New paper “Characterizing spatiotemporal white matter hyperintensity pathophysiology in vivo to disentangle vascular and neurodegenerative contributions” out in Nature Communications! https://t.co/I2hn28HZIH
New paper “Characterizing spatiotemporal white matter hyperintensity pathophysiology in vivo to disentangle vascular and neurodegenerative contributions” out in Nature Communications! https://t.co/I2hn28HZIH
I'm proud to share this work led from the @DouglasResearch and the @IPNMcGill and funded by the @AlzCanada and the @FRQS1. Special thanks to my supervisors, @mallarchkrvrty1 and @DadarMahsa, who showed great patience every time I added an analysis to this project in the last 4y!
We recently published a paper in PNAS, showing microstructural changes to the hippocampus in aging and presymptomatic Alzheimer's disease - in humans, in vivo. We continue to show the value of structural MRI beyond just measuring large-scale atrophy! https://t.co/Wq1wBHQm8y
CIHR funding rate: 13.6%.
Early 2000s: 30%+.
Canada’s new $1.7B Impact+ program recruits talent — but without increased Tri-Council base funding, we risk further strain on an already stretched system.
We’re calling for $1B over 5 years.
Support here: https://t.co/iknRwlOqvM
After 3 years of "just one more analysis", happy to share our preprint!
Building on previous post-mortem findings of non-vascular WMHs, we identified a specific signature of neurodegenerative WMHs in vivo using microstructural MRI and normative modeling
https://t.co/H8m0V3w4KB
After 3 years of "just one more analysis", happy to share our preprint!
Building on previous post-mortem findings of non-vascular WMHs, we identified a specific signature of neurodegenerative WMHs in vivo using microstructural MRI and normative modeling
https://t.co/H8m0V3w4KB
If you’re into rodent fMRI, you should definitely check this work led by Mila Urosevic! A great resource for anyone developing an acquisition protocol and who wants to improve measurements of resting-state networks.
My paper introducing my longitudinal DBM pipeline and examining the ultimate sensitivity of it in human data is now published at ApertureNeuro!
https://t.co/d50Yz6wQ4f
ADPD! I'm excited to present the complete story of my WMH research: "Uncovering spatial pathophysiological patterns of white matter hyperintensities of neurodegenerative origins", including a cool new tractography analysis! Tue April 1st, Hall A, 12:45 #ADPD@adpdnet