Posts Tagged CyWee Z controller
[ARTICLE] Participant perceptions of use of CyWee Z as adjunct to rehabilitation of upper-limb function following stroke – Full Text PDF
This article reports on the perceptions of 14 adults with chronic stroke who participated in a pilot study to determine the utility, acceptability, and potential efficacy of using an adapted CyWee Z handheld game controller to play a variety of computer games aimed at improving upper-limb function. Four qualitative in-depth interviews and two focus groups explored participant perceptions. Data were thematically analyzed with the general inductive approach. Participants enjoyed playing the computer games with the technology. The perceived benefits included improved upper-limb function, concentration, and balance; however, six participants reported shoulder and/or arm pain or discomfort, which presented while they were engaged in play but appeared to ease during rest. Participants suggested changes to the games and provided opinions on the use of computer games in rehabilitation. Using an adapted CyWee Z controller and computer games in upper-limb rehabilitation for people with chronic stroke is an acceptable and potentially beneficial adjunct to rehabilitation. The development of shoulder pain was a negative side effect for some participants and requires further investigation.
Stroke is the third leading cause of death in New Zealand and a major cause of adult disability for those who experience it . Approximately 85 percent of patients with stroke do not regain upper-limb function and remain dependent on caregivers [2–3], with motor impairments accounting for most poststroke disability . Loss of upper-limb function is a major cause of poor perception of well-being following stroke .
Most recovery of upper-limb function occurs in the first 3 months following a stroke; however, significant gains in dexterity, strength, and function with rehabilitation 6 months poststroke have been reported [6–7]. This subacute recovery in motor function can be explained in part by neural reorganization caused by rehabilitation training [8–12]. It is suggested that key factors to upperlimb stroke rehabilitation training are attention, repetition, intensity of practice, reward, progression of complexity, and skill acquisition and that this training should be task-oriented.