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polyclonal rabbit anti-human prl  (Agilent technologies)


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    Agilent technologies polyclonal rabbit anti-human prl
    Polyclonal Rabbit Anti Human Prl, supplied by Agilent technologies, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/polyclonal+rabbit+anti-human+prl/pm17525486-36-29-33
    Average 90 stars, based on 1 article reviews
    polyclonal rabbit anti-human prl - by Bioz Stars, 2026-09
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    Article Title: Expression of prolactin receptor and prolactin in normal and malignant thyroid: a tissue microarray study.
    Article Snippet: Objective: There is increasing evidence involving prolactin (PRL) and its receptor (PRLR) in the development of different cancers.. The aim of the present study was to investigate the expression of PRLR and PRL in human thyroid tissues.. Design and Methods: Using tissue microarray (TMA) by immunohistochemical staining, we examined the expression level of PRLR and PRL in 314 specimens from 71 thyroid cancer patients and 15 normal thyroid samples.



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    Endogenous <t>PRL</t> is a trophic factor for RPE cells. (a) RT-PCR of PRL receptor (PRLR, 200 bp) in ARPE-19 cell extracts. GAPDH was used as a positive control. bp, DNA ladder. RT-PCR was performed in RNA extracted from three independent cell cultures (N = 3). (b) Confocal stack image of ARPE-19 cells showing F-actin (red), nucleus (blue), and PRL receptor (green) immunofluorescence in x-y axis. Corresponding x-y axis images and z-axis projection were included in Supplemental Fig. 3a and b, respectively. PRL receptor was present in a non-uniform, punctuate distribution along the ARPE-19 cell border (left panel). The secondary antibody control was carried out by omitting the anti-PRL receptor antibody (right panel). Images were captured in three different regions of the culture plate (n = 3), three independent cultures were analyzed (N = 3). (c) Western blot analysis of PRL in conditioned media (CM) from 3-day ARPE-19 cells. A standard of 23-kDa PRL (Std) was included, and equal concentrations of total proteins were loaded. Also, a series of standard PRL dilutions was included at indicated concentrations. CM from five 3-day ARPE-19 cell cultures concentrated by a ~ 2-fold factor was analyzed and this same experiment was repeated three times (N = 3). (d) Quantification of PRL in the CM of 3-day ARPE-19 cells by the Nb2-bioassay. 10% FBS medium was included. Note that CM was not concentrated. Three samples from CM from five 3-day ARPE-19 cell cultures were analyzed and this same experiment was repeated three times (N = 3). (e) Effect on survival of ARPE-19 cells treated with 10% FBS, <t>polyclonal</t> α-PRL antibody (α-PRL Ab) or preimmune serum (ctl Ab), pure PRL receptor antagonist Del1-9-G129R-hPRL at 0.1 and 1 μM or untreated (ctl) for 48 h was measured by MTT assay (n = 8; N = 3 independent experiments). BLK, averaged blank. (f) ARPE-19 proliferation after treatment with 100 pM hPRL, 1 μM Del1-9-G129R-hPRL or no treatment was measured by incorporation of [ 3 H]thymidine for 24 h after the treatments. Scintillation signals were normalized to the untreated condition (n = 9; N = 3 independent replicates). All bar plots, mean plus S.E.M.; P values: ANOVA and Bonferroni post-hoc test. Of note, the control condition corresponds to cells that were pre-treated with 1% FBS medium during 12 h followed by a 48-h period in the same medium.
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    Endogenous <t>PRL</t> is a trophic factor for RPE cells. (a) RT-PCR of PRL receptor (PRLR, 200 bp) in ARPE-19 cell extracts. GAPDH was used as a positive control. bp, DNA ladder. RT-PCR was performed in RNA extracted from three independent cell cultures (N = 3). (b) Confocal stack image of ARPE-19 cells showing F-actin (red), nucleus (blue), and PRL receptor (green) immunofluorescence in x-y axis. Corresponding x-y axis images and z-axis projection were included in Supplemental Fig. 3a and b, respectively. PRL receptor was present in a non-uniform, punctuate distribution along the ARPE-19 cell border (left panel). The secondary antibody control was carried out by omitting the anti-PRL receptor antibody (right panel). Images were captured in three different regions of the culture plate (n = 3), three independent cultures were analyzed (N = 3). (c) Western blot analysis of PRL in conditioned media (CM) from 3-day ARPE-19 cells. A standard of 23-kDa PRL (Std) was included, and equal concentrations of total proteins were loaded. Also, a series of standard PRL dilutions was included at indicated concentrations. CM from five 3-day ARPE-19 cell cultures concentrated by a ~ 2-fold factor was analyzed and this same experiment was repeated three times (N = 3). (d) Quantification of PRL in the CM of 3-day ARPE-19 cells by the Nb2-bioassay. 10% FBS medium was included. Note that CM was not concentrated. Three samples from CM from five 3-day ARPE-19 cell cultures were analyzed and this same experiment was repeated three times (N = 3). (e) Effect on survival of ARPE-19 cells treated with 10% FBS, <t>polyclonal</t> α-PRL antibody (α-PRL Ab) or preimmune serum (ctl Ab), pure PRL receptor antagonist Del1-9-G129R-hPRL at 0.1 and 1 μM or untreated (ctl) for 48 h was measured by MTT assay (n = 8; N = 3 independent experiments). BLK, averaged blank. (f) ARPE-19 proliferation after treatment with 100 pM hPRL, 1 μM Del1-9-G129R-hPRL or no treatment was measured by incorporation of [ 3 H]thymidine for 24 h after the treatments. Scintillation signals were normalized to the untreated condition (n = 9; N = 3 independent replicates). All bar plots, mean plus S.E.M.; P values: ANOVA and Bonferroni post-hoc test. Of note, the control condition corresponds to cells that were pre-treated with 1% FBS medium during 12 h followed by a 48-h period in the same medium.
