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Query: UMLS:C0085437 (bacterial meningitis)
 4,038 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Because of our experience with four cases of purulent pericarditis complicating bacterial meningitis during a 13-month period, we performed a prospective study to determine the frequency of this complication. Echocardiograms were done on 100 patients with bacterial meningitis. Small or moderate pericardial effusions were detected in 19 patients, but none had symptoms or signs related to the effusion. Pericardiocentesis was done in one infant; all the other effusions resolved spontaneously. Patients with effusion were significantly younger than those without this complication, but no other significant risk factors were identified. A literature survey indicated that symptomatic pericarditis occurs in fewer than 1% of patients with meningitis. Conversely, in series of cases of purulent pericarditis, associated meningitis was reported in 12% of patients. We concluded that pericardial infection is common in patients with meningitis but that it is usually of no clinical significance and resolves with antibiotic therapy.
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PMID:The frequency of pericardial effusions in bacterial meningitis. 44 Aug 99

Glucocorticosteroids are the most commonly used immunosuppressive agents. In the following review important mechanisms of action of glucocorticoids on the immunological network are summarized, the relationship between duration of therapy, daily dose and incidence of infections is analysed, and evidence is presented that in some infectious diseases glucocorticoids may even be beneficial. The association between corticosteroid therapy and subsequent infections was calculated by pooling the data from 73 controlled clinical trials (meta-analysis). The rate of infectious complications was not increased in patients given a daily dose of less than 10 mg or a cumulative dose of less than 700 mg prednisone. With increasing doses the occurrence rate of infectious complications increased in patients given corticosteroids as well as in patients given placebo, a finding which suggests that not only the corticosteroid but also the underlying disease state accounts for the steroid-associated infectious complications observed in clinical practice. To analyze the effect of glucocorticoids prescribed as adjuvants in patients with infectious diseases, an analysis of the controlled trials was performed. Some patients with pulmonary tuberculosis or constrictive pericarditis have a better outcome when they are given prednisone. On the other hand, there is no evidence that patients with septic shock or ARDS derive advantage from glucocorticoid therapy. At present there is controversy as to whether patients with bacterial meningitis should be treated with glucocorticosteroids. Patients with hepatitis B should not be treated with glucocorticoids, whereas elderly patients less frequently show postherpetic neuralgia when given glucocorticosteroids. Patients with cerebral malaria should not be given glucocorticosteroids. Aids patients with pneumocystis carinii pneumonia have a higher survival rate when treated with glucocorticosteroids than with placebo.
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PMID:[Glucocorticoids and infection]. 173 19

Haemophilus influenzae type b is a human bacterial pathogen that causes approximately 12,000 cases of H influenzae type b meningitis and 7500 cases of other forms of invasive disease annually in the United States. This organism is the leading cause of bacterial meningitis in the United States. The cause of meningitis can be established more accurately than that of other forms of invasive bacterial disease because the isolation of the bacterium from the cerebrospinal fluid or blood and/or the detection of bacterial antigen can correctly attribute the infection to a specific bacterial agent and dictate appropriate antimicrobial therapy. In children, more than 95% of all invasive diseases attributable to Haemophilus species, including septicemia, pneumonia, epiglottis, cellulitis, arthritis, osteomyelitis, and pericarditis, are due to H influenzae type b. It has been estimated that systemic disease caused by H influenzae type b occurs in approximately 1 in 200 children in the United States before the age of five. The case fatality rate for H influenzae type b meningitis is approximately 5%, and substantial morbidity has also been documented to result from central nervous system infection with this agent. Of surviving children reported in a 1969 paper, 40% had significant neurologic sequelae after meningitis. A more recent study demonstrated substantial neurologic improvement during the first few months after hospitalization, but at 1 year of age 8% of the children had neurologic or intellectual sequelae of their meningitis. Milder defects with an array of developmental problems have been reported in as many as one third to one half of all survivors.(ABSTRACT TRUNCATED AT 250 WORDS)
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PMID:Epidemiology of Haemophilus influenzae type b infections. 217 52

