O Isik1, C Benlice1, E Gorgun2. 1. Department of Colorectal Surgery, Digestive Disease Institute, Cleveland Clinic, 9500 Euclid Ave. A-30, Cleveland, OH, 44195, USA. 2. Department of Colorectal Surgery, Digestive Disease Institute, Cleveland Clinic, 9500 Euclid Ave. A-30, Cleveland, OH, 44195, USA. gorgune@ccf.org.
Abstract
BACKGROUND: The techniques of robotic splenic flexure mobilization in the colorectal surgery setting are not well defined and have been challenging due to limited range of motion of the second-generation robotic platform in multiple quadrants. METHODS: This report describes a novel technique for robotic splenic flexure mobilization with medial-to-lateral approach without a need for robotic cart repositioning during left-sided colon and rectal surgery. The dissection is started with ligation of the inferior mesenteric artery and vein. Unique in this approach, entering the lesser sac is accomplished by extension of the dissection cranially by lifting up the mesocolon from the anterior surface of the pancreatic body toward the stomach. RESULTS: This technique presented in the video allows the mobilization of the splenic flexure without excessive tractions and avoidance of potential splenic injuries. CONCLUSIONS: The described novel approach demonstrates total robotic splenic flexure takedown without excessive traction, with improved visualization, and reduction of potential risk of splenic injury. This approach provides totally robotic mobilization of the splenic flexure at single docking without changing the patient's position.
BACKGROUND: The techniques of robotic splenic flexure mobilization in the colorectal surgery setting are not well defined and have been challenging due to limited range of motion of the second-generation robotic platform in multiple quadrants. METHODS: This report describes a novel technique for robotic splenic flexure mobilization with medial-to-lateral approach without a need for robotic cart repositioning during left-sided colon and rectal surgery. The dissection is started with ligation of the inferior mesenteric artery and vein. Unique in this approach, entering the lesser sac is accomplished by extension of the dissection cranially by lifting up the mesocolon from the anterior surface of the pancreatic body toward the stomach. RESULTS: This technique presented in the video allows the mobilization of the splenic flexure without excessive tractions and avoidance of potential splenic injuries. CONCLUSIONS: The described novel approach demonstrates total robotic splenic flexure takedown without excessive traction, with improved visualization, and reduction of potential risk of splenic injury. This approach provides totally robotic mobilization of the splenic flexure at single docking without changing the patient's position.
Entities:
Keywords:
Colorectal surgery; Robotic surgery; Single docking; Splenic flexure mobilization
Authors: Stefan D Holubar; Jeffrey K Wang; Bruce G Wolff; David M Nagorney; Eric J Dozois; Robert R Cima; Megan M O'Byrne; Rui Qin; David W Larson Journal: Arch Surg Date: 2009-11
Authors: O Isik; I Sapci; E Aytac; K Snyder; L Stocchi; H Kessler; S R Steele; E Gorgun Journal: Tech Coloproctol Date: 2018-11-20 Impact factor: 3.781