    Horseradish Peroxidase Labeled Polyclonal Rabbit Anti Human Rl Antibody (Hrp Anti Prl, supplied by Biocell Technology, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    Endogenous <t>PRL</t> is a trophic factor for RPE cells. (a) RT-PCR of PRL receptor (PRLR, 200 bp) in ARPE-19 cell extracts. GAPDH was used as a positive control. bp, DNA ladder. RT-PCR was performed in RNA extracted from three independent cell cultures (N = 3). (b) Confocal stack image of ARPE-19 cells showing F-actin (red), nucleus (blue), and PRL receptor (green) immunofluorescence in x-y axis. Corresponding x-y axis images and z-axis projection were included in Supplemental Fig. 3a and b, respectively. PRL receptor was present in a non-uniform, punctuate distribution along the ARPE-19 cell border (left panel). The secondary antibody control was carried out by omitting the anti-PRL receptor antibody (right panel). Images were captured in three different regions of the culture plate (n = 3), three independent cultures were analyzed (N = 3). (c) Western blot analysis of PRL in conditioned media (CM) from 3-day ARPE-19 cells. A standard of 23-kDa PRL (Std) was included, and equal concentrations of total proteins were loaded. Also, a series of standard PRL dilutions was included at indicated concentrations. CM from five 3-day ARPE-19 cell cultures concentrated by a ~ 2-fold factor was analyzed and this same experiment was repeated three times (N = 3). (d) Quantification of PRL in the CM of 3-day ARPE-19 cells by the Nb2-bioassay. 10% FBS medium was included. Note that CM was not concentrated. Three samples from CM from five 3-day ARPE-19 cell cultures were analyzed and this same experiment was repeated three times (N = 3). (e) Effect on survival of ARPE-19 cells treated with 10% FBS, <t>polyclonal</t> α-PRL antibody (α-PRL Ab) or preimmune serum (ctl Ab), pure PRL receptor antagonist Del1-9-G129R-hPRL at 0.1 and 1 μM or untreated (ctl) for 48 h was measured by MTT assay (n = 8; N = 3 independent experiments). BLK, averaged blank. (f) ARPE-19 proliferation after treatment with 100 pM hPRL, 1 μM Del1-9-G129R-hPRL or no treatment was measured by incorporation of [ 3 H]thymidine for 24 h after the treatments. Scintillation signals were normalized to the untreated condition (n = 9; N = 3 independent replicates). All bar plots, mean plus S.E.M.; P values: ANOVA and Bonferroni post-hoc test. Of note, the control condition corresponds to cells that were pre-treated with 1% FBS medium during 12 h followed by a 48-h period in the same medium.
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    Agilent technologies polyclonal rabbit anti-human prl
    Endogenous <t>PRL</t> is a trophic factor for RPE cells. (a) RT-PCR of PRL receptor (PRLR, 200 bp) in ARPE-19 cell extracts. GAPDH was used as a positive control. bp, DNA ladder. RT-PCR was performed in RNA extracted from three independent cell cultures (N = 3). (b) Confocal stack image of ARPE-19 cells showing F-actin (red), nucleus (blue), and PRL receptor (green) immunofluorescence in x-y axis. Corresponding x-y axis images and z-axis projection were included in Supplemental Fig. 3a and b, respectively. PRL receptor was present in a non-uniform, punctuate distribution along the ARPE-19 cell border (left panel). The secondary antibody control was carried out by omitting the anti-PRL receptor antibody (right panel). Images were captured in three different regions of the culture plate (n = 3), three independent cultures were analyzed (N = 3). (c) Western blot analysis of PRL in conditioned media (CM) from 3-day ARPE-19 cells. A standard of 23-kDa PRL (Std) was included, and equal concentrations of total proteins were loaded. Also, a series of standard PRL dilutions was included at indicated concentrations. CM from five 3-day ARPE-19 cell cultures concentrated by a ~ 2-fold factor was analyzed and this same experiment was repeated three times (N = 3). (d) Quantification of PRL in the CM of 3-day ARPE-19 cells by the Nb2-bioassay. 10% FBS medium was included. Note that CM was not concentrated. Three samples from CM from five 3-day ARPE-19 cell cultures were analyzed and this same experiment was repeated three times (N = 3). (e) Effect on survival of ARPE-19 cells treated with 10% FBS, <t>polyclonal</t> α-PRL antibody (α-PRL Ab) or preimmune serum (ctl Ab), pure PRL receptor antagonist Del1-9-G129R-hPRL at 0.1 and 1 μM or untreated (ctl) for 48 h was measured by MTT assay (n = 8; N = 3 independent experiments). BLK, averaged blank. (f) ARPE-19 proliferation after treatment with 100 pM hPRL, 1 μM Del1-9-G129R-hPRL or no treatment was measured by incorporation of [ 3 H]thymidine for 24 h after the treatments. Scintillation signals were normalized to the untreated condition (n = 9; N = 3 independent replicates). All bar plots, mean plus S.E.M.; P values: ANOVA and Bonferroni post-hoc test. Of note, the control condition corresponds to cells that were pre-treated with 1% FBS medium during 12 h followed by a 48-h period in the same medium.
    Polyclonal Rabbit Anti Human Prl, supplied by Agilent technologies, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/polyclonal+rabbit+anti-human+prl/pm17525486-36-29-33
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    Image Search Results


