Figure 3.
Bmp5 deficiency causes mild iron loading in heterozygous Bmp6het mice. Eight-week-old male (open circles) and female (closed circles) Bmp5wt-Bmp6wt, Bmp5se-Bmp6wt, Bmp5het-Bmp6het, and Bmp5se-Bmp6het mice were analyzed for liver Hamp relative to Rpl19 mRNA using qRT-PCR (A). Liver iron (B) and Tf saturation levels (C) were analyzed using colorimetric assays. (D) Liver Bmp6 relative to Rpl19 mRNA was analyzed via qRT-PCR. For panels A and D, the average of male Bmp5wt-Bmp6wt mice was set to 1. For all graphs, individual data points are shown, and bars represent mean ± SEM. Sex-matched data were analyzed using 1-way ANOVA with Tukey post hoc test. ∗P < .05; ∗∗ P < .01; ∗∗∗ P < .001 for the indicated comparisons.

Bmp5 deficiency causes mild iron loading in heterozygous Bmp6het mice. Eight-week-old male (open circles) and female (closed circles) Bmp5wt-Bmp6wt, Bmp5se-Bmp6wt, Bmp5het-Bmp6het, and Bmp5se-Bmp6het mice were analyzed for liver Hamp relative to Rpl19 mRNA using qRT-PCR (A). Liver iron (B) and Tf saturation levels (C) were analyzed using colorimetric assays. (D) Liver Bmp6 relative to Rpl19 mRNA was analyzed via qRT-PCR. For panels A and D, the average of male Bmp5wt-Bmp6wt mice was set to 1. For all graphs, individual data points are shown, and bars represent mean ± SEM. Sex-matched data were analyzed using 1-way ANOVA with Tukey post hoc test. ∗P < .05; ∗∗ P < .01; ∗∗∗ P < .001 for the indicated comparisons.

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