Non-Newtonian blood flow in an artery vessel under non-ionizing magnetic fields in chemotherapy

Abstract

The treatment processes of breast and other different non-skin cancers involve combinations of surgery, chemotherapy, and ionizing radiation. Radiation or surgery targets a specific area of the body. However, chemo can work throughout of the body. Even though both chemotherapy and ionizing radiation can be effectively used against many types of cancers, these treatment processes may harm to healthy tissues, too. To minimize the damages, cause through chemotherapy nonionizing magnetic fields has been proposed and examined. Because of promising results many scientists have paid their attention to this research area. In this work, we develop a Mathematical model for the description of the dynamics of the steady blood flow in arteries under chemotherapy.