Anterior lesser curvature laser seromyotomy with posterior truncal vagotomy: a potential treatment of peptic ulcer disease

Anterior lesser curvature seromyotomy combined with posterior truncal vagotomy has been suggested as an alternative to proximal gastric vagotomy in the treatment of peptic ulcer. The argon laser may be an ideal instrument for performing seromyotomy. This study compares anterior lesser curvature argon laser seromyotomy/posterior or truncal vagotomy with anterior proximal gastric vagotomy/posterior truncal vagotomy in a canine preparation. Six dogs underwent anterior lesser curvature argon laser seromyotomy/posterior truncal vagotomy and six others underwent anterior proximal gastric vagotomy/posterior truncal vagotomy. Gastric emptying and acid secretion studies were performed preoperatively and at 1 and 6 months postoperatively. Operating time and blood loss were determined. Anterior lesser curvature argon laser seromyotomy was performed with the argon laser at 10 W, continuous, delivered through a 600 micron unsheathed quartz fibre. Anterior proximal gastric vagotomy and posterior truncal vagotomy were performed in the standard fashion. Solid phase gastric emptying was slowed with both operations (P less than 0.05) but this was not manifest clinically. Blood loss (millilitres) was less following anterior lesser curvature argon laser seromyotomy/posterior truncal vagotomy than following anterior proximal gastric vagotomy/posterior truncal vagotomy (21(6.8) versus 95(28.1), mean (s.e.m.), P less than 0.05) but operating time was not significantly different between the groups. Mean basal acid secretion was reduced by 64 per cent 6 months after anterior lesser, curvature argon laser seromyotomy/posterior truncal vagotomy (P less than 0.05) and by 53 per cent after anterior proximal gastric vagotomy/posterior truncal vagotomy (not significant). Mean stimulated acid secretion was reduced by 41 per cent 6 months after anterior lesser curvature argon laser seromyotomy/posterior truncal vagotomy (P less than 0.05) and by 24 per cent after anterior proximal gastric vagotomy/posterior truncal vagotomy (not significant). We conclude that anterior lesser curvature argon laser seromyotomy/posterior truncal vagotomy is an acceptable alternative to anterior proximal gastric vagotomy/posterior truncal vagotomy and may provide superior parietal cell denervation with less operative blood loss.     

Endoscopic management of peptic ulcer disease.

OBJECTIVE: This article reviews the authors' experience with endoscopic management of duodenal ulcer and ulcers occurring after a previous drainage procedure. SUMMARY BACKGROUND DATA: Patients with complications of duodenal ulcer and ulcers occurring after a previous drainage procedure still require surgical management. Virtually all operations for duodenal ulcer include some form of vagotomy. American surgeons in academic centers prefer highly selective vagotomy in suitable candidates. Video-directed laparoscopic and thoracoscopic operations have been done for all complications of duodenal ulcer except for acute hemorrhage. METHODS: The authors have performed laparoscopic operation on eight patients with intractable chronic duodenal ulcer, seven patients with gastroesophageal reflux disease combined with duodenal ulcer, one patient with chronic duodenal ulcer and gastric outlet obstruction, and one patient with acute perforation. Operations performed included omentopexy, anterior seromyotomy plus post truncal vagotomy, and highly selective vagotomy. Seven patients had a simultaneous Nissen fundoplication; and the patient with obstruction underwent concomitant pyloroplasty and vagotomy. Six patients with intestinal ulcers occurring after a previous drainage procedure were treated with thoracoscopic vagotomy. Techniques used are shown. RESULTS: There has been one recurrent ulcer in the laparoscopic group after anterior seromyotomy plus posterior truncal vagotomy. The patient treated by omentopexy for duodenal perforation recovered gastrointestinal function promptly with no further difficulty, but eventually died of primary medical disease. Patients undergoing thoracoscopic vagotomy have all become asymptomatic. Postoperative hospital stay after highly selective vagotomy, anterior seromyotomy plus posterior truncal vagotomy, or thoracoscopic vagotomy was 1-5 days. CONCLUSIONS: Laparoscopic management of duodenal ulcers is feasible. Larger numbers of patients with longer follow-up are essential. Ulcers occurring after a drainage procedure deserve thoracoscopic vagotomy.     

