Abstract：Objective: To investigate the feasibility and effectiveness of micro-injury percutaneous nephroscope set ultrasonic sound atmospheric pressure trajectory crushing stone and clearing stone system in treating kidney-stone of horseshoe kidneys. Methods: The clinical data of patients with kidney-stone of horseshoe kidneys treated with micro-injury percutaneous nephroscope set ultrasonic sound atmospheric pressure trajectory crushing stone and clearing stone system were retrospectively analyzed. Results: Four patients were diagnosed as having multiple kidney-stone in 12 patients with kidney-stone of horseshoe kidneys, and all patients were treated by means of middle calyces trajectory calculus removal. The stone was removed only once in 75% (9/12) patients. Average hospitalization day was 13.5 days. One patient developed urinary tract infection after operation. No blood transfusion was given, and no complication occurred in all patients. Conclusions: Micro-injury percutaneous nephroscope set ultrasonic sound atmospheric pressure trajectory crushing stone and clearing stone system was safe and effective in the treatment of kidney-stone of horseshoe kidneys, and can be spread clinically.
邓智刚,李赟,黎源,张中华,方谦,刘云,刘军华. 微创伤经皮肾镜超声气压弹道碎石清石系统治疗马蹄肾肾结石研究[J]. 微创泌尿外科杂志, 2015, 4(5): 277-278.
Deng Zhigang, Li Yun, Li Yuan, Zhang Zhonghua, Fang Qian, Liu Yun, Liu Junhua. minimally invasive percutaneous pneumatic and ultrasound lithotripsy in the treatment of horseshoe kidney stones. JOURNAL OF MINIMALLY INVASIVE UROLOGY, 2015, 4(5): 277-278.
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