I am excited to share our latest research on the arachnoid barrier, a crucial yet poorly understood structure that partitions the CNS and the dura, out today @Nature. We discovered that gaps in this barrier allow communication between the CNS and the dura.

As in life, academia is about overlapping stages. Now it's one of those moments: closing (euphemism for paper under consideration) my PhD work at @RuiBenedito_ lab while starting an exciting new chapter as a postdoc with @StefanieDimmel1. Tweetorial ahead👀 https://t.co/X8NCvMOBVK

Clearance of intracranial debris by ultrasound reduces inflammation and improves outcomes in hemorrhagic stroke models - @StanfordRad https://t.co/BludN4qtBd

Therapeutic VEGFC treatment provides protection against traumatic brain injury-driven tauopathy pathogenesis: @CellReports

Keep your neutrophils close, but your mast cells closer https://t.co/UNOXUykORY

Happy to share our latest work led by two talented PhD students, Kevin Ziegler and Aydan Askarova, examining cell type contributions of vascular cell types to dementia risk. Many thanks to the donors, and for support from @UKDRI and @alzassociation. https://t.co/IwSMJAY0w5

Our glial circadian atlas in AD and aging mice is now out in @NatureNeuro! Congrats to @patwsheehan for incredible work and to our collaborators @johnthefryer, @CarpeRibosomam, @darshan1s, Ron Anafi, and the team. @johnthefryer and I started this in 2019! https://t.co/AYnP0sCbGj

T-ALL exploits a neural proinflammatory pathway to colonize the meninges @jclinicalinvest https://t.co/7XJF3qf51L

Tertiary lymphoid structures in a subset of gliomas that show signs of functional adaptive immune activation and are associated with longer overall patient survival and an immune-permissive tumor microenvironment @ImmunityCP @K_Imkeller 🇩🇪 https://t.co/5goCN0454e

Excited to share new work from the lab showing that loss of AD risk gene Ms4a4a promotes abeta clearance and protects against amyloid plaque accumulation in a mouse model 🧠🐭 ⁦@WashUMedADRC⁩ ⁦@alzassociation⁩

Congratulations, @tmamuladze for this very well deserved recognition by @WashUdbbs 👏👏👏

Celebrating the finale of an amazing #RTN2025 and also acceptance of ⁦@lcdsmyth⁩’s paper 🤩

Next #ReThinkNeuroimmunology (#RTN2026) will be at the @WeizmannScience 🤩 We are so excited to come back to peaceful Israel 🇮🇱

Serious science with serious fun at #RTN2025

Spotlight in @ImmunityCP Fibroblasts are not so scar-y in brain injury https://t.co/KxYRrfP8uz on https://t.co/Wz7YyD2yDK @Nature

Thank you for the wonderful @NeuroCellPress Preview write-up about our recent publication on the velum interpositum (the VI-P of the leptomeninges) @SiegenthalerLab. I'm just disappointed that I missed out on such a good play on words.

Excited to share our new paper out in @NeuroCellPress today! Ever wondered how peripheral #myeloid cells get into the #brain? We discovered it's a leptomeningeal structure called the velum interpositum. Check it out here: https://t.co/s5n0hVzQ2U

I’m very happy to share the preprint of one of the projects I’ve been working on during my postdoc in Michal Schwartz’s lab at the @WeizmannScience 🧠 Alzheimer’s disease disrupts bone marrow myelopoiesis, leading to systemic immune dysfunction. https://t.co/jVj4k8rxPf

It is debated whether poor #blood flow underlies white matter loss in #aging. Our recent study in aged mice supports this idea: Impaired drainage through rare, deep-reaching #venules causes mild #hypoperfusion that triggers inflammation and demyelination. https://t.co/nDVjgZjnWa

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

& I'm going to repost this 🧵, there's 1 more day for comment: https://t.co/sDYy7zd1jS AND it's IMPORTANT @nhmrc @healthgovau @Mark_Butler_MP @Mon4Kooyong @ScienceAU @AAMRI_Aus @Science_Academy @AAHMS_health @uniaus @ConversationEDU @AusSMC @ScienceAlert @DrShaneRRR @bairdjulia