Neurophysiology of movement @KingsCollegeLon, #TMS, #haptic robots, #VR and #neurotech
London
Joined October 2016
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DavareLab retweeted
Please join us @Ricci_Hannah @marcodavare in December. We have a fantastic programme with world class speakers @plasticity_lab A Kraskov @DrGBuckingham R Chen @AlecsDelVecchio M Spedden @MoroElena4 K Raheel @MonicaPerezPhD @DominiciNad @_smicera @BestmannLab @HaarShlomi @cjstagg
🚨 Abstract submission is open 🚨
Present your work at the #Neurophysiology & #HumanMovement symposium 12 - 13 Dec @KingsCollegeLon. This meeting will explore the fundamental aspects of human neurophysiology, in skilled motor control & pathophysiology 🔗buff.ly/3YXJhR2
DavareLab retweeted
My experience at @KingsCollegeLon is coming to an end. Check out the report of my work here in the NENS alumni page! Thanks to @FENSorg and @SapienzaRoma for funding my stay and @drccatmur @marcodavare for having supervised me
fens.org/careers/networks/ne…
DavareLab retweeted
Come and join @Ricci_Hannah @marcodavare and me @KingsCollegeLon @kingsmedicine jobs.ac.uk/job/CWP234/lectur… please RT!
DavareLab retweeted
Our department (@HphyUo) is hiring 3 tenure-track positions related to human performance and health promotion. Eugene, Oregon gets an A++ for living, and that doesn't even include the bonus points for working alongside some very excellent colleagues blogs.uoregon.edu/hphyjobs/
DavareLab retweeted
How does TMS excite the brain?
In this consensus & critical position paper, we summarize what we know (and still do not know) about the neurophysiological underpinnings of transcranial magnetic stimulation (TMS).
A big "thank you" to all co-authors for their valuable input !
[Transcranial magnetic stimulation (TMS)] Siebner et al.: "Myelinated axon terminals of pyramidal cells and inhibitory interneurons in the crown of the gyri constitute low-threshold targets for TMS."
doi.org/10.1016/j.clinph.202…
@DRCMR_MRI
ICCN-congress.com
DavareLab retweeted
learn from our award winning academic staff @KilbrideCherry brunel.ac.uk/study/postgradu… #strokerehab #neuro #acp @NHS_HealthEdEng
DavareLab retweeted
As editor-in-chief of Experimental Brain Research, Professor John Rothwell oversaw the publication of 4103 articles! One of the many reasons his colleagues hold him in such high regard. An editorial by @MyPlasticBrain & @BestmannLab rdcu.be/b5BHa
DavareLab retweeted
@neurofenix @TheStrokeAssoc @BrunelResearch @MedCityHQ #collaboratetoinnovate the Brunel/Neurofenix team are delighted to
have been awarded a new grant to explore the feasibility of the NeuroBall in acute stroke and ESD #upperlimbstroke #RHOMBUS2
DavareLab retweeted
Could aIPS play a role in the size-weight illusion? We investigated this with TMS in our latest preprint: biorxiv.org/content/10.1101/… with @marcodavare @DrGBuckingham
DavareLab retweeted
To kick off our special issue in honor of Professor John Rothwell’s retirement as editor-in-chief of ExpBrainRes, this paper highlights the importance of n=1 studies in the current era of big data. Open Access Link: rdcu.be/b21ZZ @basbloem
DavareLab retweeted
Our second article for the special issue in honor Professor John Rothwell’s retirement from ExpBrainRes includes everything you need to know about I-waves. Open Access Link: rdcu.be/b25NC @ulfziemann1
DavareLab retweeted
Christoph Kayser and I will be filling a position involving TMS of parietal cortex. We are looking for a Postdoc with hands-on TMS experience. Please alert potential candidates - info here: uni-bielefeld.de/biologie/cn…
please RT!
@pmedendorp @LennartVerhagen @marcodavare @AAvenanti
DavareLab retweeted
Exciting lecture next week by Marc Schieber! And the launch of Institute of Sensorimotor Neuroscience! ucl.ac.uk/ion/events/2019/no… @EffortLab @WardLab @BestmannLab @UCLIoN @UCL_ICN @JamesKilner
DavareLab retweeted
My first preprint is out! 🥳🥳🥳 Discover how we used dual coil TMS to map effective neurophysiological connectivity between the right frontal cortex and contralateral M1 during different hand movements. biorxiv.org/content/10.1101/…
DavareLab retweeted
Latest accepted in Neuropsychologia, where we show that force scaling for object lifting is based on recent information from the dynamic lifting, not static holding phase. @marcodavare preprint: doi.org/10.1101/464693
DavareLab retweeted
Paper just accepted: Examining the size-weight illusion with visuo-haptic conflict in immersive virtual reality (THREAD)
OSF link to paper and data here: osf.io/2x3ju/
Software environment developed in Unity here: osf.io/jsy6a/
DavareLab retweeted
New preprint online showing the importance of the dynamic lifting phase for building up sensorimotor memory for object weight: biorxiv.org/content/early/20…
DavareLab retweeted
That’s a wrap - a very big thank you from the @BrainBox_Init team and @RogueResol to the speakers, presenters, scientific committee and all of the attendees at #BBIConf2018. We hope it was a valuable two days and we look forward to seeing you all again in 2019 #Neuroscience
DavareLab retweeted
Driving synaptic plasticity in ventral premotor-to-motor projections enhances goal-directed hand actions. Our new ccPAS study published in @NeuroImage_EiC Well done @FioriFr and @chiapponino ! sciencedirect.com/science/ar…
