Motor Representations and Practice Affect Brain Systems Underlying Imagery: An fMRI Study of Internal Imagery in Novices and Active High Jumpers

@article{Olsson2008MotorRA,
  title={Motor Representations and Practice Affect Brain Systems Underlying Imagery: An fMRI Study of Internal Imagery in Novices and Active High Jumpers },
  author={C.-J Olsson and Bert Jonsson and Anne Larsson and Lars Nyberg},
  journal={The Open Neuroimaging Journal},
  year={2008},
  volume={2},
  pages={5 - 13}
}
This study used functional magnetic resonance imaging (fMRI) to investigate differences in brain activity between one group of active high jumpers and one group of high jumping novices (controls) when performing motor imagery of a high jump. It was also investigated how internal imagery training affects neural activity. The results showed that active high jumpers primarily activated motor areas, e.g. pre-motor cortex and cerebellum. Novices activated visual areas, e.g. superior occipital cortex… CONTINUE READING
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