Meet the IMPRS-BI recruiting faculty: Laura Busse @visioncircuits and her group @LMU_Muenchen study information selection and feedback in mice across internal and external contexts. Apply now for a PhD via our joint graduate school IMPRS-BI!
🔔 Application deadline: November 10
🌐 Apply here: https://t.co/UYjMRjP7G4
🌐 More about Laura Busse: https://t.co/iIEYgysj2x
🧠3-year POST-DOC position funded by @dfg_public available! Come join the lab in beautiful Munich in the south of Germany to study cortico-subcortical interactions within the LOOPs priority program (https://t.co/6tBwMEpwum). More info: https://t.co/pni0QPa6ll
In today’s issue: results of a great collaboration and many discussions with Aman Saleem @Aman_sal summarising current knowledge on interactions between the rodent spatial and visual systems. Thanks for checking it out!
Research in visual and spatial systems has been dominant in systems neuroscience. We are in exciting times of studying these systems together and undersanding how they interact.
Thrilled to share this review on interactions between the systems
https://t.co/dqTUdLKsJU…
Excited to share the joint work of @visioncircuits and @ttchumatchenko labs now out in PNAS.
Extracellular recordings of thalamic and V1 visual responses in the context of a V1 network model reveal specific V1 connectivity rules (1/5)
https://t.co/NCvXYpU6X7
Happy to share our new paper published in @eLife where we investigate modulations by corticothalamic feedback and behavioral state on responses in mouse dLGN to naturalistic movies.
https://t.co/zUzkDfD7mB
Happy to share our latest work by @GregoryBorn w/@GauteEinevoll, where we use viral tracing, optogenetics, electrophysiology and computational modelling to show that corticothalamic feedback sculpts visual spatial integration in mouse thalamus (1/n)
https://t.co/iEaniDTJAy
Next Sussex Visions talk: This Monday we are delighted to be hosting @visioncircuits from @LMU_Muenchen to hear about "Visual processing of feedforward and feedback signals in mouse thalamus". Start your week off on the right foot! @worldwideneuro@NeuroFishh
New on bioRxiv: our collaborative work with Christian Leibold, showing that pupil size dynamics can predict dLGN spiking mode across a broad range of timescales: https://t.co/Pc28XAOyoT
We updated our manuscript on the effects of corticothalamic (CT) feedback on spatial integration in mouse dLGN. It now includes results from triple-color tracing experiments showing that CT feedback to dLGN and visTRN is organized retinotopically.
https://t.co/ruU3o9ayxR
OPEN POSITIONS for PhD candidates. Neural circuits of vision, corticothalamic feedback, natural stimuli and computation. Funded by #DFG, in collaboration with @TTchumatchenko, @CellTypist, @teulerlab. Apply via the @LMU_Muenchen GSN https://t.co/1j5e97RK8Y, deadline 15.02.
Very happy to be the @LMU_Muenchen satellite in collaborative projects with @teulerlab, @CellTypist, @MatthiasBethge and more to come in the next 4 years. Thanks to our reviewers and the #DFG for funding.
I'm #hiring a #Postdoc for my lab @SussexNeuro to study the integration of
visual and behavioral information in the early visual system (including retina).
https://t.co/daIV6fUmsG
Message me if you want to know more.
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Tomorrow: Online seminar by Patrik Krieger on "Dynamic regulation of information processing in thalamus", hosted by LOOPS Charite | #bot⚡ https://t.co/1hNFbPEwEk
Over the summer, we have revised our manuscript on "Robust effects of corticothalamic feedback during naturalistic visual stimulation". It now includes specific optogenetic suppression of V1 CT neurons using stGtACR2 and many new analyses. https://t.co/bTd8b5Ow5z