Department of Nutrition & Integrative Physiology
Thanks for your interest in the Department of Nutrition and Integrative Physiology (NUIP). Our department launched in 2016 as part of a re-alignment of the College of Health, one of the key constituents of the University of Utah Health Sciences Center. Built thematically around the topic of “translational metabolic health,” our researchers, clinicians, educators, and trainees are dedicated to understanding how nutrient homeostasis influences the development and progression of chronic diseases such as diabetes, heart disease, and cancer. We use a broad array of research techniques to study model organisms and clinical populations, with an eye towards understanding mechanistically how diet, energy expenditure, and other environmental factors influence organ systems. Our research bridges virtually all of the sciences which study human biology (e.g. anatomy, biochemistry, epidemiology, genetics, etc.) and our scientists and clinicians maintain active engagement with other programs within the Health Sciences Center. We endeavor to translate new research findings into clinical procedures and community outreach programs that improve quality of life.
Our focus in metabolism coincides with a resurgence in interest in the influence of nutrient utilization on chronic disease. Such research has never been more important, as “metabolic disorders” such as diabetes, heart disease, and certain forms of cancer are increasing at alarming rates throughout the world. Much of the excitement in metabolism stems from recent application of “omic” technologies to precisely measure fat, protein, and sugar metabolites in tissues using mass spectroscopy (e.g. Lipidomics, proteomics, and metabolomics). These technologies have already had a marked impact on our understanding of the link between metabolism and disease pathology. However, these new detection methods have raised far more questions, revealing new complexity in the metabolic networks and a large cadre of new nutritional byproducts with distinct biological functions. We aer excited about the rapid development of research in this area, which presents tremendous opportunities for therapeutic and dietary intervention.
Trainees in our educational programs are essential in our mission, and we strive to provide “active” learning opportunities in the laboratory, clinics, and classroom. In 2017, our graduate programs will replace lectures with classroom discussions and projects using the highly successful “team-based learning” modality that is being introduced into several medical schools. Our research-based Master’s and PhD programs provide training in translational bioscience, enabling graduates to advance fundamental discoveries from bench-to-bedside. Our accredited Coordinated Master’s Program (CMP) in Nutrition includes extensive clinical internships and produces graduates ready to apply the most recent information and rigorous evidence-based standards into healthcare systems. This CMP program is highly regarded and our graduates are enormously successful on the national exam to become a registered dietitian. Our online Master’s program provides literature-based training for dietitians and other degree holders on the emerging discoveries related to the control of nutrient homeostasis. We also provide undergraduate instruction to prepare students for professional programs or for jobs in the large nutrition industry. In the face of a large amount of publicly available misinformation around food choices and nutritional impact, we stress the important of “evidence-based practice” in all of our academic programs.
I’m incredibly proud of the work of my colleagues in the department and encourage you explore our website to get a sense of the breadth of our research interests, academic programs, and outreach activities.
Best regards,
Scott Summers, PhD
Professor & Chair, Department of Nutrition & Integrative Physiology