1. Volume 197, Issue 2, Pages S160-S163 (February 2017)
First Clinical Experience with Extracorporeally Induced Destruction of Kidney Stones by Shock Waves 
Christian Chaussy, Egbert Schmiedt, Dieter Jocham, Walter Brendel, Bernd Forssmann, Volker Walther 
The Journal of Urology 
Volume 197, Issue 2, Pages S160-S163 (February 2017)
DOI: /j.juro
Copyright © 2002 American Urological Association, Inc.® Terms and Conditions

2. Fig. 1
Construction for extracorporeally induced destruction of kidney stone with 2 integrated x-ray conversion systems.
The Journal of Urology  , S160-S163DOI: ( /j.juro )
Copyright © 2002 American Urological Association, Inc.® Terms and Conditions

3. Fig. 2
Values of 131iodine hippuran clearance before and after shock wave treatment.
The Journal of Urology  , S160-S163DOI: ( /j.juro )
Copyright © 2002 American Urological Association, Inc.® Terms and Conditions

4. Fig. 3 Particles of oxalate stone passed in urine of treated patients.
The Journal of Urology  , S160-S163DOI: ( /j.juro )
Copyright © 2002 American Urological Association, Inc.® Terms and Conditions

5. Fig. 4
A, stone in renal pelvis before treatment. B, excretory urogram shows unilateral obstruction on right side
The Journal of Urology  , S160-S163DOI: ( /j.juro )
Copyright © 2002 American Urological Association, Inc.® Terms and Conditions

6. Fig. 5
A, plain film 7 days after shock wave treatment. No concrements are visible. B, excretory urogram after treatment reveals regression hydronephrosis.
The Journal of Urology  , S160-S163DOI: ( /j.juro )
Copyright © 2002 American Urological Association, Inc.® Terms and Conditions

7. Fig. 6
A, calcium-oxalate stone before treatment. B, crushed concrements covering walls of renal pelvis. C, most particles in lower part of ureter. D, no concrements are detectable.
The Journal of Urology  , S160-S163DOI: ( /j.juro )
Copyright © 2002 American Urological Association, Inc.® Terms and Conditions