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α cd209  (R&D Systems)


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    Structured Review

    R&D Systems α cd209
    Fig. 5 Characterization of markers for ES-phagocytic macrophages. A Gating strategy for evaluating cell surface protein expression on phagocytic versus non-phagocytic macrophages. In-vitro phagocytosis assay was carried out incubating A673 cells (Non- or DOX- or MAG- or D&M-treated) labeled with CMFDA (detected by FITC channel) and M-CSF Mφ. Cells were harvested and stained with APC-CD11b and PE-CD38 antibodies followed by flow cytometry analysis. The viable cells were plotted in FITC (CMFDA) x APC view to visualize cell populations in the in-vitro phagocytosis assay. A gate was drawn to include cells that were FITC positive and APC positive as the phagocytic macrophage population, and another gate was drawn to include cells that were FITC- APC + as the non-phagocytic macrophage population. The FITC + APC + and FITC- APC + cells were then plotted separately in a PE x APC view to visualize expression of CD38 in both cell populations. A quat gate was drawn to visualize APC + PE + as the CD38 + and APC + PE- as the CD38- macrophages. B Comparison of percent of CD14, CD38, CD163, CD206 or <t>CD209</t> positive and negative cells in the phagocytic and non-phagocytic macrophages incubated with non- or DOX- or MAG- or D&M-treated A673 cells. Macrophages alone (no A673) served as a control. *p < 0.05, **p < 0.01, ***p < 0.001 (Fisher’s Exact test). Shown are results in a representative experiment. The same trend was seen in three independent biological repeats
    α Cd209, supplied by R&D Systems, used in various techniques. Bioz Stars score: 92/100, based on 18 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/pe+conjugated+anti+cd209+dc+sign/Human+DC-SIGN%2FCD209+PE-conjugated+Antibody/pm38992659-78-38-39
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    Images

    1) Product Images from "Combinatorial macrophage induced innate immunotherapy against Ewing sarcoma: Turning "Two Keys" simultaneously."

    Article Title: Combinatorial macrophage induced innate immunotherapy against Ewing sarcoma: Turning "Two Keys" simultaneously.

    Journal: Journal of experimental & clinical cancer research : CR

    doi: 10.1186/s13046-024-03093-w

    Fig. 5 Characterization of markers for ES-phagocytic macrophages. A Gating strategy for evaluating cell surface protein expression on phagocytic versus non-phagocytic macrophages. In-vitro phagocytosis assay was carried out incubating A673 cells (Non- or DOX- or MAG- or D&M-treated) labeled with CMFDA (detected by FITC channel) and M-CSF Mφ. Cells were harvested and stained with APC-CD11b and PE-CD38 antibodies followed by flow cytometry analysis. The viable cells were plotted in FITC (CMFDA) x APC view to visualize cell populations in the in-vitro phagocytosis assay. A gate was drawn to include cells that were FITC positive and APC positive as the phagocytic macrophage population, and another gate was drawn to include cells that were FITC- APC + as the non-phagocytic macrophage population. The FITC + APC + and FITC- APC + cells were then plotted separately in a PE x APC view to visualize expression of CD38 in both cell populations. A quat gate was drawn to visualize APC + PE + as the CD38 + and APC + PE- as the CD38- macrophages. B Comparison of percent of CD14, CD38, CD163, CD206 or CD209 positive and negative cells in the phagocytic and non-phagocytic macrophages incubated with non- or DOX- or MAG- or D&M-treated A673 cells. Macrophages alone (no A673) served as a control. *p < 0.05, **p < 0.01, ***p < 0.001 (Fisher’s Exact test). Shown are results in a representative experiment. The same trend was seen in three independent biological repeats
    Figure Legend Snippet: Fig. 5 Characterization of markers for ES-phagocytic macrophages. A Gating strategy for evaluating cell surface protein expression on phagocytic versus non-phagocytic macrophages. In-vitro phagocytosis assay was carried out incubating A673 cells (Non- or DOX- or MAG- or D&M-treated) labeled with CMFDA (detected by FITC channel) and M-CSF Mφ. Cells were harvested and stained with APC-CD11b and PE-CD38 antibodies followed by flow cytometry analysis. The viable cells were plotted in FITC (CMFDA) x APC view to visualize cell populations in the in-vitro phagocytosis assay. A gate was drawn to include cells that were FITC positive and APC positive as the phagocytic macrophage population, and another gate was drawn to include cells that were FITC- APC + as the non-phagocytic macrophage population. The FITC + APC + and FITC- APC + cells were then plotted separately in a PE x APC view to visualize expression of CD38 in both cell populations. A quat gate was drawn to visualize APC + PE + as the CD38 + and APC + PE- as the CD38- macrophages. B Comparison of percent of CD14, CD38, CD163, CD206 or CD209 positive and negative cells in the phagocytic and non-phagocytic macrophages incubated with non- or DOX- or MAG- or D&M-treated A673 cells. Macrophages alone (no A673) served as a control. *p < 0.05, **p < 0.01, ***p < 0.001 (Fisher’s Exact test). Shown are results in a representative experiment. The same trend was seen in three independent biological repeats

