Dhananjay Bhaskar

Networks are everywhere in biology - from molecules that interact within a cell to neurons that communicate across the brain. Understanding how signals flow through these networks is key to uncovering how biological systems function - and how they...

Active matter systems, ranging from liquid crystals to populations of cells and animals, exhibit complex collective behavior characterized by pattern formation and dynamic phase transitions. However, quantitative classification is challenging for...

Computational modelling frameworks like CHASTE (Cancer, Heart and Soft Tissue Environment) and CompuCell3D are widely used to develop multiscale simulations of complex biological systems. These frameworks integrate models of subcellular behaviour (e...

Individual cells regulate their morphology in response to environmental cues, selective pressures and signalling. The precise mechanism(s) through which cells control their shape is not well understood. Studies have shown that cell morphology has...