Shock Wave Lithotripsy Using Fluoroscopic Versus Ultrasonic Localization

Epidemiological studies have shown a progressive increase in the incidence of pediatric urolithiasis over the past few decades.

Pediatric stone disease is considered endemic in developing nations including Turkey, Pakistan, and eastern countries. The introduction of SWL by Chaussy et al. in the early 1980s revolutionized the management of upper urinary tract calculus disease. Reports of successful SWL in children were first published in 1986; then several reports showed safety, and stone-free rates comparable with those of adults. For successful SWL, accurate localization of the shock waves is performed by ultrasound (US) or fluoroscope (FS) to fully focus the shock waves on the stone

Shock wave lithotripsy, accurate localization of the shock waves is performed by the fluoroscope (FS) to fully focus the shock waves on the stone

Shock wave lithotripsy, accurate localization of the shock waves is performed by the ultrasound (US), to fully focus the shock waves on the stone

successful Shock wave lithotripsy , accurate localization of the shock waves is performed by ultrasound (US) to fully focus the shock waves on the stone

successful Shock wave lithotripsy , accurate localization of the shock waves is performed by fluoroscope (FS) to fully focus the shock waves on the stone

Incidence of success of Nephrolithotripsy by using Fluoroscopic shock waves or Ultrasonic shock waves in pediatric renal pelvic stones.

to evaluate postoperative complications of the lithotripsy as : Incidence of Hematuria Incidence of Fever Incidence of UTI Serum creatinine level in blood Rate of hydronephrosis

Inclusion Criteria: Children (2-16) years of age with radiopaque renal pelvic stones less than 20 mm Exclusion Criteria: Previous percutaneous nephrolithotripsy at the same side. Previous renal exploration for stones at the same side. Positive urinary culture. Calyceal stones