Top Tweets for #Tweetprint
Our paper – with Tricia Gibo and Maurice Smith – is now out in PNAS! “The Cerebellum acts as the analog to the Medial Temporal Lobe for Sensorimotor Memories”https://t.co/dGuLUXZI4k
An updated #tweetprint:
🚨New preprint🚨, new #tweetprint!
Facial expressions reveal more than meets the eye! Our new study shows that even a mouse's face can reveal hidden cognitive processes. Turns out, facial expressions are more than just emotions...
https://t.co/16UH1qlWn9
🧵[1/9]
And it's #tweetprint week! A preprint from my work as a postdoc in @tiffmschmidt lab. We studied retinal function in a mouse model of #Autism and found dampened sensitivity to light in a type neuron in the retina.
https://t.co/KWSS1KfHT6
Excited to share our new preprint where we uncovered how inhibitory interneurons in the retina process color information in their dendrites.
A #tweetprint with authors @mkorympidou Sarah Strauss @TimmSchubert @kfrankelab @teulerlab @CellTypist
https://t.co/aG1Evmk2RB
New paper alert!
"Fast grip force adaptation to friction relies on localized fingerpad strains" just out in @ScienceAdvances (https://t.co/dNirGsNZUg)
Check the #tweetprint 👇 below 👇

Using our newly developed device (see https://t.co/fcHoe8Lc4A), we then tested how human participants adapt their grip force to an unexpected change of friction.
🚨 Ever wondered what would it be like to have a third arm?
Check our new paper, finally out in @SciRobotics ✨, where we investigate human motor augmentation!
Video: https://t.co/z1gwhfmklz
Paper: https://t.co/Ttq0vHeZym
#tweetprint 👇
A paper from my PhD is officially out today at @NatureNeuro where @SumnerLN and I demonstrate a closed-loop ultrasound-based brain-machine interface (BMI)!!
Link to paper - https://t.co/IlpcDYkjHr
A #tweetprint. 🧵1/12
If you missed us at #SfN2023, check out @Pina123's #tweetprint of the labs recent preprint demonstrating a role for the mitochondrial calcium uniporter (MCU) in LTP 🔥🔥 Here I will elaborate a bit on the backstory of how this fun adventure started👇#mitochondria #keepCA2weird
New preprint out @biorxivpreprint: https://t.co/GdIByGGcJ2
Looking at the effect of MCU loss on synaptic plasticity, spines and mitochondrial ultrastructure in CA2 dendrites. Thanks @sfarris721 @Mikels_Mitos @RenesaTarannum @microGILia @_alsalman_m and others not on Twitter!
🧵⬇️
🎉Thrilled to share that my postdoc work is now out @NatureNeuro!🧠Big thanks to all co-authors, including @moccalin for her support to pursue this project, all Lin lab members for suggestions and indispensable collab w/ @TheCorbinLab!
🧵#Tweetprint below
https://t.co/qPC00Z2ZRv
How do different brains produce similar behaviors?
Had a blast answering this question in our ✨🚨new paper🚨✨ out in @Nature w/ co-first author @TweetAtMostafa & our phenomenal collaborators
👀 #tweetprint 👇
Finally out!!! 🎆🥳
Thrilled to share our paper now @Nature
Amazing collab w/ co-first author @joanna_chang_ & @juncholp @PresNCM @jtdudman @mattperich @JAlGallego at @imperialcollege @ImperialBioeng
See this #tweetprint for updated summary
https://t.co/H7GhYHXdgb
1/n

Finally out!!! 🎆🥳
Thrilled to share our paper now @Nature
Amazing collab w/ co-first author @joanna_chang_ & @juncholp @PresNCM @jtdudman @mattperich @JAlGallego at @imperialcollege @ImperialBioeng
See this #tweetprint for updated summary
https://t.co/H7GhYHXdgb
1/n

Very excited to share our latest work:
"Preserved neural population dynamics across animals performing similar behaviour"
Result of a great collaboration with @joanna_chang_ @PresNCM @jtdudman @mattperich @JAlGallego
See the #tweetprint below for a short summary 1/n

#tweetprint: The last bit of my PhD work @Sissaschool is now out in @ScienceAdvances: we show that rat visual neurons solve the so called "aperture problem" via nonlinear computations possibly like the ones of primate dorsal stream. 🐭🎥
https://t.co/KXONdNohs9 ... a thread (1/8)
Excited to announce our latest preprint – with Tricia Gibo and Maurice Smith – “Cerebellar damage impairs long-term but not short-term sensorimotor memory”! A #tweetprint: 1/n
https://t.co/zE6qQ531Wr
I am delighted to share our preprint led by Palka @PuriPalka.
Our study of preprocessing of olfactory information in flies provides insight to general principles of sensory information processing in shallow neural architectures.
https://t.co/OlLDEwcs7u
🪰 #tweetprint 👇🏽
1/
🚨#tweetprint time! 🚨🎉
📝 https://t.co/MCTKnzyq1o
We tested the hypothesis that due to the nonlinear responses of single neurons and the intricate connectivity of brain circuits, neural manifolds would be nonlinear.
(1/17)

A pleasantly surprising outcome from a fun collab! (spoiler: swr detection algorithm generalizes!) Here’s the #tweetprint 🧵
I'm SUPER happy to present a new @biorxivpreprint, very dear to me for all the fun work behind! 😊💫 Teaming with @adrubio1999, @LMPrida & @perpl_lab lab, we analyse & compare multiple ML architectures for SWR detection in🐭&🐵!
⚙️https://t.co/E0ZaGUTHHq
➡️https://t.co/WfUOluxSK1

Feel free to dive into the full research article for detailed findings. We hope this study sheds light on the relevance of marmosets as a valuable model for understanding primate navigation and hippocampal research. @JulioMTNeuro @_mullerlab #Neuroscience #tweetprint
✨Exciting news! Our research on parallel decision computations is just out in @NatureNeuro !
https://t.co/pFYSULVg02
With it, here goes my first attempt at a #tweetprint ! 🧵
If it’s your view that the hippocampus is the only brain region with view cells, please look at our paper in @WileyNeuro’s #Hippocampus where we use virtual reality to explore view encoding in macaque hippocampus and lateral prefrontal cortex. #tweetprint https://t.co/qdQgqRHkkF
Check out this exciting preprint on #SynapticVesicleProtein #trafficking from my dear friend and colleague @NSPSravanthi from @WormlockHolmes lab @TIFRScience. #tweetprint🧵 coming soon from @NSPSravanthi. Stay tuned!
A new @biorxivpreprint from our lab. A role for the synaptic active zone protein SYD-2/Liprin-α in the neuronal cell body in biogenesis & polarized trafficking of synaptic vesicle precursors through clathrin adaptor protein complexes. https://t.co/NZD6QeoWSl
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