It's an unspoken fact that freely moving lab mice are not really freely moving. We came up with a method to change this. See the preprint: https://biorxiv.org/content/10.1101/2023.08.30.554672v1 (1/3)
Go read this now — when they rediscover it in mammals in three years and it makes the news you’ll feel so ahead-of-the-curve.
From: @scottishwaddell
https://mastodon.social/@scottishwaddell/110265885125974146
We're tootin' mad and we're not gonna take it anymore! Never imagined this would be my first post on Mastodon:
The entire editorial team at #NeuroImage, including myself, resigned today after #Elsevier refused to negotiate on their absurdly high publishing fees.
Are you *IN* with us? Authors, reviewers, and readers – please follow us to #ImagingNeuroscience!
https://imaging-neuroscience.org
When Thiago @cyrilpedia interviews our favorite scientist, Cori @CoriBargmann https://www.embo.org/podcasts/our-special-feature-as-humans-is-communication/
RT @YutaMabuchi
My first paper from PhD is out! We discovered that visual feedback neurons can modulate male courtship behavior through Atg8a in flies🪰!! And fly Atg8a is a homolog of mammalian GABARAP!!!
Yapici lab 🖨️🔥 off the press!!
The story of novel visual feedback neurons make sure that males flies court nice n’ steady 😎
Kudos to the awe-inspiring twitterless first-author Yuta, and Nilay (also twitterless now!) & to @XinyueCui , @HaeinKim6🎉🎉
Yapici lab 🖨️🔥 off the press!!
The story of novel visual feedback neurons make sure that males flies court nice n’ steady 😎
Kudos to the awe-inspiring twitterless first-author Yuta, and Nilay (also twitterless now!) & to @XinyueCui , @HaeinKim6🎉🎉
RT @iamhans
New preprint from the lab in collaboration with the Palmiter lab and Zweifel lab at UW! We developed two novel genetically encoded tools: Neuropeptide release sensor & silencer that works from PRESYNAPTIC TERMINALS in behaving mice. 1/5 https://www.biorxiv.org/content/10.1101/2023.01.19.524797v1
RT @VivianGradinaru
Functional gene delivery to and across brain vasculature of systemic AAVs with endothelial-specific tropism in rodents and broad tropism in primates https://www.biorxiv.org/content/10.1101/2023.01.12.523844v1 read details (vasculature as biofactory, serotype switching) in thread from the first author @xinhong_chen https://twitter.com/xinhong_chen/status/1617239062955569152
Krishna Shenoy (@shenoystanford) has passed -- he was a model scientist, teacher, colleague, and friend who will be missed dearly at #Stanford and beyond. He accomplished more during his short time than most could over several lives...here is just a taste of his amazing contribution to neural prosthetics:
https://www.youtube.com/watch?v=RPvylmzrJCY
RT @BSanketi
PRE-PRINT OUT!! In this collaborative project with @mantri_madhav @KurpiosLab @IwijnDeVlaminck we find out how muscles are formed, assembled and regenerated in the villus to enable fat absorption in the mammalian intestine!
https://www.biorxiv.org/content/10.1101/2023.01.19.523242v1
RT @datta_lab
How does the brain organize spontaneous behavior? Our latest (from the amazing @vulcnethologist @GillisDub @neurojaym), reveals a surprising role for dopamine as a teaching signal during free exploration, even without an explicit task or exogenous reward. https://go.nature.com/3we6BMS
RT @rahul_tverma
Caste diversity in India’s elite research institutes
@Ankur_pali's data collection efforts shows that the field is not equal at any stage and privileged groups still dominate in all fields of higher education
RT @GeoffreySupran
NEW: In @ScienceMagazine today, our latest peer-reviewed research shows Exxon scientists predicted global warming with shocking skill & accuracy between 1977 & 2003, contradicting the company's decades of climate denial. THREAD.
📰No pay wall for 2 weeks: http://bit.ly/ExxonKnew2point0
1/n Happy to finally get out into the world work we initiated at the thick of the pandemic, with postdocs @MosaleSumanth & Yi Liu, culturing CD34+ derived megakaryocyte & platelet fractions from #MPN patient specimens (marrow & platelet/whole blood) and healthy donor controls.
Very excited to represent ctenophores (comb jellies) at the Neuro-Evo conference "A Comparative Approach to Cracking Circuit Function III" @HHMIJanelia in May 2023.
Join us and apply: https://janelia.org/you-janelia/conferences/neuro-evo-a-comparative-approach-to-cracking-circuit-function-iii
Looking for neural data to analyze? You can find our electrophysiology and imaging data sets (+code/methods) on our lab website! Thousands of neurons, mostly from medial entorhinal cortex and hippocampus, recorded/imaged in behaving mice
Hey #Drosophilists, apparently, there are still slots available for the Crete Workshop on Neural Circuits and Behavior of Drosophila. I was lucky-enough to get to attend that workshop a while back, and it was truly amazing. Heavily recommend applying: https://qbi.uq.edu.au/event/16789/crete-workshop-neural-circuits-and-behaviour-drosophila
New instance, new #introduction! I'm a PhD student at UMich studying how we make sense of sound. I use patch-clamp #electrophysiology in #brain slices and awake mouse brains, where I investigate everything from receptors on individual #neurons to population level encoding of complex #sounds. I want to make science more diverse, accessible, and impactful for everyone. 👂🔈🧠🔬
Hunger and taste research ; Neuro-Behavior postdoc @CornellNBB , Yapici lab; DEIinSTEM ; Opinions are my own and don’t represent employer(s)