Title of article :
Laparoscopic Repair of Duodenal Perforation by “Hanging Method” -Technique and Benefits
Author/Authors :
Babu Annu نويسنده Senior Resident, Department of Minimal Access and Bariatric Surgery, CMRI, Kolkata, India , Raikhy Ankit نويسنده Senior Resident, Department of Minimal Access and Bariatric Surgery, CMRI, Kolkata, India , Bhartia Abhishek نويسنده Consultant, Department of Minimal Access and Bariatric Surgery, CMRI, Kolkata, India , Ghosh Homagni نويسنده Junior Resident, Department of Minimal Access and Bariatric Surgery, CMRI, Kolkata, India , Sarathi Nayak Partha نويسنده Junior Resident, Department of Minimal Access and Bariatric Surgery, CMRI, Kolkata, India , Bhartia V K نويسنده Prof and Head of Department, Department of Minimal Access and Bariatric Surgery, CMRI, Kolkata, India
Pages :
5
From page :
1
To page :
5
Abstract :
[Background]Laparoscopic repair of duodenal perforation using the omental patch is one of the traditional techniques, which gives better postoperative recovery in patients with little chances of abdominal wound infection. This article is about the technique used for the laparoscopic repair of the duodenal perforation by Grahams patch with a twist in the conventional technique.[Methods]In Hanging method of duodenal repair first, an intra-corporeal suture is taken at the upper margin of perforation and both end of the thread is taken out of anterior abdominal wall and duodenum is pulled up. Now under vision the next two parallel sutures are passed, thus avoiding the posterior duodenal wall incorporation. Finally omentum flap is used for the closure of perforation.[Conclusions]The laparoscopic closure of the duodenal perforation by “Hanging Method” is an appropriate Laparoscopic technique, as “hanging” the anterior wall of duodenum gives us better vision of the posterior wall of duodenum, while taking the suture through anterior duodenal wall. Further since the gall bladder is retracted there is an easy available working space for intracorporeal suturing.
Journal title :
Astroparticle Physics
Serial Year :
2017
Record number :
2411602
Link To Document :
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