Excessive adrenaline secretion in women

Adrenaline is a hormone in the human body. When it is secreted too much, it will bring many manifestations to the human body, such as excitement, enhanced myocardial capacity, damage to blood vessels in the skin and internal organs, accelerated human metabolism, etc. Generally speaking, it has many benefits to the human body, but people also need to pay special attention to it. The following is a detailed introduction to the manifestations of excessive adrenaline secretion in women.

When people are nervous, the adrenal glands will increase the secretion of adrenaline. As long as you are not nervous, it will be fine. Taking some calcium and magnesium tablets can soothe your nerves, and supplementing with vitamin B can relieve stress. Effects of adrenaline:

1. Increase the contractility of the heart; dilate the blood vessels of the heart, liver, tendons and bones, and constrict the blood vessels of the skin and mucous membranes. In medicine, adrenaline is used to stimulate the heart in cardiac arrest or to dilate the airways in asthma. Epinephrine can strengthen myocardial contractility, increase excitability, accelerate conduction, and increase cardiac output. The effects on blood vessels in various parts of the body vary not only in strength, but also in contraction or relaxation.

2. It has a constrictive effect on the blood vessels of the skin, mucous membranes and internal organs (such as the kidneys); it has a dilating effect on the coronary arteries and skeletal muscle blood vessels, etc.

3. It can stimulate the β2 receptors of bronchial smooth muscles and exert a powerful diastolic effect. It can also inhibit the release of allergic substances such as histamine from mast cells, and can also cause bronchial mucosal blood vessels to contract, reducing the permeability of capillaries, which is beneficial to eliminate bronchial mucosal edema. 4. It can improve the body's metabolism. Under therapeutic doses, it can increase oxygen consumption by 20% to 30%. In the human body, since the stimulation of α receptors and β2 receptors may cause liver glycogenolysis, and adrenaline has both α and β effects, its effect of increasing blood sugar is more significant than that of norepinephrine. In addition, adrenaline has the effect of reducing glucose uptake by peripheral tissues. Adrenaline can also activate triglyceride enzymes to accelerate fat decomposition and increase free fatty acids in the blood.

After understanding these, I believe you should have a certain understanding of the effects of excessive secretion. In addition, if the increase in adrenaline secretion is caused by an emergency, it is a self-protection mechanism of the body and is beneficial rather than harmful.