Figures & data
Figure 1. Mammary tumor-activated γδ T cells educate immunosuppressive neutrophils to advance metastasis. IL1β released into the circulation by mammary tumors activates γδ T cells to produce IL17. An unknown cell type responds to IL17 by upregulating G-CSF, causing neutrophil expansion and polarization toward an immunosuppressive phenotype. Through an iNOS-dependent mechanism, neutrophils dampen CD8+ T cell killer functions so that disseminated cancer cells are protected from attack.
![Figure 1. Mammary tumor-activated γδ T cells educate immunosuppressive neutrophils to advance metastasis. IL1β released into the circulation by mammary tumors activates γδ T cells to produce IL17. An unknown cell type responds to IL17 by upregulating G-CSF, causing neutrophil expansion and polarization toward an immunosuppressive phenotype. Through an iNOS-dependent mechanism, neutrophils dampen CD8+ T cell killer functions so that disseminated cancer cells are protected from attack.](/cms/asset/b2efe84a-7425-489d-80d0-c112e1cbbdfb/koni_a_1075694_f0001_oc.gif)