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Table 2 Classification with CBS of TF binding motifs that are enriched in promoters of 48 class III genes reported to be relevant for wing imaginal disc regeneration[51]

From: CBS: an open platform that integrates predictive methods and epigenetics information to characterize conserved regulatory features in multiple Drosophila genomes

Rank

Model

Source

Genes

Genome

P Value

1

AP1

BLS

14

838

0

2

TBP

JASPAR

10

573

2.26e-12

3

V$TATA_01

TRANSFAC

10

573

1.55e-11

4

CrebA

BLS

10

1007

1.21e-06

5

V$CDXA_01

TRANSFAC

30

5884

2.97e-06

6

V$AP1_C

TRANSFAC

8

746

5.41e-06

7

V$AP1_Q2

TRANSFAC

8

704

7.93e-06

8

V$ELF1_Q6

TRANSFAC

5

358

1.46e-05

9

V$AP1_Q6

TRANSFAC

8

811

1.93e-05

10

I$GRH_01

TRANSFAC

13

1721

2.06e-05

11

TATA

BLS

5

377

2.28e-05

12

V$USF_Q2

TRANSFAC

5

410

3.70e-05

13

V$AP1_Q4

TRANSFAC

6

551

4.96e-05

14

V$CDXA_02

TRANSFAC

32

7214

6.85e-05

15

V$STAT5A_04

TRANSFAC

29

6281

8.48e-05

16

GATA2

JASPAR

33

7698

1.10e-04

17

V$PAX2_02

TRANSFAC

29

6446

1.61e-04

18

V$TBP_Q6

TRANSFAC

24

5032

2.53e-04

19

ct

JASPAR

19

3562

3.92e-04

20

V$GATA1_05

TRANSFAC

7

803

4.51e-04

  1. For each predictive model, the following attributes are shown: rank, name of the model, regulatory catalog, gene promoters in which such a motif is detected, number of gene promoters in the whole genome in which the same motif is identified under the same constraints, and P value. Here we show only the best 20 motifs reported by CBS (see http://compfly.bio.ub.es/CBS/listTF_CBS.php for further details on each predictive model).