Naoya Takahashi

@na0ya_takahashi

Neuroscience postdoc in Berlin, studying cortex/dendrite/behavior

Vrijeme pridruživanja: siječanj 2010.

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  1. 17. sij

    Unifying Long-Term Plasticity Rules for Excitatory Synapses by Modeling Dendrites of Cortical Pyramidal Neurons

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  2. proslijedio/la je Tweet
    23. pro 2019.

    Dear friends, book your calendars for DENDRITES 2020, June 27-30. Check out our amazing line up of speakers and join us in Heraklion, Crete! Abstract submission deadline: Feb. 15, 2020.

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    20. pro 2019.

    Microscope design position available (PhD or postdoc). Join our team of neuroscientists, engineers, biologists and physicists. Your goal: develop deep brain microscopy techniques combining 3P with wavefront shaping. Interested? Get in touch Please RT

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    31. lis 2019.

    We are hiring! Looking for a talented postdoc to join the lab and help build a hybrid neuronal-computo device for drug discovery in Alzheimer's. MUST LOVE modelling, dendrites, Greek food and sunshine!

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    20. kol 2019.

    We have an open postdoc position in the lab, fully funded for up to 5 years! If you're interested in neural circuits and synaptic plasticity, check out for more info.

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    30. srp 2019.

    I will be hiring a postdoc and lab tech to start and am always looking for driven graduate students! Stay tuned for more news Finally, a huge thanks to and the UCSF Sandler Foundation for this amazing opportunity!

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    9. svi 2019.

    New paper is out today in ! New faster, sensitive and multicolor genetically encoded calcium indicator: Thanks to a great team, especially Atsuya Takeuchi, Satoshi Manita , and Haruhiko Bito!

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    7. ožu 2019.

    Check our latest story on , "Our mice are whisking their minds"

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    15. lis 2018.

    The smallest known vertebrate brain is optically transparent, genetically tractable and gives rise to remarkable behaviors. Meet the singing fish

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    30. srp 2018.

    Your occasional reminder not to make red-green figures, for our color blind colleagues! I see fewer red-green heatmaps these days, but still come across other examples (fluorescent imaging). Here's a resource for more info/suggestions:

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    1. kol 2018.

    Alexandra Nelson, Veronica Alvarez and I organized a training series on optogenetics . Many thanks to the 40+ faculty! Unfortunately I had to pull out of the Virtual Conference in protest to the fee has imposed which restricts access for many.

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  12. proslijedio/la je Tweet
    1. tra 2018.

    Two weeks left to apply for this year's Imaging Course (). A great opportunity to get intensive hands-on experience with commercial and home-built imaging systems. Tell your friends!

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    13. stu 2017.

    Our new paper (my 1st last) is out - great work by : Thalamic neurons projecting to mouse visual cortex show experience-dependent plasticity! poster DD25 Tue 9am. Sadly cannot be there myself - will present.

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    22. ožu 2018.

    Our paper in which we investigated the difference between weak stimuli that reach consciousness and those that do not came out today. Stimuli that do not reach consciousness are lost on their way from the visual to frontal cortex.

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    Effects of Arousal on Mouse Sensory Cortex Depend on Modality Voltage-sensitive imaging reveals that the effects of arousal on the mouse cortex are markedly different across areas and over time.

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    21. ožu 2018.

    Higher-order thalamocortical inputs gate synaptic long-term potentiation via disinhibiton

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    7. ožu 2018.

    Restoring wild type-like network dynamics and behaviour during adulthood in a mouse model of schizophrenia Rescue of PV interneuron hypoexcitability in hippocampus of 22q11 deletion syndrome mice

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    2. ožu 2018.

    Just posted the preprint of our method for more natural behavior (free head rotation) while 2-p imaging - mice love it:

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    5. ožu 2018.

    [PR] Our study on whole-brain profiling of cells in mouse brain was just published in Nature Neuroscience. 72.2M cells exist in a tiny mouse brain. It is like Georges Seurat's pictures. See also Youtube as well as our paper

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    14. velj 2018.

    Ketamine blocks bursting in the lateral habenula to rapidly relieve depression

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