Australian and New Zealand Journal of Surgery · 1994 · 13 citations · 8 references
MedicineNephrologyPediatricsPediatric NephrologyPediatric UrologyUrolithiasisPediatric UrolithiasisStone PathogenesisUrinary Stone CompositionAge Distribution AnalysisAge-specific DistributionCongenital Metabolic DisordersMineral DissolutionPediatric Stone DiseaseUpper Urinary Tract StonesUrinary Tract InjuryUrinary Tract Malformations
Thirty-six Australian Aboriginal children with urolithiasis were reviewed. Males dominated the series. The age distribution ranged from 8 months to 12 years and nearly 70% were 2 years or younger. Thirty-five patients had upper tract stones. Ultrasound was diagnostic in 35 patients and was falsely negative in one. Dietary factors, dehydration and recurrent diarrhoea are incriminated in the aetiology, because ammonium urate and oxalate were the main constituents of the stones. Malformations of the urinary tract were rare and known metabolic disorders were not seen. Chemical dissolution of the stones was found to be a safe and effective adjuvant in the management of urate stones.
8
Childhood Urolithiasis: Experiences and Advances
John P. Gearhart, Gilbert Z. Herzberg, Robert D. Jeffs · PEDIATRICS · 1991 · 127 citations
Medicine, Pediatrics, Urology +17
Experience with Childhood Urolithiasis
A. Can Başaklar, N. Kale · British Journal of Urology · 1991 · 85 citations
Dissolution of Uric Acid Calculi
John S. Rodman, John Williams, Charles M. Peterson · The Journal of Urology · 1984 · 56 citations
Medicine, Nephrology, Urology +13
Paediatric Urolithiasis in Greece
P.A. Androulakakis, V Michael, Sophia Polychronopoulou et al. · British Journal of Urology · 1991 · 34 citations