Search

Objective To report our experience with a noneverted stoma technique used in ileal conduit urinary diversion. We successfully utilize this technique in patients when traditional everted stoma maturation is difficult due to a thick abdominal wall, bulky mesentery, and poor bowel compliance. Methods We retrospectively reviewed all patients who underwent surgical creation of ileal conduit using a noneverted stoma technique between 2009 and 2018. We recorded demographic and perioperative information, including 30-day postoperative complications, and stoma appearance at last follow-up visit. Using R software, chi-square testing of the distribution of stoma outcomes for obese and nonobese patients was performed. Results There were a total of 42 patients who underwent noneverted stoma maturation technique by a single surgeon. Our cohort meets obese criteria with a mean body mass index (BMI) of 30.2. Mean length of follow-up was 16.6 months (1-62). On follow-up, 35 (83.3%) of stomas were pink and everted appearing, 4 (9.5%) were flush, small, or noneverted, 1 (2.3%) had an eschar or area of granulation tissue around the stoma, and 2 (4.7%) did not have a stoma description documented. There were 9 (21%) stoma-related complications in our cohort. There was no statistical difference in stoma outcomes between obese (BMI > 30) and nonobese (BMI Conclusion Ileal conduit creation with a noneverted stoma provides good stoma protuberance in patients with a thick abdominal wall, bulky mesentery, and poor bowel compliance. This technique is safe and should be considered in patients in whom stoma maturation is difficult.

Objective To describe a novel surgical option for cystolithiasis management in female patients with no urethral access and prior abdominal surgeries. We present a 51-year-old female with a history of traumatic spinal cord injury with pelvic fractures and resultant neurogenic bladder. She underwent transabdominal bladder neck closure and bladder augmentation with continent diversion 2 years prior. CT abdomen/pelvis demonstrated a 3 cm stone and significant amount of bowel anterior to the bladder. Methods Pouchoscopy was performed via ureteroscope through the catheterizable stoma to assess stone location and mobility. A 14F-Foley was inserted for intraoperative decompression. An inverted-U incision was made on the anterior vaginal wall overlying the bladder base. Sharp and blunt dissection was performed in an avascular plane to dissect the vagina off of the bladder. Electrocautery was utilized to open perivesical tissue and the detrusor layer transversely. Further sharp dissection of perivesical tissue was achieved using Metzenbaum scissors. The bladder was filled via stoma Foley to improve visualization of bladder mucosa. Cystotomy was made and the 3 cm stone was removed, intact, using a Babcock. The bladder was closed in 2 layers with absorbable suture in running fashion. The bladder was refilled and the closure was watertight. The outer detrusor layer was closed with running locking 2-0 Polysorb, and a separate layer of perivesical tissue was closed over our 2-layer bladder closure using simple interrupted stitches. The vaginal flap was closed with running-locking 2-0 Polysorb. Results Operative time was 55 minutes. Estimated blood loss was 25 cc. The patient was discharged on postoperative-day 0 with a 14F-Foley in the catheterizable channel. The Foley was removed at the 3-week postoperative visit and patient resumed self-catheterization. No postoperative imaging was required. No complications were reported within 1 year. Conclusion We demonstrate the feasibility of transvaginal cystolithotomy in females with bowel overlying bladder and no urethral access.

Background Parastomal and ventral hernias are common complications in patients with continent catheterizable channels or incontinent urinary diversions. Patients with neurogenic bladder are at particularly high risk due to weak abdominal wall musculature, and hernia repair often requires resiting of their stoma. While parastomal hernia repair with urinary stoma resiting has acceptable long-term success rates, it often necessitates a laparotomy which is associated with significant morbidity. Objective To describe a novel approach to combined laparoscopic parastomal hernia repair with resiting of the urinary stoma in patients with neurogenic bladder. The video will outline the surgical steps and pitfalls. Materials and Methods The case begins laparoscopically or robotically with adhesiolysis to dissect out the subfascial portion of the channel and the parastomal hernia. The subfascial portion of the channel is dissected out to the anterior abdominal wall, ensuring to preserve its mesentery. The abdomen is then desufflated and the suprafascial portion of the channel is dissected and the channel dropped into the abdomen. The hernia is then repaired laparoscopically using mesh and the channel is brought out through one of the laparoscopic port sites and matured to the skin. Results In our series of 4 patients, this technique was performed for 2 continent catheterizable channels and 2 incontinent diversions. One patient developed a hernia recurrence 7 months later which was repaired laparoscopically. In another, the stoma was successfully resited but the hernia was unable to be repaired laparoscopically due to dense adhesions. Continent and patency outcomes of the urinary stomas were 100% at a mean follow-up of 2 years. Conclusion Laparoscopic parastomal hernia repair with resiting of the urinary stoma has similar long-term success rates compared to that of an open repair and avoids the morbidity of a laparotomy. This repair can be performed for catheterizable channels or incontinent diversions.

Squamous cell carcinoma arising from a urinary stoma is exceedingly rare, and none so far is reported from a cutaneous ureterovesical stoma. Squamous cell carcinoma usually occurs as a late complication of urinary diversion, and we report the first such case in a cutaneous ureterovesical stoma with a review of published literature.

