4/10
- Reality tier
- experimental
Mechanism
Vilon interacts directly with DNA regulatory sequences, potentially modulating gene expression of immune-related and proliferative genes. Its minimal size allows cellular penetration without receptor-mediated uptake.
Evidence note
Khavinson dipeptide. DNA interaction data. Limited clinical validation.
Studies
Short peptides and gene regulation
Demonstrated that short bioregulatory peptides like Pinealon can penetrate cell nuclei and interact with DNA.
Open source · PMID 18454303Khavinson peptides and aging
Review of bioregulatory peptides showing effects on gene expression and age-related functional decline.
Open source · PMID 21261521
FAQ
How can a two-amino-acid peptide be effective?
Research from the Khavinson laboratory has shown that even dipeptides can interact with DNA regulatory sequences, modulating gene expression without the complexity of larger molecules.
For research and educational use only. This content is not medical advice.