Figure 2
Figure 2. Id1 expression is dynamically regulated during terminal erythroid differentiation. (A) Ter119 and CD71 expression in E14.5 murine fetal liver cells as determined by FACS and showing 5 sequential stages of erythroid differentiation R1-R5. (B) Id1 transcript levels after 24 hours of in vitro culture of lineage-negative E14.5 fetal liver cells overexpressing Jak2 or Jak2V617F. (C) Four populations of murine E14.5 fetal liver cells: (i) Ter119−CD71−, (ii) Ter119−CD71+, (iii) Ter119+CD71+, and (iv) Ter119+CD71−, isolated by flow cytometry and representing sequential stages of erythroid differentiation. (D) Id1 transcript levels in the 4 sorted erythroid populations as determined by real-time quantitative PCR. Id1 transcript levels are bimodal with peaks of expression in ter119−CD71− and Ter119+CD71+ cell populations.

Id1 expression is dynamically regulated during terminal erythroid differentiation. (A) Ter119 and CD71 expression in E14.5 murine fetal liver cells as determined by FACS and showing 5 sequential stages of erythroid differentiation R1-R5. (B) Id1 transcript levels after 24 hours of in vitro culture of lineage-negative E14.5 fetal liver cells overexpressing Jak2 or Jak2V617F. (C) Four populations of murine E14.5 fetal liver cells: (i) Ter119CD71, (ii) Ter119CD71+, (iii) Ter119+CD71+, and (iv) Ter119+CD71, isolated by flow cytometry and representing sequential stages of erythroid differentiation. (D) Id1 transcript levels in the 4 sorted erythroid populations as determined by real-time quantitative PCR. Id1 transcript levels are bimodal with peaks of expression in ter119CD71 and Ter119+CD71+ cell populations.

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