Objective To describe our technique and long-term results with creation of a continent urinary channel in adults with neurogenic bladder (NGB) using a single piece of bowel. Methods From 2004 to 2013, 26 adult patients underwent creation of a continent urinary channel by a single surgeon. A retrospective medical record review was performed noting the indications, technique, concomitant procedures, complications, and outcomes. Continence outcome, ease of catheterization, and need for further surgical interventions are reported. Results Twenty women and 6 men were identified with a mean age of 48 years (range, 25-80) and a follow-up of 64 months (range, 22-100). The mean body mass index (BMI) was 30.5 kg/m 2 (range, 20.1-50.2). All patients had benign bladder disease, including 22 (85%) with known neurologic disease and 4 with a devastated bladder outlet. Creation of a continent urinary channel was performed using the single Monti tube in 1, double Monti tube in 7, and the Casale (Spiral Monti) in 18. Mean hospital stay was 10.5 days (range, 5-37). The most common complication was recurrent urinary tract infection that occurred in 14 patients (54%). There were 5 (19%) bowel complications and 1 (4%) bladder perforation. The percentage of patients continuing to catheterize via the stoma with a BMI of 2 , between 30 and 40 kg/m 2 and >40 kg/m 2 was 89%, 50%, and 25%, respectively. Conclusion The Monti and Casale procedures are effective in creating a long continent urinary channel for catheterization in the adult population with neurogenic bladder, regardless of BMI. However, despite an intact channel, stomal self-catheterization appears to be challenging in morbidly obese patients.

Although anorectal malformations are often associated with urinary tract abnormalities, the association with posterior urethral valves is exceptionally rare. We report a unique case of a premature (35 gestational weeks) male neonate born with posterior urethral valves, bilateral dysplastic kidneys, and imperforate anus, successfully treated by Blocksom vesicostomy and left upper quadrant loop colostomy. The challenges involving placement of both stomas in a small abdominal wall of a 2200 g premature neonate are discussed.

Objective To evaluate the use of a modified Indiana continent urinary reservoir, the Indiana augmentation cystoplasty (IAC), for patients with neurogenic bladder (NGB). NGB with incontinence can be devastating for patients with neurologic illness. Augmentation cystoplasty with a continent catheterizable stoma creates a continent, low-pressure storage system, with catheterizable cutaneous stoma, leading to decreased urinary tract morbidity and increased quality of life. Methods Retrospective chart review of the IAC procedure in a single center from 1993 to 2010 was performed and included subjects with NGB and minimum 1-year follow up. Patients' demographics, NGB diagnosis, surgery details, urodynamic findings, concurrent operations, complications, and continence outcomes were recorded. Results Thirty-four patients met the inclusion criteria. Mean age at time of surgery was 39.8 years. Neurologic diagnoses included multiple sclerosis (n = 12), spina bifida (n = 9), and spinal cord injury (n = 14). Concurrent surgeries included: bladder neck closure (n = 3), pubovaginal sling (n = 4), hysterectomy (n = 3), artificial urinary sphincter (n = 1), and cystolithotomy (n = 1). Mean estimated blood loss was 461.8 mL. Short-term postoperative complications were prolonged ileus (n = 2), wound infection (n = 1), and transfusion (n = 1). Median follow-up was 31 months. Long-term complications occurred in 15 (44.1%) patients: recurrent urinary tract infections (n = 4), pyelonephritis (n = 1), pelvic abscess (n = 1), seroma (n = 1), bladder stones (n = 2), and stomal revision in (n = 4). All patients were continent at latest follow-up. Conclusion This modification of the Indiana continent urinary reservoir is an excellent surgical option providing a low-pressure reservoir with a reliable continence mechanism and easily catheterizable stoma, with few complications or need for reoperation.

Objective To present our simplified technical modification of double-T continent cutaneous diversion (CCD) using Yang-Monti tubes. Methods During 2008–2011, 8 adult patients underwent CCD; 4 had classical exstrophy, 2 bladder cancer, 1 recurrent vaginal cancer post-radiotherapy, and 1 prostate cancer with post-simple retropubic prostatectomy urethral stricture with incontinence. For reconstruction, a 45- to 50-cm segment of terminal ileum sparing 25 cm of terminal ileum was harvested. Its distal 3- to 6-cm and proximal 3-cm segments were separated on vascular pedicle and fashioned into Yang-Monti tubes (1 proximally and 1 or 2 distally). The middle 40- to 45-cm detubularized segment was fashioned into a “W” shape, and serosal aspects of adjacent loops were sutured together close to the mesentery. The tubes were implanted into the W pouch via extramural serosa-lined tunnel (Abol-Enein and Ghoneim). The pouch was closed transversely over an 18-Fr pouchostomy and 16-Fr stomal catheter. The ureters were implanted into the proximal tube using the Wallace principle, over 6- to 8-Fr infant feeding tubes exteriorized through the pouch. The distal end of the distal tube was made into a flush stoma. Results In the early postoperative period, intestinal obstruction (2 cases), ureteroileal anastomotic leakage (3 cases) and vesico-ileocutaneous fistula (1 case) were encountered. No ureteroileal anastomotic obstruction or catherization-related difficulty was observed until the last follow-up (2 months to 3 years). Of 15 anastomoses, 14 were nonrefluxing. Conclusion Ileal double-T CCD using the Yang-Monti principle is technically feasible and relatively simple, particularly in nonirradiated ileum. However, early complications indicate a learning curve, and long-term follow-up and larger data are needed.

Objective To present a modified VQZ-plasty technique to create a catheterizable stoma appearing as a normal-looking neoumbilicus that may be used in selected bladder exstrophy (BE) patients. Methods A catheterizable conduit is created according to the Mitrofanoff principle. An asymmetric V flap, with the base at the level selected as the upper margin of the neoumbilicus, is created and incorporated into the spatulated appendix. Then a Q flap is developed parallel to the shorter margin of the V flap, rotated, and anastomosed to the upper edge of the appendix and to the free margin of the V flap on the contralateral side. The skin gap is filled by a rotational flap overlying the emerging appendix and stoma site. Results To date the technique has been used in 2 BE patients. After a follow-up of 10 and 6 months, respectively, both have good cosmetic and functional results, with an easily catheterizable stoma. Conclusions The described technique allows for the creation of a nearly ideal stoma that looks like a normal neoumbilicus in selected BE patients yet without an umbilicus and requiring the placement of a catheterizable conduit.

