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. 2012 Nov 17;13:636. doi: 10.1186/1471-2164-13-636

Table 4.

Top GO enrichment terms for expression modules

Module Size Rank p.Bonf Fraction Ontology Term name
1
1520
1
1.20E-14
0.65147
CC
membrane-bounded organelle
1
1520
2
1.90E-14
0.65007
CC
intracellular membrane-bounded organelle
2
703
1
1.30E-05
0.04885
CC
ribosome
2
703
2
1.50E-05
0.07481
BP
translation
3
658
1
0.00018
0.16382
CC
extracellular region
4
647
1
0.011
0.63711
CC
membrane-bounded organelle
6
442
1
7.60E-07
0.27229
BP
response to stress
6
442
2
2.80E-06
0.34217
BP
signal transduction
7
426
1
9.40E-07
0.18734
BP
immune system process
8
407
1
0.0042
0.66755
CC
intracellular membrane-bounded organelle
9
387
1
1.70E-05
0.82961
CC
intracellular part
10
355
1
1.80E-05
0.07855
BP
ncRNA metabolic process
10
355
2
3.60E-05
0.19335
CC
mitochondrion
12
306
1
2.00E-16
0.1134
CC
ribosome
12
306
2
4.00E-16
0.17182
CC
ribonucleoprotein complex
12
306
3
1.20E-14
0.14777
BP
translation
12
306
4
2.30E-14
0.09278
BP
viral transcription
13
260
1
0.00041
0.025
CC
hemoglobin complex
13
260
2
0.011
0.025
BP
heme biosynthetic process
14
237
1
0.014
0.61086
MF
protein binding
15
118
1
0.018
0.25688
BP
intracellular signal transduction
15
118
2
0.032
0.12844
BP
small GTPase mediated signal transduction
16
108
1
1.30E-05
0.18478
BP
translation
16
108
2
0.00017
0.1087
BP
ribosome biogenesis
17
99
1
2.30E-09
0.36957
CC
mitochondrion
18
72
1
3.30E-06
0.1791
BP
platelet activation
18
72
2
1.20E-05
0.22388
BP
blood coagulation
19
60
1
1.40E-17
0.31034
MF
structural constituent of ribosome
19
60
2
2.90E-17
0.32759
CC
ribosome
20
52
1
7.10E-23
0.32653
BP
type I interferon-mediated signaling pathway
20
52
2
7.10E-23
0.32653
BP
cellular response to type I interferon
23 32 1 0.053 0.17241 CC external side of plasma membrane

For each module we list the top enriched GO terms. Columns list the module label, module size, rank of the enrichment p-value for that particular module, the Bonferroni-corrected enrichment p-value (the correction is performed with respect to the number of GO terms), fraction of the module genes also in the GO term, GO ontology, and GO term name. Multiple expression modules exhibit significant enrichment. Row shading separates modules for easier reading. The enrichment provides evidence that the modules are biologically meaningful.