Mithun Kumar Mitra

The paper shows that dynein teams become collectively inactive under force, allowing kinesin to reverse cargo and regulate bidirectional transport.

The paper investigates yolk-cytoplasm segregation in Drosophila embryos and identifies microtubule dynamics as the primary driver of this process.

This study proposes a model of spatially varying diffusion to explain how the Bicoid gradient scales with embryo size in Drosophila, showing that gradient scaling arises from spatial heterogeneity rather than nuclear trapping.

This study identifies miRNA-lncRNA interactions and TFs in human labour using machine learning, revealing regulatory networks and a public database for analysis.

This study shows that cardiomyopathic lamin A mutations disrupt nuclear structure and chromatin organisation, leading to liquid-like aggregates and genome spatial disorganisation.

The paper uses photoactivation to study how cyto-architecture constrains the spread of cytoplasmic and tubulin molecules in Drosophila embryos, showing that tubulin gradients are more restricted by microtubules and plasma membrane structure.

This study investigates how time delays in gene regulatory networks affect cell differentiation and transdifferentiation, showing that delays can lead to oscillations and direct transitions between cell types.