Fig. 6: scEC&T-seq detects circular DNAs in primary neuroblastomas at the single-cell level. | Nature Genetics

Fig. 6: scEC&T-seq detects circular DNAs in primary neuroblastomas at the single-cell level.

From: Parallel sequencing of extrachromosomal circular DNAs and transcriptomes in single cancer cells

Fig. 6

a, Schematic diagram describing tumor and blood sample processing. b, Number of individual circular DNA regions normalized by library size detected in primary tumor nuclei (n = 93 nuclei patient no. 1, n = 86 nuclei patient no. 2), neuroblastoma cell line single cells (n = 25 TR14 cells, n = 150 CHP-212 cells) and nonmalignant single T cells (n = 38 patient no. 3, n = 41 patient no. 4). P values were calculated using a two-sided Welch’s t-test and are shown. The boxes in the boxplots represent the 25th and 75th percentiles with the center bar as the median value and the whiskers representing the furthest outlier ≤1.5× the IQR from the box. c, Heatmap of the genome-wide circular DNA density in neuroblastoma primary tumors and normal T cells (n = 93 patient no. 1, green; n = 86 patient no. 2, purple; n = 38 patient no. 3, yellow; n = 41 patient no. 4, orange; bin sizes = 3 Mb). The location of the MYCN gene in chr2 is shown.

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