Hindus worshiped for thousands of years as the heart of the monastery of the soul. English physician William Harvey, who discovered krugohozhdenie blood, compared with heart, "the sun of the microcosm, just as the sun can be called the heart of the world."
However, with the development of scientific knowledge, European scientists have taken the Italian naturalist view Borelln, likened the work of the heart "pump soulless." Anatomist Bernoulli in Russia and the French physician Poiseuille in experiments with animal blood in glass tubes, brought the laws of hydrodynamics and therefore have every right to the action and carried them to the circulation than consolidated view of the heart as a hydraulic pump. A physiologist I.II.Sechenov generally likened the heart and blood vessels' drains Petersburg. "
Since then and until now, these utilitarian beliefs are based on the fundamental physiology: "The heart is composed of two separate pumps: the right and left heart. The right heart pumps blood through the lungs, and the left — through the peripheral organs. " Blood flowing into the ventricles, thoroughly mixed, and the heart of cross-sectional cuts pushes the same volume of blood in the vascular branching large and small circle. The quantitative distribution of the blood depends on the diameter of lead to blood vessels and organs of action in them of hydrodynamics [2, 3]. Described as the now common academic circuit circulation.
Despite the seemingly so obvious function, the heart is the most unpredictable and vulnerable body. This has prompted scientists from many countries to undertake further study of the heart, which cost in 1970 exceeded the cost of flights of astronauts to the moon. Heart dismantled to molecules, however, no discoveries it has not been done, and then the cardiologist had to admit that the heart as a "mechanical device" is possible to reconstruct, replace, alien or artificial. The latest achievement in this area was the NASA-DeBakey pump which can be rotated at 10 thousand revolutions per minute, "slightly destructive elements of the blood" , and the adoption by Parliament resolution on the transplant people pig hearts.
These manipulations with a heart in the 1960s, gave absolution Pope Pius XII, saying that "a heart transplant is not repugnant to the will of God, purely mechanical function of the heart." But Pope Paul IV likened heart transplant act "mikroraspyatiya."
Heart transplantation and reconstruction became a worldwide sensation XX century. They left in the shadow of the accumulated physiologists for centuries facts hemodynamics, which completely contradicted the common belief of the heart and, being misunderstood, not included in any of the textbooks of physiology. The fact that "the heart as a pump, blood is not able to allocate different compositions into separate streams on the same vessel," Harvey wrote another French doctor Riolan . Since then the number of such issues continue to multiply. For example: the capacity of all vessels of the person has a capacity of 25-30 liters, and the amount of blood in the body only 5-6 liters . How a larger volume filled with less?
Argued that the right and left ventricles of the heart, cutting simultaneously, push the same amount of blood. In fact, their rhythm  and the amount of blood ejected is not the same.  In the phase of isometric tension in different parts of the left ventricular cavity pressure, temperature, blood is always different , which can not be, if the heart is — hydraulic pump, in which the liquid is evenly mixed and at all points of its volume is the same pressure. At the time of ejection of blood by the left ventricle into the aorta, the laws of fluid dynamics, pulse pressure in it should be higher than in the same moment in the peripheral arteries, but it looks the opposite, and the blood flow is directed towards the more pressure .
From any normal working heart blood periodically somehow does not come to some large arteries and their rheograms registered "empty systole," though at the same hydrodynamics it should be equally distributed on them. 
So far, no clear mechanisms of regional circulation. Their essence is that, regardless of the total pressure of the blood in the body, its speed and the amount flowing through a separate vessel, may suddenly increase or decrease by ten times, while in the neighboring organ blood flow remains unchanged. For example: the amount of blood in one renal artery increased by 14 times, and in the same moment in the renal artery and the other with the same diameter, it does not change .
The clinic is well known that in a state of shock collaptoid, when the total pressure of the blood in the patient falls to zero in the carotid arteries, it remains in the normal range — 120/70 mm Hg. Art. .
Especially strange in terms of hydrodynamics behavior looks venous flow. Direction of travel is from low to higher pressure. This paradox is known for hundreds of years and is known as vis a tegro (movement against gravity). 
It is this: a person in a standing position at the level of the umbilicus is determined indifferent point at which the blood pressure is equal to atmospheric or slightly more. Theoretically, above this point the blood should not rise because of her in the vena cava is contained up to 500 ml of blood pressure in which up to 10 mm Hg. Art. .
According to the laws of hydraulics in the blood there is no chance to get to the heart, but the blood flow, not paying attention to our arithmetic difficulties, fills every second of her right heart required number.
It is unclear why the capillaries resting muscle for a few seconds the flow velocity varies more than 5 times, and this despite the fact that the capillaries alone can not shrink, they do not have nerve endings and pressure in the feeding arterioles remains stable . Seems illogical phenomenon increasing the amount of oxygen in the blood venules after flowing through the capillaries, where the oxygen in it almost should not be.  And it seems unlikely selective screening of individual blood cells from one vessel and focused their motion in certain branches.
