In this study, we investigated a mathematical model for chemoimmunotherapy (a
combination of chemotherapy and immunotherapy) for brain cancer. In most cases, the …

To begin with, in this paper, single immunotherapy, single chemotherapy, and mixed
treatment are discussed, and sufficient conditions under which tumor cells will be eliminated …

Oncolytic virotherapy is a promising treatment for cancer, which uses viruses that selectively
target and kill cancer cells. In this article, we developed a system of partial differential …

We propose a mathematical model describing tumor‐immune interactions under immune
suppression. These days evidences indicate that the immune suppression related to cancer …

In this article, we propose and analyze an optimal control problem of a delayed tumor-
immune model in presence of a multi immuno-chemotherapeutic drug. Local dynamics of …

In this study, we apply the method of singularly perturbed vector field (S PV F) and its
application to the problem of bladder cancer treatment that takes into account the …

Considering the targeted chemotherapy, a mathematical model of tumor-immune system
was constructed on the basis of de Pillis's model. In this paper, we conducted qualitative …

In this article, we develop and analyze a non-linear mathematical model of tumor-immune
interactions with combined therapeutic drug and treatment controls. To understand under …

We develop a mathematical model that describes the tumour–immune interaction and the
effect on it of pulsed immunotherapy, based on the administration of adoptive cellular …

In this study, we investigated a mathematical model that integrated mechanisms of tumor
angiogenesis and tumor-targeted cytotoxicity in immune cells. The model considered the …