"In Search of Transcriptomic Correlates of Neuronal Firing-Rate Adaptation across Subtypes, Regions, and Species: A Patch-seq Analysis" A new paper from our team! This work was completed in Wang's lab in collaboration with Yijie Kang and others.

Who could have imagined that a small idea could snowboall over three years into a multi-scale study, spanning from single genes to cross-species comparisons? We hope the methodology here will serve as a paradigm for leveraging genetic data in electrophysiological research.

RT @_ChengXue: I just attended a great conference, but can’t help feeling disillusioned when I see certain organizing decisions, originally…

RT @AllenLiuYue: Excited to share our recent work "Flexible gating between subspaces in a neural network model of internally guided task sw…

RT @VFascianelli: Our work on individual differences in monkeys and RNNs is out on Nat Comms! A huge thanks to @ald…

RT @soowmwayne: Neuroscientists can now record neural activity at an unprecedented scale, and have mapped out connectomes and transcriptome…

Dr. An Wu's Family Emergency Travel Expenses

RT @GuanGuanvideo: 《Blood Cotton Initiative》 ​​​by 乌合麒麟

RT @GuanGuanvideo: Part 2

RT @GuanGuanvideo: Why does the West fear China? Part 1

RT @DrMattMcCarthy: There are now more than 100 cases of #coronavirus in the US. Key point: Counting the # of cases is like looking at ligh…

RT @NYGovCuomo: We have learned of the 1st positive case of COVID-19 in NY. The patient contracted the virus while in Iran & is isolated T…

Thank you, Andrew!