The Mason laboratory and colleagues recently determined the structure of the human transferrin receptor and transferrin complex. Learn more ...
Mouse model of atherosclerosis
The Kelm laboratory uses molecular tools to understand atherosclerosis. Learn more ...
Kinetic discrimination
The role of tRNA identity in aminoacylation. Learn more ...
Mouse Aortic Smooth Muscle Cells
Dr. Robert Kelm's laboratory uses many tools to understand cellular reprogramming. Learn More
Dynamic instability
The Morrical laboratory found differential competitive effects between Gp32 and the ATP- vs. ADP-capped filament ends which could lead to filament treadmilling. Learn more ...
Platelet subpopulations
Dr. Paula Tracy's laboratory defines a unique procoagulant platelet subpopulation dependent upon FVa binding. Learn more ...
Each faculty member in UVM’s Department of Biochemistry explores very different questions using a wide variety of approaches, systems, and techniques. Nevertheless, what brings us together is our mutual interest in understanding fundamental biological questions at a molecular level. Generally, how do molecules act and/or interact to accomplish a highly complex process? The diversity of our questions and approaches fosters a dynamic intellectual environment within the Department. [Learn more!]
Graduate Program
The goal of the Biochemistry Graduate Program at the University of Vermont is to prepare students for careers in science as both researchers and educators. We accomplish this by expanding their knowledge of both chemistry and biochemistry, while cultivating their ability for critical analysis, creativity and independent study. We offer a PhD in Biochemistry and students are admitted during the Fall semester only. Admission to our doctoral program is competitive with only three to five students chosen each year. We welcome applicants of exceptional achievement and those of diverse backgrounds. [Learn more!]
Undergraduate Program
With the publication of the Human Genome and other discoveries describing the molecular basis of life, tremendous opportunities await students with the right background and training. Biochemists study the molecular interactions that guide many processes involved in living organisms. This includes exploring the underlying chemical and physical properties of these organisms, from metabolism and enzyme kinetics, to gene transfection and cellular signaling. Don't just watch the future of science -- join us and become part of the community of scientists who are making it happen! [Learn more!]