Necessity of Parietal Peritoneum Layer Closure to Prevent Severe Adhesion in Repeat Caesarean Section

Background: Repeated cesarean section involves various complication and one of the most common is adhesion. Some studies suggest that by closing the parietal peritoneum layer, the adhesion rate after surgery can might be decreased. The aim of this study was to assess the necessity of parietal peritoneum layer closure to prevent severe adhesion in repeat caesarean section.Material & Methods:This cross-sectional study was conducted in department of obstetrics and gynaecology, Care Medical College Hospital, Dhaka, Bangladesh from 2020 to 2022. Total 100 pregnant women were included in this study. These patients were divided into two groups where each groups contained 50 pregnant women. Here the two groups are parietal peritoneum layer closure and of parietal peritoneum layer non-closure.Results:Mean age of the pregnant women was 28.6 years (SD±4.50 years) in parietal peritoneum layer closure group and 30.4 years (SD±4.91 years) in parietal peritoneum layer non-closure group. 58% pregnant women in parietal peritoneum layer closure group and 60% in parietal peritoneum layer non-closure group had short inter delivery interval. The commonest comorbidity was hypertension in both groups (22% and 20%). Mean operating time was 35.6 minutes (SD±8.93 minutes) in parietal peritoneum layer closure group and 32.4 minutes (SD±9.50 minutes) in parietal peritoneum layer non-closure group. Mean hospital stay was 4.2 days (SD±1.01 days) in parietal peritoneum layer closure group and 4.8 days (SD±1.02 days) in parietal peritoneum layer non-closure group. The adhesion rate was 12% in parietal peritoneum layer closure group and 28% in parietal peritoneum layer non-closure group. The parietal peritoneum layer closure group had adhesion commonly in fascia to uterus (4%) and omentum to uterus (4%). The parietal peritoneum layer non-closure group had adhesion commonly in omentum to fascia (12%).Conclusion:Closure of the parietal peritoneum layer in caesarean section resulted in less adhesion formation. Thus, it is necessity to perform parietal peritoneum layer closure to prevent severe adhesion in repeat caesarean section.

Effect of closure of anterior abdominal wall layers on early postoperative findings at cesarean section: A prospective cross-sectional study

Abstract Objective To investigate the effect of closure types of the anterior abdominal wall layers in cesarean section (CS) surgery on early postoperative findings. Methods The present study was designed as a prospective cross-sectional study and was conducted at a university hospital between October 2018 and February 2019. A total of 180 patients who underwent CS for various reasons were enrolled in the study. Each patient was randomly assigned to one of three groups: Both parietal peritoneum and rectus abdominis muscle left open (group 1), parietal peritoneum closure only (group 2), and closure of the parietal peritoneum and reapproximation of rectus muscle (group 3). All patients were compared in terms of postoperative pain scores (while lying down and duringmobilization), analgesia requirement, and return of bowel motility. Results The postoperative pain scores were similar at the 2nd, 6th, 12th, and 18th hours while lying down. During mobilization, the postoperative pain scores at 6 and 12 hours were significantly higher in group 2 than in group 3. Diclofenac use was significantly higher in patients in group 1 than in those in group 2. Meperidine requirements were similar among the groups. There was no difference between the groups' first flatus and stool passage times. Conclusion In the group with only parietal peritoneum closure, the pain scores at the 6th and 12th hours were higher. Rectus abdominismuscle reapproximations were found not to increase the pain score. The closure of the anterior abdominal wall had no effect on the return of bowel motility.

Anatomical observation of the left parietal peritoneum and its clinical significance in left retro-mesocolic space dissection / 中华胃肠外科杂志

