Supplementary Figure 4: The T cell and myeloid compartments are unaltered in the absence of Ly6G-tdTomato+ cells during recovery from EAE. | Nature Immunology

Supplementary Figure 4: The T cell and myeloid compartments are unaltered in the absence of Ly6G-tdTomato+ cells during recovery from EAE.

From: Myeloid-derived suppressor cells control B cell accumulation in the central nervous system during autoimmunity

Supplementary Figure 4

a, Total cell count of CD45+ cells, CD4+ T cells, Ly6G-tdTomato+ cells, CD45hiCD11bhiLy6G monocytes and CD45dimCD11bhi microglia, purified from the spinal cord of Ly6gCre/WT mice at early EAE recovery (day 21) treated with control antibody (rat IgG2a, clone 2A3, n = 5) or anti-Ly6G (Ly6G Ab, clone 1A8, n = 5) starting on day 12 after immunization; for gating see s. b, Cell counts of immune cell subsets purified from the spinal cord of Ly6gCre/WT mice at early EAE recovery (day 21) treated with 200 μg kg–1 G-CSF (n = 5) or 5% glucose (control, n = 5) i.p. every other day, starting on day 12 after immunization; for gating see d. c, Analysis of cytokine production by intracellular cytokine staining in CD4+ T cells purified from spinal cord of Ly6gCre/WT mice treated with control antibody (rat IgG2a, n = 4) or anti-Ly6G (Ly6G Ab, n = 4) at early EAE recovery (day 23) and stimulated ex vivo with PMA/ionomycin. Symbols depict mean ± s.d. of biological replicates; Mann-Whitney U-test; **P < 0.01 (a–c). d, Gating strategy to identify different cell subsets purified from spinal cord of Ly6gCre/WT mice at early EAE recovery (day 21); representative plot of >30 mice, gate on analyzed single cells.

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