JCBFM
@_JCBFM
Followers
1K
Following
932
Media
464
Statuses
1K
Official Twitter of the Journal of Cerebral Blood Flow & Metabolism @_JCBFM is the Official journal of #ISCBFM (https://t.co/zRLfHuMQU1) & biannual meeting #BRAIN2025
Joined November 2015
🌍 Early career #ISCBFM members, are you ready to grow your research skills? Apply for the 2026 Lab Visit Travel Bursary to gain hands-on experience in labs around the world! 🧠 Deadline: Dec 31, 2025 👉 https://t.co/OM96ea5sbM
#EarlyCareerScience #ResearchOpportunity
0
1
2
Interested by new methods for TSPO PET quantification to study neuroinflammation? This #HotTopic introduces a logistic regression model validated in 323 human brain scans with multiple tracers. DOI : 10.1177/0271678X251361261 read here👉 https://t.co/J9Dw1o1kgU
#Neuroimaging
0
2
5
#HotTopic revealing new insights into BBB dysfunction in cerebral small vessel disease (cSVD) ! Using high-res DCE-MRI, researchers found striking spatial variation of BBB leakage in #cSVD Full story 👉 https://t.co/QclCEDXFwR
#Neuroimaging #ISCBFM #JCBFMhome
0
0
2
🚨Interested in cerebral small vessel disease? This #hottopic using 3T MRI vessel architecture imaging show that patients have fewer, larger microvessels and a shift from capillaries to arterioles. Full story 👉 https://t.co/foR4eQ1rqf
#CSVD #Neuroimaging
0
2
8
CVBA Satellite Symposium: Draft Program Now Available – Registrations Still Open!! - https://t.co/KXqaPndMOA
0
2
2
🚨 Small Meeting Support Requests Now Open! #ISCBFM invites applications for partial sponsorship of small in-person meetings advancing cerebrovascular science. 👉 Read the info: https://t.co/m65ur9a0Co ⏰Deadline: Nov 12, 2025 👉 Apply now: https://t.co/cXCkBBSWpt
0
3
5
Beyond elated to share that my PhD thesis research on functional significance of RNA chemical modifications in acute ischemic stroke got featured as a cover story @_JCBFM #PathTwitter
🧠 What about our October cover? Now that the issue’s out, check out where it's from: one of the September’s hot topics showing that boosting FTO after stroke rewires the epitranscriptome to protect the brain! DOI: 10.1177/0271678X251340808 Full story 👉 https://t.co/YkzYuMZL1n
0
1
3
🚨New #HotTopic showing that early Neurovascular Coupling (NVC) predicts cognitive outcomes after stroke. Both low & high NVC responses = worse cognition at 12 mo. A U-shaped link shows balance is key. Full story 👉 https://t.co/WTUL4DheWQ
#Stroke #BrainHealth
0
1
3
We want to make it as straightforward as possible for you to adhere to funding guidelines and publish Open Access. Find the right route for you: https://t.co/4Oo1EoeQWz?
0
1
1
🧠 What about our October cover? Now that the issue’s out, check out where it's from: one of the September’s hot topics showing that boosting FTO after stroke rewires the epitranscriptome to protect the brain! DOI: 10.1177/0271678X251340808 Full story 👉 https://t.co/YkzYuMZL1n
0
0
0
How do we monitor fragile brains without radiation? Our new @_JCBFM study shows how non-invasive MRI can track cerebral perfusion + autoregulation in children with #moyamoya Now featured by @StanfordNsurg
@AHAScience @StCrossCollege Please share/repost https://t.co/HMwa19xRFb
2
2
8
Thanks for mentioning your paper published in JCBF ( https://t.co/SUfI8rw5BV). Scientific debate is the best way to advance science and sharing sources is key. For your followers and more, here’s the link to the full paper: https://t.co/5JCkgO7SUR
#ISCBFM -
journals.sagepub.com
Cerebral blood flow (CBF) and transit time are essential biomarkers for assessing brain health. While dynamic susceptibility contrast (DSC) MRI has been widely ...
How do we monitor fragile brains without radiation? Our new @_JCBFM study shows how non-invasive MRI can track cerebral perfusion + autoregulation in children with #moyamoya Now featured by @StanfordNsurg
@AHAScience @StCrossCollege Please share/repost https://t.co/HMwa19xRFb
0
0
1
🚨New #HotTopic comparing Bessel-2PM and OCT to track red blood cell stalls in awake mice 🐭! 🧠The study reveals a vulnerable subpopulation of frequently stalling capillaries, worsened by stroke. 📉 Better tools = better insights. Read more 👉 https://t.co/xCBGtp4qxM
0
0
3
Appreciate your mention of your work in JCBFM ! Healthy debate + sharing relevant sources = stronger science
Excited to share our work now in @_JCBFM! Early life stress, including during fetal development, can have lasting effects on brain function. Our proof-of-concept study highlights a new avenue for understanding molecular mechanisms driving these changes. https://t.co/KdZClq9tqw
0
0
1
🧠 Did you know not all brain connections are equally affected after stroke? This #HotTopic uses trans-synaptic AAVs to trace neurons linked to the stroke site, revealing selective, time-dependent spine loss and recovery. Full story 👉 https://t.co/TtLBhcSZA2
0
1
3
Appreciate the shout-out to our JCBF paper! 🧠 Healthy debate + sharing relevant sources = stronger science. Read it here: https://t.co/MwMcFKGvqK
#ISCBFM - https://t.co/jtqfeQ26d9
#JCBFMhome #hottopic
Increased capillary stalling is associated with endothelial glycocalyx loss in subcortical vascular dementia | @_JCBFM
#bloodbrainbarrier #glycocalyx #vasculardementia
0
1
7
Angiographic perfusion outperforms large artery vasospasm for predicting the impact of rescue therapy in subarachnoid hemorrhage. Vessel caliber less important than Tmax. @_JCBFM @MDNeurocritcare @neurocritical
https://t.co/69YDgW1HCc
2
2
14
@ClagueNjc36 @PhysiosForME @AtelierDanko Increased capillary stalling is associated with endothelial glycocalyx loss in subcortical vascular dementia | @_JCBFM
#bloodbrainbarrier #glycocalyx #vasculardementia
https://t.co/uNs7Q6yU0n
Increased capillary stalling is associated with endothelial glycocalyx loss in subcortical vascular dementia | @_JCBFM
#bloodbrainbarrier #glycocalyx #vasculardementia
0
1
3
Last call for papers! The @_JCBFM Special Issue on Immunology of Nervous System Disorders closes submissions on Sept 30, 2025. https://t.co/TYltSZCI1O
#Neuroimmunology #CallForPapers #JCBFM
journals.sagepub.com
Subscription and open access journals from Sage, the world's leading independent academic publisher.
1
3
4