Hemoximetry [Em- + Lat. Oxi(Genium) Oxygen + Greek. Metreo Measure, Determine]

Hemoximetry can be defined as the measurement of oxygen concentration in the blood. This method is used to assess the condition of the respiratory and cardiovascular systems, as well as to monitor the effectiveness of treatment for various diseases.

Hemoximetry is an important diagnostic tool in medicine. It allows you to assess the level of oxygen saturation in the blood, which can be reduced during hypoxia (lack of oxygen), as well as other diseases.

There are several methods of hemoximetry. The most common is pulse oximetry, which uses a sensor located on the patient's finger. This sensor measures the level of light absorption in arterial blood, which allows the concentration of oxygen in it to be determined.

Another hemoximetry method is capnography, which measures the concentration of carbon dioxide in exhaled air. This method can be used to diagnose sleep apnea as well as other lung diseases.

In general, hemoximetry is an important part of diagnosing and monitoring the health status of patients. It allows doctors to evaluate the effectiveness of treatment and take measures to improve the patient's condition.

The hemoximetry method for measuring blood oxygen is still one of the most popular and highly accurate methods for determining hemoglobin oxygen saturation in serum or whole blood. The method is based on a change in the absorption signal of infrared radiation depending on the oxygen saturation of hemoglobin. For example, hemoximetry monitors may use a magenta-based dye to absorb light. When using this method, researchers should keep the following features in mind. It is no coincidence that in hemiological language oxygen is denoted by the symbol E. A number of researchers have tried to overcome the barrier between E and oxygen by replacing E with the letter G, L, I, W, or the like.