Attending #MLMC at #SFN2024? Don’t miss @ShuqiLiu_ 's talk: ‘Reduced Locomotor Savings in Older Adults Rely on Attentional Resources for Motor Memory Recall, Unlike Young Adults’. Mark your calendars! #MotorLearning#Aging#Neuroscience
Excited for #SFN2024? Don't miss our student posters! ���� Mon, Oct 7: 'Practice Improves Performance & Reduces Attentional Demands in Locomotor Adaptation' 📅 Wed, Oct 9: 'Human Perception of Leg Speed Differences in Walking Adheres to Weber's Law' See you there! #LocomotorControl
Exciting news for our lab! Our latest publication by @ShuqiLiu_ introduces a new way to comprehensively assess gait automaticity by integrating brain activity (fNIRS) and performance (dual-task) in the aging population. Check it out: https://t.co/dzKL1coAvP
We could not be more proud of our students @DulceMMariscal and @kristafjeld. Their work characterizing muscle dynamics during locomotor adaptation has been selected for podium presentations at NCM 2023 and NSF DARE. Do not miss them!
The BRIDGE program is hiring an administrator! Come help @gelsyto increase the # URM in science and engineering @PittEngineering
https://t.co/KdVMoPpQGZ
Dr. Aucie's work titled "Older adults generalize their movements across walking contexts more than young during gradual and abrupt split-belt walking" is out in its preprint version. It is available to read here:
https://t.co/LGiQZvsTvA
Our work on Self-selected step length asymmetry is not explained by energy cost minimization in individuals with chronic stroke is out!!!
Congrats to @yasharaucie and @StevenHCollins team for the hard work
Spreading the word: Upcoming Webinar (8/18 at 1 PM ET) on the NIH Maximizing Opportunities for Scientific and Academic Independent Careers (MOSAIC) Program https://t.co/Oau4LbwiLO