Check out our new work where we show that female sex is associated with a stronger Aβ-dependent p-tau secretion, potentially driven by elevated sTREM2-related microglial activation and stronger effects of ApoE4 carriership in women
@nfranzme@matbrendel
https://t.co/kncU8aKXPi
Higher CSF sTREM2 levels were associated with FDG-PET glucose hypermetabolism in early Abeta accumulation but with glucose hypometabolism in late Abeta accumulation.
Excited to share our new work in @EmboMolMed🧠🧪 We show that earliest Abeta abnormalities are associated with sTREM2-related microglial responses, which may drive p-tau elevations. Many thanks to @nfranzme, @matbrendel, @M_SuarezCalvet and many others!
https://t.co/mgdGd6x0Kn
Our new paper shows polygenic risk score comprising 85 lead AD-risk SNPs to be associated with enhanced effect of amyloid on the rate of tau PET accumulation, and cognitive decline. Thanks to lead author @AnnaRubinski & @rainermpg, Simon Frerich @nfranzme https://t.co/vQUXz6RQfm
What do fluid p-tau biomarkers reflect?
@vermeiren_marie and I provide evidence that p-tau biomarkers are more closely associated with amyloid plaques than tau tangles, measured with PET.
https://t.co/M6ofy6VlsE
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📢 Exciting times for the #Alzheimers field and some hope for patients and their caregivers
A summary of the data presented today at #CTAD22@CTADconference and @NEJM on #Lecanemab , some context and a personal view
(please excuse any error)
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Excited that our new paper is now out in @alzdemjournals where we show that increased brain network segregation is linked to attenuated tau spreading in Alzheimer's disease.
https://t.co/O47PKCm0Jo
Very happy to share our new work by @AnnaSteward_, out in @alzdemjournals showing that higher brain network segregation is associated with attenuated tau spreading in #Alzheimer's. This suggests that more segregated brain networks may provide #resilience against tau spreading
Happy to share our new work where we show that combining tau-PET with fMRI-derived maps of cognitive domains improves the prediction of cognitive decline and the sensitivity to detect treatment effects. Thanks to @nfranzme, @matbrendel and all co-authors!
https://t.co/UZkFBqARfJ
Many thanks to @alzforum for highlighting our work, summarizing collaborative studies on tau spreading from @alexa_pichetb, @OskarHansson9, @davinabiel, @LFrontzkowski, @MichaelEwers12, @AnnaRubinski and many others!
Check out our new preprint, showing that earliest Abeta abnormalities are associated with a sTREM2-related microglial response, which may drive p-tau elevations. Many thanks to @nfranzme, @matbrendel and @M_SuarezCalvet and all other co-authors!
https://t.co/QZZWga1i8u
Very happy to share our new @NatureComms paper, showing that earlier #Alzheimer's onset is associated with stronger tau in globally connected hubs, and that tau in hubs leads to faster connectivity-mediated tau spreading and cognitive decline https://t.co/toblyKYILa 1/5
If you are interested in microglial activation and AD progression, check out our talk that is now online at @AAIC! Big thanks to @nfranzme for stepping in today for me in San Diego!
On the way to San Diego for #AAIC2022! Looking forward to a great week and seeing many of you again in person after almost three years. Also, check out our labs presentations by @AnnaDewenter@AnnaSteward_@davinabiel and @roemersebastian
Very happy to share our new work out in @Brain1878, studying the contribution of #Alzheimer's and #SmallVesselDisease on white-matter diffusion changes using fixel-based analysis. Great work by PhD student @AnnaDewenter co-led with @MarcoDuering!
https://t.co/nSiW0aOZWn
🔴Paper alert🔴
This took a lot of time and effort but happy to share it.
We found that altered CSF biomarkers of #amyloid, #tau, and #glial response were associated with higher volumes of grey matter and increased glucose metabolism in early #Alzheimer
https://t.co/SusGoDAjqP
Giving back is important! As an alumnus of the @UniBremen Neuroscience Master Program, I decided to take an action and connect the alumni to the new students, who had a hard time seeing their next steps due to a lack of practical training during the COVID19 pandemic 1/n