BRAIN EVODEVO ALERT!
So thrilled to share our newest articles about brain evolution, published by @ScienceMagazine!
Briefly, we have found that pallial circuits are formed by different developmental programs and comprise different neurons. Not all brains are the same!
Excited to share our work published this week! Led by myself and world class co-first @gdfnunes working in the @EthanHughesLab in collaboration with Dan Denman: https://t.co/HH9RKGY4ar. A short 🧵
With all the amazing glia researchers on campus we recently expanded our “Myelin Meeting” to a “Glia Gathering”. Keep an eye out here for all the cool #glia science 🧪 coming out from our groups! You should be seeing some preprints from several of us very soon…
🚨 The lab's first preprint is out! Led by rockstar graduate student @LaurynHigginson, we present the first cell-specific transcriptome analysis of the RNA exosome, a conserved RNase, in a fully developed Drosophila brain! #RNABiology#Neuroscience 🪰🧠 🧵 https://t.co/yEyyp4ifem
It begins today! Excited to start welcoming over 5,500 attendees to #2024NDiSTEM, kicking off a week of learning, mentorship, and community building.
#Science#Culture#Community
Learn more about @SACNAS in this recent piece shared with @Divinaction:
https://t.co/RoEl5PXwI6
I am thrilled and honored to receive this Javits Award from @NIH_NINDS, and incredibly grateful to all past and present members of my lab, as well as my mentors and colleagues in the field! @DukeMGM@DukeNeuro@DukeCellBiology#radialglia
Gonçalo @GoCasteloBranco and I are so excited to share our work on mapping spatial dynamics of brain development & neuroinflammation! 🤩🤩🤩Kudos to amazing postdocs Di Zhang and Leslie Kirby! 👍👍👍 @YaleEngineering @karolinskainst https://t.co/RnnwCvEBet
I am excited to share our most recent story led by our fantastic postdoc Lucas Serdar.
How is steady state gene expression of the developing cerebral cortex controlled? The answer lies beyond transcription....https://t.co/qVpWBKF8Pr 1/
I am super excited to share our paper published today in @NatureComms! Have you heard about heart-brain axis? Here we asked why heart defects are prevalent in children with neurodevelopmental disorders, such as the rare KBG syndrome. https://t.co/cTXI2aEGly 1/9