Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: UMLS:C0033687 (proteinuria)
 24,015 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

HLA-DR alleles of 255 healthy northern Chinese donors and 30 IgA nephropathy (IgAN) patients were determined by using a set of 30 different sequence specific oligonucleotide (SSO) probes directed to various DRB alleles. We found that SSO typing gave high gene frequencies for the alleles DR2, DR7 and DR 9 in the northern Chinese Han donors, while we obtained significantly high gene frequency for DRw12 in IgAN, especially in those with massive proteinuria and recurrent gross hematuria, indicating that those who have DRw12 may form a high risk population of IgAN.
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PMID:[HLA-DR gene frequencies in IgA nephropathy patients obtained by oligonucleotide genotyping]. 132 46

Typing for antigens HLA-A,B,C and DR was performed on 165 rheumatoid arthritis patients (14 black, 151 white) who had received gold therapy to determine the relationship between HLA antigens and gold dermatitis, stomatitis, thrombocytopenia, and proteinuria. Dermatitis and stomatitis occurred in both black and white patients. Thrombocytopenia and proteinuria occurred only among the white patients studied. The absence of thrombocytopenia and proteinuria among the black patients was not statistically significant. Antigen HLA-DR7 was uncommon among black and white subjects with dermatitis (0 of 6 blacks, 4 of 48 whites), but this decrease in frequency was not statistically significant. Antigen HLA-DR3 was an important risk factor for thrombocytopenia (relative risk = 11.8, P = .0043) and proteinuria (RR = 5.8, P = .032). These results are consistent with previous studies of HLA-DR3 and gold toxicity. The only black patient with stomatitis possessed the A1B8DR3 phenotype. Future studies should examine whether the same HLA antigen confers risk of different gold toxicities in different racial groups, and whether there are HLA antigens that provide a protective effect.
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PMID:Immunogenetic and racial determinants of gold toxicity in rheumatoid arthritis. 297 88

One hundred and forty-one patients with rheumatoid arthritis treated with aurothiopropanol sulphonate or D-penicillamine, or both were examined for HLA antigens to investigate the genetic influence on the occurrence of different adverse reactions during therapy. All 13 patients possessing HLA-DR3 had toxic reactions. The relative risk for DR3 positives of developing skin eruptions or proteinuria was calculated to be 10.5 times and seven times respectively that of DR3 negatives. The incidence of DR7 antigen in 94 patients with toxic reactions was significantly decreased (11% compared with 28% in controls) suggesting a protective role for this antigen.
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PMID:HLA antigens and toxic reactions to sodium aurothiopropanol sulphonate and D-penicillamine in patients with rheumatoid arthritis. 387 81

One hundred and thirty-two patients with rheumatoid arthritis treated with gold have been studied for possible associations between HLA DR antigens and different adverse reactions occurring during such therapy. Patients possessing HLA DR3 had a significantly greater frequency of side effects than patients lacking this antigen. It was particularly noticed that DR3 positive patients on gold treatment had an 11 times higher risk of getting proteinuria than those without DR3. The lowest frequency of side effects was seen in DR7 positives. No significant differences between the DR antigen groups with respect to skin eruptions, liver reactions, or leucopenia were evident.
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PMID:HLA DR antigens and gold toxicity. 640 93

The aetiology and pathogenesis of focal glomerulosclerosis is poorly understood and many conflicting reports suggest HLA locus associations in both familial and non-familial glomerulosclerosis. We report a family in which 4 of 5 sisters developed proteinuria, 2 with hypertension and 1 progressing to end-stage renal failure (index case). Three underwent renal biopsy which displayed characteristic features of focal glomerulosclerosis and all shared the HLA alleles HLA-A1, B8, DR3, DR7. The index case received two cadaveric renal transplants from HLA-A1, B8, DR3 donors and developed chronic rejection with no histological evidence of recurrent glomerulonephritis in either kidney. The frequency of this haplotype in the Australian dialysis and transplant population with focal glomerulosclerosis was compared to that seen in the general Australian Caucasian population and was not significantly different suggesting that the presence of the HLA alleles HLA-A1, B8, DR3, DR7 may increase the predisposition to familial glomerulosclerosis but additional factors are required for disease development and progression.
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PMID:Familial focal glomerulosclerosis: a genetic linkage to the HLA locus? 750 47

