Figure 3.
Figure 3. Differential gene expression in CD16+ and CD16− MDDCs in response to LPS. Transcriptional profiling was performed as described in Figure 1A,E-F with matched MDDC subsets exposed to media (immature) or LPS (mature) for 24 hours. Shown are top-regulated genes in immature and mature CD16+ compared with CD16− MDDCs (A) and differentially expressed genes in CD16+ vs CD16− MDDC subsets exposed to LPS (P < .05; FC cutoff, 1.3) linked to the gene ontology terms chemotaxis (B) and cytokines (C). Heat map cells are scaled by the expression level z-scores for each probe individually. Results were generated with cells from 5 different donors identified with different color codes.

Differential gene expression in CD16+and CD16MDDCs in response to LPS. Transcriptional profiling was performed as described in Figure 1A,E-F with matched MDDC subsets exposed to media (immature) or LPS (mature) for 24 hours. Shown are top-regulated genes in immature and mature CD16+ compared with CD16 MDDCs (A) and differentially expressed genes in CD16+ vs CD16 MDDC subsets exposed to LPS (P < .05; FC cutoff, 1.3) linked to the gene ontology terms chemotaxis (B) and cytokines (C). Heat map cells are scaled by the expression level z-scores for each probe individually. Results were generated with cells from 5 different donors identified with different color codes.

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