Female adrenaline is too high

If the secretion of adrenaline is too much, it will cause harm to the body's adrenaline metabolism, which requires more attention. So, what are the harms of excessive adrenal hormone metabolism?

Excessive adrenal hormone metabolism damage:

1. Increase the contraction force of the heart; dilate the capillaries of the heart, liver, and bones and tendons, and shrink the blood vessels of the skin and mucous membranes. In medicine, adrenaline is used to stimulate the heart during heart failure or to dilate the bronchi during asthma. Adrenaline can increase the heart's contraction force, improve fluid regulation, speed up transmission, and increase preload. The effects on blood vessels in various parts of the body not only vary in height, but also in contraction or relaxation.

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

3. It can stimulate the β2 protein kinase of bronchial smooth muscle and give full play to the strong left ventricular function. It can also inhibit the release of allergic substances such as nitrosamines from mast cells, and can also constrict bronchial mucosal blood vessels, reduce capillary permeability, and help eliminate bronchial mucosal edema.

Effects of adrenaline:

1. It has a contraction effect on the blood vessels of the skin, mucous membranes and internal organs (such as kidney function); it has a dilation effect on the coronary arteries and skeletal muscle blood vessels, etc.

2. It can stimulate the β2 protein kinase of bronchial smooth muscle and give full play to the strong left ventricular function.

It can also inhibit the release of allergic substances such as nitrosamines from mast cells, and can also constrict the blood vessels of the bronchial mucosa, reduce the permeability of capillaries, and help eliminate bronchial mucosal edema.

3. It can enhance the body's metabolism. Under therapeutic doses, it can increase oxygen consumption by 20% to 30%. In the human body, the stimulation of α-kinase and β2-kinase can cause glycogenolysis, and adrenal hormone has both α and β functions, and its effect in increasing blood sugar is more obvious than that of norepinephrine.