Table 2 Results of robustness analysis of DISCLOSE

GO-0006164 : purine nucleotide biosynthetic process

28

94.03%

Y

COG-F : Nucleotide transport and metabolism

84

93.56%

Y

GO-0003735 : structural constituent of ribosome

59

88.06%

Y

INT-SigB : general stress sigma factor

66

87.91%

Y

COG-J : Translation, ribosomal structure and biogenesis

161

87.12%

Y

PW-path-bsu00020 : Citrate cycle

18

86.18%

N

GO-0003723 : RNA binding

107

85.87%

Y

COG-N : Cell motility and secretion

57

85.71%

Y

INT-SigG : late forespore-specific gene expression

61

84.30%

N

PW-path-bsu00193 : ATP synthesis

8

83.04%

Y

UP-67 : Ligase

78

79.74%

Y

GO-0006935 : chemotaxis

26

73.46%

Y

UP-56 : Glycolysis

19

72.21%

Y

UP-29 : Cell division

32

71.11%

Y

PW-path-bsu00720 : Reductive carboxylate cycle

13

70.32%

N

PW-path-bsu00240 : Pyrimidine metabolism

51

68.60%

Y

PW-path-bsu00970 : Aminoacyl-tRNA biosynthesis

23

68.28%

Y

COG-L : DNA replication, recombination and repair

138

65.93%

Y

UP-15 : Threonine biosynthesis

3

58.55%

N

COG-G : Carbohydrate transport and metabolism

246

55.88%

Y

GO-0006520 : amino acid metabolic process

184

53.53%

Y

UP-124 : Sporulation

180

49.92%

Y

INT-SigK : late mother cell-specific gene expression

57

47.40%

N

PW-path-bsu03070 : Type III secretion system

9

44.27%

N

INT-PurR : negative regulation of the purine operons

10

43.32%

N

GO-0015293 : symporter activity

82

35.63%

Y

UP-25 : Porphyrin biosynthesis

13

27.62%

N

UP-179 : Folate biosynthesis

6

27.31%

N

PW-path-bsu00190 : Oxidative phosphorylation

31

26.05%

N

PW-path-bsu02060 : Phosphotransferase system (PTS)

27

24.96%

N

COG-D : Cell division and chromosome partitioning

33

24.64%

Y

GO-0008360 : regulation of cell shape

36

24.17%

Y

PW-path-bsu00740 : Ribo avin metabolism

5

23.54%

N

PW-path-bsu00030 : Pentose phosphate pathway

24

23.39%

N

GO-0009086 : methionine biosynthetic process

15

22.76%

Y

UP-17 : Hydrogen ion transport

15

21.66%

Y

INT-SigE : early mother cell-specific gene expression

82

21.66%

N

PW-path-bsu00920 : Sulfur metabolism

15

19.62%

N

INT-SigA : RNA polymerase major sigma-43 factor

320

18.52%

N

COG-O : Posttranslational modification, protein turnover, chaperones

98

17.11%

N

PW-path-bsu00400 : Phenylalanine, tyrosine and tryptophan biosynthesis

28

16.16%

N

PW-path-bsu00252 : Alanine and aspartate metabolism

21

16.01%

Y

GO-0009252 : peptidoglycan biosynthetic process

32

15.22%

Y

PW-path-bsu00260 : Glycine, serine and threonine metabolism

34

12.55%

Y

UP-84 : Fatty acid biosynthesis

11

12.55%

Y

GO-0000103 : sulfate assimilation

7

10.67%

N

GO-0000105 : histidine biosynthetic process

11

10.36%

N

PW-path-bsu00670 : One carbon pool by folate

11

10.20%

N