Computational Simulation of the Effect of Increase in the Estrogen level on the Normal- Tumour- Immune- Unhealthy Diet Model for breast cancer

Abstract

AbstractPrevious research findings have shown that an unhealthy diet can trigger the progression of tumors leading to a high mortality rate. Also, it has been noted that the hormonal changes caused in the human body support the proliferation rate in several kinds of cancer. In the present research, the light is thrown on breast cancer. Estrogens are a class of hormones that play an essential function in women’s proper sexual and reproductive advancement. Moreover, studies have revealed that a woman’s risk of breast cancer is proportional to the Estrogen and testosterone produced by the. Long-term and/or high-level exposure to these hormones has been associated with an increased risk of breast cancer. A novel mathematical model is framed to analyze the effect of estrogen levels on cancer advancement in females integrated with the effect of the unhealthy diet model. The levels of Estrogen are fixed to explore the other cell densities. The research concluded that the level of estrogen produced has a remarkable effect on the immune system in the case of a patient with breast cancer consuming an unhealthy diet.