Serous-lined, stapled pouch wall plication: initial results of a simple and quick novel continence mechanism in troubleshooting secondary to continent cutaneous urinary diversion.

OBJECTIVES: To report a novel and straightforward technique of a secondary continent outlet for continent cutaneous urinary diversion (CCUD) reservoirs without the need for further bowel resection, reducing operating time and length of hospitalization. PATIENTS AND METHODS: From 2015 to 2017, six patients with unreconstructable, incontinent outlets (out of a total pool of 595 patients with CCUD) have undergone the technique described in the present paper at our department. The technique relies on the Mitrofanoff principle, using a stapled full-thickness pouch wall plication, which creates a flap-valve continence mechanism. RESULTS: All patients enjoyed full continence with ease of clean intermittent catheterization (CIC) in the postoperative period and on follow-up to a mean (range) of 12.4 (7-18) months. No major complications were encountered in any patient and the average capacity of the reservoirs was not compromised by the procedure (540 mL preoperatively vs 500 mL in further follow-up). CONCLUSION: In revisional surgery for secondary CCUD incontinence, especially if the patient has already lost a significant amount of bowel or has previously undergone radiation therapy, the technique described here represents a safe and effective alternative to restore continence.

Outcomes of seromuscular bladder augmentation versus standard ileocystoplasty: A single institution experience over 14 years.

INTRODUCTION: Ileocystoplasty is the standard technique used for bladder augmentation, and has been used widely for decades. However, it is known to be associated with complications such as stone formation, mucus production, metabolic acidosis, urinary tract infections, intestinal obstruction, and a long-term risk of bladder cancer. Seromuscular bladder augmentation (SMBA) is an alternative to the standard ileocystoplasty, and has been associated with a lower incidence of bladder stones. Few reports have been published on intermediate outcomes of SMBA. Herein, we report long-term outcomes of SMBA from a single institution compared with standard ileocystoplasty. METHODS: After Institutional Review Board approval, a retrospective chart review of all patients who underwent bladder augmentation at our institution over a 14-year period was performed. The status of patients after SMBA (10 patients) was compared according to age, sex, and diagnosis with patients who underwent traditional ileocystoplasty (30 patients). Parameters such as demographic information, pre- and postoperative bladder capacity as assessed by urodynamic studies, urinary tract infections (UTIs), bladder calculi, incontinence, need for secondary surgical procedures, and spontaneous bladder perforation were compared in the two groups. All the patients were on a clean intermittent catheterization (CIC) regimen. RESULTS: Over the study period, 10 patients underwent SMBA and 30 patients (according to age, sex, and diagnosis) underwent standard ileocystoplasty; the average age at surgery was 10.3 and 10 years respectively, with a mean follow up of 6.7 years in the SMBA group and 6 years in the ileocystoplasty group. There were no statistically significant differences in the rate of UTIs, urinary incontinence, subsequent surgery, or spontaneous bladder perforation. The mean bladder capacity increased significantly for both groups as assessed by pre- and postoperative urodynamic studies, although the difference in the rate of bladder calculi between the two groups (0 [0%] vs. 8 [27%], p = 0.06) did not reach statistical significance (Table). CONCLUSIONS: SMBA is safe and efficacious and may result in a lower rate of stone formation than standard ileocystoscopy. SMBA should be considered as a viable alternative to standard ileocystoplasty.