Objectives To describe an improved technique for upper urinary tract drainage in patients with ureteroileal anastomotic stricture after radical cystectomy and urinary diversion to an ileal conduit, and to review our experience and long-term results. Methods From 1995 to 2002, 16 patients (18 renal units) with ureteroileal anastomotic stricture after radical cystectomy and urinary diversion to an ileal conduit underwent external-internal nephro-uretero-ileal stent placement. The procedure consisted of three stages: insertion of a percutaneous nephrostomy tube; retrograde external-internal stent placement with the help of an antegrade-inserted wire, leaving the stent's port in the stoma bag; and periodic retrograde stent exchange. The median duration of follow-up was 26.6 months. Results The overall success rate was 94.7%. No serious complications occurred during the procedure or during follow-up. Patient compliance was fairly good. In 75% of the patients, the stent served as the definitive treatment, avoiding the need for surgical revision. Conclusions External-internal nephro-uretero-ileal stent placement can be used successfully and safely as a definitive treatment for anastomosis-related complications in patients after radical cystectomy and urinary diversion to an ileal conduit.

Objectives. To review our experience with three methods of continent vesicostomy and to examine the morbidity and long-term outcome of each method. In the absence of an appendix, the surgical options for constructing continent vesicostomies include the use of the ureter, retubularized ileum, or stomach, a Benchekroun valve, or creation of a continent stoma from the reservoir itself. Methods. Between 1984 and 1999, 16 children, 14 with neurogenic bladder, 1 with cloacal malformation, and 1 with valve bladder, required access to their continent reservoir other than the urethra. The appendix was unavailable in all, either because it had been removed surgically at an earlier date or it had been used for an antegrade continent enema procedure. Eighteen continent vesicostomies were performed in 16 children. In 5 children, a Benchekroun valve was constructed. Two were subsequently replaced by tapered small bowel. In 7 children, a segment of small bowel was harvested, retubularized, and reimplanted in the reservoir in a submucosal or seromuscular tunnel. In 6 children, a flap of bowel forming the reservoir was raised, tubularized, and then a Nissen valve was constructed. Results. The early results of the Benchekroun valve were satisfactory; however, the results with long-term follow-up were disappointing because 4 of 5 children developed stomal stenoses and one subsequent valve perforation. One of the 5 children continued to do well 6 years postoperatively. The 7 children in whom a segment of small bowel was retubularized (Monti procedure) continued to do well and to catheterize their stomas without difficulty. At last follow-up, 1 child was awaiting collagen implant of her bladder neck for urinary incontinence. Five of the 6 children with a Nissen valve were doing well 1 to 8 years postoperatively. One child did well initially, but was lost to follow-up 1 year later. Conclusions. The appendix is the preferred conduit for a catheterizable stoma. In its absence, our experience with the Benchekroun valve was disappointing. The retubularized ileum provided an excellent and reliable alternative to the appendix and is preferable if the bladder capacity is marginal. The Nissen valve constructed out of the reservoir has the advantage of avoiding intraperitoneal dissection and the use of additional small bowel. The two latter methods appear to be reliable in the long-term and are viable options when the appendix is not available.

Objectives. To report the techniques used for intracorporeal laparoscopic construction of an ileal conduit urinary diversion and long-term patient follow-up after this procedure. Methods. A 28-year-old man with cerebral palsy, a neurogenic bladder, and voiding dysfunction was referred for definitive management of his urinary tract after several episodes of pyelonephritis. A conduit urinary diversion was performed using a 5-port, transabdominal approach. An appropriate length of ileum was used for diversion, and ureterointestinal anastomoses were performed using a modified Bricker technique. All aspects of the procedure were performed intracorporeally, including isolation of conduit, bowel reanastomosis, ureteral mobilization, and ureterointestinal anastomosis. A 12-mm port site was enlarged and used as the stoma, which was constructed in routine fashion. Results. Five years after surgery, this patient had normal and stable renal function, with a serum creatinine of 0.8 mg/dL. Serial imaging studies continued to reveal prompt and symmetric renal function and no evidence of obstruction or reflux. Conclusions. Laparoscopic ileal conduit construction is feasible and can provide durable results. Although technically challenging, ongoing technical refinements will make performance of reconstructive laparoscopy more widely applicable. Larger series with substantial follow-up will help illuminate the place of laparoscopic noncontinent urinary diversion in the surgical armamentarium.

Objectives. Interest has increased in combining procedures during reconstruction of bladder exstrophy in an effort to reduce the number of procedures required for reconstruction and to improve results. This study illustrates our technique of reconstruction and summarizes our current experience with the combination of epispadias repair and bladder closure during initial reconstruction or following prior failed bladder closure. Methods. Twenty-four boys with classic bladder exstrophy underwent combined bladder closure and epispadias repair. The mean patient age was 20 months, and 18 boys had a prior failed closure. Osteotomies were performed in all patients. Results. No instances of bladder prolapse or dehiscence were noted on follow-up. Urethrocutaneous fistula developed in 7 patients. Eventual bladder neck reconstruction has been performed in 11 boys (6 boys are dry day and night, 3 are dry during the day with occasional wet episodes at night, 2 have required follow-up bladder augmentation and continent diversion for persistent incontinence), and 1 boy had augmentation at the same time as bladder neck reconstruction. Twelve boys are awaiting adequate capacity for bladder neck reconstruction, and 1 is awaiting bladder augmentation and continent stoma construction. Conclusions. Epispadias closure can be safely combined with bladder closure in select patients with classic bladder exstrophy. Complication rates and cosmesis approximate that achieved with staging the two procedures. This achievement represents strict patient selection and attentive follow-up.

