IGF1 LR3 from Nanox is a modified molecule of an insulin-like growth factor of the feather type, structurally representing a protein similar to an insulin molecule that has some insulin-like effects (in particular, acceleration of glucose utilization), at the same time, insulin itself is able to activate IGF-1 receptors, but 200 times worse than IGF itself. IGF1 LR3 is a powerful anabolic agent that provides the growth of lean muscle mass, regeneration of any injuries and wounds, improvement of fat burning, normalization of internal organs and glands, improvement of the immune system and acceleration of recovery after physical overload.
Gonadorelin from Nanox is a peptide analog of natural gonadoliberin to stimulate testosterone production and increase the size of the sex glands, most often it is used during post-course therapy.
Des (1-3) IGF-1 from Nanox is a truncated version of the human EFR of the first type with the Gly-Pro-Glu tripeptide missing at the N-end. This protein is probably the result of posttranslational cleavage of IGF-1. What is so good about this particular peptide? In the level of anabolic effect, which is many times higher than that of natural IGF-1, however, the duration of its activity is small, so it is administered immediately before training.
DISP from Nanox is a peptide that not only improves the quality of your sleep and increases resistance to stress, but also increases the speed of recovery, increases the production of sex hormones and growth hormone. Almost all drugs offered by the pharmacy network for the normalization of sleep are made with the use of substances dangerous to the body, such as barbiturates and aldehydes. In contrast, the DSIP peptide has a particularly mild effect. It helps to completely eliminate insomnia and accelerate the process of falling asleep.
BPC157 from Nanox is a peptide protein that is actually a sequence of 15 amino acids. This drug is actually derived from a protein found in the human stomach. It is known that it has significant biological activity associated with tissue regeneration.