新型胸腔镜下左上肺叶融合裂切除术淋巴结清扫技术

Y. Matsuura, J. Ichinose, M. Nakao, S. Okumura, M. Mun
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摘要

目前,肺叶切除术联合系统性淋巴结清扫(LND)是早期非小细胞肺癌(NSCLC)的标准手术方法。当进行肺叶切除术时,可能会出现一些问题,如融合裂,特别是在胸腔镜手术中。在这种情况下,以常规方式执行hilar LND可能很困难。由于肺门和纵隔肺切除术都是非小细胞肺癌手术中必不可少的步骤,因此在融合裂病例中实现安全的肺叶切除术和精确的系统肺切除术至关重要。为了解决这一困难的情况,我们开发了以下三种新的胸腔镜技术,主要针对LND:(1)“前裂优先技术”,(2)“# 4l -后优先技术”,(3)“# 7前剥离技术”。首先,前裂优先技术使术者能够看到整个肺门淋巴结,类似于完全裂的情况,并允许肺门淋巴结清扫以常规方式进行。其次,当使用#4L-后一技术时,左侧下气管旁(#4L) LND是直接的,因为左侧喉返神经(RLN)已经被剥离,只有#4L的前区还有待剥离。最后,在前路7号剥离技术中,当进行隆突下(7号)LND时,我们不剥离气管和食道的背侧。因此,支气管动脉(BA)得以保留,支气管残端术后缺血改变得以预防。我们相信我们的技术在肿瘤学上是合适的,即使在融合裂的情况下,也能安全、直接地进行精确的胸腔镜肺叶切除术和系统LND。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Novel thoracoscopic lymph node dissection techniques for left upper lobectomy with a fused fissure
: Currently, lobectomy with systematic lymph node dissection (LND) is the standard surgical procedure for early stage, non-small cell lung cancer (NSCLC). Several issues may arise when performing a lobectomy such as a fused fissure, especially during thoracoscopic surgery. In this case, performing hilar LND in a conventional manner may be difficult. Since both hilar and mediastinal LND are essential procedures during surgery for NSCLC, it is crucial to achieve both safe lobectomy and precise systematic LND in fused fissure cases. To address this difficult situation, we have developed the following three novel thoracoscopic techniques that focus on LND: (I) the “anterior fissure first technique”, (II) the “#4L-posterior first technique”, and (III) the “anterior #7 dissection technique”. First, the anterior fissure first technique enables the operator to view the entire hilar lymph node, similar to a situation with a complete fissure, and allows the hilar LND to proceed in a conventional manner. Second, when using the #4L-posterior first technique, the left lower paratracheal (#4L) LND is straightforward since the left recurrent laryngeal nerve (RLN) has already been dissected, and only the anterior area of #4L remains to be dissected. Finally, during the anterior #7 dissection technique, when performing the subcarinal (#7) LND, we do not dissect between the dorsal side of the trachea and esophagus. Consequently, the bronchial artery (BA) is preserved and postoperative ischemic change in the bronchial stumps is prevented. We believe that our techniques are oncologically appropriate and enable the safe and straightforward execution of precise thoracoscopic lobectomy and systematic LND, even in cases of fused fissures.
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