Journal article

Differential responsiveness of innate-like IL-17- and IFN-γ- producing γδ T cells to homeostatic cytokines

TM Corpuz, J Stolp, HO Kim, GV Pinget, DHD Gray, JH Cho, J Sprent, KE Webster

Journal of Immunology | Published : 2016

Abstract

γδ T cells respond to molecules upregulated following infection or cellular stress using both TCR and non-TCR molecules. The importance of innate signals versus TCR ligation varies greatly. Both innate-like IL-17-producing γδ T (γδT-17) and IFN-g- producing γδ T (γδT-IFNg) subsets tune the sensitivity of their TCR following thymic development, allowing robust responses to inflammatory cytokines in the periphery. The remaining conventional γδ T cells retain high TCR responsiveness. We determined homeostatic mechanisms that govern these various subsets in the peripheral lymphoid tissues. We found that, although innate-like γδT-17 and γδT-IFNg cells share elements of thymic development, they di..

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University of Melbourne Researchers

Grants

Awarded by National Health and Medical Research Council (Australia)


Awarded by Institute for Basic Science (Republic of Korea)


Awarded by National Health and Medical Research Council of Australia


Funding Acknowledgements

This work was supported by National Health and Medical Research Council (Australia) Grants 1045647 and 1045630 (to K. E. W.), 1011388 (to J.- H. C.), 1016953 (to J. Sprent), and 1078763 and 1049724 (to D. H. D. G.); National Health and Medical Research Council (Australia) Fellowship 1078243 (to J. Sprent) and Career Development Fellowship-2 (to D. H. D. G.); and the Institute for Basic Science (Republic of Korea) Grant IBS-R005-G1 (to J.-H.C.).