Treffer 1 - 9 von 9 für Suche 'Stange, Liesa', Suchdauer: 0,47s Treffer weiter einschränken
  1. 1
    The development of oscillatory and aperiodic resting state activity is linked to a sensitive period in humans

    The development of oscillatory and aperiodic resting state activity is linked to a sensitive period in humans von Ossandón, José P., Stange, Liesa, Gudi-Mindermann, Helene, Rimmele, Johanna M., Sourav, Suddha, Bottari, Davide, Kekunnaya, Ramesh, Röder, Brigitte

    Veröffentlicht in NeuroImage (Orlando, Fla.)

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  2. 2
    Stimulus-evoked and resting-state alpha oscillations show a linked dependence on patterned visual experience for development

    Stimulus-evoked and resting-state alpha oscillations show a linked dependence on patterned visual experience for development von Pant, Rashi, Ossandón, José, Stange, Liesa, Shareef, Idris, Kekunnaya, Ramesh, Röder, Brigitte

    Veröffentlicht in NeuroImage clinical

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  3. 3
    Crossmodal visual predictions elicit spatially specific early visual cortex activity but later than real visual stimuli

    Crossmodal visual predictions elicit spatially specific early visual cortex activity but later than real visual stimuli von Stange, Liesa, Ossandón, José P, Röder, Brigitte


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  4. 4
    Stimulus-evoked and endogenous alpha oscillations show a linked dependence on patterned visual experience for development

    Stimulus-evoked and endogenous alpha oscillations show a linked dependence on patterned visual experience for development von Pant, Rashi, Ossandón, José, Stange, Liesa, Shareef, Idris, Kekunnaya, Ramesh, Röder, Brigitte


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  5. 5
    Figure S2. from Crossmodal visual predictions elicit spatially specific early visual cortex activity but later than real visual stimuli

    Figure S2. from Crossmodal visual predictions elicit spatially specific early visual cortex activity but later than real visual stimuli von Stange, Liesa, Ossandón, José P., Röder, Brigitte

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  6. 6
    Figure S4. from Crossmodal visual predictions elicit spatially specific early visual cortex activity but later than real visual stimuli

    Figure S4. from Crossmodal visual predictions elicit spatially specific early visual cortex activity but later than real visual stimuli von Stange, Liesa, Ossandón, José P., Röder, Brigitte

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  7. 7
    Figure S5. from Crossmodal visual predictions elicit spatially specific early visual cortex activity but later than real visual stimuli

    Figure S5. from Crossmodal visual predictions elicit spatially specific early visual cortex activity but later than real visual stimuli von Stange, Liesa, Ossandón, José P., Röder, Brigitte

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  8. 8
    Figure S1. from Crossmodal visual predictions elicit spatially specific early visual cortex activity but later than real visual stimuli

    Figure S1. from Crossmodal visual predictions elicit spatially specific early visual cortex activity but later than real visual stimuli von Stange, Liesa, Ossandón, José P., Röder, Brigitte

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  9. 9
    Figure S3. from Crossmodal visual predictions elicit spatially specific early visual cortex activity but later than real visual stimuli

    Figure S3. from Crossmodal visual predictions elicit spatially specific early visual cortex activity but later than real visual stimuli von Stange, Liesa, Ossandón, José P., Röder, Brigitte

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