Neurotar

@Neurotar_Ltd

Neurotar enables high-precision tests in the brain of awake behaving mice with . Ambassador of research – sharing latest awake news.

Helsinki, Finland
Vrijeme pridruživanja: svibanj 2016.

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  1. Prikvačeni tweet
    30. pro 2019.

    empowers your high-precision experiments, whether it is imaging or ephys - it provides stable head fixation for your recordings while allowing mice to move freely and undergo a variety of behavioral tests. 🐭🔬 Want to know more?➡️Ask us info@neurotar.com

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  2. prije 4 sata

    Mice do not like to be in bright open spaces. So we at have developed a red roof addition for the to reduce the stress of your experimental animals during ephys and imaging, check it out here:

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  3. 4. velj

    Vera nice methods paper by Jean-Sébastien Jouhanneau & James Pouletwith with a setep-by-step guide for in vivo two-photon targeted multiple (2–4) whole-cell patch clamp recordings of nearby neurons in superficial cortical L1–3:

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  4. 3. velj

    For stable head-fixation you need good grip enabled by your head plates. We have 13 models of head plates for you to chose from. Importantly, they do not disturb mice and allow for safe group-housing.

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  5. 2. velj
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  6. 2. velj

    To have on mind when using AAVs - different manufacturering platforms produce viruses with different characteristics.

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  7. proslijedio/la je Tweet
    29. sij

    I realized recently that we were late in sharing data from a published paper. Mea culpa!! We have now assembled the data (~500K decisions from 29 mice) & made it available: . Paper is this:

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  8. 31. sij

    Nice review covering recently developed methods to visualize and manipulate active neurons and synapses by Jung-Eun Choi, Jiwon Kim, Jinhyun Kim

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  9. 30. sij

    As much as we would like mice to run around freely in a natural manner, sometimes we just have to head-fix them for high-precision recordings. Luckily, our comparison shows that does not impair mouse's ability and interest to explore the arena and move around.

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  10. 30. sij

    And as a perfect supplement: preprint on signal extraction for in vivo voltage imaging by team: the code and a demo dataset on GitHub:

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  11. 30. sij

    All-Optical Electrophysiology (combining optogenetic modulation with voltage imaging) in vivo and in mice uncovers the role of lateral inhibition in sensory processing in cortical L1 -exciting paper by lab :

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  12. 30. sij

    Interesting new study by & Masanori Matsuzaki on how neurons represent an outcome-predicting cue and actual outcome - wide-field and 2P Ca imaging during classical conditioning task with 2 cues with different reward probabilities

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  13. 29. sij

    NE from locus coeruleus regulates microglia dynamics in wakefulness: concise review by Yaling Hu, Peng Shi & Zhihua Gao covering recent studies by Wu & Majewska labs and implications of NE signaling in different diseases:

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  14. 29. sij

    Mazes enable a variety of learning and navigation tasks and it is possible to use real-life mazes in head-fixed mice. created two mazes to work with - classical T-maze and the donut maze:

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  15. 27. sij

    Very interesting work: using 2P Ca imaging & optogenetics authors found that excitatory responses from individual prepronociceptin neurons in bed nucleus of the stria terminalis occurr upon exposure to both aversive and rewarding odors and increase pupillary size.

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  16. 27. sij

    Removable cranial window for sustained wide-field optical imaging in mouse neocortex by Susie S. Cha, Mark E. Bucklin, Described approached allowed authors sustained periods of optical quality extending beyond a year in some mice:

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  17. 26. sij

    New findings by suggest that altered processing in distinct spatial frequency channels might contribute to altered visual perception and learning in fragile X syndrome and autism.

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  18. 24. sij
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  19. 24. sij

    Non-invasive optical control of endogenous Ca channels in awake mice: ultra-light-sensitive optogenetic Ca modulator, named monSTIM1, for manipulating Ca in the brain of mice through non-invasive light delivery by researchers at

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  20. 23. sij

    combines stable head-fixation and air-lifted platform that allows the mouse to easily move and even perform various behavioral tasks. What is more, you can track everything the mouse does thanks to motion tracking.

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  21. 22. sij
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