AI Article Synopsis
- The study aimed to create a mobile platform called ARTiE Watch to objectively and consistently assess behavioral responsiveness in people with epilepsy during and after seizures, improving current subjective methods.
- Patients were recruited to wear the ARTiE Watch, which paired with a smartphone app to remotely initiate standardized tests evaluating motor, language, and memory responses upon seizure identification.
- Results showed that participants had significantly decreased behavioral responsiveness during seizures compared to their baseline, with marked differences noted in specific types of seizures like bilateral tonic-clonic seizures.
Article Abstract
Objective: An accurate evaluation of behavioral responsiveness during and after seizures in people with epilepsy is critical for diagnosis and management. Current methods for assessing behavioral responsiveness are characterized by substantial variation, subjectivity, and limited reliability and reproducibility in ambulatory and epilepsy monitoring unit settings. In this study, we aimed to develop and implement a novel mobile platform for deployment of automated responsiveness testing in epilepsy-the ARTiE Watch-to facilitate standardized, objective assessments of behavioral responsiveness during and after seizures.
Methods: We prospectively recruited patients admitted to the epilepsy monitoring units for diagnostic evaluation and long-term video-electroencephalographic monitoring at Mayo Clinic and Yale New Haven Hospital. Participants wore the ARTiE Watch, a smartwatch paired with custom smartphone software integrated with cloud infrastructure allowing for remote activation of standardized assessment on the participants' smartwatches. The assessment consisted of 18 command prompts that test behavioral responsiveness across motor, language, and memory domains. Upon visually identifying an electrographic seizure during EMU monitoring, the BrainRISE platform was used to deploy the ARTiE Watch behavioral testing sequence. Responsiveness scoring was conducted on smartwatch files.
Results: Eighteen of 56 participants had a total of 39 electrographic seizures assessed with the ARTiE Watch. The 18 subjects with ARTiE Watch-tested seizures had a total of 67 baseline (interictal) ARTiE Watch tests collected for analysis. The analysis showed distinct ARTiE Watch behavioral responsiveness phenotypes: (1) decreased responsiveness across all ARTiE Watch commands during seizure (ictal-postictal) periods compared (to baseline (p < .0001), (2) decreased responsiveness in bilateral tonic-clonic seizures compared to baseline (p < .0001) and compared to focal seizures (p < .0001), and (3) decreased responsiveness during focal impaired awareness seizures compared to baseline (p < .0001) and compared to focal aware seizures (p < .001).
Significance: ARTiE Watch behavioral testing deployed utilizing a mobile cloud-based platform is feasible and can provide standardized, objective behavioral responsiveness assessments during seizures.
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| http://dx.doi.org/10.1111/epi.18181 | DOI Listing |
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Automatic responsiveness testing in epilepsy with wearable technology: The ARTiE Watch.
Epilepsia
November 2024
Department of Neurology, Yale School of Medicine, New Haven, Connecticut, USA.
Article Synopsis
- The study aimed to create a mobile platform called ARTiE Watch to objectively and consistently assess behavioral responsiveness in people with epilepsy during and after seizures, improving current subjective methods.
- Patients were recruited to wear the ARTiE Watch, which paired with a smartphone app to remotely initiate standardized tests evaluating motor, language, and memory responses upon seizure identification.
- Results showed that participants had significantly decreased behavioral responsiveness during seizures compared to their baseline, with marked differences noted in specific types of seizures like bilateral tonic-clonic seizures.
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