OBJECTIVES To report a technique of stomal creation before abdominal wall transposition of the conduit that reduces asymmetry, retraction, and stenosis of the stoma. The ileal conduit remains the most common form of urinary diversion. Despite extensive experience with the procedure, a significant rate of stomal complications is still observed. METHODS Unlike the traditional approach, after the segment of the distal ileum is selected and excluded from the bowel continuity, the stoma is prepared intracorporeally. The critical elements of this technique include defatting of the distal mesentery, placement of everting sutures immediately adjacent to the bowel mesentery in a diamond configuration, full-thickness locking sutures to fix the eversion, and fascial fixation sutures on abdominal wall transposition. RESULTS The technique of early stomal maturation has been performed in 45 consecutive ileal conduit procedures. To date, early stomal retraction with poor appliance fit has been observed in 1 patient who underwent simultaneous abdominal wall reconstruction, requiring early revision of the stoma. The remaining stomas have demonstrated excellent protrusion with no requirement for revision owing to stenosis or retraction. CONCLUSIONS To date, we have experienced excellent outcomes with the technique, independent of body habitus or mesenteric thickness. The usual tendency of the stoma to be flush at the position of the mesentery is avoided, and symmetric protrusion of the stoma appears to allow a better stomal appliance fit. The effect on long-term complication rates remains to be defined.

Objectives. Incontinent ileovesicostomy is an alternative form of urinary management applied to patients with neurogenic vesical dysfunction who are either unable or unwilling to perform clean intermittent self-catheterization or assisted catheterization. We review our operative results, urodynamic data, and complications observed in patients who underwent creation of incontinent ileovesicostomy at our institution. Methods. Thirteen patients (mean age 43.2 years) with neurogenic bladder dysfunction underwent an incontinent ileovesicostomy between 1994 and 1998. The etiologies of the neurogenic bladder dysfunction were spinal cord injury in 8 patients, multiple sclerosis in 4 patients, and tuberculous meningitis in 1 patient. The preoperative data, surgical records, urodynamic findings, and postoperative complications were assessed. Results. All patients experienced complications of their pretreatment bladder management. The mean operating room time was 242 minutes (range 170 to 395), including 14 additional procedures in 11 patients. The mean estimated blood loss was 403.8 mL (range 50 to 2000). No patient required blood transfusion. There were no intraoperative complications. Only 1 patient required reoperation for stomal revision. One patient had a ureteral stone 2 years after surgery; 1 patient has continued to have urinary tract infections despite a negative workup. The mean follow-up was 23 months (range 6 to 57). The mean bladder leak point pressure through the stoma was 8.2 cm H 2 O. Conclusions. The incontinent ileovesicostomy is a useful technique in the treatment of patients with neurogenic bladder unable to perform clean intermittent catheterization. It provides patients with a low-pressure urinary conduit that empties readily without an indwelling catheter.

Objectives. To compare standard surgery to laparoscopic-assisted surgery for the creation of continent stomas. Creation of an antegrade continent enema (ACE) and/or continent urinary (CU) stoma using the appendix may require a generous midline incision. A laparoscopic-assisted technique to reduce morbidity and improve cosmesis has been described for urologic reconstruction. Methods. Between February 1996 and November 1998, 11 laparoscopic-assisted ACE and/or CU stomas were created. A 10-mm umbilical port and two 5-mm ports were used. The cecum, appendix, and ileum were delivered into the pelvis by laparoscopically mobilizing the ascending colon and hepatic flexure. Through a Pfannenstiel or small midline incision, 1 or 2 stomas were constructed in a standard fashion using the appendix and, when necessary, a segment of ileum or sigmoid colon. We compared these 11 cases with a cohort of 5 standard open cases performed during the same period. A midline incision was used in the open cases that extended above the umbilicus. Perioperative data and morbidity were compared. Patients undergoing simultaneous enterocystoplasty were excluded from both groups. Results. The patients who underwent laparoscopic-assisted surgery (two CU, four ACE, five ACE plus CU) had a mean operative time of 6.1 hours, resumed a regular diet at 2.3 days, and had a mean hospital stay of 4.1 days. The patients who underwent the open procedure (three ACE plus CU, two ACE) averaged an equivalent operative time, but took longer to resume a regular diet (5.6 days; P

Objectives. To describe a unique approach to the management of duplicate bladder exstrophy combining initial bladder closure and epispadias repair. Bladder exstrophy has been successfully managed by staged surgical repair with early bladder closure, subsequent epispadias repair, and, finally, bladder neck reconstruction. Duplicate bladder exstrophy is a rare variant of the exstrophy complex with fewer than 20 cases reported. Methods. A male newborn presented with the appearance of both bladder exstrophy and a ruptured omphalocele. Repair of the omphalocele and bilateral orchiopexy was performed shortly after birth, but bladder closure was delayed until there was complete healing of the omphalocele defect, and the investigators believed the infant was ready for abdominal wall and bladder exstrophy closure. At age 8 months, bladder closure was performed with the intraoperative finding of a duplicate bladder lying posterior to the exstrophied bladder. The left ureter drained on the exstrophic bladder plate, and the right ureter drained into the posterior (internalized) duplicate bladder. After anterior innominate and vertical iliac osteotomies, the left ureter was reimplanted into the posterior bladder. A portion of the exstrophied bladder was then tubularized to construct a neourethra of the epispadic penis. Results. The child has done well with an excellent cosmetic appearance of the abdominal wall and a straight phallus. The bladder subsequently required a Mitrofanoff-type continent stoma along with bladder augmentation, which was performed at the time of his Young-Dees-Leadbetter bladder neck reconstruction (age 3.5). The child is currently continent but requires intermittent clean catheterization through his appendicovesicostomy. Conclusions. The investigators report a unique and unexpected variant of bladder exstrophy and its successful management.

Objectives To review our experience with the potential use of stomach as a substitute to bowel in lower urinary tract reconstruction in adults. Methods Twenty-two adult patients underwent lower urinary tract reconstruction using stomach. Fourteen patients had augmentation cystoplasty and in 8 patients a continent reservoir was constructed; mean followup was 9.8 months. In 6 patients, gastric tube was constructed and used as catheterizable stoma. Results Renal functions remained stable or improved in all patients. Two patients developed hypochloremic alkalosis. There was significant decrease in urinary pH. All patients were completely continent, with no problems in mucus production. There was no mortality or significant morbidity. Conclusions Stomach offers a good alternative to ileum or colon for bladder reconstruction. Stomach has various unique advantages, such as less mucus production, acidic milieu in the urine, and protection against hyperchloremic acidosis.

