It is well-known that enteric, secreto-motor nerves mediate cholera toxin-induced fluid
secretion in the rat small intestine. This notion is, in part, derived from experiments on …

The effects of somatic nerve stimulation on cholera toxin induced secretion was investigated
in vivo in anaesthetised rats. Small intestinal secretion was induced with cholera toxin and …

Background: The enteric nervous system is responsible in vivo for most of the change in fluid
transport induced by cholera toxin. The aim of the present study was to investigate the …

The effects of hexamethonium (cholinergic nicotinic receptor antagonist) and atropine
(cholinergic muscarinic receptor antagonist) on cholera toxin induced secretion were …

This review article discusses the importance of the enteric nervous system for the fluid and
electrolyte secretion evoked by luminal secretagogues in the small intestine. The first part of …

There is experimental evidence for an axon reflex control of alkaline secretion in the rat
duodenum. We have investigated if there is also an intramural reflex control of alkaline …

Background/Aims: Little information is available on the role of colon during small intestinal
secretion. The aim of this study was to examine the effects of secretory changes in the small …

In previous reports we have suggested that nervous reflexes are involved in the
pathophysiology of cholera secretion and that these nervous reflexes involve a cholinergic …

A major aim of the present study was to investigate whether exposing the jejunal mucosa to
a noxious stimulus induces a net fluid secretion by activating the enteric nervous system …

The enteric nervous system (ENS) is activated when exposing the intestinal mucosa to
cholera toxin or certain bile salts. Cholera toxin stimulates ENS, at least in part, by the …