无充气经腋窝入路全腔镜甲状腺手术质量控制与安全管理
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1.湖南省人民医院(湖南师范大学附属第一医院) 乳甲外科,湖南 长沙 410024;2.湖南省老年医学研究所,湖南 长沙410024

作者简介:

张超杰,湖南省人民医院(湖南师范大学附属第一医院)主任医师,主要从 事乳腺甲状腺良恶性疾病临床与基础方面的研究

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Surgical quality control and safety management of complete endoscopic thyroidectomy via gasless axillary approach
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1.Department of Breast and Thyroid Surgery, Hunan Provincial People's Hospital (the First Affiliated Hospital of Hunan Normal University), Changsha 410024, China;2.Hunan Research Institute of Geriatrics, Changsha 410024, China

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    摘要:

    2003年韩国首次开展无充气单侧腋窝入路腔镜甲状腺手术(GUA-ET)至今已有20年历史,这是一种美容且微创的甲状腺手术术式。由于切口藏于腋窝皮纹,无须切开颈部皮肤、颈阔肌和颈白线,保证了颈部皮肤、颈阔肌、胸骨甲状肌与颈白线的完整性,避免了颈部疤痕与吞咽联动等颈部并发症的发生,从而达到美容效果。另外,空间建立在锁骨下皮肤与胸大肌锁骨部之间、胸锁乳突肌锁骨部与胸骨部之间的自然筋膜间隙,不切断肌肉等正常组织结构,虽然看似远程手术,实则能达到微创目的。但是,因远程操作,手术器械与锁骨头区域形成的杠杆作用,自带吸引器在拉钩外等因素导致手术垂直空间缩小,甲状腺悬吊不理想引起喉返神经显露不清,从而出现中央区胸腺后方淋巴结或ⅥB区淋巴结清扫不彻底现象。同时,颈外静脉属支、锁骨上神经、颈血管鞘、甲状腺中静脉等结构是空间建立的必经之地,容易出现出血、神经损伤等并发症。而且,对侧手术、部分胸锁乳突肌锁骨部与胸骨部肌腱融合紧密等增加了手术难度。因此,基于上述因素,该术式的手术质量控制与手术安全也受到部分业界同行的质疑。不容置疑的是,自2017年郑传铭教授将此技术引进国内后,短短7年时间,该术式在国内众多医疗机构纷纷开展,受到众多从事甲状腺外科工作医师们的高度认可,并于2022年发布了这一领域的国内首部专家共识,让该术式的推广更具规范性和可操作性。可见,技术日趋成熟后,该术式的优点逐步显现,避免了传统颈部切口疤痕疙瘩、颈部联动的并发症,避免了经口术式可能导致的嘴唇周围麻木感,相较国内最成熟的胸乳入路,单侧Ⅵ区淋巴结清扫和喉返神经的显露与保护变得更容易。毫无疑问,严格掌控手术适应证,坚守“根治疾病第一,功能保护第二,兼顾美容第三”的肿瘤治疗原则,做好手术质量控制与安全管理,才能更加科学、规范地推广这一术式,甚至不断扩展这一术式在甲状腺外科的适应证。本文结合文献报道和笔者团队在设备改良、细节管理方面的经验,对该术式的质量控制与安全管理做一阐述。

    Abstract:

