Deb Sankar Banerjee

This study shows how motor activity enables cytoskeletal structures to adapt mechanically, transforming from contractile to extensile states under tension.

This study investigates mechanical excitability in renewable active matter, showing that activity and turnover generate travelling waves and spatiotemporal chaos in systems like the cell cytoskeleton.

This study develops a model showing that rapid actin filament growth leads to kinetic trapping of bent filaments, influenced by subunit availability and crosslinking.

The paper investigates how condensate material properties and chromatin heterogeneity influence nuclear condensate growth, revealing two physical mechanisms and a quantitative theory to explain these dynamics.

SAM is a MATLAB-based tool for segmenting and analyzing mother machine data to detect and correct imaging aberrations in rod-shaped bacteria.