Laparoscopic gastric surgery. Early experiences

In the Department of General Surgery the authors performed 12 elective laparoscopic gastric operations for gastric pathologies. The indications for the procedures were recurrent or therapy resistant and complicated peptic ulcer in 9 cases, benign gastric tumors in 2 cases and early gastric cancer in 1 case. Operative procedures were the next: posterior truncal vagotomy with anterior lesser curve seromyotomy (5 patients), total truncal vagotomy with gastrojejunostomy (2 patients), total truncal vagotomy with pyloroplasty (1 patient), total truncal vagotomy with antrectomy and Billroth-II reconstruction (1 patient), resection of benign gastric tumor by the transgastric approach (1 patient), Billroth-II resection for benign gastric tumor (1 patient), wedge resection of gastric wall for early gastric cancer (1 patient). Intraoperative gastroscopy was used for location of the lesion in 4 of 12 cases. Apart from delayed gastric emptying (2 cases), patients recovered without any problem. The mean hospital stay was 5.7 days. Early experiences with laparoscopic gastric surgery has shown that there are certain important advantages to the approaches. They hold the promise of less pain, less immobility, quicker alimentation, shorter hospitalization, less wound and respiratory complications and an earlier return to normal activities.     

Pancreatic function after seromyotomy of the canine stomach

Anterior gastric seromyotomy combined with posterior truncal vagotomy has been proposed as an acid-reducing operation for patients with duodenal ulcer. Section of the posterior vagal trunk could, however, be held responsible for reduced pancreatic function, seen in patients after bilateral truncal vagotomy. In this study the pancreatic function after anterior gastric seromyotomy and posterior truncal vagotomy has been evaluated in a series of canine experiments by means of a direct hormone stimulation test. No reduction of the basal or stimulated exocrine pancreatic secretion was noted after this type of vagotomy.     

Gastric Bypass Distal Roux-en-Y Jejunal Interposition with Selective Proximal Vagotomy and Posterior Truncal Vagotomy

Selective proximal vagotomy and posterior truncal vagotomy have been performed in 71 consecutive gastric bypass (GBP) patients from June 1991 to December 1992. Vagotomy was used to prevent or diminish the incidence of marginal ulcer in GBP patients. Anterior and posterior highly selective proximal vagotomy with circular-instrument stapled gastrojejunostomy in patients undergoing GBP distal Roux-en-Y with jejunal interposition had no marginal ulcer complications (minimal follow-up 18 months).     

Thoracoscopic truncal vagotomy

BACKGROUND: Nowadays the only indications to truncal vagotomy is recurrent ulceration after previous gastric surgery. Truncal vagotomy allows us to obtain a reduction in acid production and to promote ulcer healing, but this technique causes pylorospasm in about 20% of cases and this requires further synchronous or metachronous pyloric drainage procedure. For this reason, videothoracoscopic truncal vagotomy is reserved to patients with gastroresection. METHODS: The authors describe 15 patients treated with videothoracoscopic truncal vagotomy. In 12 patients, a gastrojejunostomy was done according to Roux technique in 2 patients, a reconstruction according Billroth II technique and in 1 patient, a gastroduodenostomy according to Billroth I technique. RESULTS: Videothoracoscopic bilateral truncal vagotomy was done in all patients; operation time was 45 minutes. During the postoperative period there were no complications. No patients underwent medical therapy for peptic ulcer. Only in 12 patients was it possible to execute an endoscopic follow-up in a period of 3 to 4 years. In all patients the ulcer was completely healed. CONCLUSIONS: Complete vagotomy in patients who present with recurrent gastrointestinal bleeding after previous gastroresection, is associated with significant risks. Videothoracoscopic bilateral truncal vagotomy as a simple and efficient procedure seems to be an alternative treatment for the management of recurrent ulceration after previous gastric surgery for peptic disease.     

Proximal gastric vagotomy. Comparison between open and laparoscopic methods in the canine model.

