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Table 2 Sensitivity and specificity of exon detection from the P. knowlesi genome

From: A genome alignment algorithm based on compression

Method & params

P.k/P.f

P.k/P.g

P.k/P.v

P.k/P.y

P.k/All

Total time (Mins)

 

Sen. (%)

Spe. (%)

Sen. (%)

Spe. (%)

Sen. (%)

Spe. (%)

Sen. (%)

Spe. (%)

Sen. (%)

Spe. (%)

 

XMAligner -hashSize = 20 -binaryHash = true-limit = 500

r = 0.15

91.73

51.62

89.04

52.50

98.23

51.48

90.74

52.68

98.77

50.57

470.40

r = 0.25

61.82

63.02

52.38

64.83

93.49

57.09

59.61

66.42

93.30

57.06

450.56

r = 0.35

42.12

82.86

34.05

84.74

90.01

62.06

40.78

85.89

88.64

63.87

446.37

Promer -l 6 -g 30

c = 10

60.32

60.80

47.52

58.10

94.49

54.89

57.67

63.35

94.89

54.28

109.48

c = 20

45.55

90.53

37.44

91.90

92.11

67.16

43.62

91.82

92.07

67.64

41.37

c = 40

32.40

95.28

28.60

96.46

85.67

79.62

30.40

95.50

84.60

80.12

33.99

Nucmer -l 14 -g 160

c = 40

6.31

69.61

6.36

74.28

71.59

60.98

6.31

75.44

70.84

61.14

14.05

c = 65

3.38

75.40

3.51

81.34

64.98

63.26

3.33

77.86

63.71

63.73

9.96

c = 90

1.80

74.80

1.93

83.34

58.74

65.22

1.82

80.71

57.16

65.76

8.26

Blastz -notransition -step = 20 -nogapped

t = 3000

17.12

75.97

15.21

77.42

74.92

72.89

16.87

79.64

75.94

72.01

24.04

t = 5000

16.24

83.96

14.62

82.64

74.29

77.23

16.10

86.48

75.06

76.59

21.04

t = 7000

15.55

87.05

14.20

85.75

73.40

81.31

15.43

89.03

73.97

80.70

20.57