Weight-supported stepping, which which directly reflects motor function recovery, was observed at 8 weeks after injury.
However, whether noxious and innocuous TS induce the same effects on motor function recovery after stroke is still unknown.
The basic principle of motor function recovery is the medical theoretical basis of robot-assisted rehabilitation training, and contains two aspects, one is that the central nervous system has a high degree of plasticity after the brain injury, and the other is that motor function recovery can be achieved through motor relearning programme.
In this study, the De Ryck's behavioral test was applied to evaluate the motor function recovery after stroke.
The motor function recovery outcome was presented as the behavioral score change and is shown in Figure 4. Significant differences among the four groups were found from day I3 and lasted until the end of the intervention period in the behavioral score (MANCOVA P<0.0001).
Behavioral tests were conducted daily to evaluate motor function recovery.
However, motor function recovery was not achieved [ 94, 95].
Motor function recovery of impaired forelimb was enhanced in +/ me v mice.
Similar BDNF levels were observed in LG and HG rats that showed similar motor function recovery.
This effect appears to enhance hindlimb motor function recovery following localized demyelination induced by LPC injection.
Training after stroke benefits motor function recovery and promotes neurorehabilitation [ 8, 9].
