Abdominal Key

Fig. 7.1 This figure demonstrates the major arteries that must be identified during laparoscopic distal gastrectomy as well as the lymph node stations according to the Japanese Classification of Gastric…

Fig. 25.1 (a) Operative positioning of the patient in modified lithotomy position. The robot is docked between the legs. (b) The placement of trocars is depicted for robotic abdominoperineal resection….

Fig. 10.1 Patient positioning with both arms tucked to the side. The surgeon stands to the left and the assistant to the right of the patient Surgical Technique Exploration and…

Fig. 2.1 Operative positioning for laparoscopic mobilization of the stomach Fig. 2.2 Trocar placement for laparoscopic mobilization of the stomach Gastric Mobilization The dissection is started in the hiatus. The…

Fig. 18.1 This figure shows the major vessels of the colon that must be identified during open left colectomy. The marginal artery of Drummond is the collateral vessel between the…

Fig. 22.1 High-definition three-dimensional camera and visualization of pelvic structures. The female pelvic anatomy is demonstrated A number of trials comparing robotic TME (RTME) and laparoscopic TME with respect to…

Fig. 9.1 Operative positioning for open total gastrectomy Peritoneal Cavity Exploration To evaluate peritoneal seeding or distant metastasis, careful exploration of the peritoneal cavity should be performed. If there is…

Fig. 12.1 Important venous anatomy of the pancreas, including the first jejunal vein Preoperative Preparation All patients undergo a bowel prep the day before surgery and are nil per os…

Fig. 16.1 Patient positioning with both arms at the patient’s side and the legs in lithotomy position The primary monitor is placed on the right side of the patient up…

Fig. 14.1 Port placement for proximal small intestinal resection: right upper quadrant 5-mm port, 5-mm or 12-mm umbilical camera port, a left lower quadrant 5-mm assistant port, and a 12-mm…