Table 1.

ARCH defining genes

GeneChromosomeRegionGeneChromosomeRegion
ASXL1 20 Whole gene NOTCH1 Indel: exon 0 
BRAF Missense: position 600 (aa) NPM1* Indel: position 288 (aa) 
CALR 12 Indel: positions 360 to 380 (aa) NRAS Missense: positions 12, 13, 61 (aa) 
CBL 11 Whole gene PPM1D 17 Whole gene 
DNMT3A Whole gene PTPN11 12 Whole gene 
EZH2 Whole gene RUNX1 21 Whole gene 
FLT3 12 Missense: position 835 (aa) and exons 9-11 SETBP1 18 Missense: position 870 (aa) 
GNAS 20 Whole gene SF3B1 Missense: positions 625, 666, 700 (aa) 
GNB1 Missense: positions 57, 76, 80 (aa) SMC1A Whole gene 
IDH1 Missense: positions 132 (aa) SMC3 10 Whole gene 
IDH2 15 Missense: positions 140, 172 (aa) SRSF2 17 Missense: position 95 (aa) 
JAK2 Missense: position 617 (aa) STAG2 Whole gene 
KIT* Missense: position 816 (aa) TET2 Whole gene 
KRAS 12 Missense: positions 12, 13, 61 (aa) TP53 17 Whole gene 
MPL Indel: exon 10 U2AF1 21 Missense: positions 34, 154 (aa) 
MYD88 Missense: position 265 (aa) WT1* 11 Whole gene 
GeneChromosomeRegionGeneChromosomeRegion
ASXL1 20 Whole gene NOTCH1 Indel: exon 0 
BRAF Missense: position 600 (aa) NPM1* Indel: position 288 (aa) 
CALR 12 Indel: positions 360 to 380 (aa) NRAS Missense: positions 12, 13, 61 (aa) 
CBL 11 Whole gene PPM1D 17 Whole gene 
DNMT3A Whole gene PTPN11 12 Whole gene 
EZH2 Whole gene RUNX1 21 Whole gene 
FLT3 12 Missense: position 835 (aa) and exons 9-11 SETBP1 18 Missense: position 870 (aa) 
GNAS 20 Whole gene SF3B1 Missense: positions 625, 666, 700 (aa) 
GNB1 Missense: positions 57, 76, 80 (aa) SMC1A Whole gene 
IDH1 Missense: positions 132 (aa) SMC3 10 Whole gene 
IDH2 15 Missense: positions 140, 172 (aa) SRSF2 17 Missense: position 95 (aa) 
JAK2 Missense: position 617 (aa) STAG2 Whole gene 
KIT* Missense: position 816 (aa) TET2 Whole gene 
KRAS 12 Missense: positions 12, 13, 61 (aa) TP53 17 Whole gene 
MPL Indel: exon 10 U2AF1 21 Missense: positions 34, 154 (aa) 
MYD88 Missense: position 265 (aa) WT1* 11 Whole gene 

Any nonsynonymous, nonsense, or frameshift mutations in the coding regions of these genes will define ARCH. For some genes, the entire sequence needs to be determined because mutations are found throughout the entire coding region. For other genes, determining the sequence of specific hotspots may suffice.

*

Genes are optional to rule out leukemia because they were not reported in ARCH.

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