Gene Expression
The fundamental science of how peptide bioregulators restore youth and vitality at the DNA level.
🔑 The Signal Molecule
Peptide bioregulators are not hormones or drugs in the traditional sense. They are short-chain amino acids that act as precise signaling molecules. Their primary function is to interact with specific sections of DNA to trigger protein synthesis.
Unlocking the Code
As we age, our DNA becomes tightly wound around proteins called histones, making it difficult for the cell to read genetic instructions. Bioregulators bind to specific DNA sites, relaxing this structure (histone modification) to make genes accessible again.
Restoring Synthesis
Once the DNA is accessible, the cell can transcribe the genetic code into mRNA, which is then translated into new proteins. This restores the tissue's ability to repair and regenerate itself, effectively reversing age-related decline at the cellular level.
The "Key and Lock" Mechanism
A specific sequence of amino acids designed to fit a precise location.
The specific gene responsible for tissue function and repair.
Production of vital proteins restores organ function.