Information for students, faculty and staff regarding COVID-19. (Updated: 21 October 2020)

Skip to content
Staff photo Magnus Andersson

Magnus Andersson

In my lab, we use both experimental (time-resolved X-ray scattering) and computational (MD simulations) techniques to understand membrane protein functionality.

Works at

Associate professor at Department of Chemistry
KB.A3, Linnaeus väg 10, (rum: A3.07.01) Umeå universitet, 901 87 Umeå

We combine experimental and computational methods to determine membrane protein dynamics. Specifically, we use and develop time-resolved solution X-ray scattering and different molecular dynamic simulation techniques. We focus on primary and secondary active transport with the main target proteins: P-type ATPases & lactose permease, but also many others. The aim is to understand the underlying structural dynamics encoded in the amino acid sequence that enable function.

Website (including full list of publications):

Biophysical Journal, Cell Press 2020, Vol. 118, (3) : 497A-497A
Mahato, Dhani R.; Andersson, Magnus
Biophysical Journal, Cell Press 2020, Vol. 118, (3) : 50A-50A
Ravishankar, Harsha; Goodman, Jack; Nors Pedersen, Martin; et al.
Science Advances, American Association for the Advancement of Science 2020, Vol. 6, (12)
Ravishankar, Harsha; Pedersen, Martin Nors; Eklund, Mattias; et al.
Biophysical Journal, Cell Press 2020, Vol. 118, (3) : 26A-26A
Ravishankar, Harsha; Pedersen, Martin Nors; Sitsel, Alya; et al.
PLoS biology, Public Library Science 2019, Vol. 17, (4)
Wang, Kaituo; Preisler, Sarah Spruce; Zhang, Liying; et al.
Scientific Reports, Nature Publishing Group 2018, Vol. 8
Kimanius, D.; Lindahl, E.; Andersson, Magnus
Biopolymers, John Wiley & Sons 2018, Vol. 109, (2)
Ravishankar, Harsha; Barth, Andreas; Andersson, Magnus
Biophysical Journal, Elsevier 2016, Vol. 111, (11) : 2417-2429
Grønberg, Christina; Sitsel, Oleg; Lindahl, Erik; et al.
Biochemistry, American Chemical Society (ACS) 2016, Vol. 55, (42) : 5917-5926
Hariharan, Parameswaran; Andersson, Magnus; Jiang, Xiaoxu; et al.
Biochemistry, American Chemical Society (ACS) 2016, Vol. 55, (31) : 4326-4332
Jiang, X.; Andersson, Magnus; Chau, B. T.; et al.
Proceedings of the National Academy of Sciences of the United States of America, National Academy of Sciences 2016, Vol. 113, (43) : E6696-E6703
Nys, Mieke; Wijckmans, Eveline; Farinha, Ana; et al.
PloS Computational Biology, PLOS 2016, Vol. 12, (1)
Yazdi, Samira; Stein, Matthias; Elinder, Fredrik; et al.
Journal of Chemical Theory and Computation, Vol. 11, (7) : 3491-3498
Kimanius, Dari; Pettersson, Ingrid; Schluckebier, Gerd; et al.
ACS Chemical Neuroscience, American Chemical Society (ACS) 2015, Vol. 6, (8) : 1459-1467
Yoluk, Özge; Lindahl, Erik; Andersson, Magnus
Biochemistry, Vol. 53, (9) : 1536-1543
Jiang, X.; Villafuerte, M. K. R.; Andersson, Magnus; et al.
Nature, Vol. 514, (7523) : 518-+
Wang, Kaituo; Sitsel, Oleg; Meloni, Gabriele; et al.
Science, Vol. 342, (6154) : 123-127
Nyblom, Maria; Poulsen, Hanne; Gourdon, Pontus; et al.
Science, Vol. 328, (5978) : 630-633
Wöhri, Annemarie B.; Katona, Gergely; Johansson, Linda C.; et al.
Structure, Vol. 16 : 21-28
Andersson, Magnus; Vincent, Jonathan; van der Spoel, David; et al.
Scientific Reports
Lindahl, Viveca; Gourdon, Pontus; Andersson, Magnus; et al.