**Builds muscle mass

**Promotes fat loss

**Increases the number of muscle cells

**Has the potential to alter an individuals capacity to build superior muscle density and size

**Possesses the ability to rehabilitate damaged cartilage


Long R3 IGF-1 is an excellent additive for cellular culture. It is adaptable to many cell varieties and has good effects for promoting growth, these two functions are generally incompatible, as other cytokines do not have these two functions. This growth factor binds to IGF-I receptors to stimulate cell growth in serum-free media, but, unlike insulin, it is made exclusively for use in cell culture. It promotes cell proliferation, increases cell survival, inhibits intracellular apoptotic pathways, extends culture longevity, eases transition to serum-free media and increases recombinant protein production. The major advantage for Long R3 IGF-1 is that it binds with high affinity to IGF-1 receptors and in many cell types potently stimulates proliferation and increases culture viability and specific recombinant protein production. Another advantage is that it binds with very low affinity to IGF-binding proteins, making it more biologically active than native IGF and allowing easier study of the IGF-1 receptor and its actions.

Long R3 IGF-1 has many functions, such as it can increase the protein synthesis, increase the RNA synthesis, promote fat metabolism, sugar transport, and so on, thus IGF-1 increases the efficacy of the nutrient intake.

IGF-1, as the name implies, is an extremely anabolic peptide that has insulin-like actions (i.e. it shuttles nutrients, specifically amino acids and glucose, into the muscle cells where they can then be synthesized into new muscle tissue). To test the hypothesis that IGF increases protein synthesis, the effects of IGF-1 have been studied with burn injuries, a significant catabolic inducing event. Burn injury is associated with substantial whole-body protein loss, reflecting mainly a catabolic response in skeletal muscle. The anabolic effects of IGF-1 after burn reflect inhibited protein breakdown and stimulated protein synthesis in skeletal muscle and that this response is caused by a direct effect of IGF-1 on muscle tissue.

Long R3 IGF-1 has a positive role in promoting muscle tissue, increased nitrogen retention, and increased food conversion i.e. the body utilizes nutrients more efficiently.

The amazing capabilities of Long R3 IGF-1 are enhanced with the addition of Growth Hormone (GH).

During puberty, IGF is responsible for the natural muscle growth that occurs during these years. There are many different things that IGF does in the human body; among the effects the most positive are increased amino acid transport to cells, increased glucose transport, increased protein synthesis, decreased protein degradation, and increased RNA synthesis.

When IGF is active it behaves differently in different types of tissues. In muscle cells, proteins and associated cell components are stimulated. Protein synthesis is increased along with amino acid absorption. As a source of energy, IGF mobilizes fat for use as energy in adipose tissue. In lean tissue, IGF prevents insulin from transporting glucose across cell membranes. As a result the cells have to switch to burning off fat as a source of energy.

IGF also mimics insulin in the human body. It makes muscles more sensitive to insulin’s effects. Consequently, insulin users have been able to lower their dosage by a certain margin to achieve the same effects.

Perhaps the most interesting and potent effect IGF has on the human body is its ability to cause hyperplasia, which is an actual splitting of cells. Hypertrophy is what occurs during weight training and steroid use, it is simply an increase in the size of muscle cells. After puberty you have a set number of muscle cells, and all you are able to do is increase the size of these muscle cells, you do not actually gain more. But with IGF use, you are able to induce hyperplasia which actually increases the number of muscle cells present in the tissue. IGF can change a user’s genetic capabilities in terms of muscle tissue and cell count. IGF proliferates and differentiates the number of types of cells present. At a genetic level it has the potential to alter a research subjects capacity to build superior muscle density and size.

Long R3 IGF-1 has many functions, such as it can increase the protein synthesis, increase the RNA synthesis, promote fat metabolism, cause hyperplasia, repair damaged cartilage, increase nutrient uptake, and so forth. The research into unlocking the potential of this extremely potent recombinant peptide is just beginning.

For better results use  peg-mgf & mechano growth factor


At first, don’t go over 80mcg/day

Do 60-120 mg for 6-8 weeks

All products listed and provided through Xtremepro Peptides.com are intended for research purposes only. We do not promote the personal use of these products. Products provided by Xtremepro Peptides.com  are not intended for use in food products or as any type of drug. Our products are not intended to treat, prevent, mitigate or cure any disease or medical condition.

Weight 0.900 kg

Box, Vial


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