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Query: UMLS:C0014118 (endocarditis)
 15,629 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Although cerebral angiography should be approached with caution in the diagnosis of inflammatory cerebro-vascular disease there are some characteristic angiographic findings which may be helpful for classification and differential diagnosis. The proximal cerebral arteries are favourably affected by basal meningitis and thrombangiitis obliterans with resulting stenoses and occlusions. Whereas those inflammations originating from neighbouring skull structures mostly involve the intracavernous parts of the carotid artery, the tuberculous and mycotic arteritis prefer the supraclinoid carotid siphon. Peripheral vascular changes are found in luetic endangiitis, necrotizing and toxic angiitis and in collagenoses. Simultaneous involvement of the temporal arteries is of great diagnostic importance demonstrating the systemic character of the inflammatory process; in Horton's arteritis it can be a pathognomonic finding. Infectious endocarditis, some mycoses and malaria may lead to embolic occlusion of cerebral vessels. Mycotic aneurysms mostly have a broad base or a fusiform shape and do not prefer the localizations of congenital aneurysms. Angiographically, abscesses, tuberculomas and viral encephalitis may result in circumscribed hypervascularized areas. The characteristic angiographic findings are exemplified and discussed on the basis of 8 cases of inflammatory cerebro-vascular disease (tuberculosis, pneumococcal and unspecific bacterial meningitis, syphilis, mycosis, Takayasu-syndrome, panarteritis nodosa, temporal arteritis).
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PMID:[Inflammatory cerebro-vascular disease: angiographic findings and distribution patterns (author's transl)]. 0 27

Gamma hemolytic streptococcal meningitis in a 17-year-old boy resulted in a severe purulent reaction and death. Review of the literature shows only one other case of a gamma hemolytic streptococcus as the cause of bacterial meningitis in the absence of endocarditis.
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PMID:Acute bacterial meningitis secondary to gamma hemolytic streptococcus. Case report and review of the literature. 103 88

Streptococcus salivarius is a normal inhabitant of the oral cavity. When isolated from blood cultures, this viridans streptococcus is often disregarded as a contaminant. Viridans streptococci, although a common cause of endocarditis, are rarely associated with bacterial meningitis and account for less than 1% of all cases of purulent meningitis. We report a case of bacteremia and meningitis due to S. salivarius that occurred in a patient who underwent upper gastrointestinal endoscopy and cauterization for control of gastric bleeding. Although bacteremia following gastrointestinal procedures has been well documented, its incidence is low (ranging from 2% to 10%), and its course is usually transient without major clinical sequelae. This case is unique with respect to the pathogen isolated, the length of bacteremia, and the meningitis that subsequently developed following a gastroesophageal procedure.
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PMID:Streptococcus salivarius bacteremia and meningitis following upper gastrointestinal endoscopy and cauterization for gastric bleeding. 157 92

Two hundred and seventy patients were studied during a 2 years period in Abbassia and Embaba fever hospitals. The duration of illness before admission was less than 20 days. Suggestive clinical symptoms and/or signs of each disease were stressed. Rapid laboratory investigations include slide typhoid agglutination test (98%) in enteric fevers, slide malta agglutination test (86%) in brucellosis, urine culture (100%) in urinary tract infection, gram stain of C.S.F. in bacterial meningitis (80%), encephalitis (0%) and meningeal irritation (0%), high vaginal swab culture (100%) in puerperal fevers, echocardiogram (100%) in infective endocarditis, high E.S.R. (100%) and positive C.R.P. (71%) and/or high A.S.O. (86%) in rheumatic fever, counterimmunoelectrophoresis (86%) in amoebic liver abscess, chest X-ray in pneumonia (100%), pulmonary tuberculosis (100%) and pleural effusion (100%), ultrasound of lymph nodes (100%) in tuberculous lymphadenitis. Erysipelas and tetanus were diagnosed on clinical grounds only.
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PMID:Rapid diagnosis of non-prolonged febrile illnesses necessitating fever hospital admission. 179 71

Many kinds of microorganisms can produce toxic septicemia in immunocompromised hosts. We are reporting alpha-hemolytic streptococcal septicemia and meningitis in two children with hematological malignancies. [Case 1] 6 year old girl who had been suffering from acute lymphocytic leukemia. She had sepsis and bacterial meningitis in maintenance-therapy for leukemia. Streptococcus sanguis was isolated from the blood and cerebrospinal fluid (CSF). [Case 2] 11 year old girl who had had malignant lymphoma (non-Hodgkin type). She also had sepsis and bacterial meningitis due to Streptococcus mitis which was isolated from blood and CSF in maintenance-therapy. Both cases had been treated with anti-cancer drugs and had severe granulocytopenia. Positive rate of blood cultures during the recent 6 years (1984.1-1989.12) at our department was 6.0% (total number of cultures were 2,019, positive cultures were 121). Strains of 131 bacteria were determined; Gram-positive cocci were 70 strains (53.4%) and Gram-negative rods were 52 strains (39.7%). Fifteen strains (11.5%) of alpha-hemolytic Streptococci were isolated during 6 years. One hundred thirteen cases of septicemia were analysed in medical charts and 12 cases of alpha-hemolytic streptococcal septicemia were observed (5 cases with infective endocarditis and 7 cases in immunocompromised states).
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PMID:[Alpha-hemolytic streptococcal septicemia and meningitis in immunocompromised children]. 191 21

