RT @biorxiv_pubd: Dynamics of corticospinal motor control during overground and treadmill walking in humans published as: https://t.co/tZRb…
Dynamics of corticospinal motor control during overground and treadmill walking in humans published as: https://t.co/tZRb1jv4sB @JNeurophysiol #biorxiv
RT @JNeurophysiol: New "findings identify neurophysiological mechanisms that are important for understanding cortical control of human gait…
RT @JNeurophysiol: New "findings identify neurophysiological mechanisms that are important for understanding cortical control of human gait…
RT @neurophysioPT: Impressive study. #neurophysio #BandMC https://t.co/bQtaKC31HZ
RT @JNeurophysiol: New "findings identify neurophysiological mechanisms that are important for understanding cortical control of human gait…
RT @neurophysioPT: Impressive study. #neurophysio #BandMC https://t.co/bQtaKC31HZ
RT @JNeurophysiol: New "findings identify neurophysiological mechanisms that are important for understanding cortical control of human gait…
RT @JNeurophysiol: New "findings identify neurophysiological mechanisms that are important for understanding cortical control of human gait…
Impressive study. #neurophysio #BandMC
RT @JNeurophysiol: New "findings identify neurophysiological mechanisms that are important for understanding cortical control of human gait…
RT @JNeurophysiol: New "findings identify neurophysiological mechanisms that are important for understanding cortical control of human gait…
RT @JNeurophysiol: New "findings identify neurophysiological mechanisms that are important for understanding cortical control of human gait…
New "findings identify neurophysiological mechanisms that are important for understanding cortical control of human gait in health and disease." "Dynamics of corticospinal motor control during overground and treadmill walking in humans" https://t.co/xCeH
RT @monicalonso80: Una vez más... El entrenamiento de marcha natural basado en una tarea funcional parece mejor q el entrenamiento de march…
RT @monicalonso80: Una vez más... El entrenamiento de marcha natural basado en una tarea funcional parece mejor q el entrenamiento de march…
RT @monicalonso80: Una vez más... El entrenamiento de marcha natural basado en una tarea funcional parece mejor q el entrenamiento de march…
RT @monicalonso80: Una vez más... El entrenamiento de marcha natural basado en una tarea funcional parece mejor q el entrenamiento de march…
RT @MotorImpairment: LOCOMOTION: overground vs walking on a treadmill. Evidence for different neural control in humans. https://t.co/l1hk76…
RT @monicalonso80: Una vez más... El entrenamiento de marcha natural basado en una tarea funcional parece mejor q el entrenamiento de march…
RT @monicalonso80: Una vez más... El entrenamiento de marcha natural basado en una tarea funcional parece mejor q el entrenamiento de march…
RT @monicalonso80: Una vez más... El entrenamiento de marcha natural basado en una tarea funcional parece mejor q el entrenamiento de march…
RT @MotorImpairment: LOCOMOTION: overground vs walking on a treadmill. Evidence for different neural control in humans. https://t.co/l1hk76…
RT @MotorImpairment: LOCOMOTION: overground vs walking on a treadmill. Evidence for different neural control in humans. https://t.co/l1hk76…
RT @monicalonso80: Una vez más... El entrenamiento de marcha natural basado en una tarea funcional parece mejor q el entrenamiento de march…
RT @monicalonso80: Una vez más... El entrenamiento de marcha natural basado en una tarea funcional parece mejor q el entrenamiento de march…
RT @monicalonso80: Una vez más... El entrenamiento de marcha natural basado en una tarea funcional parece mejor q el entrenamiento de march…
Umwelt beeinflusst unsere Bewegung unser Gehirn. Schon ein anderer Untergrund bewirkt andere Gehirnaktivität. https://t.co/YblqTCEEvB
RT @MotorImpairment: LOCOMOTION: overground vs walking on a treadmill. Evidence for different neural control in humans. https://t.co/l1hk76…
RT @MotorImpairment: LOCOMOTION: overground vs walking on a treadmill. Evidence for different neural control in humans. https://t.co/l1hk76…
RT @MotorImpairment: LOCOMOTION: overground vs walking on a treadmill. Evidence for different neural control in humans. https://t.co/l1hk76…
RT @MotorImpairment: LOCOMOTION: overground vs walking on a treadmill. Evidence for different neural control in humans. https://t.co/l1hk76…
RT @MotorImpairment: LOCOMOTION: overground vs walking on a treadmill. Evidence for different neural control in humans. https://t.co/l1hk76…
RT @MotorImpairment: LOCOMOTION: overground vs walking on a treadmill. Evidence for different neural control in humans. https://t.co/l1hk76…
LOCOMOTION: overground vs walking on a treadmill. Evidence for different neural control in humans. https://t.co/l1hk76KR4j
RT @MotorImpairment: WALKING: new data on cortical and spinal co-ordination in human walking https://t.co/aO6kZslUaf EEG and coherence mea…
RT @MotorImpairment: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/…
RT @MotorImpairment: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/…
RT @MotorImpairment: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/…
RT @MotorImpairment: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/…
Dishing out the dirt on evidence vs lab https://t.co/D1OHew4OC7
RT @MotorImpairment: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/…
RT @MotorImpairment: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/…
Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/l1hk76KR4j
RT @SimonGandevia: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/BCc…
RT @MotorImpairment: WALKING: new data on cortical and spinal co-ordination in human walking https://t.co/aO6kZslUaf EEG and coherence mea…
RT @SimonGandevia: WALKING: new data on cortical and spinal co-ordination in human walking https://t.co/oETVkXmZUi EEG and coherence measu…
RT @SimonGandevia: WALKING: new data on cortical and spinal co-ordination in human walking https://t.co/oETVkXmZUi EEG and coherence measu…
WALKING: new data on cortical and spinal co-ordination in human walking https://t.co/oETVkXmZUi EEG and coherence measures #MotorImpairment
WALKING: new data on cortical and spinal co-ordination in human walking https://t.co/aO6kZslUaf EEG and coherence measures #MotorImpairment
RT @SimonGandevia: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/BCc…
RT @SimonGandevia: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/BCc…
RT @SimonGandevia: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/BCc…
RT @SimonGandevia: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/BCc…
RT @SimonGandevia: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/BCc…
RT @SimonGandevia: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/BCc…
RT @SimonGandevia: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/BCc…
RT @SimonGandevia: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/BCc…
Bewegung u. Hirn. Gehen auf dem Boden ist begleitet von anderer Gehirnaktivität als auf d. Laufband. https://t.co/DZ7kFkUmUv
RT @SimonGandevia: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/BCc…
RT @SimonGandevia: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/BCc…
RT @SimonGandevia: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/BCc…
RT @SimonGandevia: Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/BCc…
Locomotion: overground and walking on a treadmill. New evidence for different neural control in humans. https://t.co/BCctw45t7A