In a 9-month prospective study conducted in an urban emergency room, 15 children with rectal temperature greater than 41.1 degrees C (106 degrees F) were evaluated. Seven of the 15 patients were admitted to the hospital. Two children who were discharged home required subsequent admission, and six were managed on an ambulatory basis. Eight (53.3%) children had serious disease: two bacterial meningitis, two bacteremia without meningitis, two pneumonia, one pericarditis with effusion, and one Kawasaki disease. In four, the final diagnosis indicated a much more serious illness than was considered initially. The laboratory studies did not correlate reliably with the final diagnosis or need for admission. Children with a rectal temperature greater than 41.1 degrees C are at high risk for a life-threatening illness and should be evaluated for sepsis and meningitis.
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PMID:Association of temperature greater than 41.1 degrees C (106 degrees F) with serious illness. 396 27

Clinicians have generally avoided prescribing corticosteroids for active infection because of their known immunosuppressive effects and concern about long-term complications. We conducted a review of the published randomized, double-blind trials comparing corticosteroids and placebo in infections. Except in some trials of viral infections, sore throat, and cerebral cysticercosis, all patients also received active antimicrobial agents in addition to placebo or corticosteroids. For patients with bacterial meningitis, tuberculous meningitis, tuberculous pericarditis, severe typhoid fever, tetanus, or pneumocystis pneumonia with moderate to severe hypoxemia, treatment with corticosteroids improved patient survival (group 1 infections). For patients with bacterial arthritis, corticosteroids were also beneficial and reduced long-term disability (group 2 infections). For about a dozen other infections, corticosteroids significantly relieved symptoms (group 3 infections), and clinicians should consider using them if symptoms are substantial. Corticosteroids were harmful in 2 infections, viral hepatitis and cerebral malaria (group 5 infections). We conclude that corticosteroids are beneficial and safe for a wide variety of infections, although courses longer than 3 weeks should be withheld from patients with concomitant human immunodeficiency virus infection and low CD4 counts.
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PMID:Use of corticosteroids in treating infectious diseases. 1850 31

Three outbreaks of colibacillosis have occurred in chicks during the quarantine period after importation to Japan. All three were derived from three different countries without epidemiologic relevance. Some birds from each infected flock were examined pathologically and bacteriologically. The characteristic histologic finding common to all three cases was severe bacterial meningitis in the central nervous system. Pericarditis, perihepatitis, and omphalitis with bacterial colonies were also observed. The bacterial colonies observed histologically were immunohistochemically positive for Escherichia coli antigens. Escherichia coli was isolated from the organ samples from each outbreak. At least two E. coli isolates were serotyped as O18 and O161, which differed from the popular serotypes in Japan. These results suggest that avian pathogenic E. coli of uncommon serotypes can be imported from outside countries by infected chicks. Colibacillosis should be included in the differential diagnosis when meningitis is histologically observed in chicks.
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PMID:Three Cases of Escherichia coli Meningitis in Chicks Imported to Japan. 2830 Dec 30

Neisseria meningitidis is a well-recognized cause of bacterial meningitis. Although less common, N. meningitidis can also involve extra-meningeal sites, including the pericardium. The frequency of such extra-meningeal clinical manifestations differs depending on N. meningitidis serogroup. N. meningitidis serogroups C and W135 have been reportedly associated with extra-meningeal meningococcal disease more frequently including pericarditis. In general, meningococcal pericarditis is categorized into three etiologies; primary meningococcal disease, secondary disease due to disseminated meningococcemia, and reactive form as an immunologic complication. Importantly, meningococcal pericarditis can cause massive pericardial effusion with cardiac tamponade that can lead to cardiogenic shock. We report a case of pericarditis due to N. meningitidis serogroup W135 secondary to disseminated meningococcal disease.
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PMID:Pericarditis due to Neisseria meningitidis serogroup W135. 2994 49