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Table 1 Correlation between FGF9 expression and clinicopathological parameters of gastric adenocarcinomas

From: Downregulation of miRNA-214 in cancer-associated fibroblasts contributes to migration and invasion of gastric cancer cells through targeting FGF9 and inducing EMT

Features

N

PTCAF-FGF9 expression(%)

p value

PT-FGF9 expression(%)

p value

N

LNCAF-FGF9 expression(%)

p value

LNT-FGF9 expression(%)

p value

low

high

low

high

low

high

low

high

Total

160

112(70.0)

48(30.0)

 

141(88.1)

19(11.9)

 

106

72(67.9)

34(32.1)

 

93(87.7)

13(12.3)

 

Age

  < 60

54

42(77.8)

12(22.2)

0.125

53(98.1)

1(1.9)

0.005*

38

30(79.0)

8(21.0)

0.069

36(94.7)

2(5.3)

0.129

  ≥60

106

70(66.0)

36(34.0)

88(83.0)

18(17.0)

68

42(61.8)

26(38.2)

57(83.8)

11(16.2)

sex

  male

115

83(72.2)

32(27.8)

0.337

100(87.0)

15(13.0)

0.465

75

50(66.7)

25(33.3)

0.666

63(84.0)

12(16.0)

0.102

  female

45

29(64.4)

16(39.6)

41(91.1)

4(8.9)

31

22(71.0)

9(29.0)

30(96.8)

1(3.2)

tumor size

  < 5

57

45(79.0)

12(21.0)

0.066

53(93.0)

4(7.0)

0.158

38

27(71.1)

11(28.9)

0.606

32(84.2)

6(15.8)

0.408

  ≥ 5

103

67(65.0)

36(35.0)

88(85.4)

15(14.6)

68

45(66.2)

23(33.8)

61(89.7)

7(10.3)

Location

 GEJ-Cardia

24

15(62.5)

9(37.5)

0.029*

22(91.7)

2(8.3)

0.392

18

9(50.0)

9(50.0)

0.113

16(88.9)

2(11.1)

1.000

 Fundus-Body

41

30(73.2)

11(26.8)

38(92.7)

3(7.3)

28

22(78.6)

6(21.4)

25(89.3)

3(10.7)

 Antrum-Pylorus

87

65(74.7)

22(25.3)

75(86.2)

12(13.8)

57

40(70.2)

17(29.8)

49(86.0)

8(14.0)

 Remnant+ multi-sites

8

2(25.0)

6(75.0)

6(75.0)

2(25.0)

3

1(33.3)

2(66.7)

3(100)

0(0)

Differentiation

 well-moderate

25

16(64.0)

9(36.0)

0.476

21(84.0)

4(16.0)

0.503

16

7(43.8)

9(56.2)

0.025*

13(81.3)

3(18.7)

0.411

 poor

135

96(71.1)

39(28.9)

120(88.9)

15(11.1)

90

65(72.2)

25(27.8)

80(88.9)

10(11.1)

Lauren type

 intestinal

68

49(72.1)

19 (27.9)

0.625

57(83.8)

11(16.2)

0.148

46

25(54.4)

21(45.6)

0.009*

37(80.4)

9(19.6)

0.045*

 diffuse+mixed

92

63(68.5)

29(31.5)

84(91.3)

8(8.7)

60

47(78.3)

13(21.7)

56(93.3)

4(6.7)

pT stage

 T1 + T2

17

14(82.4)

3(17.6)

0.240

17(100)

0(0)

0.226

12

9(75.0)

3(25.0)

0.577

11(91.7)

1(8.3)

1.000

 T3 + T4

143

98(68.5)

45(31.5)

124(86.7)

19(13.3)

94

63(67.0)

31(33.0)

82(87.2)

12(12.8)

pN stage

  N0

31

18(58.1)

13(41.9)

0.407

28(90.3)

3(9.7)

0.792

/

/

/

 

/

/

/

  N1

35

26(74.3)

9(25.7)

29(82.9)

6(17.1)

20

16(80.0)

4(20.0)

0.175

17(85.0)

3(15.0)

0.599

  N2

29

22(75.9)

7(24.1)

26(89.7)

3(10.3)

24

13(54.2)

11(45.8)

20(83.3)

4(16.7)

  N3

65

46(70.8)

19(29.2)

58(89.2)

7(10.8)

62

43(69.4)

19(30.6)

56(90.3)

6(9.7)

M stage

  M0

157

110(70.1)

47(29.9)

1.000

139(88.5)

18(11.5)

0.317

103

70(68.0)

33(32.0)

1.000

90(87.4)

13(12.6)

1.000

  M1

3

2(66.7)

1(33.3)

2(66.7)

1(33.3)

3

2(66.7)

1(33.3)

3(100)

0(0)

TNM stage

 I + II

63

42(66.7)

21(33.3)

0.458

55(87.3)

8(12.7)

0.795

20

14(70.0)

6(30.0)

0.825

16(80.0)

4(20.0)

0.262

 III + IV

97

70(72.2)

27(27.8)

86(88.1)

11(11.9)

86

58(67.4)

28(32.6)

77(89.5)

9(10.5)

  1. *p < 0.05