The Role of Nutraceuticals in Epigenetic Regulation
Epigenetics is arguably one of the most sought out areas of mechanistic research across nearly all disciplines of physiological and pathological study. Defined as the set of chemical interactions that determines what is and what is not genetically transcribed, epigenetics influences the ultimate phenotype and function of a cell. With the entirety of our genome contained within each and every nucleated somatic cell, epigenetic forces are what distinguish cell types from one another without modifying the underlying genetic code. Moreover, epigenetic interactions are dynamic, meaning that they can rapidly change in response to environmental stimuli, providing vast implications in health and disease progression. Given this definition, it should come as no surprise that the nutrients we consume every day may have the potential to influence epigenetic profiles and, consequently, cellular and whole-body physiology. Indeed, recent research has revealed that the beneficial actions of nutraceuticals are in part due to the possible regulations that occur at the level of the epigenome.
Shannon Bellevue completed her bachelor's degree in Behavioral Neuroscience at Concordia University, where she studied the epigenetic regulations underlying the neurochemical changes associated with attachment and bonding. Following this, Ms. Bellevue decided to pursue a master’s degree in Neuroscience at Carleton University, where she specialized her research in the neural mechanisms and pharmaceutical treatment of neurodegenerative diseases.
During this time, she acquired specialized knowledge in cellular physiology and gained valuable skills in laboratory research, scientific writing, and teaching. Throughout the course of her academic career, Ms. Bellevue became passionate about the necessity for personalized healthcare. In pursuit of this passion, she has since acquired a position at LP3 Network, where she provides expert knowledge on the implications of compounded pharmaceuticals in customized medicine.