Abstract
The early diagnosis benefits the greater efficiency of the curing of breast cancer. One of the modalities for the detection of abnormal tissue in the present day is electrical impedance myography (EIM). EIM is a noninvasive electrophysiological technique, using a high frequency, low-intensity electrical current to derive voltage at the positions of sense electrodes. A Comsol Multiphysics-based finite element model was carried out in order to build the 3D model of breast tissue for computational simulation of the mentioned technique. EIM parameters of breast tissue involving resistance, reactance, phase angle in case of malignant tissue were calculated and compared with parameters of normal tissue. The results of the study showed some remarkable effects of tumor sizes, tumor positions, and electrode positions on the EIM parameters, which can be considered for potential early detection.
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