Table 2.

Genotyping analysis of FC sorted BM and PB subpopulations from 9 patients

Sorted populations
Genetic alterationsVAF in abnormal T cellsVAF in abnormal plasma cells
Patient 2 DNMT3A p.R736C 0.478  
TET2 p.Q810* 0.463 
TET2 p.Y1128* 0.458 
IDH2 p.R172K 0.406 
RHOA p.G17V 0.459 
ATR p.D1409N 0.206 
KMT2B p.Q757* 0.248 
BRCA2 p.A2306S 0.478 
BTG1 p.K29* 0.484 
EPHA5 p.G1033E 0.229 
KMT2D p.H1525Pfs*37 0.248 
SETD5 p.Y987F 0.345 
Patient 3  VAF in abnormal T cells VAF in monocytes  
TET2 p.Y592fs 0.505 0.005  
DNMT3A exon11 splicing variant (c.1279+1G>A) 0.473 0.003 
IDH2 p.R172K 0.489 0.002  
RHOA p.G17V 0.479 0.001 
Patient 4  VAF in abnormal T cells VAF in monocytes  
TET2 p.Y1337* 0.550  
DNMT3A p.W795C 0.488 0.065 
IDH2 p.R172G  
RHOA p.G17V 0.491 
Patient 10  VAF in abnormal T cells VAF in abnormal CD34+ myeloid blasts VAF in monocytes 
TET2 p.C1289Y 0.506 0.481 0.478 
TET2 p.L1899Sfs*9 0.446 0.32 0.542 
DNMT3A p.R771* 0.51 0.4 0.514 
DNMT3A p.C861Y 0.406 0.359 
RUNX1 p.A329Sfs*271 0.621 0.423 
ARID1B p.S914N 0.349 
DDX3X p.V526A 0.234 
NFE2 p.T318A 0.341 
ROBO1 p.G904R 0.516 
Patient 11  VAF in abnormal CD34+ myeloid blasts VAF in abnormal CD117+/CD34 blasts VAF in normal lymphocytes 
TET2 p.C484fs 0.128 0.394 0.148 
TET2 p.L757fs 0.196 0.463 0.139 
DNMT3A p.I471* 0.180 0.009 
EPHA5 p.D136N 
WT1 p.S189* 0.371 
WT1 p.S71Lfs*128 0.029 
Patient 13  VAF in abnormal T cells VAF in normal myeloid cells VAF in normal B cells 
DNMT3A p.K455* 0.485 0.375 0.206 
TET2 p.G641W 0.465 0.085 0.196 
TET2 p.S631* 0.477 0.084 0.198 
TET2 p.Q1030* 0.250 
SF3B1 p.K700E 0.205 
TET2 p.V1232Gfs*21 0.11 
TET3 p.C695Y 0.502 
TET3 p.C693G 0.475 
Patient 14  VAF in monocytes   
TET2 p.C973fs   
TET2 p.R1216*   
IDH2 p.R172S   
RHOA p.G17V   
Patient 15  VAF in monocytes   
TET2 p.570fs 0.22   
IDH2 p.R172G   
RHOA p.G17V   
Patient 20  VAF in abnormal T cells VAF in granulocytes  
TET2 p.R1440Tfs*38 0.689 0.327  
TET2 p.S794* 0.045 0.294  
TET2 p.W1003* 0.011 0.079  
TET2 p.H850Qfs*19 0.005 0.038  
DNMT3A p.R736H 0.008 0.064 
Sorted populations
Genetic alterationsVAF in abnormal T cellsVAF in abnormal plasma cells
Patient 2 DNMT3A p.R736C 0.478  
TET2 p.Q810* 0.463 
TET2 p.Y1128* 0.458 
IDH2 p.R172K 0.406 
RHOA p.G17V 0.459 
ATR p.D1409N 0.206 
KMT2B p.Q757* 0.248 
BRCA2 p.A2306S 0.478 
BTG1 p.K29* 0.484 
EPHA5 p.G1033E 0.229 
KMT2D p.H1525Pfs*37 0.248 
SETD5 p.Y987F 0.345 
Patient 3  VAF in abnormal T cells VAF in monocytes  
TET2 p.Y592fs 0.505 0.005  
DNMT3A exon11 splicing variant (c.1279+1G>A) 0.473 0.003 
IDH2 p.R172K 0.489 0.002  
RHOA p.G17V 0.479 0.001 
Patient 4  VAF in abnormal T cells VAF in monocytes  
TET2 p.Y1337* 0.550  
DNMT3A p.W795C 0.488 0.065 
IDH2 p.R172G  
RHOA p.G17V 0.491 
Patient 10  VAF in abnormal T cells VAF in abnormal CD34+ myeloid blasts VAF in monocytes 
TET2 p.C1289Y 0.506 0.481 0.478 
TET2 p.L1899Sfs*9 0.446 0.32 0.542 
DNMT3A p.R771* 0.51 0.4 0.514 
DNMT3A p.C861Y 0.406 0.359 
RUNX1 p.A329Sfs*271 0.621 0.423 
ARID1B p.S914N 0.349 
DDX3X p.V526A 0.234 
NFE2 p.T318A 0.341 
ROBO1 p.G904R 0.516 
Patient 11  VAF in abnormal CD34+ myeloid blasts VAF in abnormal CD117+/CD34 blasts VAF in normal lymphocytes 
TET2 p.C484fs 0.128 0.394 0.148 
TET2 p.L757fs 0.196 0.463 0.139 
DNMT3A p.I471* 0.180 0.009 
EPHA5 p.D136N 
WT1 p.S189* 0.371 
WT1 p.S71Lfs*128 0.029 
Patient 13  VAF in abnormal T cells VAF in normal myeloid cells VAF in normal B cells 
DNMT3A p.K455* 0.485 0.375 0.206 
TET2 p.G641W 0.465 0.085 0.196 
TET2 p.S631* 0.477 0.084 0.198 
TET2 p.Q1030* 0.250 
SF3B1 p.K700E 0.205 
TET2 p.V1232Gfs*21 0.11 
TET3 p.C695Y 0.502 
TET3 p.C693G 0.475 
Patient 14  VAF in monocytes   
TET2 p.C973fs   
TET2 p.R1216*   
IDH2 p.R172S   
RHOA p.G17V   
Patient 15  VAF in monocytes   
TET2 p.570fs 0.22   
IDH2 p.R172G   
RHOA p.G17V   
Patient 20  VAF in abnormal T cells VAF in granulocytes  
TET2 p.R1440Tfs*38 0.689 0.327  
TET2 p.S794* 0.045 0.294  
TET2 p.W1003* 0.011 0.079  
TET2 p.H850Qfs*19 0.005 0.038  
DNMT3A p.R736H 0.008 0.064 
*

