Simi Khangura

Publications (2)5.39 Total impact

• Article: Treatment of children with migraine in emergency departments: national practice variation study.

  Lawrence P Richer, Keri Laycock, Kelly Millar, Eleanor Fitzpatrick, Simi Khangura, Maala Bhatt, Chantal Guimont, Gina Neto, Steve Noseworthy, Ron Siemens, Serge Gouin, Brian H Rowe
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  ABSTRACT: Children with migraine may present to an emergency department (ED) when outpatient management has failed; however, only limited research has examined migraine-abortive medications among children. A retrospective chart review of ED presentations for migraine or headache between July 1, 2004, and June 30, 2005, in 10 Canadian pediatric EDs was conducted. A priori, evidence-based treatments were defined as any treatment that was based on high-quality evidence and an absence of opioids as first-line agents. A total of 2515 records were screened, and 1694 (67.4%) met inclusion criteria. The average age of patients was 12.1 years, 14.5% (95% confidence interval [CI]: 12.1%-17.2%) of patients experienced headache >15 days per month, and 62.6% (95% CI: 55.7%-68.9%) had already used migraine-abortive therapy. Significant variations in practice for all classes of migraine-abortive medications were observed. Dopamine receptor antagonists (prochlorperazine, metoclopramide, or chlorpromazine) (39% [95% CI: 28.4%-50.8%]) and orally administered analgesics (acetaminophen and ibuprofen) (24.5% [95% CI: 23.9%-46.8%]) were prescribed most commonly. Predictors for the use of evidence-based treatment included older age (odds ratio: 1.15 [95% CI: 1.07-1.24]) and a discharge diagnosis of migraine (odds ratio: 1.84 [95% CI: 1.11-3.05]). Children presenting to EDs for treatment often have frequent attacks and have experienced failure of outpatient, migraine-abortive efforts. Practice variations were impressive for the care of children with migraine in these Canadian EDs.
  PEDIATRICS 07/2010; 126(1):e150-5. · 4.47 Impact Factor
• Article: Management of cellulitis in a pediatric emergency department.

  Simi Khangura, Jonathan Wallace, Niranjan Kissoon, Tanuja Kodeeswaran
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  ABSTRACT: (1) To determine antibiotic choices, route of administration, and outcomes of children treated as outpatients with noncomplicated, nonfacial cellulitis at a tertiary care center. (2) To determine the number of visits and time spent in the emergency department (ED) for treatment. A descriptive case-control study. A tertiary care pediatric ED at an academic medical center. Medical records of all otherwise healthy children (aged 1-16 yrs) presenting with noncomplicated, nonfacial cellulitis over a 3-year period (January 1, 2001-December 31, 2003) were reviewed. Data extracted included the following: demographics; clinical presentation; laboratory and microbiology results; management, including choice, dose, and route of antibiotic(s); treatment failures; and time spent in the ED. None. Two hundred sixty-nine patients met the inclusion criteria, and their charts were selected for review. The oral antibiotic most often prescribed was cephalexin (N = 105). Treatment failure occurred in 10 (8.9%) of the cases. The intravenous antibiotic most often prescribed was cefazolin (N = 124; 39 received cefazolin alone, and 85 received cefazolin and probenecid). The cefazolin-only group had 12 (31%) treatment failures, whereas the cefazolin and probenecid group had 7 (8.1%) treatment failures. More time in the ED (521 +/- 287 minutes) and more visits (3.4 +/- 2.8) were seen in the intravenous group as compared with the oral group (time in ED, 164 +/- 139 minutes; visits, 1.4 +/- 1). Noncomplicated, nonfacial cellulitis is most commonly treated using first-generation cephalosporins. Treatment with oral antibiotics was effective and required fewer visits and less time in the ED compared with intravenous treatment. Twice-daily cefazolin and probenecid was associated with less treatment failures and admissions than cefazolin alone and may represent a reasonable alternative for children with nonfacial cellulitis requiring intravenous antibiotics.
  Pediatric emergency care 12/2007; 23(11):805-11. · 0.92 Impact Factor