Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: UMLS:C0242429 (sore throat)
 2,760 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

In Lagos 12 755 schoolchildren aged between six and 12 years were screened for evidence of rheumatic heart disease and showed a prevalence rate of 0.03%. Group C (27.7%) and group G (47.3%) predominated in the throat and in cases of pharyngitis, while group A predominated on the skin. Two hundred and sixty-six cases of pharyngitis were recorded, 70 (26.4%) were positive for beta-haemolytic streptococci. Half of the cases of streptococci while 28.2% and 21.1% were caused by groups C and G respectively. A diversity of serotypes of group A streptococci, which included types 49 and 55, and C and G streptococci were isolated from impetiginous skin lesions. The main point of interest is the association of group C and G streptococci with sore throat and skin infections. The pathogenicity of C and G in such circumstances merits further investigation. The present study also showed that prophylactic benzathine penicillin (Penadur) given to patients with rheumatic heart disease or rheumatic fever had been effective with no recurrent attack of acute rheumatic fever.
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PMID:An epidemiological study of rheumatic fever and rheumatic heart disease in Lagos. 26 91

This I.C.M.R. study was conducted in 74 villages of Chiraigaon block, Varanasi, U.P., during the period March 1983 and December 1986. Before and after health education awareness survey about sore throat, rheumatic fever and rheumatic heart disease was carried out by interviewing 315 persons by stratified random sampling. The study shows that there is significant increase in the knowledge about most of the symptoms, causes, consequences and preventive measures of sore throat, rheumatic fever and rheumatic heart disease. This paper highlights the importance of health education as a vital component of rheumatic heart disease control programme.
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PMID:Awareness about sore-throat, rheumatic fever and rheumatic heart disease in a rural community. 130 91

We report on 4 patients with rheumatic fever hospitalized and investigated in our clinics within a 12 month period between 1990 and 1991. In each case a clinically non-severe sore throat preceded the outbreak of rheumatic fever. In three cases diagnosis was according to the revised Jones criteria. Polyarthritis was the only major symptom in these cases. One patient suffered from monarthritis. Minor symptoms were fever, arthralgia, elevated blood sedimentation rates and elevated values for CRP and for antistreptolysin O. The joint symptoms were treated with nonsteroidal drugs and subsided. One of the patients had a recurrence 9 months after the first attack even though correct secondary prophylaxis with a 4-weekly intramuscular regimen of 1.2 million units of benzathine penicillin was carried out. We discuss some epidemiological aspects and diagnostic difficulties resulting from a changing clinical pattern of the disease, and emphasize the need for streptococcal sore throat treatment and continuous secondary prophylaxis to prevent recurrences.
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PMID:[Rheumatic fever. Its current status based on 4 cases]. 156 18

Conditional logistic regression analysis of case-control study data showed that the following factors were significantly related to rheumatic fever occurrence: home dampness, change of place of residence during the last 5 years, low education of mother, body weight below normal, frequent sore throat and positive family history of rheumatic fever.
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PMID:Influence of socio-economic and other factors on rheumatic fever occurrence. 178 67

Sore throats are most commonly due to infections, many of which are viral and do not require specific treatment. Symptoms and signs of the common cold, influenza or croup, the occurrence of conjunctivitis in some adenoviral infections, generalised lymphadenopathy and splenomegaly in glandular fever or the presence of vesicles characteristic of herpangina (Coxsackie A virus) or of herpes simplex infection, occasionally enable a clinical diagnosis and avoid the need for antibiotic therapy. In the case of treatable conditions a typical membrane may suggest diphtheria, a scarlatiniform rash infection due to Streptococcus pyogenes or to Corynebacterium haemolyticum, and a cherry-red epiglottis Haemophilus influenzae type b. Associated atypical pneumonia suggests infection with Mycoplasma pneumoniae or Chlamydia pneumoniae. Pharyngitis due to Neisseria gonorrhoeae may be accompanied by infection at other sites or by other sexually transmitted diseases. Candidal infection, in the appropriate clinical circumstance, should suggest HIV infection. Surgical drainage is required in the case of peritonsillar or retropharyngeal abscess. Noninfectious cases of sore throat, e.g. thyroiditis, are relatively uncommon considerations in the differential diagnosis of acute febrile pharyngitis. The most common problem is to recognise streptococcal pharyngitis, which requires antibiotic treatment for 10 days to avoid the risk of rheumatic fever.
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PMID:The sore throat. When to investigate and when to prescribe. 207

