Ya-tang Li

This paper decodes natural scenes from optogenetic responses in mouse visual cortex and shows that patterned stimulation can reproduce visual representations with high fidelity.

This study shows how dominance hierarchy modulates defensive behaviors in mice under different threats and how threat exposure affects social behavior.

This study investigates how threat intensity, reward value, and social hierarchy influence decision-making in mice exposed to visual threats using a behavioral paradigm and computational modeling.

The paper shows that visual saliency is encoded in the mouse superior colliculus independently of neuronal preference for orientation or motion direction, but depends on specific visual features.

The paper identifies 24 functional cell types in the mouse superior colliculus using unsupervised clustering of visual responses, revealing two groups with distinct stimulus selectivity and spatial organization.

The paper investigates motion direction processing in the mouse superior colliculus and finds large regions with neurons preferring the same motion direction, showing a locally biased representation unlike other visual areas.