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quantitative elisa mouse rat igf1 kit liver glycogen assay kit  (R&D Systems)


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    R&D Systems quantitative elisa mouse rat igf1 kit liver glycogen assay kit
    KC-hepatocyte crosstalk is altered in P0 KO Spi1 livers. (A) Bar plot showing the relative information flow of between WT Spi1 and KO Spi1 of inferred cell–cell communication using CellChat. (B) Comparison of the significant ligand–receptor pairs between WT Spi1 and KO Spi1 , which contribute to the signaling from KCs to the hepatocyte clusters. (C) Heatmap showing the relative importance of KC and hepatocyte clusters as sender, receiver, mediator and influencer, based on the computed four network centrality measures of IGF (top) and visfatin (bottom) signaling. (D) Box plot of variance stabilizing transformation-normalized <t>Igf1</t> expression in hepatocytes and macrophages in WT Spi1 and KO Spi1 mice at P0. n =5 per genotype from 3 independent litters. Differential expression was tested using DESeq2 on raw counts. The whiskers represent the 5-95% percentile, the box extends from the 25th to 75th percentiles and the horizontal line represents the median. (E) Serum insulin levels measured by ELISA on WT Spi1 and KO Spi1 at P0. n =4-5 per genotype from 4 independent litters. Bar plot presented as mean±s.d. Unpaired Student's t -test. (F) Serum glucagon levels measured by ELISA on WT Spi1 and KO Spi1 at P0. n =6 per genotype from 3 independent litters. Bar plot presented as mean±s.d. Unpaired Student's t -test. (G) Enrichment analysis of downregulated phosphorylation sites showing the decreased and increased phosphorylation in KO Spi1 liver compared to WT Spi1 . n =4-6 per genotype from 5 independent litters.
    Quantitative Elisa Mouse Rat Igf1 Kit Liver Glycogen Assay Kit, supplied by R&D Systems, used in various techniques. Bioz Stars score: 96/100, based on 339 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/quantitative+elisa+mouse+rat+igf1+kit+liver+glycogen+assay+kit/pmc12891940-236-14-24?v=R%26D+Systems
    Average 96 stars, based on 339 article reviews
    quantitative elisa mouse rat igf1 kit liver glycogen assay kit - by Bioz Stars, 2026-08
    96/100 stars

    Images

    1) Product Images from "Kupffer cells control neonatal hepatic metabolism via Igf1 signaling"

    Article Title: Kupffer cells control neonatal hepatic metabolism via Igf1 signaling

    Journal: Development (Cambridge, England)

    doi: 10.1242/dev.204962

    KC-hepatocyte crosstalk is altered in P0 KO Spi1 livers. (A) Bar plot showing the relative information flow of between WT Spi1 and KO Spi1 of inferred cell–cell communication using CellChat. (B) Comparison of the significant ligand–receptor pairs between WT Spi1 and KO Spi1 , which contribute to the signaling from KCs to the hepatocyte clusters. (C) Heatmap showing the relative importance of KC and hepatocyte clusters as sender, receiver, mediator and influencer, based on the computed four network centrality measures of IGF (top) and visfatin (bottom) signaling. (D) Box plot of variance stabilizing transformation-normalized Igf1 expression in hepatocytes and macrophages in WT Spi1 and KO Spi1 mice at P0. n =5 per genotype from 3 independent litters. Differential expression was tested using DESeq2 on raw counts. The whiskers represent the 5-95% percentile, the box extends from the 25th to 75th percentiles and the horizontal line represents the median. (E) Serum insulin levels measured by ELISA on WT Spi1 and KO Spi1 at P0. n =4-5 per genotype from 4 independent litters. Bar plot presented as mean±s.d. Unpaired Student's t -test. (F) Serum glucagon levels measured by ELISA on WT Spi1 and KO Spi1 at P0. n =6 per genotype from 3 independent litters. Bar plot presented as mean±s.d. Unpaired Student's t -test. (G) Enrichment analysis of downregulated phosphorylation sites showing the decreased and increased phosphorylation in KO Spi1 liver compared to WT Spi1 . n =4-6 per genotype from 5 independent litters.
    Figure Legend Snippet: KC-hepatocyte crosstalk is altered in P0 KO Spi1 livers. (A) Bar plot showing the relative information flow of between WT Spi1 and KO Spi1 of inferred cell–cell communication using CellChat. (B) Comparison of the significant ligand–receptor pairs between WT Spi1 and KO Spi1 , which contribute to the signaling from KCs to the hepatocyte clusters. (C) Heatmap showing the relative importance of KC and hepatocyte clusters as sender, receiver, mediator and influencer, based on the computed four network centrality measures of IGF (top) and visfatin (bottom) signaling. (D) Box plot of variance stabilizing transformation-normalized Igf1 expression in hepatocytes and macrophages in WT Spi1 and KO Spi1 mice at P0. n =5 per genotype from 3 independent litters. Differential expression was tested using DESeq2 on raw counts. The whiskers represent the 5-95% percentile, the box extends from the 25th to 75th percentiles and the horizontal line represents the median. (E) Serum insulin levels measured by ELISA on WT Spi1 and KO Spi1 at P0. n =4-5 per genotype from 4 independent litters. Bar plot presented as mean±s.d. Unpaired Student's t -test. (F) Serum glucagon levels measured by ELISA on WT Spi1 and KO Spi1 at P0. n =6 per genotype from 3 independent litters. Bar plot presented as mean±s.d. Unpaired Student's t -test. (G) Enrichment analysis of downregulated phosphorylation sites showing the decreased and increased phosphorylation in KO Spi1 liver compared to WT Spi1 . n =4-6 per genotype from 5 independent litters.

