Future research leaders 3
A total of SEK 174 million has been allocated for the programme Future research leaders 3. The programme time frame is 2008-2013.
The recipients:
- Alenius, Mattias - Drosophila olfactory system patterning and specification - Linköping University
- Arnberg, Niklas - Virus receptors: impact on tropism and treatment - Umeå University
- Carlborg, Örjan - Interdisciplinary leadership in complex trait genetics - Swedish University of Agricultural Sciences
- Chabes, Andrei - dNTP as cellular regulators - Umeå University
- Ehrsson, Henrik - Neural mechanisms of ownership of real and artifical bodies - Karolinska Institutet
- Falkenberg Gustafsson, Maria - Mitochondrial DNA replication in human cells - Göteborg University
- Feuk, Lars - Structural genetic variation in human evolution and disease - Uppsala University
- Göransson, Ulf - Cyclotides: An ultra-stable scaffold for protein engineering - Uppsala University
- Hoffman, Johan - New technology for advanced simulation of turbulent flow - KTH - Royal Institute of Technology
- Kahl, Fredrik - Mathematical Methods in Computer Vision - Lund University
- Kragic, Danica - Cognitive Cooperative Robot Systems (CORS) - KTH - Royal Institute of Technology
- Larsson, Erik G. - Spectrally Efficient and Robust Future Generation Radio - Linköping University
- Lindahl, Erik - Molecular Modeling & Design Of Membrane Protein Interactions - Stockholm University
- Olsson, Louise - Activity and stability of nano- materials - Chalmers University of Technology
- Sabelfeld, Andrei - InfraSec:Securing Information Infrastructure by Construction - Chalmers University of Technology
- Selmer, Maria - Protein-RNA interplay in large macromolecular complexes - Uppsala University
- Sjöblom, Tobias - High flux technology for identification of translocations - Uppsala University
- Spalding, Kirsty - Cell regeneration in health, disease and aging - Karolinska Institutet
- Sparr, Emma - Interactions in responding lipid membranes - Lund University
- Önfelt, Björn - Immune function at the level of single cells and molecules - Karolinska Institutet