Rat Interleukin 15,IL-15 ELISA KIT

1. study indicates that training, skeletal muscle phenotype, and metabolic status all influence the temporal pattern of post-exercise changes in IL-15 expression. PMID: 25522723
2. found that in diabetic rats, resistance training increased muscle and serum IL-15 levels PMID: 24006180
3. results suggested that IL-15-Akt signaling harbored the complex signals for muscle-T cell interaction, the regulatory networks have significant potential for the restriction on IL-1beta inflammatory signaling PMID: 23017227
4. IL-15 is related to organ dysfunction during severe acute pancreatitis, and it functions as a protective factor against the organ injuries. PMID: 20332642
5. The results of this study suggest that the IL-15 signal transduction pathway in neural cells is similar to that in immune cells. PMID: 19747902
6. IL-15 might antagonize some cytokine mediated cell death in islet cells. PMID: 12880684
7. IL-15 produced by metastatic colon carcinoma cells can induce hyperplasia in the mucosa adjacent to colon cancer, thus contributing to angiogenesis and progression of the disease PMID: 14581351
8. Cocultivation of lymphocytes with pancreatic stellate cells and IL-15 inhibited spontaneous lymphocyte apoptosis, and this effect was reduced by an anti-IL-15 antibody PMID: 16002563
9. the decrease of CORT secretion by IL-15 is in part because of (i) the decrease of adenylate cyclase activity and cAMP production and (ii) the inhibition of 3beta-hydroxysteroid dehydrogenase and 11beta-hydroxylase activities in rat ZFR cells. PMID: 16405651
10. Increases in IL-15 mRNA in response to atrophic stimuli may be an attempt to counteract muscle mass loss in skeletal muscles of old animals. PMID: 17135303
11. IL-15 might have an inhibitory effect on the physiologic vascular remodeling processes in closing the ductus arteriosus. PMID: 17667861
12. The changes observed in BAT suggest that IL-15 could be implicated in lipid consumption in this tissue by regulating lipid oxidation and probably thermogenesis, processes mediated by UCP1 and UCP3 and PPARdelta and PPARalpha. PMID: 18239634
13. Preservation of IL-15 signaling by calorie restriction may therefore represent a further mechanism contributing to the anti-aging effect of this dietary intervention in skeletal muscle PMID: 19396981

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KEGG: rno:25670

UniGene: Rn.2490