In his research Dr. Maxwell investigates how gene activity is regulated within a cell, which signals switch genes "on" or "off," and in particular, what determines whether a given cell will become a skin cell, a nerve cell, or a heart muscle cell. His area of research is called:

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Dr. Maxwell's research focuses on the regulation of gene activity within a cell and the process of cellular differentiation, which involves the activation or suppression of specific genes to produce distinct cell types. This area of study is known as epigenetics, which explores how external factors, such as environmental cues, affect gene expression and ultimately influence an organism's development and health. While genetic mutation and the human genome project are related fields, they do not specifically address the mechanisms underlying cell differentiation and gene activity regulation in the same way that epigenetics does. Zygotic research, on the other hand, refers to the study of the early stages of embryonic development, when the zygote is first formed from the fusion of egg and sperm cells. While this is an important area of research in developmental biology, it does not directly relate to Dr. Maxwell's focus on gene regulation and cellular differentiation.

In His Research Dr