Clusters

cluster_1 (n = 14): Summary of GO annotations Details
cluster_132 (n = 13): Summary of GO annotations Details
cluster_24 (n = 5): Summary of GO annotations Details
cluster_27 (n = 6): Summary of GO annotations Details
cluster_20 (n = 13): Summary of GO annotations Details
cluster_22 (n = 8): Summary of GO annotations Details
cluster_28 (n = 5): Summary of GO annotations Details
cluster_4 (n = 5): Summary of GO annotations Details
cluster_8 (n = 10): Summary of GO annotations Details
cluster_58 (n = 16): Summary of GO annotations Details
cluster_54 (n = 5): Summary of GO annotations Details
cluster_51 (n = 5): Summary of GO annotations Details
cluster_115 (n = 5): Summary of GO annotations Details
cluster_80 (n = 7): Summary of GO annotations Details
cluster_7 (n = 11): Summary of GO annotations Details
cluster_103 (n = 10): Summary of GO annotations Details
cluster_105 (n = 5): Summary of GO annotations Details
cluster_31 (n = 6): Summary of GO annotations Details
cluster_30 (n = 5): Summary of GO annotations Details
cluster_37 (n = 13): Summary of GO annotations Details
cluster_35 (n = 7): Summary of GO annotations Details
cluster_61 (n = 12): Summary of GO annotations Details
cluster_62 (n = 15): Summary of GO annotations Details
cluster_64 (n = 6): Summary of GO annotations Details
cluster_66 (n = 8): Summary of GO annotations Details
cluster_69 (n = 5): Summary of GO annotations Details
cluster_6 (n = 9): Summary of GO annotations Details
cluster_99 (n = 38): Summary of GO annotations Details
cluster_98 (n = 11): Summary of GO annotations Details
cluster_95 (n = 13): Summary of GO annotations Details
cluster_10 (n = 5): Summary of GO annotations Details
cluster_12 (n = 5): Summary of GO annotations Details
cluster_15 (n = 10): Summary of GO annotations Details
cluster_17 (n = 5): Summary of GO annotations Details
cluster_16 (n = 16): Summary of GO annotations Details
cluster_155 (n = 18): Summary of GO annotations Details
cluster_156 (n = 10): Summary of GO annotations Details
cluster_48 (n = 8): Summary of GO annotations Details
cluster_49 (n = 11): Summary of GO annotations Details
cluster_46 (n = 10): Summary of GO annotations Details
cluster_45 (n = 8): Summary of GO annotations Details
cluster_41 (n = 8): Summary of GO annotations Details
cluster_9 (n = 6): Summary of GO annotations Details
cluster_147 (n = 9): Summary of GO annotations Details
cluster_149 (n = 6): Summary of GO annotations Details
cluster_79 (n = 48): Summary of GO annotations Details
cluster_133 (n = 2): Summary of GO annotations Details
cluster_131 (n = 3): Summary of GO annotations Details
cluster_130 (n = 2): Summary of GO annotations Details
cluster_137 (n = 2): Summary of GO annotations Details
cluster_136 (n = 4): Summary of GO annotations Details
cluster_135 (n = 2): Summary of GO annotations Details
cluster_134 (n = 3): Summary of GO annotations Details
cluster_139 (n = 3): Summary of GO annotations Details
cluster_138 (n = 2): Summary of GO annotations Details
cluster_25 (n = 3): Summary of GO annotations Details
cluster_26 (n = 3): Summary of GO annotations Details
cluster_21 (n = 3): Summary of GO annotations Details
cluster_23 (n = 2): Summary of GO annotations Details
cluster_160 (n = 2): Summary of GO annotations Details
cluster_29 (n = 2): Summary of GO annotations Details
cluster_161 (n = 3): Summary of GO annotations Details
cluster_163 (n = 2): Summary of GO annotations Details
cluster_119 (n = 2): Summary of GO annotations Details
cluster_120 (n = 2): Summary of GO annotations Details
cluster_121 (n = 2): Summary of GO annotations Details
cluster_122 (n = 2): Summary of GO annotations Details
cluster_123 (n = 3): Summary of GO annotations Details
cluster_124 (n = 2): Summary of GO annotations Details
cluster_125 (n = 4): Summary of GO annotations Details
cluster_126 (n = 2): Summary of GO annotations Details
cluster_127 (n = 2): Summary of GO annotations Details
cluster_128 (n = 3): Summary of GO annotations Details
cluster_129 (n = 2): Summary of GO annotations Details
cluster_118 (n = 2): Summary of GO annotations Details
cluster_59 (n = 2): Summary of GO annotations Details
cluster_55 (n = 2): Summary of GO annotations Details
cluster_57 (n = 3): Summary of GO annotations Details
cluster_56 (n = 4): Summary of GO annotations Details
cluster_50 (n = 4): Summary of GO annotations Details
cluster_53 (n = 2): Summary of GO annotations Details
cluster_52 (n = 3): Summary of GO annotations Details
cluster_164 (n = 4): Summary of GO annotations Details
cluster_114 (n = 2): Summary of GO annotations Details
cluster_88 (n = 2): Summary of GO annotations Details
cluster_89 (n = 2): Summary of GO annotations Details
cluster_111 (n = 3): Summary of GO annotations Details
cluster_110 (n = 2): Summary of GO annotations Details
cluster_113 (n = 2): Summary of GO annotations Details
cluster_112 (n = 2): Summary of GO annotations Details
cluster_82 (n = 4): Summary of GO annotations Details
cluster_83 (n = 4): Summary of GO annotations Details
cluster_81 (n = 3): Summary of GO annotations Details
cluster_86 (n = 2): Summary of GO annotations Details
cluster_87 (n = 2): Summary of GO annotations Details
cluster_84 (n = 3): Summary of GO annotations Details
cluster_85 (n = 2): Summary of GO annotations Details
cluster_3 (n = 2): Summary of GO annotations Details
cluster_108 (n = 4): Summary of GO annotations Details
cluster_109 (n = 3): Summary of GO annotations Details
cluster_102 (n = 2): Summary of GO annotations Details
cluster_100 (n = 2): Summary of GO annotations Details
cluster_101 (n = 3): Summary of GO annotations Details
cluster_106 (n = 2): Summary of GO annotations Details
cluster_107 (n = 3): Summary of GO annotations Details
cluster_104 (n = 2): Summary of GO annotations Details
cluster_39 (n = 3): Summary of GO annotations Details
cluster_38 (n = 4): Summary of GO annotations Details
cluster_33 (n = 4): Summary of GO annotations Details
cluster_32 (n = 3): Summary of GO annotations Details
cluster_36 (n = 2): Summary of GO annotations Details
cluster_34 (n = 4): Summary of GO annotations Details
cluster_60 (n = 3): Summary of GO annotations Details
cluster_63 (n = 3): Summary of GO annotations Details
cluster_65 (n = 3): Summary of GO annotations Details
cluster_67 (n = 3): Summary of GO annotations Details
cluster_68 (n = 2): Summary of GO annotations Details
cluster_2 (n = 2): Summary of GO annotations Details
cluster_162 (n = 2): Summary of GO annotations Details
cluster_91 (n = 2): Summary of GO annotations Details
cluster_90 (n = 2): Summary of GO annotations Details
cluster_93 (n = 3): Summary of GO annotations Details
cluster_92 (n = 2): Summary of GO annotations Details
cluster_94 (n = 3): Summary of GO annotations Details
cluster_97 (n = 3): Summary of GO annotations Details
cluster_96 (n = 3): Summary of GO annotations Details
cluster_11 (n = 2): Summary of GO annotations Details
cluster_13 (n = 4): Summary of GO annotations Details
cluster_14 (n = 3): Summary of GO annotations Details
cluster_19 (n = 4): Summary of GO annotations Details
cluster_18 (n = 4): Summary of GO annotations Details
cluster_117 (n = 2): Summary of GO annotations Details
cluster_116 (n = 2): Summary of GO annotations Details
cluster_151 (n = 3): Summary of GO annotations Details
cluster_150 (n = 2): Summary of GO annotations Details
cluster_153 (n = 3): Summary of GO annotations Details
cluster_152 (n = 2): Summary of GO annotations Details
cluster_154 (n = 2): Summary of GO annotations Details
cluster_157 (n = 2): Summary of GO annotations Details
cluster_159 (n = 2): Summary of GO annotations Details
cluster_158 (n = 3): Summary of GO annotations Details
cluster_47 (n = 2): Summary of GO annotations Details
cluster_44 (n = 4): Summary of GO annotations Details
cluster_42 (n = 3): Summary of GO annotations Details
cluster_43 (n = 3): Summary of GO annotations Details
cluster_40 (n = 2): Summary of GO annotations Details
cluster_5 (n = 2): Summary of GO annotations Details
cluster_146 (n = 3): Summary of GO annotations Details
cluster_144 (n = 2): Summary of GO annotations Details
cluster_145 (n = 2): Summary of GO annotations Details
cluster_142 (n = 2): Summary of GO annotations Details
cluster_143 (n = 2): Summary of GO annotations Details
cluster_140 (n = 4): Summary of GO annotations Details
cluster_141 (n = 2): Summary of GO annotations Details
cluster_148 (n = 2): Summary of GO annotations Details
cluster_77 (n = 3): Summary of GO annotations Details
cluster_76 (n = 2): Summary of GO annotations Details
cluster_75 (n = 3): Summary of GO annotations Details
cluster_74 (n = 2): Summary of GO annotations Details
cluster_73 (n = 2): Summary of GO annotations Details
cluster_72 (n = 3): Summary of GO annotations Details
cluster_71 (n = 3): Summary of GO annotations Details
cluster_70 (n = 4): Summary of GO annotations Details
cluster_78 (n = 3): Summary of GO annotations Details

