Figure 4
Figure 4. Expression of human γ-globin protein in erythrocytes of ASpEx1IVS1/Aγ-transgenic mice. Fluorescence intensity from a FITC-conjugated monoclonal antibody against human γ-globin was correlated with the number of erythrocytes counted in 6 representative transgenic lines chosen for high Aγ-globin mRNA expression. In each panel, the thick line represents a transgenic mouse and the thin line represents a nontransgenic, littermate control. The single peaks observed represent uniform expression of human γ-globin in these cells, whereas a bimodal peak represents nonuniform or variegated expression.23 Representative transgenic lines are shown, with the letters corresponding to Table S3.

Expression of human γ-globin protein in erythrocytes of ASpEx1IVS1/Aγ-transgenic mice. Fluorescence intensity from a FITC-conjugated monoclonal antibody against human γ-globin was correlated with the number of erythrocytes counted in 6 representative transgenic lines chosen for high Aγ-globin mRNA expression. In each panel, the thick line represents a transgenic mouse and the thin line represents a nontransgenic, littermate control. The single peaks observed represent uniform expression of human γ-globin in these cells, whereas a bimodal peak represents nonuniform or variegated expression.23  Representative transgenic lines are shown, with the letters corresponding to Table S3.

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