Robotic-assisted laparoscopic catheterizable bladder augment: a novel approach to treat recurrent bladder neck contracture following radical prostatectomy.

INTRODUCTION

Bladder neck contractures (BNC) are an uncommon complication following radical prostatectomy. Occasionally, BNCs can be refractory to endoscopic approaches. We describe the effectiveness of a novel robotic-assisted laparoscopic catheterizable bladder augment in treating recalcitrant BNCs.

MATERIALS AND

METHODS

Patients undergoing robotic-assisted radical prostatectomy (RALP) between 2004-2014 who developed a postoperative BNC were identified. We documented our experience with robotic-assisted laparoscopic catheterizable bladder augment for recalcitrant BNCs. Total operative time, robotic time, estimated surgical blood, length of hospital stay, serum creatinine, complications, and postoperative course/upper tract imaging were recorded.

RESULTS

Thirty-six of 2002 RALP patients (1.8%) experienced a post-surgical BNC at 182 days post-surgery. Twenty-two (61.1%) underwent a single dilation and/or transurethral incision. Eleven (30.6%) required = 1 procedure. Three patients (8.3%) had recalcitrant BNCs. One patient with normal bladder capacity elected open urethroplasty. The remaining two had reduced bladder capacity, detrusor over-activity and failed multiple incisions and self-catheterization. In one patient, the stricture was complete. The other patient experienced urethral leakage requiring bladder neck closure. In both patients, a robotic approach, utilizing an ileal-cecal segment as a catheterizable augment, was performed. At 16 and 89 months follow up, both are continent, with stable renal function and normal upper tracts.

CONCLUSION

Robotic-assisted laparoscopic catheterizable bladder augment is a viable treatment for recurrent BNCs. This approach may be particularly well suited for patients with concurrent hyperreflexia or decreased bladder capacity.