A variety of surgical reconstructive procedures devised to restore gastrointestinal continuity, The two major classes of reconstruction are the Billroth I (gastroduodenostomy) and Billroth II (gastrojejunostomy) procedures.
Gastrointestinal symptoms resulting from an absent or nonfunctioning pylorus.
The interruption or removal of any part of the vagus (10th cranial) nerve. Vagotomy may be performed for research or for therapeutic purposes.
The segment of LARGE INTESTINE between ASCENDING COLON and DESCENDING COLON. It passes from the RIGHT COLIC FLEXURE across the ABDOMEN, then turns sharply at the left colonic flexure into the descending colon.
A complication of gastrojejunostomy (BILLROTH II PROCEDURE), a reconstructive GASTROENTEROSTOMY. It is caused by acute (complete) or chronic (intermittent) obstruction of the afferent jejunal loop due to HERNIA, intussusception, kinking, VOLVULUS, etc. It is characterized by PAIN and VOMITING of BILE-stained fluid.

Possible association of active gastritis, featuring accelerated cell turnover and p53 overexpression, with cancer development at anastomoses after gastrojejunostomy. Comparison with gastroduodenostomy. (1/77)

To cast light on tumorigenesis in the remnant stomach after distal gastrectomy for peptic ulcer or gastric cancer, 45 cases in gastroduodenostomy (Billroth I, 17 cases) and gastrojejunostomy (Billroth II, 28 cases) groups were compared for a series of parameters. Cancers in Billroth II were significantly more predominant in the anastomosis area and more frequently associated with Epstein-Barr virus infection. Active gastritis, accelerated epithelial cell turnover (as assessed by measurements of apoptosis and cell proliferation), DNA damage, and foveolar cell hyperplasia were all greater in anastomotic areas after Billroth II than in proximal areas after Billroth II or either area after Billroth I. K-ras mutations were rare, but Epstein-Barr virus infection in cancers was seen frequently in anastomosis cases. In conclusion, active gastritis, possibly induced by enterogastric reflux, is linked to tumorigenesis in anastomosis sites in Billroth II cases.  (+info)

Assessment and treatment of recurrent peptic ulceration. (2/77)

From the experience of treating 91 patients with a proven recurrent ulcer we consider that if a proven ulcer is shown to be present and a gastrin-secreting tumour is excluded an appropriate reoperation will almost always produce a successful result (94 per cent). Before subjecting patients to reoperation all attempts must be made to secure a precise diagnosis. The following investigations should be performed: barium meal, panendoscopy of the upper gastrointestinal tract, determination of maximum acid output (with insulin test and gastrin analysis if appropriate), and cholecystography. Before accepting a diagnosis of recurrent ulcer at least 2 of the first 3 tests should be postive. If the primary operation was a resection we advocate vagotomy alone as the second operation, provided there are no local complications such as stenosis, bleeding, or fistula. If the primary operation was a vagotomy and the recurrence is associated with a positive response to the insulin test we advocate revagotomy and antrectomy. If the insulin test is negative we normally repeat the test; if it is still negative then we use antrectomy alone.  (+info)

Gastrocolic and gastrojejunocolic fistulae: report of twelve cases and review of the literature. (3/77)

Seven gastrocolic and five gastrojejunocolic fistulae were recorded at Charity Hospital between 1940 and 1970. Such fistulae occurred in males more often than females. In this series, as in others, the most common cause was gastric surgery for peptic ulcer disease. Pain, diarrhea, and weight loss were clinical findings in half the patients; anemia, leukocytosis, electrolyte disturbances and hypoalbuminemia were common laboratory findings. A fistula was demonstrated radiologically in nine of the twelve patients, management of these patients included no operation (3); two-stage procedure (2); and one-stage procedure (7); with a recent trend toward the one-stage procedure. A case report of a fistula resulting from postoperative complications of perforative appendicitis in which a successful combination of hyperalimentation and diverting colostomy was used is presented.  (+info)

Gastritis cystica and carcinoma arising in old gastrojejunostomy stoma. (4/77)