OBJECTIVE. The authors compared open and laparoscopic proximal gastric vagotomies for efficacy of acid reduction and preservation of gastric emptying. SUMMARY BACKGROUND DATA. Laparoscopic methods have been used to perform vagotomy in patients with duodenal ulcer; however, no direct comparisons are available of laparoscopic and open surgical procedures regarding acid reduction and gastric emptying. METHODS. Thirty-one consecutive dogs were randomized to open proximal gastric vagotomy (OPGV; n = 11), laparoscopic anterior seromyotomy and posterior truncal vagotomy (ASPTV; n = 10), or laparoscopic proximal gastric vagotomy (LPGV; n = 10). Intraoperative endoscopic Congo red testing assured complete vagotomy. Basal acid output (BAO) and maximal acid output (MAO) during pentagastrin and insulin-induced hypoglycemia were measured with marker dilution techniques, and gastric emptying was assessed with radionuclide-labelled solid and liquid markers before and 5 weeks after operation. RESULTS. Operative time (mean +/- standard error of the mean) for OPGV was shorter compared with ASPTV and LPGV (86 +/- 7 minutes vs. 124 +/- 7 minutes and 115 +/- 7 minutes; p < 0.002). Postoperative BAO did not decrease in any group. Open proximal gastric vagotomy and LPGV, but not ASPTV, decreased MAO (p < 0.05); (after pentagastrin, OPGV from 26.4 +/- 1.7 mEq/hour to 11.3 +/- 0.1 mEq/hour, LPGV from 21.4 +/- 1.0 mEq/hour to 6.4 +/- 0.5 mEq/hour; after insulin-induced hypoglycemia, OPGV from 9.9 +/- 0.5 mEq/hour to 2.2 +/- 0.3 mEq/hour, LPGV from 7.9 +/- 0.5 mEq/hour to 1.9 +/- 0.4 mEq/hour). Gastric emptying of liquids and solids, as quantitated by the time for one half of the marker to empty (T 1/2) and the shape of the emptying curve, were similar before and after all three surgical procedures. CONCLUSIONS. Laparoscopic proximal gastric vagotomy was comparable to OPGV in decreasing stimulated gastric acid production without significantly altering gastric emptying. Anterior seromyotomy and posterior truncal vagotomy was less effective in decreasing MAO and required more operative time. Laparoscopic proximal gastric vagotomy has the potential to become accepted therapy for patients with duodenal ulcer managed presently with OPGV.     

Peptic ulcer disease and thoracoscopic left truncal vagotomy.

BACKGROUND: This study illustrates our experience in treating duodenal ulcer by means of thoracoscopy and laparoscopy over a period of six years. MATERIALS AND METHODS: From October 1991 to October 1998, we submitted 38 patients (31 males and 7 females), average age 51 years (range 22-78 years), with duodenal ulcer to vagotomy with minimally invasive access: 23 Hill-Barkers, 2 Taylors, 9 thoracoscopic truncal vagotomies and 4 laparoscopic truncal vagotomies. The patients submitted to thoracoscopic truncal vagotomy had previous gastric surgery (5 ulcers of the neostoma in patients who had undergone gastric resection, 3 hemorrhagic gastritis of the gastric neostoma and 1 incomplete abdominal vagotomy). RESULTS: The average time required for the thorascopic approach was 30 minutes (range 20-40 minutes) with return to normal feeding in 1 day, without any difficulty, and discharge on day 3 (range 2-5 days). The patients were followed for 3-54 months. Twenty-two patients (91.3%) out of 23 submitted to anterior superselective and posterior truncal vagotomy, and the patients submitted to thoracoscopic vagotomy, were pain free without medical therapy. One patient (4.3%) was lost to the follow-up. There was only one relapse (4.3%) after seven months where the patient underwent left thorascopic truncal vagotomy. We had no mortality and no intraoperative or postoperative complications. CONCLUSIONS: In our opinion, minimally invasive treatment of peptic ulcer disease may represent the "gold standard." It is simple, quick, effective and delivers the same excellent results of open surgery but with minimum trauma.     

