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Query: UMLS:C0036690 (sepsis)
 59,461 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Hemorrhagic gastritis is the most frequent cause of upper gastrointestinal bleeding in patients with cancer. A study was undertaken to evaluate the clinical course of 87 patients, in a cancer hospital setting, with hemorrhagic gastritis associated with stress, exogenous gastric irritants and the combination of the two. The average number of blood transfusions was four times higher and the average duration of bleeding was twice as long in stress patients as in patients without stress. Fifty-four per cent of stress patients died, whereas all patients survived in the group without stress. Although there were no statistically significant differences, patients with the combination of gastric irritants and stress tended to bleed longer and have a higher mortality than patients with stress alone. Over two-thirds of the deaths were ascribed to associated stress risk factors such as sepsis, multiple organ failure and advanced cancer and not to gastrointestinal hemorrhage.
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PMID:Risk factors and mortality in patients with cancer and hemorrhage from stress ulcer. 31 7

The present study was designed to determine the gastric hemodynamics in a septic model that causes both a hyperdynamic state and acute erosive gastritis. Sepsis was established in twelve pigs by the intramuscular shank injection of Pastuerella multocida (42 X 10(8) colonies) in triptose phosphate broth; four pigs received sterile broth injections (shams) and eight received sterile saline injections (controls). After 18 hours, cardiac output was measured by both the cardiogreen dilution technic and the radioactive microsphere dilution technic; cardiac output was then compared to total and regional gastric blood flow measured by the raioactive microsphere entrapment technic. Acute erosive gastritis developed in septic pigs in the fundus and body of the stomach; the antrum was spared. Cardiac output was significantly increased in septic pigs compared with sham and control pigs. Total gastric blood flow and regional blood flow to the fundus, body, and antrum were also increased in direct proportion to the increase in cardiac output. These data suggest that acute erosive gastritis is primarily due to an end-organ cellular insult from sepsis and is not primarily due to a decrease or redistribution in gastric blood flow.
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PMID:Gastritis and gastric blood flow in hyperdynamic septic pigs. 124 58