Figure 5.
Clonal architecture of DDX41MutGL AML. (A) Relative CCFs of somatic mutations. CCFs are normalized on the highest CCF in each patient (assuming a linear accumulation of mutations). Isolated DDX41MutSom mutations are considered separately for unbiased representation. Only the most recurrent mutations are shown. (B) Correlation between the percentage of bone marrow blasts and the CCFs of DDX41MutSom variants. Results of the Spearman correlation test are reported. (C) Mutational landscape of 10 diagnostic/relapse DDX41MutGL AML sample pairs. Each column represents a single patient. (D-E) Fish plots derived from CALDER clonal architecture inference (upper panel) and corresponding raw VAF (lower panel) visualizing patterns of clonal evolution in 2 characteristic DDX41MutGL AML patients.

Clonal architecture of DDX41MutGL AML. (A) Relative CCFs of somatic mutations. CCFs are normalized on the highest CCF in each patient (assuming a linear accumulation of mutations). Isolated DDX41MutSom mutations are considered separately for unbiased representation. Only the most recurrent mutations are shown. (B) Correlation between the percentage of bone marrow blasts and the CCFs of DDX41MutSom variants. Results of the Spearman correlation test are reported. (C) Mutational landscape of 10 diagnostic/relapse DDX41MutGL AML sample pairs. Each column represents a single patient. (D-E) Fish plots derived from CALDER clonal architecture inference (upper panel) and corresponding raw VAF (lower panel) visualizing patterns of clonal evolution in 2 characteristic DDX41MutGL AML patients.

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