Older adults develop modifications in the execution of movement that lead to impairments in activities of daily living performance. Accordingly, there is a need for technological advances in devices that assist older adults targeting improvements in parameters of movement performance that have the highest impact on the skills of daily living. Therefore, to gather the parameters of movement impacting daily living activities, the main goal of this study is to perform a comparative analysis of the biomechanical movement parameters between older adults with and without disability, performing the tasks: gait, sit-to-stand, timed up and go, quiet standing and climb and descend stairs. This work was supported by theFundação para a Ciência e Tecnologia (FCT), \[grant number 2020.05356.BD\] and through R\&D Units funding \[UIDB/05210/2020\], Fundação para a Ciência e Tecnologia (FCT), Portugal and the European Union.
Study Type
OBSERVATIONAL
Enrollment
60
Disability status assessed by functional measures
Center for Rehabilitation Research, School of Health, Polytechnic of Porto, Portugal
Porto, Porto District, Portugal
Waveforms from full-body joint angles
Waveforms from full-body joint angles measured in degrees (°)
Time frame: During tasks performance
Waveform from full-body angular joint velocities
Waveform from angular joint velocities measured in degrees per second (°/s)
Time frame: During tasks performance
Waveform from lower limb joint moments
Waveform from lower limb joint moments measured in Newton-meter (kgm²/s²)
Time frame: During tasks performance
Waveform from total body energy
Waveform from total body energy measured in joules (J)
Time frame: During tasks performance
Waveform from full-body separate segment energy
Waveform from body segment energy un joules (J)
Time frame: During tasks performance
Waveform from lower body joint forces
Waveform from lower body joint forces measured in Newton (N)
Time frame: During tasks performance
Waveform from lower body joint power
Waveform from lower body joint power measured in Watts
Time frame: During tasks performance
Waveform from centre of mass displacement
Waveform from centre of mass displacement in m/s
Time frame: During tasks performance
Waveform from centre of pressure displacement
Waveform from centre of pressure displacement in m/s
Time frame: During tasks performance
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