Vascular diseases are multifactorial, and several risk factors, such as increasing age, male sex, hypertension, diabetes, dyslipidemias and smoking, are well-known. In recent studies, associations have also been found between preceding infections and development of myocardial or cerebral infarction. Preceding acute respiratory infections are reported to be more common in patients with myocardial or cerebral infarction. Cerebral infarction may follow infective endocarditis, bacterial meningitis or any other bacteremic infection. Oral infections are common chronic bacterial infections. Although oral infections are local, they may lead to systemic infectious complications via stransient bacteremias, and there may also be other systemic effects, for instance, via immunologic or toxic mechanisms. Association between oral infections and vascular diseases has been studied in 2 Finnish case-control studies concerning myocardial and cerebral infarction. In these case-control studies, it was found that oral infections were more common in patients with myocardial or cerebral infarction than in their age- and sex-matched community controls. There are many factors, such as diabetes, smoking and alcohol abuse, which may predispose to both development of infarction and oral infections. Therefore, the observed association between oral infections and vascular diseases may result from these common predisposing factors, and causality between them cannot be inferred. There are, however, several possible links between oral infections and infarction. Although causality between oral infections and infarction cannot be proven, patients who have poor oral health need health education, paying attention to those common risk factors of oral infections and vascular diseases. Furthermore, their oral infections should be treated, because they may predispose to infectious complications, which may lead to infarction.
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PMID:Vascular diseases and oral infections. 220 46

Screening tests have had a major role in the diagnostic microbiology laboratory during recent years. Many factors have contributed to the increased use of these methods. The primary factor is the need for rapid detection and identification of the etiologic agent in life-threatening infections, which include bacterial meningitis, infective endocarditis and septicemia, and pneumonia. Various direct screening methods are also available for eliminating negative specimens rapidly. These methods have had an impact on laboratory work flow and the outpatient population by eliminating the possibility of bacterial infections of the urinary, upper respiratory, and gastrointestinal tracts. Screening methods have also been applied to isolated colonies for the rapid differentiation and identification of certain groups of organisms. Finally, many of these screening methods have contributed to cost-savings for both the laboratory and the patient. In this era of prospective pricing, and until the entrance of biotechnology into the diagnostic microbiology laboratory, the microbiologist must rely upon these rapid, inexpensive screening procedures. The role of these screening tests in the diagnostic microbiology laboratory and their impact on patient care and cost are reviewed herein.
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PMID:Role of screening tests in rapid testing. 242 68

The occurrence of central nervous system (CNS) complications was studied retrospectively in 150 patients with bacteremia caused by Staphylococcus aureus, Streptococcus pneumoniae, beta-hemolytic streptococci or Escherichia coli. The incidence and clinical manifestations of different CNS complications were noted during 1 month after the bacteremia. Special attention was paid to vascular complications (infarction or hemorrhage), infections (meningitis or brain abscess) and mental changes when they were the only signs of CNS origin (lowered level of consciousness, confusion or delirium). The risk of cerebral infarction was elevated in the patients with bacteremia during the first month after the positive blood culture as compared with the overall risk of stroke in the general population. 10/150 patients (7%) developed cerebral infarction during that month. Two of these cases were associated with bacterial meningitis and 1 with endocarditis. Mental changes as a main symptom of CNS origin occurred in 27% of patients with bacteremia. Increasing patient age predisposed to this complication. Mental changes were not associated with any bacterial species studied. Altogether 40% of the patients developed CNS complications, which were a significant risk factor for death during the first month after the bacteremia.
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PMID:Central nervous system complications in patients with bacteremia. 266 96

Neisseria sicca has been reported to cause bacterial meningitis, endocarditis, pneumonia, and spondylitis. Surgical drainage from a Bartholin's gland abscess contained N. sicca in pure culture. Neisseria species recovered from cerebrospinal fluid and gynecologic specimens must be carefully examined to avoid misidentification as meningococci or gonococci.
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PMID:Bartholin's gland abscess caused by Neisseria sicca. 317 Jul 16

In an effort to ascertain important epidemiologic and prognostic risk factors, we analyzed 33 cases of Staphylococcus aureus meningitis occurring over an 8-year period (1976 to 1984). Staphylococcus aureus caused 6% of all bacterial meningitis at our University Hospital. Fifty percent of cases were pediatric and included 7 newborn infants, of whom 71% were either premature or had low birth weight. Major underlying diseases were: central nervous system (CNS) disorders (55%), endocarditis (21%, predominantly intravenous drug abusers), other sites of infection (27%), and prematurity (24%). Fifty-seven percent of patients were bacteremic and 41% of those had concomitant bacteriuria. Hypoglycorrhachia was present in 27% of cases, positive cerebrospinal fluid (CSF) Gram stain in 20%, disseminated intravascular coagulation (DIC) in 19%, and methicillin-resistant organisms in 18%. Cerebrospinal fluid cultures remained positive for a protracted period (mean, 6.7 days) regardless of the presence or absence of a CNS shunt. Overall mortality was 21%. Favorable outcomes were associated with the eventual presence of sterile CSF (15.4% vs. 100% mortality) and the removal of foreign bodies (10% vs. 67% mortality). Mortality was also associated (p less than 0.5) with the presence of diabetes mellitus, age greater than 60, obtundation or coma on presentation, bacteremia, or DIC. Cure correlated (p less than .05) with CNS shunt-associated infections, age less than 1, normal neurologic examinations on presentation, or the absence of DIC or bacteremia.(ABSTRACT TRUNCATED AT 250 WORDS)
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PMID:Staphylococcus aureus meningitis: a broad-based epidemiologic study. 382 85


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