Volume conductor effects on simulated magnetogastrograms


We simulated the magnetic field due to gastric electrical activity (GEA) using a temporally and spatially moving dipole source. The contributions of the volume conductor to the total magnetic field were examined. The volume conductor was represented using three simplified models (free-space, spherical and half-space) and an anatomically realistic torso… (More)
DOI: 10.1109/IEMBS.2009.5332716

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@article{Qiao2009VolumeCE, title={Volume conductor effects on simulated magnetogastrograms}, author={Wenlian Qiao and Ri{\'e} Komuro and Andrew J. Pullan and Leo K. Cheng}, journal={2009 Annual International Conference of the IEEE Engineering in Medicine and Biology Society}, year={2009}, pages={4929-4932} }