Elliott K. Gozansky, MD, PhD

As an associate professor of radiology at NYU Langone and the director of cardiothoracic imaging at Bellevue Hospital, I am dedicated to advancing patient care through innovative imaging techniques and research. My passion for radiology stems from the ability to diagnose and manage complex conditions, providing critical insights that guide patient treatment and care.

I specialize in cardiothoracic imaging, with a particular focus on cardiac magnetic resonance imaging (MRI) and computed tomography (CT). My expertise includes the application of artificial intelligence in thoracic imaging, caffeine metabolism in stress cardiac MRI, and the use of cardiac CT within the recommendations framework of the ISCHEMIA Trial Results. With over a decade of experience in the field, I am committed to leveraging advanced imaging technologies to improve patient outcomes and enhance diagnostic accuracy.

Throughout my career, I have been actively involved in clinical practice and research, contributing to the development of new imaging protocols and techniques. My work has been recognized with consecutive teaching awards during my tenure at the University of Pittsburgh Medical Center, where I also served as the cardiothoracic fellowship director. I continue to share my knowledge through lectures at national and international conferences, fostering a collaborative approach to radiology.

My journey into medicine began with a PhD in physical chemistry from Purdue University, where my research focused on structural biology by nuclear magnetic resonance (NMR). A postdoctoral fellowship at the NIH introduced me to cardiac MRI, sparking my interest in clinical research. This led me to pursue an MD from the University of Michigan Medical School, followed by a radiology residency and cardiothoracic fellowship at the University of Maryland. My diverse educational background and extensive training have equipped me with a unique perspective on radiology, driving my commitment to patient–centered care and innovation.