    Endogenous PRL is a trophic factor for RPE cells. (a) RT-PCR of PRL receptor (PRLR, 200 bp) in ARPE-19 cell extracts. GAPDH was used as a positive control. bp, DNA ladder. RT-PCR was performed in RNA extracted from three independent cell cultures (N = 3). (b) Confocal stack image of ARPE-19 cells showing F-actin (red), nucleus (blue), and PRL receptor (green) immunofluorescence in x-y axis. Corresponding x-y axis images and z-axis projection were included in Supplemental Fig. 3a and b, respectively. PRL receptor was present in a non-uniform, punctuate distribution along the ARPE-19 cell border (left panel). The secondary antibody control was carried out by omitting the anti-PRL receptor antibody (right panel). Images were captured in three different regions of the culture plate (n = 3), three independent cultures were analyzed (N = 3). (c) Western blot analysis of PRL in conditioned media (CM) from 3-day ARPE-19 cells. A standard of 23-kDa PRL (Std) was included, and equal concentrations of total proteins were loaded. Also, a series of standard PRL dilutions was included at indicated concentrations. CM from five 3-day ARPE-19 cell cultures concentrated by a ~ 2-fold factor was analyzed and this same experiment was repeated three times (N = 3). (d) Quantification of PRL in the CM of 3-day ARPE-19 cells by the Nb2-bioassay. 10% FBS medium was included. Note that CM was not concentrated. Three samples from CM from five 3-day ARPE-19 cell cultures were analyzed and this same experiment was repeated three times (N = 3). (e) Effect on survival of ARPE-19 cells treated with 10% FBS, polyclonal α-PRL antibody (α-PRL Ab) or preimmune serum (ctl Ab), pure PRL receptor antagonist Del1-9-G129R-hPRL at 0.1 and 1 μM or untreated (ctl) for 48 h was measured by MTT assay (n = 8; N = 3 independent experiments). BLK, averaged blank. (f) ARPE-19 proliferation after treatment with 100 pM hPRL, 1 μM Del1-9-G129R-hPRL or no treatment was measured by incorporation of [ 3 H]thymidine for 24 h after the treatments. Scintillation signals were normalized to the untreated condition (n = 9; N = 3 independent replicates). All bar plots, mean plus S.E.M.; P values: ANOVA and Bonferroni post-hoc test. Of note, the control condition corresponds to cells that were pre-treated with 1% FBS medium during 12 h followed by a 48-h period in the same medium.

