Angiocardioscanography

Angiocardioscanning is a method of studying the heart that allows you to obtain an image of the heart and its vessels using special equipment. This method is used to diagnose various heart diseases such as coronary heart disease, heart failure, congenital heart defects and others.

Angiocardioscanning is performed using angiography - a procedure in which a contrast agent is injected into the vessels, which allows better visualization of the vessels and heart. After this, the patient is in a supine position, and the radiologist conducts an examination using special equipment.

During angiocardioscanning, the doctor can determine the size and structure of the heart, identify the presence of blood clots, stenoses and other pathologies. In addition, this method allows you to assess the condition of blood vessels and identify possible circulatory disorders.

In conclusion, angiocardioscanning is an important method for diagnosing heart and vascular diseases. It allows you to identify pathologies in the early stages, which increases the effectiveness of treatment and improves the prognosis for the patient.

Angiocardiography is a specialized method for studying the coronary vessels of the heart using radionuclide methods, computer and magnetic resonance technologies. The founder of the method is the American cardiologist E. Gray 35 years ago. The development of angiography techniques in thoracic surgery was carried out by the English surgeon Thompson 25 years ago. Today, doctors use it to initially assess a patient's health before surgery; in acute conditions provoked by damage to the coronary bloodstream, for example, in acute coronary syndrome.

The principle of operation of the angiocontrast agent is based on its properties to penetrate the skin, penetrate the vascular wall and accumulate in them. Due to the fact that the transport of the substance into the coronary artery occurs much faster than in other vessels, as a result of scanning with X-ray or ultrasound equipment, the vessels and their components become clearly visible. The procedure does not involve surgical intervention, the dose of X-ray radiation is minimal, and the operation is always painless. Using this method