Comparison of acid reduction in antiulcer operations

Background: Three acid-reducing operations have recently been described for the laparoscopic treatment of peptic ulcer disease. These consist of a posterior truncal vagotomy combined with either (1) an anterior seromyotomy (SERO), (2) an anterior highly selective vagotomy (AHSV), or (3) a linear stapled lesser curvature excision (STAP). The purpose of this study was to investigate the physiologic effects of these procedures in terms of basal and maximal acid outputs. Methods: Fifty New Zealand rabbits were prospectively randomized into five open laparotomy groups (n= 10): a control group without vagal manipulation (CON), a bilateral truncal vagotomy with pyloromyotomy group (VP), a SERO group, an AHSV group, and a STAP group. All animals underwent placement of a gastrostomy tube for subsequent gastric secretory analysis. On postoperative day 6, basal acid outputs (BAO) and maximal acid outputs (MAO) following IV pentagastrin stimulation (30 μg/kg/h) were measured. Results were compared statistically using the ANOVA method. Results: Pentagastrin stimulation was associated with a significant increase in MAO in the CON group (p < 0.05 vs BAO); however, this response was effectively blunted in all the experimental groups. There were no differences in BAO or MAO between any of the vagotomized groups (SERO, HSV, STAP, VP). Conclusions: We conclude that the three acid-reducing procedures modified for laparoscopy are equally efficacious in reducing gastric acid secretion and that they compare favorably with VP. To our knowledge, this is the first report comparing basal and stimulated gastric acid secretion between these new acid-reducing techniques. Received: 27 March 1996/Accepted: 17 July 1996     

Development of laparoscopic anterior seromyotomy and right posterior truncal vagotomy for ulcer prophylaxis.

This study investigated the feasibility of a laparoscopic antiulcer procedure. The following antiulcer operations were performed laparoscopically in 20 pigs: truncal vagotomy and pyloroplasty (n = 5), highly selective vagotomy (n = 5), right truncal vagotomy and left highly selective vagotomy (n = 5), and anterior seromyotomy and posterior truncal vagotomy (n = 5). Each procedure was videotaped and assessed in terms of ease of access, need for additional trocars, requirements for suturing, and complexity of the procedure. The anterior seromyotomy and posterior truncal vagotomy provided the optimal combination of antiulcer prophylaxis and adaptivity to the laparoscopic approach. We employed a Nd:YAG laser operating at 20 W delivered via a 600 micron sculpted tip which simplified the anterior seromyotomy. Anterior seromyotomy-posterior truncal vagotomy was then performed in three cadavers without evidence of perforation of the stomach. Our initial experience in a 46-year-old male demonstrates that the procedure can be performed with relative ease in humans. Thus, an effective antiulcer operation, anterior seromyotomy-posterior truncal vagotomy can be performed laparoscopically and may be a reasonable alternative for treating those patients who had a poor response to medical therapy.     

five years' experience with proximal gastric (highly selective) vagotomy.

In the five-year period 1972 to 1976 the author's preferred treatment for patients with chronic duodenal or prepyloric peptic ulcer requiring surgery was proximal gastric vagotomy. In spite of this preference, only two-thirds of such patients were so treated. Most patients with bleeding and stenosis were treated by bilateral truncal vagotomy and drainage, and a few by Pólya gastrectomy. Proximal gastric vagotomy proved to be a safe elective operation without mortality and with a proven ulcer recurrence rate so far of 6%. Compared with those who had bilateral truncal vagotomy and drainage, the proximal gastric vagotomy patients complained less often of diarrhoea but more often of weight loss and reflux. Two patients have had persistent postprandial non-peptic pain, thought possibly due to upper gastric ischaemia.     

Anterior lesser curve seromyotomy and posterior truncal vagotomy for chronic duodenal ulcer: the results at five years

In one surgical unit, 241 patients have undergone anterior gastric seromyotomy and posterior truncal vagotomy for chronic duodenal ulcer. The postoperative mortality rate was 0.4 per cent. Four patients (1.6 per cent) required a drainage procedure for gastric stasis. The first 66 patients (Group A) were followed prospectively and 58 were available for assessment at 5 years. Eight patients (14 per cent) had developed a recurrent ulcer. In seven of these patients this responded to conservative treatment with H2 receptor antagonists. One patient has required Polya partial gastrectomy for recurrent ulceration. At 5 years 47 patients (81 per cent) were placed in the Visick I or II categories. In the next 175 patients (Group B), the ulcer recurrence rate was 3 per cent, suggesting a learning curve in mastering the procedure. We conclude that the immediate and 5-year results of the first 66 patients are at least comparable with those of highly selective vagotomy. Anterior gastric seromyotomy with posterior truncal vagotomy is an easy and rapid procedure and may be more widely applicable than highly selective vagotomy.     