stop codon mutation.

Flow-sorted BM or PB samples that are different from the BM samples described in Table 1 and supplemental Figure 1 and Table 2. The BM sample from patient 2 reported in this table was obtained at the time of initial AITL diagnosis while the BM sample reported in Table 1 and supplemental Figure 1 and Table 2 was obtained ∼2 years later at the time of MDS diagnosis. The sample reported in this table from patient 3 is a PB sample obtained at the time of initial AITL diagnosis, while the BM sample reported in Table 1 and supplemental Figure 1 and Table 2 was obtained <1 year later at the time of AITL relapse. The sample reported in this table from patient 4 is a BM sample obtained at the time of AITL relapse, while the BM sample reported in Table 1 and supplemental Figure 1 and Table 2 was obtained ∼2.5 years earlier after completion of the first round of AITL-directed chemotherapy. The sample reported in this table from patient 14 is a PB sample obtained at the time of first AITL relapse, while the BM sample reported in Table 1 and supplemental Figure 1 and Table 2 was obtained <1 year later at the time of second AITL relapse. The sample reported in this table from patient 15 is a PB sample obtained during routine surveillance, while the BM sample reported in Table 1 and supplemental Figure 1 and Table 2 was obtained ∼3 years prior at initial AITL diagnosis.

Samples that were genotyped using droplet digital polymerase chain reaction.

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