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#systemsneuroscience — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #systemsneuroscience, aggregated by home.social.

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  1. Molecular atlas of the adult Drosophila melanogaster (fruit fly) brain demonstrates that neurons retain a genetic record of their developmental origins, and that sex-specific behavioral circuits arise from a shared developmental template. Rather than building entirely separate circuits, sexual dimorphism in the brain is achieved through selective neuronal survival within shared cell lineages.
    #Neuroscience #Neurogenetics #DevelopmentalBiology #SystemsNeuroscience #sflorg
    sflorg.com/2026/03/ns03152601.

  2. 2 PhD student positions available in Koen Vervaeke's lab in Oslo:

    1️⃣ Systems Neuroscience: Investigate hippocampal spatial memory & addiction mechanisms. (Tools: In vivo 2P imaging, ephys, optogenetics).

    2️⃣ Neuro/Cancer Biology: The GLIOFORCE project. A unique collaboration with the Campsteijn Lab to track Glioblastoma invasion in vivo using mesoscope 2P imaging.

    vervaeke-lab.org/Hiring

    #neuroscience #PhDPositions #SystemsNeuroscience #glioblastoma

  3. RE: mastodon.social/@thetransmitte

    Thoughtful overview of how #SystemsNeuroscience approaches emotional states, from #PopulationCoding to representational limits. Featuring comments from Tatiana Engel, David Anderson, Juan Gallego @juangallego , and Vivek Jayaraman.

    #Neuroscience #CompNeuro

  4. Processes, not things!

    Elusive Cures
    Why Neuroscience Hasn’t Solved Brain Disorders —and How We Can Change That

    Cool & Bold refocusing rethinking by @NicoleCRust

    press.princeton.edu/books/hard

    #weekendreading #NeuroBooks #neurodon #neuroscience #philosophyofneuroscience #neurophilosophy #systemsneuroscience

    FIGURE 16: A framework for thinking about the brain as a complex adaptive system.

  5. In their study, Morales-Gregorio et al. show that #NeuralManifolds in #V1 shift dynamically under top-down influence from #V4. They identify two distinct population activity states – eyes open vs. closed – with notably stronger V4→V1 signaling in the foveal region during eyes-open periods. A cool example of how cognitive context reshapes visual cortical dynamics.

    🌍 cell.com/cell-reports/fulltext

    #CompNeuro #Neuroscience #VisualCortex #NeuralManifolds #SystemsNeuroscience

  6. @juangallego just published a review on how #NeuralManifolds go beyond being a convenient data representation – they reflect fundamental constraints on #NeuralPopulation activity. Originating in mammalian BCI work (2014), these low-dimensional trajectories shape what neural patterns are learnable and expressible.

    🌍 nature.com/articles/s41583-025

    #CompNeuro #SystemsNeuroscience #PopulationDynamics #Neuroscience

  7. A new study by Timothy Sit, Célian Bimbard, Anna Lebedeva, @MatteoCarandini, Philip Coen, and Kenneth Harris challenges the classic cortical column model. Using in vivo recordings, they show that layers 2/3 and 5 in #V1 encode distinct visual features — functionally dissociated, not redundant. A cool look into laminar specialization.

    🌍 biorxiv.org/content/10.1101/20

    #Neuroscience #VisualCortex #CorticalLayers #SystemsNeuroscience

  8. Latest from Kathy Nagel's lab:

    "Inhibitory control explains locomotor statistics in walking Drosophila", Gattuso et al. 2025
    pnas.org/doi/abs/10.1073/pnas.

    "we measure and analyze trajectories evoked by attractive odor in walking Drosophila and develop a biologically plausible computational model of trajectory generation and modulation by sensory input. Our model provides a link between neural architectures and locomotor behavior and highlights the potential role of inhibition in shaping the curvature and speed of trajectories. Inspired by this model, we experimentally identify single neurons and populations that modulate either curvature or speed in the manner predicted by our model."