Objectives Antegrade colonic enemas for neurogenic fecal incontinence via reverse reimplanted appendices (Mitrofanoff principle) have been primarily reported by Malone and coworkers in 1990. We used a modification of the described surgical technique and treated the first 10 patients with neurogenic fecal incontinence due to spina bifida. The surgical procedure and the results are reported. Methods Since November 1991, we have used a surgical procedure similar to the appendiceal continence mechanism in urinary diversion to establish a continent colonic cutaneous stoma for antegrade enemas in 10 myelodysplastic patients (4 females, 6 males; median age 13.2 years [range 6 to 26]) with severe neurogenic fecal incontinence. The average follow-up is now 26.4 months (range 12.5 to 50). All patients had neurogenic bladder dysfunction successfully managed by clean intermittent catheterization, anticholinergic drugs, or artificial sphincter implantation. The surgical technique for fecal incontinence included the partial orthotopic submucosal imbedding of the appendix into a cecal tenia and the fixation of the ileocecal region at the inner side of the abdominal wall after creation of an appendicocutaneous catheterizable stoma. Results All patients reached fecal continence for at least 38 hours (median 45.3) by using antegrade colonic enemas with 1.5% saline solution (n = 9) or GoLYTELY solution (n = 1), 0.5 to 1.5 L every 2 to 3 days. All other therapies (diet, oral medication, rectal purgative, or enema) to reach fecal continence had previously failed. There were only two complications seen at the follow-up. One boy with an artificial urinary sphincter presented with infection of the sphincter system, which led to explantation. Another boy presented 15 months after creation of the colonic appendiceal stoma with saline intoxication possibly due to a homemade saline solution. Conclusions We conclude that the antegrade colonic enema via an orthotopic continent appendiceal stoma is a safe and highly effective treatment modality for fecal incontinence in patients with neurogenic bowel dysfunction if nonsurgical management has failed.

We describe a novel technique to repair a long ischemic ureterointestinal stricture using the defunctionalized limb of a Turnbull stoma in a patient who had previously undergone two attempts at open surgical revision.

In a subset of patients with intractable symptoms from incurable pelvic cancer, palliative cystectomy and urinary diversion with intestinal segments may not be feasible. The described technique, in which a midline stoma was constructed and dissection was entirely extraperitoneal, resulted in symptom relief in 8 patients.

Objective To describe the technique and outcomes of conversion of incontinent stoma to continent colonic reservoir after renal transplantation (RT). Methods From 2004 to 2009, 2 patients who underwent kidney transplants and incontinent stomas underwent takedown of their urostomy with construction of a right colon continent cutaneous pouch with an appendiceal catheterizable stoma. The conduit was used as an afferent limb and anastomosed to the distal ileal portion of the reservoir with ileocecal valve serving as the antireflux mechanism. Thus no ureteral anastomosis was necessary. Results Both patients had an uneventful postoperative course and are now completely continent. There have been no interval infections or renal graft deterioration with short term follow-up. Conclusion Continent cutaneous urinary diversion after RT is feasible and can lead to a significant improvement in the quality of life. Further follow-up is necessary to ascertain the long-term results of this form of diversion.

Objective To report a new technique to reconstruct the abdominal wall at the site of the hernia with 2 separate layers of human acellular dermal matrix (hADM). Parastomal hernia is the most commonly encountered complication of ileal conduit urinary diversion, occurring at a rate of 5%-25%. 1 , 2 , 3 Multiple methods of parastomal hernia repair, including primary fascial repair, mesh repair, and stoma resiting have been reported, with a wide variety of approaches and materials being used. Methods Between 2008 and 2009, 4 patients underwent surgical repair of urostomal hernias using hADM (LifeCell, Branchburg, NJ). All were operated on by a single surgeon using a standard technique of open repair whereby the posterior and anterior rectus fascia at the stoma site were reconstructed with hADM. Demographic data, preoperative and intraoperative risk factors, immediate postoperative complications, and hernia recurrence were collected and analyzed. Results Four patients underwent urostomal hernia repair with Alloderm without intraoperative complications. Mean operative time was 261.25 ± 80.8 minutes. Mean hospital stay was 9 ± 3 days. With an average of 270 ± 104-days' follow-up, there were no recurrent hernias detected. Conclusions In patients with urostomal hernia, reconstruction of the stoma site and abdominal wall with hADM appears to be a safe and effective management solution and avoids the difficulty with relocating the urostomy or placing prosthetic material in the site.

In the patient with metastatic carcinoma, urinary diversion is usually achieved with indwelling ureteral stents or placement of a percutaneous nephrostomy tube. Most forms of surgical diversion carry an unacceptable morbidity rate, especially in the debilitated patient. Over a fifteen-year period (1974-1989), 29 adult patients with pelvic malignancy (32 ureters) underwent palliative cutaneous ureterostomy. This previously reported technique involves transverse nephropexy and construction of a stoma using a small skin flap. Indications included ureteral obstruction or severe urinary tract symptoms. Hydroureter, often considered a precondition for this procedure, was not present in several patients and was not a prerequisite to success. Complications related to the procedure included one postoperative death due to stroke, one death due to uremia and sepsis, and one instance of severe renal arterial stenosis resulting in renal failure. Preservation of renal function was possible in the 10 patients known to have survived from one to thirteen years postoperatively; only 3 patients eventually required stomal revision. By adherence to the surgical techniques described, the usually high incidence of stomal stenosis was avoided. Our experience reveals that although the indications for cutaneous ureterostomy are limited, this procedure can provide an alternative to permanent nephrostomy drainage or to a higher risk intestinal urinary diversion in carefully selected patients with a reasonable life expectancy.