For example, the old big red blood cells with a diameter of 16 to 20 microns of the total flow in the aorta selectively turn only in the spleen , and young erythrocytes with small lots of oxygen and glucose, and also warmer, are sent to the brain  . Blood plasma flowing into the fertilized queen, contains protein micelles order of magnitude greater than in the neighboring arteries at this point.  In erythrocytes intensively working hand in hemoglobin and oxygen than in the out .
These facts suggest that in the body there is no mixing of blood, and is focused, dose, targeted distribution of its cells into separate streams, depending on the needs of each body. If the heart is only a "heartless pump", then how do these paradoxical phenomenon? Not knowing this, physiologists in the calculation of flow persistently recommend using known mathematical Bernoulli equation and Poiseuille , although their application results in an error of 1000%! Thus, the laws of hydrodynamics, open in the glass tubes with blood flowing in them, were not adequate to the complexity of the phenomenon of the cardiovascular system. However, in the absence of other, they have yet to determine the physical parameters of hemodynamics. But what is interesting: as soon as the heart is replaced with artificial donor or remodel, that is, when it is forced to a certain rhythm mechanical robot, whereas in the vascular system marks the forces of the law, but in the body comes hemodynamic chaos distorts regional, selective blood flow, leading to multiple thrombosis .
In the central nervous system, cardiopulmonary bypass affects the brain, causing encephalopathy, depression of consciousness, behavior change, destroys the mind, leading to seizures, impaired vision, stroke .
It became obvious that the so-called paradoxes in fact — is the norm of our circulation.
Consequently, in us: there are some other, as yet unknown mechanisms, which cause problems for the entrenched ideas about the physiology of the foundation, the base of which was a chimera instead of stone … It seems that a hoaxer, knowing the truth, for centuries deliberately concealed these facts purposefully Summing humanity to recognize the inevitability of change in their hearts. Some psychologists have tried to resist the onslaught of these misconceptions, offering instead of hydrodynamics such hypotheses as' peripheral arterial heart "," vascular tone ", the effect of arterial pulse fluctuations on venous return of blood , a centrifugal vortex pump [ 28], but none of them has ever been able to explain the paradox of these phenomena and to suggest other mechanisms of the heart.
Collect and organize the contradictions in the physiology of circulation we made the case in the experiment on modeling neurogenic myocardial infarction, because in it we also came across a paradox. 
Unintentional injury is the femoral artery in monkeys caused a heart attack apex. In her autopsy revealed that inside the left ventricular cavity above the myocardial blood clot, and the left femoral artery in front of the injured were sitting one behind the other six of the same blood clots. (When intracardiac thrombi fall in blood vessels, they are called emboli.) Push the heart into the aorta, for some reason, they were only in this artery. In other vessels nothing like not. That is what was surprising. How emboli originating in the single ventricle area, found the injury of all vascular branches of the aorta and were right on target?
When playing conditions for the appearance of such a heart attack in repeated experiments on various animals, as well as injuries to other experimental arteries detected pattern, consisting in the fact that the injured vessels of any organ or body part necessarily cause pathological changes only in certain places the inner surface of the heart, and the image on They always get blood clots from injury to the arteries. The projections of these sites at the heart of all animals were the same type, but their sizes are different. For example, the inner surface of the apex of the left ventricle is associated with the vessels of the left hind limb, the area to the right and rear of the body with the vessels of the right hind limb. The middle part of the ventricles, including the septum of the heart, take the projections associated with the liver, kidneys, its surface is related to the back of the vessels of the stomach and spleen. Surface located above the middle of the outside of the left ventricular cavity, — projection vessels left forelimb, the front part of the transition to the interventricular septum — the projection of light, and on the surface of the base of the heart is the projection of the brain, etc.
Thus, the body was discovered phenomenon of suspected links between paired hemodynamic vascular organs or areas of the body and the projection of their specific locations on the inner surface of the heart. It does not depend on the action of the nervous system, as manifested in the inactivation of nerve fibers.
Further investigation showed that the injuries of different branches of the coronary arteries also cause lesions in response coupled with peripheral organs and body parts. Consequently, between the vessels of the heart and vessels of all the organs and there is a direct feedback. In the event of termination of the blood flow in the artery a single body will necessarily hemorrhage and in certain places all other organs . First of all, it will happen in the local place of the heart, and after a period of time necessary to manifest its associated areas of the lung, adrenal, thyroid, brain, etc. It turned out that our body is designed from the embedded into each other one of the cells into the intima of other vessels.
This cell representation or differons located on vascular ramifications of in such a manner that creates a picture that with enough imagination can take over the configuration of the human body is distorted proportions. Such projections in the brain called the homunculus.  In order not to make up for the heart, liver, kidneys, lungs and other organs of the new terminology, and we call them the same. The research led us to the conclusion that, in addition to the cardiovascular, lymphatic and nervous systems in the body, and the system still operates the terminal reflection (SR).