Gastritis cystica and carcinoma developed 35 years after partial gastectomy and gastrojejunostomy for benign peptic ulcer. Although chronic atrophic gastritis and carcinoma are well recognized complications of gastrojejunostomy, gastritis cystica appears to be rare. The resemblance of the lesion to that of colitis cystica profunda is striking.  (+info)

Proximal gastric vagotomy: interim results of a randomized controlled trial. (5/77)

In a randomized controlled trial 50 patients with duodenal ulcer treated by proximal gastric vagotomy (P.G.V.) without drainage were compared with 50 who underwent selective vagotomy and gastrojejunostomy. The clinical results were assessed in 99 patients one to four years after operation. Patients who had undergone P.G.V. had significantly less dumping, nausea, and bile vomiting and fared better in their overall clinical grading. The postoperative Visick grading of the 50 patients with P.G.V. was similar to that of 56 controls with no known gastrointestinal disease who had not undergone operation. The results obtained in the patients who had had P.G.V. without drainage were compared with those of a further group of 24 patients subjected of P.G.V. with gastrojejunostomy, and the better results obtained in the former group were thought to be due to elimination of the drainage procedure. The average follow-up period of the trial was just over two years, but there were no indications that the recurrent ulceration rate after P.G.V. would be any higher than after other types of vagotomy and drainage.  (+info)

Diagnosis and current management of gastrojejunocolic fistula. (6/77)

Gastrojejunocolic fistula is a late complication of gastroenterostomy and is associated with inadequate gastric resection and incomplete vagotomy. In the past, attempted primary repair had high mortality and staged operations were normally performed. We present two cases of gastrojejunocolic fistula and discuss the modern management of this condition. In both cases, improved nutritional support allowed successful one-stage surgical repair to be performed.  (+info)

Distal antrectomy with vagectomy for duodenal ulcer: results in 611 cases. (7/77)

Distal antrectomy (25% or less) resection of the distal stomach with bilateral vagectomy, Billroth II, antecolic, Polya or Hofmeister gastrojejunostomy, continues to be our operation of choice for chronic duodenal ulcer. This is based upon our experience in 611 operations and as a result of careful complete repeat in-patient followup studies conducted since our original operation which was devised and performed in July 1953. This procedure controls or eliminates the two major gastric acid stimulatory phases responsible in the pathogenesis and chronicity of a duodenal ulcer: neurogenic (cephalic phase) via the vagel gastric pathways, and the humoral (gastrin) phase via antral stimulation. Even though part of the antrum may remain in the gastric remnant in some patients, antral control is maintained because the antrum remains in the gastric acid stream, there is no stasis, and it is vagectomized. The ulcer diathesis is controlled with a minimal disturbance in gastric physiology, in function, and in gastric reservoir capacity; the procedure will almost eliminate all of the undesirable postoperative gastrointestinal sequelase associated with other operations for duodenal ulcer. It insures the least chance for marginal, gastric, or recurrent ulcer formation, and a low morbidity rate.  (+info)

A clinical and statistical study of the effect of gastrojejunostomy on human gastric secretion. (8/77)

By a statistical study using the Kay augmented histamine test it has been shown that performing a gastrojejunostomy has no fundamental effect on gastric secretion and that the post-operative differences are due entirely to reflux and/or loss through the stoma.  (+info)

Gastroenterostomy is a surgical procedure that creates an anastomosis (a connection or junction) between the stomach and the small intestine, usually between the stomach's lesser curvature and the jejunum (the second part of the small intestine). This procedure is often performed to bypass a diseased or obstructed portion of the gastrointestinal tract, such as in the case of gastric ulcers, tumors, or other conditions that prevent normal digestion and absorption.

There are different types of gastroenterostomy procedures, including:
1. Billroth I (or "gastroduodenostomy"): The stomach is connected directly to the duodenum (the first part of the small intestine).
2. Billroth II (or "gastrojejunostomy"): The stomach is connected to the jejunum, bypassing the duodenum.
3. Roux-en-Y gastrojejunostomy: A more complex procedure in which a portion of the jejunum is separated and reconnected further down the small intestine, creating a Y-shaped configuration. This type of gastroenterostomy is often used in bariatric surgery for weight loss.

The choice of gastroenterostomy technique depends on the specific medical condition being treated and the patient's overall health status.

