Figure S1. Gating strategy used during FACS analysis to identify the analyzed leukocytes subsets. Immune cells were gated according to size and granularity defined in the forward (FSC) and side light scatter (SSC) plot. Cell populations were further characterized based on their live/dead appearance and CD45 expression pattern. The neutrophil granulocytes were distinguished from macrophages by being CD45+, F4/80â, and Ly6G+ (Gr1 surface expression level). (TIF 1234 kb
Characterization of surface markers on M0, M1-, and M2-polarized macrophages derived from peripheral...
Effect of TLR or cytokine stimulation on surface marker expression in M1 versus M2 macrophages deriv...
Figure S1. Flow cytometry analysis of BALF samples. For the gating strategy, lymphocytes were distin...
Gating strategy for the identification of respiratory leukocyte subsets. Respiratory leukocytes were...
Table S1. Table showing the most differentially expressed genes in isolated macrophages from lungs o...
Percentages of leukocytes in BALF, mLN and spleen of the C. neoformans–infected mice. Cells were sta...
Table S1. Specifications of primary antibodies. Table S2. Primers used for q-PCR. Figure S1. Pulmona...
Supplementary Material 1:Fig. S1. Quality control and annotation of mouse lung CD45+cells, related t...
Cell influx, albumin levels, and LDH release in BAL fluids of NE−/− and WT mice in response to P. ae...
Figure S1. Immunohistochemistry for immune cells and vascular endothelial cells in lung metastases o...
Production of IL-17A by different innate cells after C. neoformans infection. IL-17A–EGFP reporter m...
Flow cytometry gating strategy for cell identification in lung digests from cPLA2α+/+ (WT) and cPLA2...
Additional file 1: Supplemetary methods and Figure S1. Characteristics of MSCs; Figure S2. Quality c...
TSG-6 expression in resident and recruited mouse alveolar macrophages. Resident and recruited mouse ...
Figure S1. Profiling of immune cells in mouse lung tumor microenvironment: Top: Gating strategy for ...
Characterization of surface markers on M0, M1-, and M2-polarized macrophages derived from peripheral...
Effect of TLR or cytokine stimulation on surface marker expression in M1 versus M2 macrophages deriv...
Figure S1. Flow cytometry analysis of BALF samples. For the gating strategy, lymphocytes were distin...
Gating strategy for the identification of respiratory leukocyte subsets. Respiratory leukocytes were...
Table S1. Table showing the most differentially expressed genes in isolated macrophages from lungs o...
Percentages of leukocytes in BALF, mLN and spleen of the C. neoformans–infected mice. Cells were sta...
Table S1. Specifications of primary antibodies. Table S2. Primers used for q-PCR. Figure S1. Pulmona...
Supplementary Material 1:Fig. S1. Quality control and annotation of mouse lung CD45+cells, related t...
Cell influx, albumin levels, and LDH release in BAL fluids of NE−/− and WT mice in response to P. ae...
Figure S1. Immunohistochemistry for immune cells and vascular endothelial cells in lung metastases o...
Production of IL-17A by different innate cells after C. neoformans infection. IL-17A–EGFP reporter m...
Flow cytometry gating strategy for cell identification in lung digests from cPLA2α+/+ (WT) and cPLA2...
Additional file 1: Supplemetary methods and Figure S1. Characteristics of MSCs; Figure S2. Quality c...
TSG-6 expression in resident and recruited mouse alveolar macrophages. Resident and recruited mouse ...
Figure S1. Profiling of immune cells in mouse lung tumor microenvironment: Top: Gating strategy for ...
Characterization of surface markers on M0, M1-, and M2-polarized macrophages derived from peripheral...
Effect of TLR or cytokine stimulation on surface marker expression in M1 versus M2 macrophages deriv...
Figure S1. Flow cytometry analysis of BALF samples. For the gating strategy, lymphocytes were distin...