Titlebook: Shock Wave Lithotripsy 2; Urinary and Biliary James E. Lingeman (Director of Research),Daniel M. Book 1989 Springer Science+Business Media

profligate

Piezoelectric , Electrohydraulic Lithotripsy: A Comparison of Morphologic Alterations by piezoelectric lithotripsy (. < .02). Associated acute parenchymal injury by the electrohydraulic lithotripter included intratubular hemorrhage with punctate areas of necrosis in the cortex and medulla. Distinctly different pathologic changes were noted in kidneys treated by the piezoelectric lit

FRONT

Phenothiazines

Leisureliness

Study of the Aggregation of Calcium Oxalate Crystals Using Shock Wave Lithotripsyary data suggest that in the absence of flocculant (albumin or CS), COD forms stronger aggregates than COM. In addition the data suggest that there is a critical flocculation concentration for albumin and chondroitin sulfate.

Constitution

Cystine Calculi: Two Typestone was formed of blocks of hexagons similar to but smaller than the cystine-R. Fragmentation with shock wave lithotripsy revealed that cystine-S is the least fragile, COD and struvite/apatite are most fragile, and cystine-R, brushite, and COM are in the intermediate fragility range. The possibilit

Common-Migraine

exostosis

High-Dosage Extracorporeal Shock Wave Lithotripsy with a Modified Dornier HM3 Lithotripterient with chronic pyelonephritis who had been treated by ESWL on both kidneys. No increased perioperative morbidity was observed in this group of patients treated with a higher number of shock waves on an anesthesia-free shock wave system..As the retreatment rate is high on these systems, especially

Cupping

Plasma Shield Lasertripsy: , Studies, struvite, and calcium oxalate dihydrate (COD) urinary stones and pigmented cholesterol gallstones. The laser source was a flashlamp-pumped dye laser, which produced pulses of 1.2 microsecond duration. The laser operated at a wave length of 504 nm and pulse repetition frequency of 5 Hz..The results

黑豹

Monitoring of Lasertripsy of Urinary Calculi Using Acoustic Emission Signals and Plasma Optical Emisere also obtained from stones placed in the ureter of an . bovine urinary tract specimen. Results of monitoring both plasma and acoustic signals show that it is possible to determine, without direct vision, whether the laser is hitting stone, hitting ureteral wall, or being discharged in the lumen.

BOLT