Dumping syndrome, also known as rapid gastric emptying, is a condition that typically occurs in people who have had surgery to remove all or part of their stomach (gastrectomy) or have had a procedure called a gastrojejunostomy. These surgeries can lead to the stomach's contents entering the small intestine too quickly, causing symptoms such as nausea, vomiting, abdominal cramping, diarrhea, dizziness, and sweating.

There are two types of dumping syndrome: early and late. Early dumping syndrome occurs within 30 minutes after eating, while late dumping syndrome occurs 1-3 hours after eating. Symptoms of early dumping syndrome may include nausea, vomiting, abdominal cramping, diarrhea, bloating, dizziness, and fatigue. Late dumping syndrome symptoms may include hypoglycemia (low blood sugar), which can cause sweating, weakness, confusion, and rapid heartbeat.

Treatment for dumping syndrome typically involves dietary modifications, such as eating smaller, more frequent meals that are low in simple sugars, and avoiding fluids during meals. In some cases, medication may be prescribed to help slow down gastric emptying or manage symptoms. If these treatments are not effective, surgery may be necessary to correct the problem.

A vagotomy is a surgical procedure that involves cutting or blocking the vagus nerve, which is a parasympathetic nerve that runs from the brainstem to the abdomen and helps regulate many bodily functions such as heart rate, gastrointestinal motility, and digestion. In particular, vagotomy is often performed as a treatment for peptic ulcers, as it can help reduce gastric acid secretion.

There are several types of vagotomy procedures, including:

1. Truncal vagotomy: This involves cutting the main trunks of the vagus nerve as they enter the abdomen. It is a more extensive procedure that reduces gastric acid secretion significantly but can also lead to side effects such as delayed gastric emptying and diarrhea.
2. Selective vagotomy: This involves cutting only the branches of the vagus nerve that supply the stomach, leaving the rest of the nerve intact. It is a less extensive procedure that reduces gastric acid secretion while minimizing side effects.
3. Highly selective vagotomy (HSV): Also known as parietal cell vagotomy, this involves cutting only the branches of the vagus nerve that supply the acid-secreting cells in the stomach. It is a highly targeted procedure that reduces gastric acid secretion while minimizing side effects such as delayed gastric emptying and diarrhea.

Vagotomy is typically performed using laparoscopic or open surgical techniques, depending on the patient's individual needs and the surgeon's preference. While vagotomy can be effective in treating peptic ulcers, it is not commonly performed today due to the development of less invasive treatments such as proton pump inhibitors (PPIs) that reduce gastric acid secretion without surgery.

The transverse colon is the section of the large intestine that runs horizontally across the abdomen, located between the ascending colon and the descending colon. It receives digested food material from the left side of the cecum via the transverse mesocolon, a double-layered fold of peritoneum that attaches it to the posterior abdominal wall.

The transverse colon is responsible for absorbing water, electrolytes, and vitamins from the digested food material before it moves into the distal sections of the large intestine. It also contains a large number of bacteria that help in the breakdown of complex carbohydrates and the production of certain vitamins, such as vitamin K and biotin.

The transverse colon is highly mobile and can change its position within the abdomen depending on factors such as respiration, digestion, and posture. It is also prone to various pathological conditions, including inflammation (colitis), diverticulosis, and cancer.

Afferent loop syndrome is a relatively uncommon complication that can occur after certain gastrointestinal surgeries, particularly those involving the small intestine. The afferent loop refers to a portion of the small intestine that carries digestive secretions from the liver and pancreas towards the main part of the small intestine (the jejunum).

In afferent loop syndrome, this loop becomes obstructed or narrowed, leading to a backup of digestive enzymes and fluids. This can cause various symptoms, including abdominal pain, nausea, vomiting, and diarrhea. The vomit may contain bile, which is a yellowish-green fluid produced by the liver, indicating that the obstruction is located in the afferent loop.

Afferent loop syndrome can be caused by several factors, including post-surgical adhesions (scar tissue), inflammation, or tumors. The diagnosis of afferent loop syndrome typically involves imaging tests such as CT scans or upper gastrointestinal series to visualize the obstruction. Treatment may involve endoscopic procedures to clear the obstruction or surgery to repair or bypass the affected portion of the intestine.

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