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Complex bladder-exstrophy-epispadias management: causes of failure of initial bladder closure
Kouame Dibi Bertin1, Kouame Yapo Guy Serge, Sounkere Moufidath
1Department of General Pediatric Surgery, Teaching Hospital of Yopougon, Abidjan Côte d'Ivoire, BP 632 Abidjan, Cote d'Ivoire.
Insights
Failed bladder exstrophy closure can be reduced by using absorbable monofilament sutures and ensuring efficient urine drainage with ureteral catheters. This improves outcomes in pediatric surgical repair.
Area of Science:
- Pediatric Surgery
- Urology
- Developmental Biology
Background:
- The initial closure of complex bladder exstrophy presents significant challenges in pediatric surgery.
- Understanding the causes of failure and operative morbidity is crucial for improving surgical outcomes.
Purpose of the Study:
- To describe personal experiences with the causes of initial closure failure and operative morbidity in bladder exstrophy complex repair.
- To identify factors that can reduce the failure rate of initial bladder exstrophy closure.
Main Methods:
- A retrospective review of four pediatric patients (aged 16 days to 7 years 5 months) undergoing complex exstrophy-epispadias repair with pelvic osteotomies between April 2000 and March 2014.
- Analysis of bladder closure techniques, suture materials (polyglactin vs. polydioxanone), and urinary drainage methods (urethral and ureteral stents/catheters).
Main Results:
- Three out of four patients achieved complete initial bladder closure.
- Two patients experienced complete abdominal wall and bladder disunion postoperatively, attributed to the use of polyglactin sutures.
- Incomplete urine drainage due to oversized ureteral catheters was identified as a secondary cause of failure.
Conclusions:
- The use of absorbable braided silk (polyglactin) for bladder closure was a primary factor in closure failure.
- Efficient urine drainage via ureteral catheterization is essential for successful bladder exstrophy repair.
- Employing absorbable monofilament sutures and ensuring proper ureteral drainage can potentially reduce initial closure failures.
Abstract:
The success of the initial closure of the complex bladder-exstrophy remains a challenge in pediatric surgery. This study describes a personal experience of the causes of failure of the initial closure and operative morbidity during the surgical treatment of bladder-exstrophy complex. From April 2000 to March 2014, four patients aged 16 days to 7 years and 5 months underwent complex exstrophy-epispadias repair with pelvic osteotomies. There were three males and one female. Three of them had posterior pelvic osteotomy, one had anterior innominate osteotomy. Bladder Closure: Bladder closure was performed in three layers. Our first patient had initial bladder closure with polyglactin 4/0 (Vicryl ® 4/0), concerning the last three patients, initial bladder closure was performed with polydioxanone 4/0 (PDS ® 4/0). The bladder was repaired leaving the urethral stent and ureteral stents for full urinary drainage for three patients. In one case, only urethral stent was left, ureteral drainage was not possible, because stents sizes were more important than the ureteral diameter. Out of a total of four patients, initial bladder closure was completely achieved for three patients. At the immediate postoperative follow-up, two patients presented a complete disunion of the abdominal wall and bladder despite an appropriate postoperative care. The absorbable braided silk (polyglactin) used for the bladder closure was considered as the main factor in the failure of the bladder closure. The second cause of failure of the initial bladder closure was the incomplete urine drainage, ureteral catheterisation was not possible because the catheters sizes were too large compared with the diameters of the ureters. The failure of the initial bladder-exstrophy closure may be reduced by a closure with an absorbable monofilament silk and efficient urine drainage via ureteral catheterisation.
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