Significats de vagal stimulation en anglès

Cephalic- vagal stimulation affects a number of upper gastrointestinal secretory and motility events.

This result was obtained despite a higher vagal stimulation with dobutamine.

The amplitude and duration of hyperpolarization increased with increasing frequencies of vagal stimulation.

The latency of onset of spike burst decreased with increasing frequency of vagal stimulation.

In this study, we analyzed the effect of vagal stimulation on leptin release in the human stomach.

The latency of contractions, like the latency of spike burst, decreased with increased frequency of vagal stimulation.

These studies show that electromechanical responses and dissociations are dependent on the regional level in the esophagus and the frequency of vagal stimulation.

These findings indicate that basal human proximal duodenal mucosal HCO-3 secretion is maintained largely by resting cholinergic innervation and is stimulated by cephalic- vagal stimulation.

Vagal stimulation after sectioning of the gut proximal to the electrodes converted the response from inhibition to excitation.

Vagal stimulation evoked on striated muscle contraction in esophagus, was used to elicited pharmacological response of PhAR-DBH-ME on nervous tissue.

Vagal stimulation at threshold stimuli inhibited spike potentials in all three segments of small intestine, but slow waves were not affected.

Conclusions: Vagal stimulation of leptin release in the human stomach suggests that leptin is released during the cephalic phase of gastric secretion.