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Table 1 Finding max blocks

From: Evolution of transcriptional networks in yeast: alternative teams of transcriptional factors for different species

Module

Part. M

Skew

Dif(M )

Dif(M)

# T :#T

#G/#MG

Figure

51

10

0.734

–0.276

0.457

1:3

19/31

2

59

112

0.727

–0.241

0.486

9:1

2/2

3

55

4

0.726

–0.112

0.615

14:12

1/1

4

40

20

0.699

–0.712

–0.013

2:33

3/12

5

56

113

0.697

–0.165

0.531

4:12

1/1

6

42

113

0.655

–0.147

0.507

6:9

1/1

52

4

0.642

–0.037

0.604

6:2

7/24

16

112

0.630

–0.020

0.650

18:1

16/24

31

112

0.600

0.098

0.699

19:2

2/2

35

4

0.598

–0.012

0.586

10:17

1/1

53

112

0.583

0.003

0.612

21:1

20/24

62

20

0.580

–0.426

0.154

5:3

27/74

  1. The first row (Module 51 and branch 10) describes the max block found for this module and branch. The column “Skew” is the max block’s skewness score skew(T,T ,G)=0.734; next is the difference between the averages of T and T on the species in M , i.e., Dif(M ))=0.457, followed by the corresponding difference for the species in M is Dif(M)=−0.276. The column # T :#T reports the numbers of transcription factors in T and T; and the column #G/#MG reports the number of genes in the regulon compared with the number in the module. The column “Figure” lists the figure number corresponding to the module or ’-’ for modules without figures. The cases shown have the highest skew scores and are listed in order of those scores. When a module has similar results for branches that only differ slightly, we show only the one whose block has the highest skewness. A more extensive set of data is included in Additional file 5: Supplementary material