Gastrointestinal Motility in Health and Disease

1 Studies on the interdigestive (migrating) motor complex in man.- 2 Migrating myoelectrical complexes in man.- 3 The interdigestive myoelectrical complex and other migrating electrical phenomena in the human small intestine.- 4 Effect of feeding and of gastrin on the interdigestive myoelectrical complex in man.- 5 Postoperative gastrointestinal complexes.- 6 The effect of different test meals on the interdigestive myoelectrical complex (MMC) in dogs.- 7 The effects of exogenous cholecystokinin and pentagastrin on myoelectrical activity in the small intestine of the conscious fasted dog.- 8 Longitudinal contractions in the jejunum of fasting dogs.- 9 Laxative effects on small intestinal electrical activity of the conscious dog.- 10 Migrating myoelectrical complexes: disruption, enhancement and disorganization.- 11 Treatment of diverticular disease with hydrophilic colloids.- 12 Control of motor activity in the lower oesophageal sphincter by motilin.- 13 The role of the cholinergie nervous system in the gastrointestinal response to motilin in vivo.- 14 VIP antagonizes motilin-induced antral contractions in vitro.- 15 Release of [3H]noradrenaline by electrical stimulation of human isolated taenia coli.- 16 2-2?-Pyridylisatogen antagonizes adenosine 5?-triphosphate but not nerve-mediated relaxations in human isolated taenia coli.- 17 Stimulatory actions of adenosine triphosphate in dog intestine.- 18 Effect of dopamine on gastric motility in man: evidence for specific receptors.- 19 Is dopamine an endogenous inhibitor of gastric emptying?.- 20 Low residue diet affects motility of the duodenum as well as the colon.- 21 Effects of 16,16-dimethyl prostaglandin E2 on the integrated response to a meal.- 22 Influence of nutritive density of a meal on gastric emptying in duodenal ulcer patients.- 23 The effect of vagotomy on gastric emptying of solid and liquid components of a meal.- 24 The effect of bran on colonic myoelectrical function in diverticular disease.- 25 Methods of analysing rhythmic electrical potentials in the gastrointestinal tract.- 26 Frequency analysis of electrical activity in dog colon.- 27 Gastroduodenal coordination: a computer analysis.- 28 Computer analysis of electrical and mechanical activity of stomach, duodenum and caecum over long periods.- 29 Real-time analysis of colonic myoelectrical rhythms in disease.- 30 Specific impedance of longitudinal and circular muscle from cat proximal jejunum.- 31 Colonic mechanoreceptor input to neurons in the coeliac plexus and superior mesenteric ganglion.- 32 Electrical activity of myenteric neurons: comparison of results obtained with intracellular and extracellular methods of recording.- 33 The genesis of the myoelectrical activity in the circular muscle layer from the cat colon: a pharmacological analysis.- 34 In vitro studies of the electrical activity of the longitudinal and circular muscle layers of the human colon.- 35 Human lower oesophageal sphincter (LES) response to submaximal and maximal effective doses of synthetic human big gastrin (G-34) and gastrin I (G-17).- 36 The effects of thyrocalcitonin on pentagastrin-induced contraction of the lower oesophageal sphincter in normals and in patients with achalasia.- 37 Comparison of the biological activity of pentagastrin, G-17 and G-34 on canine antral motility and intracellular electrical activity.- 38 Direct measurement of pyloric diameter and tone in man and their response to cholecystokinin.- 39 The relationship between gastric inhibitory peptide and right colon electromechanical activity after feeding.- 40 Colonic motility.- 41 Cellular ion concentrations and electrical control activity in various regions of the colon.- 42 Electrophysiological control of motility in canine colon.- 43 Nycthemeral variation of ileocolic myoelectrical activity in the cat.- 44 The identification of an electrically silent zone at the ileocaecocolic junction.- 45 Idiopathic intestinal pseudo-obstruction syndromesA clinicopathological