Figure 3.
Figure 3. Impaired erythroid differentiation in Tr4 heterozygous mutant fetal liver cells. Representative flow cytometry diagrams of fetal liver cells recovered from WT and Tr4+/− embryos at (A) E13.5 and (D) E15.5, stained with α-CD71 and α-TER119 antibodies. The percentage of cells within each gate (II-IV) is indicated on the plots. (B,E) Graph reporting the percentage of cells within each gate describing erythroid differentiation (II-IV) in (B) E13.5 (E) and E15.5 in WT (closed circles) and Tr4+/− (open circles) fetal liver cells.32,33 (C,F) Total cells per fetal liver were calculated for WT and Tr4+/− mice. *P ≤ .05 as determined by Student t test comparing Tr4+/− with WT.

Impaired erythroid differentiation in Tr4 heterozygous mutant fetal liver cells. Representative flow cytometry diagrams of fetal liver cells recovered from WT and Tr4+/− embryos at (A) E13.5 and (D) E15.5, stained with α-CD71 and α-TER119 antibodies. The percentage of cells within each gate (II-IV) is indicated on the plots. (B,E) Graph reporting the percentage of cells within each gate describing erythroid differentiation (II-IV) in (B) E13.5 (E) and E15.5 in WT (closed circles) and Tr4+/− (open circles) fetal liver cells.32,33  (C,F) Total cells per fetal liver were calculated for WT and Tr4+/− mice. *P ≤ .05 as determined by Student t test comparing Tr4+/− with WT.

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