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Looking at the Science Behind RAD 140

Looking at the Science Behind RAD 140

An investigational selective androgen receptor modulator called Testolone, also known as RAD 140, was created to take the place of exogenous testosterone replacement treatment. In a 2014 study employing rats, scientists at the University of Southern California, Los Angeles, discovered that the substance was less dangerous than TRT. 

This illegal medicine has gained popularity among bodybuilders and others with low testosterone levels despite not being FDA-approved. Some individuals think that Testolone promotes sex desire, weight loss, muscle growth, and other physical performance impacts. The World Anti-Doping Agency has designated it as a chemical that should not be used. Unlike SR9009, a comparable substance, RAD 140 necessitates post-cycle therapy, as with other SARMs like LGD 4033.

SARMs and RAD 140

An androgen is a hormone. It is one that the body naturally produces. For example, testosterone, androstenedione, and dihydrotestosterone are all produced within the body.

Because they bind to the same receptor, SARMS frequently have similar effects on the body. Nevertheless, RAD 140 SARMs primarily target the liver, muscle, and bone tissues. As RAD-140 Testolone is a SARM, many individuals think that it might be less likely to have negative effects than testosterone or other steroids. Unfortunately, there is no evidence to support this theory. Because of their specificity to certain bodily regions, they are employed as experimental medications for the possible treatment of illnesses linked to hormones or that induce muscle wasting.

RAD 140 and Bodybuilders

Bodybuilders have begun using RAD 140 over testosterone or steroids. This is because of its unique ability to be directed to these particular areas of the body. Most of the tests done so far on the medicine have been done on lab animals. Thus, it is unclear how it will interact with the human body. Since it hasn’t been authorized for use on humans yet, its usage is generally discouraged.

Biochemically, RAD 140 functions by specifically activating the body’s hormone receptors. SARMs’ capacity to target particular bodily areas is still not well understood. Some scientists think that RAD 140 might activate receptors in damaged brain regions based on clinical tests done on rats. According to the study, rats given this medicine had more MAPK activity in their brains, which protected their neurons from harm.


The effectiveness of this medication in preventing breast cancer, promoting muscular growth, and safeguarding brain cells is still being studied. SARMs have also been researched as a possible treatment for cachexia, sarcopenia, and osteoporosis. The US Food and Drug Administration does not, however, approve of their application in clinical settings.

How to administer Rad 140

Since  RAD 140 for sale is still an experimental medicine intended primarily for use in laboratories for research, there are no dosage statistics available. 20 milligrams per day is one anecdotal Rad140 dosage recommendation. These dosages, though, are not professionally recommended. This experimental medication is not safe in any amount.

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