Tyler Starr

Dr. Tyler Starr's research defines new horizons for understanding the intricate evolutionary arms races between viruses and host factors. As an Assistant Professor in the Department of Biochemistry at the University of Utah School of Medicine, Dr. Starr combines his expertise in Biochemistry and Molecular Biophysics to delve into the complex interactions that govern infection and immunity. His pioneering work employs high-throughput biochemical assays to unravel the protein-protein interactions between viral glycoproteins, host receptors, and antiviral antibodies. This research is particularly focused on the context of viral evolution and the development of antibodies, providing critical insights into how viruses adapt and how the immune system can counteract these changes. Dr. Starr's innovative approach has been recognized with the prestigious NIH Pathway to Independence Award, which supports his ongoing research into the molecular evolution of bat coronaviruses. This work is not only crucial for understanding the dynamics of viral evolution but also plays a significant role in informing viral surveillance and pandemic prevention strategies. Through his research, Dr. Starr aims to contribute to the global effort to predict and prevent future pandemics by providing a deeper understanding of how viruses evolve and how host factors can be leveraged to enhance immunity. His dedication to advancing the field of biochemistry and molecular biophysics is evident in his commitment to both fundamental research and its practical applications in public health. Dr. Starr's contributions to the scientific community extend beyond his research, as he actively engages in mentoring the next generation of scientists. His passion for teaching and collaboration fosters an environment of innovation and discovery, inspiring students and colleagues alike to push the boundaries of what is known about viral-host interactions. In summary, Dr. Tyler Starr's work is at the forefront of biochemistry and molecular biophysics, offering new perspectives on the evolutionary battles between viruses and their hosts. His research not only enhances our understanding of these complex interactions but also holds the potential to transform how we approach viral surveillance and pandemic preparedness.