A Questionnaire-Based Survey: Therapist’s Response towards the Upper Limb Disorder Learning Tool

Previous studies have shown that there are arguments
regarding the reliability and validity of the Ashworth and Modified
Ashworth Scale towards evaluating patients diagnosed with upper
limb disorders. These evaluations depended on the raters’ experiences.
This initiated us to develop an upper limb disorder part-task trainer
that is able to simulate consistent upper limb disorders, such as
spasticity and rigidity signs, based on the Modified Ashworth Scale to
improve the variability occurring between raters and intra-raters
themselves. By providing consistent signs, novice therapists would be
able to increase training frequency and exposure towards various
levels of signs. A total of 22 physiotherapists and occupational
therapists participated in the study. The majority of the therapists
agreed that with current therapy education, they still face problems
with inter-raters and intra-raters variability (strongly agree 54%; n =
12/22, agree 27%; n = 6/22) in evaluating patients’ conditions. The
therapists strongly agreed (72%; n = 16/22) that therapy trainees
needed to increase their frequency of training; therefore believe that
our initiative to develop an upper limb disorder training tool will help
in improving the clinical education field (strongly agree and agree
63%; n = 14/22).





References:
[1] Patrick, E. and Ada, L. (2006). The Tardieu Scale Differentiates
Contracture from Spasticity Whereas the Ashworth Scale is Confounded
by it. Clinical Rehabil 20 (2): 173-182
[2] Pandyan AD, Johnson GR, Proce CI, Curless RH, Barnes MP, Rodgers H
(1999). A Review of the Properties and Limitations of the Ashworth and
Modified Ashworth Scales as Measures of Spasticity. Clinical Rehabil
13:373-383
[3] Levin MF (2005). On the Nature and Measurement of Spasticity. Clinical
Neurophysiology 116:1754-1755
[4] T. Mouri, H. Kawasaki, Y. Nishimoto, T. Aoki, Y. Ishigure, and M.
Tanahashi (2008). Robot Hand Imitating Disabled Person for
Education/Training of Rehabilitation. Journal of Robotics and
Mechatronics 20(2): 280-288
[5] T. Kikuchi, K. Oda, and J. Furusho (2010). Leg-robot for Demonstration
of Spastic Movements of Brain-Injured Patients with Compact MR Fluid
Clutch. Advanced Robotics 24(4): 671-678
[6] Noor Ayuni CZ, Takashi Komeda, Cheng Yee Low (2012). Design of
Upper Limb Patient Simulator. Procedia Engineering 41: 1374-1378
[7] C. Z. Noor Ayuni, T. Komeda, L. Cheng Yee, and K. Inoue, "Emulation
of muscle tone of upper limb spasticity and rigidity," in 6th International
IEEE/EMBS Conference on Neural Engineering (NER), 2013 San Diego,
CA, 2013, pp. 1590-1593