Editors-in-chief - Winston Byblow (@MyPlasticBrain) & Bill Yates (@neuroyates)
Joined April 2019
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Blood flow modulation to improve motor and neurophysiological outcomes in individuals with stroke: a scoping review
#OpenAccess rdcu.be/dWvBY
Experimental Brain Research retweeted
📢GAIT RESEARCH @UofG_HHNS!
⏱️Reaction Times Vary for 1-Syllable vs 2-Syllable Words!
🗞️Experimental Brain Research
🔎rdcu.be/dQjmm
🎓Jenna Pitman, PhD Student @UofG_HHNS!
🥼Prof. Lori Vallis' Lab Team @UofGResearch!
🏛️#UofG #UofGCBS
👣#GaitAnalysis
🔬#FuturePhD
ALT An image of the research article in the link, with the same information that is in this posting, and an image of a robot, listening on headphones.
Experimental Brain Research retweeted
New publication @ExpBrainRes in response to Parr et al.
We discuss #EEG #Probability_Theory and #Gatekeeping in Science
#Popper #Kuhn #Feyerabend
link.springer.com/article/10…
Experimental Brain Research retweeted
Interested in EEG and peak sports performance?
Our letter to the editor was just published in @ExpBrainRes (doi.org/10.1007/s00221-024-0…), where we provide a critique on Raman and Filho's recent review on T7-Fz alpha coherence (doi.org/10.1007/s00221-024-0…)...
Twenty-four hours of sleep deprivation did not affect quiet stance performance but may lead to greater sensitivity of the central nervous system when transforming vestibular-driven signals. #tired #OpenAccess rdcu.be/dUoeG
Experimental Brain Research retweeted
Together with @JSkarabot & @SimonAvrillon, we are happy to share a new postdoc opportunity. We are looking for someone to lead and support an international collaboration to decode motor pools during dynamic motor tasks. See link for more information:
sites.google.com/mun.ca/ni4m…
Experimental Brain Research retweeted
New 📄 collaboration with Matthew Heath in @ExpBrainRes: ‘A 10-min reduction in cerebral blood flow does not alter post-intervention executive function: evidence from lower-body negative pressure’ @westernuCCAA 🔒 doi.org/10.1007/s00221-024-0…
Experimental Brain Research retweeted
@BakkenKate's undergraduate thesis work is out now at @ExpBrainRes.
rdcu.be/dOKOQ
Healthy adults return the dynamic range of corticospinal excitability back to a resting state between trials of a motor task. Future work can examine whether the same is true in patients.
The influence of travel time on perceived traveled distance varies by spatiotemporal scale
#OpenAccess rdcu.be/dNIZu
Experimental Brain Research retweeted
Our paper
Effects of passenger body movements in a visual task during and after vehicle rotation on post-rotatory illusion and motion sickness'. is out in
Experimental Brain Research @ExpBrainRes
link.springer.com/article/10…
Experimental Brain Research retweeted
Very thrilled to share our latest paper out now in @ExpBrainRes!! We measured reliability of MEPs, SICI, and LICI during locomotor exercise (single-leg cycling) 🧠🚴
Thank you @SAboodarda and team!!
link.springer.com/article/10…
Experimental Brain Research retweeted
2 recent papers on #fatigue assessment methodology to continue my journey toward an ecological approach
1. link.springer.com/article/10…
2. journals.lww.com/acsm-msse/a…
#cycling #TMS #EMG #fatigability
@MSSEonline @ExpBrainRes
@Univ_St_Etienne @chaire_ActiFS @uofcknes @LIBM_lab
Experimental Brain Research retweeted
New paper out in EXBR! Me and @JCSkewesDK looked at how concepts relevant to decision-making and learning (e.g. confidence and prediction errors) are expressed in the movements associated with decision actions. I had great fun working on this! link.springer.com/article/10…
Experimental Brain Research retweeted
The special issue that I co-edited for @ExpBrainRes on the topic of dopamine and impulsivity is out now! It includes 7 articles that advance our understanding of factors contributing to indiv diffs in DA transmission and resulting impulsive behaviors link.springer.com/collection…
We are delighted to announce the appointment of Dr. Claudia Gonzalez as Associate Editor for Experimental Brain Research. Claudia joins us from @ULethbridge. Welcome Claudia!
Surround inhibition in the motor system can be detected during real-life tasks and is task specific rather than muscle specific. #openaccess rdcu.be/dxg2k
Experimental Brain Research retweeted
🦶Vestibular Input Affects Compensatory Stepping Balance
👣From Early Pre-Step Phase to Post-Recovery
🗞️Experimental Brain Research: link.springer.com/article/10…
🎓Brye McMorran, PhD Student @UofG_HHNS, et al!
🥼Prof. John Zettel's Lab @UofGResearch
🔬#WomenInScience
🏛️#UofG #UofGCBS
ALT An image of the journal article with the same information in this posting, and an abstract artwork inspired by it, of a crashtest dummy in an obstacle course.
Experimental Brain Research (EBR) has launched a new call for papers entitled Galvanic Vestibular Stimulation (GVS) in basic science and clinical therapies link.springer.com/collection…
