首页> 外文期刊>Journal of minimally invasive gynecology >The Intra Uterine Morcellator: a new hysteroscopic operating technique to remove intrauterine polyps and myomas.
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The Intra Uterine Morcellator: a new hysteroscopic operating technique to remove intrauterine polyps and myomas.

机译:子宫内炎肠道:一种新的宫腔镜操作技术,用于去除宫内息肉和肌瘤。

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STUDY OBJECTIVE: A new hysteroscopic operating technique was compared retrospectively with conventional resectoscopy. DESIGN: Retrospective comparison (Canadian Task Force Classification II-2). SETTING: Gynecology department of a university-affiliated teaching hospital. PATIENTS: Fifty-five women, 27 with endometrial polyps and 28 with submucous myomas. INTERVENTION: Patients were treated with a prototype of the Intra Uterine Morcellator (IUM). This cutting device, 35 cm in length, was inserted into a straight working channel of a 90-mm hysteroscope. MEASUREMENTS AND MAIN RESULTS: The major advantages were ease of removal of tissue fragments through the instrument and the use of saline solution instead of electrolyte-free solutions used in monopolar high-frequency resectoscopy. The mean operating time was 8.7 minutes (95% CI: 7.3-10.1) for the removal of endometrial polyps compared with 30.9 minutes (CI: 27.0-34.8) for resectoscopy, and 16.4 minutes (CI: 12.6-20.2) for submucous myomas compared with 42.2 minutes (CI: 39.7-44.7) for resectoscopy. All procedures were uneventful. CONCLUSION: This new technique is faster, and it appears to be easier to perform. Therefore, it can be expected to result in fewer fluid-related complications and to lead to a shorter learning curve when compared with conventional resectoscopy.
机译:研究目的:用常规的reastoScopy回顾性比较新的宫腔镜操作技术。设计:回顾性比较(加拿大工作组分类II-2)。环境:大学附属教学医院的妇科部门。患者:五十五名女性,27例,子宫内膜息肉和28例,具有粘贴瘤肌瘤。干预:患者用子宫内炎素(Ium)的原型进行处理。该切割装置长度为35厘米,插入90毫米宫腔镜的直线工作通道中。测量和主要结果:主要优点是通过仪器除去组织片段和使用盐溶液而不是单极高频寄命检查中使用的电解质溶液的使用。用于去除子宫内膜息肉的平均操作时间为8.7分钟(95%CI:7.3-10.1),与30.9分钟(CI:27.0-34.8)进行一次射击检查,比较粘膜肌瘤16.4分钟(CI:12.6-20.2)有42.2分钟(CI:39.7-44.7)用于寄射检查。所有程序都是不行性的。结论:这种新技术更快,似乎更容易执行。因此,与传统的rexectoScopy相比,可以预期导致较少的流体相关的并发症并导致更短的学习曲线。

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