Research on Electrical Characteristics of Composite Biological Tissue Junction Based on Active Electric Field Principle

This study aims to explore the unique electrical properties of organic tissue junctions with different electrical properties in an active electric field. In the previous study, we found that the energy spectrum distortion at the junction of pig stomach tissue and pork tissue was different from that of these two tissues, and based on this finding, we proposed the conjecture of biojunction. In order to study the reproducibility of this electrical feature, we use a variety of pig tissues to construct a new composite biological tissue for testing, and the results show that the feature can be reproduced in the artificially constructed composite biological tissue. Meanwhile, in order to study whether this electrical feature will appear at the boundary of naturally formed composite biological tissues and cancer tissues surrounded by normal tissues, we construct a tumor bearing mouse model carrying human ovarian cancer cells and tested it in the active electric field. The results show that thi