Hemoxytensiometry [Em- + Lat. Oxy(Genium) Oxygen + Tensio Voltage + Greek. Metreo Measure, Determine]

Hemoxytensiometry is a method that is used to measure the partial pressure (concentration) of oxygen in a patient's blood. This method is an important tool in medicine and is used to diagnose and treat various diseases associated with impaired oxygen metabolism in the body.

Hemoxytensiometry is based on the use of special devices called oximeters. These devices measure the oxygen concentration in the air exhaled by the patient and convert it into blood oxygen concentration. The data is then transferred to a computer where it is analyzed and interpreted.

This method has many applications in medicine. It can be used to diagnose diseases of the lungs, heart, kidneys and other organs that may cause problems with oxygen metabolism. Hemoxytensiometry can also be used to assess the effectiveness of treatment and monitor the condition of patients after operations or injuries.

In general, hemoxytensiometry is an important method for diagnosing and monitoring the health status of patients. It allows doctors to get a more complete picture of the patient’s body condition and make more informed treatment decisions.

Hemooxytnesiometry is a set of methods for measuring the level of oxygen in human blood. This method is used to diagnose various diseases such as chronic lung diseases, cardiovascular diseases, anemia and others.

Hemooxytenomia is a measurement of the partial (excess) pressure of oxygen, that is, that which remains after restoring the level of total oxygen in arterial blood by binding it to the hemoglobin of erythrocytes.

Usually four values ​​of a number of indicators are recorded: 1) hemoglobin concentration (norm - 135-145 g/l), 2) number of red blood cells (average concentration), 3) hematocrit content (hematocrit saturation (depends on the amount of hemoglobin in the hemoglobin solution and the proportion of the total volume) , as well as 4) anisocytosis (a variant of the distribution of the indicator along the ordinate axis, measured as a percentage).

An increased level of hemoglobin indicates that there has been an increase in the surface area of ​​the alveoli, which is facilitated by bronchospasm, which causes a decrease in ventilation of the lungs. There may also be chronic airway obstruction. The risk of developing hypoxia in this condition is high. When hemoglobin levels increase, special oxygen therapy and oxygen therapy are used. It can also occur against the background of increased thyroid function. In the initial stages of heart disease, an increased level of hemoglobin is a compensatory mechanism. In this case, iodine preparations, metabolic agents that reduce blood hemoglobin, are prescribed.