    Since the first endoscopic thyroidectomy by a gasless unilateral axillary approach (GUA-ET) conducted in South Korea in 2003, it has now been 20 years. This is a cosmetic and minimally invasive surgical procedure for thyroidectomy. Due to the incision hidden in the axillary skin lines, there is no need to cut the skin, platysma muscle, and neck white line, ensuring the integrity of the neck skin, platysma muscle, sternothyroid muscle, and neck midline. This avoids complications such as neck scars and swallowing dysfunction, thus achieving cosmetic effects. Additionally, the surgical space is established in the natural fascial gap between the skin under the clavicle and the clavicular part of the pectoralis major muscle, and between the clavicular part of the sternocleidomastoid muscle and the sternum, without cutting normal tissue structures such as muscles. Although it appears to be a remote surgery, it actually achieves the goal of minimally invasive surgery. However, due to remote operation, the leverage effect of surgical instruments in the clavicular head region, the internal suction device outside the retractor, and other factors lead to a reduction in the vertical space of the surgery. This results in less-than-ideal suspension of the thyroid, causing unclear exposure of the recurrent laryngeal nerve, and incomplete clearance of lymph nodes in the central region posterior to the thymus or VIB region. At the same time, structures such as the tributaries of the external jugular vein, supraclavicular nerve, carotid vascular sheath, and middle thyroid vein are necessary pathways for establishing space, making it prone to complications such as bleeding and nerve damage. Moreover, contralateral procedures and the close fusion of certain portions of the sternocleidomastoid muscle with the sternal tendon increase the surgical complexity. Therefore, based on the above factors, the surgical quality control and safety of this procedure have been questioned by some peers. Nevertheless, since Professor Zheng Chuanming introduced this technique to China in 2017, this procedure has been widely adopted by many domestic medical institutions within just 7 years. It has received high recognition from many physicians engaged in thyroid surgery, and in 2022, the first domestic expert consensus in this field was released, making the promotion of this procedure more standardized and feasible. It is evident that as the technique matures, the advantages of this procedure gradually become apparent. It avoids the complications such as the keloid scar in the neck and neck joint movement after traditional neck incision, and numbness around the lips after oral procedures. Compared to the most mature thoracic/breast approach in our country, the unilateral VI region lymph node dissection as well as exposure and protection of the recurrent laryngeal nerve become easier. Without a doubt, strict control of surgical indications, adherence to the principles of "cure the disease first, protect function second, and consider cosmetic appearance third" in tumor treatment, and effective control of surgical quality and safety management are necessary for the scientific and standardized promotion of this procedure. It may even lead to continuous expansion of the indications for this procedure in thyroid surgery. This article, combining literature reports and the experience in equipment improvement and detail management of the authors' team, elaborates on the quality control and safety management of this procedure.

