Anti-phase cocontraction practice attenuates in-phase low-frequency oscillations between antagonistic muscles as assessed with phase coherence

RT @ExpBrainRes: Phase coherence analysis of surface EMG reveals that common in-phase oscillations across muscles can be reduced by a sessi…

RT @ExpBrainRes: Phase coherence analysis of surface EMG reveals that common in-phase oscillations across muscles can be reduced by a sessi…

RT @ExpBrainRes: Phase coherence analysis of surface EMG reveals that common in-phase oscillations across muscles can be reduced by a sessi…

Phase coherence analysis of surface EMG reveals that common in-phase oscillations across muscles can be reduced by a session of anti-phasic cocontraction practice with antagonistic muscles. Open Access Link: https://t.co/pxDtj9whxr @GT_Sciences @ShinoharaU

Published "Online First": Anti-phase cocontraction practice attenuates the occurrence of in-phase low-frequency oscillations between antagonistic muscles, according to phase coherence analysis of EMG. @ExpBrainRes @GT_Sciences https://t.co/3UwHlJ3jW3