gpr68 antibody  (Alomone Labs)


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    Alomone Labs gpr68 antibody
    Deletion of <t>Gpr68</t> reduces the number of B lymphocytes. A. Number of WBC in PB from WT and Gpr68 KO mice at 2-month old (2 m) and 12-month old (12 m) (n=4~9). B. Frequencies of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice at 2-month old (2 m) and 12-month old (12 m) (n=4~5). C. Representative flow cytometric analysis of CD3 + T cells, B220 + B cells and CD11b + myeloid cells in PB from WT and Gpr68 KO mice at 12-month old. D. Number of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice at 2-month old (2 m) and 12-month old (12 m) (n=4~5). E. Frequencies of B220 + B cells in BM and spleens from WT and Gpr68 KO mice at 12-month old (n=3~5).
    Gpr68 Antibody, supplied by Alomone Labs, used in various techniques. Bioz Stars score: 92/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/gpr68 antibody/product/Alomone Labs
    Average 92 stars, based on 1 article reviews
    Price from $9.99 to $1999.99
    gpr68 antibody - by Bioz Stars, 2022-05
    92/100 stars

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    1) Product Images from "G protein-coupled receptor 68 increases the number of B lymphocytes"

    Article Title: G protein-coupled receptor 68 increases the number of B lymphocytes

    Journal: American Journal of Blood Research

    doi:

    Deletion of Gpr68 reduces the number of B lymphocytes. A. Number of WBC in PB from WT and Gpr68 KO mice at 2-month old (2 m) and 12-month old (12 m) (n=4~9). B. Frequencies of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice at 2-month old (2 m) and 12-month old (12 m) (n=4~5). C. Representative flow cytometric analysis of CD3 + T cells, B220 + B cells and CD11b + myeloid cells in PB from WT and Gpr68 KO mice at 12-month old. D. Number of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice at 2-month old (2 m) and 12-month old (12 m) (n=4~5). E. Frequencies of B220 + B cells in BM and spleens from WT and Gpr68 KO mice at 12-month old (n=3~5).
    Figure Legend Snippet: Deletion of Gpr68 reduces the number of B lymphocytes. A. Number of WBC in PB from WT and Gpr68 KO mice at 2-month old (2 m) and 12-month old (12 m) (n=4~9). B. Frequencies of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice at 2-month old (2 m) and 12-month old (12 m) (n=4~5). C. Representative flow cytometric analysis of CD3 + T cells, B220 + B cells and CD11b + myeloid cells in PB from WT and Gpr68 KO mice at 12-month old. D. Number of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice at 2-month old (2 m) and 12-month old (12 m) (n=4~5). E. Frequencies of B220 + B cells in BM and spleens from WT and Gpr68 KO mice at 12-month old (n=3~5).

    Techniques Used: Mouse Assay

    The effect of Gpr68 activators on hematopoietic output. (A) Representative flow cytometric analysis of Gpr68 expression in PB cells from WT mice. (B, C) Gpr68 protein expression in PB cells (B) and BM cells (C) from WT mice at 5-month old (5 m) and 20-month old (20 m) (n=4). (D) Number of WBC in PB from WT mice after injection with Ogerin (red) or Isx (blue) at the indicated time points (n=5). (E) Frequencies of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT mice after injection with Ogerin (red) or Isx (blue) at the indicated time points (n=5). (F) Number of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT mice after injection with Ogerin (red) or Isx (blue) at the indicated time points (n=5). *, P
    Figure Legend Snippet: The effect of Gpr68 activators on hematopoietic output. (A) Representative flow cytometric analysis of Gpr68 expression in PB cells from WT mice. (B, C) Gpr68 protein expression in PB cells (B) and BM cells (C) from WT mice at 5-month old (5 m) and 20-month old (20 m) (n=4). (D) Number of WBC in PB from WT mice after injection with Ogerin (red) or Isx (blue) at the indicated time points (n=5). (E) Frequencies of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT mice after injection with Ogerin (red) or Isx (blue) at the indicated time points (n=5). (F) Number of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT mice after injection with Ogerin (red) or Isx (blue) at the indicated time points (n=5). *, P

