Long-term complications associated with the Indiana pouch urinary diversion in patients with recurrent gynecologic cancers after high-dose radiation.

Few studies have assessed the long-term risks associated with the Indiana pouch continent urinary diversion after high-dose radiation therapy. A retrospective review of consecutive female patients who underwent cystectomy and Indiana pouch urinary diversion identified 12 with a history of high-dose pelvic irradiation (mean total 78.1 Gy). Long-term complications and outcomes in this group were compared to a synchronous group of patients (n = 14) with no history of radiation. Mean follow-up in the radiation therapy (RT) and nonirradiated comparison group (CG) were 48.5 and 40.8 months, respectively, with all patients having over 12 months of outcomes assessed. In the RT group, 83% of patients experienced a one or more complications (n = 29) while 57% of the CG did (n = 15; P = 0.2). Complications seen more commonly in the RT group included ureteral stricture/obstruction (5 vs. 2), renal insufficiency (3 vs. 1) and severe incontinence (3 vs. 0). Notably, 23 secondary operative procedures were required in the RT group versus CG (n = 11, P = 0.2). Percutaneous nephrostomy (6 vs. 1; P = 0.03) and ureteral reimplantation (4 vs. 0; P = 0.03) were seen significantly more commonly in the RT group than the CG. Long-term follow-up is critical to assess the complications associated with urinary diversions. We conclude that frequent complications and a significant increase in specific operative procedures are observed in heavily irradiated patients with recurrent gynecologic cancers receiving an Indiana Pouch urinary diversion. Given the risk of renal insufficiency, close monitoring of renal drainage and function is recommended. These considerable long-term complications should be considered when counseling patients contemplating Indiana Pouch urinary diversion after radiation therapy.

Extension of a shortened ureter using the in situ appendix during Indiana pouch urinary diversion.

A short ureteral length can preclude the use of a continent urinary diversion during urinary tract reconstruction after bladder removal. We present a surgical technique using the in situ appendix to provide length to a shortened left ureter, thus allowing formation of a continent ileocecal urinary diversion.