癌症的微创手术:机器人辅助与直杆腹腔镜

O. Raban, Y. Bukhari, W. Gotlieb
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摘要

:20世纪90年代初,腹腔镜手术的引入为剖腹手术提供了一种改进的替代方法,将癌症子宫内膜癌(EC)的手术治疗缓慢转向微创手术(MIS),具有同等的肿瘤结果和降低的围手术期发病率。机器人辅助手术(RAS)对直杆腹腔镜(LS)进行了多项技术改进,改善了围手术期的结果,包括减少了失血、减少了剖腹手术和缩短了住院时间,而其他围手术期结果似乎相似。由于其技术优势,RAS的适应需要比LS更短的学习曲线,并且与直杆仪器相比,提供了改进的人体工程学。RAS的优势在体重指数(BMI)增加的患者中更为明显。LS和RAS已被证明在老年患者中是安全的,尽管现有数据显示与剖腹手术相比是有益的,但这并不表明一种MIS方法优于另一种。尽管RAS和LS的肿瘤学结果相当,但RAS的整合促进了向MIS的转变,而LS未能显著降低剖腹手术率。这种向MIS的转变与术后住院时间和并发症发生率的减少有关,抵消了RAS增加的成本。通过引入计算机接口,RAS允许增强现实和数字分析,将外科手术推向精确外科和高科技的未来。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Minimally invasive approach for endometrial cancer: robotic assisted vs. straight stick laparoscopy
: The introduction of laparoscopic surgery in the early 1990’s presented an improved alternative to laparotomy, slowly shifting the surgical treatment for Endometrial Cancer (EC) toward minimally invasive surgery (MIS), with equivalent oncologic outcome and reduced perioperative morbidity. Robotic assisted surgery (RAS) introduced multiple technical improvements to straight stick laparoscopy (LS), associated with improved perioperative outcome including reduced blood loss, fewer conversions to laparotomy and shorter hospital stay, whereas other perioperative outcomes appear similar. Due to its technical advantages, adaptation of RAS involves a shorter learning curve than LS and offers improved ergonomics compared to straight stick instrumentation. The advantages of RAS are more pronounced in patients with increased body mass index (BMI). Both LS and RAS have been shown to be safe in elderly patients and although available data shows benefit compared to laparotomy, it does not suggest superiority of one MIS approach over the other. Even though RAS and LS have comparable oncologic outcomes, the integration of RAS facilitated the shift toward MIS, where LS had failed to significantly reduce the rate of laparotomy. This shift to MIS was associated with reduced postoperative length of stay and complication rates, offsetting the increased costs involved with RAS. By introducing a computer interface, RAS is allowing augmented reality and digital analysis, leading surgery towards precision surgery and a high-tech future.
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