The mission of the Department of Biomolecular Chemistry is to carry out world class research that addresses molecular mechanisms of biological processes, particularly as it relates to human disease, and to disseminate that knowledge through teaching and training of future scientists, physicians, and health science professionals. The advancement and transmission of knowledge is part of the broader mission of the School of Medicine and Public Health (SMPH) and the University. Additionally, BMC faculty members provide service and expert advice to the SMPH and other units of the University, and the state, nation, and world. In its research, teaching, service, and outreach efforts alike, BMC is committed to building a community that is open to and accepting of all.
Our Research Themes
For the past century, the Department of Biomolecular Chemistry (BMC) has excelled in research, teaching and service as a proud member of the School of Medicine and Public Health. Our research is at the forefront of biochemical research, integrating fundamental molecular mechanisms with human disease. Our key strengths in Biochemistry, Cell Biology, Genomics, and Development make us a nexus for collaborative studies between basic scientists and clinicians. We cultivate a highly interdisciplinary environment and are committed to building a community open to and accepting of all. Take a look around for our latest news and events and to learn more about BMC’s research, graduate program (Integrated Program in Biochemistry), and planned giving opportunities.
News
Engin lab Reveals How Deleting a Single Stress Gene from Pancreatic Beta Cells Protects Mice Against Type 1 Diabetes
The work from the Engin lab shows how deleting a single stress gene from pancreatic beta cells protects mice against type 1 diabetes. The study was published in Nature Communications and highlighted in Inside UW. …
Recent Accomplishments
In a collaboration between the Harrison and Lewis laboratories recently published in GENETICS they describe a Drosophila model of mutations that cause pediatric diffuse midline gliomas by inhibiting the deeply conserved PRC2 enzyme. Using this …
Tune In: Melissa Harrison Featured on New Episode of Socializing with Scientists
Melissa Harrison shares her journey to becoming a scientist and her advocacy for basic research on a new episode of the Socializing with Scientists podcast, hosted by Rachel Moeller Gorman. The episode is now available …
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Events
- April
- April 27Biochemistry Colloquium: Christopher JaroniecStructural and Dynamic Studies of Protein and Protein-nucleic Acid Complexes by Solid-state NMR3:00 PM, 1211 DeLuca Biochemical Sciences Building
- May
- May 4Biochemistry Colloquium: Ben GarciaQuantitative Proteomics for Understanding Epigenetic Mechanisms in Human Disease3:00 PM, 1211 DeLuca Biochemical Sciences Building
- May 11Biochemistry Colloquium: Gustavo SilvaThriving Under Pressure: Ubiquitin and Translation Reprogramming During Oxidative Stress3:00 PM, 1211 DeLuca Biochemical Sciences Building