A SARM is molecule that binds to an androgenic receptor and exerts a powerful effect on a target tissue such as skeletal muscle. Sarms UP Sarms can be taken orally.
SARMS are a modification of testosterone and have a greater anabolic effect on target tissue than androgenic effect. Anabolic effects are growth, preservation of lean muscle mass, nitrogen retention and weight loss among others.
Androgenic effects are prostate growth, acne development and deepening of the voice among others.
SARMS were developed in the 1940’s to promote the beneficial and wanted affects most men desire from taking testosterone and reduce unwanted androgenic adverse effects. This makes SARMS a unique and attractive therapeutic agent for the treatment of several clinical and medical conditions.
As men age, lean muscle growth is lost resulting in muscle wasting, power and strength loss. Sarcopenia is the age-related loss of muscle mass and strength that can lead to disability and increased morbidity.
This loss of muscle mass and strength reduces the body’s ability to prevent falls and reduces mobility, therefore the aging man becomes more fragile.
SARMS are an anabolic medication used to combat aging muscle loss and fragility, aimed at promoting improved physical function and strength. While testosterone can be used to combat the signs of aging and improve lean muscle growth, supra-physiological doses can have unwanted side effects such as erythrocytosis and prostate growth leading to lower urinary tract symptoms. SARMS can achieve significant anabolic effects on muscle growth and muscle preservation at a much lower dose than testosterone and without the unwanted side effects.
Testosterone is both an androgenic and anabolic steroid hormone. The androgenic effects of testosterone are associated with masculinization, such as deeper voice, facial hair, development of acne, and hair loss.
We observe the androgenic effects of testosterone during puberty as boys mature into men. The androgenic effects of Testosterone are commonly not desired by men. The anabolic effect of testosterone is associated with skeletal muscle growth, weight loss, improved memory, cognitions, performance, stamina, increased utilization of protein.
As testosterone replacement is becoming more prevalent in society so has the science behind the development of testosterone derivatives that lessen the androgenic effects of testosterone and enhance the anabolic affects.
Selective Androgenic Receptor Modulators (SARMs) are an evolving class of anabolic hormones that have unique properties similar to testosterone without the androgenic effects and have role in men’s health.
Selective androgen receptor modulators (SARMs) are anabolic compounds that bind to androgen receptors. They have been studied as potential treatments for cancer, osteoporosis, sexual dysfunction, multiple sclerosis, Alzheimer’s disease, and muscle wasting.
Recently, SARMs have been placed in various supplements marketed to fitness enthusiasts. SARMs have been found to reduce endogenous testosterone, affect cholesterol levels, and alter liver function. Recreational users of SARMs may take them in combination with each other on a cyclical basis. They may also practice post cycle therapy, which involves the use of SERMs in between cycles to help restore hormone balance.
Selective androgen receptor modulators (SARMs), which are becoming increasingly popular as performance-enhancing supplements due to their lean muscle mass-building, fat-cutting, endurance, and recovery properties, may be one example. People who take or consider taking products containing SARMs recreationally include fitness enthusiasts, bodybuilders, and those with physically demanding jobs.
Sarms are compounds that enhance the beneficial effects of androgen in skeletal muscle without causing many of the negative side effect associated with androgen treatment, including risks to the prostate and cardiac systems. This one of the main reasons you should highly considering taking Sarms compared to Steroids to help you achieve the goals you are looking for.