    Techniques Used: Expressing, Mouse Assay, Injection

    The effect of 5-FU on PB cells from WT and Gpr68 KO mice. A. Number of WBC in PB from WT and Gpr68 KO mice after 5-FU injection at the indicated time points (n=5). B. Frequencies of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice after 5-FU injection at the indicated time points (n=5). C. Representative flow cytometric analysis of CD3 + T cells, B220 + B cells and CD11b + myeloid cells in PB from WT and Gpr68 KO mice at day 7 post 5-FU injection. D. Number of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice after 5-FU injection at the indicated time points (n=5). #, P
    Figure Legend Snippet: The effect of 5-FU on PB cells from WT and Gpr68 KO mice. A. Number of WBC in PB from WT and Gpr68 KO mice after 5-FU injection at the indicated time points (n=5). B. Frequencies of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice after 5-FU injection at the indicated time points (n=5). C. Representative flow cytometric analysis of CD3 + T cells, B220 + B cells and CD11b + myeloid cells in PB from WT and Gpr68 KO mice at day 7 post 5-FU injection. D. Number of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice after 5-FU injection at the indicated time points (n=5). #, P

    Techniques Used: Mouse Assay, Injection

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    • gpr68 antibody  (Alomone Labs)
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    Alomone Labs gpr68 antibody
    Deletion of <t>Gpr68</t> reduces the number of B lymphocytes. A. Number of WBC in PB from WT and Gpr68 KO mice at 2-month old (2 m) and 12-month old (12 m) (n=4~9). B. Frequencies of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice at 2-month old (2 m) and 12-month old (12 m) (n=4~5). C. Representative flow cytometric analysis of CD3 + T cells, B220 + B cells and CD11b + myeloid cells in PB from WT and Gpr68 KO mice at 12-month old. D. Number of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice at 2-month old (2 m) and 12-month old (12 m) (n=4~5). E. Frequencies of B220 + B cells in BM and spleens from WT and Gpr68 KO mice at 12-month old (n=3~5).
    Gpr68 Antibody, supplied by Alomone Labs, used in various techniques. Bioz Stars score: 92/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/gpr68 antibody/product/Alomone Labs
    Average 92 stars, based on 1 article reviews
    Price from $9.99 to $1999.99
    gpr68 antibody - by Bioz Stars, 2022-05
    92/100 stars
    		  Buy from Supplier

    Image Search Results


    Deletion of Gpr68 reduces the number of B lymphocytes. A. Number of WBC in PB from WT and Gpr68 KO mice at 2-month old (2 m) and 12-month old (12 m) (n=4~9). B. Frequencies of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice at 2-month old (2 m) and 12-month old (12 m) (n=4~5). C. Representative flow cytometric analysis of CD3 + T cells, B220 + B cells and CD11b + myeloid cells in PB from WT and Gpr68 KO mice at 12-month old. D. Number of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice at 2-month old (2 m) and 12-month old (12 m) (n=4~5). E. Frequencies of B220 + B cells in BM and spleens from WT and Gpr68 KO mice at 12-month old (n=3~5).

    Journal: American Journal of Blood Research

    Article Title: G protein-coupled receptor 68 increases the number of B lymphocytes

    doi:

    Figure Lengend Snippet: Deletion of Gpr68 reduces the number of B lymphocytes. A. Number of WBC in PB from WT and Gpr68 KO mice at 2-month old (2 m) and 12-month old (12 m) (n=4~9). B. Frequencies of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice at 2-month old (2 m) and 12-month old (12 m) (n=4~5). C. Representative flow cytometric analysis of CD3 + T cells, B220 + B cells and CD11b + myeloid cells in PB from WT and Gpr68 KO mice at 12-month old. D. Number of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice at 2-month old (2 m) and 12-month old (12 m) (n=4~5). E. Frequencies of B220 + B cells in BM and spleens from WT and Gpr68 KO mice at 12-month old (n=3~5).

