HLA Web Resource for SNPs, Populations, Resources, ADRs, Diseases

Select Categories

Show Entries
Search:
PMID Allele Disease Population Drug Names SNP Class Sentence
8315353 HLA-DR (HLA-DR) b cell leukemia NA NA NA negation
we investigated the differential expression of the hla-dqb gene, using b cell lines laz221 and laz388: laz221, derived from an early b cell leukemia, expresses hla-dr but not hla-dq: laz388, the autologous epstein-barr virus-transformed b cell line, expresses both dr and dq.
12697248 HUMAN LEUKOCYTE ANTIGEN (HUMAN LEUKOCYTE ANTIGEN) b cell leukemia NA hepatitis NA unclassified
furthermore, to evaluate the immune surveillance system and the susceptibility to apoptosis, immunohistochemical staining of human leukocyte antigen (hla)-dralpha, cathepsin d, b cell leukemia-2 (bcl-2), bcl-2-associated x protein (bax) and caspase 3 was also performed.
6969295 HLA (HLA) late onset disease NA NA NA negation
the abnormalities were particularly associated with late onset disease and female sex, but not with hla phenotype or autoantibody production.
12930852 HUMAN LEUKOCYTE ANTIGEN (HUMAN LEUKOCYTE ANTIGEN) late onset disease NA NA NA unclassified
extensions for medical purposes, such as to identify susceptibility genes, late onset disease, and human leukocyte antigen (hla) matching, are usually ethically acceptable.
34580437 HLA-DRB1*07 azathioprine NA hepatitis NA unclassified
NA
34580437 HLA-DRB1*03 azathioprine NA hepatitis NA unclassified
NA
34580437 HLA-DRB1*04 azathioprine NA hepatitis NA unclassified
NA
22389204 HLA-CLASS II (HLA CLASS II) immune disease NA NA NA unclassified
translational opportunities for immune disease monitoring are driving the rapid development of hla class ii tetramer use in clinical applications, together with innovations in tetramer production and epitope discovery.
3874036 HLA-A (HLA-A) iga nephropathies NA NA NA positive+negation
since non hla-a, b, c, dr phenotype was prevalent in patients who had defective fc-receptor function, whereas a significant correlation was found between fc-receptor impairment and levels of iga immune complexes, it appears likely that circulating blocking factors, possibly related to iga containing immune materials, may impair macrophage function in iga nephropathies.
3874036 HLA-DR (HLA-DR) iga nephropathies NA NA NA positive+negation
since non hla-a, b, c, dr phenotype was prevalent in patients who had defective fc-receptor function, whereas a significant correlation was found between fc-receptor impairment and levels of iga immune complexes, it appears likely that circulating blocking factors, possibly related to iga containing immune materials, may impair macrophage function in iga nephropathies.
CSIR logo Trisutra csir_logo

Copyright 2024