Durabol – anabolic injectable steroid with androgen activity. Its anabolic properties are well expressed and androgenicity reduced compared to testosterone. The active substance preparation is nandrolone phenylpropionate. The ether shorter chain phenylpropionate all known decanoate, so it has a faster and less body digestibility validity period.
After the injection, the drug remains active for 2-3 days, but the degradation products can be detected in one and a half years. Widely used in bodybuilding application 100 Durabol allows the drug quality to increase muscles, strengthen ligaments. Also, advanced courses athletes increase to burn fat. Due to the properties of the drug are significant and its anti-inflammatory effect, strengthening the immune system and bones.
Durabolin is very similar to Deca in its chemical structure, it is simply another form of nandrolone, or more precisely with shorter esters, attached to it nadrolone. So it has a short half-life and should be used more often (most bodybuilders inject Durabolin every 3 days). In addition, nandrolone in the blood tip much earlier with Durabolin than Deca. Nandrolone phenylpropionate has a strong anabolic effect and relatively mild androgenic effect, this function makes it a good choice for those who are prone to androgenic side effects. Nandrolone appears to affect the connective tissue (joints) to have a positive effect through its anti-inflammatory effect and increases collagen synthesis. Interestingly, nandrolone phenylpropionate appears to significantly increase the number of androgen receptors. One of the positive effects of nandrolone is that it helps to shed the subcutaneous fat. This effect is pronounced at higher doses. Probably the most important difference between Durabolin Deca is that it does not cause water retention or at least a much smaller scale. Safety: Nandrolone Testosterone has the strongest inhibitory effect of all known anabolic steroids. Supplements are therefore binding. In addition, it is important to emphasize that nandrolone in any form can cause damage to epithelial tissue of blood vessels.