IL5RA Antibody

1. Increased activation of B-cells is present following successful Tuberculosis treatment, and the expression of FASLG and IL5RA could potentially be utilized as a signature to monitor treatment response. PMID:27682872
2. Interleukin-5Ralpha-targeted treatments offer promises to patients with eosinophilic respiratory disorders; review PMID:26859368
3. This is the first study to show significant associations between IL5RA SNP rs17881144, the ATTAGA haplotype, the GTAGCA haplotype, and the GCTGCA haplotype and eczema. PMID:25523412
4. This is the first study to show significant associations between IL5RA SNP rs6771148, the ACTAGA haplotype, and the GTAGCA haplotype and the risk of rhinoconjunctivitis. PMID:24332579
5. The MDR analysis showed a potential interaction of C1GALT1-330G/T (rs1008898) and IL5RA31+197A/G (rs340833) on the susceptibility of IgAN (P<0.001). Gene-gene interaction may have some influence on the susceptibility to IgA nephropathy. PMID:23190752
6. These findings suggest that a functional polymorphism in IL5RA may contribute to eosinophil and mast cell activation along with specific IgE responses to staphylococcal enterotoxin A in aspirin-exacerbated respiratory disease patients. PMID:23470716
7. we determined the structure of IL-5 bound to the extracellular domain of IL-5Ralpha. PMID:22153509
8. IL-5Ralpha expression on eosinophils inversely correlated with eosinophilia and was significantly elevated in patients with systemic mastocytosis without eosinophilia PMID:21762978
9. Study of engineered deglycosylated IL-5 receptor alpha variant proves that unique carbohydrate groups in multiglycosylated receptors can be utilized asymmetrically for function. PMID:21770429
10. Polymorphisms in IL5RA, LPL, ITGA2 and NOS3 genes were independently associated with ischemic stroke in Chinese diabetic population. PMID:21193198
11. Increased serum level precedes the development of eczema in children PMID:20735756
12. findings indicate that retinoids can differentially regulate expression of IL-5Ralpha and that these effects have functional consequences in vitro on eosinophil and basophil differentiation PMID:11842302
13. findings are consistent with an airway tissue-selective expression of the IL-5 receptor that mediates IL-5-induced airway hyperresponsiveness independent of eosinophils PMID:11897983
14. expression of membrane IL-5Ralpha on bronchoalveolar lavage eosinophils following airway Ag challenge PMID:12444154
15. expression of membrane IL-5 receptor alpha on human eosinophils PMID:12444155
16. IL-5 receptor expression in cultured human eosinophils is downregulated by its ligand PMID:12943658
17. Our findings suggest that polymorphisms in IL5RA might be among the genetic risk factors for asthma development, especially in atopic populations. PMID:16217591
18. These data argue that the charged residues of AF17121 are utilized asymmetrically in the pathway of inhibitor-receptor complex formation to deactivate the receptor function PMID:16430207
19. These data establish a critical role for JAK kinases and the Ub/proteasome degradation pathway in IL-5R down-regulation. PMID:17227823
20. In chronic eosinophilic leukemia, there was a non-significant association between a SNP at rs4054760 and eosinophil count & IL5RA expression. There was no association with FIP1L1-PDGFRA positivity. PMID:17914408
21. The genetic association between CCR3 polymorphisms and the number of circulating eosinophils was revealed;it was more pronounced when the CCR3 polymorphisms were paired with polymorphisms in IL5RA. PMID:17983872
22. variants of IL5RA and TNFRSF6B may predispose to sporadic IgA nephropathy PMID:18256354
23. IL-5-induced effects on betac assembly in the presence of nontagged IL-5Ralpha provide direct evidence that IL-5 can cause higher order rearrangements of betac homo-oligomers PMID:18326494
24. IL-5Rs segregate and traffic into two distinct plasma membrane compartments, and establish that IL-5R endocytosis regulates signaling both positively and negatively. PMID:18511572
25. The expression of SOL-IL-5Ralpha and TM-IL-5Ralpha differs according to the eosinophil activation state and localization in the body (blood vs tissue) and may therefore be involved in the fine-tuning of the eosinophil homeostasis. PMID:19170670
26. Syntenin forms complexes with multiple IL-5Ralpha chains PMID:19654410

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HGNC: 6017

UNIGENE: Hs.68876

KEGG: hsa:3568

STRING: 9606.ENSP00000256452

OMIM: 147851