Description
Kluwer Academic Shock Wave Lithotripsy 2 Urinary And Biliary Lithotripsy 5Th Urinary And Biliary Lithotripsy 1990 Edition by James E. Lingeman Daniel M. Newman
In the years since its development in West Gennany and particularly since its arrival in the United States extracorporeal shock wave lithotripsy (ESWL') has become the treatment of choice for most cases of urinary lithiasis. The fIrst shock wave lithotripsy patient in the U.S. was treated with a Domier HM3 in February of 1984 at the Methodist Hospital of Indiana. In response to the great enthusiasm generated by this new treatment modality the following year the MHI presented its fIrst symposium on shock wave lithotripsy. Each year the meeting generated more and more interest. Following the 1988 symposium the presentations were published in a book entitled Shock Wave Lithotripsy: State of the Art. Following on the heels of the success of kidney stone treatment with ESWL the new field of biliary lithotripsy rapidly was gaining momentum. In response to the great interest generated by this additional application of the technology the 1989 meeting focused special attention on this new method of treating gallstones.Methodist Hospital's 5th Symposium on Shock Wave Lithotripsy which was presented in March of 1989 had the largest attendance ever with over 600 physicians from 42 states and 20 countries. The publication of the proceedings of this meeting was made possible by generous educational grants from Domier Medical Systems Inc. Marietta Georgia and the Methodist Hospital of Indiana. The primary purpose of the publication of the proceedings of this symposium is educational. Table of contents : I: Shock Wave Lithotripsy Research.- 1 Side Effects of Extracorporeal Shock Wave Lithotripsy: Assessment of Urinary Excretions of Renal Enzymes as Evidence of Tubular Injury.- 2 Canine Kidneys: Changes in Blood and Urine Chemistry After Exposure to Extracorporeal Shock Waves.- 3 Immune Response of Urolithiasis Patients Treated by Extracorporeal Shock Wave Lithotripsy or Transurethral Ureterolithotripsy.- 4 Functional Aspects of the Kidney After Shock Wave Lithotripsy.- 5 Morphologic Renal Changes Following Piezoelectric Lithotripsy or Spark-Gap Lithotripsy.- 6 Influence of Shock Wave Number on Canine Renal Morphology Following Treatment with Piezoelectric Lithotripsy Using the Wolf Piezolith 2200.- 7 Piezoelectric v Electrohydraulic Lithotripsy: A Comparison of Morphologic Alterations.- 8 The Mini-Pig: An Ideal Large Animal Model for Studies of Renal Injury in Extracorporeal Shock Wave Lithotripsy Research.- 9 Cultured Cells as Model Systems in Shock Wave Lithotripsy Research: Advantages Methodological Concerns and Potential Applications.- 10 Study of the Aggregation of Calcium Oxalate Crystals Using Shock Wave Lithotripsy.- 11 Cystine Calculi: Two Types.- 12 Can Prostaglandins Facilitate the Passage of Ureteric Stone Streets?.- 13 High-Dosage Extracorporeal Shock Wave Lithotripsy with a Modified Dornier HM3 Lithotripter.- 14 Plasma Shield Lasertripsy: In Vitro Studies.- 15 Monitoring of Lasertripsy of Urinary Calculi Using Acoustic Emission Signals and Plasma Optical Emission Signals.- 16 Shielded Electrohydraulic Lithotripsy of Urinary and Biliary Calculi: A New Possibility.- 17 The Effect of Shock Waves on Human Prostatic Carcinoma Cells In Vitro.- 18 Susceptibility of Renal Cell Carcinoma (RCC 7860) to In Situ Extracorporeal Shock Wave Neoplasmotripsy.- 19 Mapping of the Extended Focus ("Blast Path") Using Uric Acid Calculi.- 20 Stone Damage Modes During Piezoelectric Shock Wave Delivery.- 21 Effects of Sector Shock Wave Beaming and Focused Shock Waves on Brittle Targets in Water.- 22 The Combined Effects of Shock Waves and Cisplatin Therapy on Rat Prostate Tumors.- 23 Transmission of Shock Waves Through Bone: Is it Possible to Treat Iliac Ureteral Stones with Patient in the Supine Position?.- II: Biliary Lithotripsy.- 24 Preliminary Experience with Extracorporeal Shock Wave Lithotripsy of Gallbladder Stones in 260 Patients.- 25 Piezoelectric Lithotripsy and Soft-Tissue Injury: Safety Limits Confirmed in Experimental and Clinical Settings.- 26 Extracorporeal Shock Wave Lithotripsy for Gallstones: The "No Touch" Technique.- 27 Acute and Follow-up Results of Piezoelectric Gallbladder Stone Lithotripsy.- 28 U.S. Experience with Technomed International Sonolith 3000: Gallstone Lithotripsy and Ursodeoxycholic Acid.- 29 Extracorporeal Lithotripsy of Gallstones: A Prospective Study.- 30 Biliary Lithotripsy: Determination of Stone Fragmentation Success and Potential Tissue Injury in Swine.- 31 Percutaneous Cholecystolithotomy: A Logical Progression of Endourologic Techniques.- 32 Organization of Methodist Hospital of Indiana's Biliary Lithotripsy Study.