Figure 7.
Figure 7. Model of RelB-mediated regulation of human DC subset generation. RelB promotes the differentiation CD14+CD11b+ monocytic intermediates from CD34+ hematopoietic progenitor cells. These cells can give rise to CD1a+CD11b+ interstitial-type DCs. CD34+ progenitors in which RelB is inhibited (by stable ectopic expression of the RelB inhibitory protein p100ΔN) are arrested at a CD11b- myeloid cell stage capable of differentiating into other myeloid lineages, including LCs. Our data suggest that CD14loCD11b- monocytes represent shared monocyte/LC/DC precursors that require RelB for differentiation into monocytic intermediates of interstitial DCs.

Model of RelB-mediated regulation of human DC subset generation. RelB promotes the differentiation CD14+CD11b+ monocytic intermediates from CD34+ hematopoietic progenitor cells. These cells can give rise to CD1a+CD11b+ interstitial-type DCs. CD34+ progenitors in which RelB is inhibited (by stable ectopic expression of the RelB inhibitory protein p100ΔN) are arrested at a CD11b- myeloid cell stage capable of differentiating into other myeloid lineages, including LCs. Our data suggest that CD14loCD11b- monocytes represent shared monocyte/LC/DC precursors that require RelB for differentiation into monocytic intermediates of interstitial DCs.

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