Description
RAD140 (Testolone) is an investigational drug (SARM) that is not approved by the FDA for any medical or dietary supplement use. It is currently being studied for potential therapeutic applications, with the 10 mg tablet dosage reflecting a common amount discussed in research and illicit use contexts. Buy RAD-140 10mg Tablets
Investigational Functions
In clinical studies and preclinical research, the potential functions of RAD140 revolve around its selective binding to androgen receptors (AR) in specific tissues:
In clinical studies and preclinical research, the potential functions of RAD140 revolve around its selective binding to androgen receptors (AR) in specific tissues:
Treating Muscle Wasting: It acts as an agonist in skeletal muscle, promoting significant increases in lean muscle mass and strength in animal models, leading to its investigation for conditions like sarcopenia and cancer-related cachexia (severe weight loss). Buy RAD-140 10mg Tablets
Fighting Breast Cancer: In certain types of breast cancer cells (those that are androgen receptor-positive and estrogen receptor-positive, or AR+/ER+), RAD140 acts as an antagonist, blocking AR activation and suppressing the growth of cancer cells, thereby exhibiting antitumor activity.
Neuroprotection: Studies have shown that RAD140 can protect cultured neurons and rat brains against neuronal damage and cell death, suggesting a potential role in preventing Alzheimer’s disease and other neurodegenerative disorders.
Improving Bone Health: It has demonstrated potent anabolic effects on bones, which may be useful in treating osteoporosis by increasing bone mineral density.
Primary Function and Mechanism
The core function of RAD140, as an investigational SARM, is designed to mimic some effects of testosterone while potentially reducing certain androgenic side effects.
Androgen Receptor Binding: It is designed to bind to androgen receptors (AR).
The core function of RAD140, as an investigational SARM, is designed to mimic some effects of testosterone while potentially reducing certain androgenic side effects.
Androgen Receptor Binding: It is designed to bind to androgen receptors (AR).
Tissue Selectivity: It is being studied for its potential to selectively stimulate anabolic activity in muscle and bone tissue while aiming for reduced activity in other tissues. Anabolic Stimulation: By interacting with AR, it is intended to influence protein synthesis, which is relevant to muscle mass and strength.
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