Cell-type specific molecular signatures of aging revealed in a brain-wide transcriptomic cell-type atlas | from Allen Institute @AllenInstitute | bioRxiv https://t.co/H5Md5ullBh
Ever wondered what the first protein changes in the Alzheimer's brain might be? If so, take a look at our new paper!
We combined 38 human proteomics studies and created a new atlas of AD protein changes
@BrainMind_USyd@Sydney_Uni@alzassociation
https://t.co/fA0NcXIYx1
📢 Exciting Job Opportunity! 💼 We're seeking a Senior Research Fellow/Associate Professor (Psychologist) to contribute to brain ageing & dementia research. 🎓 Join our team at the University of Sydney.
Apply now 👉https://t.co/5uQWPXVL5J @Prof_Naismith
Pls RT!
We are hiring RAs & postdocs to study pericyte function and neurovascular coupling mechanisms in physiology & dementia pathology.
*Funded positions!
*Join a fantastic team!
*Live in beautiful Portland, OR!
https://t.co/sCzyFpNTBn
https://t.co/iayTFpHLjV
DM/email for info.
Introducing the Allen Brain Cell (ABC) Atlas [ʙᴇᴛᴀ] representing ~5,200 newly transcriptomic-defined cell types and their spatial locations across the whole mouse brain. 🧵
Access ABC Atlas data visualization & pre-publication #openscience datasets: https://t.co/7ogBtSMb14
Hi everyone!
Taking a break from my post-doctoral celebrations 🎉 to bring you:
https://t.co/doYRHxhSmO
A new website from the
@baljit_khakh
lab where you can explore our astrocyte and neuron subproteomes 🥳
Thank you to the talented Janet Iwasa for help with the design.
On this day in 2020, we launched Seattle Alzheimer’s Disease Brain Cell Atlas (SEA-AD) consortium with @UWMedicine and @KPWaResearch.
Read the original announcement: https://t.co/a3qEC2LGSH
#Allen20#EndAlz
As many of you know, a few years ago, I co-founded a project/podcast—Stories of WiN—to increase the visibility of women in neuroscience. Today we released our 100th episode!!! To celebrate, a few co-founders sat down to discuss how it started & how it's going. Give it a listen!💕
Come stop by my poster this Tuesday at noon! I will be discussing the application of phase contrast MRI to measure CSF movement in aging and sleep deprivation #SLEEP2023
🚨Job Opportunity🚨 The Ingiosi Lab is looking to hire a Research Senior Associate/Lab Manager for projects investigating the role of glia in sleep!
APPLY HERE:
https://t.co/alkoI343ou
I’m beyond thrilled to announce the publication of our new paper in @JAHA_AHA: https://t.co/UpXDHPjF38.
We show that #stroke➡️#pericyte contraction & capillary stalling➡️neurovascular uncoupling in the peri-ischemic cortex. #Penumbra.
Here's a🧵summarizing our key findings (1/6):
Human islet cells in the pancreas sport long antenna-like organelles called cilia that sense glucose. A new imaging study provides a detailed look at these vital structures. In PNAS: https://t.co/4Iwzm6FjYa
Our @cogsleepCRE is pleased to share some light Sunday morning reading..😉 Heart rate variability during slow wave sleep is linked to functional connectivity in the central autonomic network @ShawnKong11@jmacshine@AndrewCMcKinnon@HBAProgram_USYD https://t.co/JWowjR1K9n