Yes, please join us! We value high-quality evidence-based teaching, have outstanding students, and enjoy working together. Also, the surrounding nature is magical.
Come join us! The Human Physiology Department at University of Oregon is searching for a Career Instructor:
https://t.co/mTpPfoGhYJ
(Picture of the McKenzie River included to show why you might want to live here!)
🚨 Please share! 🚨
2-year Postdoc in the stunning city of Lyon, France! Join our project exploring the neural basis of effort-based decision-making & apathy using cutting-edge brain stimulation techniques and MRI connectivity analyses.
Apply now! ✉️ #Postdoc#Neuroscience
@BakkenKate's undergraduate thesis work is out now at @ExpBrainRes.
https://t.co/naMRFJyJ0F
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.
Please check out our new preprint! We asked the question: Does the corticospinal pathway rely on neural computations commonly observed across sensory systems? Our data suggest yes it does! Maybe to separate figure from ground.
w/ @CoreyWadsley@SenorGusta https://t.co/gHzpV5SCd7
Tenure track Asst/Assoc Professor of Human Physiology; University of Oregon;
The goal of this position is to enhance department expertise related to exercise physiology, human performance, and athletic medicine in areas related to metabolism and nutrition.
https://t.co/IhtfW4MIIn
Proud of grad student extraordinaire Catherine Sager leading our latest work showing that motor adjustments are hampered by repetitive, stereotyped planning and execution of actions in younger and older adults | Journal of Neurophysiology | @HphyUo https://t.co/kz7FNGDtCg
Can researchers be sure the absence of a button press equates to the presence of response inhibition? 🤔
In our new Forum article, @Greenhouse_Lab and I discuss how failures to launch can preclude response inhibition.
Now available in @TrendsCognSci!
https://t.co/CRYkHP4zVr
Very excited to share our pre-print (currently in review) on dynamic changes in single muscle fiber elastic modulus. Incredible work by senior grad student @PrivettGrace
https://t.co/RzDbIAOIHG
Another preprint from a former @HphyUo undergraduate (@akmillsy) first-author: Failed stopping transiently suppresses the electromyogram in task-irrelevant muscles
https://t.co/x4MDLyQB3M
w/ @MitchGFish@CoreyWadsley
Interested in the basal ganglia? Attention & its executive control? Domain-general inhibition? Deep-brain stimulation? Would you like to record LFPs from subcortical nuclei outside of the OR? Check out our new preprint, accepted in @Brain1878: https://t.co/HWur6hVEta
Details:
New preprint from former @HphyUo undergraduate Kate Bakken: TMS recruitment curves are similar at rest outside a task and during task intertrial intervals. https://t.co/NrQuyx7uSj
OUT NOW
Interhemispheric inhibition between dorsal premotor and primary motor cortices is released during preparation of unimanual but not bimanual movements
Ronan Denyer @Ronan_Denyer@UBC @UBC_BrainLab
Ian Greenhouse @Greenhouse_Lab#MotorControl
https://t.co/WXiEzkNTNJ
.
Yuge shoutout to all my current and former trainees for their hard work supervising 17 Clark Honors College Theses in 17 years…this CHC Excellence in Thesis Advising Award is for each of you! @AerobicJim @kbradbury19 @JJDuke10 @sslaurie @HphyUo