FIVE YEARS‘ EXPERIENCE WITH PROXIMAL GASTRIC (HIGHLY SELECTIVE) VAGOTOMY

In the five-year period 1972 to 1976 the authors' preferred treatment for patients with chronic duodenal or prepyloric peptic ulcer requiring surgery was proximal gastric vagotomy. In spite of this preference, only two-thirds of such patients were so treated. Most patients with bleeding and stenosis were treated by bilateral truncal vagotomy and drainage, and a few by Polya gastrectomy. Proximal gastric vagotomy proved to be a safe elective operation without mortality and with a proven ulcer recurrence rate so far of 6%. Compared with those who had bilateral truncal vagotomy and drainage, the proximal gastric vagotomy patients complained less often of diarrhoea but more often of weight loss and reflux. Two patients have had persistent postprandial non-peptic pain, thought possibly due to upper gastric ischaemia.     

Fundic vagotomy by waveguide CO2 laser: experimental study of a new technique in dogs

Anterior lesser curve seromyotomy with posterior truncal vagotomy is an alternative operation to the highly selective vagotomy. After preoperative gastric function testing, four dogs underwent an anterior lesser curve seromyotomy with posterior truncal vagotomy. However, a new prototype hand-held laser was used to perform the seromyotomy. This laser delivers 20 W and is small, light, and highly maneuverable. Results of the operation indicate that this laser was easy to use and yielded a very effective seromyotomy without complications. Peroperatively, the laser performed simultaneous section and hemostasis. Postoperatively, no significant acid production could be stimulated with either histamine, pentagastrin, or insulin. This operation yields good control of acid production and is faster and easier than the highly selective vagotomy. The hand-held waveguide CO2 laser may further facilitate the ease of this procedure.     

Persistent dysphagia after laparoscopic vagotomy

BACKGROUND: Laparoscopic vagotomy represents a new and less invasive treatment for peptic ulcer disease, but the problem of postvagotomy dysphagia has not been solved. The aim of this study was to determine the etiologic factors related to long-term laparoscopic postvagotomy dysphagia. METHODS: Two female and 11 male patients with a mean age of 48.5 years who underwent laparoscopic vagotomy were investigated retrospectively. Preoperative diagnosis included duodenal ulcer resistant to medical treatment, gastric hypersecretion, gastric outlet obstruction, cholelithiasis, and gastroesophageal reflux disease (GERD). Ten patients underwent laparoscopic highly selective vagotomy, and three patients had laparoscopic truncal vagotomy with gastrojejunostomy or pyloroplasty. Nine of these patients had a Nissen fundoplication in conjunction with the vagotomy. RESULTS: The median long-term follow-up period was 47 months. Two patients complained of severe dysphagia, one of moderate dysphagia, and two of mild dysphagia. Neither type of vagotomy nor an additional fundoplication was correlated with the severity of postoperative long-term dysphagia. Severity of postoperative dysphagia was associated with severity of preoperative dysphagia (r = 0.752, p = 0.003) but not with heartburn (r = 0.358, p = 0.531) or regurgitation (r = 0.024, p = 0.938). The cause of preoperative dysphagia varied; however, all of these patients had GERD and consequent esophageal lesions. CONCLUSION: Preexisting dysphagia appears to play an integral role in persistent postoperative dysphagia. Care must be taken to construct a loose fundoplication in patients with dysphagia.     

Proximal Gastric Vagotomy: Does It Have a Place in the Future Management of Peptic Ulcer?

Proximal gastric vagotomy (PGV) is a modification of truncal vagotomy, which was introduced by Dragstedt for the treatment of duodenal ulcer (DU) in 1943. It is a technically demanding operation; but when performed by an experienced surgeon, it is safe and gives a cure rate for DU of more than 90%, with minimal side effects. The operation permanently alters the natural history of the disease and may be used for gastric ulcer (GU), with ulcer excision; but it is not as effective. Further adaptations, such as posterior truncal vagotomy with anterior seromyotomy, were introduced to simplify and shorten the operation, but they did not receive wide acceptance. Recently, with the identification of Helicobacter, it was found that DU can also be cured by eliminating the infection. PGV is therefore used electively in patients with persistent DU that is not Helicobacter-positive or in the few in whom Helicobacter cannot be eliminated. In patients with bleeding or perforated DUs, PGV may be used in conjunction with underrunning the vessel or patching the perforation. However, few surgeons doing emergency peptic ulcer surgery have experience with PGV, so simple suture followed by medical treatment is the safest option. Because elective PGV is now a rare procedure, patients should be referred to a center with special expertise. If Helicobacter becomes resistant to antibiotics in the future, surgery may be needed regularly again, but the technical nuances would have to be relearned.     

