CJEM Articles: meningitis
Displaying 1-4 of 4 results
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September
2011
13
5
Andrew Walkty, Burton Abbott, Janice Safneck, John M. Embil, Neil Swirsky
Carcinomatous meningitis is defined as leptomeningeal infiltration by malignant cells. A case of carcinomatous meningitis, originally diagnosed as viral meningitis, is presented here to highlight the importance of maintaining a broad differential diagnosis in patients with evidence of meningeal irritation. Clinical and laboratory clues that suggest a diagnosis of carcinomatous meningitis in a patient with meningeal irritation include the presence and type of underlying malignancy (more common with breast cancer, lung cancer, and melanoma), absence of fever, presence of radicular pain, evidence of both cranial and spinal involvement, consistent cerebrospinal fluid (CSF) findings (increased opening pressure, elevated protein concentration, decreased glucose, increased white cell count), and supportive neuroimaging. Diagnosis is based on positive CSF cytology results, which may require multiple lumbar puncture procedures to obtain. For patients with a known primary malignancy who present to the emergency department with symptoms and/or signs of meningeal irritation, carcinomatous meningitis should be included in the differential diagnosis.
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September
2008
10
5
James E. Colletti, Martin D. Klinkhammer
A child presenting with petechiae and fever is assumed to have meningococcemia or another form of bacterial sepsis and therefore to require antibiotics, blood cultures, cerebrospinal fluid analysis and hospital admission. A review of the literature challenges this statement and suggests that a child presenting with purpura (or petechiae), an ill appearance and delayed capillary refill time or hypotension should be admitted and treated for meningococcal disease without delay. Conversely, a child with a petechial rash, which is confined to the distribution of the superior vena cava, is unlikely to have meningococcal disease. Outpatient therapy in this context is appropriate. In other children, a reasonable approach would be to draw blood for culture and C-reactive protein (CRP) while administering antibiotics. If the CRP is normal, these children could be discharged to follow-up in 1 day, whereas children with CRP values greater than 6 mg/L would be admitted.
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September
2004
6
5
Ameer Mody, James A. Moynihan, Lance Brown, T. Kent Denmark, Tania Shaw, William A. Wittlake
Objective: Our objective was to describe clinically significant infections in a cohort of afebrile neonates who underwent an emergency department (ED) septic workup because of the history of a measured fever at home.
Methods: Retrospective medical record review of all infants
¾28 days of age who presented to our tertiary care pediatric ED between Jan. 1, 1999, and Aug. 22, 2002, underwent lumbar puncture in the ED, had a reported temperature at home of
>=38
°C, and an ED triage temperature of
<38
°C. Laboratory and radiographic results were tabulated.
Results: During the study period, 206 neonates underwent lumbar puncture in our ED. Of these, 108 were excluded because their home temperature was not documented, and 71 were excluded because they were still febrile on presentation to the ED. The study group consisted of the remaining 27 subjects, 4 of whom had received acetaminophen prior to ED arrival. Infections were confirmed in 10 (37%) subjects (3 urinary tract infections, 2 aseptic meningitis, 1 enterovirus meningitis, 1 respiratory syncytial virus bronchiolitis, 1 rotavirus enteritis and 2 pneumonias).
Conclusions: Clinically important infections are not uncommon among afebrile neonates undergoing ED septic workup because of a measured fever at home. Some diagnostic testing is warranted in this group, although the clinical utility and indications for specific test modalities remain unclear.
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November
2003
5
6
Anne Matlow, Dennis Scolnik, Lauren Linett, Ran D. Goldman
Objective: To determine the rate of bacterial meningitis among febrile infants in the emergency department (ED) who have pyuria detected in an initial catheterized urine specimen.
Methods: This retrospective chart review, conducted at the Hospital for Sick Children, Toronto, Ont., involved all children aged 0 to 3 months who presented to the ED with fever and pyuria (
>=10 white blood cells/mm3) over a 3-year period. Cerebrospinal fluid (CSF) was evaluated using standard methods, and the rate of meningitis in children with pyuria was determined.
Results: The study sample included 211 infants with fever and pyuria -- 79 of these under 1 month of age. Eighty-one percent (171/211) had positive urine cultures, and 143 underwent lumbar puncture to rule out meningitis. Of these, 140 CSF samples were culture negative and 3 grew coagulase negative Staphylococcus -- 2 because of contamination and 1 because of a ventriculo-peritoneal shunt infection. Both children with CSF contamination grew Escherichia coli in the urine. The rate of bacterial meningitis in the study sample was 0% (95% confidence interval, 0%-2.6%).
Conclusions: In this study of febrile children under 90 days of age with fever and pyuria, the incidence of concurrent meningitis was 0%. This suggests that recommendations for mandatory lumbar puncture in such children should be reconsidered. However, until larger prospective studies define a patient subset that does not require CSF analysis, it is prudent to rule out meningitis, administer parenteral antibiotics for urinary tract infection, and admit for close observation.
