Dr. Seeber’s laboratory focuses on understanding how changes in chromatin structure modulate its dynamics and impact its function. They develop new microscopy techniques and analysis methods to study chromatin in living human cells and apply these techniques to biological questions. In particular, they study how chromatin dynamics affect DNA repair. This ultimately allows us them to better understand the processes that lead to DNA mis-repair, mutations and translocations. Learn more >>

Dr. Wadduwage’s laboratory is interested in developing new computational microscopy technologies through seamless integration of optics and computational algorithms. We utilize tools in compressive sensing, information theory, and machine learning alongside with optical engineering to design and build next-generation instruments to advance biological sciences and to improve medical practices. Learn more >>