Biology Education Centre

Research

The biology section of Uppsala University includes world leading research and PhD programmes. The broad coverage of biological sub-disciplines creates an exciting potential for interdisciplinary research, and enables us to offer advanced courses in many fields.

How to become a researcher

Cell and Molecular Biology

Department of Cell and Molecular Biology (ICM) is an international, multidisciplinary and distinguished biomolecular department. The department teaches a large number of undergraduate and Master courses for students specialising in Biology, Biotechnology and Biomolecular Engineering.

Research interests, ranging all the way from cell biology down to biophysics of single molecules, are divided into six specialty programs: Chemical Biology, Computational and Systems Biology, Microbiology, Molecular Biophysics, Molecular Evolution and Structural and Molecular Biology. Several laboratories at ICM are also centers of excellence: Structural Biology, Molecular Biophysics, Protein Synthesis and Uppsala RNA Research Center.

Visit Cell and Molecular Biology's web site »

Evolutionary ecology and genetics

Evolutionary ecology and genetics form the core of our research activities and are studied in animals, plants, fungi and microorganisms. This includes a number of high-profile projects on the processes of natural and sexual selection, local adaptation, speciation, and molecular evolution. We also harbour a strong research initiative on processes affecting microbial diversity and ecosystem function.

Various fundamental and applied aspects of conservation biology, including effects of global climatic change, are also part of our collective research. Approaches used range from field experiments to large-scale genome analyses, in the latter case mainly using next-generation sequencing (NGS) approaches.

Visit Ecology och genetics' web site »

Organismal Biology

The research at the department has a developmental and evolutionary theme including early vertebrate evolution, plant development and innate immune reactions in invertebrates and the phylogeny of these processes. The deepest branches in the tree of life are search for using bioinformatics and experimental molecular techniques.

Genomic analyses are used to understand evolutionary processes in microorganisms and eukaryotes. Research about how chemicals of anthropogenic origin interact with cellular functions and give rise to long-lasting adverse health effects in humans and wildlife is also performed. The department harbors the SciLifeLab zebra fish platform, and a Drosophila facility.

Visit Organismal Biology's web site »