Tomasz Skóra

This paper identifies hydrogen peroxide-driven catalytic motion of hemozoin crystals in malaria parasites, revealing them as self-propelled nanoparticles that reduce oxidative stress.

This study uses multiscale modeling to show that microtubule plus-end tips bend outward into curved structures regardless of GTP hydrolysis state, challenging existing models linking curvature to nucleotide state.

This paper uses an equation-free method to accelerate all-atom simulations of microtubule tips, revealing structural differences between GDP- and GTP-bound states.