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Query: UMLS:C0011849 (diabetes)
277,896 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

The discovery of many associations between HLA and human diseases has emphasized the biologic importance of the main histocompatibility system in man. The recent findings from specific immune response genes (Ir locus) mapping within the H2 region of the mouse have led to systematic study of the similar D locus mapping within the HLA region in man. In this study the frequency of a number of HLA-D antigens has been determined in normal individuals and in patients with four diseases selected in view of their genetic background: juvenile diabetes, multiple sclerosis, grass pollinosis and acute leukemia. In each a significant association has been found with a specific HLA-D antigen: DW3 in juvenile diabetes and grass pollinosis, DW2 in multiple sclerosis, and DW7 in acute lymphoblastic leukemia.
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PMID:[HL-A D antigens from B-lymphocytes and susceptibility to certain diseases]. 30 74

In a preliminary study of twenty-three patients with gonadal dysgenesis (Turner's syndrome) and their families, correlation was sought between their serum defined HLA allele frequencies and their known tendencies toward abnormal immune responses and diabetes mellitus, since individuals with the latter disorders have been shown to have an increased frequency of certain HLA types. We were unable to demonstrate an association between these major serum-defined histocompatibility antigens, immune homeostasis disturbances and sex chromosome aneuploidy in this group. It is felt, however, that testing involving the patterns of HLA-D and "HLA-D related" antigen frequencies should be obtained to further evaluate the possibility of such an association.
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PMID:HLA frequencies, diabetes mellitus and autoimmunity in Turner's patients and their relatives. 31 55

Cold non-HLA lymphocyte cytotoxins were found to be principally reactive against B lymphocytes. These antibodies were studied in 1335 patients with a wide range of diseases such as systemic lupus erythematosus (SLE), rheumatoid arthritis (RA), scleroderma, Hashimoto's disease, asthma, diabetes, lymphoma, psoriasis, leukemia, multiple sclerosis, and also in healthy donors. Antibodies reactive to B lymphocytes in the cold or warm test conditions were not directed against HLA specificities. Since B lymphocytes differ from T lymphocytes principally in that they have surface immunoglobulin, it is postulated that at least one target antigen of cold lymphocyte cytotoxins is not a virus, infectious agent, or a genetically determined structural antigen, but, rather, simply immunoglobulin.
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PMID:Non-HLA lymphocyte cytotoxins in various diseases. 31 13

From June, 1970, to January, 1975, 399 first transplants were performed at the University of Minnesota. Of these 399, 52 had performed antibodies against HLA antigens. When the results of transplantation to these recipients were compared with the results of transplantation to a recipient group matched for age, sex, presence of diabetes, time of transplant, and donor type, no differences were observed. Similarly, no differences were observed when either group of transplant recipients were compared with all first transplant recipients during this period of time. When the results were controlled for diabetes, related or cadaver donation, or degree of presensitization, no differences were observed. Four patients developed hyperacute rejection during this period of time. All four were found to have antibodies to the donor on retrospective analysis utilizing the most sensitive antiglobulin technique. In addition, 65 donor:recipient pairs negative by standard National Institutes of Health and cross-matching techniques proved to have positive prospective cross-matches utilizing the new antiglobulin technique. The correlation between the presence of anti-HL-A antibodies and negative antidonor cross-match and early kidney loss cannot be confirmed at a single institution. The results suggest that a highly sensitive antiglobulin cross-matching technique utilizing sera drawn just prior to the scheduled transplant and cross-matching utilizing the sera bearing the greatest number of anti-HL-A antibodies will eliminate correlation between anti-HL-A antibodies and early graft rejection in the presence of a negative cross-match.
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PMID:Host presensitization and renal allograft success at a single institution: First transplants. 31 48

One hundred fifteen consecutive patients received first transplants from cadaver donors at the University of Minnesota between January 1, 1968, and May 31, 1973. All patients have been followed for at least two years. The two-year survival rate is 70 per cent and the two-year transplant function rate is 58 per cent. Considerable improvement in both patient survival and transplant function has been noted since 1971. The success of transplantation appears to depend to a large degree on the age of the transplant recipient, the number of HLA antigens matched between donor and recipient, and the dose of antilymphoblast globulin (ALG) administered to the recipient during the first two weeks after transplantation. Each of these factors appears to be important even when the other factors are controlled, and when patients with diabetes, suffering technical failure or hyperacute rejection, are excluded. The results utilizing well-matched cadaver kidneys plus large doses of ALG appear to be equivalent to those obtained with the use of mismatched kidneys from relatives, but further analysis will be required to draw a definite conclusion. Patients receiving poorly-matched cadaver kidneys do far less well than patients receiving mismatched related grafts, however, even when ALG is utilized.
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PMID:115 patients with first cadaver kidney transplants followed two to seven and a half years. A multifactorial analysis. 31 63

