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Table 2 Automatic distribution of protein functions, based on the COG classification, between Helicobacter strains

From: From array-based hybridization of Helicobacter pylori isolates to the complete genome sequence of an isolate associated with MALT lymphoma

Species and strains

 

H. p B38

H. p 26695

H. p J99

H. p HPAG1

H. p Shi470

H. p G27

H. p P12

H. acinonychis

H. hepaticus

CELLULAR PROCESSES AND SIGNALING

Cell cycle control, cell division, chromosome partitioning

D

39

2.55%

39

2.38%

38

2.46%

34

2.21%

38

2.39%

37

2.30%

39

2.38%

37

2.10%

33

1.78%

Cell wall/membrane/envelope biogenesis

M

109

7.13%

106

6.48%

105

6.81%

105

6.82%

104

6,53%

108

6.70%

106

6.47%

109

6.20%

134

7.24%

Cell motility

N

65

4.26%

58

3.54%

60

3.89%

57

3.70%

55

3.46%

59

3.66%

61

3.72%

57

3.24%

68

3.68%

Posttranslational modification, protein turnover, chaperones

O

71

4.65%

74

4.52%

75

4.86%

74

4.81%

77

4.84%

76

4.72%

76

4.64%

73

4.15%

85

4.60%

Signal transduction mechanisms

T

54

3.53%

52

3.18%

56

3.63%

47

3.05%

46

2.89%

51

3.17%

57

3.48%

46

2.62%

68

3.68%

Intracellular trafficking, secretion, vesicular transport

U

59

3.86%

76

4.64%

73

4.73%

66

4.29%

71

4.46%

74

4.59%

83

5.06%

56

3.18%

60

3.24%

Defense mechanisms

V

57

3.73%

52

3.18%

54

3.50%

53

3.44%

51

3.20%

53

3.29%

52

3.17%

42

2.39%

38

2.05%

Extracellular structures

W

0

0.00%

0

0.00%

0

0.00%

1

0.07%

1

0.06%

1

0.06%

0

0

0

0%

1

0.05%

Cytoskeleton

Z

0

0.00%

0

0.00%

0

0.00%

0

0.00%

0

0.00%

0

0

0

0

0

0%

1

0.05%

INFORMATION STORAGE AND PROCESSING

Chromatin structure and dynamics

B

1

0.07%

1

0.06%

0

0

1

0.07%

1

0.06%

1

0.06%

1

0.06%

0

0%

1

0.05%

Translation, ribosomal structure, biogenesis

J

134

8.77%

138

8.43%

141

9.14%

137

8.90%

138

8.67%

136

8.44%

139

8.48%

134

7.62%

148

8.00%

Transcription

K

53

3.47%

44

2.69%

46

2.98%

48

3.12%

43

2.70%

49

3.04%

49

2.99%

43

2.45%

59

3.19%

Replication, recombination and repair

L

154

10.08%

177

10.69%

155

10.05%

149

9.68%

150

9.42%

171

10.62%

163

9.95%

155

8.82%

100

5.41%

METABOLISM

                   

Energy prodcution and conversion

C

90

5.89%

89

5.44%

87

5.64%

93

6.04%

93

5.84%

92

5.71%

93

5.67%

87

4.95%

118

6.38%

Amino acid transport

E

151

9.88%

145

8.86%

152

9.85%

146

9.49%

153

9.61%

150

9.31%

150

9.15%

160

9.10%

200

10.81%

Nucleotide transport

F

46

3.01%

45

2.75%

47

3.05%

45

2.92%

44

2.76%

47

2.92%

47

2.87%

47

2.67%

58

3.14%

Carbohydrate transport

G

60

3.93%

56

3.42%

57

3.69%

55

3.57%

63

3.96%

55

3.41%

59

3.60%

59

3.35%

76

4.11%

Coenzyme transport

H

75

4.91%

73

4.46%

75

4.86%

75

4.87%

75

4.71%

75

4.66%

76

4.64%

67

3.81%

87

4.70%

Lipid transport

I

50

3.27%

49

2.99%

49

3.18%

50

3.25%

47

2.95%

51

3.17%

51

3.11%

47

2.67%

54

2.92%

Inorganic ion transport

P

97

6.35%

94

5.74%

100

6.48%

94

6.11%

103

6.47%

97

6.02%

98

5.98%

95

5.40%

125

6.76%

Secondary matabolites biosynthesis, transport

Q

26

1.70%

25

1.53%

25

1.62%

23

1.50%

23

1.45%

22

1.37%

26

1.59%

24

1.36%

37

2.00%

POORLY CHARACTERIZED

General function prediction only

R

174

11.39%

173

10.57%

178

11.54%

160

10.40%

174

10.93%

168

10.43%

175

10.68%

166

9.44%

234

12.65%

Function unknown

S

84

5.50%

80

4.89%

71

4.60%

78

5.07%

70

4.40%

84

5.21%

81

4.94%

70

3.98%

113

6.11%

CDS Not Classified to any COG (Number/%)

 

339/22.2

435/26.6

363/23.5

367/23.9

422/26.5

395/24.5

440/26.9

536/31.6

479/25.9

TOTAL CDS*

 

1528

1637

1543

1539

1592

1611

1639

1696

1850

%CDS at least in one COG

 

77.81%

73.43%

76.47%

76.15%

73.49%

75.48%

73.15%

68.40%

74.11%

  1. *The CDSs were manually curated in the MaGe system for the elimination of artifacts.