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Gastric content's mass and pH commonly assessed invasively using endoscopicbiopsy, or semi-invasively using swallowable transducer. EGG(electrogastrography) is a technique for observing gastric myoelectricalactivity non-invasively, that could be designed as mobile device. In thisresearch, 72 EGG recordings were obtained from 13 local white rabbit(Oryctolagus cuniculus). Recorded EGG processed using SCILAB 5.5.1 package.Signal processing consists of waveform identification altogether withrecognition of resting, depolarization, ECA plateau, and repolarizationsegments of each EGG in the time domain based on amplitude and temporal filter.All rabbits were sacrificed after the recording in order to obtain its stomachcontent's mass and pH data. EGG waveform generator based on gastricmorphological neuron assembly modeled using those data. If this model proved tobe accurate, the mass and pH from rabbit (Oryctolagus cuniculus)'s stomachcontent could be assessed non-invasively, and could be a basis for human (Homosapiens) trial.

Gastric Slow Wave Modelling Based on Stomach Morphology and Neuronal Firings