Gland Peptide Bioregulator helps protect and maintain the function of the immune system, by keeping the thymus
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Vladonix is a peptide bioregulator that specifically protects the
immune system function via the thymus gland. Vladonix provides the following benefits:
Keeps the thymus active, to facilitate health of the immune
Provides the main defence against infections and diseases
Beneficial to older people, who are more susceptible to disease, due to
Has the same role as peptide bioregulators developed in the
There are no adverse side effects
The thymus gland function
The thymus gland's primary function is to maintain a strong and
healthy immune system. This protects the body from infections and diseases, keeping it strong and resistant to
illness. White blood cells, known as lymphocytes or T-cells recognize toxins and antigens in the body. They then
neutralize and dispose of them, keeping us free from illness.
But as we age, our immunity weakens. This affects thymus gland's
ability to 'teach' T-cells how to distinguish harmful microbes from the rest of beneficial chemicals in our body.
This weakens our immune system and its ability to fight disease and infection.
Protecting the thymus gland with Vladonix peptide
bioregulator will correspondingly strengthen our immune system and its ability to protect us against
What is a peptide
Peptides are small biological molecules, consisting of two or more
amino acids. When a molecule has up to 50 amino acids, it's considered to be a peptide. Larger molecules of 50 or
more amino acids are called proteins.
Being smaller molecules and with shorter chains of amino acids than
proteins, peptides can enter the blood through the digestive system, to initiate protein synthesis. This synthesis
initiates cell repair and regeneration.
Each organ and gland in the body has its own unique peptide
bioregulator. With age these peptides become less active, resulting in tissues not being repaired. Being small and
easier to absorb through the stomach, peptide bioregulators have the ability to interact directly with cell DNA.
This enables them to start tissue repair and regenerations in specific body organs and