    Article Snippet: To analyze Gpr68 expression, PB cells and BM cells were incubated with Gpr68 antibody (Alomone Labs, AGR-042), followed by staining with secondary antibody (Jackson ImmunoResearch, 111-096-144).

    Techniques: Mouse Assay

    The effect of Gpr68 activators on hematopoietic output. (A) Representative flow cytometric analysis of Gpr68 expression in PB cells from WT mice. (B, C) Gpr68 protein expression in PB cells (B) and BM cells (C) from WT mice at 5-month old (5 m) and 20-month old (20 m) (n=4). (D) Number of WBC in PB from WT mice after injection with Ogerin (red) or Isx (blue) at the indicated time points (n=5). (E) Frequencies of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT mice after injection with Ogerin (red) or Isx (blue) at the indicated time points (n=5). (F) Number of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT mice after injection with Ogerin (red) or Isx (blue) at the indicated time points (n=5). *, P

    Journal: American Journal of Blood Research

    Article Title: G protein-coupled receptor 68 increases the number of B lymphocytes

    doi:

    Figure Lengend Snippet: The effect of Gpr68 activators on hematopoietic output. (A) Representative flow cytometric analysis of Gpr68 expression in PB cells from WT mice. (B, C) Gpr68 protein expression in PB cells (B) and BM cells (C) from WT mice at 5-month old (5 m) and 20-month old (20 m) (n=4). (D) Number of WBC in PB from WT mice after injection with Ogerin (red) or Isx (blue) at the indicated time points (n=5). (E) Frequencies of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT mice after injection with Ogerin (red) or Isx (blue) at the indicated time points (n=5). (F) Number of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT mice after injection with Ogerin (red) or Isx (blue) at the indicated time points (n=5). *, P

    Article Snippet: To analyze Gpr68 expression, PB cells and BM cells were incubated with Gpr68 antibody (Alomone Labs, AGR-042), followed by staining with secondary antibody (Jackson ImmunoResearch, 111-096-144).

    Techniques: Expressing, Mouse Assay, Injection

    The effect of 5-FU on PB cells from WT and Gpr68 KO mice. A. Number of WBC in PB from WT and Gpr68 KO mice after 5-FU injection at the indicated time points (n=5). B. Frequencies of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice after 5-FU injection at the indicated time points (n=5). C. Representative flow cytometric analysis of CD3 + T cells, B220 + B cells and CD11b + myeloid cells in PB from WT and Gpr68 KO mice at day 7 post 5-FU injection. D. Number of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice after 5-FU injection at the indicated time points (n=5). #, P

    Journal: American Journal of Blood Research

    Article Title: G protein-coupled receptor 68 increases the number of B lymphocytes

    doi:

    Figure Lengend Snippet: The effect of 5-FU on PB cells from WT and Gpr68 KO mice. A. Number of WBC in PB from WT and Gpr68 KO mice after 5-FU injection at the indicated time points (n=5). B. Frequencies of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice after 5-FU injection at the indicated time points (n=5). C. Representative flow cytometric analysis of CD3 + T cells, B220 + B cells and CD11b + myeloid cells in PB from WT and Gpr68 KO mice at day 7 post 5-FU injection. D. Number of CD3 + T cells (left), B220 + B cells (middle) and CD11b + myeloid cells (right) in PB from WT and Gpr68 KO mice after 5-FU injection at the indicated time points (n=5). #, P

    Article Snippet: To analyze Gpr68 expression, PB cells and BM cells were incubated with Gpr68 antibody (Alomone Labs, AGR-042), followed by staining with secondary antibody (Jackson ImmunoResearch, 111-096-144).

    Techniques: Mouse Assay, Injection