Unimpaired response of rabbit jejunum to cholera toxin after selective damage to villus epithelium.
GM Roggin, JG Banwell, JH Yardley, TR Hendrix - 1972 - cabidigitallibrary.org
GM Roggin, JG Banwell, JH Yardley, TR Hendrix
1972•cabidigitallibrary.orgAbstract" Controlled exposure of rabbit intestinal loops to hypertonic sodium sulfate solution
produced consistent morphological alteration of the villus epithelium and inhibition of net
glucose absorption. Pre-exposure of jejunal loops in this manner did not alter the fluid
secretion induced by subsequent exposure to cholera exotoxin. The results further support
the concept that cholera exotoxin-induced fluid secretion originates from the crypts of
Lieberkuhn.".
produced consistent morphological alteration of the villus epithelium and inhibition of net
glucose absorption. Pre-exposure of jejunal loops in this manner did not alter the fluid
secretion induced by subsequent exposure to cholera exotoxin. The results further support
the concept that cholera exotoxin-induced fluid secretion originates from the crypts of
Lieberkuhn.".
Abstract
" Controlled exposure of rabbit intestinal loops to hypertonic sodium sulfate solution produced consistent morphological alteration of the villus epithelium and inhibition of net glucose absorption. Pre-exposure of jejunal loops in this manner did not alter the fluid secretion induced by subsequent exposure to cholera exotoxin. The results further support the concept that cholera exotoxin-induced fluid secretion originates from the crypts of Lieberkuhn.".
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