Institution

Kalen Petersen, PhD

Current projects in the Ances laboratory include the development of methods for acquisition, processing and analysis of images from multiple modalities with applications towards a greater ...

Kellen K. Petersen, PhD

Instructor in Neurology

Application of statistical models and machine learning approaches to understand the relationship between biomarkers of Alzheimer’s disease, cognition, and disease progression. I also have worked on ...

Max C. Petersen, MD, PhD

Instructor of Medicine

Insulin resistance, obesity, diabetes, nutrition, metabolic disease.

Andrew M. Peterson, MD

Resident

Otolaryngology clinical and translational research, particular auditory and special senses research.

Lance W. Peterson, MD, PhD

Instructor in Pediatrics

I have a clinical interest in the overlap between autoinflammatory and autoimmune disease in children. My research interests focus on how innate immune responses related to tissue damage and cell ...

Linda R. Peterson, MD

Professor of Medicine

My main area of interest is understanding the mechanisms by which obesity and insulin resistance affects the myocardium's metabolism, structure, and function. By using multiple imaging modalities ...

Lindsay L. Peterson, MD, MSCR

Associate Professor of Medicine

Lifestyle modifications (diet and exercise) and their role in improving breast cancer outcomes. Survivorship. Treatment-related complications.

Carisa K. Petris, MD, PhD

Assistant Professor of Ophthalmology

My research focus involves elucidating the molecular mechanisms of dry eye disease (DED) in mouse models of dry eye disease and ultimately translation of findings to clinical studies. Dry eye disease ...

Michael Petris, PhD

My lab is interested in the role of copper in cancer and infectious disease using in vitro and in vivo models.

John D. Pfeifer, MD, PhD

Vice Chairman for Clinical Affairs of Pathology and Immunology

Application of molecular genetic testing approaches to patient specimens (including tissue from benign and neoplastic diseases) to provide improved diagnostic, prognostic, and therapeutic information.