ABSTRACT. Background. Sinogenic intracranial empyema (SIE) is an uncommon complication of sinusitis that can lead to devastating neurologic sequelae. Early recognition of the clinical findings is critical so that proper management can be instituted.Objective. To describe the symptoms, signs, and laboratory and imaging findings from one of the largest pediatric SIE case series reported.Methods Results. Twelve children with SIE were identified. The median age of children with SIE was 11.5 years. Symptoms were usually present 10 days (median) before diagnosis and included headache (10), fever (11), nausea/ vomiting (7), mental-status changes (5), and seizures (3). Physical findings included abnormal neurologic examination (9), Pott's puffy tumor (4), and orbital cellulitis (3). Using the Intermountain Health Care system's computerized database, 142 children with uncomplicated sinusitis treated as outpatients were identified. Children with SIE had markedly higher CRP levels (median: 10.05 mg/ dL) and ESRs (median: 87 mm/hour) than those with uncomplicated sinusitis (median CRP: 0.7 mg/dL; median ESR: 6 mm/hour). Four children had hyperglycemia. Four children had a lumbar puncture at presentation, and the findings were normal for all of them. Craniofacial imaging included computed tomography (CT) and magnetic resonance imaging (MRI). SIE was not detected in 4 patients who had nonenhanced CT. Axial imaging alone was unable to demonstrate SIE in 1 child with sphenoid and ethmoid sinusitis, and coronal images were needed to demonstrate its presence and extent. The initial facial/ orbital imaging studies in 2 patients with physical signs of complicated sinusitis (orbital cellulitis and Pott's puffy tumor) were not adequate to detect SIE. Using contrast-enhanced head CT or MRI, SIE was diagnosed in all 12 children.Conclusions. Children with sinusitis and any neurologic finding, signs of complicated sinusitis such as Pott's puffy tumor or orbital cellulitis, or persistent headache, fever, or nausea and vomiting after antibiotic therapy should have additional evaluation for SIE. Children with hyperglycemia or diabetes may be at increased risk for SIE. The ESR and CRP levels are markedly elevated in children with SIE and may be useful screening tools. MRI with gadolinium is the preferred method to diagnose SIE. If MRI is unavailable, a contrast-enhanced head CT with axial and coronal planes should be obtained. Nonenhanced CT alone lacks sensitivity, and a normal study may be falsely reassuring.
OBJECTIVE: The aims of this study were to identify pediatric hospitalists' perceived views of (1) barriers to delivering care to children with medical complexity (CMC) and (2) their preferred model of inpatient health care delivery for CMC. SUBJECTS:American Academy of Pediatrics Section on Hospital Medicine (AAP-SOHM) Listserv subscribers. METHODS:We conducted a cross-sectional survey of subscribers of the AAP-SOHM Listserv using the survey instrument SurveyMonkey®. Our survey was coadministered with a survey on pediatric hospitalist career satisfaction. RESULTS:The most signifi cant barriers to delivering care to CMC were (1) time constraints (89%), (2) inadequate postdischarge resources (75%), and (3) lack of evidence-based guidelines (64%). Although most pediatric hospitalists in an inpatient service currently care for both CMC and non-CMC patients (91%), only 25% perceive this to be the optimal service model for CMC. The majority of hospitalists (56%) believe that CMC are better served by either an inpatient service dedicated to CMC (30%) or comanaged with an inpatient consult service for CMC (26%). CONCLUSIONS:Identifying the perceived barriers to delivering care to CMC can assist pediatric hospitalists to design studies determining if care delivery is affected by these barriers. Most hospitalists care for CMC on the same service as uncomplicated patients, yet over half perceive that a different model of care delivery would better serve the needs of CMC.
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