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Detectability and appraisal thresholds of split pulse signals for the MemoPatch™ device, an electronic skin patch intended to deliver tactile medication reminder signals (study TS-104)

Abraham, Ivo ; De Geest, Wim ; De Geest, Jan ; De Troy, Elke ; MacDonald, Karen

2013 35th Annual International Conference of the IEEE Engineering in Medicine and Biology Society (EMBC), 2013, Vol.2013, p.914-917

United States: IEEE

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Título:
Detectability and appraisal thresholds of split pulse signals for the MemoPatch™ device, an electronic skin patch intended to deliver tactile medication reminder signals (study TS-104)
Autor: Abraham, Ivo ; De Geest, Wim ; De Geest, Jan ; De Troy, Elke ; MacDonald, Karen
Assuntos: adherence ; Adult ; Application specific integrated circuits ; Appraisal ; detectability ; Electricity ; Electronics, Medical - instrumentation ; Female ; Hair ; Humans ; Laboratories ; Male ; patch ; pulse signals ; Reminder Systems - instrumentation ; Signal Processing, Computer-Assisted ; Skin ; Threshold current ; Touch ; Training
É parte de: 2013 35th Annual International Conference of the IEEE Engineering in Medicine and Biology Society (EMBC), 2013, Vol.2013, p.914-917
Descrição: Patient non-adherence to prescribed medication regimens is a significant problem and affects clinical treatment outcomes. The MemoPatch™ medical device, currently in development, is an electronic skin patch intended to deliver tactile medication reminder signals. Fifty volunteers completed a laboratory experiment that evaluated the detectability and appraisal thresholds of five split signals; specifically, the current thresholds (in mA) at which a signal was detected (threshold T1), was considered sufficiently detectable to serve as a reminder signal (threshold T2), and became too strong as a reminder signal (threshold T3). Signals were selected under consideration of three data points: T1 Max and T2 Max (defined as, resp., the maximum current observed at T1 and T2) and T3 Pct90 (the T3 current at the 90 th percentile). A signal was considered to be useable in future versions of the MemoPatch™ device if it met the constraint that (T3Pct90-T2Max) should not be negative. One signal met the constraint requirement as its T3Pct90-T2Max=0.96mA.
Editor: United States: IEEE
Idioma: Inglês

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Detectability and appraisal thresholds of split pulse signals for the MemoPatch™ device, an electronic skin patch intended to deliver tactile medication reminder signals (study TS-104)

Abraham, Ivo ; De Geest, Wim ; De Geest, Jan ; De Troy, Elke ; MacDonald, Karen

United States: IEEE

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