Testolone(RAD140) Abstract

RAD140 is one of the newest SARMS, and its objective is to give a blast of testosterone without the negative side effects associated to steroid use. Hence the reason why it is an alternative to testosterone replacement therapy. Specifically, it has been shown to interact with hormonal receptors in the tissues in the same way as a large doses of testosterone do. Furthermore, it also exhibited a greater anabolic effect than testosterone, and a more reinforced effect as well.

Testolone (RAD140) is the newest compound in the family of selective androgen receptor modulators, or as they are better known – SARMS. Therefore, its major advantage over anabolic steroids is that it offers similar positive results, with barely any side effects at all. Indeed, this is quite a unique compound, even when it is compared to other SARMS.

Testolone(RAD140) More Specifications

RAD140 is a SARM that is designed to act as if the tissues of the body are getting a good dose of testosterone without the unwanted side effects of anabolic steroids. It has been shown to enhance speed, stamina and endurance during workouts as well as increase muscular gains within shorter periods of time.

Recent research of RAD140 shows superior lean tissue selectivity, and reduced androgenic side effects when compared to competing SARM compounds. This compound provides is being studied for neuroprotection as well; an important neural action of endogenous androgens that is relevant to neural health and resilience to neurodegenerative diseases, and to be as effective as testosterone in reducing cell death induced by apoptotic insults.

RAD140 is a highly effective, oral SARM (Selective Androgen Receptor Modulator) currently being studied for both anabolic and neuroprotective effects. It is in a class of androgen receptor (AR) ligands that are tissue selective, developed to treat muscle wasting associated with cancer, acute and chronic illness and age-related muscle loss.

Recent research of RAD140 shows superior lean tissue selectivity, and reduced androgenic side effects when compared to competing SARM compounds. This compound provides is being studied for neuroprotection as well; an important neural action of endogenous androgens that is relevant to neural health and resilience to neurodegenerative diseases, and to be as effective as testosterone in reducing cell death induced by apoptotic insults.