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Table 2 CD200 expression is strongly associated with core-binding factor AML, CEBPA and RUNX1 mutations

From: CD200 in acute myeloid leukemia: marked upregulation in CEBPA biallelic mutated cases

N = 431

CD200 expression

%Positive cases

p-value

P0

P1

P2

N

N

N

FLT3

86

35

17

37.6%

ns

NPM1

118

21

7

19.1%

< 0.001

RUNX1

21

15

10

54.3%

< 0.05

RUNX1/RUNX1T1

3

11

2

81.3%

< 0.001

CBFB-MYH11

7

12

0

63.2%

< 0.001

IDH1/2

58

18

6

29.3%

ns

Biallelic CEBPA

0

4

4

100%

< 0.001

KMT2A

15

7

2

37.5%

ns

TP53

22

6

1

24.1%

ns

DAT

     

 DNMT3A

 TET2

 ASXL1/2

82

33

41

20

11

17

7

9

7

24.8%

37.8%

36.9%

ns

ns

ns

Spliceosome

     

 SF3B1

 SRSF2

 U2AF1

 ZRSR2

5

20

10

4

3

6

0

3

2

2

2

0

50.0%

28.6%

16.7%

42.9%

ns

ns

ns

ns

WT1

15

9

4

46.4%

ns

GATA2

5

5

4

64.2%

< 0.05

ETV6

1

3

2

83.3%

< 0.05

PHF6

3

1

3

57.1%

< 0.05

ZBTZ7A

3

6

1

70.0%

< 0.05

Other alterations

219

73

26

31.1%

ns

No mutations

20

5

0

20.0%

ns

  1. AML, acute myeloid leukemia; P0, pattern 0 = CD200 negative; P1, pattern 1 = CD200 positive; P2, pattern 2 = CD200 strong positive; DAT, DNMT3A, ASXL and TET2; ns, not significant. % CD200 positivity, included P2 and P3. No genetic data: 39 cases. Other alterations included: BCR-ABL1 (5), monoallelic CEBPA (12), TP53 (29), C-MYC (7), PTPN11 (25), RAD21 (16), CSF3R (10), CALR (5), NRAS (38), PML-RARA (5), CBL (12), KIT (18), NF1 (20), EZH6 (10), JAK2 (11), ANKRD26 (12), KDM6A (11), BCOR (21), DDX41 (8), PPM1D (6), MPL (6), SMC1A (7), KRAS (20), SETBP1 (1) and BRAF (3)