    Techniques Used: Expressing, In Vitro, Phagocytosis Assay, Labeling, Staining, Flow Cytometry, Comparison, Incubation, Control

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    Article Snippet: Exposure of human skin to solar ultraviolet (UV) light induces local and systemic immune suppression.. It is known that alterations of immune functions of Langerhans cells (LCs) and dermal dendritic cells (DDCs) mediate this phenomenon.. The purpose of this study was to mimic in vitro the early UV-induced skin disruption to better understand the involvement of the skin micro-environment in triggering this immunosuppressive state.



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    Fig. 5 Characterization of markers for ES-phagocytic macrophages. A Gating strategy for evaluating cell surface protein expression on phagocytic versus non-phagocytic macrophages. In-vitro phagocytosis assay was carried out incubating A673 cells (Non- or DOX- or MAG- or D&M-treated) labeled with CMFDA (detected by FITC channel) and M-CSF Mφ. Cells were harvested and stained with APC-CD11b and PE-CD38 antibodies followed by flow cytometry analysis. The viable cells were plotted in FITC (CMFDA) x APC view to visualize cell populations in the in-vitro phagocytosis assay. A gate was drawn to include cells that were FITC positive and APC positive as the phagocytic macrophage population, and another gate was drawn to include cells that were FITC- APC + as the non-phagocytic macrophage population. The FITC + APC + and FITC- APC + cells were then plotted separately in a PE x APC view to visualize expression of CD38 in both cell populations. A quat gate was drawn to visualize APC + PE + as the CD38 + and APC + PE- as the CD38- macrophages. B Comparison of percent of CD14, CD38, CD163, CD206 or <t>CD209</t> positive and negative cells in the phagocytic and non-phagocytic macrophages incubated with non- or DOX- or MAG- or D&M-treated A673 cells. Macrophages alone (no A673) served as a control. *p < 0.05, **p < 0.01, ***p < 0.001 (Fisher’s Exact test). Shown are results in a representative experiment. The same trend was seen in three independent biological repeats
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    Fig. 5 Characterization of markers for ES-phagocytic macrophages. A Gating strategy for evaluating cell surface protein expression on phagocytic versus non-phagocytic macrophages. In-vitro phagocytosis assay was carried out incubating A673 cells (Non- or DOX- or MAG- or D&M-treated) labeled with CMFDA (detected by FITC channel) and M-CSF Mφ. Cells were harvested and stained with APC-CD11b and PE-CD38 antibodies followed by flow cytometry analysis. The viable cells were plotted in FITC (CMFDA) x APC view to visualize cell populations in the in-vitro phagocytosis assay. A gate was drawn to include cells that were FITC positive and APC positive as the phagocytic macrophage population, and another gate was drawn to include cells that were FITC- APC + as the non-phagocytic macrophage population. The FITC + APC + and FITC- APC + cells were then plotted separately in a PE x APC view to visualize expression of CD38 in both cell populations. A quat gate was drawn to visualize APC + PE + as the CD38 + and APC + PE- as the CD38- macrophages. B Comparison of percent of CD14, CD38, CD163, CD206 or <t>CD209</t> positive and negative cells in the phagocytic and non-phagocytic macrophages incubated with non- or DOX- or MAG- or D&M-treated A673 cells. Macrophages alone (no A673) served as a control. *p < 0.05, **p < 0.01, ***p < 0.001 (Fisher’s Exact test). Shown are results in a representative experiment. The same trend was seen in three independent biological repeats
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    Fig. 5 Characterization of markers for ES-phagocytic macrophages. A Gating strategy for evaluating cell surface protein expression on phagocytic versus non-phagocytic macrophages. In-vitro phagocytosis assay was carried out incubating A673 cells (Non- or DOX- or MAG- or D&M-treated) labeled with CMFDA (detected by FITC channel) and M-CSF Mφ. Cells were harvested and stained with APC-CD11b and PE-CD38 antibodies followed by flow cytometry analysis. The viable cells were plotted in FITC (CMFDA) x APC view to visualize cell populations in the in-vitro phagocytosis assay. A gate was drawn to include