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Table 4 Selective pressures of non-TNLs among five Rosaceae species

From: Species-specific duplications driving the recent expansion of NBS-LRR genes in five Rosaceae species

Family no.

Ka / Ks a

ω b

2Δln

Family no.

Ka / Ks a

ω b

2Δln

F. vesca

P. bretschneideri

0

1.01

1.37

244.51**

12

1.13

1.14

174.51**

2

0.51

0.51

30.00**

13

0.67

0.64

309.43**

3

0.72

0.78

163.67**

17

0.69

0.72

270.23**

4

0.52

0.52

26.42**

19

0.61

0.71

140.67**

5

0.35

0.39

3.41

21

0.71

0.88

173.72**

9

0.57

0.57

64.46**

23

0.62

0.62

69.89**

10

0.52

0.53

30.72**

24

0.96

0.96

101.27**

M. domestica

25

0.66

0.67

75.95**

0

0.34

0.37

20.55**

26

0.51

0.65

30.17**

2

0.75

0.65

34.70**

27

1.70

0.68

38.52**

3

0.78

0.71

164.45**

28

0.60

0.67

174.99**

6

0.55

0.58

47.64**

29

1.21

1.19

124.18**

8

0.75

1.38

330.32**

32

0.62

0.64

40.06**

9

0.40

0.46

11.37**

33

0.35

0.40

63.30**

11

0.64

0.64

26.32**

38

0.73

0.75

426.85**

13

0.55

0.58

3.41

40

0.20

0.28

1.27

14

0.88

0.79

53.12**

42

0.43

0.50

49.36**

15

0.87

0.45

157.04**

P. persica

16

0.54

0.58

128.15**

0

0.67

0.72

90.19**

17

0.65

0.59

45.42**

1

0.48

0.46

94.92**

20

1.10

1.08

90.23**

2

0.58

0.59

64.94**

22

1.02

1.33

48.89**

3

0.51

0.57

81.35**

23

0.59

0.61

123.77**

4

0.73

0.85

81.38**

24

0.53

0.65

17.75**

5

0.56

0.60

53.61**

25

0.91

0.95

242.51**

7

0.87

0.77

131.61**

27

0.55

0.62

236.80**

10

0.54

0.56

39.07**

29

0.70

0.84

46.93**

11

1.01

1.12

35.54**

30

0.54

0.59

5.43

12

0.53

0.51

161.31**

32

0.41

0.49

3.81

13

0.33

0.38

0.18

35

0.89

0.62

141.09**

14

0.59

0.59

68.99**

36

0.60

0.70

61.85**

15

0.62

0.77

11.16**

37

0.65

0.71

30.67**

16

0.72

0.87

149.36**

39

0.85

0.95

182.68**

17

0.64

0.64

94.83**

41

0.67

0.70

133.44**

20

0.48

0.53

28.45**

43

0.93

0.86

158.52**

22

0.37

0.39

1.92

46

0.76

0.76

88.84**

23

0.53

0.61

17.38**

48

0.31

0.47

2.97

24

0.48

0.48

57.74**

49

0.70

0.91

18.54**

29

0.62

0.62

156.86**

51

0.73

0.86

118.63**

30

0.68

0.69

86.74**

52

0.84

0.86

88.35**

P. mume

53

0.25

0.32

1.41

0

0.66

0.74

26.03**

54

-

0.00

0

2

0.73

0.72

118.53**

56

0.91

1.04

100.03**

3

0.68

0.73

173.81**

57

0.81

0.91

230.38**

5

0.68

0.73

214.41**

59

0.74

0.70

278.72**

6

0.67

0.70

49.62**

60

0.74

0.66

273.76**

8

0.70

0.69

101.58**

70

0.82

0.78

208.35**

10

0.64

0.62

97.65**

72

0.40

0.34

61.52**

12

0.59

0.65

103.39**

75

0.73

0.55

47.28**

14

0.63

0.69

63.55**

P. bretschneideri

15

0.50

0.48

59.19**

0

0.60

0.67

312.45**

17

0.82

0.79

156.79**

1

0.40

0.47

61.89**

18

0.58

0.70

179.70**

2

0.70

0.78

113.38**

19

0.43

0.49

3.83

4

0.42

0.53

18.57**

21

0.31

0.34

−2.00E-06

7

0.55

0.63

16.11**

24

0.92

1.21

38.51**

9

0.54

0.61

54.18**

25

0.78

0.89

15.13**

11

0.74

0.88

58.97**

    
  1. aAverage Ka/Ks ratio of each gene family calculated by MEGA; b dN/dS ratio for each gene family using branch model; 2Δln represents the result of LR test for site model; ** represent highly significant (2Δln > 9.210, p < 0.01) tests for positive selection between model M7 and M8.