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#neuron — Public Fediverse posts

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  1. Early-life stress rewires brain epigenetics to heighten sensitivity to future stress

    Mouse experiments reveal how early-life stress may leave a lasting epigenetic imprint in dopamine-related brain circuitry, priming molecular,…
    #NewsBeep #News #Health #AU #Australia #Brain #Cell #Chromatin #Dopamine #Electrophysiology #Epigenetics #Gene #GeneExpression #Genes #Lysine #MassSpectrometry #Neuron #Neurons #promoter #protein #research #RNA #Spectrometry #stress
    newsbeep.com/au/851258/

  2. Early-life stress rewires brain epigenetics to heighten sensitivity to future stress

    Mouse experiments reveal how early-life stress may leave a lasting epigenetic imprint in dopamine-related brain circuitry, priming molecular,…
    #NewsBeep #News #Health #AU #Australia #Brain #Cell #Chromatin #Dopamine #Electrophysiology #Epigenetics #Gene #GeneExpression #Genes #Lysine #MassSpectrometry #Neuron #Neurons #promoter #protein #research #RNA #Spectrometry #stress
    newsbeep.com/au/851258/

  3. Using AI to improve precision of visual cortical prostheses

    Researchers from three institutions, including UC Santa Barbara, have demonstrated that artificial intelligence has the potential to make…
    #NewsBeep #News #Health #Artificialintelligence #AU #Australia #Brain #Cortex #DeepLearning #eye #Neuron #Neurons #research
    newsbeep.com/au/847851/

  4. Using AI to improve precision of visual cortical prostheses

    Researchers from three institutions, including UC Santa Barbara, have demonstrated that artificial intelligence has the potential to make…
    #NewsBeep #News #Health #Artificialintelligence #AU #Australia #Brain #Cortex #DeepLearning #eye #Neuron #Neurons #research
    newsbeep.com/au/847851/

  5. `... orexin is crucial for linking predicted expectations with motivated behavior. Moreover, optimization of orexin activity is necessary to overcome difficulties during motivated behaviors.`

    pnas.org/doi/10.1073/pnas.2520

    #orexin #neuron #neuroscience

  6. `... orexin is crucial for linking predicted expectations with motivated behavior. Moreover, optimization of orexin activity is necessary to overcome difficulties during motivated behaviors.`

    pnas.org/doi/10.1073/pnas.2520

    #orexin #neuron #neuroscience

  7. `... orexin is crucial for linking predicted expectations with motivated behavior. Moreover, optimization of orexin activity is necessary to overcome difficulties during motivated behaviors.`

    pnas.org/doi/10.1073/pnas.2520

    #orexin #neuron #neuroscience

  8. `... orexin is crucial for linking predicted expectations with motivated behavior. Moreover, optimization of orexin activity is necessary to overcome difficulties during motivated behaviors.`

    pnas.org/doi/10.1073/pnas.2520

    #orexin #neuron #neuroscience

  9. `... orexin is crucial for linking predicted expectations with motivated behavior. Moreover, optimization of orexin activity is necessary to overcome difficulties during motivated behaviors.`

    pnas.org/doi/10.1073/pnas.2520

    #orexin #neuron #neuroscience

  10. Fruit fly neurons carry a molecular birth certificate that explains how simple brains build complexity

    Our best stories, delivered daily. Follow us.

    1ban.news/fly-neuron-birth-tim

    #1ban #fly #neuron #birth #timestamp #science

  11. Fruit fly neurons carry a molecular birth certificate that explains how simple brains build complexity

    Our best stories, delivered daily. Follow us.

    1ban.news/fly-neuron-birth-tim

    #1ban #fly #neuron #birth #timestamp #science

  12. Fruit fly neurons carry a molecular birth certificate that explains how simple brains build complexity

    Our best stories, delivered daily. Follow us.

    1ban.news/fly-neuron-birth-tim

    #1ban #fly #neuron #birth #timestamp #science

  13. Fruit fly neurons carry a molecular birth certificate that explains how simple brains build complexity

    Our best stories, delivered daily. Follow us.

    1ban.news/fly-neuron-birth-tim

    #1ban #fly #neuron #birth #timestamp #science

  14. Fruit fly neurons carry a molecular birth certificate that explains how simple brains build complexity

    Our best stories, delivered daily. Follow us.