- 33 United States Dornier MPL 9000 Experience: Crawford Long Hospital.- 34 In Vitro Gallstone Lithotripsy: Effect of Peripheral Calcification on Fragmentation and Sonographic Evaluation of Fragment Size.- 35 Extracorporeal Shock Wave Lithotripsy of Biliary Duct Calculi: Nova Scotian Experience.- 36 Renal and Biliary Lithotripsy Using a Medstone 1050 Lithotripter.- III: Bioeffects and Long-Term Results.- 37 Acute Renal Failure Following Bilateral Extracorporeal Shock Wave Lithotripsy Without Ureteral Obstruction.- 38 Magnetic Resonance Imaging Evaluation of Immediate and Intermediate Changes in Kidneys Treated with Extracorporeal Shock Wave Lithotripsy.- 39 Identification of Risk Factors in the Development of Clinically Significant Subcapsular Hematomas Following Shock Wave Lithotripsy.- 40 Blood Pressure Changes Following Extracorporeal Shock Wave Lithotripsy and Other Forms of Treatment for Urolithiasis.- 41 Shock Wave Lithotripsy and Hypertension: A Study of 1002 Patients.- 42 Hypertension After Extracorporeal Shock Wave Lithotripsy: Incidence Following Treatment with Dornier HM3 Lithotripter or Wolf Piezolith 2300 Lithotripter.- 43 Comparison of Stone-Free Rates as Determined by Radiography and Endoscopy Following Percutaneous Nephrostolithotomy or Combination Therapy.- 44 Patient Positioning Following Extracorporeal Shock Wave Lithotripsy.- 45 Pediatric Extracorporeal Shock Wave Lithotripsy: Long-Term Results and Effects on Renal Growth.- 46 Results of Extracorporeal Shock Wave Lithotripsy in Young Children.- 47 Evaluation of Residual Stone Fragments Following Lithotripsy: Sonography v Radiography.- 48 Flexible Ureterorenoscopy Dilatation of the Narrow Calyceal Neck and Extracorporeal Shock Wave Lithotripsy: A New Minimally Invasive Approach to Stones in Calyceal Diverticula.- 49 The Bioeffects of Shock Wave Lithotripsy: An Overview.- IV: Large Renal Stone Management.- 50 Comparison of Extracorporeal Shock Wave Lithotripsy and Percutaneous Nephrostolithotomy for the Treatment of Renal Calculi in Lower Pole Calices.- 51 The Utility of Double-J Stents in the Treatment of Staghorn Calculi.- 52 The Relative Efficacy of Extracorporeal Shock Wave Lithotripsy and Percutaneous Nephrostolithotomy in the Management of Cystine Calculi.- 53 Multistaged Extracorporeal Shock Wave Lithotripsy Monotherapy for Large Renal Calculi.- 54 Piezoelectric Lithotripsy Monotherapy (EDAP LT-01) for Partial or Total Staghorn Stones and Large Non-Staghorn Renal Calculi.- 55 PCNL/ESWL v Stent/ESWL for Large Stones and Staghorn Calculi: What Have We Learned?.- 56 Relative Roles of Extracorporeal Shock Wave Lithotripsy and Percutaneous Nephrostolithotomy.- 57 Is Extracorporeal Shock Wave Lithotripsy Monotherapy a Rational Approach to Large Renal Calculi?.- V: Ureteral Stone Management.- 58 Ureteroscopy at a Lithotripsy Center.- 59 Efficacy of Electrohydraulic Lithotripsy v Laser Lithotripsy in the Ureter.- 60 Lessons Learned from Patients with Grossen Steinstrassen.- 61 Is the Liberal Use of Double-J Ureteral Stents Justified for Outpatient Extracorporeal Shock Wave Lithotripsy.- 62 Morbidity Associated with Ureteral Stents Placed Prior to Extracorporeal Shock Wave Lithotripsy.- 63 Management of Ureteral Calculi: The Impact of Anesthesia-Free Extracorporeal Shock Wave Lithotripsy.- 64 In Situ Extracorporeal Shock Wave Lithotripsy v Ureteroscopy: The Case for Ureteroscopy.- VI: Treatment Results with Urologic Lithotripters.- 65 Belgian Experience with the Direx Tripter X-1.- 66 Experience in Israel with the Direx Tripter X-1.- 67 Treatment of Urinary Calculi with the EDAP LT-01 Extracorporeal Shock Wave Lithotripter: Report of 1544 Cases.- 68 Piezoelectric Lithotripsy: Experience with 511 Patients.- 69 Piezoelectric Lithotripsy of Renal and Ureteric Stones with the EDAP LT-01.- 70 Piezolithotripsy: Experience with the Wolf Piezolith 2300.- 71 Treatment of Renal Calculi Using Piezoelectric Lithotripsy: A Preliminary Report.- 72 Experience with Second-Generation Lithotripsy: Medstone 1050.- 73 Medstone 1050 ST Lithotripter: A Clinical Review.- 74 Lithostar: An Electromagnetic Acoustic Shock Wave Unit for Extracorporeal Lithotripsy.- 75 Extracorporeal Shock Wave Lithotripsy Using Only Intravenous Analgesia with an Unmodified Dornier HM3 Lithotripter.- 76 Experience with Anesthesia-Free Shock Wave Lithotripsy Using the Unmodified Dornier HM3 Lithotripter.- 77 Experience with a Dornier HM4 Lithotripter in Urinary Stone Treatment.- 78 Benefits of Ultrasound-Guided Shock Wave Lithotripsy.- 79 Experience with a New Multifunctional Lithotripter the Dornier MFL 5000: Results of 415 Treatments.- 80 Sonographic Piezoelectric Lithotripsy: More Bang for your Buck.- 81 Pro: Electrohydraulic Lithotripsy with Fluoroscopic Imaging.- Contributors.