Research groups

Electron microscopy methods to study bacteria cytoskeleton structure, assembly and spatial organization.

Read more about the research group Logic and Applications.

We do research in machine learning, with both method and theory development and often with applications in e.g. automated radiotherapy and in life sci

Our group studies interactions between bacteria and materials.

Develops synchrotron-based time-resolved X-ray methodology and studies protein dynamics of membrane proteins.

The focus of Magnus Wolf-Watz lab is to uncover the complex linkages between protein dynamics and biological function.

From pregnancy illness to air pollution: Malin L. Nording uses metabolomics to understand human health.

Molecular mechanisms involved in bacterial persistence in host tissue.

Research area at the Dept. of Ecology, Environment and Geocience

Maintenance of genomic stability and DNA repair in humans.

Material development and characterization regarding composition and performance.

Research area at the Dept. of Ecology, Environment and Geocience

More about our research in Mathematical Modeling and Analysis