Suchergebnisse - Neural Plasticity
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Paralympic brain - compensation and reorganization in human brain (Paralympisches Gehirn - Kompensation und Reorganisation des menschlichen Gehirns)
Nakazawa, K.Veröffentlicht in Japanese Journal of Physical Fitness and Sports Medicine (2020)“… One of the primary goals of basic neurorehabilitation studies is to figure out the underlying neural mechanisms in the re-organization of central nervous system after rehabilitation interventions. …”
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Elite competitive swimmers exhibit higher motor cortical inhibition and superior sensorimotor skills in a water environment (Spitzenschwimmer zeigen in einer Wasserumgebung eine höhere kortikale Inhibition und überlegene sensomotorische Fertigkeiten)
Sato, D., Yamazaki, Y., Yamashiro, K., Onishi. H., Baba.Y., Ikarashi, K., Maruyama, A.Veröffentlicht in Behavioural Brain Research (2020)“… In conclusion, we demonstrate that environment-related contextual behavioral and neural changes occur even with long-term training experience. …”
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The robust running ape: Unraveling the deep underpinnings of coordinated human running proficiency (Der robuste, laufende Affe: Entwirrung der tiefen Grundlagen der koordinierten Leistungsfähigkeit des Menschen im Laufen)
Kiely, J.Veröffentlicht in Frontiers in Psychology (2017)“… As we accumulate running experiences persistent plastic remodeling customizes networked neural connectivity and biological tissue properties to best fit our unique neural and architectural idiosyncrasies, and personal histories: thus neural and peripheral tissue plasticity embeds coordination habits. …”
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Thalamo-sensorimotor functional connectivity correlates with world ranking of Olympic, elite, and high performance athletes (Die thalamo-sensomotorische funktionale Konnektivität korreliert mit dem Worldranking von olympischen Spitzensportlern)
Huang, Z., Davis IV, H., Wolff, A., Northoff, G.Veröffentlicht in Neural Plasticity (2017)“… Neural Plasticity …”