A key role for histamine in the physiological control of gastric acid secretion was established with the advent of the histamine H2-receptor antagonists which have in vivo been shown to inhibit virtually all forms of basal and stimulated secretion.' These data can be seen to support the common mediator hypothesis championed in the last three decades by Code2 3 and which states that secretory st...

A key role for histamine in the physiological control of gastric acid secretion was established with the advent of the histamine H2-receptor antagonists which have in vivo been shown to inhibit virtually all forms of basal and stimulated secretion.' These data can be seen to support the common mediator hypothesis championed in the last three decades by Code2 3 and which states that secretory st...

A key role for histamine in the physiological control of gastric acid secretion was established with the advent of the histamine H2-receptor antagonists which have in vivo been shown to inhibit virtually all forms of basal and stimulated secretion.' These data can be seen to support the common mediator hypothesis championed in the last three decades by Code2 3 and which states that secretory st...

The release of immunoreactive prostaglandin E2 (PGE2) and leukotriene C4 (LTC4) from antral and duodenal mucosal biopsy specimens taken from 20 patients with duodenal ulcer disease was measured by radioimmunoassay before and four weeks after treatment with colloidal bismuth subcitrate. Gastroscopic and histological examination showed complete ulcer healing in 15/18 patients and duodenal histolo...

A key role for histamine in the physiological control of gastric acid secretion was established with the advent of the histamine H2-receptor antagonists which have in vivo been shown to inhibit virtually all forms of basal and stimulated secretion.' These data can be seen to support the common mediator hypothesis championed in the last three decades by Code2 3 and which states that secretory st...

A key role for histamine in the physiological control of gastric acid secretion was established with the advent of the histamine H2-receptor antagonists which have in vivo been shown to inhibit virtually all forms of basal and stimulated secretion.' These data can be seen to support the common mediator hypothesis championed in the last three decades by Code2 3 and which states that secretory st...

The common form of duodenal diverticula is due to an out-pouching of the duodenal mucosa. Duodenal diverticula are thought to be acquired and occur at points of weakness on the medial duodenal wall. The diverticulum is usually solitary and is seen in two per cent of upper gastrointestinal series.1 Ninety-six per cent of duodenal diverdcula occur in the second part of the duodenum.2 One such pat...

A key role for histamine in the physiological control of gastric acid secretion was established with the advent of the histamine H2-receptor antagonists which have in vivo been shown to inhibit virtually all forms of basal and stimulated secretion.' These data can be seen to support the common mediator hypothesis championed in the last three decades by Code2 3 and which states that secretory st...

A key role for histamine in the physiological control of gastric acid secretion was established with the advent of the histamine H2-receptor antagonists which have in vivo been shown to inhibit virtually all forms of basal and stimulated secretion.' These data can be seen to support the common mediator hypothesis championed in the last three decades by Code2 3 and which states that secretory st...

A key role for histamine in the physiological control of gastric acid secretion was established with the advent of the histamine H2-receptor antagonists which have in vivo been shown to inhibit virtually all forms of basal and stimulated secretion.' These data can be seen to support the common mediator hypothesis championed in the last three decades by Code2 3 and which states that secretory st...