Comparison of immunofluorescent cells glow a representative body with the myocardial cells in its associated area of the heart showed the genetic similarity. In addition, and in portions embolus, linking them with the same blood was glowing. From which it can be concluded that each organ has its own set of blood, with which it communicates with its genetic representation in the intima of blood vessels and other body parts.
The question naturally arises that the mechanism provides this incredibly accurate selection of individual blood cells and targeted distribution to their offices? His search led us to an unexpected discovery: flow control blood, their selection and direction in certain parts of the body makes the heart itself. To do this, on the inner surface of the ventricles, it has a special device — trabecular recesses (sine, cell), lined with a layer of shiny endocardium, under which there is a specific muscle, through it, on their bottom out a few mouths Tebeziya vessels equipped with valves. The circumference of the circular muscle cells are able to change the configuration of input into it or it completely covered. These anatomic and functional features can be compared to the work of the trabecular cells "mini-heart." In our experiments to identify projections conjugation in them and organized thrombi.
Blood meal in a mini-hearts that fits him coronary arteries in which blood flows systolic contractions in thousandths of a second, at the time of the overlap of the lumen of the arteries, twisted into vortex-soliton packages that provide a framework (grains) for their further growth. In diastole these soliton grain through the mouth vessels Tebeziya gush into the cavity of the trabecular cells in which wound around the jet of blood from the atria. Since each of these has its own grain size bulk electrical charge and the speed of rotation, then they flock to the red blood cells, which coincide with them on the resonance of electromagnetic frequencies. As a result, produces a variety of quality and quantity of blood vihri1 soliton.
In the phase of isometric tension inside diameter of the left ventricular cavity increases by 1-1.5 cm is induced in this instant negative pressure sucks soliton vortices of mini-hearts to the center cavity of the ventricle, where each of them has a specific place in the excretory ducts spiral. At the time of the systolic ejection of blood into the aorta myocardium spins all those in the cavity solitons in a single helical erythrocytes conglomerate. And since each of the soliton has a definite place in the excretory ducts of the left ventricle, it gets its power and momentum that the helical trajectory of the aorta, which lead to the goal — the dual agency. Call a "gemonikoy" way to manage a mini-heart blood flow. It can be likened to a computer science-based inkjet pnevmogidroavtomatiki followed in his time in the rocket flight control . But gemonika more perfect, because at one time with the jet flow interaction produces a selection of red blood cells by solitons and each of them gives targeted.
In one cube. mm blood contains 5 million red blood cells, then a cube. cm — 5 billion red blood cells. Left ventricular volume is 80 cubic meters. cm, so it is filled with 400 billion red blood cells. In addition, each red blood cell carries a minimum of five thousand units of information. Multiplying this amount of information on the number of red blood cells in the ventricle, we find that the heart of one second was treated with 2 x 1015 pieces of information. But as the red blood cells, which form solitons are separated by a distance of a millimeter to several centimeters, then dividing this distance at the appropriate time, we get the value of the speed of operations on the formation of solitons intracardiac gemonikoy. It exceeds the speed of light! Therefore, processes gemoniki heart is still not registered, they can only be calculated.
With these sverhskorostey, form the basis of our survival. Heart learns about ionizing, electromagnetic, gravitational, thermal radiation, variable pressure and composition of the gaseous medium long before the perception of our senses and mind and prepares the homeostasis of this expected effect. 
Thus, the case of the experiment helped reveal a previously unknown effect of the terminal reflection which blood cells through a mini-heart connects all genetically related tissues and thus provides the human genome and the target dosage information. As with heart involve all genetic structure, it carries the reflection of the entire genome, and keeps it at a constant voltage of information. In this complex system, there is no place primitive medieval notions of the heart.
It would seem, made a discovery entitle likened cardiac function supercomputer genome, but in the lives of cardiac events occur that can not be attributed to any scientific and technical achievements.
Forensic scientists and pathologists are well-known differences in the human heart after death. Some of them die congested as bloated balls, and others are without blood. Histological studies show that when the heart stopped there is an excess of blood, brain and other organs are dying because they are drained of blood, and the heart keeps the blood itself, just trying to keep his life. At the same bodies of people who died with a dry heart, not just the blood given to sick bodies, but they are small particles of the myocardial muscle, which donated the heart to save them, and this is the area of morality and the subject matter of physiology.
History shows us the knowledge of the heart in a strange pattern. In our chest beats a heart of how we know it: it's heartless, and vortex and soliton pump, and a supercomputer, and the abode of the soul. Level of spirituality, intellect and knowledge determining what kind of heart we would like to have: mechanical, plastic, pork, or the — human. It is — as the choice of faith.
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