cells that were FITC positive and APC positive as the phagocytic macrophage population, and another gate was drawn to include cells that were FITC- APC + as the non-phagocytic macrophage population. The FITC + APC + and FITC- APC + cells were then plotted separately in a PE x APC view to visualize expression of CD38 in both cell populations. A quat gate was drawn to visualize APC + PE + as the CD38 + and APC + PE- as the CD38- macrophages. B Comparison of percent of CD14, CD38, CD163, CD206 or <t>CD209</t> positive and negative cells in the phagocytic and non-phagocytic macrophages incubated with non- or DOX- or MAG- or D&M-treated A673 cells. Macrophages alone (no A673) served as a control. *p < 0.05, **p < 0.01, ***p < 0.001 (Fisher’s Exact test). Shown are results in a representative experiment. The same trend was seen in three independent biological repeats
    Aml Blast, supplied by R&D Systems, used in various techniques. Bioz Stars score: 92/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    Fig. 5 Characterization of markers for ES-phagocytic macrophages. A Gating strategy for evaluating cell surface protein expression on phagocytic versus non-phagocytic macrophages. In-vitro phagocytosis assay was carried out incubating A673 cells (Non- or DOX- or MAG- or D&M-treated) labeled with CMFDA (detected by FITC channel) and M-CSF Mφ. Cells were harvested and stained with APC-CD11b and PE-CD38 antibodies followed by flow cytometry analysis. The viable cells were plotted in FITC (CMFDA) x APC view to visualize cell populations in the in-vitro phagocytosis assay. A gate was drawn to include cells that were FITC positive and APC positive as the phagocytic macrophage population, and another gate was drawn to include cells that were FITC- APC + as the non-phagocytic macrophage population. The FITC + APC + and FITC- APC + cells were then plotted separately in a PE x APC view to visualize expression of CD38 in both cell populations. A quat gate was drawn to visualize APC + PE + as the CD38 + and APC + PE- as the CD38- macrophages. B Comparison of percent of CD14, CD38, CD163, CD206 or <t>CD209</t> positive and negative cells in the phagocytic and non-phagocytic macrophages incubated with non- or DOX- or MAG- or D&M-treated A673 cells. Macrophages alone (no A673) served as a control. *p < 0.05, **p < 0.01, ***p < 0.001 (Fisher’s Exact test). Shown are results in a representative experiment. The same trend was seen in three independent biological repeats
    Anti Human Dc Sign R D Systems Cat, supplied by R&D Systems, used in various techniques. Bioz Stars score: 92/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    Fig. 5 Characterization of markers for ES-phagocytic macrophages. A Gating strategy for evaluating cell surface protein expression on phagocytic versus non-phagocytic macrophages. In-vitro phagocytosis assay was carried out incubating A673 cells (Non- or DOX- or MAG- or D&M-treated) labeled with CMFDA (detected by FITC channel) and M-CSF Mφ. Cells were harvested and stained with APC-CD11b and PE-CD38 antibodies followed by flow cytometry analysis. The viable cells were plotted in FITC (CMFDA) x APC view to visualize cell populations in the in-vitro phagocytosis assay. A gate was drawn to include cells that were FITC positive and APC positive as the phagocytic macrophage population, and another gate was drawn to include cells that were FITC- APC + as the non-phagocytic macrophage population. The FITC + APC + and FITC- APC + cells were then plotted separately in a PE x APC view to visualize expression of CD38 in both cell populations. A quat gate was drawn to visualize APC + PE + as the CD38 + and APC + PE- as the CD38- macrophages. B Comparison of percent of CD14, CD38, CD163, CD206 or <t>CD209</t> positive and negative cells in the phagocytic and non-phagocytic macrophages incubated with non- or DOX- or MAG- or D&M-treated A673 cells. Macrophages alone (no A673) served as a control. *p < 0.05, **p < 0.01, ***p < 0.001 (Fisher’s Exact test). Shown are results in a representative experiment. The same trend was seen in three independent biological repeats
