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Research paper

Enhancing executive functions in pediatric epilepsy

Review of interventions to enhance executive functioning in children with epilepsy. Executive function deficits are common in pediatric epilepsy and contribute significantly to functional impairment beyond seizure frequency. Targeted interventions (computerized training, structured therapies) can enhance executive function measurably. Early intervention during electrographic-stability periods produces better gains.

Indexed context

Tapia JL, et al.

executive-functionpediatric-epilepsycognitive-rehabilitationreview

Markdown path

content/research/papers/2024-tapia-executive-functions-pediatric-epilepsy.md

Findings

Review of interventions to enhance executive functioning in children with epilepsy. Executive function deficits are common in pediatric epilepsy and contribute significantly to functional impairment beyond seizure frequency. Targeted interventions (computerized training, structured therapies) can enhance executive function measurably. Early intervention during electrographic-stability periods produces better gains.

Why it may matter for Levi

Supports scaling up cognitive-focused rehabilitation during Levi's current window of electrographic suppression. Executive function is likely to be a persistent deficit domain for Levi based on the Liukkonen 2010, Caraballo 2013, Seegmuller 2012, and van Arnhem 2025 long-term outcome literature - active remediation during the current window is more tractable than after further decline. Useful for planning specific therapy goals (attention, task-switching, working memory) alongside AAC language scaffolding.

Paper text

Tapia et al. (2024) — Enhancing executive functions in pediatric epilepsy

Source

Why this paper is in the corpus

Review of interventions designed to enhance executive functioning in children with epilepsy. Companion reference to Zaldumbide-Alcocer 2024; together they anchor the cognitive-rehabilitation tier of DEE-SWAS management.

Key findings

  • Executive function deficits are common in pediatric epilepsy and contribute significantly to functional impairment beyond seizure frequency.
  • Targeted interventions (computerized training, structured therapies including LEGO-based approaches) can enhance executive function in a measurable way.
  • Early intervention during periods of electrographic stability produces better gains than intervention during active seizure phases.

Levi-relevant takeaways

  • Supports the priority of scaling up cognitive-focused rehabilitation during Levi's current window of electrographic suppression (post-March-2026 pulse, confirmed by April 6-7 UCSF EEG).
  • Executive function is likely to be a persistent deficit domain for Levi based on the Liukkonen 2010, Caraballo 2013, Seegmuller 2012, and van Arnhem 2025 long-term outcome literature. Active remediation during the current window is more tractable than after further decline.
  • Useful for planning specific therapy goals with the OT / BCBA / speech team (attention, task-switching, working memory) alongside AAC language scaffolding.

Citation note

Referenced as [33] in the 2026-04-21 user-supplied comprehensive DEE-SWAS / ESES / CSWS research report.