Simulating Early Detection of Tumor Cells using Electrochemical Treatment

Tumors can be treated electrochemically (EChT) by passing a repeated supply of direct current via more than electrodes positioned inside or close to the tumor. Clarifying EChT's underlying destruction mechanism is necessary to build a solid dose-planning method. Mathematical modelling is one strategy for doing this. The significance of chlorine in the underlying degradation mechanism of EChT has been clarified through modelling work of the anode processes. It has been discovered that tissue and chlorine processes play significant roles in producing hydrogen ions. The applied current density and the amount of these processes that grant the acidity to the tissue next to anode are significantly correlated. In this research, an Early deduction time for the treatment is implemented throughout the treatment procedure.