Gianluca Lazzi

This study shows that asymmetric charge-balanced electrical stimulation more effectively activates retinal ganglion cells in vivo at lower amplitudes than symmetric waveforms.

This paper investigates how electric field stimulation frequency and waveform shape affect intracellular calcium dynamics in retinal ganglion cells using experimental and computational approaches.

This paper models retinal rewiring in retinitis pigmentosa using pathoconnectomics and predicts altered signaling patterns in Aii amacrine cells.