Samira Obeid, Michal Mashiach-Eizenberg, Amit Gur, Ilana Lavy
Examining Ethnic Disparities in Digital Healthcare Services Utilization: Insights from Israel
Journal of multidisciplinary healthcare
table tennis athletes extensively studied cognitive processing advantages brain plasticity however limited research focused restingstate function brains study aims investigate network characteristics restingstate electroencephalogram table tennis athletes identify specific brain network biomarkers total 48 healthy righthanded college students participated study including 24 table tennis athletes 24 controls exercise experience electroencephalogram data collected using 64conductive active electrode system eyesclosed resting conditions analysis involved examining average power spectral density constructing brain functional networks using weighted phaselag index network topological characteristics calculated results revealed table tennis athletes exhibited significantly higher average power spectral density band compared control group moreover athletes demonstrated stronger functional connections also exhibited enhanced transmission efficiency brain network particularly local level additionally lateralization effect observed potent interconnected hubs identified left hemisphere athletes brain findings imply band may uniquely associated table tennis athletes motor skills brain network characteristics athletes resting state worth attention gain better understanding adaptability changes brains training competition