Science · 2017 · 2.5K citations · 55 references
Life SciencesCell BiologyImmunologyCell DifferentiationCellular ImmunologyTranscriptomicsDendritic Cell BiologyImmune Cell DifferentiationSingle-cell AnalysisSingle-cell ClusteringSingle-cell Rna Sequencing AnalysisSingle-cell TranscriptomicsDeep Sequencing AnalysisDendritic Cell HeterogeneityDendritic Cell Subset SpecificationDendritic Cell-t Cell InteractionRna Sequencing (Rna-seq)Single-cell Rna Sequencing
What's in a drop of blood? Blood contains many types of cells, including many immune system components. Immune cells used to be characterized by marker-based assays, but now classification relies on the genes that cells express. Villani et al. used deep sequencing at the single-cell level and unbiased clustering to define six dendritic cell and four monocyte populations. This refined analysis has identified, among others, a previously unknown dendritic cell population that potently activates T cells. Further cell culture revealed possible differentiation progenitors within the different cell populations. Science , this issue p. eaah4573
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