Brad Sutherland

Associate Professor, Neurovascular Scientist, University of Tasmania. Views are my own.

[Australasian Neuroscience Society (ANS) @AusNeuroSoc]

Find out more about #ANS2025 symposia for the Hobart 2025 ANS meeting including "New insights into the roles of cerebrovasculature in nutrient supply, waste removal, neurodegenerative diseases and beyond" here: https://t.co/9ztAE2SgYi

[Australasian Neuroscience Society (ANS) @AusNeuroSoc]

🗣️Calling all ANS members to nominate symposia and speakers for the #ANS2025 conference to be held in Hobart, Tasmania, from 30 Nov-3 Dec!
Symposium guidelines: https://t.co/urIErpDeVy
Submit porposal here: https://t.co/rw2MBsHIqZ

But hurry! Submissions close 5pm, 24/03/2025

[Sarah Hellewell @_hellewell_]

Can't wait for next year's @AusNeuroSoc meeting in Hobart! The conference is in great hands with
@ziebs83 @BradASutherland

[JCBFM @_JCBFM]

🧠🔬 Exciting #HotTopic: microglial "plugs" found at blood vessel contacts in the brain!
This opens a new path to understand how microglia interact with the vasculature in health and disease.

Don't miss it: https://t.co/6WRsQlU25V

#JCBFMhome #ISCBFM #BrainResearch

[Brad Sutherland @BradASutherland]

@BenjaminHogan13 Beautiful work Ben and highly intriguing results about pericyte control of the BBB!

[Brad Sutherland @BradASutherland]

@DaniBeckman @Jake_Cashion_ @rust_ruslan @BrainBehavImm @LabGlial Just make sure you use lightly fixed tissue for Pdgfrb, it is highly fixation sensitive.

[Dr. Jake Cashion @Jake_Cashion_]

Our new paper published in @BrainBehavImm shows ablating pericytes in mice causes hypoactivity🏃, motor impairment, vessel dysfunction🩸, and widespread gliosis🌟. Another reminder of how important pericytes are for brain function.

@BradASutherland @LabGlial (1/3)

[Daniel Beard @DocBeardface87]

Excited to share that our work showing the #mTOR inhibitor #rapamycin (Sirolimus) can reduce #brain #pericyte constriction following #stroke, is now published in Translational Stroke Research! https://t.co/4ZPiiKKf5o

[Brad Sutherland @BradASutherland]

@KorteNils Congrats Nils. Fabulous work, and great to see it out!

[Søren Grubb @SorenGrubb]

1/4 We are thrilled to announce that our 🌍 collaboration has resulted in a paper in @_JCBFM. @Gazz4_Science @CathFoster_ @BradASutherland @UTAS_ @SeattleChildrens @uni_copenhagen
https://t.co/Wzp9CHnXtO

[Brad Sutherland @BradASutherland]

@rungtalab @NatureNeuro Congrats Ravi. Amazing work!

[Brad Sutherland @BradASutherland]

@BenjaminHogan13 @nhmrc @PeterMacRes @DrNatashaHarvey @LymphaticNet Congrats Ben. Fantastic news!

[Young Glial Research Team @LabGlial]

I am pleased to launch the Multiple Sclerosis Centre of Research Excellence, funded by the NHMRC. I look forward to working with Bruce Taylor, @williamreay96 , Ingrid van der Mei, @aydzhouyuan , @BradASutherland , Jake Gratten, @NatashaJStevens , Leonid Churilov & Chris Gumley

[Brad Sutherland @BradASutherland]

@mohamad_elamki @PNASNews @GrowKudos @BrunoWeberLab @RazanskyLab @SuseWegener @UZH_IPT @Unispital_USZ Congrats Mohamad. Beautiful work

[Christian Staehr @ChrStaehr]

Numerous pharmacological studies modulating pericyte contraction are currently being published! 👀
This interesting @biorxivpreprint shows that #Rapamycin (#mTOR inhibition) relaxes #pericytes, mitigating capillary dysfunction after stroke reperfusion 🧠

https://t.co/m555pRjAdj

[Daniel Beard @DocBeardface87]

Excited to share our new preprint showing that the #mTOR inhibitor #rapamycin (Sirolimus) can reduce #brain #pericyte constriction following ischemia in vitro and #MCAO #stroke in vivo. https://t.co/xAxfD2f2Io.

[Catherine Foster @CathFoster_]

Check out our new work on how microglia interact with the vasculature through astrocyte end feet using the @AllenInstitute #MICrONS cortical mm^3 dataset!

Had a great time working with @Gazz4_Science, @BradASutherland and @SorenGrubb to produce this work!

[Søren Grubb @SorenGrubb]

1/ 🔥 Exciting findings from our collaboration between @UTAS_, @SeattleChildrens, and @uni_copenhagen! We've discovered a new way #microglia interact with 🧠 vasculature, which could reshape our understanding of their role in #brain health and disease. 🧵 https://t.co/iaNFHuURPg

[Natalie King @NatKingScience]

Our latest publication was just released in Stem Cell Research and Therapy, showing gene expression and functional differences between neural crest and mesoderm iPSC-derived pericytes (iPericytes). Check it out here: https://t.co/qFq68LshlL

[Brad Sutherland @BradASutherland]

@SuseWegener @vcoelhosantos @mohamad_elamki @snsf_ch @Unispital_USZ @UZH_ch @TanterM @franca_schmid @UZH_IPT Congrats Susanne, Mohamad and team. Amazing work.