Jingcheng Shi

The paper shows that gamma oscillations in the prefrontal cortex involve dynamic, cell-type-specific synchronization patterns that support flexible behavior.

The paper links in vivo functional dynamics to molecular identity in hippocampal inhibitory circuits using single-cell transcriptomics and two-photon imaging.

The paper introduces 2P-NucTag, a method to label and profile functionally distinct neurons in vivo, revealing gene expression differences between place and silent hippocampal pyramidal neurons.

The paper identifies long-range inhibitory projections from prefrontal parvalbumin neurons that synchronize neural activity and enable behavioral strategy updates during cognitive tasks.

This study shows that 40 Hz auditory stimulation improves cognitive flexibility in Dlx5/6+/- mice with gamma synchrony deficits, but does not normalize gamma synchrony or provide lasting effects.