Hippocampus generates an internal model of Euclidean space. We ventured in a spatial odyssey exploring how much of the internal model is a priori, innate (Nature) and what is contributed by postnatal experience of Euclidean geometry (Nurture)
Our answer@ https://t.co/HkwkvAj4oO👇
Our paper about the development of sleep oscillations coupling is finally out 😊🎉 @_juliafechner_@ResearchSleep you can check it out here 👉https://t.co/CerMtXCAS0
#JNeurosci: @ContrerasMP_@_juliafechner_ et al @uni_tue found exposure of rat pups to 3 short-lasting spatial experiences enhances the capability to remember spatial locations & strengthened the machinery mediating formation of such memories during #sleep
https://t.co/MRfAZyUCBW
🔮Ever wished you could just say what behavioral analysis you wanted? ... "Plot the animal's trajectory" "Count the head hips in the open arm"
👀🪄we present AmadeusGPT🎻 to do this ...
🗞@shaokaiyeah@jessy_lauer@zhoumu53@trackingplumes and me https://t.co/PAazDd3iXj
🧵⬇���
Great collaboration spearheaded by JohannesOppermann - and nicely complemented by @aleph_reish and @FabrinThomaz - brings an extremely light-sensitive (nW!) and red-shifted ACR to the optogenetic community - no inactivation - just robust!
Check out our latest paper which just came out today! We described a novel hippocampo-cortical circuit organization that could support the selective routing and replay of complementary task representations.
#JNeurosci: @ContrerasMP_@_juliafechner_ et al @uni_tue found exposure of rat pups to 3 short-lasting spatial experiences enhances the capability to remember spatial locations & strengthened the machinery mediating formation of such memories during #sleep
https://t.co/MRfAZyVaru
My paper is finally out! I'm so excited! with @_juliafechner_
Have a look at how discrete experiences during development shape cortical-hippocampal communication during sleep @SfNJournals
Accelerating maturation of spatial memory systems by experience - evidence from sleep oscillation signatures of memory processing https://t.co/SbLruSBvFK
Accelerating maturation of spatial memory systems by experience - evidence from sleep oscillation signatures of memory processing https://t.co/SbLruSBvFK
Application portal for our 2nd run of LINdoscope is open - a two week summer workshop on imaging and data analysis - with lectures from leaders in field! Apply now and spread the tweet
I am happy to be part of this project! Have a look if you want to learn more about how experiences and subsequent #sleep promote the maturation of #memory systems during development! 🧠💤
Our latest piece for Science (with @rossi_natacha) about the discovery by Shihao Dong et al. that elements of the symbolic communication system of honeybees must be learned from seasoned dancers. Let me know if you'd like a pdf
Super excited to share my very first paper!! 🤩Now out in Human Brain Mapping (@WileyNeuro):
https://t.co/4vhANPQm5S
Ever wondered how oscillation coupling during sleep relates to functional resting-state connectivity and memory performance? – Here is what we did … 🧵1/8
Paper in press with some great colleagues. SOR tasks are impacted by stress - but in what way? Stress before sample phase has no impact on memory, but after sample impairs memory. Stress before retrieval swaps object preference, but doesn't impact memory. https://t.co/5pFq1lbZJL
PhD job alert 📢!
Two fully-funded PhD positions at the gaislab @uktuebingen@uni_tue. Come work with us to uncover the secrets of human neuroplasticity in sleep and memory!
Please RT!
https://t.co/8cR5xVKKl9
Happy to share our latest work @eLife
We combined optogenetics with juxtacellular recording/labelling of single neurons in freely-moving mice
https://t.co/ScgnuLkyTo