White Human Growth Hormone Peptide HGH Fragment 176-191 In Freezd Powder In 5mg*10 Vials

Description :

Fragment (176-191) is a fat-loss peptide derived from the GH molecule, which directly initiates lipolysis and inhibits lipogenesis, but in order to better understand this peptide, it is imperative to have at least a rudimentary understanding of its parent hormone .
GH is a polypeptide which contains an amino acid sequence that is 191 amino acids in length. Frag (176-191) was developed by isolating and modifying the specific portion of the GH molecule responsible for the hormone's lipolytic and anti-lipogenic effects.

The portion of the molecule responsible for these effects is amino acids 176-191. In every sense, Frag should primarily be considered a fat loss peptide which performs these functions through the same pathways as traditional GH, but without exposing the user to the potentially undesirable side effects which may present themselves during GH administration.

Application :

The GH fragment 176-191 stimulates lipolysis and inhibits lipogenesis both en vivo/en vitro.
Fragment 176-191 has shown no effect on growth or insulin resistance, unlike the full GH molecule. This is the newest, most powerful GH fragment on the market. Studies have shown sustained fatloss, aimed directly at adipose tissue.
It has been shown that the fat-reducing effects of GH appear to be controlled by a sML analog region of the C-terminus end of the GH molecule. This region consists of amino acids 176-191, thus the name. This peptide fragment works by mimicking the way natural GH regulates fat metabolism but without the adverse effects on blood sugar or growth that is seen with unmodified GH.

How dose HGH Fragment 176-191 work?

The growth hormone HGH Fragment 176-191 (2mg) is released in a pulsatile manner.
The behavioral characteristics associated with natural growth hormone are different from those of synthetic growth hormone.
Therefore, the volume of growth hormone released in the body cannot be combined with the application of synthetic growth hormone compared.
Most importantly: the number and quality of intracellular signaling events as well as the extent to which growth hormone stimulates autocrine paracrine muscles of muscle IGF-1 and its splicing variant M after exercise to resist