    1ban.news/fly-neuron-birth-tim

    #1ban #fly #neuron #birth #timestamp #science

  15. Salk neuroscientists identify traveling brain waves as a computational engine

    Your brain has something surprising in common with the ocean: waves! Electrical activity washes over the brain’s surface,…
    #NewsBeep #News #Health #AU #Australia #Brain #Cortex #Language #Neuron #Physiology #research
    newsbeep.com/au/815107/

  16. Salk neuroscientists identify traveling brain waves as a computational engine

    Your brain has something surprising in common with the ocean: waves! Electrical activity washes over the brain’s surface,…
    #NewsBeep #News #Health #AU #Australia #Brain #Cortex #Language #Neuron #Physiology #research
    newsbeep.com/au/815107/

  17. The TF Meis1 is critical for regulation of #cerebellar #GranuleCell progenitor function. This study reveals spatially distinct isoforms of Meis1 that differentially regulate the stability of pro-neural protein ATOH1 to fine-tune granule #neuron differentiation @PLOSBiology plos.io/4vtPCCq

  18. The TF Meis1 is critical for regulation of #cerebellar #GranuleCell progenitor function. This study reveals spatially distinct isoforms of Meis1 that differentially regulate the stability of pro-neural protein ATOH1 to fine-tune granule #neuron differentiation @PLOSBiology plos.io/4vtPCCq

  19. The TF Meis1 is critical for regulation of #cerebellar #GranuleCell progenitor function. This study reveals spatially distinct isoforms of Meis1 that differentially regulate the stability of pro-neural protein ATOH1 to fine-tune granule #neuron differentiation @PLOSBiology plos.io/4vtPCCq

  20. The TF Meis1 is critical for regulation of #cerebellar #GranuleCell progenitor function. This study reveals spatially distinct isoforms of Meis1 that differentially regulate the stability of pro-neural protein ATOH1 to fine-tune granule #neuron differentiation @PLOSBiology plos.io/4vtPCCq

  21. The TF Meis1 is critical for regulation of #cerebellar #GranuleCell progenitor function. This study reveals spatially distinct isoforms of Meis1 that differentially regulate the stability of pro-neural protein ATOH1 to fine-tune granule #neuron differentiation @PLOSBiology plos.io/4vtPCCq

  22. A new paper uses a deep neural network and biophysical models to compare, and quantify, the different functional complexity of human and rat neurons, showing that individual human neurons carry out more complex information processing than rat neurons. The authors suggest that neuronal complexity has coevolved with connectivity structure.

    Summary: medicalxpress.com/news/2026-07

    Original paper: pnas.org/doi/10.1073/pnas.2533

    #Science #Intelligence #Brain #Neuron

  23. A new paper uses a deep neural network and biophysical models to compare, and quantify, the different functional complexity of human and rat neurons, showing that individual human neurons carry out more complex information processing than rat neurons. The authors suggest that neuronal complexity has coevolved with connectivity structure.

    Summary: medicalxpress.com/news/2026-07

    Original paper: pnas.org/doi/10.1073/pnas.2533

    #Science #Intelligence #Brain #Neuron

  24. A new paper uses a deep neural network and biophysical models to compare, and quantify, the different functional complexity of human and rat neurons, showing that individual human neurons carry out more complex information processing than rat neurons. The authors suggest that neuronal complexity has coevolved with connectivity structure.

    Summary: medicalxpress.com/news/2026-07

    Original paper: pnas.org/doi/10.1073/pnas.2533

    #Science #Intelligence #Brain #Neuron

  25. A new paper uses a deep neural network and biophysical models to compare, and quantify, the different functional complexity of human and rat neurons, showing that individual human neurons carry out more complex information processing than rat neurons. The authors suggest that neuronal complexity has coevolved with connectivity structure.

    Summary: medicalxpress.com/news/2026-07

    Original paper: pnas.org/doi/10.1073/pnas.2533

    #Science #Intelligence #Brain #Neuron

  26. A new paper uses a deep neural network and biophysical models to compare, and quantify, the different functional complexity of human and rat neurons, showing that individual human neurons carry out more complex information processing than rat neurons. The authors suggest that neuronal complexity has coevolved with connectivity structure.

