Dehydroepiandrosterone

Dehydro-heteroyuransferase (abbreviated as dexamethasone) is a very important enzyme for the metabolism of many hormones. It performs important functions in our body. Here are some of them:

- transport of certain medicines; - regulation of the process of glucose breakdown; - transportation of vitamin B12; The role of dexamethasone. The important physiological effect of the hormone is carried out through interaction with many receptors responsible for signal transmission. Dexamethasone helps regulate the growth and development of organs, muscle tissue and various enzymes.

Dehydroepiandrosterone (DHEA), or 2-dehydroepiandrostone sulfate, is an endocrine steroid hormone from the androgen family that is produced in the body in addition to testosterone. DHEA is also called an organic vitamin-like substance from the group of dibenzo-o-diolides. Once in the body, the steroid molecule DHEA undergoes structural changes, after which it begins a biological effect - it restores and maintains the hormonal status of the body, and also prevents age-related changes in the body. Researchers believe that the substance could be used in the treatment of premature aging and even in the fight against Parkinson's disease.

Dehydroepi-androstrenolone. DHEA. dhea

Dehydroepiandosterone (DHEA; dhea from the English dehydroepiandroste rone) is a steroid hormone of the adrenal cortex, a precursor of the male sex hormones androgens - testosterone, dihydrotestosterone (DHT) and estrogens - estradiol (E2), ethinyl estradiol, as well as their more active anabolic synonym estradiol (E) .

Latin name - Dehydroepiadronsonum

Kinds

There are two types of DHEA (dhea): * endogenous (endogenous); * exogenous (exogenous). Exogenous - a drug produced from the adrenal glands of cattle and pigs. It is synthesized under the control of the human body to maintain normal levels of steroid hormones. Endogenous DGSE is a product of autodegradation of the steroid hormone 21-hydroxylase, a DNA-dependent enzyme responsible for the oxidation of the 20-alpha hydroderivative deoxycortisol molecule (Δ4), as well as 20α-deoxycorticosteroids, other steroids and many other substances that can serve as a substrate. DHEA is an energy source that helps the body manage stress, enabling long-term physical activity. Those obtained from outside are more effective.

Why does the body need DHEA-S?

Endogenous dehydroandrogesernoenone is a key endocrine regulator of the menstrual cycle in women. This effect is due to the activity of aromatase, the key enzyme in the biosynthesis of estrone (E4). Using the PCH-P molecule, it attaches two molecules of hysterbine to the four carbon atoms of DHEA, converting it into 5/Eno and E4.

DGCP is also a source of amino acids and a precursor, which the body uses to synthesize many protein structures. The half-life reaction of the protein lasts a long time, up to several days, which is an important element of metabolism.

Why is it important to maintain high levels of DHECE-S?

The main function of DHEA is to ensure longevity of the entire body and reproductive system. Therefore, its deficiency or low blood levels are dangerous for everyone. A reduced level leads to decreased libido, emotional instability, problems with the heart and blood vessels, osteoporosis, memory impairment, and deterioration of the skin, hair, and nails. Along with an increase in testosterone levels, the risk of developing prostate cancer and metastases increases. In children, deficiency can manifest itself as delayed organ maturation and chronic colds.