The Effect of Hypothermia on Experimentally Induced Hemorrhagic Pancreatic Necrosis

Conrad B. Jenson; Kamil Imamoglu; Harlan D. Root; Owen H. Wangensteen

doi:10.1016/S0016-5085(61)80138-8

The Effect of Hypothermia on Experimentally Induced Hemorrhagic Pancreatic Necrosis

Conrad B. Jenson, Kamil Imamoglu, Harlan D. Root, Owen H. Wangensteen

Research output: Contribution to journal › Article › peer-review

2 Scopus citations

Abstract

Pancreatic secretion in the dog following pilocarpine stimulation was markedly reduced by pancreatic hypothermia (15° to 23° C.) The mortality rate for pancreatic necrosis evoked by injection of bile salts or duodenal juice into the pancreatic duct, or by the Shwartzman reaction, was enhanced slightly by use of systemic (25° to 30° C.) or local (15° to 23° C.) hypothermia. Permeability of the cat esophagus to perfused human bile enriched with ox bile salts was not significantly altered by hypothermia (18° to 20° C).

Original language	English (US)
Pages (from-to)	532-535
Number of pages	4
Journal	Gastroenterology
Volume	40
Issue number	4
DOIs	https://doi.org/10.1016/S0016-5085(61)80138-8
State	Published - 1961
Externally published	Yes

ASJC Scopus subject areas

Gastroenterology
Hepatology

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10.1016/S0016-5085(61)80138-8

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title = "The Effect of Hypothermia on Experimentally Induced Hemorrhagic Pancreatic Necrosis",

abstract = "Pancreatic secretion in the dog following pilocarpine stimulation was markedly reduced by pancreatic hypothermia (15° to 23° C.) The mortality rate for pancreatic necrosis evoked by injection of bile salts or duodenal juice into the pancreatic duct, or by the Shwartzman reaction, was enhanced slightly by use of systemic (25° to 30° C.) or local (15° to 23° C.) hypothermia. Permeability of the cat esophagus to perfused human bile enriched with ox bile salts was not significantly altered by hypothermia (18° to 20° C).",

author = "Jenson, {Conrad B.} and Kamil Imamoglu and Root, {Harlan D.} and Wangensteen, {Owen H.}",

year = "1961",

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AU - Jenson, Conrad B.

AU - Imamoglu, Kamil

AU - Root, Harlan D.

AU - Wangensteen, Owen H.

PY - 1961

Y1 - 1961

N2 - Pancreatic secretion in the dog following pilocarpine stimulation was markedly reduced by pancreatic hypothermia (15° to 23° C.) The mortality rate for pancreatic necrosis evoked by injection of bile salts or duodenal juice into the pancreatic duct, or by the Shwartzman reaction, was enhanced slightly by use of systemic (25° to 30° C.) or local (15° to 23° C.) hypothermia. Permeability of the cat esophagus to perfused human bile enriched with ox bile salts was not significantly altered by hypothermia (18° to 20° C).

AB - Pancreatic secretion in the dog following pilocarpine stimulation was markedly reduced by pancreatic hypothermia (15° to 23° C.) The mortality rate for pancreatic necrosis evoked by injection of bile salts or duodenal juice into the pancreatic duct, or by the Shwartzman reaction, was enhanced slightly by use of systemic (25° to 30° C.) or local (15° to 23° C.) hypothermia. Permeability of the cat esophagus to perfused human bile enriched with ox bile salts was not significantly altered by hypothermia (18° to 20° C).

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The Effect of Hypothermia on Experimentally Induced Hemorrhagic Pancreatic Necrosis

Abstract

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