Research paper
Neurohabilitation of cognitive functions in pediatric epilepsy
Review of cognitive rehabilitation strategies for children with epilepsy - computerized cognitive training, structured interventions, family-centered multidisciplinary models. Supports extending DEE-SWAS treatment beyond seizure/spike-wave suppression into active cognitive rehabilitation during electrographic-improvement windows.
Zaldumbide-Alcocer FL, et al.
Markdown path
content/research/papers/2024-zaldumbide-neurohabilitation-pediatric-epilepsy.mdFindings
Review of cognitive rehabilitation strategies for children with epilepsy - computerized cognitive training, structured interventions, family-centered multidisciplinary models. Supports extending DEE-SWAS treatment beyond seizure/spike-wave suppression into active cognitive rehabilitation during electrographic-improvement windows.
Why it may matter for Levi
Framework for extending Levi's current therapy stack (ABA, speech, OT, AAC) with structured cognitive rehabilitation targets. Supports planning formal neuropsychological assessment once Levi's attention and engagement are sufficient to make testing meaningful. Reinforces family-centered, integrated-environment rehabilitation rather than siloed therapy appointments. Useful reference for conversations with Levi's developmental pediatrician and BCBA team.
Zaldumbide-Alcocer et al. (2024) — Neurohabilitation of cognitive functions in pediatric epilepsy
Source
- Brain Sciences, 2024. PMC11274765.
- URL: https://pmc.ncbi.nlm.nih.gov/articles/PMC11274765/
Why this paper is in the corpus
Review of cognitive rehabilitation strategies for children with epilepsy, including computerized cognitive training, structured interventions, and multidisciplinary family-centered approaches. Supports the principle that DEE-SWAS treatment should extend beyond seizure/spike-wave suppression into active cognitive rehabilitation during the window of electrographic improvement.
Key findings
- Cognitive rehabilitation interventions targeting executive function and working memory have documented feasibility in pediatric epilepsy populations.
- Computerized cognitive training programs and structured interventions (e.g., LEGO-based therapy) promote neural connectivity and cortical plasticity.
- Rehabilitation is most effective when integrated into the child's daily environment with family and educator involvement.
- Multidisciplinary teams (neurology, neuropsychology, education, speech/language therapy, OT) produce better outcomes than any single-discipline approach.
Levi-relevant takeaways
- Framework for extending Levi's current therapy stack (ABA, speech, OT, AAC) with structured cognitive rehabilitation targets.
- Supports planning formal neuropsychological assessment after Levi's attention and engagement are sufficient for testing to be meaningful — serves both as a diagnostic input and as the baseline for tracking rehabilitation progress.
- Reinforces family-centered, integrated-environment rehabilitation rather than siloed therapy appointments.
- Useful reference for conversations with Levi's developmental pediatrician and BCBA team about expanding the intervention portfolio during the window of electrographic suppression.
Citation note
Referenced as [32] in the 2026-04-21 user-supplied comprehensive DEE-SWAS / ESES / CSWS research report.