Raman M Das

This study shows that Gαi2 coordinates neurofilament and microtubule networks to regulate axon initiation in developing chick spinal cord.

This study shows that ciliary cAMP levels regulate Shh signal interpretation during neuron differentiation by balancing Smo and GPR161 to control actin dynamics and polarisation.

The paper shows mini-agrin prevents calcium leakage and restores the dystrophin complex in dystrophic muscle cells by stabilizing CaV1.1 and reconstituting dystrophin complex components.

This study identifies Golgi compaction as a key driver of peripheral neuron regeneration by facilitating microtubule nucleation through AKAP9 and γ-tubulin recruitment, showing conservation in rat and human models.

The paper shows that Crumbs2 (CRB2) mediates dorsal collapse in the spinal cord by promoting cell delamination and ventricular layer remodelling.