The study focused on 25 patients. Functional analysis (scintigraphy, renogram, global and ipsilateral clearances) was made before treatment and 1 day and 30 days later. The clearance method was the most sensitive among the 3 methods used for functional research. It was followed by the renograph and scintigraphy. In fact, the number of unaltered functional findings was minimal in the clearance method (11%), followed by the renograph (22%) and scintigraphy (54%).
ChaussyC., BrendelW., SchmiedtE.: Extracorporally induced destruction of kidney stones by shock waves. Lancet, 2: 1265–1268, 1980.
2.
CochranS.T., BarbaricZ.L., MindellH.J., ChaussyC., FuchsG.J., LupuA.N.: Extracorporal shock wave lithotripsy: Impact on the radiology department of a stone treatment center. Radiology, 163: 655–659, 1987.
3.
WilbertD.M., RiedmillerH., AlkenP., HohenfellnerR.: Lokale Stoßwellenlithotripsie: Zweite Generation der berührungslosen Nierensteinzertrümmerung. DäB, 86: 705–711, 1989.
4.
DrachG.W., DretlerS., FairW.: Report of the United States Cooperative Study of extracorporal Shockwave lithotripsy. J. Urol., 135: 1127–1137, 1986.
5.
WilbertD.M., ReichenbergerH., HutschenreiterG., RiedmillerH., AlkenP., HohenfellnerR.: Second generation shock wave lithotripsy: Experience with the lithostar. Worl. J. Urol., 5: 225–228, 1987.
6.
ChaussyC.: Berührungsfreie Nierensteinzertrümmerung durch extracorporal erzeugte fokussierte Stoßwellen.Verlag Karger, Basel1980.
7.
KaudeJ.V., WilliamsC.M., MillnweM.R., ScottK.N., FinalysonB.: Renal morphology and function immediately after extracorporal shock wave lithotripsy. AJR, 145: 305–313, 1985.
GroteR., DöhringW., AeikensB.: Computertomographischer und sonogra-phischer Nachweis von renalen und perirenalen Veränderungen nach einer extracoporalen Stoßwellenlithotripsie. Rofo, 144: 434–439, 1986.
10.
BlangyS., FoliniaisD., SibertA., DelmasV., MoulonguetA., BenacerrafR.: Complications du traitement de la lithiase renale par lithotriptie extracorporelle. J. Radiol., 68: 619–624, 1987.
11.
KaudeJ. V., WilliamsJ.L., WrightP.G., BushD., DerauC., NewmanR.C.: Sonographic evaluation of the kidney following extracorporal shock wave lithotripsy. J. Ultrasound Med., 6: 299–306, 1987.
12.
SchwedenF., GüntherR., AlkenP.: Early morphological and functional alterations after ESWL. Abstract 845; RSNA Washington1954.
ChaussyC., SchmiedtE.: Extracorporal shock wave lithotripsy (ESWL) in the treatment of kidney and ureter stones.SchneiderH.J. ed Urolithiasis: Therapy and prevention. Springer Verlag, Heidelberg, 297–320, 1987.
16.
ChaussyC.: Die Wertigkeit neuer Behandlungs-verfahren bel Gallen und Nioerensteinen. DäB, 87: B1249–1250, 1990.
17.
BomanjiJ., BoddyS.A.M., BrittonK.E., NimmonC.C., WhitfieldH.N.: Radionuclide evaluation pre and postextra-corporal shock wave lithotripsy for renal calculi. J. Nucl. Med., 28: 1284–1289, 1987.
18.
WilliamsC.M., KaudeJ.V., NewmanR.C., PetersonJ.C., ThomasW.C.: Extracorporal shock wave lithotripsy: long term complications. AIR, 150: 311–315, 1988.
19.
PellegriniF., ZattoniF., BuiF., Zucchetta, GregianinM., TascaA.: Alterazioni funzionali del rene sottoposto a trattamento con due diversi modelli di litotritore Dornier HM-3. Acta Urol. Ital., 2: 73–153, 1991.
20.
KuwaharaM., KambeK., KurosuS.: Clinical application of extracorporal shock wave lithotripsy using microexplosions. J. Urol., 137: 837–840, 1987.
21.
BubeckB., BrandauW., WeberE., KälbleT., ParekhN., GeorgiP.: Pharmacokinetics of Technetium 99m MAG3 in humans. J. Nucl. Med., 31: 1285–1293, 1990.
BubeckB.: Technetium 99m MAG3 für die nuklearmedizinische Nierenfunktionsdiagnostik Pharmakokinetik und klinische Anwendung im Vergleich mit radiojodierter Hippursäure.H. Huber. Verlag. Bern, Sturttgart, Toronto, 1991.
26.
SchaubT., WitschU., El- DamanhouryH., NägeleB., HahnK.: Technetium MAG3 to evaluate renal damage after ESWL - A prospective Study in 117 Patients. Abstract: 335-RSNA Annual Meeting Chicago, 1990.
