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  1. Prikvačeni tweet

    Aaaaaaaaaahhhhhhh I got the Starting Grant from !!! Many thanks to my wonderful supervisors Henrik and Mel , my wonderful friends and colleagues that supported me and myself 😊 that worked so hard!!!

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  2. proslijedio/la je Tweet

    As Brexit begins, we take a look at how 2020 negotiations could shake out for science.

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  3. proslijedio/la je Tweet
    28. sij

    What can’t we tickle ourselves? The cerebellum says, “no!”

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  5. 23. sij

    (10/n) SPOILER ALERT: here, we used the same analysis as that used by Blakemore which factors out the motor influences. For the sensorimotor connectome of somatosensory attenuation, stay tuned… it is coming!!!

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  6. 23. sij

    (9/n) We conclude that the ipsilateral cerebellum is involved in predicting self-generated touch and in representing somatosensory attenuation via its functional connectivity with somatosensory areas.

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  7. 23. sij

    (8/n) Importantly, we found that the degree of functional connectivity between the ipsilateral CB and the contralateral S1 and bilateral SII was linearly and positively related to the degree of attenuation; stronger attenuation, stronger connectivity!

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  8. 23. sij

    (7/n) An additional attenuation effect was observed in the cerebellum that is ipsilateral to the passive limb receiving the touch - which fits earlier neuroanatomical findings.

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  9. 23. sij

    (6/n) We found an attenuated activity in bilateral secondary somatosensory areas when the touch was presented during a self-generated movement (self-generated touch) than in the absence of movement (external touch).

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  10. 23. sij

    (5/n) After the scanning, participants performed the force-matching task: . We replicated the classic behavioural effects of somatosensory attenuation.

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  11. 23. sij

    (4/n) Here we scanned 30 participants while they received self-generated or externally generated touches (see paper for additional conditions). We also managed to place a DC motor inside the scanner room and survive :)

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  12. 23. sij

    (3/n) Ok, but what about the neural correlates of this attenuation? An earlier study (N=6) found decreased activity in bilateral SII and in CB contralateral to the touched hand: But the CB contains ipsilateral body representations:

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  13. 23. sij

    (2/n) It has been proposed that internal models predict the touch produced by our movements and cancel/attenuate the sensory reafference:

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  14. 23. sij

    (1/n) We know that self-generated touch feels less intense and less ticklish than the same touch applied externally:

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  15. 23. sij

    Very very very happy for the first paper of 2020 with published at Journal of Neuroscience !

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  16. 22. sij

    And here is the program:

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  17. 22. sij

    I have been awarded a scholarship from for the next meeting at Croatia ! Super excited to share new results, see you all in Dubrovnik in May!

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    21. sij

    Interested in learning more about ? The program has been released! More info can be found at

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    17. sij

    On November 14th 2019, 1200+ neuroscientists petitioned the Society for Neuroscience leadership to address the and our community’s role in responding. We are still looking waiting for a promised response and plan of action from SfN.

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  20. proslijedio/la je Tweet
    9. sij

    Happy new year!! See you all 11-13th May 2020

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  21. proslijedio/la je Tweet
    7. sij

    When one has a large number of cortical neurons, it is common to put them together as a population. Here, in lab took a different approach.

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