Snehal S. Mahadik

This paper identifies a short isoform of the UNC-5 receptor in C. elegans that is required for dorsal growth cone polarity and protrusion, distinct from the long isoform's inhibitory role.

This study investigates the role of SRC-1 in growth cone polarity and protrusion in C. elegans, showing it acts with UNC-5 in these processes.

This study shows that TOM-1 inhibits growth cone protrusion by regulating vesicle fusion, working with UNC-5 to restrict protrusion in C. elegans.

The paper investigates how MAX-1 inhibits UNC-5 activity to regulate VD growth cone protrusion in C. elegans, showing MAX-1 mutants have smaller, less protrusive growth cones compared to unc-5 mutants.