One hundred consecutive cases of 'first attack' of acute rheumatic fever were studied. There were 52 males and 48 females, constituting 1.12% of total hospital admissions. Nearly 10% of children were below the age of 5 years, stressing the early onset of rheumatic fever in tropics. Only 47% gave a definite history of overcrowding at home. Sore throat was present in 67%, overt arthritis in 66%, carditis in 57%, arthralgia alone in 22% of which 45.45% had carditis. Small joint involvement was noticed in 23% of cases of which 73.91% had carditis. Only 33.33% had congestive cardiac failure. Ten per cent of children had chorea, while subcutaneous nodules were seen in 4% of cases, all of whom had associated carditis. Erythrocyte sedimentation rate (ESR) showed good correlation with clinical profile. Throat cultures were positive for beta hemolytic streptococci only in 12% of cases. Anti-streptolysin 'O' (ASO) titre showed significant titres on 68% of cases, anti-deoxyribonuclease "B" (ADN-B) in 69.32%, antibody to group A carbohydrate (ACHO) in 70.65%. ASO, ADN-B, and ACHO titres together gave 87.5% positivity while estimations in paired sera showed ASO 79.54%, ADN-B 82.27% and ASO, ADN-B together 99.92% significant titres. Study of blood groups showed A group children to be more vulnerable to rheumatic fever (37.5%) and rheumatic carditis (47.37%). Mortality in the present study was nil.
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PMID:The first attack of acute rheumatic fever in childhood--clinical and laboratory profile. 235 45

One hundred and fourty-eight rheumatic fever patients and 444 controls matched by age, sex and place of residence, were interviewed about socio-economic and some other variables. Socio-economic factors recognized as risk factors for rheumatic fever (flat dampness, more than 2 persons per room, sleeping in bed with other person, low education of mother and undernourishment) were of lesser importance for persons with frequent sore throat in comparison to persons without frequent sore throat. According to the results obtained it seems that there is positive connection between host's propensity to clinical manifestation of throat infection and manifestation of rheumatic fever. The lesser susceptibility the more additional factors are needed for Rheumatic Fever to occur. The relative importance of socio-economic factors in rheumatic fever occurrence depends on host's susceptibility to infection.
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PMID:Socio-economic factors and rheumatic fever occurrence. Differences between patients with and without frequent sore throat. 262 54

Two young men with streptococcal tonsillitis had acute myopericarditis mimicking myocardial infarction. Subsequently, 264 consecutive army conscripts hospitalized with a fever and sore throat underwent throat cultures. Group A streptococci were found in 84 patients. When these patients were systematically screened by serial electrocardiography for myocarditis, one case of probable asymptomatic myocarditis was diagnosed. None had signs of acute rheumatic fever. All three patients received penicillin therapy when the signs of myocarditis appeared. Their recovery was good.
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PMID:Streptococcal tonsillitis and acute nonrheumatic myopericarditis. 264 89

Antibodies to group A streptococcal polysaccharide were estimated in the following groups of patients: (I) Patients with uncomplicated streptococcal pharyngitis: 10 patients, followed up for 3 months. (II) Patients with acute rheumatic fever: 8 patients with first attack followed up for one year. (III) Patients with reactivated rheumatic heart disease: 10 patients, followed up for one year. (IV) Patients with chronic rheumatic heart disease: followed up for one year. (V) normal controls without any history of sore throat/fever/vaccination/rheumatic disease: 10 patients followed up for one year. Group (I) patients did not show any significant elevation in anticarbohydrate antibodies by both ELISA and RIA. In the case of (III) and (IV), antibody levels were significantly higher as compared to group (V) and remained so till one year of follow up. In group (II) patients there was no significant rise in antibody levels. There was a good correlation between the ELISA and RIA used to detect the antibody levels. These findings suggest that the use of ELISA to detect anticarbohydrate antibody can be of help in diagnosing cases of rheumatic heart disease (both acute and chronic RHD).
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PMID:Enzyme immunoassay (ELISA) for the detection of anticarbohydrate antibodies in rheumatic fever and rheumatic heart disease. 268 29

Sore throat can be caused by different microorganisms and diseases. Most cases of acute pharyngitis are caused by group A streptococcus or viruses; however, uncommon organisms may be suggested by other clinical information or the persistence of symptoms. A thorough history and physical examination are essential for the appropriate selection of diagnostic tests for sore throat. Routine testing for the uncomplicated case should consist of a pharyngeal culture in most patients, with rapid streptococcal antigen testing only for the more severe cases. Those with positive streptococcal tests should be treated to prevent rheumatic fever and mitigate symptoms in severe cases. Sore throat caused by viruses usually resolves spontaneously. Cases that persist should be thoroughly re-evaluated, with alternative causes being considered. Acute epiglottitis is a medical emergency and requires treatment with appropriate antibiotics for Hemophilus influenzae type b and intubation.
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PMID:The sore throat. Pharyngitis and epiglottitis. 307 5


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