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Usability of a novel cueing device for patients with Parkinson`s disease

Support our planned evaluation of the usability and acceptance of the developed device in a clinical setting (Rehaklinik Zihlschlacht).

Keywords: Clinical research; parkinson disease

  • Hypokinetic gait disorder and Freezing of Gait are frequent symptoms in the advanced stage of Parkinson’s disease. They impair quality of life and significantly increase the risk of falls. External movement pacemakers have been developed to improve gait and avert FOG by cueing strategies. We developed a smart, small and lightweight, easy-to-handle wearable tactile cueing device, consisting of a control unit, two pulse generators and a battery-driven power supply (see overview figure). The device is programmed via a GUI. The primary objective of this study is to evaluate (i) the usability and (ii) the acceptance of the medical device (see figure) in a clinical setting. The secondary objective is to measure (iii) the effects of the TCD on hypokinetic gait and FOG in patients with Parkinson’s disease. All interventions are performed at the Rehaklinik Zihlschlacht at its Parkinson Center.

    Hypokinetic gait disorder and Freezing of Gait are frequent symptoms in the advanced stage of Parkinson’s disease. They impair quality of life and significantly increase the risk of falls. External movement pacemakers have been developed to improve gait and avert FOG by cueing strategies. We developed a smart, small and lightweight, easy-to-handle wearable tactile cueing device, consisting of a control unit, two pulse generators and a battery-driven power supply (see overview figure). The device is programmed via a GUI.

    The primary objective of this study is to evaluate (i) the usability and (ii) the acceptance of the medical device (see figure) in a clinical setting.
    The secondary objective is to measure (iii) the effects of the TCD on hypokinetic gait and FOG in patients with Parkinson’s disease.

    All interventions are performed at the Rehaklinik Zihlschlacht at its Parkinson Center.

  • - Support of data collection by the develop sensors - Support of data analysis - Support of reporting study results

    - Support of data collection by the develop sensors
    - Support of data analysis
    - Support of reporting study results

  • Insights in clinical research, in challenges to evaluate new medical devices, in data visualisation and reporting

    Insights in clinical research, in challenges to evaluate new medical devices, in data visualisation and reporting

  • Master student of Health Sciences and Technology

    Master student of Health Sciences and Technology

  • Peter Wolf, pwolf@ethz.ch, 044 632 7109

    Peter Wolf, pwolf@ethz.ch, 044 632 7109

Calendar

Earliest start2019-12-01
Latest end2020-05-30

Location

Sensory-Motor Systems Lab (ETHZ)

Labels

Internship

Topics

  • Medical and Health Sciences
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