A significant loss of memory along with impairment of motor performance was also noted.
Surprisingly, the improved motor performance was not correlated with the regeneration of lesioned axons through the implanted scaffold.
To explore motor performance on 2 different cognitive tasks during robotic rehabilitation in which motor performance was longitudinally assessed.
Motor performance was assessed by GPT completion time and retested 14 days later to determine off-line learning.
Twenty four hours after MCAo, motor performance was assessed and the animals were euthanized for estimation of brain malondialdehyde, glutathione, myeloperoxidase and nitric oxide levels.
Motor performance was evaluated by means of a sensor-engineered glove and transcranial magnetic stimulation was used to assess M1 excitability before and after each conditioning protocol.
The effect of napping on motor performance was examined in habitual and non-habitual nappers who were randomly assigned to a nap or reading condition.
Motor performance was assessed by the GPT completion time across 4 training blocks, and further one block was retested 7 days later to determine the off-line effects.
Moreover, the acute adverse-effect profile of the active compounds (1a 7a, 12a) with respect to impairment of motor performance was evaluated in the chimney test.
Motor performance was greatest when the thumb was in a typical resting posture, neither significantly flexed nor fully extended with slight CMC joint abduction and supination, such as when tapping on keys located in the top right and middle left areas on the phone.
RESULTS: Fine motor performance was better in the dominant hand (p = 0.0007) regardless of age.
