Alle Typen
2023
Zeitschriftenartikel
43 (23), S. 4341 - 4351 (2023)
Prior movement of one arm facilitates motor adaptation in the other. The Journal of Neuroscience 2023
Meeting Abstract
148, e18. Elsevier, Amsterdam (2023)
Motor imagery of linked movements enhances motor adaptation. In Clinical Neurophysiology,
Meeting Abstract
148, S. e50 - e51. Elsevier, Amsterdam (2023)
Prior movement of one arm can facilitate motor adaptation in the other. In Clinical Neurophysiology, 2023
Vortrag
Motor imagery of linked movements enhances motor adaptation. 2nd Joint German-Turkish Symposium on Human Neuroscience, Ankara, Turkey (2023)
Vortrag
Motor imagery of linked movements enhances motor adaptation. RIO Group Conference 2023 (Research in Imagery and Observation Group) , University of Limerick, Ireland (2023)
2023
Poster
Motor imagery of linked movements enhances motor adaptation. Cutting Gardens 2023 – EEG and MEG methods multi-hub meeting, Virtual (2023)
Poster
Motor imagery of linked movements enhances motor adaptation. 10th MindBrainBody Symposium 2023, Berlin, Germany (2023)
Poster
Motor imagery of linked movements enhances motor adaptation. Congress for Clinical Neuroscience with Advanced Training Academy (DGKN23), Hamburg, Germany (2023)
Poster
Prior movement of one arm can facilitate motor adaptation in the other. Congress for Clinical Neuroscience with Advanced Training Academy (DGKN23), Hamburg, Germany (2023)
2022
Poster
Movements of one arm facilitate motor adaptation of the other. IMPRS NeuroCom Summer School 2022, Leipzig, Germany (2022)
Poster
Movements of one arm facilitate motor adaptation of the other. 28th Annual of the Organization for Human Brain Mapping (OHBM), Glasgow, United Kingdom (2022)
2021
Poster
Motor imagery of linked movements might enhance motor learning. IMPRS NeuroCom Summer School 2021, Leipzig, Germany (2021)
Poster
Motor imagery of linked movements might enhance motor learning. Mind Brain Body Symposium, Berlin, Germany (2021)
2024
Preprint
Motor imagery enhances performance beyond the imagined action. bioRxiv (2024)