OBJECTIVES To compare surgical techniques and long-term outcomes in patients undergoing bladder neck closure (BNC) and continent vesicostomy for devastated bladder outlet. METHODS A total of 17 patients who underwent BNC, omental interposition, and continent vesicostomy between 1994 and 2008 were analyzed. Indication for surgery was recurrent anastomotic stricture combined with postradical prostatectomy incontinence (n = 10), postvulvectomy (n = 1), and neurogenic bladder dysfunction (n = 6). Diversion was performed in 8 patients with normal bladder capacity (>300 mL in adults) through a Mitrofanoff appendicovesicostomy (n = 4) or ileal intussusception valve (n = 4). Simultaneous ileocecal bladder augmentation was performed in 9 patients with primarily reduced bladder capacity, and either the in situ embedded appendix (n = 4) or an ileal intussusception valve (n = 5) served as the continent outlet. The stoma was placed in the lower abdomen using the "butterfly technique" (n = 8) or in the umbilicus (n = 9). RESULTS Medium follow-up was 68 months (range: 12-129). Primary BNC was successful in all patients and primary continence rate was 82%. Three patients (18%) suffered from continence failure, caused by reduced bladder capacity in 2 cases. The third patient presented with an iatrogenic destruction of his Mitrofanoff appendicovesicostomy. These patients were successfully reconstructed by ileocecal bladder augmentation with an ileal intussusception valve as the continent outlet. Four patients (23%) developed stomal stenosis (3/8 with an abdominal stoma and 1/9 with an umbilical stoma). Patients with simultaneous bladder augmentation had higher bladder capacity. No patients developed ureteral obstruction. CONCLUSIONS This technique is an effective, last resort treatment for patients with nonreconstructible bladder outlet.

A patient developed a scrotal hernia of the bladder 6 years after resection of the pubic ramus for treatment of a chondrosarcoma. Because reconstruction of the pelvis was impossible, an alternative surgical solution was needed. A continent vesicocutaneous stoma with a full-thickness bladder tube was created. The hernia itself was not repaired, leaving the bladder and bowel loops in the scrotum. Nine years after surgery, the patient continued to perform clean intermittent catheterization. The patient had not experienced any strictures or infections. The demonstrated technique appears to be a feasible option when hernia repair is impossible.

Objectives To assess the safety and efficacy of robotic-assisted ileovesicostomy in treating patients with a neurogenic bladder that is unsuitable for clean intermittent self-catheterization. Methods Robotic-assisted ileovesicostomy was performed using a 5-port approach for patients with a neurogenic bladder unable to tolerate clean intermittent or chronic bladder catheterization. Intraperitoneal operative steps included the creation of a full thickness U-shaped posterior bladder wall flap, intracorporeal harvesting of 15 cm of terminal ileum for use as a urinary conduit, and intracorporeal enterovesical anastomosis. Then, a counter incision was made over the marked stoma site on the abdominal wall, and bowel continuity was restored through an extracorporeal side-side anastomosis by the stomal incision. Ileovesicostomy stoma maturation was then completed. Results Eight robotic ileovesicostomies were performed. The median patient age was 53 years, body mass index was 29.0 kg/m 2 , and preoperative bladder compliance was 5.7 mL/cm/H 2 O. The median blood loss was 100 mL. The median operative time was 330 minutes (range 240-420). No intraoperative complications occurred. Four patients had postoperative complications, including urethral incontinence (2) and ileus (2). No wound complications occurred. Bowel function returned after a median of 4.8 days after surgery, and median hospital stay was 7.7 days. Over a median 14-month follow-up, all patients had a functioning ileovesicostomy, and median postoperative residual bladder volume was 10 mL. Conclusions This study is the first to describe the robotic ileovesicostomy procedure. Robotic ileovesicostomy appears to be safe and effective, with low morbidity.

Kock continent ileal reservoir for urinary diversion was performed in 53 patients with invasive bladder cancer (52) or neurogenic bladder (1). The postoperative follow-up period was from six to thirty-nine months. The clinical results showed no metabolic disturbance of blood electrolytes or acidity. Prolapse of efferent nipple valve developed in 4 patients (7.6%); and 2 underwent revisional surgery with a good result. Another 4 patients (7.6%) suffered from poor continence and relatively frequent catheterization to empty the pouch was necessary to prevent urine leakage through the stoma. Urodynamic study of the Kock pouch in these 4 patients showed a short functional nipple valve length and small pouch capacity. The other 45 patients (84.8%) had good continence. Urodynamic study of the pouch in 20 patients showed low pressure (mean of 13.3 cm H2O) in the pouch and high pressure (mean of 72.1 cm H2O) at the efferent nipple valve. Three patients had unilateral hydronephrosis in the follow-up intravenous urography. Corrective surgery for stenosis at the right ureteroileal anastomosis was done in 1 patient with normalization of the upper urinary tract afterward. The other 2 patients were managed by close observation for the mild hydronephrosis. Symptomatic bacteriuria developed in only 3 patients (5.7%) and responded well to antibiotic management. Reservoirography demonstrated no reflux into the upper urinary tract in all the follow-up patients. There was no significant change of the renal function at twenty-four months after operation detected by radionuclide (131I-Hippuran) renal functional study. All patients were satisfied with Kock urinary diversion.

Perineal urethrostomy stenosis can be a difficult problem to treat, especially in patients with balanitis xerotica obliterans. We have devised a technique of using the buccal mucosa, with the idea of forming a composite stoma comprising skin and buccal mucosa. We describe the technique and short-term results in 4 patients.