    Journal: EBioMedicine

    Article Title: Prolactin protects retinal pigment epithelium by inhibiting sirtuin 2-dependent cell death

    doi: 10.1016/j.ebiom.2016.03.048

    Figure Lengend Snippet: Endogenous PRL is a trophic factor for RPE cells. (a) RT-PCR of PRL receptor (PRLR, 200 bp) in ARPE-19 cell extracts. GAPDH was used as a positive control. bp, DNA ladder. RT-PCR was performed in RNA extracted from three independent cell cultures (N = 3). (b) Confocal stack image of ARPE-19 cells showing F-actin (red), nucleus (blue), and PRL receptor (green) immunofluorescence in x-y axis. Corresponding x-y axis images and z-axis projection were included in Supplemental Fig. 3a and b, respectively. PRL receptor was present in a non-uniform, punctuate distribution along the ARPE-19 cell border (left panel). The secondary antibody control was carried out by omitting the anti-PRL receptor antibody (right panel). Images were captured in three different regions of the culture plate (n = 3), three independent cultures were analyzed (N = 3). (c) Western blot analysis of PRL in conditioned media (CM) from 3-day ARPE-19 cells. A standard of 23-kDa PRL (Std) was included, and equal concentrations of total proteins were loaded. Also, a series of standard PRL dilutions was included at indicated concentrations. CM from five 3-day ARPE-19 cell cultures concentrated by a ~ 2-fold factor was analyzed and this same experiment was repeated three times (N = 3). (d) Quantification of PRL in the CM of 3-day ARPE-19 cells by the Nb2-bioassay. 10% FBS medium was included. Note that CM was not concentrated. Three samples from CM from five 3-day ARPE-19 cell cultures were analyzed and this same experiment was repeated three times (N = 3). (e) Effect on survival of ARPE-19 cells treated with 10% FBS, polyclonal α-PRL antibody (α-PRL Ab) or preimmune serum (ctl Ab), pure PRL receptor antagonist Del1-9-G129R-hPRL at 0.1 and 1 μM or untreated (ctl) for 48 h was measured by MTT assay (n = 8; N = 3 independent experiments). BLK, averaged blank. (f) ARPE-19 proliferation after treatment with 100 pM hPRL, 1 μM Del1-9-G129R-hPRL or no treatment was measured by incorporation of [ 3 H]thymidine for 24 h after the treatments. Scintillation signals were normalized to the untreated condition (n = 9; N = 3 independent replicates). All bar plots, mean plus S.E.M.; P values: ANOVA and Bonferroni post-hoc test. Of note, the control condition corresponds to cells that were pre-treated with 1% FBS medium during 12 h followed by a 48-h period in the same medium.

    Article Snippet: Anti-human PRL rabbit polyclonal antibody IC5 and anti-TRPM2 (#ACC-043) were kind gifts from the National Hormone and Pituitary Program (UCLA Medical School, Torrance, CA) and Alomone Labs, respectively.

    Techniques: Reverse Transcription Polymerase Chain Reaction, Positive Control, Immunofluorescence, Control, Western Blot, Bioassay, MTT Assay