    #neuroscience #Drosophila #locomotion #CompNeurosci #SystemsNeuroscience

  9. Computational and #systemsneuroscience needs #development

    "When a systems neuroscientist wants to alter behavior, we typically perturb cell types or signaling pathways in adults. When #evolution alters behavior, it acts through genetic mechanisms that modify development. These changes ultimately alter cell types, plasticity rules and circuit structure. To test our theories, experimentalists can incorporate the tools of evolution by hacking development ...."

    thetransmitter.org/systems-neu

  10. Please join the @INCF + @OCNS Software Working group on 9th July for our next meeting.

    Adam Tyson from the Sainsbury Wellcome Centre will talk about the software tools their group develops for systems neuroscience:

    ocns.github.io/SoftwareWG/2024

  11. » Although the stated aim of the book is not to reform #neuroscience or offer advice to #neuroscientists
    but rather to interpret their work,
    I have not always kept myself within the bounds of description of scientific practice.

    The prescriptive voice—on the folly of overestimating our comprehension of nature in itself, in its full complexity—does frequently come out. «
    #TheBrainAbstracted
    by #MazviitaChirimuuta mitpress.mit.edu/9780262548045

    #OpenAccess
    #SystemsNeuroscience
    #PhilosophyOfNeuroscience

  12. From:
    » what we called 'standard hypothesis'

    ..

    Emotional stimuli are process initially, via a dedicated modular system that operates rapidly, automatically, in the sense of without attention, and largely independently of conscious awareness, and that defects..

    ..so this is not just a curiosity for researchers in the lab, it has enormous impact in in society.. «

    To:
    #heterarchy

    A cool #neurolecture by @PessoaBrain
    youtu.be/1fqM5FGQJdQ
    #neuroscience
    #neurobuzz
    #systemsneuroscience

  13. » But to what extent & at what scales
    brain dynamics & function depend on the specific details of their nodes & edges

    &, on the other hand,

    to what extent
    simple network structure retains sufficient information to account for brain structure, dynamics, & function

    are not yet totally clear questions «

    Does the brain behave like a (complex) network? I. Dynamics
    doi.org/10.1016/j.plrev.2023.1

    #complexsystems
    #neurodon
    #neurobuzz
    #systemsneuroscience
    #compneuro

    HT subscribe:
    mathstodon.xyz/@manlius/111744

  14. By ironical serendiripy, drift, change, synchronicity, or else:

    Two new papers with thoughtful #NetworkNeuroscience critique!

    » Beyond Networks:
    Explaining Dynamics in the Natural and Social Sciences «
    @yoginho et al.
    doi.org/10.31219/osf.io/htc78

    » Circular and unified analysis in network neuroscience «
    Mika Rubinov
    doi.org/10.7554/eLife.79559

    With different framework approaches, conclusions, while complimentary & so needed!

    #ComplexSystems
    #NetworkScience
    #SystemsNeuroscience
    #neurodon
    #neurobuzz

  15. » #neuroscience has become so broad & technically sophisticated that individual researchers can no longer fully understand the technical foundations of their experiments.

    The average #systemsneuroscience project, for example, requires in-depth knowledge of animal #surgery #mechanical #optical & #electrical #engineering #statistics and #computerscience «

    thetransmitter.org/systems-neu

    #neurodon
    #neurobuzz
    #systemsneuro

  16. @kordinglab

    apropos of NMDARs Glutamate:

    fav top notch most impressive #scihistory #neurolecture ever!

    "Unnoticed Features of Exploratory Experiments from the 60-Year History of the N-methyl - D-aspartate (NMDA) Receptor"
    youtu.be/xrNrLcE2RZE
    John Bickle
    2023

    From 1949 Hebb
    'in one or both cells'
    then Watkins, Morris, Collingridge, etc. to
    2023 #PhilSci Haueis

    #neurophysiology
    #neurohistory
    #neurodon
    #neuroscience
    #oldneuropapers
    #cogsci
    #neurobuzz
    #systemsneuroscience
    #complexsystems