Figure 2
Mi2β regulates the expression of endogenous mouse β-type globin genes. CID cells that were transiently transfected as described in Figure 1 were then assayed for endogenous εy-, βh1-, and α-globin RNA levels by qPCR. (A) Transient knockdown of Mi2β in CID cells leads to increased expression of the murine εy (mεy) gene by 103-fold normalized to glycophorin A. (B) Mi2β knockdown leads to a threefold increase in murine βh1 (mßh1) gene expression. (C) Murine α-globin (mα) RNA level is unchanged on Mi2β knockdown. These data are expressed as εy-, βh1-, and α-globin RNA normalized to glycophorin A, a murine erythroid-specific housekeeping gene. Error bars represent the standard deviation of 3 independent experiments. *P < .05 and **P < .02 according to the Student t test. NS = not statistically significant.

Mi2β regulates the expression of endogenous mouse β-type globin genes. CID cells that were transiently transfected as described in Figure 1 were then assayed for endogenous εy-, βh1-, and α-globin RNA levels by qPCR. (A) Transient knockdown of Mi2β in CID cells leads to increased expression of the murine εy (mεy) gene by 103-fold normalized to glycophorin A. (B) Mi2β knockdown leads to a threefold increase in murine βh1 (mßh1) gene expression. (C) Murine α-globin (mα) RNA level is unchanged on Mi2β knockdown. These data are expressed as εy-, βh1-, and α-globin RNA normalized to glycophorin A, a murine erythroid-specific housekeeping gene. Error bars represent the standard deviation of 3 independent experiments. *P < .05 and **P < .02 according to the Student t test. NS = not statistically significant.

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