    Techniques Used: Comparison, Transformation Assay, Expressing, Quantitative Proteomics, Enzyme-linked Immunosorbent Assay, Phospho-proteomics

    KC-derived Igf1 regulates glycogen homeostasis in hepatocytes at birth. (A) Percentage of (left) and normalized (right) Igf1 expression in the respective hepatic cell type during embryogenesis. (B) Breeding scheme to produce KO Igf1 mice and littermate controls ( WT Igf1 ). Created in BioRender by Mass, E., 2025. https://BioRender.com/jvsfc8p . This figure was sublicensed under CC-BY 4.0 terms. (C,D) Igf1 levels measured by ELISA on whole liver lysate (C) and serum (D) of WT Igf1 and KO Igf1 at P0. n =7-8 per genotype from 4 independent litters. Bar plots presented as mean±s.d. Unpaired Student's t -test. (E) Glycogen levels measured on whole liver lysates of WT Igf1 and KO Igf1 at P0. n =11-16 per genotype from 7 independent litters. Values were normalized per litter. The whiskers represent the 5-95% percentile, the box extends from the 25th to 75th percentiles and the horizontal line represents the median. Cross indicates the mean. Mann–Whitney test. (F) Representative transmission electron micrograph from WT Igf1 and KO Igf1 livers at P0. n =3-4 per genotype from 2 independent litters. GP, glycogen particle; N, nucleus. Scale bars: 8 µm. (G) Scheme indicating the quantification process of glycogen content in hepatocytes. (H) Hepatocyte glycogen content of KO Igf1 normalized to WT Igf1 littermates; each value represents one hepatocyte (ten hepatocytes were assessed per liver). n =3-4 per genotype from 2 independent litters. Mann–Whitney test. (I) Normalized total metabolite abundance in WT Igf1 and KO Igf1 livers following [U- 13 C 6 ]-glucose tracing at P0. n =5-6 per genotype from 2 independent litters. Unpaired Student's t -test. ns, not significant ( P >0.05). (J) Fractional enrichment of labeled metabolites following [U- 13 C 6 ]-glucose tracing at P0 with and without the addition of exogenous Igf1 protein. Liver samples with and without Igf1 from the same animal are connected with a line. n =5-6 per genotype from 2 independent litters. Wilcoxon test.
    Figure Legend Snippet: KC-derived Igf1 regulates glycogen homeostasis in hepatocytes at birth. (A) Percentage of (left) and normalized (right) Igf1 expression in the respective hepatic cell type during embryogenesis. (B) Breeding scheme to produce KO Igf1 mice and littermate controls ( WT Igf1 ). Created in BioRender by Mass, E., 2025. https://BioRender.com/jvsfc8p . This figure was sublicensed under CC-BY 4.0 terms. (C,D) Igf1 levels measured by ELISA on whole liver lysate (C) and serum (D) of WT Igf1 and KO Igf1 at P0. n =7-8 per genotype from 4 independent litters. Bar plots presented as mean±s.d. Unpaired Student's t -test. (E) Glycogen levels measured on whole liver lysates of WT Igf1 and KO Igf1 at P0. n =11-16 per genotype from 7 independent litters. Values were normalized per litter. The whiskers represent the 5-95% percentile, the box extends from the 25th to 75th percentiles and the horizontal line represents the median. Cross indicates the mean. Mann–Whitney test. (F) Representative transmission electron micrograph from WT Igf1 and KO Igf1 livers at P0. n =3-4 per genotype from 2 independent litters. GP, glycogen particle; N, nucleus. Scale bars: 8 µm. (G) Scheme indicating the quantification process of glycogen content in hepatocytes. (H) Hepatocyte glycogen content of KO Igf1 normalized to WT Igf1 littermates; each value represents one hepatocyte (ten hepatocytes were assessed per liver). n =3-4 per genotype from 2 independent litters. Mann–Whitney test. (I) Normalized total metabolite abundance in WT Igf1 and KO Igf1 livers following [U- 13 C 6 ]-glucose tracing at P0. n =5-6 per genotype from 2 independent litters. Unpaired Student's t -test. ns, not significant ( P >0.05). (J) Fractional enrichment of labeled metabolites following [U- 13 C 6 ]-glucose tracing at P0 with and without the addition of exogenous Igf1 protein. Liver samples with and without Igf1 from the same animal are connected with a line. n =5-6 per genotype from 2 independent litters. Wilcoxon test.

