Research at the Department of Chemistry spans four main areas, combining fundamental science with applications that address societal and industrial challenges.
One major area of our research is within Biophysical Chemistry, Biochemistry and Structural Biology covering chemistry and biology. The main focus of our biomolecular research is to unravel the fundamental chemical principles of molecular machines driving complex biological processes in living organisms. We would like to understand those processes at each level, from atoms to molecules to cells and organisms.
We employ a portofolio of approaches ranging from molecular biology, biochemical, chemical, crystallographic, biophysical, spectroscopic, theoretical and multi-variable data analysis techniques and chemical biology tools. In particular, we reveal the structure and function of biomolecules as key players in those processes fundamental to life ranging from photosynthesis, and enzyme activity to diseases and novel chemo-therapy based treatments.
Research projects - Biophysical Chemistry and Biochemistry
The IBEAM research environment brings together 19 group leaders working across Inorganic Chemistry, Biogeochemistry, Environmental Chemistry, Analytical Chemistry, and Multivariate Chemistry. Our overlapping expertise creates a collaborative setting for advancing chemical research and education. Current focus areas include environmental pollution, sustainability, energy, earth and space chemistry, as well as bioinformatics and large-scale ‘omics’ approaches.
Industrial Chemistry focuses on chemical and biochemical processes with industrial and applied relevance, as well as on chemicals and materials that benefit society. Research includes heterogeneous catalytic materials, biocatalysts such as enzymes and microorganisms, biorefinery processes based on forest resources, cellulose and lignin-based materials, wastewater treatment, separation technologies including membranes and chromatography, carbon dioxide capture and utilization, electrochemical reactions and cell components, and alternative solvents such as ionic liquids and deep eutectic solvents.
Research projects - Industrial Chemistry
Organic chemistry is a branch of chemistry focused on carbon-based compounds. These compounds often include other elements like hydrogen, oxygen, nitrogen, sulfur, and phosphorus. They are essential for life and appear in everyday materials—fuels, plastics, medicines, and even food.
In organic chemistry, scientists study the structure, properties, composition, reactions, and synthesis of these compounds. This work is vital for developing new drugs, understanding biological processes, and creating advanced materials for modern technology. Because of its wide applications, organic chemistry is a key discipline in both science and industry.
At Umeå, current research spans several areas: Bioorganic chemistry, Chemical biology, Medicinal chemistry, Computational chemistry, Method development in organic synthesis