Echocardiograph

Echotachocardiograph: operating principle and application

An echotachocardiograph (ETHOCG) is a high-tech medical equipment used to examine the patient’s heart and blood vessels. ETHOCG is based on the principle of echolocation, which allows you to obtain an image of the heart and determine its functional state.

The principle of operation of ETHOCG is the use of high-frequency ultrasonic waves, which are sent into the patient’s body through a special sensor. Ultrasound waves are reflected from the heart tissue and returned to the transducer, where they are recorded and processed by a computer. The result is a detailed image of the heart, which allows you to evaluate its size, structure, functional state and defects.

ETHOCG is used to diagnose various diseases of the heart and blood vessels, including:

  1. heart rhythm disturbances;
  2. cardiac ischemia;
  3. cardiomyopathy;
  4. heart defects;
  5. congenital heart abnormalities.

ETHOCG can also be used to monitor the effectiveness of treatment for cardiovascular diseases and assess the risk of developing cardiovascular complications.

The main advantages of ETHOCG are:

  1. Safety of the procedure for the patient. ETHOCG does not use ionizing radiation, which makes it safe for patients of all ages.
  2. Painless procedure. ETHOKG does not cause pain and does not require special preparation of the patient.
  3. High information content. ETHOCG allows you to obtain a detailed image of the heart, which makes it very informative for diagnosing various diseases.
  4. Possibility of conducting research in real time. ETHOCG allows you to monitor the heart in real time, which makes it useful for monitoring the effectiveness of treatment.

Thus, ETHOCG is an important tool for the diagnosis and treatment of cardiovascular diseases. Due to its high information content, safety and the ability to conduct research in real time, this method allows you to obtain valuable information about the state of the patient’s cardiovascular system and help in choosing the optimal treatment tactics.



Introduction Ecotachocardiography is a modern method for diagnosing heart diseases by creating an ultrasound picture of the heart rhythm.

Background of the problem Over the past decades, ultrasound diagnostic technologies have made significant progress. Many studies and reviews are devoted to the successful use of ultrasound in the diagnosis of many heart diseases: coronary heart disease, chronic heart failure,