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anti cd88 apc  (Miltenyi Biotec)


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    Structured Review

    Miltenyi Biotec anti cd88 apc
    Anti Cd88 Apc, supplied by Miltenyi Biotec, used in various techniques. Bioz Stars score: 93/100, based on 24 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/anti cd88 apc/product/Miltenyi Biotec
    Average 93 stars, based on 24 article reviews
    anti cd88 apc - by Bioz Stars, 2026-06
    93/100 stars

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    Bio-Rad anti human cd88
    Gating strategy for flow cytometry phenotype analysis of CVL cells (A) Filter the CVL cell solution in a FACS 5 ml polystyrene round-bottom tube with cell-strainer cap. (B) After centrifugation, the cells pellet is visible. (C) After incubating the cells with the Ab mix, add 500 μl/tube of cold FACS washing buffer. (D) Representative density plots of Rhesus CVL samples. Forward scatter area (FSC-A) and forward scatter height (FSC-H) gating on cells to exclude doublets. Dead cells were excluded by Live/Dead Fixable Aqua Dead Cell Stain kit. FSC and side (SSC) scatter gating on cells to exclude cellular debris. CD45 − cells gate representing non-leukocyte cells and CD45 + cells positive gating representative leukocyte cells. Inside the CD45 + cells, the leukocyte subpopulations were gated as monocytes/macrophages (CD3 − HLA-DR + CD19 − CD20 − CD14 + ); activated B cells (CD3 − HLA-DR + CD14 − CD19 + CD20 + ); neutrophils (CD3 − CD14 low HLA-DR − <t>CD88</t> + CD56 − ); NK cells (CD3 − CD14 − HLA-DR − CD56 + ); resting B cells (CD3 − HLA-DR − CD14 − CD56 − CD19 + CD20 + ); T cells (CD14 − CD56 − CD3 + ); and NKT cells (CD14 − CD3 + CD56 + ); myeloid dendritic cells (mDCs, CD3 − CD14 − HLA-DR − CD56 − CD19 − CD20 − CD123 − ); plasmacytoid dendritic cells (pDCs, CD3 − CD14 − HLA-DR − CD56 − CD19 − CD20 − CD123 + ). A similar gating strategy can be used to characterize human cells, with the only difference that CD66b should be used instead of CD88 for neutrophils. (E) Example of data analysis: frequency of neutrophils in CVL at different time points during gestation (before E. coli injection = gestational age 140 days; delivery = gestational age gestational age 146 days).
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    Gating strategy for flow cytometry phenotype analysis of CVL cells (A) Filter the CVL cell solution in a FACS 5 ml polystyrene round-bottom tube with cell-strainer cap. (B) After centrifugation, the cells pellet is visible. (C) After incubating the cells with the Ab mix, add 500 μl/tube of cold FACS washing buffer. (D) Representative density plots of Rhesus CVL samples. Forward scatter area (FSC-A) and forward scatter height (FSC-H) gating on cells to exclude doublets. Dead cells were excluded by Live/Dead Fixable Aqua Dead Cell Stain kit. FSC and side (SSC) scatter gating on cells to exclude cellular debris. CD45 − cells gate representing non-leukocyte cells and CD45 + cells positive gating representative leukocyte cells. Inside the CD45 + cells, the leukocyte subpopulations were gated as monocytes/macrophages (CD3 − HLA-DR + CD19 − CD20 − CD14 + ); activated B cells (CD3 − HLA-DR + CD14 − CD19 + CD20 + ); neutrophils (CD3 − CD14 low HLA-DR − <t>CD88</t> + CD56 − ); NK cells (CD3 − CD14 − HLA-DR − CD56 + ); resting B cells (CD3 − HLA-DR − CD14 − CD56 − CD19 + CD20 + ); T cells (CD14 − CD56 − CD3 + ); and NKT cells (CD14 − CD3 + CD56 + ); myeloid dendritic cells (mDCs, CD3 − CD14 − HLA-DR − CD56 − CD19 − CD20 − CD123 − ); plasmacytoid dendritic cells (pDCs, CD3 − CD14 − HLA-DR − CD56 − CD19 − CD20 − CD123 + ). A similar gating strategy can be used to characterize human cells, with the only difference that CD66b should be used instead of CD88 for neutrophils. (E) Example of data analysis: frequency of neutrophils in CVL at different time points during gestation (before E. coli injection = gestational age 140 days; delivery = gestational age gestational age 146 days).
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    Gating strategy for flow cytometry phenotype analysis of CVL cells (A) Filter the CVL cell solution in a FACS 5 ml polystyrene round-bottom tube with cell-strainer cap. (B) After centrifugation, the cells pellet is visible. (C) After incubating the cells with the Ab mix, add 500 μl/tube of cold FACS washing buffer. (D) Representative density plots of Rhesus CVL samples. Forward scatter area (FSC-A) and forward scatter height (FSC-H) gating on cells to exclude doublets. Dead cells were excluded by Live/Dead Fixable Aqua Dead Cell Stain kit. FSC and side (SSC) scatter gating on cells to exclude cellular debris. CD45 − cells gate representing non-leukocyte cells and CD45 + cells positive gating representative leukocyte cells. Inside the CD45 + cells, the leukocyte subpopulations were gated as monocytes/macrophages (CD3 − HLA-DR + CD19 − CD20 − CD14 + ); activated B cells (CD3 − HLA-DR + CD14 − CD19 + CD20 + ); neutrophils (CD3 − CD14 low HLA-DR − <t>CD88</t> + CD56 − ); NK cells (CD3 − CD14 − HLA-DR − CD56 + ); resting B cells (CD3 − HLA-DR − CD14 − CD56 − CD19 + CD20 + ); T cells (CD14 − CD56 − CD3 + ); and NKT cells (CD14 − CD3 + CD56 + ); myeloid dendritic cells (mDCs, CD3 − CD14 − HLA-DR − CD56 − CD19 − CD20 − CD123 − ); plasmacytoid dendritic cells (pDCs, CD3 − CD14 − HLA-DR − CD56 − CD19 − CD20 − CD123 + ). A similar gating strategy can be used to characterize human cells, with the only difference that CD66b should be used instead of CD88 for neutrophils. (E) Example of data analysis: frequency of neutrophils in CVL at different time points during gestation (before E. coli injection = gestational age 140 days; delivery = gestational age gestational age 146 days).
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    Gating strategy for flow cytometry phenotype analysis of CVL cells (A) Filter the CVL cell solution in a FACS 5 ml polystyrene round-bottom tube with cell-strainer cap. (B) After centrifugation, the cells pellet is visible. (C) After incubating the cells with the Ab mix, add 500 μl/tube of cold FACS washing buffer. (D) Representative density plots of Rhesus CVL samples. Forward scatter area (FSC-A) and forward scatter height (FSC-H) gating on cells to exclude doublets. Dead cells were excluded by Live/Dead Fixable Aqua Dead Cell Stain kit. FSC and side (SSC) scatter gating on cells to exclude cellular debris. CD45 − cells gate representing non-leukocyte cells and CD45 + cells positive gating representative leukocyte cells. Inside the CD45 + cells, the leukocyte subpopulations were gated as monocytes/macrophages (CD3 − HLA-DR + CD19 − CD20 − CD14 + ); activated B cells (CD3 − HLA-DR + CD14 − CD19 + CD20 + ); neutrophils (CD3 − CD14 low HLA-DR − CD88 + CD56 − ); NK cells (CD3 − CD14 − HLA-DR − CD56 + ); resting B cells (CD3 − HLA-DR − CD14 − CD56 − CD19 + CD20 + ); T cells (CD14 − CD56 − CD3 + ); and NKT cells (CD14 − CD3 + CD56 + ); myeloid dendritic cells (mDCs, CD3 − CD14 − HLA-DR − CD56 − CD19 − CD20 − CD123 − ); plasmacytoid dendritic cells (pDCs, CD3 − CD14 − HLA-DR − CD56 − CD19 − CD20 − CD123 + ). A similar gating strategy can be used to characterize human cells, with the only difference that CD66b should be used instead of CD88 for neutrophils. (E) Example of data analysis: frequency of neutrophils in CVL at different time points during gestation (before E. coli injection = gestational age 140 days; delivery = gestational age gestational age 146 days).

