Figure 5
Cell-cycle and apoptosis analysis by flow cytometry. SATB1-transduced and control cell clones were analyzed in propidium iodide cell-cycle analysis (A) and annexin V binding-based apoptosis assay (B). (A) Each cell cycle is composed of G1, S, G2 stages, as well as sub-G1 stage, which represents the apoptotic or dead population of cells. Proportions of sub-G1 stage are indicated as no. (%). Chart on right: SATB1-transduced cells revealed increased sub-G1 population in contrast to the control cells. (B) Proportions of annexin V+ population, which represents apoptotic and dead cells are indicated as no. (%). Chart on right: SATB1-transduced cells revealed increased annexin V population in contrast to the control cells. Hut78 indicates parental untransduced Hut78 cells; MIG-1 to MIG-3, Hut78 cell clones transduced with empty MIG vector; and SATB1-1 to SATB1 4, Hut78 cell clones transduced with MIG vector containing SATB1. *P < .05 by Mann-Whitney U test.

Cell-cycle and apoptosis analysis by flow cytometry. SATB1-transduced and control cell clones were analyzed in propidium iodide cell-cycle analysis (A) and annexin V binding-based apoptosis assay (B). (A) Each cell cycle is composed of G1, S, G2 stages, as well as sub-G1 stage, which represents the apoptotic or dead population of cells. Proportions of sub-G1 stage are indicated as no. (%). Chart on right: SATB1-transduced cells revealed increased sub-G1 population in contrast to the control cells. (B) Proportions of annexin V+ population, which represents apoptotic and dead cells are indicated as no. (%). Chart on right: SATB1-transduced cells revealed increased annexin V population in contrast to the control cells. Hut78 indicates parental untransduced Hut78 cells; MIG-1 to MIG-3, Hut78 cell clones transduced with empty MIG vector; and SATB1-1 to SATB1 4, Hut78 cell clones transduced with MIG vector containing SATB1. *P < .05 by Mann-Whitney U test.

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