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wearable accelerometers – opals inertial sensors  (APDM Wearable Technologies)

 
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    Structured Review

    APDM Wearable Technologies wearable accelerometers – opals inertial sensors
    Wearable Accelerometers – Opals Inertial Sensors, supplied by APDM Wearable Technologies, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/wearable+accelerometers+%E2%80%93+opals+inertial+sensors/opal+wireless+inertial+sensors/pmc11806873-11-46-54
    Average 90 stars, based on 1 article reviews
    wearable accelerometers – opals inertial sensors - by Bioz Stars, 2026-09
    90/100 stars

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    Related Articles

    Control:

    Article Title: Neuroimaging and cognitive correlates of postural control in Parkinson’s disease: a systematic review
    Article Snippet: [ ] , PD (n=23, m15 / f8) aged 66.25 (7.60) H&Y = 1.17 (0.18) Disease duration = 1.73 (1.51) UPDRS III = 9.0 (4.34) OFF medication OA (n=23, m16 / f7) aged 64.21 (7.27) UPDRS III = 1.91 (2.02) , Static postural control/Sensory integration of postural control (Wearable accelerometers – OPALS Inertial sensors (APDM) Standardised standing with feet together) EO EC EO DT EC DT (Cognitive part: backward counting in 3's from 100) Trial duration: 30s , Global cognition (MoCA, MMSE) , Early PD patients showed sig. sway acceleration and larger jerkiness values during cognitive task performance but not during single task, in comparison to healthy controls. These findings demonstrate a cognitive DT interference for PD patients. This is potentially a result of the compensatory attentional strategies used by PD patients, to maintain appropriate balance, being challenged. , .

    Comparison:

    Article Title: Neuroimaging and cognitive correlates of postural control in Parkinson’s disease: a systematic review
    Article Snippet: [ ] , PD (n=23, m15 / f8) aged 66.25 (7.60) H&Y = 1.17 (0.18) Disease duration = 1.73 (1.51) UPDRS III = 9.0 (4.34) OFF medication OA (n=23, m16 / f7) aged 64.21 (7.27) UPDRS III = 1.91 (2.02) , Static postural control/Sensory integration of postural control (Wearable accelerometers – OPALS Inertial sensors (APDM) Standardised standing with feet together) EO EC EO DT EC DT (Cognitive part: backward counting in 3's from 100) Trial duration: 30s , Global cognition (MoCA, MMSE) , Early PD patients showed sig. sway acceleration and larger jerkiness values during cognitive task performance but not during single task, in comparison to healthy controls. These findings demonstrate a cognitive DT interference for PD patients. This is potentially a result of the compensatory attentional strategies used by PD patients, to maintain appropriate balance, being challenged. , .

    Marker:

    Article Title: Neuroimaging and cognitive correlates of postural control in Parkinson’s disease: a systematic review
    Article Snippet: [ ] , PD (n=23, m15 / f8) aged 66.25 (7.60) H&Y = 1.17 (0.18) Disease duration = 1.73 (1.51) UPDRS III = 9.0 (4.34) OFF medication OA (n=23, m16 / f7) aged 64.21 (7.27) UPDRS III = 1.91 (2.02) , Static postural control/Sensory integration of postural control (Wearable accelerometers – OPALS Inertial sensors (APDM) Standardised standing with feet together) EO EC EO DT EC DT (Cognitive part: backward counting in 3's from 100) Trial duration: 30s , Global cognition (MoCA, MMSE) , Early PD patients showed sig. sway acceleration and larger jerkiness values during cognitive task performance but not during single task, in comparison to healthy controls. These findings demonstrate a cognitive DT interference for PD patients. This is potentially a result of the compensatory attentional strategies used by PD patients, to maintain appropriate balance, being challenged. , .

    Activity Assay:

    Article Title: Neuroimaging and cognitive correlates of postural control in Parkinson’s disease: a systematic review
    Article Snippet: [ ] , PD (n=23, m15 / f8) aged 66.25 (7.60) H&Y = 1.17 (0.18) Disease duration = 1.73 (1.51) UPDRS III = 9.0 (4.34) OFF medication OA (n=23, m16 / f7) aged 64.21 (7.27) UPDRS III = 1.91 (2.02) , Static postural control/Sensory integration of postural control (Wearable accelerometers – OPALS Inertial sensors (APDM) Standardised standing with feet together) EO EC EO DT EC DT (Cognitive part: backward counting in 3's from 100) Trial duration: 30s , Global cognition (MoCA, MMSE) , Early PD patients showed sig. sway acceleration and larger jerkiness values during cognitive task performance but not during single task, in comparison to healthy controls. These findings demonstrate a cognitive DT interference for PD patients. This is potentially a result of the compensatory attentional strategies used by PD patients, to maintain appropriate balance, being challenged. , .

    Functional Assay:

    Article Title: Neuroimaging and cognitive correlates of postural control in Parkinson’s disease: a systematic review
    Article Snippet: [ ] , PD (n=23, m15 / f8) aged 66.25 (7.60) H&Y = 1.17 (0.18) Disease duration = 1.73 (1.51) UPDRS III = 9.0 (4.34) OFF medication OA (n=23, m16 / f7) aged 64.21 (7.27) UPDRS III = 1.91 (2.02) , Static postural control/Sensory integration of postural control (Wearable accelerometers – OPALS Inertial sensors (APDM) Standardised standing with feet together) EO EC EO DT EC DT (Cognitive part: backward counting in 3's from 100) Trial duration: 30s , Global cognition (MoCA, MMSE) , Early PD patients showed sig. sway acceleration and larger jerkiness values during cognitive task performance but not during single task, in comparison to healthy controls. These findings demonstrate a cognitive DT interference for PD patients. This is potentially a result of the compensatory attentional strategies used by PD patients, to maintain appropriate balance, being challenged. , .

    Magnetic Resonance Imaging:

    Article Title: Neuroimaging and cognitive correlates of postural control in Parkinson’s disease: a systematic review
    Article Snippet: [ ] , PD (n=23, m15 / f8) aged 66.25 (7.60) H&Y = 1.17 (0.18) Disease duration = 1.73 (1.51) UPDRS III = 9.0 (4.34) OFF medication OA (n=23, m16 / f7) aged 64.21 (7.27) UPDRS III = 1.91 (2.02) , Static postural control/Sensory integration of postural control (Wearable accelerometers – OPALS Inertial sensors (APDM) Standardised standing with feet together) EO EC EO DT EC DT (Cognitive part: backward counting in 3's from 100) Trial duration: 30s , Global cognition (MoCA, MMSE) , Early PD patients showed sig. sway acceleration and larger jerkiness values during cognitive task performance but not during single task, in comparison to healthy controls. These findings demonstrate a cognitive DT interference for PD patients. This is potentially a result of the compensatory attentional strategies used by PD patients, to maintain appropriate balance, being challenged. , .



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