Fig. 1.
Fig. 1. Phenotype of DCs derived in vitro from CD34hiCD33lo intrathymic precursors or resident in vivo in the human postnatal thymus. / (A) Representative flow cytometry profile of DCs derived by day 10 from sorted CD34hiCD33lo human thymic precursors set up in multicytokine-supported cultures (shaded histograms). (B) Identification of 2 distinct subsets of DCs resident in the human postnatal thymus based on reciprocal expression of CD13 and IL-3Rα. Electronic gates were set on sorted HLA-DR+ large-sized thymocytes as shown in the biparametric plot, and then IL-3Rα expression was analyzed on gated Lin−CD13+(gate I) or Lin−CD13−(gate II) cells (shaded monoparametric histograms). (C) Representative flow cytometry profile of Lin−CD13+ IL-3Rα− (shaded histograms) or Lin−CD13−IL-3Rα+ (unshaded histograms) HLA- DR+ thymic DCs gated as shown in (B). Background fluorescence (unshaded histograms in A and B, and dashed histograms in C) was determined with isotype-matched irrelevant MoAbs.

Phenotype of DCs derived in vitro from CD34hiCD33lo intrathymic precursors or resident in vivo in the human postnatal thymus.

(A) Representative flow cytometry profile of DCs derived by day 10 from sorted CD34hiCD33lo human thymic precursors set up in multicytokine-supported cultures (shaded histograms). (B) Identification of 2 distinct subsets of DCs resident in the human postnatal thymus based on reciprocal expression of CD13 and IL-3Rα. Electronic gates were set on sorted HLA-DR+ large-sized thymocytes as shown in the biparametric plot, and then IL-3Rα expression was analyzed on gated LinCD13+(gate I) or LinCD13(gate II) cells (shaded monoparametric histograms). (C) Representative flow cytometry profile of LinCD13+ IL-3Rα (shaded histograms) or LinCD13IL-3Rα+ (unshaded histograms) HLA- DR+ thymic DCs gated as shown in (B). Background fluorescence (unshaded histograms in A and B, and dashed histograms in C) was determined with isotype-matched irrelevant MoAbs.

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