Objectives. Bladder management in tetraplegic patients traditionally h
as been intermittent catheterization by a caretaker, placement of indw
elling suprapubic or urethral catheters, sphincterotomy and external c
atheter drainage, or supravesical urinary diversion with an ileal cond
uit. The aim of this study was to examine the ileovesicostomy as an al
ternative form of bladder management in such patients. Methods. We rep
ort our experience with ileovesicostomy as an incontinent cutaneous ur
inary diversion not requiring ureteral reimplantation. Six tetraplegic
patients who had experienced significant morbidity with their preoper
ative form of bladder management were managed with an ileovesicostomy
fashioned like a funnel from the bladder dome to the right lower quadr
ant. All patients underwent preoperative and postoperative fluoroscopi
c and urodynamic evaluations. Patients were evaluated preoperatively a
nd followed postoperatively with serum chemistries, upper urinary trac
t imaging, and urine bacteriologic studies. Results. There were no per
ioperative complications. Postoperative urodynamics demonstrated subje
cts to have a mean stomal leak-point pressure of 7.7 cm H2O (range 5 t
o 10). Radiographically, patients carried low urinary residuals (less
than 100 cc) and did not exhibit vesicoureteral reflux. In follow-up o
f 12 to 15 months, no patient has demonstrated calculus formation, hyd
ronephrosis, autonomic dysreflexia, or worsening renal function. Concl
usions. This procedure successfully creates continuous urinary drainag
e without catheterization, while maintaining the native antireflux mec
hanism of the ureterovesical junction and avoiding indwelling foreign
materials in the urinary tract. Longer follow-up with more cases will
be necessary to confirm these findings and to support a recommendation
of the incontinent ileovesicostomy as a standard method for managing
the neurogenic bladder in tetraplegic patients. (C) 1997, Elsevier Sci
ence Inc.