Growth hormones are used to develop anabolic effects . It is believed to increase muscle mass and strength, improve exercise tolerance and speed recovery from injury. Growth hormone is rarely used as the only drug. It is usually used along with anabolic steroids, insulin and IGF-1. Growth hormone can also be used with the intention of reducing signs of aging and improving skin quality. In addition to its anabolic action, growth hormone has a fat-burning effect, as it increases the breakdown of triglycerides in fat cells and reduces fat accumulation. Professional cyclists also use growth hormone, due to its lipolytic action, to reduce body fat .
Growth hormone is a popular doping drug, but its performance-enhancing effects have not been fully clinically proven. The main finding of a systematic review and meta-analysis published in 2017 was that growth hormone modestly increases muscle mass and reduces fat, but does not increase muscle strength or improve aerobic capacity in healthy young adults. The increase in lean mass can be largely due to fluid accumulation. The greatest benefit of growth hormone seems to be in accelerating recovery and preventing injury as a result of increased collagen synthesis . Moderate doses of growth hormone alone were used in this study. Doses are usually higher when abused, and growth hormone is often used with other anabolic agents. In these cases, various side effects may occur. However, growth hormone is very effective for people who are deficient in it.
Such sports pharmacological preparations can significantly expand the capabilities of the human body, increasing the strength and endurance of a person and creating optimal conditions for training.
Use of somatotropin
One of the most widely used drugs used in sports is growth hormone – somatotropin. Such a substance is produced in the body of children and adolescents in the pituitary gland. Thanks to its effect, somatic and skeletal growth is stimulated in the body. The active elements included in its composition, acting on the plates of the bones, contribute to their development.
Scientists managed to artificially synthesize growth hormone and begin to produce its various forms. By visiting specialized sites, you can find a variety of pharmacological forms of this substance, which are widely used by athletes in the training process.
The effect of growth hormone on the body
Artificial growth hormone has a powerful anabolic effect on the human body. It enhances protein synthesis in the human body and inhibits the processes of its decay. Also, this drug enhances the processes of fat burning, producing excess energy and allowing you to quickly increase muscle mass.
In addition, somatotropin is involved in the processes of carbohydrate metabolism and has an immunostimulating effect. Also, this drug promotes the synthesis of collagen and chondroitin sulfate, strengthening tendons, cartilage and connective tissues. It contributes to the normalization of body proportions and improves the structure of various connective tissues. Due to this, athletes have a pronounced effect of increasing strength indicators. Somatotropin allows you to increase cartilage and joint tissues, making the athlete’s body more massive and strong.
By clicking on this link, you can purchase various forms of growth hormone. Such specialized sites contain several varieties of this substance: Gynotropin, Kigtropin, Higtropin, Ansomon, etc. Such drugs basically contain somatrotropin.
Growth hormone also stimulates the processes of lipolysis, due to which the process of energy production in cells occurs due to the burning of fats in tissues. This allows you to save proteins and use them as a building material for muscle development. Such drugs containing somatotropin help to accelerate the growth of muscle tissue, burn all the fat deposits in the body, improving the physical performance of athletes.
When using growth hormone in adequate therapeutic doses, the most common side effects are joint and muscle pain and various types of edema due to fluid retention. Edema can lead to increased intracranial pressure or fundus edema. It can also lead to the development of carpal tunnel syndrome.
Acute overdose can initially lead to the development of hypoglycemia (low blood sugar levels) and subsequently even lead to the development of coma. In the future, the consequence of therapy may be hyperglycemia (increased sugar levels). Long-term therapy can lead to high blood pressure, degeneration of the heart muscle, diabetes mellitus, acromegaly (excessive growth of cartilage, fingers and chin), roughness and thickening of the skin. There is also an increased risk of certain types of cancer (including thyroid, breast, prostate cancer). However, there are no precise data on this issue
There are contraindications, consult a specialist