Fig. 2: Specific expression of marker genes for hypocotyl cell types and lateral root caps. | Nature Plants

Fig. 2: Specific expression of marker genes for hypocotyl cell types and lateral root caps.

From: Time series single-cell transcriptional atlases reveal cell fate differentiation driven by light in Arabidopsis seedlings

Fig. 2

a, Expression of AT4G18970 in hypocotyl epidermal cells under dark and light conditions. The gene expression pattern was determined by AT4G18970 promoter-driven Histone2B-GFP (H2B-GFP, green) reporter. The cell outline (red) was visualized by FM4-64 staining in addition to DsRed2 reporter driven by a seedling-specific promoter (pAT2S3). b, Expression of AT3G05150 in hypocotyl cortical cells specifically in darkness. The gene expression pattern was determined using Histone2B-GFP (H2B-GFP, green) reporter driven by AT3G05150 promoter. The cell outline (red) was visualized by FM4-64 staining in addition to DsRed2 reporter driven by a seedling-specific promoter (pAT2S3). c, Expression of AT1G78450 in hypocotyl cortical cells specifically in light conditions. The gene expression pattern was determined by AT1G78450 promoter-driven Histone2B-GFP (H2B-GFP, green) reporter. The cell outline (red) was visualized by FM4-64 staining in addition to DsRed2 reporter driven by a seedling-specific promoter (pAT2S3). d, Expression of AT1G53708 in subtype LRC1 and LRC2 in dark and light conditions, respectively. The seedling cells (red) were labelled with the seedling-specific promoter AT2S3::DsRed2. e, Expression of AT4G13890 in a stable subtype LRC3 in dark and light conditions. The seedling cells (red) were labelled with the seedling-specific promoter AT2S3::DsRed2. The expression patterns of marker genes in cell atlases for Dark and Light samples are correspondingly illustrated on the right. Colour bar, normalized UMI counts; darker colours indicated higher expression. Scale bar, 100 μm. Each experiment was independently repeated three times.

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