We describe a pair of 17-year-old identical twin brothers with asymptomatic proteinuria, one of whom showed focal segmental glomerulosclerosis (FSGS) while the other showed immunoglobulin M (IgM) nephropathy. For each twin, audiological examination was normal. There was no family history of renal failure, deafness, or hematuria. HLA typing revealed an identical phenotype consisting of A25, A33, B44, B54, Cw1, Cw7, DR7 and DRB1. There is still controversy about whether minimal change disease, IgM nephropathy, and FSGS are discrete entities or different aspects of the same disease. The coexistence of IgM nephropathy and FSGS in identical twins suggests that the same genetic factors may be involved in the development of both diseases. However, although the brothers are identical twins, they had different eating habits and body weight. The twin who preferred to eat a protein-rich diet and who was heavier developed early proteinuria and manifested FSGS on renal biopsy. The discordant evolution of asymptomatic proteinuria in identical twins may provide a clue for the existence of environmental factors on the progression from IgM nephropathy to FSGS. Therefore, this report provides indirect support for the hypothesis that IgM nephropathy and FSGS represent different aspects in the spectrum of a single disease.
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PMID:Discordant evolution of asymptomatic proteinuria in identical twins. 1036 10

Focal segmental glomerulosclerosis represents a finding in several renal disorders, characterized by proteinuria and sometimes by arterial hypertension and progressive decline in renal function. There are primary (idiopathic and familial) and secundary forms. In the last 20 years several familial cases has been reported, with a great genetic heterogeneity (dominant and recessive forms) and with multiple associations with particular MHC class-I and class-II gene loci, being Al, DR3 o DR7 the most frequently reported. We described three members of same family with focal segmental hyalinosis that shared the HLA haplotype A31 B61 DR13. This association has not been described previously. We highlight that genetic and acquired factors (obesity, hypertension...) could have importance in the development of progressive renal failure in these patients.
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PMID:[Familial focal and segmentary hyalinosis]. 1277 84

Despite consented efforts in prevention, mycotoxins remain a problem of human health concern in several parts of the world including developed countries. Within the same range of toxins concentrations in the blood some people develop a disease while others do not. Could this inequality in front of mycotoxins effects be explained by environment factors and/or genetic predisposition? Among recent advances in environmental health research Correlation between chronic diseases and mycotoxins in humans deserves attention through several questions: Are genetic factors involved in disease causation of mycotoxins? How much are these factors currently taken into account for mycotoxins risk assessment and how much should we involve them? Answers are still to come. Genetic and environment factors deserve therefore more attention when dealing with regulatory limits, since among the general population, those who are at risk and will develop specific diseases are likely those bearing genetic predispositions. We have addressed these questions for the specific case of ochratoxin A in humans by investigating in Tunisia, county of Jelma, in four rural families forming a household of 21 persons all exposed to ochratoxin A in diet. Our results confirm that ochratoxin A induces chronic tubular nephropathy in humans and mainly point at those having the HLA haplotype A3, B27/35, DR7 to be more sensitive to the disease for quantitatively similar or lower exposure. Persons with such haplotype were found to bear chronic interstitial nephropathy with tubular karyomegalic cells while others were apparently healthy. Godin et al. (1996) in France have also found in sibling (a sister and her brother from urban area) that have similar HLA haplotype B35-patern, OTA-related renal tubulopathy with mild proteinuria including beta2-microglobulinuria. Several mechanisms are discussed that could be put ahead to explain how the HLA haplotype could lead to tubular cells lyses and renal failure. In the mean time it is urgent to search for mass screening biomarkers for mycotoxins in humans and related genetic factors to set-up more appropriate regulation.
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PMID:How much should we involve genetic and environmental factors in the risk assessment of mycotoxins in humans? 1670 17