Study with two prokinetics in functional dyspepsia and GORD: domperidone vs. cisapride.

The HT4-agonist Cisapride (CIS) and the peripheral D2-antagonist Domperidone (DOMP) have distinct prokinetic actions. We compared their clinical efficacy in 127 dyspeptic patients. Patients with upper abdominal complaints of > 1 month duration, who had a normal UGE were allocated to the REFLUX-group (RG), (predominance of heartburn, acid regurgitation or retrosternal pain) or if devoid of this specific symptomatology to the DYSPEPSIA-group (DG) In a double-blind randomised fashion and allocated to 10 mg CIS or 20 mg DOMP qid (RG) or tid (DG) for 1 month and followed-up for further 2 months.

[Endoscopic findings in volunteers and dyspeptic patients].

Although more than a fourth of the adult population reports dyspeptic complaints, little is known about the prevalence of clinically relevant UGI endoscopic findings in these patients in comparison with asymptomatic volunteers. This type of information is required in order to assess the relative risks of organic dyspepsia and the sensitivity and specificity of dyspeptic complaints for peptic lesions. In an attempt to fill this gap, the authors compared two trials carried out in the German-speaking part of Switzerland: (a.

Cisapride or cimetidine in the treatment of functional dyspepsia. Results of a double-blind, randomized, Swiss multicentre study.

Background: Functional dyspepsia is a major diagnostic and therapeutic challenge for the clinician. Several systems for the identification of 'high-risk' patients and classifications of dyspepsia subtypes and treatment schemes have been proposed in the past with limited experimental evidence to support the claims made. The present trial was designed to compare two different treatment modalities in a group of functional dyspepsia patients selected on the basis of a standardized diagnostic procedure as 'non-risk' for organic disease and to assess the result in the major symptom sub-groups of functional dyspepsia as a means of identifying the potential for improving treatment outcome.

[Drugs and assessment of gastrointestinal motility].

Any determination of gastrointestinal motility is based on two assumptions: (1) That the patient is examined in "physiological" conditions and (2) that the values measured truly reflect the parameter the investigator wishes to examine. A large array of very different drugs shares the ability to modify the digestive motility (i.e.

[Gallbladder dyskinesia and manometry of Oddi's sphincter].

Sphincter of Oddi activity partly regulates bile flow into the small intestine. This regulation is mainly controlled by phasic contractions and basal tone of the sphincter, together with gallbladder contraction. Manometric studies of the sphincter have permitted a better understanding of its physiological role and implication in biliary dyskinesia symptoms.

[Constipation and incontinence: significance of colonic transit time, anorectal manometry and defecography].

Constipation and fecal incontinence are frequent motives of gastroenterological consultation. An etiological diagnosis can often be suspected from the history and can be confirmed by functional testing. We here report our experience with the measurement of colonic transit time (TTC), anorectal manometry (MAR) and defecography (D).

[Questionable usefulness of the edrophonium test in the diagnosis of non-cardiac retrosternal pain].

Of 69 patients with non-cardiac chest pain, one third had abnormal esophageal motility as evidenced by basal esophageal manometry. 8 patients (12%) reported chest pain during a provocation test (edrophonium). While this pain seemed similar to the spontaneous chest pain described by 7 patients, it was not associated with manometric changes in 30% of these cases.

[Endoscopic sclerotherapy and esophageal varices].

60 consecutive patients underwent sclerotherapy for hemorrhage from ruptured esophageal varices. Sclerosis was always started within the first 48 hours. 12 patients (20%) died during initial hospitalization, but only 5 from recurrent bleeding.

Exocrine pancreatic nodules after longterm pancreaticobiliary diversion in rats. An effect of raised CCK plasma concentrations.

Surgical diversion of bile and pancreatic secretions to the mid small bowel has been shown to provoke increased CCK plasma concentration and growth of the pancreas in rats. This study was undertaken to investigate the effects of chronic pancreaticobiliary diversion on pancreatic morphology as well as the circulating concentrations of pancreatic polypeptide, secretin, gastrin, and CCK. Fifteen month diversion provoked 73 and 86% increases in pancreatic weight and volume (p less than 0.

Idiopathic chronic watery diarrhea from excluded rectosigmoid with goblet cell hyperplasia cured by restoration of large bowel continuity.

A 73-year-old woman developed abnormal electrolyte and water loss from an excluded rectosigmoid segment after surgical treatment of a volvulus of the sigmoid colon. Rectal discharges lasted almost for a year, until it spontaneously resolved after restoration of large bowel continuity. Despite extensive investigation, including endoscopic, radiologic, microscopic, bacteriologic and parasitic examinations, no satisfactory explanation of the diarrhea could be found.

[Potential adaptation of the gastrointestinal system. Existence of an enteropancreatic trophic axis, the role of hormones and polyamines].

The evidence for an enteropancreatic trophic axis is reviewed. Luminal nutrition is essential for the maintenance of normal intestinal mucosal, as well as exocrine pancreatic structure and function. Exclusion of luminal nutrition leads to mucosal hypoplasia and hypofunction with similar changes in the pancreas.

Hyperenteroglucagonaemia and small intestinal mucosal growth after colonic perfusion of glucose in rats.

Beside intraluminal factors, humoral agents play an important role in intestinal adaptation. Enteroglucagon, the mucosal concentration of which is maximal in the terminal ileum and colon, is the strongest candidate for the role of small intestinal mucosal growth factor. The present experiment was designed to study the role of colonic enteroglucagon in stimulating mucosal growth in rats with a normal small intestine.

Jejunal secretory effect of intraduodenal food in humans. A comparison of mixed nutrients, proteins, lipids, and carbohydrates.

The effect of the presence of food in the intestinal lumen on fluid transport by an intestinal loop isolated from nutrients is debatable and seems to be species dependent. The aim of the present study was to investigate this effect in humans. Fluid and ion transport by a 30-cm-long jejunal loop was measured by the perfusion of a plasmalike electrolyte solution below an occlusive balloon inflated at the angle of Treitz.

Hormones and polyamines in intestinal and pancreatic adaptation.

The evidence for and against an enteropancreatic trophic axis is reviewed. Luminal nutrition is essential for the maintenance of normal intestinal mucosal, and exocrine pancreatic, structure and function. Exclusion of luminal nutrition leads to mucosal hypoplasia and hypofunction with similar changes in the pancreas.

Mechanism of pancreatic growth induced by pancreatico-biliary diversion in the rat. Inhibition by proglumide, benzotript, and ranitidine.

Pancreatico-biliary diversion (PBD) stimulates pancreatic growth in the rat. The present experiment was designed to investigate the mechanism of this phenomenon. The potential roles of endogenous CCK, gastrin, and secretin were studied.