经口机器人手术(TORS)和经口视频喉镜手术(TOVS)是早期头颈癌的微创手术。然而,由于其独特的性质,经口切除术通常会导致骨骼和解剖学疾病。我们描述了一个案例,在一个71岁的骨骼疾病患者中使用了TORS,痉挛性喘鸣,和T2N1M0期Ip16阳性口咽癌。在程序之前,他接受了右宫颈夹层(II-IV级)。虽然他有一个斜颈,他的右侧颈部自然过度伸展,因为解剖是在右侧进行的。正确的面部,语言,结扎颈外动脉以准备TORS。术后病理检查未发现淋巴结转移的结外受累。对口咽部肿瘤进行了两阶段的TOVS手术,其中外科医生被要求定位在患者的头部,以允许直接操作。这使得颈部和口腔更容易受到骨骼影响。相比之下,在TORS中,达芬奇插入角度可以设置为匹配颈部的角度,允许外科医生在骨骼影响较小的情况下进行手术。TORS在此设置中更有用。
Transoral robotic surgery (TORS) and transoral videolaryngoscopic surgery (TOVS) are minimally invasive procedures for early-stage head and neck cancers. However, due to its unique nature, transoral resection often leads to skeletal and anatomical disorders. We describe a
case in which TORS was used in a 71-year-old man with a skeletal disorder, spastic stridor, and a T2N1M0 stage I p16-positive oropharyngeal carcinoma. Prior to the procedure, he underwent right cervical dissection (levels II-IV). Although he had an oblique neck, the right side of his neck was naturally hyperextended because the dissection was performed on the right side. The right facial, lingual, and external carotid arteries were ligated in preparation for TORS. Postoperative pathological examination revealed no extranodal involvement of the metastatic lymph nodes. A two-stage TOVS procedure was performed for the oropharyngeal tumor, in which the surgeon was required to be positioned at the patient\'s head to allow direct manipulation. This makes the neck and oral cavity more susceptible to the skeletal effects. In contrast, in TORS, the da Vinci insertion angle can be set to match the angle of the neck, allowing surgeons to operate with less skeletal influence. TORS is more useful in this setting.