Fig. 3: Recoverability simulation and effects of subclones on mutation concordance. | Nature Communications

Fig. 3: Recoverability simulation and effects of subclones on mutation concordance.

From: Retrospective evaluation of whole exome and genome mutation calls in 746 cancer samples

Fig. 3

a Observed recovery rate of PCAWG variants in MC3 (red) and of MC3 variants in PCAWG (blue), alongside sequencing noise simulations calculated from random draws of a binomial model that incorporates the VAF and estimated read depth at each site (light red simulates PCAWG recoverability of MC3 variants, and light blue simulated MC3 recoverability of PCAWG variants). Y-axis is described with legend. X-axis displays VAF of the comparative data set in regard to Y. b A stacked bar chart displays the proportion of matched and unique variants (y-axis) for different VAF bins (x-axis). 180 variants did not provide read count information and were removed from this figure. c Stacked proportional histogram shows the fractions of PCAWG matched mutations (purple) and PCAWG-unique mutations (red). Mutations were restricted to SNVs, and subclonality predictions are indicated as either ‘Clonal’ or ‘Sub-clonal’. Columns 2–4 reflect sub-clonal assignment provided by PCAWG (Note: only a few samples reported five predicted subclones and were not included in this analysis). The number of variants represented for each clonal assignment is shown on the x-axis. d Similar to panel c, a stacked proportional histogram illustrates the proportion of matched and unique variants for MC3 which provide estimates of total number of matched or unique variants called by MC3.

Back to article page