A variety of operative procedures have been developed in the last 2 decades for creation of continent urinary diversion. The common principle of all those operations is using intestinal segments for construction of bladder substitute, which is anastomosed to the urethral stump with an intact distal sphincteric mechanism (orthotopic voiding diversions) or ends in a catheterizable stoma (continent catheterizing pouches). In bladder reconstruction in patients who have undergone cystectomy, the goal is to reinstate as closely as possible the functions of the normal lower urinary tract. These functions include low-presssure collection and storage of urine, protection of the upper urinary tract from reflux without causing obstruction, avoidance of major shifts in water and electrolytes, which may result in metabolic disturbances, and continence with expulsion of urine under voluntary control and at convenient intervals either by straining or by clean self-catheterization. Controversy still exists regarding which bowel segment should be preferably utilized and until consensus is reached either gastric, ileal, or colonic reconstructions remain popular. Any comparison between the various reconstructions should evaluate a number of aspects characterizing each bowel segment including: (1) Anatomic: the diameter and the length of the bowel segment and its mobility toward the urethra (depending on the length of the vascular pedicle, which should reach the pelvic floor comfortably). (2) Surgical: the extent of the required dissection and the types of ureterointestinal anastomosis available. (3) Physiologic/neuromechanical: the configuration of the remodeled gut as the expected capacity and compliance of the pouch, which all affect the postoperative continence. (4) Metabolic: inherent properties of the bowel segment and the surface area of the urinary reservoir are the main factors that influence the amount of solute absorption and consequently the metabolic complications. Many reports were made in the urologic literature of the short-term results of orthotopic blad

Chronic postoperative pouch-vaginal and vesicovaginal fistulas after hysterectomy and irradiation to treat advanced cervical cancer do not respond to conventional treatment because of the low vascularity in the irradiated area. We present the successful repair of these complications in a female patient, in whom several vaginal and abdominal approaches had been tried and had resulted not only in failure but also in tissue loss and fibrosis and persisting fistulas. First, a synchronous vaginoabdominal approach using a vertical myocutaneous distally based rectus abdominis myocutaneous flap was used successfully to close a pouch-vaginal fistula and simultaneously reconstruct the posterior vaginal wall. In a second approach, the persisting vesicovaginal fistula was closed by a right rectus abdominis myocutaneous flap while simultaneously reconstructing the anterior vaginal wall, closing the enterocutaneous stoma and performing an appendicovesicostomy as a continence channel for catheterization. Despite unfavorable local wound situations, including an enterocutaneous stoma through the rectus abdominis and various previous incision lines, the transfer of axially well-vascularized tissue can solve these problem wounds. Consecutive bilateral use of the rectus abdominis flap may be necessary to deal with extensive pelvic wounds. This technique should be considered as one repair modality in irradiated pelvic wounds with fistulas. Previous enterostomy is not a contraindication to the use of this flap.

We describe the application of a retubularized ileal stoma (Monti procedure) to an ileocecal pouch in a patient with a spinal cord injury who required a continent urinary diversion. When constructing a continent diversion with an ileocecal pouch, this technique seems a good choice, with significant advantages over the other alternatives.

Objectives. To compare the urodynamic parameters and continence rates among five different continent urinary reservoirs. Methods. Continent urinary reservoirs were constructed in 40 patients with an average age of 60 years (range 23 to 81). Twenty-three had orthotopic neobladders (“neobladders”), and in 17 the reservoirs exited by way of an abdominal wall stoma as “stomal urinary reservoirs.” In the neobladders, the detubularized segment was ileum (Hautmann) in 5, ileocecal (Mainz) in 8, sigmoid in 4, and gastric in 6. In the stomal urinary reservoirs, the segment was ileocecal in 11 (Mainz) and right colon in 6 (Indiana). Urodynamic studies were performed at a mean of 9.1 months. Results. Stomal urinary reservoirs had the best continence rates (Indiana pouch 100%, Mainz pouch 91%). Neobladder continence rates were as follows: Hautmann, 80%; Mainz, 75%; sigmoid, 50%; and gastric, 33%. Day and night incontinence rates were nearly identical. Compared with the other pouches, gastric and sigmoid reconstructions had the smallest capacity, were the least compliant, and were the most contractile. Conclusions. Stomal urinary reservoirs using ileocecal valve and right colon, with or without an overlying patch of ileum, provide similar excellent results. Continence approached 100% in compliant patients without the need for revision. Patients with neobladders were less continent, although those with ileal or ileocecal configurations still had very good continence rates. Neobladders of sigmoid or stomach can be used when necessary, but with greater incontinence rates. This poorer continence can be explained by the decreased capacity, decreased compliance, and a tendency toward high pressure spikes despite detubularization.

We present an effective and simple technique for performing endoscopy of an ileal conduit. With a laparoscopic insufflation port in the stoma, a flexible cystoscope or ureteroscope can be inserted. The one-way valve of the port prevents leakage of irrigation fluid and allows the conduit to distend for optimal visualization. This technique is particularly useful when access to the upper urinary tracts is needed.

Stomal stenosis is a frequent complication after creation of a Mitrofanoff stoma for urinary diversion. We describe a new technique for achieving a skin-lined stoma opening that is easy to construct and decreases the risk of stenosis in the long term.

Nephrectomy and creation of a cutaneous ureterovesicostomy for intermittent catheterization of the bladder traditionally requires two surgical procedures performed through separate incisions. Herein we report completion of these procedures using a transperitoneal laparoscopic approach, with the ureterovesicostomy stoma created at one of the laparoscopic working ports. The clinical course was remarkable for a shortened postoperative hospitalization (48 hours) with minimal incisional pain, and an excellent long-term result with complete bladder emptying and resolution of urinary infections. Laparoscopic application of the Mitrofanoff principle for creation of a catheterizable cutaneous ureterovesicostomy combines the advantages of both, allowing optimal preservation of ureteral vascularity, minimal morbidity, and efficient bladder evacuation.

