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Table 2 Distribution of single low complexity regions in proteins

From: Profiles of low complexity regions in Apicomplexa

Tax. group

Sp.

K = 0

S % (K = 0)

K = 0.5

S % (K = 0.5)

K = 1

S % (K = 1)

K = 1.5

S % (K = 1.5)

K = 1.9

S % (K = 1.9)

K = 2.5

S % (K = 2.5)

Hsp

Pv

R (23)

0a

R (47)

10.38

R (240)

26.96

R (601)

43.53

R (995)

56.79

NR (976)

76.68

Pcy

R (20)

0a

R (33)

11.30

R (196)

27.49

R (497)

43.69

R (893)

56.64

NR (1019)

76.07

Pk

NR (9)

0 a

R (31)

13.33

R (154)

28.56

R (447)

43.78

NR (890)

55.96

NR (914)

74.23

Pyo

R (21)

2.30

R (57)

7.40

R (286)

16.06

R (647)

28.27

NR (1208)

40.60

NR (1480)

63.35

Pch

R (7)

0a

R (18)

10.70

R (102)

25.86

R (308)

41.02

NR (746)

53.15

NR (764)

71.35

Pf

R (77)

1.50

NR (406)

0.72

NR (693)

6.20

NR (876)

17.96

R (978)

31.88

NR (654)

60.29

Ppl

Bb

NC

NC

NC

NC

R (6)

29.92

R (51)

46.26

NR (210)

59.32

NR (1068)

78.93

Tp

NC

NC

NC

NC

NR (13)

39.51

R (124)

58.74

R (434)

71.58

NR (964)

86.64

Ccd

Cp

R (56)

0a

R (78)

15.62

R (152)

33.61

NR (240)

50.15

NR (431)

62.33

NR (811)

78.87

Nc

R (111)

0a

NR (191)

1.58

NR (453)

9.84

NR (825)

23.27

NR (1284)

37.74

NR (894)

65.66

Tg

NR (141)

0 a

NR (243)

1.18

NR (574)

8.83

NR (968)

21.99

NR (1416)

36.48

NR (1313)

64.85

  1. R random, NR non random (bold), K complexity threshold, S % diversity at K relative to the proteome diversity. In parenthesis are shown the total number of proteins considered in each case. Genome abbreviations are as in Table 1. NC not computable
  2. aThese values have been forced to zero where S% is negative due to lower accuracy of the fitted equations at low complexity