    Techniques Used: Derivative Assay, Expressing, Enzyme-linked Immunosorbent Assay, MANN-WHITNEY, Transmission Assay, Labeling



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    R&D Systems quantitative elisa mouse rat igf1 kit liver glycogen assay kit
    KC-hepatocyte crosstalk is altered in P0 KO Spi1 livers. (A) Bar plot showing the relative information flow of between WT Spi1 and KO Spi1 of inferred cell–cell communication using CellChat. (B) Comparison of the significant ligand–receptor pairs between WT Spi1 and KO Spi1 , which contribute to the signaling from KCs to the hepatocyte clusters. (C) Heatmap showing the relative importance of KC and hepatocyte clusters as sender, receiver, mediator and influencer, based on the computed four network centrality measures of IGF (top) and visfatin (bottom) signaling. (D) Box plot of variance stabilizing transformation-normalized <t>Igf1</t> expression in hepatocytes and macrophages in WT Spi1 and KO Spi1 mice at P0. n =5 per genotype from 3 independent litters. Differential expression was tested using DESeq2 on raw counts. The whiskers represent the 5-95% percentile, the box extends from the 25th to 75th percentiles and the horizontal line represents the median. (E) Serum insulin levels measured by ELISA on WT Spi1 and KO Spi1 at P0. n =4-5 per genotype from 4 independent litters. Bar plot presented as mean±s.d. Unpaired Student's t -test. (F) Serum glucagon levels measured by ELISA on WT Spi1 and KO Spi1 at P0. n =6 per genotype from 3 independent litters. Bar plot presented as mean±s.d. Unpaired Student's t -test. (G) Enrichment analysis of downregulated phosphorylation sites showing the decreased and increased phosphorylation in KO Spi1 liver compared to WT Spi1 . n =4-6 per genotype from 5 independent litters.
    Quantitative Elisa Mouse Rat Igf1 Kit Liver Glycogen Assay Kit, supplied by R&D Systems, used in various techniques. Bioz Stars score: 96/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/quantitative+elisa+mouse+rat+igf1+kit+liver+glycogen+assay+kit/pmc12891940-236-14-24?v=R%26D+Systems
    Average 96 stars, based on 1 article reviews
    quantitative elisa mouse rat igf1 kit liver glycogen assay kit - by Bioz Stars, 2026-08
    96/100 stars
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    KC-hepatocyte crosstalk is altered in P0 KO Spi1 livers. (A) Bar plot showing the relative information flow of between WT Spi1 and KO Spi1 of inferred cell–cell communication using CellChat. (B) Comparison of the significant ligand–receptor pairs between WT Spi1 and KO Spi1 , which contribute to the signaling from KCs to the hepatocyte clusters. (C) Heatmap showing the relative importance of KC and hepatocyte clusters as sender, receiver, mediator and influencer, based on the computed four network centrality measures of IGF (top) and visfatin (bottom) signaling. (D) Box plot of variance stabilizing transformation-normalized Igf1 expression in hepatocytes and macrophages in WT Spi1 and KO Spi1 mice at P0. n =5 per genotype from 3 independent litters. Differential expression was tested using DESeq2 on raw counts. The whiskers represent the 5-95% percentile, the box extends from the 25th to 75th percentiles and the horizontal line represents the median. (E) Serum insulin levels measured by ELISA on WT Spi1 and KO Spi1 at P0. n =4-5 per genotype from 4 independent litters. Bar plot presented as mean±s.d. Unpaired Student's t -test. (F) Serum glucagon levels measured by ELISA on WT Spi1 and KO Spi1 at P0. n =6 per genotype from 3 independent litters. Bar plot presented as mean±s.d. Unpaired Student's t -test. (G) Enrichment analysis of downregulated phosphorylation sites showing the decreased and increased phosphorylation in KO Spi1 liver compared to WT Spi1 . n =4-6 per genotype from 5 independent litters.

