Excited to share our group's first manuscript describing new anatomical connections that allow the eyes to act as an "immunological window to the brain" 👁️🧠 (1/)
https://t.co/mpIEqvZSE5
Huge thanks to @BillSessa for his inspiring lecture comparing benefits and challenges in academic and industry science careers as the 2023 Pober Lecturer at our @YaleVBTProgram@YaleCVRC Retreat
Super excited to share my paper that is now available in @NatureComms !!! Endothelial Cell Cycle State Determines Propensity for Arterial-Venous Fate. Lots of work went into this paper, including from all the amazing and brilliant colleagues listed.
https://t.co/DhEDRENIWd
Jacob, Eichmann, Thomas et al @InstitutCerveau characterize the 3D anatomy of meningeal lymphatic vasculature & associated CSF drainage in mice and humans, revealing conserved lymphatic circuitries in contact with dural venous sinuses https://t.co/OLyyjuIIA4
Jacob, Eichmann, Thomas et al @InstitutCerveau characterize the 3D anatomy of meningeal lymphatic vasculature & associated CSF drainage in mice and humans, revealing conserved lymphatic circuitries in contact with dural venous sinuses https://t.co/OLyyjuIIA4
The blood-brain barrier is essential for protecting the brain from toxins, but it also blocks the passage of drugs. Scientists have strived to unlock this barrier for years, and now, @YaleMed researchers may have found the key.
@KevinBoye4@YaleCVRC
https://t.co/DrKod5hPAK
I am happy to share my latest work showing that Netrin1 binding to endothelial Unc5B controls blood-brain integrity.
Thanks to all the collaborators! (1/3)
@NatureComms@YaleCVRC
https://t.co/TMgxbE4BSN
Celebrating National Wear Red Day! Thanks to our Cardiovascular Biology Research In Progress (CVB-RIP) community for joining in GoRed day to raise awareness and support funding for cardiovascular disease @YaleCVRC@YaleCardiology#heartmonth
I am delighted to share my latest study from the Eichmann lab @YaleCVRC : Endothelial Unc5B controls blood-brain barrier integrity https://t.co/p3hjQSiZfJ