Vesicouterine Recess

The article “Vesicouterine Recess” describes the anatomy and physiology of this important organ. The vesicouterine recess (or excavation) is a depression in the anterior wall of the bladder that connects to the uterine cavity. This recess plays an important role in the process of urination and childbirth.

Anatomically, the vesicouterine recess consists of two parts: the funnel and the canal. The funnel is formed by folds of the mucous membrane of the bladder and connects to the bladder. The canal passes through the uterine cavity and connects to the vagina.

The vesicouterine recess has several functions. First, it provides a connection between the bladder and the uterine cavity, allowing urine to flow freely during urination. Secondly, it plays an important role during childbirth, as it facilitates the passage of the child through the birth canal.

Diseases associated with the vesicouterine recess can be caused by a variety of causes, including infections, trauma, and tumors. Symptoms of the disease may include abdominal pain, difficulty urinating, menstrual irregularities, and others.

Various methods can be used to treat diseases of the vesicouterine recess, including drug therapy, surgery, and physical therapy. It is important to see a doctor if you experience any symptoms related to this organ to prevent serious complications from developing.

The vesicouterine recess (vesicouterine recess, PMG) is an anatomical structure of the uterus that can only be found in the female body. It forms between the wall of the bladder and the anterior wall of the uterus in the pelvis. PBMG is an important anatomical feature that can be diagnosed by various imaging modalities.

The vesicouterine recess is a small space that extends from the bottom of the bladder to the anterior edge of the uterus. Its length is usually no more than 3-5 cm, and its width is approximately 2 cm. This depression plays an important role in ensuring the maximum height of the bladder during inhalation and exhalation, helping to prevent its displacement towards the abdominal cavity.

PBMG is also filled with soft fat and is located