Brain endothelial gap junction coupling enables rapid vasodilation propagation during neurovascular coupling
Vasodilatory signals are rapidly communicated across long distances by endothelial-endothelial
gap junctions, enabling coordinated dilation of the arterial network during neurovascular
coupling.
We’re excited to share our recent study published in @cellpress.bsky.social! In this work, we show that brain endothelial cells, connected by gap junctions, form a signaling highway to enable fast, long-range arterial vasodilation in neurovascular coupling.
You can find it below:
24.07.2025 14:41 — 👍 15 🔁 3 💬 3 📌 1
Thanks Baptiste! We are excited to join the scientific community here
24.07.2025 14:37 — 👍 1 🔁 0 💬 0 📌 0
Fascinating discussions and exciting projects ahead with @nicolasrenier.bsky.social and Chenghua Gu ! #Paris #Collaboration #Neurovascular
13.07.2025 05:53 — 👍 7 🔁 1 💬 1 📌 0
Excited about the future work and more great talks about neurovascular biology!! 🧠
23.07.2025 20:55 — 👍 1 🔁 0 💬 0 📌 0
Assistant Prof. @MaastrichtU, @The GlioVasc Lab 🧠🫀Blood-brain barrier, vascular-glial interplay, hypertension, cSVD, vascular dementia, 🔬microscopy
I am a professor of biomedical engineering at Boston University and the editor-in-chief of the journal Neurophotonics published by SPIE. My research is focused on imaging of brain activity.
Vascular biologist. Brain AVMs and Kras, glioblastoma and angiogenesis, lymphatics, and developmental biology.
https://www.wythelab.com
Assistant Professor, Bloomfield Professor in Cardiovascular Research - decoding the complexity of vascular physiology and blood flow control, one ion channel at a time. Univ. of Vermont
www.HarrazLab.com
Neurovascular physiologist | Assistant Professor at the University of Maryland Baltimore | Avid sci-fi nerd
Assistant Professor studying hypertension & dementia
BRAINS fellow ‘22
she/her #LatiNeuro 🇨🇷
CNS immunology, stroma, and barriers | Group Leader @Monash | former postdoc in @kipnislab @WUSTL | Kiwi 🥝 🇳🇿
Scientist of mostly invisible things. Editor at Cell (speaking only for myself here). 🗣️EN/ES 😷🦠🔬🧪🧬🌈✨ #immunosky
Biologist👩🔬, physiologist🔬, electrophysiologist⚡, cardiovascular scientist❤️, neuroscientist🧠 #precapillarysphincters #microvasculature #meninges #neurovascularcoupling #pericytes #MICrONS #microglia #macrophages #wasteclearance #aging
PI @NINDS @NHLBI, Stadtman Tenure-track. 2024 NIH Distinguished Scholar. Interested in cerebral blood flow, neurovascular physiology, ion channels, in vivo microscopy, AD/ADRD, VCID.
Studying Vascular morphogenesis using Zebrafish|Mouse. Assistant Professor in the APP Department, College of Medicine, University of Saskatchewan #USask. Alumni #Stainierlab MPI and Collège de France. 🇫🇷 in 🇨🇦
ML @ Calico. Previously at Google Research and UCSF. Still amazed and excited by the power of microscopy to understand biology.
Permanent researcher @Inserm, @college de france | #astrocyte #BloodVessel
#development | WiS and mother of 1 | living/dealing with #Multiplesclerosis.
Junior Leader | CIBIT-University of Coimbra.
Neuroscientist w/a crush on blood vessels!
#firstgeneration #liveimaging #neurovascular #neurodevelopment #gliovascular #microglia #angiogenesis 🧠
https://www.vcoelhosantoslab.com
TRP channel nerd. Vascular physiology, ion channels, Ca2+ signaling, neurovascular coupling. Biodiversity, conservation, and amateur astronomy.
Neuroscience PhD Candidate
Moore Lab, Brown University
Interested in cortical and neurovascular dynamics, sensation and attention, and adaptive behavior
Neuroscientist | Professor | Sorting out the brain's plumbing in health and disease. www.theshihlab.com.
Forever developmental biologist at ❤️ studying the blood-brain barrier #BBB in the best model system #zebrafish to understand how different molecular and cellular interactions affect BBB function. www.obrownlab.com
Team leader at the Paris Brain Institute
Research Director at INSERM
Works on neurovascular plasticity, using cutting-edge 3D imaging of the brain.
Senior Scientist, Associate Professor & Program Director @ OHRI & uOttawa 🇨🇦. Fascinated by vascular & metabolic causes of neurodevelopmental disorders, SciArt and the night sky 🔬 🎨 🔭 Follow for 🧪 news and more! Look for #cerebrovascular
