The application of mathematics to fields such as biology, medicine, and biotechnology has resulted in quantitative relations, and mathematical biology, an interdisciplinary branch, has emerged. The considered models of cell/tissue growth are determined by cross-reaction-diffusion equations with possible transitions between malignant cells with different growth rates or healthy cells. For the considered models, the exact solutions in the explicit form were not obtained in the existing literature to our knowledge. Our main aim is to fill this gap by revealing their exact solutions. The obtained results have a major role in the literature so that the considered models are seen in a large scale of applications. © 2021 John Wiley & Sons, Ltd
In this chapter we present a variety of reaction-diffusion-taxis(i.e. macroscopic) models of several...
In this chapter we present a variety of reaction-diffusion-taxis(i.e. macroscopic) models of several...
In this chapter we present a variety of reaction-diffusion-taxis(i.e. macroscopic) models of several...
Embryonic development involves diffusion and proliferation of cells, as well as diffusion and reacti...
A diffusion model of the prevascular stage of tumor growth is presented. The basic feature of such a...
Embryonic development involves diffusion and proliferation of cells, as well as diffusion and reacti...
Embryonic development involves diffusion and proliferation of cells, as well as diffusion and reacti...
A diffusion model of the prevascular stage of tumor growth is presented. The basic feature of such a...
Embryonic development involves diffusion and proliferation of cells, as well as diffusion and reacti...
A study of several complementary mathematical models that describe the early, prevascular stages of ...
Embryonic development involves diffusion and proliferation of cells, as well as diffusion and reacti...
In this chapter we present a variety of reaction-diffusion-taxis(i.e. macroscopic) models of several...
We construct a model for cell proliferation with differentiation into different cell types, allowing...
In this chapter we present a variety of reaction-diffusion-taxis(i.e. macroscopic) models of several...
© 2013 Dr. Rebecca Hazel ChisholmMathematical biology is an emerging field. As the name suggests, t...
In this chapter we present a variety of reaction-diffusion-taxis(i.e. macroscopic) models of several...
In this chapter we present a variety of reaction-diffusion-taxis(i.e. macroscopic) models of several...
In this chapter we present a variety of reaction-diffusion-taxis(i.e. macroscopic) models of several...
Embryonic development involves diffusion and proliferation of cells, as well as diffusion and reacti...
A diffusion model of the prevascular stage of tumor growth is presented. The basic feature of such a...
Embryonic development involves diffusion and proliferation of cells, as well as diffusion and reacti...
Embryonic development involves diffusion and proliferation of cells, as well as diffusion and reacti...
A diffusion model of the prevascular stage of tumor growth is presented. The basic feature of such a...
Embryonic development involves diffusion and proliferation of cells, as well as diffusion and reacti...
A study of several complementary mathematical models that describe the early, prevascular stages of ...
Embryonic development involves diffusion and proliferation of cells, as well as diffusion and reacti...
In this chapter we present a variety of reaction-diffusion-taxis(i.e. macroscopic) models of several...
We construct a model for cell proliferation with differentiation into different cell types, allowing...
In this chapter we present a variety of reaction-diffusion-taxis(i.e. macroscopic) models of several...
© 2013 Dr. Rebecca Hazel ChisholmMathematical biology is an emerging field. As the name suggests, t...
In this chapter we present a variety of reaction-diffusion-taxis(i.e. macroscopic) models of several...
In this chapter we present a variety of reaction-diffusion-taxis(i.e. macroscopic) models of several...
In this chapter we present a variety of reaction-diffusion-taxis(i.e. macroscopic) models of several...