Ning-long Xu

This study shows marmosets adjust their attention based on evidence strength during decision-making, revealing a new mechanism beyond standard accumulation models.

The paper presents a dataset linking two-photon calcium imaging with auditory behavior in mice, validated for use in decoding algorithms and computational models.

The paper shows that dendritic computation in ET cortical neurons enables rule-dependent flexible categorization by integrating sensory input and inferred task rules.

This study investigates the causal roles of cell-type specific striatal circuits in auditory-guided decision-making in mice, showing their opposing contributions and task-specific coordination.

This study investigates the role of somatostatin interneurons in auditory cortex during perceptual categorization using imaging and perturbation techniques, finding they refine frequency discriminability and contribute to categorical decision-making.

The paper investigates how direct and indirect striatal pathways coordinate during decision-making in mice, revealing ensemble-level asymmetry and causal roles in action selection.

The paper identifies a cortico-collicular pathway involved in motor planning by showing that M2 neurons dynamically encode choice information and that disrupting this pathway impairs decision maintenance in mice.

This study identifies a cortical circuit mechanism where auditory cortex neurons encode task rules based on feedback from the orbitofrontal cortex during inference-based decision-making.

This study investigates the role of parietal circuits in decision-making during category learning using mice, showing their dynamic and causal contribution to categorizing new auditory stimuli.