Oyamatsu Hironori, Shimura Yusuke, Kiriyama Ryota, Okagawa Takehiko, Fujimura Takaki, Niimi Seijirou
Department of Thoracic Surgery, Okazaki City Hospital, City, Okazaki, Aichi, 444-8553, Japan.
Department of Respiratory Medicine, Okazaki City Hospital, City, Okazaki, Japan.
Gen Thorac Cardiovasc Surg Cases. 2023 Nov 17;2(1):98. doi: 10.1186/s44215-023-00112-8.
In bronchoplasty of wedge resections, it is necessary to transect the bronchus at a sharp angle and depth. As a result, anastomoses after wedge resections have the disadvantages of poor visibility and operability. Here, we report a case of right wedge-shaped sleeve bilobectomy that was successfully performed with continuous knotless suturing using robotic assistance.
An 81-year-old male patient was referred for the treatment of a tumor in the right lower lobe, which protruded into the bronchus intermedius. The tumor was diagnosed as squamous cell carcinoma by transbronchial biopsy, cT1cN1M0 stage IIB carcinoma for which surgery was indicated. Because the pulmonary middle lobe artery was involved and a resection margin from the tumor protruding into the bronchial mucosal epithelium was necessary, a right wedge-shaped sleeve bilobectomy was performed. The bronchial anastomosis was performed with robotic assistance. After dissection of pulmonary vessels and interlobes, the upper lobe bronchial bifurcation was transected in a wedged shape, and a lower bilobectomy was performed. The bronchi were sutured continuously with knotless sutures. A continuous suture was performed from the ventral to the caudal side. After suturing to the dorsal side, another continuous suturing was performed from the cranial side. Continuous sutures were made until each thread passed through the other. Pericardial fat was wrapped around the anastomosis.
A better visual field could be obtained owing to robot-assisted surgery, and robotic arms enabled an accurate and safe operation. Furthermore, continuous suturing using a knotless suture made it easier for the sutures to be handled and enabled bronchial anastomosis without assistance.
在楔形切除术的支气管成形术中,需要以锐角和一定深度切断支气管。因此,楔形切除术后的吻合术存在视野和可操作性差的缺点。在此,我们报告一例使用机器人辅助连续无结缝合成功完成的右楔形袖状双叶切除术病例。
一名81岁男性患者因右下叶肿瘤前来就诊,该肿瘤突入中间支气管。经支气管活检诊断为鳞状细胞癌,为cT1cN1M0 IIB期癌,需行手术治疗。由于肺中叶动脉受累,且需要从突入支气管黏膜上皮的肿瘤处获得切缘,遂行右楔形袖状双叶切除术。支气管吻合在机器人辅助下进行。在解剖肺血管和叶间组织后,将上叶支气管分叉处楔形切断,然后进行下叶双叶切除。支气管用无结缝线连续缝合。从腹侧到尾侧进行连续缝合。缝合至背侧后,再从颅侧进行连续缝合。持续缝合直至每根线相互穿过。在心包脂肪包裹吻合口。
机器人辅助手术可获得更好的视野,机器人手臂可实现精确、安全的操作。此外,使用无结缝线进行连续缝合使缝线操作更容易,无需辅助即可完成支气管吻合。