Get in touch with any questions, happy to chat ⬇️. #neurojobs #neuroskyence #neuroscience #academicjobs
@davidmoorman.bsky.social
@davidmoorman.bsky.socialGet in touch with any questions, happy to chat ⬇️. #neurojobs #neuroskyence #neuroscience #academicjobs
@almacollege.onlinePeople speak of "butterflies in the stomach," a "racing heart," being "choked up" or needing to "catch breath." Language routinely treats emotion and thought as though they inhabit the body. But why are events of the mind felt in the heart or stomach? #neuroskyence
@peterkok.bsky.socialIt's actually real! Lovely to see it in actual print, including @catalinayang.bsky.social's beautiful cover image. Check out the digital, fully open access, version here: royalsocietypublishing.org/rstb/issue/3.... #neuroskyence
@thetransmitter.bsky.socialI fear that placing too much emphasis on a specific interpretation of dimensionality, or treating dimensionality as an end-all quantification of some aspect of neural computation, may lead us down the wrong path, writes @mattperich.bsky.social.
@nicolasambuco.bsky.socialYou know what I really love about writing grants? Nothing. There is absolutely nothing to like about writing grants. #neuroskyence
@hearingshef.bsky.socialHappy September🌞 and happy #MicroscopyMonday! 🔬 This week, Char takes us inside the mouse cochlea with this beautiful brightfield image of a mid-modiolar cryosection in a 50 days-old mouse! 🐭👂🧪
@liamebrowne.bsky.social📣 Updated application link for the postdoc in my lab at UCL.
A great opportunity to develop neurotechnology for chronic pain using neural implants, in vivo recordings, and adaptive control in mice.
Applications are open now - please repost/share widely.
@maxnigro.bsky.socialTime to dive into a discipline that has inspired my #birding and my research on cell types
#neuroskyence
@nicolasambuco.bsky.socialOur paper is now published in @natcomms.nature.com! We identified reproducible human reward-processing phenotypes analogous to sign- and goal-trackers and tested their sensitivity to dopamine D₂ modulation. 🧵 1/4
#neuroskyence #Neuroimaging #RewardSignals
@ashleyjuavinett.bsky.socialOf course, there are many, many more thoughts in my book, So You Want to be a Neuroscientist?, and I'm sure the good people of #neuroskyence have even more.
Happy to answer questions on this thread as well!
@apcmicrobiomeirel.bsky.social⚡️Talk #3 - Mathieu Thabault presented his work on "Striatal biomarkers of impaired goal-directed vs habitual learning in microbiota-deficient mice". Mathieu is supervised by Dr. Linda Katona.
@apcmicrobiomeirel.bsky.social⚡️Talk #2 - Lamya'a Majdi Dawud discussed the "Microbe2Mind Initiative: Deciphering Microbiome–Brain Interactions". Lamya'a is supervised by Prof. John Cryan ( @jfcryan.bsky.social).
For more on Microbe2Mind: buff.ly/n4ncLIx
@dgn-ev.bsky.socialNew NRP study: Exercise improves the course of Parkinson’s. The clinical benefit appears to be independent of the preservation of dopaminergic function. Possible mechanisms: non-dopaminergic networks and enhanced motor reserve. link.springer.com/article/10.1...
@wirepulleroo.bsky.social🧠 Low brain glucose may be more than a symptom of Tau disease. Hypometabolism and p-Tau synergize to trigger neuronal necroptosis via a p-Tau-RIPK1 hub. Restoring A20 or blocking the interaction eased brain atrophy in Tau mice. Preclinical, but striking.