Crunching numbers to save lives around the world.
Support mathematical modelling at Burnet and help save lives around the world.
Support mathematical modelling at Burnet and help save lives around the world.
Support mathematical modelling at Burnet and help save lives around the world.
Support mathematical modelling at Burnet and help save lives around the world.
Munter et al. (2009) demonstrate that malaria parasite movement is highly complex, involving cycles of fast sprints and slow glides over their substrate. This “stick-and-slip shuffle” is controlled by the parasite’s secreted adhesive proteins and their interaction with the dynamic actin cytoskeleton.