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Table 1 Nucleotide composition analysis of MARV coding sequences (%)

From: Genomic analysis of codon usage shows influence of mutation pressure, natural selection, and host features on Marburg virus evolution

No

A

U

G

C

A3S

U3S

G3S

C3S

AU

GC

GC1S

GC2S

AU3S

GC3S

GC12S

ENC

ARO

GRAVY

1

31.9

27.6

19.7

20.8

31.2

32.8

18.1

18

59.5

40.5

46.4

39

64

36.1

42.7

54.76

9

−32

2

32

27.8

19.5

20.7

31.6

33.3

17.4

17.8

59.8

40.2

46.5

38.9

64.9

35.2

42.7

54.96

9

−33

3

32

27.8

19.5

20.6

31.5

33.4

17.4

17.8

59.8

40.2

46.5

38.9

64.9

35.1

42.7

53.54

9

−32

4

32

27.7

19.5

20.7

31.5

33.2

17.4

17.9

59.7

40.3

46.5

38.9

64.7

35.3

42.7

53.59

9

−33

5

32

27.7

19.6

20.8

31.5

33.2

17.4

18

59.7

40.3

46.6

39

64.7

35.3

42.8

53.59

9

−33

6

32

27.8

19.5

20.6

31.5

33.4

17.4

17.8

59.8

40.2

46.5

38.9

64.9

35.1

42.7

53.57

9

−32

7

32

27.6

19.5

20.9

31.4

33

17.5

18.1

59.6

40.4

46.4

39

64.4

35.6

42.7

53.66

9

−32

8

32

27.7

19.5

20.8

31.4

33

17.6

18

59.7

40.4

46.5

39.1

64.4

35.6

42.8

53.64

9

−33

9

32

27.8

19.6

20.6

31.5

33.4

17.3

17.7

59.8

40.2

46.6

38.9

64.9

35.1

42.75

54.67

9

−33

10

32

27.6

19.5

20.9

31.4

32.9

17.5

18.2

59.6

40.4

46.5

39.1

64.3

35.7

42.8

54.17

9

−33

11

31.9

27.5

19.7

20.9

31.2

32.6

18

18.2

59.4

40.6

46.6

38.8

63.8

36.3

42.7

53.43

9

−32

12

31.9

27.7

19.6

20.8

31.2

33.2

17.7

17.9

59.6

40.4

46.4

39.1

64.4

35.6

42.75

54.64

9

−33

13

31.9

27.7

19.6

20.8

31.2

33.2

17.6

17.9

59.6

40.3

46.4

39.1

64.4

35.5

42.75

54.47

9

−33

14

32

27.7

19.5

20.8

31.4

33

17.6

18

59.7

40.4

46.5

39.1

64.4

35.6

42.8

54.29

9

−33

15

32

27.7

19.5

20.8

31.4

33

17.5

18

59.7

40.3

46.4

39

64.4

35.5

42.7

54.14

9

−33

16

32

27.6

19.5

20.8

31.4

33

17.5

18.1

59.6

40.3

46.4

39

64.4

35.6

42.7

53.91

9

−33

17

32

27.7

19.5

20.8

31.3

33.1

17.6

18

59.7

40.4

46.5

39.1

64.4

35.6

42.8

54.31

9

−33

18

32

27.6

19.5

20.8

31.4

33

17.5

18

59.6

40.3

46.4

39

64.4

35.6

42.7

54.36

9

−33

19

32

27.7

19.5

20.8

31.4

33

17.5

18

59.7

40.3

46.4

39

64.4

35.5

42.7

54.31

9

−33

20

32

27.7

19.5

20.8

31.4

33

17.5

18

59.7

40.3

46.4

39

64.4

35.5

42.7

54.33

9

−33

21

32

27.6

19.5

20.8

31.4

33

17.5

18.1

59.6

40.3

46.4

39

64.4

35.6

42.7

54.31

9

−33

22

32

27.7

19.5

20.8

31.3

33.2

17.6

17.9

59.7

40.3

46.5

39.1

64.5

35.5

42.8

54.39

9

−33

23

32

27.6

19.5

20.8

31.4

33

17.5

18

59.6

40.3

46.4

39

64.4

35.5

42.7

54.27

9

−33

24

32

27.6

19.5

20.9

31.4

33

17.5

18.1

59.6

40.3

46.4

39

64.4

35.6

42.7

54.34

9

−33

25

32

27.6

19.5

20.9

31.4

33

17.5

18.1

59.6

40.4

46.5

39

64.4

35.6

42.75

54.30

9

−33

26

32

27.7

19.5

20.9

31.3

32.9

17.7

18.1

59.7

40.4

46.4

39

64.2

35.8

42.7

54.63

9

−33

27

32

27.7

19.5

20.9

31.3

32.9

17.7

18.1

59.7

40.4

46.4

39

64.2

35.8

42.7

54.63

9

−33

28

32

27.6

19.5

20.9

31.3

33

17.6

18.1

59.6

40.3

46.3

39

64.3

35.7

42.65

54.37

9

−33

29

32

27.6

19.5

20.9

31.4

33

17.5

18.1

59.6

40.3

46.4

39

64.4

35.6

42.7

53.96

9

−33

30

32

27.6

19.5

20.9

31.4

33

17.5

18.1

59.6

40.4

46.4

39.1

64.4

35.6

42.75

54.26

9

−33

31

32

27.6

19.5

20.9

31.4

33

17.5

18.1

59.6

40.4

46.5

39

64.4

35.6

42.75

54.40

9

−33

32

32

27.6

19.5

20.9

31.4

33

17.5

18.1

59.6

40.4

46.4

39

64.4

