Neural excursions from manifold structure explain patterns o

Human sensorimotor learning is associated with changes in the structure of cognitive and motor functional brain networks, and reconfiguration processes occurring in these networks are associated with distinct patterns of subject learning and relearning.

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Helsinki , Eteläuomen Läi , Finland , United States , Canada , United Kingdom , Canadian , J Randall Flanagan , Dominic Standage , Chrisi Baker , Jasonp Gallivan , Corson Areshenkoff , Timothy Verstynen , Chris Baker , Carnegie Mellon University , Department Of Psychology , Department Of Biomedical , Queen University , National Institutes Of Health , University Of Birmingham , School Of Psychology , Centre For Computational Neuroscience , Canadian Institutes Of Health Research , Centre For Neuroscience , Queen University Research Ethics Board , National Institute Of Mental Health , Molecular Sciences , National Institute , Mental Health , National Institutes , Human Motor , Reviewing Editor , Low Dimensional Manifold Structure Explain , Neuroscience Studies , Computational Neuroscience , Cognitive Robotics , Health Research , University Research Ethics Board , Canadian Tri Council Policy Statement , Ethical Conduct , Research Involving Humans , Creative Commons Attribution License ,