Leukocyte stalling in 🐭Retinal microvasculature
2PM
In 20 s, "~7% tracked leukocytes stalled for at least one time along their path", up to 9 stalls
87% stalls occur at vessel junctions, where 71% occupied with #Pericyte
⏫RBC flow irregularity
#JCBFM 2025
journals.sagepub.com/doi/10.1177/...
"Plug"
Microglia (~20%) physically contract with #EndothelialCell & #Pericyte through gaps b/w adjacent #Astrocyte endfeet
A meticulous analysis of #MICrONS volumetric EM data
1 mm3 🐭visual cortex🤩
@gazz4science.bsky.social @sorengrubb.bsky.social #JCBFM 2024
journals.sagepub.com/doi/10.1177/...
2DG CESL MRI in rat brain after stroke.
🔬🧪🧠⚡ I am extremely happy to announce that our paper on imaging #brain glucose #metabolism using metabolic #MRI in a 🐀 rat model of ischemic stroke is now published in #JCBFM (journals.sagepub.com/doi/10.1177/...). #OpenAccess #OpenData Check the🧵 🤓 #NeuroSky ⏬⏬
Our very own Dr Clare Howarth from @sheffielduni.bsky.social speaking at a satellite meeting on day 1.. alongside Ravi Rungta, Anna Devor, Andy Shih, Barbara Linde, Mohamad El Amki - what a session!
Thanks to @blacoste.bsky.social for the photos!
#science #JCBFM #neuroscience #glia #brainbloodflow
A good start to the year with the publication of this work in #JCBFM
pmc.ncbi.nlm.nih.gov/articles/PMC...
#neurocrit
Inhibition of Na+/K+ ATPase-mediated Src activation with pNaKtide in🐭 #Migraine Atp1a2 G301R/+
⏫🧠arteriolar diameter
⏬🧠 hypoperfusion
⏫#NeuroVascularCoupling
Look at this mind-blowing #LaserSpeckleImaging of🐭🧠microvasculature🤩
@chrstaehr.bsky.social #JCBFM 2024
journals.sagepub.com/doi/10.1177/...
I am very excited to share our new paper in #JCBFM (journals.sagepub.com/doi/10.1177/...)! We show that targeting Na,K-ATPase-dependent #Src kinase activation can prevent cerebral hypoperfusion and ⬆️ (video) #neurovascular coupling in a 🐭model of familial hemiplegic #migraine.
Here is a summary 🧵