EECP,(Enhanced External Counter Pulsation),,: ,,,.
The principle of EECP treatment is to help blood vessels massage, through contraction and relaxation, to improve blood circulation. If the microvascular circulation is not good, the body organs will go wrong. Therefore, the scope of this course of treatment is very wide; for example: high blood pressure, heart disease (heart stent/heart failure), diabetes and other cardiovascular diseases, stroke, and even symptoms such as male erectile dysfunction.
EECP is a non-invasive extracorporeal mechanical assisted circulation device for cardiac function promotion and systemic vascular regeneration. Its medical name is Enhanced External Counter Pulsation. Simply put, external counterpulsation is a non-invasive Auxiliary loop therapy method, air bag type external counterpulsation device is hereinafter referred to as: External counter pulse device consists of counter pulse bed, air bag, air pump and air distribution system.

Its principle is based on the human ECG R wave as a trigger signal. During the diastolic period, the air bag at the distal end of the limb is inflated sequentially to the air bag at the proximal end, compressing the limb, forcing blood from the arteries of the limb and buttocks to flow back to the aorta, so as to improve the aortic function. Pressure and blood volume, thereby increasing blood perfusion to vital organs. Before the systole period, the air bag deflates quickly, the compressed limb blood vessels relax immediately, and the peripheral resistance drops sharply, which is beneficial for the blood ejected from the ventricle to quickly inject into the limb arteries through the aorta. In this way, the work repeatedly repeated according to the heartbeat cycle achieves its purpose.
Its role is to:
1. Increase the diastolic pressure and blood volume of the aorta, thereby increasing the blood perfusion of important vital organs.
2. During systole, the peripheral resistance drops sharply, which is beneficial to the ejection of blood from the ventricle, thereby reducing the oxygen consumption of the myocardium.
3. Affect blood rheology and some biologically active substances.
4. Increase blood circulation, promote the opening of collaterals and anastomotic stomas of important organs, and improve microcirculation.
5. Increase the shear stress of blood flow, improve the function of vascular endothelial cells, and inhibit the occurrence and development of atherosclerotic lesions.