kinetics is very useful for effective tumor destruction when electrotherapy is used. However, a study of this type has not yet …Evaluation of the distance between the electrodes, voltage applied to them, and number of electrodes in tumor growth … configuration on the tumor growth kinetics through a Modified Gompertz Equation. The results show a good agreement between the …

To estimate the potential and electric field generated by any electrode array is very useful in effective tumor … proposed. We present both analytical and numerical solutions for the potential and electric field in a solid tumor established … treatment with electrotherapy. These analytical and numerical solutions are obtained using multipole expansion and the finite …

By studying a simple but realistic biophysical model of tumor growth in the presence of a constant continuous … stochastic bounded fluctuations that affect both the tumor carrying capacity and/or the drug pharmacodynamics (and/or the drug …

contact inhibition between cells. This inhibition mechanism explains the growth kinetics of the tumor diameter and the cell … population size, the size of the necrotic core, the median cell volume, which decreases when the tumor diameter increases, and … the spatial distribution of cell volumes in the tumor. The same model is used to predict how cell populations survive in …

tumor and the interactions between the tumor and the immune system. Our simulations show that the success of a mutation … depends not only on its intrinsic competitive advantages, but also on its location in the tumor mass. It is also shown that … the simple killing of tumor cells by immune cells, even when their activity is increased by therapy, is not sufficient to …