Francesco T. Mangano · Acute postoperative seizures and long-term outcome following pediatric epilepsy surgery
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Article1 min read·Published Feb 2014Older

Acute postoperative seizures and long-term outcome following pediatric epilepsy surgery

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Article · Feb 2014 · 1 min read

In brief

In brief

This retrospective study of 112 pediatric epilepsy surgery patients found that acute postoperative seizures (APOS) within 30 days occurred in 44% of cases and strongly predicted poor long-term outcomes, with only 26% achieving seizure freedom versus 76% without APOS. The negative prognostic impact was significant for temporal and extratemporal resections but not hemispherectomy.

Written by the GCMD Library team from the article.

Francesco T. Mangano

Purpose: Acute post-operative seizures (APOS) after epilepsy surgery, previously believed to be benign, are increasingly associated with poor long-term prognosis. Prior literature has focused primarily on adult temporal lobe epilepsy. This retrospective study aimed to identify the prevalence, prognostic significance and risk factors for APOS in pediatric epilepsy surgery at a single center. Method: Retrospective chart review of all children aged 0-21 years undergoing resective surgery for epilepsy between 2009 and 2012 at a single center. APOS were defined as seizures within 30 days of resection. Surgical outcome was determined, using a minimum of 12 months postoperative follow-up for inclusion. Results: APOS, defined as a seizure within 30 days of resection, were identified in 50/112 (44%) of patients. APOS were a significant predictor of poor postoperative seizure outcome (ILAE 4-6); only 26% of those with APOS had a good outcome (ILAE 1-3), compared to 76% without APOS. Timing of postoperative seizure was not correlated with outcome. Most (54%) with APOS and good outcome had continued seizures between 14-30 days postoperatively. Patients with APOS after temporal (p=0.05) and extratemporal (p<0.001) resections had a significantly worse prognosis. APOS after hemispherectomy were not associated with a worse prognosis (p=0.22). Key risk factors for APOS include lack of ictal EEG lateralization to operated hemisphere/side of MRI abnormality. Conclusion: This study shows an asso

Statements in this article

  1. Acute postoperative seizures are defined as seizures occurring within 30 days of resection.

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  2. Acute postoperative seizures occurred in 50 of 112 patients (44%) undergoing resective epilepsy surgery.

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  3. Acute postoperative seizures are a significant predictor of poor postoperative seizure outcome (ILAE 4-6).

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  4. Only 26% of patients with acute postoperative seizures achieved good outcome (ILAE 1-3), compared to 76% without acute postoperative seizures.

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  5. Timing of postoperative seizure was not correlated with outcome.

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  6. Most patients (54%) with acute postoperative seizures and good outcome had continued seizures between 14-30 days postoperatively.

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  7. Patients with acute postoperative seizures after temporal resections had significantly worse prognosis (p=0.05).

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  8. Patients with acute postoperative seizures after extratemporal resections had significantly worse prognosis (p<0.001).

    ResearchResults
  9. Acute postoperative seizures after hemispherectomy were not associated with worse prognosis (p=0.22).

    ResearchResults
  10. Key risk factors for acute postoperative seizures include lack of ictal EEG lateralization to operated hemisphere or side of MRI abnormality.

    ResearchResults

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