Cluster 1 |
164 |
8.43 |
ribosome biogenesis |
1.01E-130 |
structural constituent of ribosome |
4.07E-159 |
Ribosome biogenesis |
Cluster 2 |
74 |
5.82 |
transport |
5.81E-03 |
transporter activity |
2.56E-02 |
Mitochondrion related transporter |
Cluster 3 |
55 |
2.09 |
autophagosome assembly |
9.55E-04 |
protein binding |
1.09E-05 |
Protein transport and modification |
Cluster 4 |
48 |
2.44 |
proteolysis |
9.53E-02 |
protein binding |
1.09E-05 |
Protein transport |
Cluster 5 |
32 |
3.22 |
metabolic process |
4.74E-02 |
GTP binding |
1.29E-04 |
Translation |
Cluster 6 |
30 |
2.39 |
phosphorylation |
4.84E-02 |
ATP binding |
9.37E-03 |
Phosphorylation |
Cluster 7 |
29 |
2.68 |
regulation of transcription, DNA-templated |
7.14E-03 |
zinc ion binding |
4.92E-02 |
Transcription |
Cluster 8 |
22 |
13.4 |
rRNA processing |
3.43E-07 |
nucleic acid binding |
2.32E-02 |
Ribosome processing |
Cluster 9 |
22 |
10.73 |
metabolic process |
4.74E-02 |
metal ion binding |
5.60E-02 |
Transcription |
Cluster 10 |
20 |
10.7 |
oxygen transport |
8.43E-20 |
iron ion binding |
5.84E-07 |
Oxygen transport |
Cluster 11 |
17 |
2.35 |
metabolic process |
4.74E-02 |
zinc ion binding |
4.92E-02 |
Zinc ion binding |
Cluster 12 |
13 |
5.26 |
hydrogen ion transmembrane transport |
6.72E-10 |
NADH dehydrogenase (ubiquinone) activity |
5.13E-14 |
NADH dehydrogenase (ubiquinone) activity |
Cluster 13 |
13 |
10.9 |
cellular iron ion homeostasis |
1.69E-12 |
ferric iron binding |
1.69E-16 |
Iron ion homeostasis and oxidation reduction |
Cluster 14 |
12 |
2.96 |
ATP synthesis coupled proton transport |
1.42E-11 |
proton-transporting ATP synthase activity |
4.16E-09 |
ATP generation |
Cluster 15 |
11 |
1.74 |
G-protein coupled receptor signaling pathway |
1.22E-02 |
structural molecule activity |
1.40E-02 |
structural molecule activity |
Cluster 16 |
10 |
1.56 |
regulation of transcription from RNA polymerase II promoter |
1.35E-01 |
nucleic acid binding |
2.32E-02 |
Transcription |
Cluster 17 |
10 |
5.65 |
oxidation-reduction process |
2.83E-04 |
glutathione peroxidase activity |
1.93E-06 |
Protect from oxidative damage |
Cluster 18 |
9 |
1.7 |
signal transduction |
7.68E-04 |
transposase activity |
8.42E-07 |
Immune response, |
Cluster 19 |
9 |
5.28 |
positive regulation of RNA polymerase II transcriptional preinitiation |
4.86E-05 |
TBP-class protein binding |
3.31E-04 |
Cell division |
Cluster 20 |
8 |
1.86 |
regulation of cell proliferation |
7.20E-02 |
calcium ion binding |
6.47E-04 |
Regulate cell proliferation |
Cluster 21 |
8 |
1.67 |
midbrain-hindbrain boundary structural organization |
4.06E-04 |
transcription factor activity, sequence-specific DNA binding |
1.32E-02 |
Transcription regulation |
Cluster 22 |
7 |
4.46 |
multicellular organism development |
2.96E-02 |
nucleic acid binding |
2.32E-02 |
Cell cycle and division |
Cluster 23 |
7 |
3.39 |
proton transport |
1.63E-05 |
NADH dehydrogenase (ubiquinone) activity |
5.13E-14 |
Mitochondrial electron transport |
Cluster 24 |
6 |
1.76 |
interstrand cross-link repair |
3.82E-03 |
metal ion binding |
5.60E-02 |
Transcription regulation |
Cluster 25 |
6 |
1.92 |
transmembrane transport |
1.35E-02 |
ATP binding |
9.37E-03 |
Regulate apoptosis |
Cluster 26 |
6 |
5.01 |
heart contraction |
1.13E-02 |
metal ion binding |
5.60E-02 |
Transcription regulation |
Cluster 27 |
6 |
1.52 |
microtubule-based movement |
1.03E-01 |
metal ion binding |
5.60E-02 |
Transcription regulation |
Cluster 28 |
6 |
1.97 |
proteolysis |
9.53E-02 |
zinc ion binding |
4.92E-02 |
Regulate cell cycle and apoptosis |
Cluster 29 |
5 |
1.7 |
metabolic process |
4.74E-02 |
metal ion binding |
5.60E-02 |
ATP binding |
Cluster 30 |
4 |
2.96 |
regulation of transcription, DNA-templated |
7.14E-03 |
DNA binding |
5.37E-04 |
Transcription regulation |
Cluster 31 |
4 |
10.23 |
neurotrophin TRK receptor signaling pathway |
2.92E-07 |
structural constituent of ribosome |
4.07E-159 |
Transcription regulation |