Great to see Tram's paper online showing that rTMS increased interneuron activity following demyelination and increased remyelination by new and surviving oligodendrocytes. Thanks to coauthors including @DrCarlieCullen , @AlastairFortune , @LauraReale12 , @Tomlewis2310 .
The Preventing Dementia MOOC starts on the 14th of May. A free online course that examines the evidence for dementia risk reduction. Join an international audience in learning about this important public health issue. https://t.co/fvoxwe6w2J
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!
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
We invite applications for a postdoctoral position with the Glial Research Team in Hobart, Australia. Please apply online by following this link.
https://t.co/LAX7MiMeN3
We're hiring! Come and work with use on understanding the cellular mechanisms of brain dysfunction in MS!
https://t.co/oaOG7z2NfE
with @LabGlial and @nickomatics
We're recruiting! Interested in how #mitochondria and #astrocytes regulate neuroinflammatory responses during demyelination? Our group is looking for a PhD student: https://t.co/qkwyxz2wBn
Project uses transgenic mice, confocal microscopy and transcriptomics. Get in touch!
📢 Exciting news - my latest preprint exploring the impacts of pericyte ablation on behaviour and brain health is out! 🧠🩸🐭
https://t.co/z5sxZT7tBG
@BradASutherland@LabGlial
Pericytes 🟣
Vessels 🟢
#pericytes#neuroscience (1/3)
We found substantial differences in gene expression between iPericytes of different lineages. We also found iPericytes proliferate in response to PDGF-BB and respond to vasoactive mediators endothelin-1 and adenosine, with some lineage specific differences in their response (3/3)
We are excited to present our most recent preprint, outlining gene expression differences and functionality of mesoderm and neural crest iPSC-derived pericytes (iPericytes) in comparison to human brain vascular pericytes (HBVPs)
https://t.co/Z5ODUSn2Da (1/3)
Join us next Friday for a workshop facilitated by @BradASutherland's Perivascular Research Group!
This workshop aims to provide insight in successfully developing an engaging and scientific literate presentation that will ‘WOW’ the audience.
Check your email for a zoom link!