    Summary: medicalxpress.com/news/2026-07

    Original paper: pnas.org/doi/10.1073/pnas.2533

    #Science #Intelligence #Brain #Neuron

  27. Lime to take over some e-scooter operations in Canada from Neuron amid acquisition

    People cross Elgin Street on rental e-scooters as haze from wildfire smoke is seen in the air, in…
    #Canada #LimeCanada #Neuron #TheCanadianPress
    europesays.com/canada/118441/

  28. Study uncovers self-propelled actin filaments that shape living cells

    Every time a white blood cell engulfs a bacterium, a neuron extends a projection to connect with a…
    #NewsBeep #News #Science #Actin #AU #Australia #Blood #Cancer #Cell #CellMembrane #Membrane #Neuron #protein #research #Technology #WhiteBloodCell
    newsbeep.com/au/763229/

  29. Study uncovers self-propelled actin filaments that shape living cells

    Every time a white blood cell engulfs a bacterium, a neuron extends a projection to connect with a…
    #NewsBeep #News #Science #Actin #AU #Australia #Blood #Cancer #Cell #CellMembrane #Membrane #Neuron #protein #research #Technology #WhiteBloodCell
    newsbeep.com/au/763229/

  30. 🧠 What can a single neuron compute?

    A new #bioRxiv #preprint introduces #TwinProp, using a differentiable digital twin to optimize synaptic strengths and locations in a detailed layer 5 #pyramidal #CellModel. One #neuron classified images and speech and even solved 10-bit parity with 91% accuracy. The key: distributed #dendritic nonlinearities, especially #NMDA-dependent integration:

    📄 doi.org/10.64898/2026.06.08.73

    #CompNeuro #Neuroscience #Dendrites #NeuroAI @albertcardona mathstodon.xyz/@albertcardona/

  31. 🧠 What can a single neuron compute?

    A new #bioRxiv #preprint introduces #TwinProp, using a differentiable digital twin to optimize synaptic strengths and locations in a detailed layer 5 #pyramidal #CellModel. One #neuron classified images and speech and even solved 10-bit parity with 91% accuracy. The key: distributed #dendritic nonlinearities, especially #NMDA-dependent integration:

    📄 doi.org/10.64898/2026.06.08.73

    #CompNeuro #Neuroscience #Dendrites #NeuroAI @albertcardona mathstodon.xyz/@albertcardona/

  32. 🧠 What can a single neuron compute?

    A new #bioRxiv #preprint introduces #TwinProp, using a differentiable digital twin to optimize synaptic strengths and locations in a detailed layer 5 #pyramidal #CellModel. One #neuron classified images and speech and even solved 10-bit parity with 91% accuracy. The key: distributed #dendritic nonlinearities, especially #NMDA-dependent integration:

    📄 doi.org/10.64898/2026.06.08.73

    #CompNeuro #Neuroscience #Dendrites #NeuroAI @albertcardona mathstodon.xyz/@albertcardona/

  33. 🧠 What can a single neuron compute?

    A new #bioRxiv #preprint introduces #TwinProp, using a differentiable digital twin to optimize synaptic strengths and locations in a detailed layer 5 #pyramidal #CellModel. One #neuron classified images and speech and even solved 10-bit parity with 91% accuracy. The key: distributed #dendritic nonlinearities, especially #NMDA-dependent integration:

    📄 doi.org/10.64898/2026.06.08.73

    #CompNeuro #Neuroscience #Dendrites #NeuroAI @albertcardona mathstodon.xyz/@albertcardona/

  34. 🧠 What can a single neuron compute?

    A new #bioRxiv #preprint introduces #TwinProp, using a differentiable digital twin to optimize synaptic strengths and locations in a detailed layer 5 #pyramidal #CellModel. One #neuron classified images and speech and even solved 10-bit parity with 91% accuracy. The key: distributed #dendritic nonlinearities, especially #NMDA-dependent integration:

    📄 doi.org/10.64898/2026.06.08.73

    #CompNeuro #Neuroscience #Dendrites #NeuroAI @albertcardona mathstodon.xyz/@albertcardona/