The Thyroid Gland
Peptide Bioregulator protects the thyroid function, helping the gland to work at its optimum, preventing metabolic
Made in Russia
Shipped from United Kingdom
$59.99 - buy 3 and save $10 p/pack
(You will be transferred over to secure https page, where you can purchase Thyreogen
Thyreogen is a peptide bioregulator specifically used to regulate and
protect the function of the thyroid gland. Thyreogen provides the following benefits:
Keeps the thyroid gland working at optimum levels
Prevents metabolic disorders when thyroid mulfunctions
Has the same role as peptide bioregulators developed in the
There are no adverse side effects
The thyroid gland is shaped like a butterfly and it's the largest
gland found in the neck area. It lies in front of the windpipe, below larynx or the voice box. As one of the
largest endocrine glands, thyroid gland secrets and stores hormones that regulate the heart rate, blood pressure,
body temperature, and conversion of food into energy.
By controlling growth and energy use, thyroid hormones also regulate
the rate of children's growth and development. Thyroid problems can cause a number of problems, depending on
whether the gland produces too little (hypothyroidism) or too much
Thyreogen peptide bioregulator protects the thyroid
gland and keeps it working at optimum levels.
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