Nataša Pavšelj

TL;DR: The electrical properties of biological tissues and cell pensions have been of interest for over a century for manyreasons, such as the ability to determine the pathways of current flow through the body and, thus, are very important in theanalysis of a wide range of biomedical applications such as functional electrical stimulation and the diagnosis and treatment of various physiological conditions with weakelectric currents, radiofrequency hyperthermia, electro-cardiography, and body composition as mentioned in this paper.

TL;DR: HV plus LV pulses represent an efficient and safe option for future clinical trials and recommendations for gene transfer to various types of tissues are suggested.

TL;DR: The results for infinite cell suspensions show that the induced TMP depends on both cell volume fraction and cell arrangement, and established from the results for finite volume cell clusters and layers, that there is no radial dependence of induced T MP for cells inside the cluster.

TL;DR: The results and the reversible and irreversible thresholds used coincide well with the effectiveness of the electrochemotherapy in real tumors where experiments show antitumor effectiveness for amplitudes higher than 900 V/cm ratio and pronounced antitumors effects at 1300 V/ cm ratio.

TL;DR: Electrochemotherapy is an effective local treatment of solid tumours which combines delivery of chemotherapeutic drug and electric pulses, and plate electrodes which are noninvasive are better suited for tumours on the surface on the skin, whereas needle electrodes are more appropriate for treating tumours seeded deeper in the skin.