Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: UMLS:C0451641 (urolithiasis)
 3,973 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

A distribution rate of the leukocytic histocompatibility antigens of HLA loci, A, B, C and basic erythrocytic blood groups of the ABO system, rhesus, P, Duffy, Kell was investigated among people of Azerbaijani nationality suffering from the familial forms of urolithiasis. A practical value of the investigation is to directly use the obtained data during a prophylactic medical survey of population, specific therapeutic management and prognosis, detection of high risk groups and prenosologic diagnosis.
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PMID:[The immunogenetic associations in hereditary forms of urolithiasis]. 183 Apr 29

Frequencies of persons having particular HLA-A, -B, and -C antigens were compared for 113 urolithiasis clinic patients, a subset of 24 patients who had hypercalcuria , and 225 controls. The frequency of HLA- A30 was significantly elevated among the patients. A suggestion (S afwenberg et al. 1978) that HLA-B27 frequency is elevated among hypercalcuric patients with recurrent kidney stones was not confirmed.
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PMID:HLA and urolithiasis. 672 7

Phosphorus metabolic disturbances play a great role in the occurrence of urolithiasis. This study covered 150 patients with urolithiasis to establish correlations between the frequency of histocompatibility antigens and the increase in blood and urinary phosphorus levels. The HLA antigens were identified by the routine microlymphocytotoxic method involving a histotyping serum panel. The ABO antigens and rhesus were determined by the agglutination method by using reference sera. The study revealed specific distribution of histocompatibility antigens in urolithiasis patients with disturbed phosphorus metabolism. Hyperphosphatemia correlated with the higher frequency of HLA-B35 (chi 2 = 9.89) and E/E system rhesus (chi 2 = 8.63); hyperphosphaturia showed a negative association with the HLA-A28 antigens (chi 2 = 9.7), as well as with E/e (chi 2 = 14.69) and e/e (chi 2 = 39.36) and a positive association with HLA-B13 (chi 2 = 5.98) and B35 (chi 2 = 36.58). The highest relative risk for hyperphosphatemia associated with the B27 and B35 antigens was observed with genetic predisposition, being 3.63 and 7.13, respectively. B12- and B35-positive individuals were at higher risk for hyperphosphaturia up to 11.25. There were significant differences in antigen frequency, and sex, genetic predisposition to urolithiasis, association of phosphorus metabolic disturbances with other metabolic disorders, and their effects of parathyroid lesions, etc. The findings reveal the immunogenetically induced risk for the occurrence and development of urolithiasis with disturbed phosphorus metabolism to make goal-oriented prophylactic measures.
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PMID:[The characteristics of histocompatibility antigen distribution in urolithiasis patients with a phosphorus metabolic disorder]. 794 Nov 39