Higher cortical beta oscillatory power before balance perturbations is associated with worse balance in older adults with Parkinson's Disease, but not in age-matched older adults
Andrew S. Monaghan, Jasmine L. Mirdamadi, Janna Protzak…·Lena H. Ting
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Georgia Institute of TechnologyORCID 0000-0002-4008-8671Unclaimed ORCID profile · follow to get notified of new preprints
6 papers
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Andrew S. Monaghan, Jasmine L. Mirdamadi, Janna Protzak…·Lena H. Ting
Kennedy Kerr, Scott E. Boebinger, Jasmine L. Mirdamadi…·Lena H. Ting
This study compares cortical responses to balance perturbations between modern dancers and nondancers, finding dancers have greater cortical sensitivity despite similar biomechanical responses.
Janna Protzak, Jasmine L. Mirdamadi, Michael Robert Borich, Lena H. Ting
The paper shows that in younger adults, the N1 amplitude from balance perturbations is mainly from a central cortical source, while latency differences suggest contributions from other brain regions.
Marius Klug, Sein Jeung, Anna Wunderlich…·Klaus Gramann
Open-source MATLAB pipeline (EEGLAB, fieldtrip) that synchronizes mobile EEG with motion and eye-tracking data, extracts gait, blink and heartbeat events, and clusters independent components per region of interest.
Federica Nenna, Cao Tri, Janna Protzak, Klaus Gramann
This paper investigates brain dynamics during dual-task walking using VR and MoBI, finding reduced P3 amplitude and changes in PSDs despite no performance impact.
This study examines if P300 brain dynamics observed in lab settings are consistent in real-world driving scenarios.