Anna Rubinski

Postdoc | LMU Munich | Institute for Stroke and Dementia Research @ISDneuroimaging

[Anna Rubinski @AnnaRubinski]

Very happy that our paper is now out in @AlzheimersRes where we show that higher levels of #myelin are associated with higher resistance against #tau pathology in #AlzheimersDisease.
Many thanks to @MichaelEwers12 @nfranzme @biofinder_study and others!

https://t.co/pfYp9Ri1SG

[Davina Biel @davinabiel]

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

[Michael Ewers @MichaelEwers12]

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

[Nico Franzmeier @nfranzme]

Finally online in its formatted and definitely more reader friendly version:
@AnnaDewenter used Fixel based analyses applied to diffusion MRI data to disentangle effects of Alzheimer’s and small vessel disease on fiber tract changes in older adults:
https://t.co/nSiW0aPxLV

[Nico Franzmeier @nfranzme]

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

[Davina Biel @davinabiel]

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

[Nico Franzmeier @nfranzme]

Very happy to share our new work in @NatureComms, showing that amyloid-related spreading of fibrillar tau is driven by soluble p-tau in #Alzheimer's disease.
Many thanks to co-first author @alexa_pichetb, @RikOssenkoppele, @OskarHansson9 and many others! https://t.co/uswalWgil1

[Duygu Tosun @birtutamtuz]

ADNI4 paper is out! 👇
Increasing participant diversity in AD research: Plans for digital screening, blood testing, and a community‐engaged approach in the Alzheimer's Disease Neuroimaging Initiative 4 https://t.co/nNp7abCD4r

[Bratislav Misic @misicbata]

neuromaps: structural and functional interpretation of brain maps | https://t.co/8ojYaKmd57

GoogleMaps for the brain!

By @rossdavism @JustineYHansen out now in @naturemethods 🧠🧰⤵️

[Nico Franzmeier @nfranzme]

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!

[Davina Biel @davinabiel]

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

[Nico Franzmeier @nfranzme]

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

[Michael Ewers @MichaelEwers12]

Join our virtual session on "Myelin changes and associated microglia activation as drivers of Alzheimer’s disease" today at 11.15 am PDT #AAIC2022 . Talks by A. Kohli from @BendlinLab @ConstanzeDepp Oskar Harari @omharari and twitterless Mikael Simons @DZNE_en

[Nico Franzmeier @nfranzme]

Happy to share our new work out in @NatureComms: Tau deposition patterns are associated with functional connectivity in 4R tauopathies, using PET and post-mortem data. Thanks to co-first author @matbrendel, @MichaelEwers12
@GunterHoglinger and many others! https://t.co/y2BOw63jgq

[Anna Rubinski @AnnaRubinski]

Very happy to share our latest preprint, showing that higher levels of #myelin are associated with higher resistance against #tau pathology in #Alzheimers disease.
Many thanks to @MichaelEwers12 @nfranzme @biofinder_study and others!

https://t.co/p1VCzI6kGY

[Sidhant Chopra @SidChop]

Interested in visualising 🧠imaging data in R? Here are a few beginner-friendly notebooks you can work through to briefly introduce you to some voxel, ROI, edge & vertex level visualisation tools! https://t.co/L235WRHgGE

[RikOssenkoppele @RikOssenkoppele]

Our first preprint of 2022: "#Amyloid-associated increases in soluble #tau is a key driver in accumulation of tau aggregates and cognitive decline in early #Alzheimer", https://t.co/M9qVHhG4Pf. co-lead by @alexa_pichetb & @nfranzme, w/@OskarHansson9 @biofinder_study and others.

[Anna Rubinski @AnnaRubinski]

Happy to share our newest #preprint: "Polygenic effect on accelerated #TAU pathology accumulation in #Alzheimers disease: Implications for patient selection in clinical trials"
#ENDALZ

[Michael Ewers @MichaelEwers12]

Excited to share: Polygenic risk score (PGS) interacts with amyloid PET to enhance rates of tau-PET increases, w/o APOE e4. Strongest effects for microglia-cell-type PGS. Thanks to @AnnaRubinski @rainermpg, @alpimen72, @nfranzme @ISD_research MedRxiv: https://t.co/04DxVYDOJi

[Nico Franzmeier @nfranzme]

1/Happy to share our newest #preprint showing connectivity-mediated tau spreading in 4R tauopathies, combining 2nd gen tau-PET, cell-type-specific post-mortem tau and fMRI https://t.co/9xXcLsD1pf
Many thanks to @matbrendel, @GunterHoglinger, @MichaelEwers12!
Summary in the thread

[Davina Biel @davinabiel]

Very happy that our paper is now out in @AlzheimersRes where we show that tau-PET and Braak-staging are highly predictive markers of cognitive decline in cognitively normal to individuals with #AlzheimersDisease. Many thanks to @nfranzme and @ISD_Research

https://t.co/CrBClqnLVA