✨✨SARMS Explained

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• Did you know that many compounds people believe are SARMS are not actually SARMS?
• Did you know SARMS can give you steroid-like benefits without the side effects?
• Did you know SARMS are being developed for medical purposes like muscle wasting and osteoporosis?
• Did you know SARMS are banned by the Olympic committee because of their performance enhancing potential?
• Did you know the market is full of FAKE sarms?
• Did you know that tablet sarms are mostly prohormones made by scammers

If you are surprised, don't be,. That is why I'M here. In the comments section, I'll slowly explain the basics and how-tos of SARMS, giving you an idea of what sarms really are.

 

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SARMs, short for Selective Androgen Receptor Modulators, are a type of compound that selectively targets androgen receptors. They are engineered to mimic the positive effects of traditional androgenic drugs while minimizing undesirable reactions. Research has demonstrated that various forms of SARMs can provide diverse therapeutic advantages for males and females alike. As a result, these compounds have attracted growing interest within athletic and bodybuilding circles as effective performance-enhancing aids, enabling competitors to achieve a competitive advantage.

 

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How They Work
SARMs function by selectively activating hormone receptors under specific physiological conditions, thereby reducing the risk of undesirable reactions. For instance, athletes may use SARMs to replicate the positive outcomes associated with anabolic steroids, while avoiding many of the harmful effects linked to more toxic compounds. In essence, unlike conventional anabolic steroids, SARMs target androgen receptors in a targeted manner, which helps prevent unintended side effects.

 

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SARMs vs. Steroids
Unlike anabolic steroids, SARMs support muscle and bone growth without harming the prostate or reproductive system. Users typically avoid issues such as hormonal suppression, testicular shrinkage, or prolonged recovery after a cycle. In contrast, many discontinue steroid use due to the challenge of cessation. Severe steroid abuse may also lead to dependence on testosterone replacement therapy (TRT) due to natural hormone shutdown.

SARMs also offer practical advantages—they are available in easy-to-use forms like capsules or liquids (for research purposes only). Unlike methylated oral steroids, which can cause liver toxicity, SARMs are non-toxic and do not require injections, providing a more user-friendly experience.

Overall, SARMs present a safer and more manageable option for enhancing muscle growth compared to traditional steroids.

 

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Additional Benefits of SARMs
SARMs have undergone years of development and testing aimed at maximizing health benefits while minimizing adverse effects. Various types are available for research use, each designed for distinct applications. Notably, SARMs consistently support bone density, sexual wellness, and muscle maintenance without converting into estrogen, DHT, or DHN.

Among athletes, SARMs are increasingly popular—particularly in CrossFit—for promoting lean muscle growth without water retention or bloating. Additional advantages include strength enhancement, faster recovery, improved joint and bone integrity, and greater endurance.

 

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Common Types of SARMs
A variety of SARMs have been developed, with several currently undergoing clinical studies:

• MK-2866 (Ostarine): Originally studied for osteoporosis, it has also been applied in treatments for muscle atrophy and age-related low testosterone.
• BMS-564,929: Supports muscle development and addresses symptoms related to low testosterone.
• LGD-4033 (Ligandrol): Used in managing age-related testosterone decline while supporting muscle and bone strength.
• LGD-2226 / LGD-3303: These variants show potential in enhancing musculoskeletal condition.
• S-23 / S-40503: Being explored primarily for male contraception use.

 

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Use in stacks
Athletes often incorporate SARMs into existing supplement regimens or combine multiple SARMs together—commonly referred to as a “double stack” or “triple stack” based on the number of compounds used. Their adaptability allows effective use across cutting, recomposition, and bulking phases. It is this versatility, along with their favorable safety profile, that has significantly boosted the popularity of SARMs in recent years.