Maydla Operation

Maydl operation is a surgical procedure used to treat ureteral obstruction (narrowing or blockage of the ureter). This operation is one of the methods of treating urolithiasis and other diseases of the urinary tract.

The essence of the operation is that the doctor creates an anastomosis (connection) between the ureter (a channel for removing urine from the kidney) and the sigmoid colon (a section of the intestine that performs the function of storing and removing waste from the body). Thus, urine from the kidney enters the intestines, where it can be excreted from the body.

The Maidel operation is performed under general anesthesia and takes about 2-3 hours. After the operation, the patient remains in the hospital for 3 to 5 days.

The benefits of this surgery include quick recovery from surgery, reduced pain and discomfort, and a reduced risk of complications. However, like any other surgery, Maydel surgery has its risks, such as bleeding, infection, kidney or intestinal damage.

In general, the Maydel operation is an effective treatment for ureteral obstruction, but before performing it, a thorough examination must be carried out and all possible risks and benefits must be assessed.

Maydel or Trigonum-uretero-sigmoidopexy is a modern obstructive antireflux total plastic surgery for total reflux esophagitis, which involves the creation of a posterior single-barrel gastroduodenopyloric canal and a posterior duodenal-loop anastomotic connection with the duodenum, as well as external plication of the body of the stomach and an altered lesser curvature of the stomach in front of the ash loop. The essence of this operation is to reach the gastroduodenal-sigmoid loop of the posterior horizontal section of the stomach in such a way that this loop is superimposed on the esophageal-gastric frame.

As a result, firstly, good reflexive patency of the esophagus and cardia is achieved, since there is already a gastrodistal adhesion, and secondly, normal anti-reflux motility of the gastrointestinal tract is also achieved due to good stability of the entire peristaltic process as a whole, which also provides a fairly reliable basis for future adaptation after surgery.