X-ray kymography Continuous

X-ray kymography (RK) is a method for studying the internal organs and tissues of the body, based on the use of X-rays. It is widely used in medicine to diagnose various diseases, such as tumors, cysts, abscesses, tuberculosis and others.

One type of RK is continuous X-ray kymography (P), in which the grating moves along the object under study. This method allows you to obtain a more detailed image than conventional RC. It is also used to study the dynamics of processes occurring in the body, such as the movement of organs during breathing or muscle contraction.

Continuous RK P is one of the most accurate methods for studying internal organs. It allows you to obtain high-definition and detailed images, which is especially important when diagnosing complex diseases. In addition, this method does not require the use of contrast agents, making it less invasive and less dangerous for the patient.

However, continuous RK P also has its disadvantages. For example, it can be longer and more labor-intensive than conventional RC, and also requires more highly qualified personnel. In addition, this method may be less accessible for some patients, especially those who cannot remain stationary for long periods of time.

In general, continuous RK P remains one of the most effective methods for studying internal organs, especially when diagnosing complex and difficult-to-diagnose diseases. However, before using this method, it is necessary to conduct a thorough analysis of its advantages and disadvantages, as well as assess the risks and opportunities for a particular patient.

Continuous X-ray kymography P., or X-ray endokinematography and continuous X-ray thoracoendokymenography, is a method of functional X-ray diagnostics, in which radiographs show a spontaneous change in the shape and size of the pulmonary tract, which makes it possible to assess the condition of the subjects. In this modern method of radiography, “direct contact between the screen and the emitter is eliminated. As a result, the radiation exposure of the patient and personnel is sharply reduced. The frequency of changes in images on the screen reaches 22 per second. This ensures the high efficiency of the RNA method; the diagnostic value of the study reaches 93%, while while with other x-ray methods, the detection rate of pathological conditions is usually less than 50%. X-ray endobronchial examination is most often combined with microscopic analysis of sputum. When analyzing radiographic series, it is important to determine the shape of the trachea (trachea). To detect a fistula, it is possible to use a change in the trachea or laryngoscopy under anesthesia, which helps in differentiating fistulas from functional anomalies of the larynx. If the fistula is located in another organ of the respiratory system, it is diagnosed indirectly through a moving trachea or when air passes into various parts of the body. In the presence of respiratory failure in the lungs, dilation of the bronchi is detected due to increased levels fluid or chronic bronchi