Percival P. D’Gama

This study investigates the role of cilia-mediated cerebrospinal fluid flow in zebrafish larval brain physiology, finding that cilia paralysis disrupts brain asymmetry and astroglial activity.

This study identifies Foxj1's role in regulating olfactory cilia formation and OSN differentiation in zebrafish and mice.

This study shows that losing cilia after neurulation in zebrafish affects brain development and reduces neuronal activity.

The paper compares zebrafish epilepsy models to identify conserved and divergent features of neural and behavioral activity, finding that photic stimulation reliably evokes seizures with a characteristic depressed state.

The paper characterizes motile ciliated cells in zebrafish brain ventricles, showing their developmental origins, functional roles in CSF flow, and impact on ventricular morphology.