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Table 2 Cellular functions of proteins identified and gene ontology (GO) annotations from the saccharomyces genome database

From: Comparative proteomic analysis of transition of saccharomyces cerevisiae from glucose-deficient medium to glucose-rich medium

 

A

B

C

 

Genome

n = 6310

Peptides > 1

n = 438

Peptides = 1

n = 153

GO term FUNCTION

Frequency

Percent

Frequency

Percent

Frequency

Percent

biological process unknown

1217

19.3

33

7.5

14

9.2

RNA metabolic process

1210

19.2

64

14.6

20

13.1

transport

1047

16.6

88

20.1

33

21.6

translation

706

11.2

129

29.5

17

11.1

transcription, DNA-dependent

603

9.6

15

3.4

7

4.6

response to stress

594

9.4

61

13.9

16

10.5

protein modification process

583

9.2

22

5.0

11

7.2

cell cycle

527

8.4

18

4.1

6

3.9

ribosome biogenesis

411

6.5

50

11.4

11

7.2

DNA metabolic process

404

6.4

15

3.4

5

3.3

chromosome organization

398

6.3

18

4.1

6

3.9

vesicle-mediated transport

366

5.8

20

4.6

13

8.5

response to chemical stimulus

331

5.2

30

6.8

11

7.2

mitochondrion organization

318

5.0

22

5.0

8

5.2

cellular membrane organization

286

4.5

24

5.5

10

6.5

heterocycle metabolic process

269

4.3

44

10.0

15

9.8

cellular carbohydrate metabolic process

265

4.2

53

12.1

12

7.8

cellular amino acid metabolic process

239

3.8

63

14.4

17

11.1

signaling

235

3.7

8

1.8

6

3.9

cytoskeleton organization

228

3.6

16

3.7

11

7.2

cellular lipid metabolic process

223

3.5

10

2.3

4

2.6

protein complex biogenesis

212

3.4

17

3.9

10

6.5

cellular protein catabolic process

198

3.1

15

3.4

5

3.3

cofactor metabolic process

163

2.6

33

7.5

4

2.6

generation of precursor metabolites and energy

160

2.5

53

12.1

4

2.6

meiosis

157

2.5

7

1.6

2

1.3

cellular homeostasis

150

2.4

20

4.6

7

4.6

chromosome segregation

142

2.3

3

0.7

1

0.7

fungal-type cell wall organization

133

2.1

5

1.1

3

2.0

vacuole organization

130

2.1

12

2.7

3

2.0

sporulation resulting in formation of a cellular spore

128

2.0

10

2.3

3

2.0

conjugation

117

1.9

5

1.1

2

1.3

cytokinesis

110

1.7

4

0.9

3

2.0

transposition

108

1.7

1

0.2

0

0.0

cellular component morphogenesis

96

1.5

3

0.7

3

2.0

protein folding

88

1.4

27

6.2

3

2.0

cellular respiration

88

1.4

21

4.8

2

1.3

cell budding

85

1.3

6

1.4

3

2.0

cellular aromatic compound metabolic process

77

1.2

13

3.0

7

4.6

vesicle organization

77

1.2

2

0.5

3

2.0

peroxisome organization

67

1.1

2

0.5

0

0.0

pseudohyphal growth

66

1.0

5

1.1

0

0.0

vitamin metabolic process

63

1.0

2

0.5

1

0.7

nucleus organization

60

1.0

4

0.9

2

1.3

  1. Peptides used for identification include only those having at least 95% confidence. (A) The distribution of 6310 proteins, (B) 438 proteins identified with more than one peptide and (C) 153 proteins identified with one peptide.