Objective: To investigate the anatomic characteristics of the left parietal peritoneum and its surgical implementation while dissecting in left retro-mesocolic space. Methods: A descriptive case series research methods was used. (1) surgical videos of 35 patients who underwent laparoscopic radical resection (complete mobilization of splenic flexure) of colorectal cancer in Union Hospital of Fujian Medical University between January 2018 and December 2018 were reviewed; (2) four specimens after radical resection of rectal cancer performing in June 2020 were prospectively enrolled and reviewed; (3) five specimens of left parietal peritoneum from 5 cadaveric abdomen (3 males and 2 females) were enrolled and reviewed as well; Tissues of 3 unseparated regions, namely the root of the inferior mesenteric artery (IMA), the medial region and the lateral region (including kidney tissue), from above the 5 cadaveric abdominal specimens were selected to perform Masson staining and histopathological examination. Results: (1) Surgical video observation: "Staggered layer phenomenon" and typical left parietal peritoneum was found in 77.1% (27/35) of patients when the left retro-mesocolic space was separated from the lateral and central approaches. The left parietal peritoneum presented as a rigid fascia barrier between the lateral and central approaches, which was a translucent dense connective tissue fascia. After the splenic flexure were completely mobilized, the left parietal peritoneum stump continued to the cephalic side. (2) Observation of 4 surgical specimens: The dorsal side of the left mesocolon specimen was studied, and the left parietal peritoneum stump edge was identified. The outside of the stump edge was the left hemicolon dorsal layer, which was continuously downward to the rectal fascia propria. (3) Cadaveric abdominal specimens: The left retro-mesocolic space was separated through lateral and central approaches, and the rigid fascia barrier, essentially the left parietal peritoneum and Gerota fascia, was encountered. Cross-section view showed that the left parietal peritoneum could be further detached from the dorsal layer of the left mesocolon from the outside, but could not be further detached from the inside out. (4) Histological examination: There was no obvious fascia structure in the IMA root region, while outside the IMA root region, the left bundle of inferior mesenteric plexus penetrating Gerota fascia was observed. There were 4 layers of fascias in the medial region, including the ventral layer of the left mesocolon, the dorsal layer of the left mesocolon, left parietal peritoneum and Gerota fascia. Small vessels were observed between the dorsal layer of the left mesocolon and the left parietal peritoneum. In lateral region, renal tissue and renal fascia were observed. Three layers of fascia structures were observed clearly under high power field, including the dorsal layer of the left mesocolon, left parietal peritoneum, and Gerota fascia. Conclusions: The left parietal peritoneum is the anatomical basis of the "staggered layer phenomenon" from the lateral or central approaches during the separation of left retro-mesocolic space. The small vessels in the dissection plane are the anatomical basis of intraoperative microbleeding, which need pre-coagulation. The central part of Gerota fascia is penetrated by the branches of the inferior mesenteric plexus, which results in a relatively dense surgical plane. Thus, during the dissection through the central approach, it is easy to involve in wrong surgical plane by deeper dissection.

Surgical and radiological importance of a rare cysto-duodeno-colic peritoneal fold / 대한해부학회지

It is quite common to see abnormal peritoneal folds in the abdominal cavity. Some of them might compress or strangulate the viscera and others might determine the direction of the flow of peritoneal fluid, pus or blood. Many unusual clinically important peritoneal folds such as Ladd's band, cysto-gastro-colic fold, omento-cystic fold, and cysto-colic fold have been reported earlier. Knowledge of these folds is important for radiologists, gastroenterologists, and surgeons. We report an unusual cysto-duodeno-colic fold observed during our dissection classes. The fold was seen to compress the duodenum and colon. The fold extended from the descending part of the duodenum and the transverse colon to the gallbladder. It enclosed the entire gallbladder. A case similar to this has not been reported yet. It is important for the gastroenterologists and laparoscopic surgeons to be aware of this fold to avoid misdiagnosis and iatrogenic injuries.

Mesotelioma benigno como causa de dolor abdominal inespecífico en un paciente con Enfermedad de Crohn / Benign multicystic peritoneal mesothelioma in a patient with Crohn disease

Benign multicystic peritoneal mesothelioma is an uncommon lesion arising from the peritoneal mesothelium. It is asymptomatic or presents with unspecific symptoms. Imaging techniques may reveal it, however the final diagnosis can only be made by histopathology. Surgery is the only effective treatment considering its high recurrence rate. We report a 19 years old male with Crohn’s disease. Due to persistent abdominal pain, an abdominal magnetic resonance imaging was performed, showing a complex cystic mass in the lower abdomen. The patient underwent surgery and the lesion was completely resected. The pathological study reported a benign multicystic peritoneal mesothelioma.