Aurnab Ghose

This study identifies Kaptin as a negative regulator of axon collateral branching by limiting actin patch maturation, revealing its role in neuronal circuit assembly and its link to neurological disorders.

This study investigates the development of the axonal βII-spectrin periodic skeleton using superresolution imaging and knockout models, revealing stage-specific cytoskeletal remodelling and the role of actin and microtubules in MPS formation.

This study shows that CART and NPY modulate forebrain neuron plasticity in zebrafish by opposing effects on glutamatergic transmission, depending on energy state.

This study identifies Fmn2 and ADF as regulators of axonal F-actin patch dynamics, showing Fmn2 stabilizes these patches while ADF promotes their disassembly, influencing collateral branching.

This study shows that Fmn2b is essential for motor neuron development and function in zebrafish, with loss-of-function leading to motor deficits and impaired axon branching.

This study identifies Fmn2's role in zebrafish neural circuit development, specifically in the formation of spiral fiber neurons critical for the acoustic startle response.

This study identifies Fmn2 as a molecular clutch that regulates growth cone motility by coupling actin dynamics to the extracellular matrix through point contact adhesion complexes.

This study shows that neuropeptide Y signaling in zebrafish modulates olfactory sensory neuron sensitivity to food-related cues based on nutritional state.

This study identifies CART neuropeptide signaling in the CeA-vBNST circuit as a regulator of innate fear expression through modulation of glutamatergic inputs.

The paper shows cAMP signaling in specific Drosophila neurons mediates behavioral flexibility during aggression and long-term social status consolidation through distinct circuit mechanisms.