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Implementation of a digital health tool for seizure video transfer in a pediatric epilepsy center: A prospective
Rahel M Burger1,2,3,4, Gadi Miron5,6, Pascal Fenske1,2,3,4
1Charité-Universitätsmedizin Berlin, Department of Pediatric Neurology and Center for Chronically Sick Children, Berlin, Germany.
Insights
A secure app for sharing home videos of suspected seizures in children with epilepsy is feasible. Submitting multiple videos improved diagnostic accuracy, highlighting the need for secure digital tools in pediatric epilepsy care.
Area of Science:
- Neurology
- Digital Health
- Pediatric Medicine
Background:
- Home videos are increasingly used in clinical settings.
- Secure digital platforms for sharing clinical videos are essential.
- Pediatric epilepsy diagnostics can benefit from improved video-sharing technology.
Purpose of the Study:
- To evaluate the feasibility of a secure digital video-sharing platform for pediatric epilepsy diagnostics.
- To assess video quality, diagnostic concordance, and user satisfaction.
- To determine the impact of video submissions on diagnostic accuracy.
Main Methods:
- Prospective pilot study involving 60 children with suspected seizures.
- Participants submitted videos via a secure smartphone application.
- Videos were reviewed by an epileptologist alongside standard diagnostic evaluation.
Main Results:
- 16 participants submitted 81 videos; 94% were clinically usable.
- Epilepsy was diagnosed in 68.8% of participants who submitted videos.
- Concordance between video assessment and diagnosis was 68.8%, higher with more videos submitted.
Conclusions:
- Secure digital video transfer is feasible for pediatric epilepsy diagnostics.
- Multiple video submissions are crucial for accurate diagnosis.
- Further research should address adoption barriers and clinical impact.
Abstract:
Home videos are increasingly presented in clinical practice, and secure digital tools for clinical video sharing are urgently needed. This study evaluated the feasibility of a secure video-sharing digital platform in pediatric epilepsy diagnostics. We conducted a prospective pilot study that included 60 children (median age 5.5 years) with suspected seizures and their caregivers at a tertiary pediatric center. Participants were invited to submit videos of suspected events through a secure smartphone application. Videos were reviewed by an epileptologist and in parallel participants underwent standard diagnostic evaluation. Outcome measures included video quality, concordance of video assessment with diagnostic workup, and user evaluation questionnaires. Of recruited participants, 16 (26.7 %) used the app to submit 81 videos (median 5.1 videos per patient), with 94 % (76/81 videos) having sufficient quality for meaningful clinical review. Among these participants, 11 (68.8 %) had confirmed epilepsy as their final diagnosis, while 5 (31.2 %) did not. Expert review classified 48.1 % of videos as likely epileptic events, with generalized tonic-clonic seizures being most common (24.7 %). Concordance between submitted videos and final clinical diagnosis was demonstrated in 68.8 % of cases, with higher concordance significantly related to the number of videos submitted (mean 6.4 vs. 2.2 videos per patient, p = 0.04). User evaluation showed favorable ratings for app usability (mean score 5.4/7). This study demonstrates the feasibility of secure digital video transfer in pediatric epilepsy diagnostics, emphasizing the importance of multiple video submissions for accurate diagnosis. Future implementation should address barriers to wider adoption and investigate clinical impact.
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