Effect of Escherichia coli on Fluid Transport across Canine Small Bowel MECHANISM AND TIME-COURSE WITH ENTEROTOXIN AND WHOLE BACTERIAL CELLS
R. L. Guerrant, U. Ganguly, A. G. T. Casper, E. J. Moore, N. F. Pierce, C. C. J. Carpenter
R. L. Guerrant, U. Ganguly, A. G. T. Casper, E. J. Moore, N. F. Pierce, C. C. J. Carpenter
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Research Article

Effect of Escherichia coli on Fluid Transport across Canine Small Bowel MECHANISM AND TIME-COURSE WITH ENTEROTOXIN AND WHOLE BACTERIAL CELLS

Abstract

An Escherichia coli strain isolated from a patient with severe cholera-like diarrhea elaborates a partly heat-labile enterotoxin shown to cause prompt adenyl cyclase stimulation and isotonic fluid secretion by canine jejunum. Both responses disappear upon removal of the enterotoxin. The duration of action of a submaximal dose of this E. coli enterotoxin was brief, despite sustained exposure to the jejunum, suggesting inactivation of the enterotoxin by its interaction with the mucosa.

Authors

R. L. Guerrant, U. Ganguly, A. G. T. Casper, E. J. Moore, N. F. Pierce, C. C. J. Carpenter

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