Perforated duodenal ulcer: laparoscopic treatment of perforation and ulcerous disease

STUDY AIM: The aim of this retrospective study was to report a continuous series of 44 perforated duodenal peptic ulcers operated on through laparoscopic approach with curative treatment of the peptic ulcer disease for socioeconomic purpose. PATIENTS AND METHOD: From February 1995 to May 1996, 44 patients were operated on laparoscopically. There were 42 men and two women (mean age: 36 years). All patients had peritonitis with pneumoperitoneum in 68%. Duodenal peptic ulcer was known in 12 patients and antecedent of episodic epigastric pain were present in 27. Four trocads were used. The diagnosis was confirmed by abdominal exploration and peritoneal lavage was performed with physiological serum. RESULTS: The procedures were: suture of perforated ulcer associated with posterior vagotomy and anterior seromyotomy (n = 6), with troncular vagotomy and pyloroplasty (n = 24) and single suture (n = 1). A conversion into laparotomy was necessary in 13 patients (29.5%). There was no mediastinitis, no postoperative death. Peritonitis by leakage occurred in two patients who were reoperated by laparotomy; mean duration of hospital stay was 5.5 days. With a one-year follow-up, all patients were in good condition, free of pain. CONCLUSION: With laparoscopic surgery, diagnosis of peptic ulcer perforation was confirmed, peritoneal lavage was perfectly done, duodenal perforation was sutured and surgical treatment of the peptic ulcer disease was performed, which is important in poor countries.     

Spontaneous choledochoduodenal fistula complicating peptic ulcer disease —A case report—

Spontaneous choledochoduodenal fistula is a rare complication of peptic ulcer disease, the surgical therapy of which is generally directed towards the ulcer disease itself, in the form of vagotomy with antrectomy or gastrojejunostomy. The case reported herein is of a 40 year old man who presented with a spontaneous choledochoduodenal fistula which was successfully treated by a truncal vagotomy and posterior retrocolic gastrojejunostomy. Such procedures as cholecystectomy, common bile duct exploration and bilio-enteric reconstruction, should only be performed in the case of a biliary stricture, which occurs rarely.     

A new technique of surgical treatment of chronic duodenal ulcer without laparotomy by videocoelioscopy.

We performed truncal posterior right vagotomy with lesser curve anterior gastric myotomy by videocoelioscopy on 10 patients (5 men and 5 women, ranging in age from 19 and 54 years, with a mean age of 32 years). All had a long history of chronic duodenal ulcer with a mean duration of symptoms of 3.8 years. The mean length of the operation was 60 minutes (range: 55 to 110 minutes). There was no morbidity, and all patients were discharged after 5 days. The acid secretion tests under basal conditions and under insulin stimulation preoperatively and 1 month postoperatively showed a mean decrease in the basal output of 79.3% and a mean decrease of 83.04% in the maximal output. The fibroscopic control at the second postoperative month showed a complete healing of the ulcer in nine patients and a residual ulcer scar in one. No patients had any abdominal complaints. Right truncal vagotomy and anterior lesser curve seromyotomy by videocoelioscopy is an efficient and elegant method of treating chronic duodenal ulcer, but it needs thorough experimental practice.     

Spontaneous choledochoduodenal fistula complicating peptic ulcer disease--a case report

Spontaneous choledochoduodenal fistula is a rare complication of peptic ulcer disease, the surgical therapy of which is generally directed towards the ulcer disease itself, in the form of vagotomy with antrectomy or gastrojejunostomy. The case reported herein is of a 40 year old man who presented with a spontaneous choledochoduodenal fistula which was successfully treated by a truncal vagotomy and posterior retrocolic gastrojejunostomy. Such procedures as cholecystectomy, common bile duct exploration and bilio-enteric reconstruction, should only be performed in the case of a biliary stricture, which occurs rarely.