Modern neurophysiological techniques have expanded the under- standing of cortical dysfunctions in paediatric neurological diseases, such as brain injuries and epilepsy, which are associated with high rates of mortality and disability. Electroencephalography (EEG), a crucial method for diagnosing and monitoring critical patients, presents significant challenges in paediatric use due to usability and comfort issues associated with traditional systems. The research at the Meyer Children’s Hospital in Florence aimed to develop innovative solutions to optimise brain activity monitoring in paediatric patients. The interaction between the patient and the device was analysed using Human-Centred Design (HCD) and User Experience (UX) approaches. The investigation revealed critical issues in the current workflow, highlighting usability problems and discomfort caused by traditional EEG devices. These findings led to the design of the Cosmo+ EEG System, a modular device that offers personalised monitoring, providing a more user-friendly and less invasive experience. This device could improve workflow and patient satisfaction, representing a significant advancement in neurophysiology with potential clinical and research applications, including home use.
Cosmo+: New Frontier in Home-Care EEG Monitoring / Ester Iacono, Salvo Andrea Denaro, Claudio Mondovecchio, Francesca Tosi. - In: RIVISTA ITALIANA DI ERGONOMIA. - ISSN 2531-8845. - ELETTRONICO. - 29/2024:(2024), pp. 18-34.
Cosmo+: New Frontier in Home-Care EEG Monitoring
Ester Iacono
;Salvo Andrea Denaro;Francesca Tosi
2024
Abstract
Modern neurophysiological techniques have expanded the under- standing of cortical dysfunctions in paediatric neurological diseases, such as brain injuries and epilepsy, which are associated with high rates of mortality and disability. Electroencephalography (EEG), a crucial method for diagnosing and monitoring critical patients, presents significant challenges in paediatric use due to usability and comfort issues associated with traditional systems. The research at the Meyer Children’s Hospital in Florence aimed to develop innovative solutions to optimise brain activity monitoring in paediatric patients. The interaction between the patient and the device was analysed using Human-Centred Design (HCD) and User Experience (UX) approaches. The investigation revealed critical issues in the current workflow, highlighting usability problems and discomfort caused by traditional EEG devices. These findings led to the design of the Cosmo+ EEG System, a modular device that offers personalised monitoring, providing a more user-friendly and less invasive experience. This device could improve workflow and patient satisfaction, representing a significant advancement in neurophysiology with potential clinical and research applications, including home use.File | Dimensione | Formato | |
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Iacono, Denaro, Mondovecchio and Tosi (2024).pdf
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Descrizione: Modern neurophysiological techniques have expanded the understanding of cortical dysfunctions in paediatric neurological diseases, such as brain injuries and epilepsy, which are associated with high rates of mortality and disability. Electroencephalography (EEG), a crucial method for diagnosing and monitoring critical patients, presents significant challenges in paediatric use due to usability and comfort issues associated with traditional systems. The research at the Meyer Children’s Hospital in Florence aimed to develop innovative solutions to optimise brain activity monitoring in paediatric patients. The interaction between the patient and the device was analysed using Human-Centred Design (HCD) and User Experience (UX) approaches. The investigation revealed critical issues in the current workflow, highlighting usability problems and discomfort caused by traditional EEG devices. These findings led to the design of the Cosmo+ EEG System, a modular device that offers personalised monitoring, providing a more user-friendly and less invasive experience. This device could improve workflow and patient satisfaction, representing a significant advancement in neurophysiology with potential clinical and research applications, including home use.
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