In many diseases of the body, the normal blood count shows changes. Any inflammatory process that develops or has developed manifests itself in a change in the number of blood cells, as well as an increase in erythrocyte sedimentation. It is a very common case that the doctor sends the patient for a large or small blood test, so that he can give the most accurate analysis. With angina or any purulent inflammation, we have an increased number of white blood cells (leukocytes), often a reduced number of red blood cells (erythrocytes) or a changed number of blood platelets (thrombocytes). These are the three main authoritative factors, which give us an insight into the state of the blood in the body. During our examination, the main thing is to establish whether all these factors: erythrocytes, leukocytes and platelets are present in normal numbers in the blood. We must mentally concentrate on e.g. first to erythrocytes with the question: "Is the number of erythrocytes normal?"
If we get an answer over the counter that it is, we go for leukocytes. If the answer is "no", we ask a new question: "Is the number of erythrocytes reduced?" If the answer is "yes", we can ask the question: "In what percentage?" With a vertical line we count again 1%, 2%, 3%... 5%... 10%... we get the answer: More than 5%, less than 10%. Now we start with 5%, 6%, 7%... it's fine. That means around 6% (7% is not, because the pendulum has stopped). We do the same with leukocytes. We are looking to see if they are normal. If the answer is "no", we ask the question: "Are they increased". If the answer is "yes", then we ask what percentage. The procedure with platelets is analogous. When asking what the sedimentation is like, we ask the question: "Is it within normal limits?" If we get the answer "no", we ask the question: "Is it elevated?" In response to the answer "yes", we ask the question: "Is it very elevated?" etc. It is clear that the blood count and sedimentation data obtained in this way cannot be as accurate as those obtained in the laboratory, but they can provide some approximate data, if they are needed in a short procedure. It has been known for a long time that blood pressure (systolic and diastolic) can be measured with dowsing procedures. It is known that many people suffer from high or low blood pressure and that the number of such people has been growing for years. An adult person, while resting, should have a blood pressure of 120/85 to 140/95, and for older people of 50 and over, it should be no higher than 150. An increase in blood pressure (hypertension) occurs in most cases (about 75% of cases) without any organic diseases. Hereditary factors, nutrition, misunderstanding in the family and at work, alcohol consumption, etc. contribute to this. Only in one quarter of patients, the cause is an organic disease (kidneys, blood flow disorders and hormonal disturbances). Decreased blood pressure (hypotonia) can occur due to heart diseases, poor functioning of the central nervous system, disorders in the neurovegetative nervous system or little movement in the air. The purpose of our blood pressure measurement is not to treat, but only to determine the upper and lower blood pressure. This can be done in a direct and indirect way. It can be obtained directly by holding the one for whom the pressure is determined with the right hand, and with the right hand the pendulum rotates with mental concentration first on the upper and then on the lower pressure. Turn the plumb line and count for the upper pressure not from zero, but immediately from hundreds 110, 120, 130, 140, 150... (160 not), then go from 150 to 151, 152, 153, 154, 155, 156... the plumb line stopped. So the upper one is not 156 but 155. Now let's focus on the lower, diastolic pressure. Considering that he is older than 50, we start counting from 50... 50, 60, 70, 80, 90... At number 100, the excess stopped. We go from 90, 91, 92, 93... it stopped at 93, which means it's not 93 - it's 92. The total pressure is 155/92. Indirectly, this is done by taking a single yardstick, or drawing a single scale on paper at equal intervals, e.g. 3 cm each, starting with no. 40, then 50, 60... up to 200 (if higher upper pressure is not expected). Concentrating on the fact that the pendulum in question stops when the right pressure is reached with the finger of the left hand (it can also be done with a pencil, with a pencil, we will get the right pressure when the finger passes over the scale, with concentration and on the person we examine the upper pressure where the pendulum stopped on the scale. We read that, and then we look for the lower pressure in the same way. A circular diagram can also be used to establish blood pressure, on which rosettes are applied The plumb line is kept in the center of the circle. The accuracy of this work depends on the concentration and the values measured by the pressure gauge. The more practice with the plumb line, the better the results.
