Products - The Stem Cells Replacement
These peptide bioregulators were designed by the
Russians during the cold war era in the 1980s. The discovery that each specific organ, tissue, or gland in the body
uses a certain short chain peptide which can initiate protein synthesis represents a major breakthrough. Each of
the peptides are designed to interact with particular strands of DNA, to repair and regenerate those tissues
targeted. See peptide bioregulators special offers below.
Peptide Bioregulators special offers
Online purchasing is handled via secure HTTPS
pages. All prices listed above are in US dollars. There are two different special offers
20-capsule pack at the usual price, or choose the 60-capsule pack and
save $9.99 per
2. There is also Mix and Match option, to
buy any 3
bioregulators and save $9.99 per
Peptide bioregulators are sometime
referred to as gene switches, for their ability to regulate particular organ fucntion. They could also be
a cheaper and more user friendly alternative to stem cells, due to both
the lower costs involved, and the fact they can be taken orally. Also they don’t require the immune system to be
suppressed in order to take desired effect. There are 21 Russian Peptide Bioregulators in our current range,
shown below in alphabet order. For more peptides, see also our Youth Gems® skin
What is a peptide bioregulator?
A peptide is a small biological
molecule that consists of two or more amino acids. Peptides are smaller than proteins, which are also chains of
amino acids, only larger. Generally, if a molecule has less than 50 amino acids, it's considered to be a peptide.
Whereas larger molecules of 50 or more amino acids are called proteins.
Peptides are also divided into
dipeptides, tripeptides, tetrapeptides, polypeptides, etc., depending on how many chains of amino acids or peptide
bonds they consist of. Being smaller molecules and shorter than proteins,
peptides can enter the blood through the stomach, and so initiate protein synthesis.
Each organ, gland, or tissue in the
body has its own unique peptide bioregulator. Being smaller and easier to absorb through the digestive system,
peptides have the ability to interact directly with cell DNA. This enables
the body organs, glands and tissues to regenerate and repair easier and more