Gary Morris
@gazz4science.bsky.social
Glial-vasculature interactions, pericytes & microglia, dementia & stroke at the University of Tasmania.
Had a fantastic week at #ANS2024 with Australasian Neuroscience colleagues talking #microglia, #pericytes and #TasmanianDevils. Look forward to seeing you all again in #Hobart for #ANS2025!
December 4, 2024 at 9:37 AM
Had a fantastic week at #ANS2024 with Australasian Neuroscience colleagues talking #microglia, #pericytes and #TasmanianDevils. Look forward to seeing you all again in #Hobart for #ANS2025!
A huge thank you to @wildimmunity.bsky.social nity.bsky.social, @gracerussell.bsky.social cerussell.bsky.social, @jakecashion.bsky.social and Brad Sutherland for this very unique collaboration! (2/2) Isolectin 🟢, PDGFRβ 💗, DAPI 🔵
November 29, 2024 at 12:43 AM
A huge thank you to @wildimmunity.bsky.social nity.bsky.social, @gracerussell.bsky.social cerussell.bsky.social, @jakecashion.bsky.social and Brad Sutherland for this very unique collaboration! (2/2) Isolectin 🟢, PDGFRβ 💗, DAPI 🔵
Here's a fun one for #FluorescenceFriday. Did you know #marsupials have an entirely different CNS vascular anatomy to most animals? Arterioles and venules enter the brain and branch in unison, terminating at capillary loops. Check out this example from a #TasmanianDevil brain! (1/2)
November 29, 2024 at 12:43 AM
Here's a fun one for #FluorescenceFriday. Did you know #marsupials have an entirely different CNS vascular anatomy to most animals? Arterioles and venules enter the brain and branch in unison, terminating at capillary loops. Check out this example from a #TasmanianDevil brain! (1/2)