35.6

42.7

54.29

9

−33

33

32

27.6

19.5

20.9

31.3

33

17.6

18.1

59.6

40.4

46.5

39

64.3

35.7

42.75

54.26

9

−33

34

32

27.7

19.5

20.8

31.3

33.2

17.6

17.9

59.7

40.3

46.4

39.1

64.5

35.5

42.75

54.76

9

−33

35

32

27.6

19.5

20.9

31.4

33

17.5

18

59.6

40.4

46.5

39

64.4

35.6

42.75

54.24

9

−33

36

32

27.7

19.5

20.8

31.3

33.2

17.6

17.9

59.7

40.3

46.4

39.1

64.5

35.5

42.75

53.86

9

−33

37

31.7

27.7

19.7

20.9

30.8

33

18.1

18.1

59.4

40.6

46.7

38.9

63.8

36.2

42.8

54.01

9

−32

38

31.7

27.7

19.7

20.9

30.8

33

18.1

18.1

59.4

40.6

46.7

38.9

63.8

36.2

42.8

54.30

9

−32

39

31.7

27.7

19.7

20.9

30.8

33

18.1

18.1

59.4

40.6

46.7

38.9

63.8

36.2

42.8

54.20

9

−32

40

31.7

27.6

19.7

20.9

30.8

33

18.1

18.1

59.3

40.6

46.7

38.9

63.8

36.2

42.8

54.11

9

−32

41

31.7

27.7

19.7

20.9

30.8

33

18.1

18.1

59.4

40.6

46.7

38.9

63.8

36.2

42.8

54.26

9

−32

42

31.7

27.7

19.7

20.9

30.8

33

18.1

18.1

59.4

40.6

46.7

38.9

63.8

36.2

42.8

54.24

9

−32

43

31.7

27.7

19.7

20.9

30.8

33

18.1

18.1

59.4

40.6

46.7

38.9

63.8

36.2

42.8

54.20

9

−32

44

31.7

27.7

19.7

20.9

30.8

33

18.1

18.1

59.4

40.6

46.7

38.9

63.8

36.2

42.8

54.19

9

−32

45

32

27.7

19.5

20.8

31.5

33.1

17.5

18

59.7

40.3

46.4

39.1

64.6

35.4

42.75

54.21

9

−33

46

32

27.9

19.6

20.5

31.4

33.5

17.5

17.6

59.9

40.1

46.3

38.9

64.9

35.1

42.6

54.24

9

−33

47

32

27.9

19.6

20.6

31.4

33.5

17.5

17.6

59.9

40.1

46.3

38.9

64.9

35.1

42.6

54.23

9

−33

48

32

27.7

19.5

20.8

31.4

33.1

17.5

18

59.7

40.3

46.4

39

64.5

35.5

42.7

54.46

9

−33

49

32

27.7

19.5

20.8

31.4

33

17.5

18.1

59.7

40.3

46.4

39

64.4

35.6

42.7

53.63

9

−33

50

32

27.9

19.6

20.6

31.4

33.4

17.5

17.6

59.9

40.1

46.3

38.9

64.8

35.2

42.6

53.40

9

−33

51

32

27.6

19.6

20.9

31.4

32.7

17.8

18.1

59.6

40.4

46.5

38.9

64.1

35.8

42.7

54.03

9

32

52

31.9

27.5

19.6

20.9

31.2

32.6

18

18.2

59.4

40.6

46.5

39

63.8

36.2

42.75

54.09

9

−33

53

32

27.7

19.5

20.8

31.4

33.1

17.5

17.9

59.7

40.3

46.5

39.1

64.5

35.5

42.8

53.60

9

−33

54

32

27.8

19.5

20.6

31.6

33.3

17.3

17.9

59.8

40.2

46.4

39

64.9

35.1

42.7

54.46

9

−33

55

32

27.7

19.5

20.8

31.3

33.1

17.6

18

59.7

40.4

46.4

39

64.4

35.6

42.7

54.47

9

−33

56

31.9

27.5

19.6

21

31.2

32.4

18

18.4

59.4

40.6

46.6

38.8

63.6

36.3

42.7

53.53

9

−32

57

32

27.6

19.5

20.8

31.4

33.1

17.6

18

59.6

40.3

46.4

39.1

64.5

35.6

42.75

54.56

9

−33

58

32

27.6

19.5

20.9

31.4

33

17.5

18.1

59.6

40.4

46.5

39

64.4

35.6

42.75

54.09

9

−33

59

32.1

27.8

19.5

20.6

31.6

33.4

17.3

17.8

59.9

40.1

46.4

38.9

65

35.1

42.65

54.17

9

−33

60

32

27.4

19.6

21

31.4

32.4

17.9

18.4

59.4

40.6

46.6

38.9

63.8

36.2

42.75

54.44

9

−33

61

32

27.4

19.6

21

31.3

32.4

17.9

18.4

59.4

40.6

46.6

38.9

63.7

36.3

42.75

53.87

9

−33

62

31.8

27.6

19.7

20.9

30.9

32.9

18.1

18.1

59.4

40.6

46.7

38.9

63.8

36.2

42.8

54.37

9

−32

63

31.9

27.6

19.6

20.9

31.1

33

17.8

18.1

59.5

40.5

46.5

39.1

64.1

35.9

42.8

54.33

9

−33

Avg

31.9

27.7

19.6

20.8

31.3

33.0

17.7

18.0

59.6

40.4

46.5

38.9

64.3

35.7

42.7

54.20

9

−.30

SD

0.1

0.1

0.08

0.11

0.22

0.23

0.25

0.16

0.15

0.15

0.12

0.08

0.36

0.36

0.05

0.35

0

0.004

  1. ENC effective number of codons; GRAVY general average hydropathicity; ARO aromaticity, Avg average; SD standard deviation