Laparoscopic antrectomy and vagotomy for stenotic pyloric peptic ulcer

Peptic ulcer disease is the major cause of benign gastro-duodenal obstruction or gastric outlet obstruction (GOO) in the adult population. Patients often present with abdominal pain and distension, vomiting, dehydration, and weight loss. Previous studies have demonstrated that the incidence of GOO varies from 5% to 10% of all hospital admissions for ulcer-related complications. Today surgeons are performing fewer elective ulcer surgeries, as H2 receptor blockers and the eradication of Helicobacter pylori represent a major step in the treatment of this disease. Nevertheless, patients with complications and those resistant to medical therapy can be offered surgical options. When surgery is required, a laparoscopic approach is possible with its well-known advantages. Surgical procedures include highly selective vagotomy with some form of pyloroplasty, truncal vagotomy and antrectomy, and truncal vagotomy with gastroenterostomy. Proponents of highly selective vagotomy advocate an acceptably low recurrence rate (0 to 5% at follow-up of 24 to 90 months) and a relative paucity of post-gastrectomy sequelae. Those recommending vagotomy and antrectomy stress the superiority of the acid-reducing procedure, the virtual absence of recurrent ulceration, and the rarity of postoperative symptoms other than post-vagotomy diarrhea, which is usually a self-limited process. Finally, truncal vagotomy with gastroenterostomy avoids what can be a treacherous duodenal stump, but can result in higher ulcer recurrence rates. We present the case of a young male patient not compliant to medical treatment who was referred to us for gastric outlet obstruction. The selected approach consisted in a laparoscopic Billroth II antrectomy and vagotomy using four ports.

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Laparoscopic   antrectomy   and   vagotomy   for   stenotic   pyloric   peptic   ulcer

Authors
Abstract
Peptic ulcer disease is the major cause of benign gastro-duodenal obstruction or gastric outlet obstruction (GOO) in the adult population. Patients often present with abdominal pain and distension, vomiting, dehydration, and weight loss. Previous studies have demonstrated that the incidence of GOO varies from 5% to 10% of all hospital admissions for ulcer-related complications.
Today surgeons are performing fewer elective ulcer surgeries, as H2 receptor blockers and the eradication of Helicobacter pylori represent a major step in the treatment of this disease. Nevertheless, patients with complications and those resistant to medical therapy can be offered surgical options. When surgery is required, a laparoscopic approach is possible with its well-known advantages.
Surgical procedures include highly selective vagotomy with some form of pyloroplasty, truncal vagotomy and antrectomy, and truncal vagotomy with gastroenterostomy. Proponents of highly selective vagotomy advocate an acceptably low recurrence rate (0 to 5% at follow-up of 24 to 90 months) and a relative paucity of post-gastrectomy sequelae. Those recommending vagotomy and antrectomy stress the superiority of the acid-reducing procedure, the virtual absence of recurrent ulceration, and the rarity of postoperative symptoms other than post-vagotomy diarrhea, which is usually a self-limited process. Finally, truncal vagotomy with gastroenterostomy avoids what can be a treacherous duodenal stump, but can result in higher ulcer recurrence rates.
We present the case of a young male patient not compliant to medical treatment who was referred to us for gastric outlet obstruction. The selected approach consisted in a laparoscopic Billroth II antrectomy and vagotomy using four ports.
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complex cases
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12'15''
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2009-02
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WeBSurg.com, Feb 2009;9(02).
URL: http://www.websurg.com/doi-vd01en2492.htm

Laparoscopic   antrectomy   and   vagotomy   for   stenotic   pyloric   peptic   ulcer

7. Transmesocolic gastroenteroanastomosis 08'07''
The anastomosis is performed in a side-to-side fashion to the posterior surface of the gastric stump proximal to the staple line. A short gastrotomy is carried out on the gastric anastomotic surface. Similarly, on the small bowel surface, a small enterotomy will help to introduce a 60mm long Endo-GIA linear stapler in order to achieve the largest anastomosis possible. Generally it is known that the main postoperative problem is sometimes a delayed gastric emptying, especially in the immediate postoperative period. A blue cartridge seems adapted for this type of anastomosis. At the end of the stapling, it is recommended to control the staple line in order to rule out any bleeding. The introduction access route for the stapler is then re-approximated using a monofilament 3/0 running suture. Generally, with this type of anastomosis, it is recommended to place a stitch at the distal angle/flexure, which will facilitate the control of the last few remaining stiches Traction on the running suture must be maintained throughout the suturing process. This traction is achieved by the use of a forceps held by the operating assistant. When the anastomosis has been achieved supramesocolically, it must then be repositioned underneath the opening created in the mesocolon. It must also be fixed securely at the level of this window in order to prevent the herniation of the anastomosed bowel loop, which would then induce proximal occlusive disorders. Generally, 3 to 4 separate stitches (Monocryl 3/0) are placed. One should check that the position of the anastomosis is correct and does not twist. 48 hours postoperatively, a radiological control is undertaken. In this patient, it demonstrates a very good anastomotic patency. However, a strict diet is recommended in such patients as gastric emptying disorders are well-known and may be one of the commonest complications following such a resection.