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  1. 30. pro 2019.

    PS: shout-out to , () and for developing these amazing open source analysis tools.

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  2. 30. pro 2019.

    We hope our results will be helpful for expanding the use of VNS in health and disease, particularly for settings that require closed-loop control of brain state in real time.

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  3. 30. pro 2019.

    We conclude that pupil dilation is a sensitive biomarker for the moment-by-moment titratable effects of VNS on brain state.

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  4. 30. pro 2019.

    Path analysis indicated that the extent to which VNS dilates the pupil is almost fully mediated by the VNS-evoked recruitment of the cholinergic system.

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  5. 30. pro 2019.

    Further, parametrically varying VNS resulted in titratable release of acetylcholine in cortex.

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  6. 30. pro 2019.

    We developed an approach to VNS in head-fixed mice on a treadmill, and use it to show that pupil dilation parametrically scales with the electrical parameters of stimulation.

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  7. 30. pro 2019.

    Despite the wide and growing use of VNS, the mechanisms underlying its clinical benefits are still largely unknown, and there is a lack of biosensors for assaying stimulation efficacy in real time.

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  8. 30. pro 2019.

    New paper by the , and others: "Graded recruitment of pupil-linked neuromodulation by parametric stimulation of the vagus nerve."

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  9. 22. lis 2019.

    Interested in graded control of pupil dilation () and cortical neuromodulation using selective and parametric stimulation of the mouse vagus nerve? Come check out our poster U4 at this afternoon at ! With ,

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  10. proslijedio/la je Tweet
    22. lis 2019.

    Interested in the behavioral correlates of phasic arousal across species and domains of decision-making? Come check out our poster BB84 this afternoon at ! With , , , , .

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  11. 10. lis 2019.

    Want to study the neural circuits underlying brain states and adaptive decision-making using cutting-edge physiological tools in behaving mice? I am recruiting for multiple experimental and computational postdoc positions (). Let’s talk in person at !

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  12. 20. lis 2018.

    A general principle: phasic arousal optimizes decision computations in mice and humans. Results of a fruitful collaboration with the overseas , featuring and @neuroscidoc. Stay tuned for more!

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