    图1 术后切口及颈前区外观 A:术后3个月;B:术后1年Fig.1 Postoperative incision and anterior neck appearance A: Three months after operation; B: One year after operation
    图2 Z线切口设计与Trocar点的设计 A:Z线切口设计的整体概况;B:术前标记Z线(红色标记线);C:Z线反向延长线与正中线的交点为顶点测量30°角Fig.2 Design of the Z-line incision and Trocar points A: Overview of the Z-line incision design; B: Preoperative marking of the Z-line (red marker line); C: Measurement of a 30-degree angle at the intersection of the extended Z-line and the midline
    图3 术中患者体位质量控制 A:躯干紧贴床沿(红线);B:患侧上肢外展90°并紧贴托手架下沿(红线);C:颈部后仰与开放手术相同,对于锁骨头高的患者,可以用软垫垫高患侧肩胛骨,使锁骨头适当下降Fig.3 Intraoperative quality control of patient positioning A: Trunk closely aligned with the edge of the bed (red line); B: Ipsilateral upper limb abducted 90° and closely positioned beneath the handrail (red line); C: Neck extended and positioned similarly to the open surgery, and for patients with elevated clavicle heads, a soft pad can be used to raise the scapula on the affected side, allowing the clavicle head to descend appropriately
    图4 手术团队位置质量控制(主刀医师坐于患侧上肢足侧,扶镜手坐于患侧上肢头侧)Fig.4 Quality control of surgical team positions (primary surgeon seated on the lateral side of the patients upper limb and leg, camera-holding assistant seated on the lateral side of the patients upper limb and head)
    图5 专用拉钩立杆位置质量控制(固定点位于颈部最低点与肩部最高点连线水平)Fig.5 Quality control of the position of the fixing clip for the specified retractor (fixed point positioned horizontally along the line connecting the lowest point of the neck and the highest point of the shoulder)
    图6 扶镜手的位置质量控制Fig.6 Quality control of the position of the camera-holding assistant
    图7 术野的平面转换 A:胸大肌平面;B:胸锁乳突肌锁骨部平面;C:气管平面头侧上抬30°;D:对侧叶切除时,气管平面患侧压低30°Fig.7 Plane transformation of the surgical field A: Pectoralis major muscle plane; B: Sternocleidomastoid muscle clavicular part plane; C: Tracheal plane with a 30° upward tilt on the head side; D: When resecting the contralateral lobe, tracheal plane on the patient side is depressed by 30°
    图8 建腔范围质量控制 A:胸大肌表面隧道;B:三角肌胸大肌肌间沟为隧道上界;C:胸大肌锁骨部与胸肋部肌间沟为隧道下界Fig.8 Quality control of the space establishment range A: Tunnel on the surface of the pectoralis major muscle; B: Tunnel upper boundary in the groove between the deltoid and pectoralis major muscles; C: Tunnel lower boundary in the groove between the clavicular and costal parts of the pectoralis major muscle
    图9 建腔初期二助拉钩质量控制(上方拉钩沿Z线方向引导)Fig.9 Quality control of the retractor held by the second assistant in the early stage of space creation (the upper hook guides along the Z-line direction)
    图10 寻找胸锁乳突肌锁骨部与胸骨部间隙质量控制方法一 A:术前体表触摸标记超声引导下注入<0.1 mL美兰;B-C:术中发现美兰即为锁骨部与胸骨部间隙(此法适合于初学者)Fig.10 Quality control method 1 for locating the gap between the clavicular and sternal parts of the sternocleidomastoid muscle A: Preoperative tactile marking on the body surface, injection of <0.1 mL methylene blue under ultrasound guidance; B-C: Intraoperatively, the presence of methylene blue indicates the gap between the clavicular and sternal parts (this method is suitable for beginners)
    图11 寻找胸锁乳突肌锁骨部与胸骨部间隙质量控制方法二 A:锁骨位置恒定;B:以锁骨头为最远平面Fig.11 Quality control method 2 for locating the gap between the clavicular and sternal parts of the sternocleidomastoid muscle A: Constant positioning of the clavicle; B: Using the clavicular head as the farthest plane
    图12 F脂肪(锁骨上窝一堆疏松脂肪团) A:BMI<18.5的患者锁骨上窝F脂肪;B:BMI≥18.5的患者锁骨上窝F脂肪Fig.12 Freedom fat (a pile of loose fat in the supraclavicular fossa) A: F fat in the supraclavicular fossa in patients with BMI<18.5; B: F fat in the supraclavicular fossa in patients with BMI≥18.5
    图13 W淋巴结 A:颈部冠状位W淋巴结(颈内静脉肩胛舌骨肌淋巴结)位于颈内静脉表面肩胛舌骨肌上缘;B:无充气腋窝入路腔镜手术视野下,因为侧方牵拉的原因,W淋巴结位置位于颈内静脉上缘肩胛舌骨肌头侧;C:W淋巴结在无充气腋窝入路腔镜手术视野下,受力方向的改变Fig.13 W lymph nodes A: In the coronal view of the neck, the W lymph node (omohyoid lymph node of the internal jugular vein) is located at the upper edge of the omohyoid muscle on the surface of the internal jugular vein; B: In the view of endoscopic surgery through gasless axillary approach, W lymph node was located at the head of omohyoid muscle at the upper edge of the internal jugular vein due to lateral traction; C: Changes in the direction of force in W lymph nodes in the field of view of laparoscopic surgery with an airless axillary approach
    图14 GUA-ET改良专利拉钩 A:改良拉钩与原拉钩对比;B:改良拉钩套件Fig.14 Patented improved retractor for GUA-ET procedure A: Comparison between the improved retractor and the original retractor; B: Full set of the improved retractor
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张超杰,王慧玲.无充气经腋窝入路全腔镜甲状腺手术质量控制与安全管理[J].中国普通外科杂志,2023,32(11):1663-1676.
DOI:10.7659/j. issn.1005-6947.2023.11.005

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  • 收稿日期:2023-08-16
  • 最后修改日期:2023-11-09
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  • 在线发布日期: 2023-12-15