Research

Joel Kralj on what inspires his science.

I try to maintain this dream in my lab that we are between one and two steps away from actually helping someone. We're learning about the bacteria so that somebody can make the drug that will actually prevent antibiotic resistance and help people.

I want our lab to always have that kind of bent - that we're not far away from actually making a difference in human health. I think for me that that should always be at least close to the end game.

Aaron Clauset focuses on data-driven understanding of complex systems.

Networks provide a very convenient tool by which to understand how structure and dynamics lead to function in complex systems - from molecular networks to networks of species, to networks of individuals like social phenomena.

The BioFrontiers Institute was built on a vision of creating a flexible and supportive environment for scientists and engineers to work across disciplines on projects that might be outside the realm of traditional research in their area. Our researchers have a passion for their science and openness to new ideas, allowing them to work across disciplines to embrace even the most complex problems. Currently, BioFrontiers faculty, partners, and facilities are organized around four interdisciplinary research areas.

Computational Biology

Using computational, statistical and mathematical approaches to extract knowledge from large sets of biological data and to model biological systems.

Bioimaging: From Molecules to Organisms

Applying physical principles to visualize, measure and understand key biological processes.

New Therapeutic Paradigms

Using chemical principles to develop innovative medicine, including new approaches, new drugs and new vaccines.

Regenerative Biology

Engineering medical solutions through biological processes.

Search

Research

Computational Biology

Bioimaging: From Molecules to Organisms

New Therapeutic Paradigms

Regenerative Biology