    Journal: STAR Protocols

    Article Title: Protocol for isolating cervico-vaginal fluid cells from Macaca mulatta to study immunological and functional changes during pregnancy

    doi: 10.1016/j.xpro.2025.103927

    Figure Lengend Snippet: Gating strategy for flow cytometry phenotype analysis of CVL cells (A) Filter the CVL cell solution in a FACS 5 ml polystyrene round-bottom tube with cell-strainer cap. (B) After centrifugation, the cells pellet is visible. (C) After incubating the cells with the Ab mix, add 500 μl/tube of cold FACS washing buffer. (D) Representative density plots of Rhesus CVL samples. Forward scatter area (FSC-A) and forward scatter height (FSC-H) gating on cells to exclude doublets. Dead cells were excluded by Live/Dead Fixable Aqua Dead Cell Stain kit. FSC and side (SSC) scatter gating on cells to exclude cellular debris. CD45 − cells gate representing non-leukocyte cells and CD45 + cells positive gating representative leukocyte cells. Inside the CD45 + cells, the leukocyte subpopulations were gated as monocytes/macrophages (CD3 − HLA-DR + CD19 − CD20 − CD14 + ); activated B cells (CD3 − HLA-DR + CD14 − CD19 + CD20 + ); neutrophils (CD3 − CD14 low HLA-DR − CD88 + CD56 − ); NK cells (CD3 − CD14 − HLA-DR − CD56 + ); resting B cells (CD3 − HLA-DR − CD14 − CD56 − CD19 + CD20 + ); T cells (CD14 − CD56 − CD3 + ); and NKT cells (CD14 − CD3 + CD56 + ); myeloid dendritic cells (mDCs, CD3 − CD14 − HLA-DR − CD56 − CD19 − CD20 − CD123 − ); plasmacytoid dendritic cells (pDCs, CD3 − CD14 − HLA-DR − CD56 − CD19 − CD20 − CD123 + ). A similar gating strategy can be used to characterize human cells, with the only difference that CD66b should be used instead of CD88 for neutrophils. (E) Example of data analysis: frequency of neutrophils in CVL at different time points during gestation (before E. coli injection = gestational age 140 days; delivery = gestational age gestational age 146 days).

    Article Snippet: Anti-human CD88 (clone MCA2059A647T) – dilution 1:10 , Bio-Rad , Cat# MCA2059A647T, RRID: AB_1102420.

    Techniques: Flow Cytometry, Centrifugation, Staining, Injection