Clapp Benjamin
Providence Memorial Hospital, El Paso TX.
JSLS. 2018 Oct-Dec;22(4). doi: 10.4293/JSLS.2017.00101.
Rates of morbid obesity are skyrocketing worldwide. Not only bariatric surgeons, but also general surgeons are often operating on morbidly obese patients. Many general surgeons still use the same anatomic landmarks for patients with body mass index (BMI) over 35 mg/kg as they do for patients of normal weight and can therefore find accessing the morbidly obese abdominal organs difficult. This paper will describe a technique that is easily reproducible and applicable in a wide range of laparoscopic cases.
The xiphoid process is the only landmark referenced. From the xiphoid process, the surgeon puts 2 fists together and places the first trocar inferiorly 2 cm lateral to the midline in either direction. The umbilicus is not used as a landmark. This placement is 15-18 cm inferior to the xiphoid process, but allows adequate visualization for any foregut case. An optical trocar is used.
In over 1400 bariatric cases, the initial trocar was safely placed with this technique. Most of these cases were performed with the method, but some had one modification: the first trocar was placed in the midclavicular line in the subcostal area if there were previous midline scars. In no cases was an extra-long, or bariatric, trocar used.
Laparoscopic access in morbidly obese patients does not have to be difficult. Using an optical trocar off the midline 15-18 cm below the xiphoid process will provide reliable, safe access in the morbidly obese patient, with excellent visualization of the target anatomy.
全球范围内病态肥胖的发生率正在急剧上升。不仅是减肥外科医生,普通外科医生也常常为病态肥胖患者进行手术。许多普通外科医生在为体重指数(BMI)超过35mg/kg的患者手术时,仍使用与正常体重患者相同的解剖标志,因此会发现进入病态肥胖患者的腹部器官很困难。本文将描述一种易于重复且适用于广泛腹腔镜手术病例的技术。
仅以剑突作为参考标志。外科医生将两个拳头并拢,从剑突开始,在中线两侧任一方向向下2cm处放置第一个套管针。不将脐部用作标志。该位置在剑突下方15 - 18cm处,但可为任何前肠手术提供足够的视野。使用光学套管针。
在超过1400例减肥手术病例中,采用该技术安全地放置了初始套管针。这些病例大多采用此方法,但有些有一处改动:如果有先前的中线瘢痕,则将第一个套管针放置在肋下区域的锁骨中线处。没有病例使用超长或减肥专用套管针。
病态肥胖患者的腹腔镜手术入路不一定困难。在剑突下方15 - 18cm处、偏离中线使用光学套管针,将为病态肥胖患者提供可靠、安全的入路,并能很好地观察目标解剖结构。