Dowsing blood flow analysis: Large and small blood flow
Cardiovascular disorders, impaired heart rhythm, sclerosis of blood vessels and the formation of blood clots are the most common health problems today. The entire blood flow is divided into two functional units — small (pulmonary) and large (systemic) blood flow, and their detailed analysis requires serious knowledge of anatomy.
Small and large blood flow
Little blood flow it begins in the right atrium of the heart (Atrium dexter), where blood flows from the lower and upper vena cava (Vena cava inferior and superior). That blood passes into the right ventricle (Ventriculus dexter), from where it is pushed under pressure into the pulmonary artery trunk (Truncus pulmonalis) and branches to the left and right lung. Key gas exchange takes place through the capillary network of the lung bubbles: carbon dioxide is released, and the blood is enriched with oxygen from exhaled air. The oxygenated blood then returns to the left atrium and left ventricle through the pulmonary veins, which closes the small cycle.
Big blood flow takes over from the left ventricle, forcefully pushing oxygenated blood into the aorta. The aorta branches into a dense arterial network that supplies every organ: the brain, limbs, digestive system, kidneys, and reproductive organs. After delivering oxygen to the cells of the organs, the depleted venous blood is collected in the upper (from the head and neck) and the lower vena cava (from the rest of the body), and returns to the right atrium of the heart, thus starting a new cycle.
Heart and valve dowsing examination
It is recommended that the examination be performed in phases — first the complete arterial system is analyzed, and only then the venous system. The examination starts from the heart itself, with mental concentration (with the obligatory assistance of the anatomical atlas if there is any doubt) on the mouths of the vena cava. Valves are analysed, especially the serrated valves between the atria and ventricles, as well as the semilunar (pocket) valves at the exit from the heart, whose improper operation leads to backflow of blood and serious cardiac anomalies.
Analysis of the arterial system (Aorta and branches)
The aortic arch requires maximum attention, given that diseases in this area are extremely common. Three main branches emerge from the aorta. The first one is much wider Truncus brachiocephalicus, which then branches into the right carotid artery towards the head and the right subclavian artery towards the arm. The other two branches are the left carotid and left subclavian arteries. During the examination, narrowings caused by cholesterol deposition (atherosclerosis) are read, which directly cause increased blood pressure, arrhythmias, and even heart attacks due to the enormous effort of the heart muscle. The percentage of blockage and the exact length of the anomaly are recorded in detail.
Arteries of extremities and organs
- Upper limbs: The subclavian artery passes into the brachial artery of the hand, and in the area of the elbow it branches into the ulnar and thumb (radial) arteries, descending all the way to the fingers.
- Lower limbs: The abdominal aorta branches into the femoral (iliac) arteries in the lumbar region, flowing into the femoral artery. Below the knee, it divides into the anterior and posterior tibial arteries, which continue the path of the foot.
- Organs: Each vital organ (brain, lungs, liver, kidneys) requires individual analysis of its own arterial micronetwork.
During remote viewing (or live above the atlas), the operator visualizes each part. For example: "Right atrium — OK; Left atrium — weak; The problem is in the anterior valve; Abdominal aorta — OK; Left leg below the knee — poor circulation." All results must be properly recorded.
Analysis of the venous system and warnings
After the arterial system, we move on to the venous system, which generally anatomically follows the same routes. Special emphasis is placed on the examination of the venous system of the legs, since circulation disorders (such as the feeling of "cold legs" or the formation of clots and thrombosis) are most common in the zone from the knees to the feet. The superficial and deep veins of the extremities direct blood to the thigh (femoral) vein, which joins the inferior vena cava on its way to the heart. The venous system of the head returns blood through the internal and external jugular (neck) veins.
Ethical Code of Diagnostics
It is extremely important to emphasize once again the binding ethical norm of every practitioner. His sole duty is to find anatomical stagnation in the circulation and recommend the client to consult a specialist (cardiologist or vascular surgeon). Intimidation of clients with terms like "angina pectoris" or "heart attack" is absolutely prohibited. A person who dedicates himself to this type of analysis must be aware that he is working exclusively with preliminary data. In order for the result to be reliable and to be able to cooperate with clinical doctors, it is necessary to flawlessly, continuously study the anatomy and physiology of the human body, because otherwise the whole procedure causes more harm than good.
