Discriminating movements of liquid and gas in the rabbit colon with impedance manometry.

Reizal M RosliR E LeibbrandtL WiklendtM CostaD A WattchowN J SpencerS J BrookesTaher I Omari Philip G Dinning

Published in: Neurogastroenterology and motility : the official journal of the European Gastrointestinal Motility Society (2017)

Characterizing the relationship between both admittance and pressure recorded with high-resolution impedance manometry can not only help in detecting luminal transit in real time, but also distinguishes between liquid and gaseous content. This technique holds promise for determining the propulsive nature of human colonic motor patterns.

Keyphrases

high resolution
endothelial cells
ionic liquid
induced pluripotent stem cells
dual energy
room temperature
mass spectrometry
pluripotent stem cells
gastroesophageal reflux disease
machine learning