Objective To assess the current indications for cutaneous ureterostomy in children. Method A total of 32 children underwent cutaneous ureterostomy at Texas Children'sHospital from 1975 to 1990. Medical records were reviewed to determine the urologic diagnosis, the indication for urinary diversion, the type of ureterostomy performed, and the outcome for each patient. Results Twenty patients underwent loop cutaneous ureterostomy (LCU) or pyelostomy and 12 patients underwent end cutaneous ureterostomy (ECU). The main indication for LCU was obstructive uropathy unresponsive to lower urinary tract drainage, and the most common cause was posterior urethral valves. Other indications for LCU included obstruction requiring delayed surgical correction, high-grade reflux into a solitary kidney, and obstruction with infection. The children who required ECU were an older, more diverse group than those who underwent LCU. The main indication for ECU was poor bladder function secondary to a variety of congenital anomalies, including prune-belly syndrome, posterior urethral valves, bladder exstrophy, and urogenital sinus defect. Conclusion LCU is easy to perform and is an excellent method for achieving temporaryupper urinary tract drainage. ECU is suited for long-term or permanent urinary diversion in children with at least one dilated ureter, and can provide a socially acceptable stoma when delayed reconstruction is necessary. Many children who were “permanently” diverted by ECU may be undiverted using newer reconstructive techniques.

In 1980, Mitrofanoff described a method of achieving continent urinary diversion by surgically closing the bladder neck and creating a continent catheterizable stoma from the appendix, which had been implanted in a non-refluxing manner into the bladder, or from a non-refluxing distal ureter. We describe a modification of the Mitrofanoff procedure for continent urinary diversion in 7 children in whom a standard Mitrofanoff procedure was not possible due to either body habitus or appendiceal anatomy. All 7 patients are continent both day and night. Four have required stomal revisions. Renal function has remained stable or improved in all patients. Although the revision rate was high, this modification of the Mitrofanoff principle has provided good long-term results in these patients and may be useful when patient's anatomy does not allow the creation of a standard appendicovesicostomy.

A new continent urinary reservoir that utilizes minimally altered in situ appendix stoma is described. The reservoir was constructed from segments of terminal ileum and ascending colon which were detubularized and reorientated to provide maximum reduction in filling pressures. The in situ appendix was utilized to provide a continent catheterizable stoma. Appendicular leak pressures were measured intraoperatively to determine the need, if any, for augmentation. Minimal reinforcement of the appendiculo-colonic junction with two or three sutures was performed in most patients. Preliminary experience with 16 patients who had the Charleston pouch with an appendicular stoma as described herein is reviewed.

We have employed a technique of continent urinary diversion that uses ileocecocystoplasty to incorporate native bladder into the urinary reservoir. This allows creation of a reservoir in selected patients using less complicated surgery than complete replacement of the bladder and avoids ureteral-intestinal anastomoses. Early results are promising for this simplified means of continent diversion.

Introduction: We report a new modified technique of unaltered appendix transfer to ileal pouch and preserving ileocecal segment. This modification enables us to use ileum as the popular type of enteric segment instead of ileocecal segment while using appendix as a catheterizable stoma. Materials and Methods: Forty-five patients (30 men) who needed reconstruction of the lower urinary tract were enrolled for using appendix as a catheterizable stoma. Reservoir was reconstructed using ileal segment. The appendix was circumcised from its base over its pedicle. The spatulated appendix tip was exteriorized as a catheterizable stoma to the skin, preferably umbilicus, and its base was implanted to the ileal pouch. Results: Follow-up records of 38 of 45 patients were available. The median follow-up period was 29 months. The mean intermittent catheterization interval was 4.19 ± 1.6 hours. Urodynamic parameters were evaluated for 18 out of 38 patients. The median maximal pouch capacity determined as 380 mL. The median appendiceal closure pressure was 61 cm H2O. No pouch perforation occurred. Stomal stenosis occurred in 3 patients. They did not catheterize their appendiceal stoma because they restarted catheterization through the urethra. Conclusion: This novel approach enabled us to use ileum as today's more popular type of bowel segment to reconstruct enteric pouch rather than using ileocecal segment, while using appendix as a catheterizable stoma. One of the unique advantages of this technique is that the postponement of clean intermittent catheterization will not result in pouch perforation since the urine will leak when the pouch becomes overfill.

The creation of a continent, catherizable stoma is an integral component of successful continent urinary diversion. A technique is described which allows lengthening of a continent appendicovesicostomy. This technique extends the applications for the Mitrofanoff principle of urinary tract reconstruction.

To overcome the problem of incontinence which failed to respond to standard measures, an animal model was designed for continent diversion without cystectomy. A tapered terminal ileal segment was implanted in a submucosal tunnel on the anterior aspect of the bladder, and the proximal end of the segment was brought out to the abdominal wall as a stoma that is catheterized intermittently. Ileocystostomy provided continent diversion in 10 dogs at intravesical pressures as high as 45 cm H2O, and there were no changes in serum electrolytes, creatinine, or urea nitrogen concentration.

Six pediatric patients with progressive upper tract dilatation were noted to have stomal encrustation and ulceration. In all cases, the upper tract dilatation subsided with effective conservative treatment of the stomal lesion thus obviating surgical revision of the stoma.

Transureteroureterostomy with cutaneous ureterostomy has been used effectively as a method of external urinary diversion in ten children. Of the 20 renal units involved, 15 showed pyelographic improvement and 5 stabilized after diversion. The method requires that at least one ureter is sufficiently dilated to provide a stoma of adequate caliber. It avoids the disadvantages or complications associated with most other forms of external diversion.

Stomal stenosis following ileal loop diversion is a significant complication to warrant attention. One of the predisposing factors remains the circular nature of the stoma itself, often in conjunction with chronic skin irritation. Surgical revisions predispose one not only to the usual hazards of operation, but also tend to be multiple or involve extensive surgical reconstruction. A skin flap technique in the initial formation of the stoma avoids the incidence of stenosis related to the circular nature of the stoma. The procedure is simple and does not increase the surgical time. No significant stomal complications developed in 28 patients who had urinary diversions, followed for a mean of 30.6 months.

A new ileum-horn-pouch enterourethroplasty was used for nonrefluxive continent urinary diversion without stoma in 4 patients after cystectomy for bladder cancer. Our surgical procedure and first postoperative results are reported.