Bringing together cellular and cognitive neuroscientists to understand what BOLD signals tell us about neuronal activity. Upcoming virtual meeting Sep 24th.
Congrats to Katsuya Ozawa, Masaki Nagao, and the crew for publishing this assessment.
HUGE help from the Viral Vector Core at Gunma University.
Astrocytic GPCR-Induced Ca2+ Signaling Is Not Causally Related to Local Cerebral Blood Flow Changes
https://t.co/vFGMDO5FFy
Cool new methods for IHC. Glyoxal fixation: An approach to solve immunohistochemical problem in neuroscience research | Science Advances https://t.co/y8AVJXIk3t
#ASN2024 is happening in Portland!! Come visit the beautiful PNW and participate in kickass science!
Proposal submissions extended to July 7: https://t.co/Le3qt7Pymz
Please RT and submit! I *personally* encourage junior investigators to submit & be included in proposals!!
In this review, we discuss exciting advances in deep imaging that can enhance our understanding of white matter degeneration in mouse models of #AlzheimersDisease and #dementia.
https://t.co/3zBuT9JvDJ
Come join my new lab at the Medical University of Vienna! I study how neurons and astrocytes interact in the brain and how this affects brain development.
New research! Vascular ageing is multifactorial with each factor having distinct effects on cognition.
Led by @Deborah__King w/ a great team
@rikhens
@rogierK
@noham_wolpe
@BraynePa@cslblab@CambridgeFTD
@camcan_tweets
https://t.co/YTeRBnYVhC
New paper by the brilliant Shuyi Wu, @CambPsych visiting student, showing the importance to model, rather than simply normalise for, cerebrovascular differences in fMRI studies.
For this, we developed a toolbox for commonality analysis in neuroimaging.
https://t.co/COQFHL4lG9
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Very cool work that opens the way towards many mechanistic studies on how different vascular segments contribute to brain health and pathology! Congratulations to @AndyShih_Lab, Philip Herron, Prakash Kara @UMN_CMRR and colleagues!
Precise optogenetic control of brain arteriole diameter in vivo. A way to probe vascular networks like a "circuit board" during studies of cerebral blood flow regulation. Collaborative work spearheaded by Philip O'Herron of Augusta University.
https://t.co/x1Sh4KFmEX
@Tamireisenstein @northernthrux The highlight of this meeting is the sharing of unpublished data and hypotheses in a small meeting setting with lots of in person discussion and conversations. Thus, no recordings.
Let us also add kudos to the best oral abstract winner Gabriella Rossetti @GmkRossetti and best poster winner Llywelyn Lee @Llywelynlee - congratulations!!! The future of the field is bright!