Premium
A pediatric institutional acute stroke protocol improves timely access to stroke treatment
Author(s) -
Shack Melissa,
Andrade Andrea,
ShahBasak Priyanka P,
Shroff Manohar,
Moharir Mahendranath,
Yau Ivanna,
Askalan Rand,
MacGregor Daune,
Rafay Mubeen F,
deVeber Gabrielle A
Publication year - 2017
Publication title -
developmental medicine and child neurology
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 1.658
H-Index - 143
eISSN - 1469-8749
pISSN - 0012-1622
DOI - 10.1111/dmcn.13214
Subject(s) - medicine , interquartile range , stroke (engine) , magnetic resonance imaging , pediatric stroke , antithrombotic , aspirin , pediatrics , protocol (science) , radiology , ischemic stroke , ischemia , pathology , mechanical engineering , alternative medicine , engineering
Aim We aimed to evaluate whether an institutional acute stroke protocol ( ASP ) could accelerate the diagnosis and secondary treatment of pediatric stroke. Method We initiated an ASP in 2005. We compared 209 children (125 males, 84 females; median age 4.8y, interquartile range [ IQR ] 1.2–9.3y, range 0.09–17.7y) diagnosed with arterial ischemic stroke ‘pre‐protocol’ (1992–2004) to 112 children (60 males, 52 females; median age 5.8y, IQR 1.0–11.4y, range 0.08–17.7y) diagnosed ‘post‐protocol’ (2005–2012) for time‐to‐diagnosis, mode of diagnostic imaging, and time‐to‐treatment with antithrombotic medication (aspirin or anticoagulants). Results Overall, the interval from symptom onset to diagnosis was similar post‐protocol compared to pre‐protocol (20.3 vs 22.7h; p= 0.109), although mild strokes (Pediatric National Institute of Health Stroke Scale [Ped NIHSS ] 0–4), were diagnosed faster post‐protocol (12.1 vs 36.3h; p= 0.003). Magnetic resonance imaging ( MRI ) was the initial diagnostic modality more often post‐protocol (25% vs 1.4%; p <0.001). Initial MRI was more accurate for diagnosing stroke than initial CT (100% vs 47%; p <0.001) with similar time‐to‐diagnosis. The proportion of children receiving antithrombotic medication within 24 hours doubled in the post‐protocol period (83% vs 36%; p <0.001). Interpretation A pediatric ASP accelerated time‐to‐treatment, time‐to‐diagnosis in children with subtle strokes, and increased MRI as initial imaging, reducing the need for computed tomography. Implementing optimized ASP s can facilitate more timely access to diagnosis and management of children with acute stroke.