Petra Mocellin

@petra_moce

Neuroscientist @ DZNE, fellow @ IMPRS, doctoral researcher @ RemyLab. Studying networks linking basal forebrain and VTA 🧠🐁 Soon @ LIN, Magdeburg

Bonn, Germany
Vrijeme pridruživanja: ožujak 2014.

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  1. proslijedio/la je Tweet

    To understand the brain, we must understand what it’s made of — its cells. Using the Patch-seq method, our researchers describe the electrical and morphological properties of transcriptomic cell types in mouse visual cortex. 📄

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  2. 3. velj

    Hey Neuro fellows! If you are part of any institute or affiliated with any IMPRS graduate school, come join us in May! We are organising the second neuro symposium after the first successful WireUp meeting held last year 🤓

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  3. 1. velj

    Can u read my mind? 🎶 Apparently it is possibile to anticipate how place cells will remap in one rat depending on how they remapped in another rat under the same conditions! 👨🏻‍🔬🔮🐭🧠

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  4. proslijedio/la je Tweet
    29. sij

    When that super weird n=1 gets its own paper

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  5. 25. sij

    Today is the day I'm both excited and puzzled about my data. Unexpected, unbelievable, unexplainable (yet) ....but hey! Sooooo coooool! 🤯🤩

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  6. 22. sij

    Retweeting cause it's interesting, but also kudos for the majestic use of a Rammstein song as soundtrack for mice behaviour! Never thought it would have fit so well 😆

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  7. proslijedio/la je Tweet
    20. sij

    Excited to share our first preprint "AAV Ablates Neurogenesis in the Adult Murine Dentate Gyrus" in collaboration w/ the Gage Lab. Terrific work by Stephen Johnston, Sarah Parylak, & Stacy Kim & the rest of the team.

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  8. 20. sij

    Tweeps working with in vivo ephy, behaviour, computers, pipelines, or all of them together! Anyone able to help my friend? 🤓

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  9. 18. sij
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  10. proslijedio/la je Tweet
    16. sij

    Fiber photometry, optogenetics and deep learning behavior classification to study DA signals in regulating fear extinction by team: salience-like signals can have similar downstream consequences to RPE-like signals, although with different temporal dependencies.

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  11. proslijedio/la je Tweet

    Dopamine neuron populations don't just represent mean expected reward (scalar utility), but the expected distribution of reward (utility)

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  12. proslijedio/la je Tweet
    14. sij

    Mendes-Gomes et al. 2020 win the award for most realistic threat paradigm. "The threat stimulus was a wild rattler snake (Crotalis durissus terrificus), a species native to Brazil, weighing approximately 1.6 kg."

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  13. proslijedio/la je Tweet
    13. sij

    When does midbrain dopamine activity exert its effects on behavior?

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  14. proslijedio/la je Tweet
    13. sij

    Hey, my paper's out! Give it a read, why don'tcha? We show that the speed signal and grid cells in MEC change in concert, and provide more evidence supporting the emerging picture that MEC Head Direction cells are independent.

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  15. proslijedio/la je Tweet
    8. sij

    Amazing functional separation of VTA dopamine neuron subpopulations: NAc core projectors mediate conditioning & immediate, modest self-stim, while shell projectors support strong self-stim after conditioning. Ground-breaking work by the Zweifel lab (UW)

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  16. 10. sij

    Sometimes a closed door can be scary. Shall I get through? What's behind?Will it be hard to open? How much energy I will (or want to) invest on it? Will I ever cross this path again? If so, will it change in the future? Changes are scary. But that's the game, isn't it?

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  17. 6. sij

    Xmas holidays are over, tomorrow back to work, and I'm soooo ready for this! It took one year to convince myself to learn python 🐍 and now plotting my 🐼 dataframes with seaborn 🌊 is paying all of the struggles off!

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  18. proslijedio/la je Tweet
    6. sij

    1/ Very proud that our paper is finally out in Nature Neuro! We use new wire-free miniaturized microscopes and electrophysiology to find interneuron desynchronization and long term place cell instability in a model of temporal lobe epilepsy.

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  19. proslijedio/la je Tweet
    2. sij

    Congrats to colleagues in the Zweifel lab and collaborators, including . Big steps in furthering our understanding about the complexity of the VTA DA system! Synergy of Distinct Dopamine Projection Populations in Behavioral Reinforcement

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  20. 28. pro 2019.
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