    Journal: Development (Cambridge, England)

    Article Title: Kupffer cells control neonatal hepatic metabolism via Igf1 signaling

    doi: 10.1242/dev.204962

    Figure Lengend Snippet: KC-hepatocyte crosstalk is altered in P0 KO Spi1 livers. (A) Bar plot showing the relative information flow of between WT Spi1 and KO Spi1 of inferred cell–cell communication using CellChat. (B) Comparison of the significant ligand–receptor pairs between WT Spi1 and KO Spi1 , which contribute to the signaling from KCs to the hepatocyte clusters. (C) Heatmap showing the relative importance of KC and hepatocyte clusters as sender, receiver, mediator and influencer, based on the computed four network centrality measures of IGF (top) and visfatin (bottom) signaling. (D) Box plot of variance stabilizing transformation-normalized Igf1 expression in hepatocytes and macrophages in WT Spi1 and KO Spi1 mice at P0. n =5 per genotype from 3 independent litters. Differential expression was tested using DESeq2 on raw counts. The whiskers represent the 5-95% percentile, the box extends from the 25th to 75th percentiles and the horizontal line represents the median. (E) Serum insulin levels measured by ELISA on WT Spi1 and KO Spi1 at P0. n =4-5 per genotype from 4 independent litters. Bar plot presented as mean±s.d. Unpaired Student's t -test. (F) Serum glucagon levels measured by ELISA on WT Spi1 and KO Spi1 at P0. n =6 per genotype from 3 independent litters. Bar plot presented as mean±s.d. Unpaired Student's t -test. (G) Enrichment analysis of downregulated phosphorylation sites showing the decreased and increased phosphorylation in KO Spi1 liver compared to WT Spi1 . n =4-6 per genotype from 5 independent litters.

    Article Snippet: To determine the amount of Igf1 present in the perinatal liver and serum the Quantitative ELISA Mouse/Rat Igf1 Kit Liver Glycogen Assay Kit from R&D Systems (MG100) was used.

    Techniques: Comparison, Transformation Assay, Expressing, Quantitative Proteomics, Enzyme-linked Immunosorbent Assay, Phospho-proteomics

