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首页> 外文期刊>Journal of Surgical Oncology >Robotic approach as a valid strategy to improve the access to posterosuperior hepatic segments—Case series and review of literature
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Robotic approach as a valid strategy to improve the access to posterosuperior hepatic segments—Case series and review of literature

机译:机器人方法作为改善对后者患者肝脏段的访问的有效策略 - 案例系列和文学审查

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Abstract Introduction Although the laparoscopy liver resection (LLR) has become a useful approach for minor resections, it seems that lesions in posterosuperior (PS) segments still represent technical challenges. We report a series of robotic approach as an alternative option for these lesions, and a systematic review of the literature to show its feasibility. Methods Consecutive patients who underwent liver resection for solitary lesions in PS segments by da Vinci SI robot, and by the same team. A systematic review of the literature was made to evaluate the feasibility of a robotic approach for PS hepatectomies. Results From April 2016 to April 2017, five cases of robotic nonanatomical PS resections of colorectal liver metastases (CRLM) were performed. A systematic review encountered five articles plus this series reporting outcomes for this approach. Briefly, a total of five patients in our series underwent this approach, all females, and one patient presented a grade 2 complication. Conclusion Robotic hepatectomy seems to be a useful and valid strategy to resect lesions on PS hepatic segments simplifying liver‐sparing hepatectomies. Even though the operative time is still high, the short length of stay, low number of complications and the low need for blood transfusions seems to surpass the intrinsic cost of robotic surgery.
机译:摘要介绍虽然腹腔镜肝切除(LLR)已成为轻微切除术的有用方法,但似乎在后面(PS)段的病变仍然代表技术挑战。我们将一系列机器人方法作为这些病变的替代选择,以及对文献的系统审查,以表达其可行性。方法通过Da Vinci Si机器人和同一支队进行肝切除肝切除肝切除肝切除症的患者。对文献进行了系统审查,评估了PS肝切除术的机器人方法的可行性。结果2016年4月至2017年4月,进行了五起结重肝转移酶(CRLM)的机器人非致原药PS切除案。系统评价遇到五篇文章加上此方法的报告结果。简而言之,我们系列中共有五名患者接受了这种方法,所有的女性,一名患者呈现了2级并发症。结论机器人肝切除术似乎是一种有用且有效的策略,用于引起PS肝细分的病变,简化肝脏保存肝切除术。尽管操作时间仍然很高,但保持短短,并发症数量低,对血液输出的低需求似乎超越了机器人手术的内在成本。

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