Gregory E Dean1, David A Kunkle. 1. Department of Pediatric Urology, Temple University School of Medicine, Philadelphia, Pennsylvania, USA. gregoryedean@gmail.com
Abstract
PURPOSE: Management for urinary incontinence in boys with sphincteric incompetence secondary to a neurogenic etiology is a challenge. Minimally invasive approaches have inconsistent efficacy and may require multiple treatments. Open bladder neck reconstruction requires inpatient hospitalizations and can be associated with a high complication rate. To overcome some of these shortcomings we placed a polypropylene male perineal sling in male adolescents with neurogenic sphincteric incontinence. We retrospectively reviewed the outcome in our initial 6 patients. MATERIALS AND METHODS: Six patients 14 to 20 years old underwent placement of a polypropylene male perineal sling on an outpatient basis. Followup was 27 to 39 months (median 33). All patients had a history of myelomeningocele and underwent urodynamics showing normal compliance, adequate capacity and sphincteric incompetence. A suburethral sling was placed on an outpatient basis through a small perineal incision. Sling tension was adjusted for maximal urethral compression while still permitting uncomplicated urethral catheter passage. RESULTS: All 6 patients reported immediate complete continence after sling placement. Two slings were removed after local infection developed and 1 was replaced. Another sling required revision secondary to incomplete bone anchor fixation. No patients had urethral erosion. All 5 patients with a sling currently in place were fully continent on intermittent catheterization every 3 hours and they reported excellent satisfaction with the procedure. CONCLUSIONS: Our retrospective study suggests that the male urethral sling may be an outpatient option for neurogenic incontinence secondary to sphincteric incompetence. Long-term followup in our initial 6 patients shows encouraging durability. Continued study is required to determine strategies that might decrease the complication rate of this approach.
PURPOSE: Management for urinary incontinence in boys with sphincteric incompetence secondary to a neurogenic etiology is a challenge. Minimally invasive approaches have inconsistent efficacy and may require multiple treatments. Open bladder neck reconstruction requires inpatient hospitalizations and can be associated with a high complication rate. To overcome some of these shortcomings we placed a polypropylene male perineal sling in male adolescents with neurogenic sphincteric incontinence. We retrospectively reviewed the outcome in our initial 6 patients. MATERIALS AND METHODS: Six patients 14 to 20 years old underwent placement of a polypropylene male perineal sling on an outpatient basis. Followup was 27 to 39 months (median 33). All patients had a history of myelomeningocele and underwent urodynamics showing normal compliance, adequate capacity and sphincteric incompetence. A suburethral sling was placed on an outpatient basis through a small perineal incision. Sling tension was adjusted for maximal urethral compression while still permitting uncomplicated urethral catheter passage. RESULTS: All 6 patients reported immediate complete continence after sling placement. Two slings were removed after local infection developed and 1 was replaced. Another sling required revision secondary to incomplete bone anchor fixation. No patients had urethral erosion. All 5 patients with a sling currently in place were fully continent on intermittent catheterization every 3 hours and they reported excellent satisfaction with the procedure. CONCLUSIONS: Our retrospective study suggests that the male urethral sling may be an outpatient option for neurogenic incontinence secondary to sphincteric incompetence. Long-term followup in our initial 6 patients shows encouraging durability. Continued study is required to determine strategies that might decrease the complication rate of this approach.