Figure 4.
Correlations of PTPN11 clonal hierarchy with molecular features. (A) Rates of associated comutations in patients with PTPN11 mutations in subclonal (PTPN11SUB; blue) and dominant (PTPN11DOM; red) configuration. Significant differences are indicated. (B) VAFs of subclonal (n = 68) and dominant (n = 38) PTPN11 mutations. (C) Overall number of comutations associated with subclonal (n = 68) and dominant (n = 38) PTPN11 mutations. (D-E) Schematic illustration of representative clonal hierarchies (depicted from VAFs of PTPN11 mutations and comutations) in PTPN11DOM (D) and PTPN11SUB (E) AMLs of 2 PTPN11-mut patients (overlapping circles, top) and potential sequential acquisition of PTPN11 mutations (and comutations) as early (PTPN11DOM) or late (PTPN11SUB) event during clonal evolution (grid of circles, bottom).

Correlations of PTPN11 clonal hierarchy with molecular features. (A) Rates of associated comutations in patients with PTPN11 mutations in subclonal (PTPN11SUB; blue) and dominant (PTPN11DOM; red) configuration. Significant differences are indicated. (B) VAFs of subclonal (n = 68) and dominant (n = 38) PTPN11 mutations. (C) Overall number of comutations associated with subclonal (n = 68) and dominant (n = 38) PTPN11 mutations. (D-E) Schematic illustration of representative clonal hierarchies (depicted from VAFs of PTPN11 mutations and comutations) in PTPN11DOM (D) and PTPN11SUB (E) AMLs of 2 PTPN11-mut patients (overlapping circles, top) and potential sequential acquisition of PTPN11 mutations (and comutations) as early (PTPN11DOM) or late (PTPN11SUB) event during clonal evolution (grid of circles, bottom).

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