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    Fig. 5 Characterization of markers for ES-phagocytic macrophages. A Gating strategy for evaluating cell surface protein expression on phagocytic versus non-phagocytic macrophages. In-vitro phagocytosis assay was carried out incubating A673 cells (Non- or DOX- or MAG- or D&M-treated) labeled with CMFDA (detected by FITC channel) and M-CSF Mφ. Cells were harvested and stained with APC-CD11b and PE-CD38 antibodies followed by flow cytometry analysis. The viable cells were plotted in FITC (CMFDA) x APC view to visualize cell populations in the in-vitro phagocytosis assay. A gate was drawn to include cells that were FITC positive and APC positive as the phagocytic macrophage population, and another gate was drawn to include cells that were FITC- APC + as the non-phagocytic macrophage population. The FITC + APC + and FITC- APC + cells were then plotted separately in a PE x APC view to visualize expression of CD38 in both cell populations. A quat gate was drawn to visualize APC + PE + as the CD38 + and APC + PE- as the CD38- macrophages. B Comparison of percent of CD14, CD38, CD163, CD206 or <t>CD209</t> positive and negative cells in the phagocytic and non-phagocytic macrophages incubated with non- or DOX- or MAG- or D&M-treated A673 cells. Macrophages alone (no A673) served as a control. *p < 0.05, **p < 0.01, ***p < 0.001 (Fisher’s Exact test). Shown are results in a representative experiment. The same trend was seen in three independent biological repeats
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    Fig. 5 Characterization of markers for ES-phagocytic macrophages. A Gating strategy for evaluating cell surface protein expression on phagocytic versus non-phagocytic macrophages. In-vitro phagocytosis assay was carried out incubating A673 cells (Non- or DOX- or MAG- or D&M-treated) labeled with CMFDA (detected by FITC channel) and M-CSF Mφ. Cells were harvested and stained with APC-CD11b and PE-CD38 antibodies followed by flow cytometry analysis. The viable cells were plotted in FITC (CMFDA) x APC view to visualize cell populations in the in-vitro phagocytosis assay. A gate was drawn to include cells that were FITC positive and APC positive as the phagocytic macrophage population, and another gate was drawn to include cells that were FITC- APC + as the non-phagocytic macrophage population. The FITC + APC + and FITC- APC + cells were then plotted separately in a PE x APC view to visualize expression of CD38 in both cell populations. A quat gate was drawn to visualize APC + PE + as the CD38 + and APC + PE- as the CD38- macrophages. B Comparison of percent of CD14, CD38, CD163, CD206 or <t>CD209</t> positive and negative cells in the phagocytic and non-phagocytic macrophages incubated with non- or DOX- or MAG- or D&M-treated A673 cells. Macrophages alone (no A673) served as a control. *p < 0.05, **p < 0.01, ***p < 0.001 (Fisher’s Exact test). Shown are results in a representative experiment. The same trend was seen in three independent biological repeats
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    Fig. 5 Characterization of markers for ES-phagocytic macrophages. A Gating strategy for evaluating cell surface protein expression on phagocytic versus non-phagocytic macrophages. In-vitro phagocytosis assay was carried out incubating A673 cells (Non- or DOX- or MAG- or D&M-treated) labeled with CMFDA (detected by FITC channel) and M-CSF Mφ. Cells were harvested and stained with APC-CD11b and PE-CD38 antibodies followed by flow cytometry analysis. The viable cells were plotted in FITC (CMFDA) x APC view to visualize cell populations in the in-vitro phagocytosis assay. A gate was drawn to include cells that were FITC positive and APC positive as the phagocytic macrophage population, and another gate was drawn to include cells that were FITC- APC + as the non-phagocytic macrophage population. The FITC + APC + and FITC- APC + cells were then plotted separately in a PE x APC view to visualize expression of CD38 in both cell populations. A quat gate was drawn to visualize APC + PE + as the CD38 + and APC + PE- as the CD38- macrophages. B Comparison of percent of CD14, CD38, CD163, CD206 or CD209 positive and negative cells in the phagocytic and non-phagocytic macrophages incubated with non- or DOX- or MAG- or D&M-treated A673 cells. Macrophages alone (no A673) served as a control. *p < 0.05, **p < 0.01, ***p < 0.001 (Fisher’s Exact test). Shown are results in a representative experiment. The same trend was seen in three independent biological repeats

