What Are the Different Types of Athletic Steroids?

A large class of important natural compounds are derived from steroids with a tetracyclic structure. These compounds are called steroids and they are found in all plants and animals. The most abundant steroid in animals is cholesterol C27H46O. The body can synthesize cholesterol, and it can easily absorb cholesterol from food through the intestinal wall. Cholesterol is related to the formation of gallstones, which also harden the arteries. Biochemical changes and degradation of cholesterol produce many steroids that are important in human biochemistry.

Steroids

A large class of important natural compounds are derived from steroids with a tetracyclic structure. These compounds are called steroids and they are found in all plants and animals. The most abundant steroid in animals is cholesterol C27H46O. The body can synthesize cholesterol, and it can easily absorb cholesterol from food through the intestinal wall. Cholesterol is related to the formation of gallstones, which also harden the arteries. Biochemical changes and degradation of cholesterol produce many steroids that are important in human biochemistry.

Chinese name

Steroids

Nature

Natural compounds

Treatment

Treatment of rheumatism and

Cortisone

Steroid

Anabolic

(1) Concurrent or aggravated infections: The hormone's ability to inhibit the body's defense response, coupled with basic diseases and other factors, causes the body's resistance to a variety of pathogens to decline. It is easy to cause a variety of infections, patients with colds, and lung infections will increase significantly.

(2) CNS complications: agitation, insomnia, depression, dependence, etc.

(3) Endocrine and metabolic system: concentric obesity, diabetes, hyposexuality, menstrual disorders and hairiness.

(4) Digestive system: abdominal distension, abdominal pain, pantothenic acid in mild cases, ulcer, bleeding and perforation in severe cases.

(5) Cardiovascular system: palpitations, hypertension, arteriosclerosis, etc.

(6) Motor system: osteoporosis, bone aseptic necrosis and myopathy.

(7) Skin manifestations: facial erythema, purple lines, thin and fragile skin, etc.

(8) Inhibitory effect on hypothalamus-pituitary-adrenocortical system: inhibit children's growth and development, negative nitrogen balance, negative balance of calcium and potassium.

(9) Others: induced cataract, glaucoma, poor wound healing, etc.