Dr. Alex Wilson

Biography

Dr. Alex Wilson is currently working as a Professor in the Department of Architecture & 3D Design, University of Northampton , United Kingdom. His research interests includes ttempts to answer questions at the level of the mitochondrion with regard to energy efficiency and the regulation and dysregulation of oxidative stress.  A key question behind his studies is how dietary components, both nutrients and contaminants, especially metals, affect mitochondrial function to result in homeostasis or disease.  He is currently elucidating a new model of energy regulation and exploring how it ties together specifically the chronic diseases: Obesity, Diabetes Mellitus, Cardiovascular Disease, Cancer and Alzheimer's Disease.  The hypothesis underlying the model is that the central nervous system is used by the mitochondria to coordinate all energy related processes in the human body.. He /she is serving as an editorial member and reviewer of several international reputed journals. Dr. Alex Wilson is the member of many international affiliations. He/ She has successfully completed his Administrative responsibilities. He /she has authored of many research articles/books related to ttempts to answer questions at the level of the mitochondrion with regard to energy efficiency and the regulation and dysregulation of oxidative stress.  A key question behind his studies is how dietary components, both nutrients and contaminants, especially metals, affect mitochondrial function to result in homeostasis or disease.  He is currently elucidating a new model of energy regulation and exploring how it ties together specifically the chronic diseases: Obesity, Diabetes Mellitus, Cardiovascular Disease, Cancer and Alzheimer's Disease.  The hypothesis underlying the model is that the central nervous system is used by the mitochondria to coordinate all energy related processes in the human body.. 

Research Interest

ttempts to answer questions at the level of the mitochondrion with regard to energy efficiency and the regulation and dysregulation of oxidative stress.  A key question behind his studies is how dietary components, both nutrients and contaminants, especially metals, affect mitochondrial function to result in homeostasis or disease.  He is currently elucidating a new model of energy regulation and exploring how it ties together specifically the chronic diseases: Obesity, Diabetes Mellitus, Cardiovascular Disease, Cancer and Alzheimer's Disease.  The hypothesis underlying the model is that the central nervous system is used by the mitochondria to coordinate all energy related processes in the human body.