    KC-derived Igf1 regulates glycogen homeostasis in hepatocytes at birth. (A) Percentage of (left) and normalized (right) Igf1 expression in the respective hepatic cell type during embryogenesis. (B) Breeding scheme to produce KO Igf1 mice and littermate controls ( WT Igf1 ). Created in BioRender by Mass, E., 2025. https://BioRender.com/jvsfc8p . This figure was sublicensed under CC-BY 4.0 terms. (C,D) Igf1 levels measured by ELISA on whole liver lysate (C) and serum (D) of WT Igf1 and KO Igf1 at P0. n =7-8 per genotype from 4 independent litters. Bar plots presented as mean±s.d. Unpaired Student's t -test. (E) Glycogen levels measured on whole liver lysates of WT Igf1 and KO Igf1 at P0. n =11-16 per genotype from 7 independent litters. Values were normalized per litter. The whiskers represent the 5-95% percentile, the box extends from the 25th to 75th percentiles and the horizontal line represents the median. Cross indicates the mean. Mann–Whitney test. (F) Representative transmission electron micrograph from WT Igf1 and KO Igf1 livers at P0. n =3-4 per genotype from 2 independent litters. GP, glycogen particle; N, nucleus. Scale bars: 8 µm. (G) Scheme indicating the quantification process of glycogen content in hepatocytes. (H) Hepatocyte glycogen content of KO Igf1 normalized to WT Igf1 littermates; each value represents one hepatocyte (ten hepatocytes were assessed per liver). n =3-4 per genotype from 2 independent litters. Mann–Whitney test. (I) Normalized total metabolite abundance in WT Igf1 and KO Igf1 livers following [U- 13 C 6 ]-glucose tracing at P0. n =5-6 per genotype from 2 independent litters. Unpaired Student's t -test. ns, not significant ( P >0.05). (J) Fractional enrichment of labeled metabolites following [U- 13 C 6 ]-glucose tracing at P0 with and without the addition of exogenous Igf1 protein. Liver samples with and without Igf1 from the same animal are connected with a line. n =5-6 per genotype from 2 independent litters. Wilcoxon test.

    Journal: Development (Cambridge, England)

    Article Title: Kupffer cells control neonatal hepatic metabolism via Igf1 signaling

    doi: 10.1242/dev.204962

    Figure Lengend Snippet: KC-derived Igf1 regulates glycogen homeostasis in hepatocytes at birth. (A) Percentage of (left) and normalized (right) Igf1 expression in the respective hepatic cell type during embryogenesis. (B) Breeding scheme to produce KO Igf1 mice and littermate controls ( WT Igf1 ). Created in BioRender by Mass, E., 2025. https://BioRender.com/jvsfc8p . This figure was sublicensed under CC-BY 4.0 terms. (C,D) Igf1 levels measured by ELISA on whole liver lysate (C) and serum (D) of WT Igf1 and KO Igf1 at P0. n =7-8 per genotype from 4 independent litters. Bar plots presented as mean±s.d. Unpaired Student's t -test. (E) Glycogen levels measured on whole liver lysates of WT Igf1 and KO Igf1 at P0. n =11-16 per genotype from 7 independent litters. Values were normalized per litter. The whiskers represent the 5-95% percentile, the box extends from the 25th to 75th percentiles and the horizontal line represents the median. Cross indicates the mean. Mann–Whitney test. (F) Representative transmission electron micrograph from WT Igf1 and KO Igf1 livers at P0. n =3-4 per genotype from 2 independent litters. GP, glycogen particle; N, nucleus. Scale bars: 8 µm. (G) Scheme indicating the quantification process of glycogen content in hepatocytes. (H) Hepatocyte glycogen content of KO Igf1 normalized to WT Igf1 littermates; each value represents one hepatocyte (ten hepatocytes were assessed per liver). n =3-4 per genotype from 2 independent litters. Mann–Whitney test. (I) Normalized total metabolite abundance in WT Igf1 and KO Igf1 livers following [U- 13 C 6 ]-glucose tracing at P0. n =5-6 per genotype from 2 independent litters. Unpaired Student's t -test. ns, not significant ( P >0.05). (J) Fractional enrichment of labeled metabolites following [U- 13 C 6 ]-glucose tracing at P0 with and without the addition of exogenous Igf1 protein. Liver samples with and without Igf1 from the same animal are connected with a line. n =5-6 per genotype from 2 independent litters. Wilcoxon test.

    Article Snippet: To determine the amount of Igf1 present in the perinatal liver and serum the Quantitative ELISA Mouse/Rat Igf1 Kit Liver Glycogen Assay Kit from R&D Systems (MG100) was used.

    Techniques: Derivative Assay, Expressing, Enzyme-linked Immunosorbent Assay, MANN-WHITNEY, Transmission Assay, Labeling