An Investigation on the Mathematical Models for the Growth of Some Tumor Cells and Their Control

Abstract

Theoretical, experimental, and clinical methods for comprehending the dynamics of cancer cells and their interactions with the immune system have undergone major advancements over the past few decades. They have sparked the creation of crucial cancer treatment techniques as biotherapy, immunotherapy, chemotherapy, targeted medication therapy, and several others. Additionally, there have been notable advancements in computational and analytic models to aid in shedding light on clinical data. Our findings seem to indicate that the model used is a solid choice for researching tumour cell dynamics and that it aids in presenting the active interactions amid tumour cells, the immune system, and drug response systems.