Corti et al (2012) stated that rTMS is known to modulate cortical excitability and has thus been suggested to be a therapeutic approach for improving the efficacy of rehabilitation for
motor recovery after stroke.
«I hope that, in the future, we can get an image of the patient's brain and apply a computational model to indicate the exact amount of current and montage that a stroke patient needs
for motor recovery.
We handle all types
of motor recoveries from small claims through to high value multi-track cases.
So we plan to continue assessing the evolution and extent of sensory and
motor recovery over time.
Inhibiting RGMa with its antibody in multiple sclerosis (MS) in rats
promotes motor recovery after spinal cord injury and improve disease scores,» explains Kana Harada, lead author of the team's study recently published in Scientific Reports.
The findings of this review suggested that rTMS applied to the AH is a safe technique and could be considered an effective approach for modulating brain function and contributing to
motor recovery after stroke.