In a study of 972 patients with diabetes mellitus, humoral pancreatic islet-cell antibodies (I.C.Ab.) were detected in highest prevalence in insulin-treated diabetics with (38 per cent) and without (22 per cent) associated overt organ-specific autoimmune disease (A.I.D.) where consideration was not given to the duration of diabetes. They were also detected in 8 per cent of diabetics treated with oral hypoglycemic agents (O.H.A.), but not in diabetics requiring diet alone and in only 0.5 per cent of 434 control subjects. Six per cent of 522 patients with overt organ-specific A.I.D. but not diagnosed to be diabetic had I.C.Ab.s. I.C.Ab.s were present in the sera of 2 per cent of 157 first-degree relatives of I.C.Ab.-positive subjects. In insulin-treated diabetics and, to a lesser extent, in diabetics not requiring insulin, the prevalence of humoral I.C.Ab. was strongly dependent of the duration of the diabetes, being 60 per cent during the first year from diagnosis in the insulin-treated group and falling to 20 per cent at two to five years and to 5 per cent at 10-20 years. The prevalence of I.C.Ab. in insulin-treated diabetics showed no correlation with the patient's age at the time of testing when the duration of diabetes was taken into account. Diabetics who did not require insulin for treatment but who were I.C.Ab.-positive showed a significant tendency to subsequently require insulin and to have a higher prevalence of other autoantibodies than insulin-independent diabetics who were I.C.Ab.-negative. Persistence of I.C.Ab. for more than five years from diagnosis of diabetes was associated with coexistent overt organ-specific A.I.D. and with HLA-B8, A1, and A1 + B8.
Diabetes 1977 Feb
PMID:Pancreatic islet-cell antibodies in diabetes mellitus correlated with the duration and type of diabetes, coexistent autoimmune disease, and HLA type. 32 73

Pathologists have confirmed the specific nature of the insulitis lesion in diabetes requiring insulin. Data from genetic studies implicate both genetic and environmental influences as important in the appearance of overt disease. Certain HLA histocompatibility antigens are associated with insulin-dependent diabetes and have been interpreted as markers for closely linked immune response genes, a situation that may lead to beta cell susceptibility to viral injury or to uncontrolled beta cell autoaggression following beta cell damage. There is much circumstantial evidence that viruses may precipitate the disease (coxsackie) or may precede the disease onset by a long interval (mumps, rubella). However, susceptibility to virus, if it exists in human insulin-requiring diabetes, would appear on clinical grounds to be localized to the pancreas. Autoimmune phenomena are common in insulin-requiring diabetes, and there is both human and animal evidence that suggest that cell-mediated immunity may have a central pathogenic role. The recent explosion of new findings should lead to a clearer understanding of the nature of the disease, and this knowledge will hopefully lend itself to the prevention or arrest of the disease through immunological intervention, vaccination programs, or other means yet to be discovered.
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PMID:Viral and immunological bases of beta cell failure in insulin-dependent diabetes. 33

Evidence that autoimmune mechanisms may provide a possible explanation for the occurrence of some types of diabetes mellitus has included the clinical association of diabetes with other autoimmune conditions and the serologic demonstration of organ-specific antibodies. This article reports the case of a patient with systemic lupus erythematosus accompanied by diabetes and the presence of antibodies to pancreatic islet cells. This represents further evidence that autoimmune activity may play a role in the etiology of diabetes mellitus, which is especially interesting in light of recent HLA antigen studies that show a possible genetic link between the two diseases.
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PMID:Diabetes mellitus, islet-cell antibodies, and HLA-B8 in a patient with systemic lupus erythematosus. 33 81

Some decades ago, animal experiments have shown that inbred mice with completely identical genetic characteristics accept transplants between each other without any problem while transplants between individuals of genetically different strains are being rejected after a few days. It was also proven later that with men, genetical factors are responsible for acceptance or rejection of homologous transplants. These genetic factors, although they are called the HLA system, are located on the sixth chromosome. Methods were developed to determine the inherited HLA antigens with the help of antibodies present in the blood serum of pregnant women. The determination is of great importance in preparing transplants organ, especially of kidneys, because chances of successful transplantation are the greater, the better the correspondence of HLA antigens between donor and recipient. Furthermore, there exists growing indication that HLA antigens are coupled or even partly identical with the immune response gene products. These determine whether an individual is more or less suited to develop an immunity against bacterial or viral infections. Finally, there subsist associations of certain HLA antigens and diseases such as gluten enteropathy, myasthenia gravis, multiple sclerosis, diabetes mellitus and many others.
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PMID:[Immunologic HLA-typing. A tool for selection of recipients in transplantation and for detection of disposition to certain diseases (author's transl)]. 33 72

Insulin-dependent diabetes mellitus, in contrast to non-insulin-dependent diabetes mellitus, is associated with HLA factors B8, BW15, and B18. Recent studies have shown the association to be even stronger with HLA, DW3, and DW4 and have produced evidence for the existence of two "diabetogenic" genes predisposing to insulin-dependent diabetes in different ways. Evidence to suggest the existence of a gene--associated with DW2--that protects against the disease is accumulating. Islet cell antibodies are a feature of insulin-dependent diabetes mellitus and can be seen, in most cases, at the time of diagnosis.
Diabetes 1978
PMID:HLA, islet cell antibodies, and types of diabetes mellitus. 34 16


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