Bandan Chakrabortty

This paper develops a multiscale computational framework linking cortical microtubule dynamics to plant tissue morphogenesis, showing that stochastic coupling between MT organization and cell geometry generates growth anisotropy.

The paper shows that polarized flow in Drosophila embryos is driven by geometric coupling of apical actomyosin contractility to tissue curvature, independent of adhesion.

The paper identifies three rules governing microtubule organization in plant embryos to predict cell division orientation based on cell shape and auxin effects.

The paper introduces a framework to simulate cortical microtubule dynamics on arbitrary 3D cell shapes, validated on spherical, cubical, and leaf pavement cells.