A group design study was carried out using regulated feedback to enhance functional recovery in stroke patients. Patients trained on three computerized tasks aimed at improving guided limb motion in the hemiplegic arm. The therapeutic group was able to make use of the sensory feedback to outperform the control group in each of the three tasks. The therapeutic group also showed an adaptation of the improved performance on the three tasks. Further investigation is required to demonstrate that such sensory feedback training results in a corresponding improvement in activities of daily living skills.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/44994/1/10916_2005_Article_BF00996909.pd
Sensor-based technological therapy devices could be a possible neurorehabilitation strategy for moto...
Compensatory movements are commonly employed by stroke survivors to adapt to the loss of motor funct...
Sensor-based technological therapy devices could be a possible neurorehabilitation strategy for moto...
BACKGROUND AND OBJECTIVE: Conventional rehabilitation in stroke patients is more likely to use repet...
We investigated the intervention effect of training using a feedback-type tactile discrimination sys...
Purpose: To investigate the effect of different aspects and types of augmented feedback on motor fun...
With upcoming innovative technologies more possibilities arise in the application of augmented feedb...
Augmented feedback plays an essential role in stroke rehabilitation therapy. When a force is applied...
Augmented feedback plays an essential role in stroke rehabilitation therapy. When a force is applied...
Stroke is a leading cause of adult disability with upper-limb hemiparesis being one of the most freq...
Each year approximately half of the 630,000 stroke survivors experience hemiparesis (AHA, 2008). In ...
This study attempts to investigate the impact that the sensory integration training has on the recov...
Stroke is the leading cause of adult disability worldwide. The consequences of a stroke can include ...
Background. Stroke causes severe disability, including motor and sensory impairments. We hypothesize...
Sensor-based technological therapy devices could be a possible neurorehabilitation strategy for moto...
Sensor-based technological therapy devices could be a possible neurorehabilitation strategy for moto...
Compensatory movements are commonly employed by stroke survivors to adapt to the loss of motor funct...
Sensor-based technological therapy devices could be a possible neurorehabilitation strategy for moto...
BACKGROUND AND OBJECTIVE: Conventional rehabilitation in stroke patients is more likely to use repet...
We investigated the intervention effect of training using a feedback-type tactile discrimination sys...
Purpose: To investigate the effect of different aspects and types of augmented feedback on motor fun...
With upcoming innovative technologies more possibilities arise in the application of augmented feedb...
Augmented feedback plays an essential role in stroke rehabilitation therapy. When a force is applied...
Augmented feedback plays an essential role in stroke rehabilitation therapy. When a force is applied...
Stroke is a leading cause of adult disability with upper-limb hemiparesis being one of the most freq...
Each year approximately half of the 630,000 stroke survivors experience hemiparesis (AHA, 2008). In ...
This study attempts to investigate the impact that the sensory integration training has on the recov...
Stroke is the leading cause of adult disability worldwide. The consequences of a stroke can include ...
Background. Stroke causes severe disability, including motor and sensory impairments. We hypothesize...
Sensor-based technological therapy devices could be a possible neurorehabilitation strategy for moto...
Sensor-based technological therapy devices could be a possible neurorehabilitation strategy for moto...
Compensatory movements are commonly employed by stroke survivors to adapt to the loss of motor funct...
Sensor-based technological therapy devices could be a possible neurorehabilitation strategy for moto...