    Journal: Journal of experimental & clinical cancer research : CR

    Article Title: Combinatorial macrophage induced innate immunotherapy against Ewing sarcoma: Turning "Two Keys" simultaneously.

    doi: 10.1186/s13046-024-03093-w

    Figure Lengend Snippet: Fig. 5 Characterization of markers for ES-phagocytic macrophages. A Gating strategy for evaluating cell surface protein expression on phagocytic versus non-phagocytic macrophages. In-vitro phagocytosis assay was carried out incubating A673 cells (Non- or DOX- or MAG- or D&M-treated) labeled with CMFDA (detected by FITC channel) and M-CSF Mφ. Cells were harvested and stained with APC-CD11b and PE-CD38 antibodies followed by flow cytometry analysis. The viable cells were plotted in FITC (CMFDA) x APC view to visualize cell populations in the in-vitro phagocytosis assay. A gate was drawn to include cells that were FITC positive and APC positive as the phagocytic macrophage population, and another gate was drawn to include cells that were FITC- APC + as the non-phagocytic macrophage population. The FITC + APC + and FITC- APC + cells were then plotted separately in a PE x APC view to visualize expression of CD38 in both cell populations. A quat gate was drawn to visualize APC + PE + as the CD38 + and APC + PE- as the CD38- macrophages. B Comparison of percent of CD14, CD38, CD163, CD206 or CD209 positive and negative cells in the phagocytic and non-phagocytic macrophages incubated with non- or DOX- or MAG- or D&M-treated A673 cells. Macrophages alone (no A673) served as a control. *p < 0.05, **p < 0.01, ***p < 0.001 (Fisher’s Exact test). Shown are results in a representative experiment. The same trend was seen in three independent biological repeats

    Article Snippet: Antibodies used include α-CD47 (B6H12, ThermoFisher Scientific, 11–0479-42), α-Calreticulin (ThermoFisher Scientific, PA3-900), α-CD11b (Miltenyi Biotec, 130–110-554), α-CD14 (R&D Systems, FAB3832P-025), α-CD38 (R&D Systems, FAB2404P), α-CD68 (BioLegend, 333,819), α-CD80 (BioLegend, 305,220), α-CD163 (R&D Systems, FAB1607P-025), α-CD206 (R&D Systems, FAB25342P), α-CD209 (R&D Systems, FAB161P-025), Alexa Fluor 488 donkey α-rabbit IgG (Invitrogen, A21206).

    Techniques: Expressing, In Vitro, Phagocytosis Assay, Labeling, Staining, Flow Cytometry, Comparison, Incubation, Control