Initial experience using a new type extracorporeal lithotripter with an anti-misshot control device.

M Kuwahara, K Kambe, K Taguchi, T Saito, S Shirai, S Orikasa
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Abstract

Initial clinical trials using a new overhead piezoelectric extracorporeal lithotripter is presented. The advantages of this machine are the installation of an anti-misshot control device (AMCD) to prevent misshots to renal tissue, simplicity for ultrasound stone localization by the overhead type applicator, and elimination of necessity for anesthesia. Thirty patients with upper urinary tract calculi were treated by this machine with a success rate of 77% and stone destruction rate of 93%. No serious complication was observed. The AMCD functioned in such a manner that shock waves were generated only when the stone was in the focal region. Although there were AMCD nonfunctioning cases (small and deeply located stones), it is indicated that this machine is favorable for safe, extracorporeal lithotripsy.

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带防脱靶控制装置的新型体外碎石机的初步使用经验。
介绍了一种新型架空式压电体外碎石机的初步临床试验。该机器的优点是安装了防误射控制装置(AMCD),防止误射到肾组织,通过架空式涂抹器方便超声定位结石,并且无需麻醉。应用该器械治疗上尿路结石30例,成功率77%,结石破坏率93%。无严重并发症。AMCD的工作原理是,只有当结石位于焦点区域时,冲击波才会产生。虽然有AMCD不功能的病例(小而深的结石),但表明该机器有利于安全的体外碎石。
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The value of sonography in the assessment of cholecystolithotripsy. Piezoelectric shock wave lithotripsy of salivary gland stones: an in vitro feasibility study. Piezoelectric lithotripsy monotherapy for partial or total staghorn lithiasis and calculi larger than thirty millimeters. Gallstone imaging: getting the most out of the oral cholecystogram. Urologic experience with the Dornier multipurpose lithotripter MPL 9000.
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