Very excited to share that the Batista-Brito lab recently got a Whitehall Foundation and a NARSAD grant! We are recruiting postdocs interested in studying neonatal cortical development using cutting-edge in vivo strategies. We encourage minorities to apply. Please RT!
If you are at SFN do not miss Manal talk tomorrow at 1:15pm titled “Arousal state influence on spontaneous and visually-evoked network activityacross postnatal development” Abstract No.:5808
Session Number:NANO57
For more details, check out the preprint! This project was a collaborative effort with many other contributors, including co-first author @soyoun_neurosci, as well as @SeasonQiu, @apeyrache, @BatistaBritoLab and @lukesjulson https://t.co/0Czg5qyRAH
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Eager to share isoCycle! If interested in neural dynamics across timescales, it might be worth exploring
isoCycle: A Deep Network-Based Decoder for Isolating Single Cycles of Neural Oscillations in Spiking Activity
https://t.co/OaHNlZQd1I
Huge thanks @BatistaBritoLab
more👇
Check out our latest paper with @matteosaponati, who proposes a way to understand synaptic credit assignment and spike-time-dependent-plasticity based on predictive learning and sequence anticipation
Congratulations to @JacobMRatliff for being one of the poster presentations winner at the GRC Inhibition in the CNS! Jacob you are a rising star ⭐️ Congratulations to all the presenters - - the quality of the posters is outstanding
We are pleased to congratulate @GeoffreyTerral of @EinsteinMed on joining the 2023 cohort of #leonlevyscholars selected for the Leon Levy Scholarships in #Neuroscience, in partnership with the Leon Levy Foundation. 👏 Read more: https://t.co/JR2ITTTs0f
@Spiegel_Lab gave compelling evidence that Hebbian disturbances short term lead to long term homeostatic changes in activity dependent changes. Activity-dependent plasticity comes down to two fundamental mechanisms linking over time. Nice stuff!
Very excited to get this work led by @LeenaAIbrahim and Brie Wamsley out in eLife. It does a lovely job showing how Nova2 mediates alternative splicing in somatostatin interneurons. https://t.co/O1FcpunYXB
For those of you who may have missed it, here is a new paper on the surprisingly selective connectivity of cortical somatostatin cells that we just published in @NeuroCellPress ! @JJSherryWU@elaine_sevier https://t.co/DSzOjTSrYe
We're looking for a research assistant for next year. It's an ideal position for a grad who wants a bit of research experience in circuit & system neuro as a bridge to MSc/PhD course applications. It will be very hands-on - patching, lasers etc. Please RT
https://t.co/B92lJBXXpB