Our paper entitled “Multiscale Simulation of Phosphofructokinase-1 Assemblies: Capturing the Interplay between Specific and Transient Interactions” has just been published in The Journal of Physical… Read More »Paper on multiscale simulation of phosphofructokinase-1 assemblies
Our team thoroughly enjoyed participating in the 15th European Biophysics Congress held recently in Rome. We are especially proud of Madhav Samanta, one of our… Read More »Congratulations to Madhav on receiving a Poster Award at the EBSA 2025 congress!
In a paper just published in ACS Central Science—the result of joint work with scientists from France and Italy—we combine extensive molecular simulations with neutron scattering measurements to characterize… Read More »A look into the crowded bacterial cytoplasm at high temperatures
I am grateful to the Czech Academy of Sciences for its decision to support the formation of my independent research team with the prestigious Lumina… Read More »Lumina quaeruntur prize
It was a great pleasure for me to introduce talented high-school students participating in this year’s Fybich Summer School into the world of molecular dynamics… Read More »Molecular simulation of an entire living cell?
What governs protein sequestration in liquid biomolecular condensates? Check out the new paper in JACS jointly published with Simon Ebbinghaus group.
Can a destabilizing crowded environment turn into a stabilizing one as the temperature gets increased? Our simulations just published in the Journal of Physical Chemistry… Read More »Stabilized, or destabilized?
An extensive review on amyloid oligomers has recently been published in Chemical Reviews. Below is an excerpt describing our multi-scale simulations of superoxide dismutase 1… Read More »Review on amyloid oligomers
In our paper freshly published in the Journal of Physical Chemistry Letters, we look closely at the unfolding and thermal stability of superoxide dismutase 1… Read More »Unfolding journey under crowding
