This paper presents the revised techniques used both in in-vitro and in-vivo measurement of
dielectric constant of biological tissues. The in-vitro technique introduces a revised …

Dysrhythmic bioelectric slow wave activity have been implicated in major functional motility
disorders such as gastroparesis and chronic unexplained nausea and vomiting, but its …

The dielectric properties of biological tissues characterize the interaction of electromagnetic
fields with the human body. As such, accurate knowledge of these properties is vital to the …

The dielectric properties of biological tissues are vital in the design and optimisation of
electromagnetic medical technologies. In recent studies, dielectric data is typically collected …

The accurate knowledge of complex dielectric behavior of biological tissues at microwave
frequency is of great importance in the biomedical field for its diagnostic and therapeutic …

Background/Aims Patients with gastroparesis often have biliary/pancreatic and small bowel
symptoms but the effects of gastric electrical stimulation on small bowel electrical activity of …

High resolution electrical mapping of the gastrointestinal tract provides us with vital
information about the coordination of motility. Due to the nature of the recording setup, an …

AIM: To analyze the accuracy of short-term bio-impedance as a means of measuring gastric
motility. METHODS: We evaluated differences in the short-term electrical bio-impedance …

Background Electrical slow waves drive peristaltic contractions in the stomach and facilitate
gastric emptying. In gastroparesis and other disorders associated with altered gastric …

Rhee et al1 has reported a study entitled “Analysis of pacemaker activity in the human
stomach” in the December issue of Journal of Physiology 2011. Extracellular electrical …