Marco Tripodi

This study identifies a somatostatinergic circuit in the mouse superior colliculus that regulates sensory access to action by inhibiting spatial-motor modules during orienting movements and visual stimulation.

The paper investigates reward expectation signals in the superior colliculus during associative learning and finds that the SC carries a learned reward-expectation signal multiplexed with motor preparation.

The paper investigates the genomic stability of the self-inactivating Rabies virus (SiR) and finds that revertant mutations are rare and do not accumulate in vivo or in high-TEV protease expressing cell lines.

This study shows that cerebral organoids cultured at the air-liquid interface form functional nerve tracts with diverse morphologies and connectivity.