@BenciFede @tsay_jonathan Huge congrats 🥳 but also hugely deserved
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DavareLab
173 posts
DavareLab
@marcodavare
Neurophysiology of movement @KingsCollegeLon, #TMS, #haptic robots, #VR and #neurotech
London Sumali Ekim 2016
230 Sinusundan295 Mga Tagasunod
Also, thank to my PhD Supervisor Gaspare Galati, @marcodavare, Alessandro Farnè, and all the scientists I interacted with in the past years to have shaped me as a researcher.
Worthy of mention: massive thank to @tsay_jonathan for his advice during the application process 🙏
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It's April 1st, but this is not a joke..
I'm a Human Frontier Science Program Fellow! 🥳
Thank to @HFSP for this award, and my incredible supervisors Andrea Green & Paul Cisek for believing in me. Time to make exciting science!
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DavareLab nag-retweet
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
The Physiological Society@PhySoc
🚨 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
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DavareLab nag-retweet
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/networ…
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Very pleased to share the 1st paper of our lab! In collaboration with @marcodavare, we show visual info after object grasp supports digit position variability and swift anticipatory force control |Journal of Neurophysiology |@JNeurophysiol @uoregon @HphyUo journals.physiology.org/doi/epdf/10.11…
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Adding to the ‘grasping in the dark/visual guidance’ work. Confirming touch, but also pre-reach, as important sensorimotor events. Led by @m_marneweck
Michelle Marneweck@m_marneweck
Very pleased to share the 1st paper of our lab! In collaboration with @marcodavare, we show visual info after object grasp supports digit position variability and swift anticipatory force control |Journal of Neurophysiology |@JNeurophysiol @uoregon @HphyUo journals.physiology.org/doi/epdf/10.11…
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DavareLab nag-retweet
Come and join @Ricci_Hannah @marcodavare and me @KingsCollegeLon @kingsmedicine jobs.ac.uk/job/CWP234/lec… please RT!
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DavareLab nag-retweet
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/
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@Scott_Glover_RH @DrGBuckingham we are referring to the same study, with lateral occipital area (LO) being an object sensitive region within OTC. Not an easy TMS target in any case
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@marcodavare @DrGBuckingham I thought the SWI biased force planning by default? I thought that was used as evidence for ventral stream interactions with dorsal re: motor planning. Bit of a vague memory on this if I'm honest...
As for TL, this paper suggests OTC.
pubmed.ncbi.nlm.nih.gov/25065755/
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Our failed attempt to perturb the size-weight illusion with theta burst TMS. Did have a potential effect on fingertip forces, but this warrants further investigation to pin it down
JNP@JNeurophysiol
#OpenAccess The effects of TMS over the anterior intraparietal area on anticipatory fingertip force scaling and the size-weight illusion by Vonne van Polanen, et al ow.ly/auLQ50KuL4t @vvanpolanen @DrGBuckingham @marcodavare #ForceScaling #TMS #ParietalCortex #grasping
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@Scott_Glover_RH @DrGBuckingham Yes, in fact our hypothesis was to get the SWI to bias force planning following aIPS disruption. This would have shown perceptual info is channeled through aIPS/dorsal areas. As per TL candidates: Lateral Occipital areas?
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@DrGBuckingham Whereas zapping IPS may mess up your grasp planning, including forces, but in a way that is orthogonal to the SWI. It won't reduce the SWI itself (if I'm right, again a big "if"). /
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@StevenLindley0 @idigiulio @delsysinc @R_D_Pollock I’d love to know more about motor unit decomposition/single unit recordings. Sadly can’t be there this aft
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@DrPaulinaK Thanks @DrPaulinaK. Expecting photos of your poster session at #Europhysiology2022. Have fun
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Yes Marco! Proud to be on your team!🔥🔥
DavareLab@marcodavare
On theta-burst #TMS variability: hot off the press doi.org/10.7554/eLife.…, cTBS produces a long-lasting reduction in neuronal activity, but its timing can vary across neurons and hyperexcitability periods are also found. On time for my talk @Brainbox_Init #BBIconf22
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On theta-burst #TMS variability: hot off the press doi.org/10.7554/eLife.…, cTBS produces a long-lasting reduction in neuronal activity, but its timing can vary across neurons and hyperexcitability periods are also found. On time for my talk @Brainbox_Init #BBIconf22
Brainbox Initiative@Brainbox_Init
Brainbox Initiative 2022 speaker @marcodavare @KingsCollegeLon will be joining us this month with insight into recent advances in the neuronal effects of TMS in awake behaving non-human primates. #BBIconf22 Register here: ow.ly/ZLXU50JONsX
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@TheHandLab We have news for you, out in @eLife tomorrow morning. And will present at upcoming @Brainbox_Init conference
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@Ricci_Hannah @tobergmann @andreashorn_ @MaromBikson @shansiddiqi @foxmdphd @alvaropleone @HSiebner @mlueckel @ZsoltTuri To cut a long story short, in our single unit/awake behaving monkey paper from 2019, we show there is a striking difference between e-field spread and actual volume of neurons recruited, 20 vs 2 mm, respectively. Sylvain Harquel’s neuroimage 2022 paper finds the same (tms-eeg)
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TMS-friends: we think of and depict TMS as patchy / non-focal stim site across entire cortical regions.
However, all of you know how the finger twitch can stop when moving coil ~1mm. In DBS, we assume „activation“ at >200V/m.
Are we depicting TMS efields in a meaningful way?
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DavareLab nag-retweet
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 !
IFCN and its Clinical Neurophysiology journals@ClinicalNeuroph
[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.clin… @DRCMR_MRI ICCN-congress.com
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@Ricci_Hannah @vishrawji @KingsCollegeLon @idigiulio Welcome @KingsCollegeLon, my #TMS machines are already trembling
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In our quest to disrupt the size-weight illusion with #TMS over AIP, we found a very transient role of AIP in the sensorimotor predictions related to object size. Interesting because it implies another area takes over once force-to-size rules are learned.
JNP@JNeurophysiol
#ArticlesinPress - "The effects of TMS over the anterior intraparietal area on anticipatory fingertip force scaling and the size-weight illusion" Vonne van Polanen, et al. #TMS #Parietalcortex #Neuroscience @KU_Leuven @KingsCollegeLon @marcodavare ow.ly/4LZz50Io7s0
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