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3 protocols using cd45 percp 30f11

1

Flow Cytometry Analysis of Immune Cell Populations

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BMNC. PECs, lymph or splenic cells were washed in FACS buffer, blocked for 10 min in Fc block and incubated with various conjugated antibodies. To determine antigen specific T cells: CD3-FITC, OTI-CD8-dsRed, MHC I-Ova dextramer-APC (Immudex, Denmark and Tetramer core facility NIH, Bethesda, MD); to determine T cell activation: CD3-PerCp (145-2C11), CD4-PECy7(RM4-5), CD8-FITC (53-6.7), CD44-PE (IM-7), CD62L-APC (MEL-14); to determine monocyte populations: CD11c-APCCy7 (N418), CD11b-FITC (M1/70), Ly6C-PE (AL-21), Ly6G-APC (RB6-8C5), MHCII-PECy7 (M5/114.15.2), and CD45-PerCp (30F11), (eBioscience, San Diego, CA). Cells were analyzed using a BD FACSCanto II flowcytometer (BD Biosciences, San Jose, CA) and FlowJo analysis software v.8.7.3 (Treestar Software, Ashland, OR). Cell populations were determined by gating on CD4+, CD8+, (T cells) CD45hi/CD11b+ (macrophages) and CD45int/CD11b+ (microglia) Ly6CintLy6G+, (neutrophils) Ly6C+Ly6G, (inflammatory monocytes) from a live cell gate (gating strategy as depicted in Supplementary Figs. 5, 7).
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2

Isolation and Analysis of Tumor Myeloid Cells

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Single cells from tumours were isolated as described previously32 (link). Briefly, tumours were digested with 300 μg ml−1 collagenase and 100 μg ml−1 hyaluronidase (Stemcell Vancouver, BC, Canada), 0.25% trypsin (Mediatech, Corning, NY) and 0.1 mg ml−1 DNase I (Worthington, Lakewood, NJ), filtered through 40-μm mesh and resuspended in HBSS with 2% FCS. Single cells were then stained with antibodies including the following: anti-mouse CD11c-Pac Blue (N418; 2.5 μg ml; Biolegend, San Diego, CA), anti-mouse F4/80-PE (BM8; 2 μg ml−1), CD11b-FITC (M1/70; 2.5 μg ml−1), CD45-PerCP (30-F11; 2 μg ml−1), Ly6G-APC (1A8; 2.5 μg ml−1) and Ly6C-PE-Cy7 (HK1.4; 2 μg ml−1; Ebiosciences, CA). Cells were sorted with flow cytometry using an LSR II flow cytometer (BD Biosciences, Franklin Lakes, NJ) or an Accuri C6 flow cytometer (BD Biosciences). Analysis of flow cytometry data was done using FlowJo. CD11b+ myeloid cells were purified using CD11b-positive selection kit (STEMCELL). Some other antibodies include the following: CASP1 p10 (M20, 1 μg ml−1) antibody (Santa Cruz Biotechnology, Santa Cruz, CA); CASP1 antibody (14F468, 1 μg ml−1, Genetex, Irvine, CA); M2 Flag antibody (Sigma-Aldrich, St Louis, MO, 0.5 μg ml−1); Casp11 antibody (17D9, 1 μg ml−1, Novus Biologicals, Littleton, CO); Phos-JNK (G-7, 1 μg ml−1) and JNK (D-2, 1 μg ml−1) from Cell Signaling Technologies (Danvers, MA).
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Hematopoietic Reconstitution Analysis

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After in vivo imaging experiment, HSCT mouse models were assessed for hematopoietic reconstitution derived from transferred donor HSPCs at 4, 8, and 12 weeks post‐transplantation by FACS analysis.53 Peripheral blood cells collected in EDTA coated tubes from mouse mandibular vein were stained after RBC lysis at 4°C for 30–40 minutes with following antibodies: CD19‐FITC (1D3, 11–0193‐81, eBioscience) for B lymphocytes, CD3e‐PE‐Cy7 (145‐2C11, 25–0031‐81, eBioscience) for T lymphocytes, Gr1‐APC (RB6‐8C5, 17–5931‐81, eBioscience) for granulocytes, and CD45‐PerCP (30‐F11, 45–0451‐80, eBioscience) for pan‐leukocytes. Stained cells were analyzed by flow cytometry to determine reconstitution efficiency of donor cells as shown in Figure S1. Data were analyzed with FACS DiVa software (BD Biosciences).
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