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flow cytometry staining analysis  (Bioss)


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    Structured Review

    Bioss flow cytometry staining analysis
    Immune markers were used to detect the type of immune cells in mice with sepsis and liver immune cell typing by single cell RNA sequencing. ( A ) Flow <t>cytometry</t> results of immune T lymphocytes (CD3+). ( B ) Flow cytometry results of immune B lymphocytes (CD19+). ( C ) Flow cytometry results of immune Macrophages (F4/80+). ( D ) Flow cytometry results of immune NK cells (NK1.1+). ( E ) Single-cell sequencing screened out the T-cell-related immune gene FCER1G in liver injury caused by sepsis. ( F ) Single-cell sequencing screened out the T-cell-related immune gene IL2RB in liver injury caused by sepsis. ( G ) Single-cell sequencing screened out the T-cell-related immune gene PTGDR in liver injury caused by sepsis. ( H ) Single-cell sequencing screened out the T-cell-related immune gene XCL1 in liver injury caused by sepsis.
    Flow Cytometry Staining Analysis, supplied by Bioss, used in various techniques. Bioz Stars score: 94/100, based on 4 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/flow cytometry staining analysis/product/Bioss
    Average 94 stars, based on 4 article reviews
    flow cytometry staining analysis - by Bioz Stars, 2026-03
    94/100 stars

    Images

    1) Product Images from "Multi-Omics Analysis Identifies Immune Regulatory Networks in Sepsis-Associated Liver Injury: Experimental Validation and Clinical Relevance"

    Article Title: Multi-Omics Analysis Identifies Immune Regulatory Networks in Sepsis-Associated Liver Injury: Experimental Validation and Clinical Relevance

    Journal: Journal of Inflammation Research

    doi: 10.2147/JIR.S515615

    Immune markers were used to detect the type of immune cells in mice with sepsis and liver immune cell typing by single cell RNA sequencing. ( A ) Flow cytometry results of immune T lymphocytes (CD3+). ( B ) Flow cytometry results of immune B lymphocytes (CD19+). ( C ) Flow cytometry results of immune Macrophages (F4/80+). ( D ) Flow cytometry results of immune NK cells (NK1.1+). ( E ) Single-cell sequencing screened out the T-cell-related immune gene FCER1G in liver injury caused by sepsis. ( F ) Single-cell sequencing screened out the T-cell-related immune gene IL2RB in liver injury caused by sepsis. ( G ) Single-cell sequencing screened out the T-cell-related immune gene PTGDR in liver injury caused by sepsis. ( H ) Single-cell sequencing screened out the T-cell-related immune gene XCL1 in liver injury caused by sepsis.
    Figure Legend Snippet: Immune markers were used to detect the type of immune cells in mice with sepsis and liver immune cell typing by single cell RNA sequencing. ( A ) Flow cytometry results of immune T lymphocytes (CD3+). ( B ) Flow cytometry results of immune B lymphocytes (CD19+). ( C ) Flow cytometry results of immune Macrophages (F4/80+). ( D ) Flow cytometry results of immune NK cells (NK1.1+). ( E ) Single-cell sequencing screened out the T-cell-related immune gene FCER1G in liver injury caused by sepsis. ( F ) Single-cell sequencing screened out the T-cell-related immune gene IL2RB in liver injury caused by sepsis. ( G ) Single-cell sequencing screened out the T-cell-related immune gene PTGDR in liver injury caused by sepsis. ( H ) Single-cell sequencing screened out the T-cell-related immune gene XCL1 in liver injury caused by sepsis.

    Techniques Used: RNA Sequencing, Flow Cytometry, Sequencing



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    Image Search Results


    Immune markers were used to detect the type of immune cells in mice with sepsis and liver immune cell typing by single cell RNA sequencing. ( A ) Flow cytometry results of immune T lymphocytes (CD3+). ( B ) Flow cytometry results of immune B lymphocytes (CD19+). ( C ) Flow cytometry results of immune Macrophages (F4/80+). ( D ) Flow cytometry results of immune NK cells (NK1.1+). ( E ) Single-cell sequencing screened out the T-cell-related immune gene FCER1G in liver injury caused by sepsis. ( F ) Single-cell sequencing screened out the T-cell-related immune gene IL2RB in liver injury caused by sepsis. ( G ) Single-cell sequencing screened out the T-cell-related immune gene PTGDR in liver injury caused by sepsis. ( H ) Single-cell sequencing screened out the T-cell-related immune gene XCL1 in liver injury caused by sepsis.

    Journal: Journal of Inflammation Research

    Article Title: Multi-Omics Analysis Identifies Immune Regulatory Networks in Sepsis-Associated Liver Injury: Experimental Validation and Clinical Relevance

    doi: 10.2147/JIR.S515615

    Figure Lengend Snippet: Immune markers were used to detect the type of immune cells in mice with sepsis and liver immune cell typing by single cell RNA sequencing. ( A ) Flow cytometry results of immune T lymphocytes (CD3+). ( B ) Flow cytometry results of immune B lymphocytes (CD19+). ( C ) Flow cytometry results of immune Macrophages (F4/80+). ( D ) Flow cytometry results of immune NK cells (NK1.1+). ( E ) Single-cell sequencing screened out the T-cell-related immune gene FCER1G in liver injury caused by sepsis. ( F ) Single-cell sequencing screened out the T-cell-related immune gene IL2RB in liver injury caused by sepsis. ( G ) Single-cell sequencing screened out the T-cell-related immune gene PTGDR in liver injury caused by sepsis. ( H ) Single-cell sequencing screened out the T-cell-related immune gene XCL1 in liver injury caused by sepsis.

    Article Snippet: Flow Cytometry Staining & Analysis:T cells (Bioss Cat# bsm-30149A, PE, 1:150);B cells (Bioss Cat# bsm-30156A, FITC, 1:50);NK cells (Bioss Cat# bsm-30177M, PE, 1:100);Macrophages (Bioss Cat# bsm-30277A, PE, 1:50).

    Techniques: RNA Sequencing, Flow Cytometry, Sequencing