IGF1-DES uses and benefits
Also known as IGF1A, IGF-1, IGF1, Somatomedin C, Insulin-like growth factor 1, IGF-1 Des(1-3), Des1-3, Des 1-3, Des (1-3), IGF-1 (4-70), IGF DES IGF 1 DES is a polypeptide amino chain that is made up of 67 different amino acids. Studies have shown that this research peptide has high anabolic properties. IGF-1 DES’s tests on animals determined that its functionality is related to hypergenesis, or hyperplasia, noted by an increase in cellular proliferation. IGF DES’s works at the time and location it needs to, for example, needing skin regeneration, cell repair or wound healing. Most impressively, studies also showed a direct correlation between the presence of this peptide and neuroregeneration. This opens a huge window of opportunity for further research into IGF1-DES's ability to increase lean body mass, induce fat loss and increase physical endurance.
IGF1-DES side effects
IGF1-DES has few if any side effects such as redness or itching at site of injection and some increase in joint pain and tissue overgrowth which should be accounted for during trial. There are no known health risks associated with IGF1-DES injections, especially when compared to traditional hormone-based metabolic, strengthening and growth treatments when compared side by side in animal studies.
IGF1-DES dosage
IGF1-DES is usually administered at a dosage of 50-150 mcg per day, intramuscularly per injection at animal trial. Injection should be given on an empty stomach, thirty to sixty minutes before feed. Dosage should be continued for a four-to-five-week cycle, depending on required results.
The products we sell are to be used for laboratory research only and are not to be used for any other purposes. You must be 18 years or older to purchase from this store. You must be qualified and trained to work with the materials purchased from us.
Products from NG Peptides are for research purposes only and are not to be used for any other purpose including but not limited to; therapeutic, medical, veterinary, livestock or diagnostic purposes.