Methenolone-Acetate-10mg, or methenolone acetate, is a synthetic long-acting anabolic steroid drug. It has completely different situations in the medical and sports fields. Its unique properties and potential risks are worth in-depth discussion.
From the essence of the drug, its chemical structure is derived from the modification of testosterone. The introduction of 17β-hydroxy esterification and 1-methyl makes it long-lasting, stable and easy to absorb orally. After entering the human body, the hydrolyzed methenolone can accurately act on androgen receptors, efficiently promote protein synthesis, inhibit muscle decomposition, and at the same time improve the blood’s oxygen carrying capacity, providing energy supply and recovery for the body.
In terms of clinical application, it is the “light of hope” for patients with chronic wasting diseases, which can help groups such as advanced cancer and AIDS patients improve their nutritional status and enhance immunity; it is also an auxiliary treatment “helper” for osteoporosis, especially for middle-aged and elderly male patients, which can effectively increase bone density. However, in the field of sports, it is used illegally by some athletes because it can quickly improve athletic performance, and has become a “banned drug” that violates sports ethics.
Methenolone-Acetate-10mg Product Introduction
Methenolone-Acetate-10mg, also known as Methenolone Acetate in Chinese, is a synthetic long-acting anabolic steroid drug. With its unique chemical structure and pharmacological properties, it plays a specific role in clinical treatment and sports, but it is also accompanied by potential risks and strict usage specifications, and users need to be cautious.
I. Basic characteristics
(I) Composition and structure
The chemical name of Methenolone Acetate is 17β-hydroxy-1-methyl-androst-4-ene-3-one acetate, and its chemical formula is C₂₃H₃₂O₃. Its structure is modified on the basis of testosterone, and the 17β-hydroxyl group is esterified to form an acetate group. This structure slows down the metabolism of the drug in the body and prolongs the duration of action; the introduction of 1-methyl enhances the oral activity of the drug, allowing it to be stable in the gastrointestinal tract and effectively absorbed. These structural characteristics give Methenolone-Acetate-10mg a long-lasting and stable efficacy.
(II) Dosage form and specifications
The common dosage form is a white oral tablet, each containing 10mg of Methenolone acetate. This dosage form is convenient for patients to take, and the small dose design allows doctors to flexibly adjust the dosage according to the patient’s specific condition and physical condition. The packaging specifications are usually 30 tablets/box or 50 tablets/box. When stored, it needs to be protected from light, sealed, and placed in a cool and dry place to ensure the stability and effectiveness of the drug and prevent the drug from deteriorating due to environmental factors.
(III) Mechanism of action
After entering the human body, Methenolone acetate is gradually hydrolyzed in the body to release the active ingredient Methenolone. Methenolone can bind to androgen receptors, enter the cell nucleus, regulate gene expression, and promote protein synthesis. Compared with natural androgens, it has a higher anabolic effect and lower androgenic activity. It can preferentially promote protein synthesis in muscle, bone and other tissues, increase muscle mass and strength; at the same time, it can inhibit the catabolic effect of glucocorticoids and reduce the decomposition of muscle protein, thereby achieving muscle growth and maintenance. In addition, methenolone acetate can also promote erythropoiesis, improve the oxygen-carrying capacity of blood, and enhance the body’s endurance and athletic performance.
II. Clinical application
(I) Treatment of chronic wasting diseases
Applicable population: Suitable for patients with severe physical consumption, weight loss, and muscle atrophy caused by various chronic diseases, such as advanced cancer, AIDS patients, patients with severe trauma or long-term bed rest after surgery. These patients are in a state of high catabolic metabolism, and the consumption of nutrients is greater than synthesis, resulting in extreme physical weakness.
Therapeutic effect: Methenolone-Acetate-10mg can effectively promote protein synthesis, increase the patient’s muscle mass and weight, and improve the body’s nutritional status; enhance the body’s immunity, reduce the occurrence of complications such as infection; improve the patient’s physical fitness and activity ability, and improve the quality of life. Many patients have significantly alleviated their physical weakness after using it for a period of time, and are able to carry out more daily activities.
Usage: When treating chronic wasting diseases, the recommended dose is 20-30mg per day, taken orally in 2-3 times. The doctor will adjust the dosage and course of treatment according to the severity of the patient’s condition, physical response, nutritional status and other factors. The general course of treatment can last for several weeks to several months until the patient’s physical condition is significantly improved.
(II) Adjuvant treatment of osteoporosis
Applicable population: For patients with osteoporosis caused by androgen deficiency or other reasons, especially middle-aged and elderly male osteoporosis patients, primobolan acetate can be used as an adjuvant treatment drug. Such patients have reduced bone density, increased bone brittleness, and are prone to fractures.
Therapeutic effect: By promoting protein synthesis and bone matrix formation, primobolan acetate can increase bone density, enhance bone strength and toughness, and reduce the risk of fractures. Clinical studies have shown that long-term use of this drug can increase the patient’s bone density to a certain extent and relieve osteoporosis-related symptoms.
Usage: Generally, it is taken in small doses for a long time, with a daily dose of 10-20 mg, taken orally 1-2 times. During the treatment, bone density, blood calcium, blood phosphorus and other indicators need to be monitored regularly to evaluate the treatment effect, and the medication regimen should be adjusted according to the situation. At the same time, it is recommended that patients take appropriate calcium and vitamin D supplements, as well as exercise in moderation, to enhance the treatment effect.
(III) Application in the field of sports (prohibited use)
In the field of competitive sports, some athletes use primobutolone acetate illegally to enhance muscle strength, improve endurance and athletic performance. It can help athletes increase muscle mass and improve athletic performance in a short period of time, but this use seriously violates sports ethics and anti-doping regulations. The World Anti-Doping Agency (WADA) lists it as a banned substance. In various sports events, once athletes are found to use primobutolone acetate, they will face severe penalties, including cancellation of competition results and suspension.
III. Dosage and Administration
(I) Individualized Adjustment
The dosage and administration of Methenolone-Acetate-10mg should be adjusted individually according to the patient’s age, gender, condition, physical condition, and response to the drug. For example, elderly patients or patients with impaired liver and kidney function may need to reduce the dose appropriately due to decreased drug metabolism and closely observe adverse drug reactions; children should be extremely cautious when using it, and only use very small doses under special circumstances and under the strict supervision of a doctor.
(II) Strictly follow the doctor’s instructions
Patients must strictly follow the doctor’s prescription and must not increase or decrease the dose or stop the drug on their own. Randomly adjusting the dose may lead to poor treatment effect or cause adverse reactions. If any discomfort or questions occur during the medication process, you should consult a doctor in time and deal with it under the doctor’s guidance. At the same time, during the treatment process, relevant examinations should be carried out regularly, such as liver function, kidney function, blood routine, sex hormone levels, etc., so that the doctor can understand the impact of the drug on the body in a timely manner and adjust the treatment plan.
