Lately a biomed student (med practitioner strand). Raised in a lab, like Frankenstein. Quals from my other lives belong in boxes under the bed, not on Twitter.
@abcnews Can you please fix the text on the online story about the Palasics case in Canberra ? It's showing as black text on black background and is unreadable @Jennyky_
Night-night, neurodegeneration. Lemborexant protects the mouse brain from atrophy, quieting tau pathology and inflammation. @WashU https://t.co/t5y9rAsMJp
Today I reached 10,000 citations - let this be a lesson that it's never too late to publish from your PhD. In fact, only today did I have my final acceptance of updated adaptations of an unsubmitted 2015 chapter of my '*pre*-dissertation'. 2 of these papers are not yet published.
Announcing the MapMySections data challenge! Deadline May 30.
The challenge:
📈 create an algorithm that matches fluorescent images of genetic tools to the most likely spatial transcriptomic cell types
💻 present it as part of a user-friendly tool
https://t.co/3YQ5I0nqOY
White matter (WM) #astrocytes differ significantly from grey matter (GM) astrocytes, with WM
astrocytes in the forebrain exhibiting unique proliferation capacity
https://t.co/1pdyhqHfuF
Global waves synchronize the brain’s functional systems with fluctuating arousal: https://t.co/5S0gqgG2A1
"... ongoing arousal fluctuations are associated with global waves of activity that slowly propagate in parallel throughout the neocortex, thalamus, striatum & cerebellum."
If you are a researcher looking to improve your productivity and impact, we are working on a tool that automatically formats your manuscript for different journals (a truly wasteful task!)
You can check it out here: https://t.co/pO0Dwhpu3b
Over-exercising induces irreversible liver fibrosis (who knew?) by inducing the secretion of damaging vesicles from muscles called “lactate bodies” @Cell_Metabolism
Cont - 💊 Key finding #2: The hypothalamus is architecturally complex - the VMH for example contains at least 5 spatially segregated and transcriptionally distinct neuronal types (5/)
🧠 What’s in HYPOMAP?
We profiled 433,369 hypothalamic cells using single-nucleus RNA sequencing + spatial transcriptomics, identifying 452 unique cell types & mapping them in 3D. This is the most detailed atlas of the human hypothalamus to date. (3/)
Fantastic news for Australian #health research! We're proud to partner with @MedicinesDev to harness its impressive potential and outsized impact to address neglected diseases across our region.
https://t.co/atZVOMWflA