Figure 7.
Triad1 inhibits proliferation of committed myeloid progenitors in liquid cultures. (A) Proliferation of transduced bone marrow cells in liquid medium, indicating dramatic growth inhibition of Triad1-transduced cells compared with empty vector-transduced cells. Cell number at start of culture was set at 100, and relative numbers during culture time (days) were plotted. ⋄ and ▪ represent, respectively, empty vector- and Triad1-transduced cells. (B) Reduced growth rate of Triad1-transduced cells is accompanied by an increase in the percentage of cells in G0/G1 phase (DNA histograms were determined by flow cytometry using propidium iodide staining; Figure S3C). (C) Triad1-transduced cells grown in liquid medium show enhanced annexin V positivity compared with empty vector-transduced cells. (D) Triad1 expression does not result in alterations in the percentage of Mac1-positive cells compared with empty vector-transduced cells. Error bars indicate standard deviations.

Triad1 inhibits proliferation of committed myeloid progenitors in liquid cultures. (A) Proliferation of transduced bone marrow cells in liquid medium, indicating dramatic growth inhibition of Triad1-transduced cells compared with empty vector-transduced cells. Cell number at start of culture was set at 100, and relative numbers during culture time (days) were plotted. ⋄ and ▪ represent, respectively, empty vector- and Triad1-transduced cells. (B) Reduced growth rate of Triad1-transduced cells is accompanied by an increase in the percentage of cells in G0/G1 phase (DNA histograms were determined by flow cytometry using propidium iodide staining; Figure S3C). (C) Triad1-transduced cells grown in liquid medium show enhanced annexin V positivity compared with empty vector-transduced cells. (D) Triad1 expression does not result in alterations in the percentage of Mac1-positive cells compared with empty vector-transduced cells. Error bars indicate standard deviations.

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