Bailey Atrioseptopexy

Bailey Atriosepstopexy is a surgical procedure used to treat atrioventricular (AV) heart block. AV block is a condition in which the heart cannot normally transmit electrical impulses from the atria to the ventricles. This can lead to serious health problems such as heart failure and cardiac arrest.

Bailey Atrioseptopexy involves surgically separating the two main parts of the heart, the atria and ventricles. This method improves the transmission of electrical impulses between the atria and ventricles, which can lead to the restoration of normal heart rhythm.

The Bailey Atrioseptopexy procedure is performed under general anesthesia and usually takes about 4-6 hours. After the operation, the patient must remain in the hospital under the supervision of doctors for several days.

The success of Bailey Atrioseptopexy depends on many factors, such as the age of the patient, the degree of AV block, the presence of other heart diseases, etc. However, this method can significantly improve the quality of life of patients with AV heart block and prevent serious complications.

Bailey Atregoseptopexy is one of the most famous and sought-after techniques in cardiac surgery, used to treat heart failure and other diseases of the cardiovascular system. Bailey is considered one of the founders of modern cardiology and cardiac surgery. He proposed many innovative methods for eliminating various problems of the cardiopulmonary system, successfully applying them in his work.

Bailey Ateregoseptopeskaya (and according to some sources also Beki-Ateregoseptakeskaya) was developed by prof. A. Bailey (1894 1962); since 1958 - Professor of X-ray diagnostics and echocardiography at the Oxford Medical Institute, London Hospital. Due to extensive developments in the field of echocardiography around the world, this method has become widely used. Atregoseptalexpin was created as a surgical method for correcting structural defects of the interventricular septum of the IVS, in which the orifice of the PA was obstructed by the anatomical structure of the IVS.

The Bailey-Becky method was proposed in 1935 and consisted of closing the fistula between the inferior vena cava and the right gastric puncture using specialized rubber punctures.

In clinical practice, the intervention technique before use includes the stage of preliminary puncture of the vein to the right of the spine to provide certain access to the base of the heart and IVS; Below the connection of the vein with the pulmonary artery on the left side, a blind, coaxial penetration is made. To carry it out, you will need a cannula and two special pipes on one side and one on the other. The cannula already has a pipe, but it is freely inserted into the third pipe from the bottom - so it doesn’t interfere. After preparing all the elements, the doctor begins introducing the pulpous material through the upper cannula, which allows the septal sinus to be filled - partially filled. An assistant is needed for this: the patient has his hands under the back of his head and is held for 2 minutes, then a second assistant (below) is required to press on the cannula and expand the top of the atregospossed-cullar wall, which facilitates the penetration of the mixture of pulpous substances through the top directly into the middle and lower part sinuses. The head of the knula is now actively directed from the inside out and ensures that the IVS is stopped and the fistula canal is closed. The material is needed to form relatively small, relatively smooth ridges on the inner surface of the IVS immediately behind the Fiedler valve. If the septum is significantly affected, the cushion (plastocard) will fill the atrehormosis at a time. The mass of this substance weighs about 40 grams. The operation has an average duration of 50 minutes. The patient under the influence of anesthetic drugs is in a coma for 1 to 4 hours.