Journal of pediatric surgery · 2005
Bladder stone formation after sigmoidocolocystoplasty: statistical analysis of risk factors.
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Zhang Hongbo, Yamataka Atsuyuki, Koga Hiroyuki, Kobayashi Hiroyuki, Lane Geoffrey J, Miyano Takeshi
Аннотация
PURPOSE: Bladder stone formation (BSF) after sigmoidocolocystoplasty (SCP) is a major source of morbidity. The authors identify risk factors and analyze them statistically.
METHODS: Medical records of 106 patients who had SCP at our institute were reviewed to examine the incidence of post-SCP BSF, the stone removal method and length of follow-up. The primary underlying pathological conditions were myelomeningocele in 103 patients and other conditions in 3. Risk factors for BSF were statistically assessed by comparing cases with and without BSF.
RESULTS: Bladder stone formation occurred in 20 (18.9%) of 106 patients (BSF group). The remaining 86 did not have stones (NBSF group). Mean age at SCP was 11.7 years in the BSF group and 10.2 years in the NBSF group. Mean follow-up was 12.0 years in the BSF group and 11.0 years in the NBSF group. BSF developed after a mean of 30.3 +/- 25.6 months after SCP. Twenty-two stone removal procedures were performed in the BSF group and spontaneous evacuation occurred in 4 instances. Once stone free, BSF recurred in 4 patients. Although differences between the 2 groups with respect to sex, age at SCP, follow-up period, bladder capacity, bladder compliance, incidence of gram-negative bacteriuria, incidence of gram-positive coccus bacteriuria, electrolytes, frequency of urinary catheterization, post-SCP incidence of vesicoureteric reflux, and incidence of ureteric reimplantation were not statistically significant, differences in the incidence of spontaneous micturition, bladder neck tightening procedures, or gram-positive bacillus bacteriuria, or frequency of bladder irrigation were all statistically significant (P < .05 in all, Fisher's Exact test).
CONCLUSIONS: The authors are the first to statistically analyze a wide range of varying risk factors for BSF. BSF would appear to be common after SCP.
METHODS: Medical records of 106 patients who had SCP at our institute were reviewed to examine the incidence of post-SCP BSF, the stone removal method and length of follow-up. The primary underlying pathological conditions were myelomeningocele in 103 patients and other conditions in 3. Risk factors for BSF were statistically assessed by comparing cases with and without BSF.
RESULTS: Bladder stone formation occurred in 20 (18.9%) of 106 patients (BSF group). The remaining 86 did not have stones (NBSF group). Mean age at SCP was 11.7 years in the BSF group and 10.2 years in the NBSF group. Mean follow-up was 12.0 years in the BSF group and 11.0 years in the NBSF group. BSF developed after a mean of 30.3 +/- 25.6 months after SCP. Twenty-two stone removal procedures were performed in the BSF group and spontaneous evacuation occurred in 4 instances. Once stone free, BSF recurred in 4 patients. Although differences between the 2 groups with respect to sex, age at SCP, follow-up period, bladder capacity, bladder compliance, incidence of gram-negative bacteriuria, incidence of gram-positive coccus bacteriuria, electrolytes, frequency of urinary catheterization, post-SCP incidence of vesicoureteric reflux, and incidence of ureteric reimplantation were not statistically significant, differences in the incidence of spontaneous micturition, bladder neck tightening procedures, or gram-positive bacillus bacteriuria, or frequency of bladder irrigation were all statistically significant (P < .05 in all, Fisher's Exact test).
CONCLUSIONS: The authors are the first to statistically analyze a wide range of varying risk factors for BSF. BSF would appear to be common after SCP.