Newly Discovered Way of the Function of Cardio-Vascular System and the Latest Theory of the Development of Hypertension and Other Cardio-Vascular Diseases

Abstract

Background: It is known that the power of the heart alone is about 3.3 W, and the length of the vessels is about 100,000 km. It made us doubt that with this power the heart can deliver blood to the capillary bed. Effects on the vascular wall of various modes of laser radiation (wavelength of 630-640 nm.) showed that if continuous radiation did not affect the parameters of blood pressure, frequency regimes had an impact. This leads us to the idea that the root cause of the development of different cardiovascular diseases is the system disturbance of the activity of the vascular pump leads to the increase of intra vascular pressure and the emergence of the hypertensive illness and the coronary heart disease. The local disturbances can cause various diseases depending on the organ where they develop. Rationale: According to our calculations - the length of the arterial bed is 29.1 - 504,6 km. Mathematical modeling showed that if the delivery of blood from the heart to the capillary bed, the required power ranges from 660 to 11942 W. Thus, the main load during transportation the blood to the capillary bed rests on the artery but not on the heart and the vascular pump plays the major role in transportation of blood. Even minor changes in the wall of the arteries, which disrupts vascular pump, lead to the emergence of various vascular diseases. The rationale for this idea I got Ming Chien Kao Awards 2015 [1]. The mortality from the diseases due to the affection of vessels came out now on the first place. The use of the Intravenous laser blood irradiation (ILBI) within the last 30 years showed its high efficiency in a treatment of diseases of vessels and heart, and other system diseases. Therefore ILBI, as the method of the system impact on the blood system, allows to lower the lethality and to increase the life expectancy [2]. The lasers used for treatment of various diseases, the waves having length of 630-640 nanometers are the most effective for the direct impact on the blood and the vascular wall. The energy of the waves of this length is absorbed by oxygen, improves the microcirculation in tissues, changes the viscosity of the blood and affects the wall of vessels [3].