Irreversible electroporation (IRE) is an innovative cell ablation method based on the concept
that the application of excessive electric pulses induces a lethal increase in the permeability …

In this paper, the analytical solution of hyperbolic bio-heat equation under intense moving
heat source is presented. The exact solution in the domain of Laplace's transform is …

This work focuses on seeking soliton solutions for an intrinsic fractional discrete nonlinear
electrical transmission network obtained through the simplest sine-cosine method. The …

The heat transfer in living tissues is an evergreen problem in mathematical modeling with
great practical importance starting from the Pennes equation postulation. This study focuses …

This paper focuses on finding soliton solutions for an intrinsic fractional discrete nonlinear
electrical transmission lattice. Our investigation is based on the fact that for a realistic …

We offer a critique of what constitutes a suitable dosage limit, in both clinical and preclinical
studies, for interstitially administered magnetic nanoparticles in order to enable therapeutic …

In the paper, the problem of biological tissue freezing is discussed. In contrast to the
previously presented models based on the Pennes equation, the thermal interactions …

In this study, a new mathematical model describing the cryosurgical treatment of skin cancer
in multilayer tissue has been developed. The cryoprobe whose temperature decreases …

This work deals with a non–linear skin model with energy dissipation exposed to
hyperthermia therapy based on a Gaussian–type external heat source and also consider …

This study investigates the role of different types of probes in Radiofrequency ablation based
thermal therapy for tumours and surrounding healthy tissues. The findings demonstrate the …