Electropneumotachography

Electropneumotachography: operating principle and application

Electropneumotachography (EPMG) is a technique for recording mechanical vibrations of body tissues, based on the use of electrical and pneumatic signals. It is widely used in medicine for studying muscle activity, diagnosing diseases of the nervous system and rehabilitating patients.

The principle of operation of EPMG is that electrodes located on the patient's skin record electrical signals generated by the muscles. After this, using a pneumatic sensor, a mechanical change in the tissue associated with muscle contraction is recorded. The obtained data is processed and displayed on the monitor in the form of a graph, which allows you to evaluate the characteristics of muscle activity.

EPMG is used to diagnose a variety of medical conditions, including paralysis, muscular dystrophy, diseases of the nervous system, and to monitor the rehabilitation process of patients after injury or surgery. In addition, the technique can be used in sports medicine to assess the muscle activity of athletes and determine violations in the training process.

One of the advantages of EPMG is its non-invasiveness and safety for patients. The study does not require the introduction of electrodes into the body, which reduces the risk of possible complications. In addition, the technique allows you to obtain detailed information about muscle activity in real time, which contributes to more accurate diagnosis and effective rehabilitation of patients.

In conclusion, it should be noted that EPMG is an effective method for studying muscle activity and diagnosing diseases of the nervous system. Its use can be especially useful for the rehabilitation of patients after injuries or operations, as well as for monitoring the training process of athletes. Due to its safety and non-invasiveness, EPMG is one of the most promising methods for diagnosing and studying muscle activity.