Skip to main content

Table 11 Eighteen detected protein complexes which have low p-value by SE-DMTG on different datasets

From: A seed-extended algorithm for detecting protein complexes based on density and modularity with topological structure and GO annotations

ID

Size

Gene Ontology term

p-value

Number annotated

   

Yeast Krogan core

 

2

20

proteasome accessory complex

1.63952e-47

19

16

15

proteasome core complex

1.22974e-36

14

24

14

RSC-type complex

9.83789e-36

14

   

Yeast DIP

 

8

21

endopeptidase complex

2.47705e-40

19

31

14

core mediator complex

6.85485e-33

13

35

13

mRNA cleavage and polyadenylation specificity factor complex

5.64982e-32

12

   

Yeast combined6

 

8

29

spliceosomal snRNP complex

4.80656e-51

27

18

22

mediator complex

2.10967e-54

22

65

12

RNA polymerase I complex

3.94103e-33

12

   

Human DIP

 

6

11

mediator complex

9.44868e-23

10

7

10

eukaryotic 48S preinitiation complex

3.32604e-24

9

47

7

transcription factor TFIIH core complex

7.88064e-22

7

   

Human HPRD+BioGRID

 

3

61

cytosolic ribosome

4.51244e-134

59

75

38

proteasome complex

3.30322e-95

37

109

31

mitochondrial large ribosomal subunit

3.84718e-73

29

   

Mouse BioGRID

 

1

29

postsynaptic density

9.9542e-26

22

67

10

PRC1 complex

2.33107e-21

8

118

7

ESC/E(Z) complex

7.92617e-20

7

  1. NOTE: Table 6 presents 18 detected protein complexes which have low p-value. The first column and the fourth column show their ID and their p-value. The second column presents the size of detected protein complexes. Gene ontology term (in the third column) show the detected complex contains the proteins of the detected complexes, in which the protein with emph style matches the gene ontology. Number annotated (in the fifth column) represents the number of genes from the detected protein complexes that are found within the annotation and within the aspect