Some Mathematical Models Of Cancer Growth And Tumor Cell-Immune Interaction: A Study Of Tumor-Immune Dynamics And Chemotherapy Applications

Abstract

There is a complex system that can be represented by mathematical modeling, and that system is the proliferation of cancer and its interaction with the immune system. The purpose of this work is to investigate the interactions between tumors and immune systems, with a particular emphasis on logistic growth models and an investigation into the equilibrium points of these models. In the following section, we will investigate the role that chemotherapy plays in relation to these equilibrium states as a therapeutic method. For the purpose of providing evidence for the theory and analysis, the research draws from a wide variety of sources. This highlights the usefulness of mathematical models in understanding the dynamics of the immune system and the formation of tumors.