cluster_1 (n = 14) Biological Process Molecular Function Cellular Component

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial electron transport, cytochrome c to oxygen	GO:0006123	10	71.43%	0.15%	2.91E-29(4.7E-26)
electron transport	GO:0006118	11	78.57%	0.48%	1.51E-24(2.45E-21)
ATP synthesis coupled electron transport	GO:0042773	10	71.43%	0.39%	9.43E-23(1.52E-19)
ATP synthesis coupled electron transport (sensu Eukaryota)	GO:0042775	10	71.43%	0.39%	9.43E-23(1.52E-19)
oxidative phosphorylation	GO:0006119	10	71.43%	0.71%	1.16E-19(1.88E-16)
cellular respiration	GO:0045333	11	78.57%	1.35%	4.89E-19(7.9E-16)
aerobic respiration	GO:0009060	10	71.43%	1.27%	5.97E-17(9.65E-14)
generation of precursor metabolites and energy	GO:0006091	12	85.71%	3.5%	2.17E-16(3.51E-13)
energy derivation by oxidation of organic compounds	GO:0015980	11	78.57%	3.04%	5.14E-15(8.31E-12)
phosphorylation	GO:0016310	10	71.43%	2.21%	1.93E-14(3.11E-11)
phosphate metabolism	GO:0006796	10	71.43%	2.91%	3.13E-13(5.06E-10)
phosphorus metabolism	GO:0006793	10	71.43%	2.91%	3.13E-13(5.06E-10)
transport	GO:0006810	11	78.57%	14.27%	1.14E-7(1.84E-4)
establishment of localization	GO:0051234	11	78.57%	14.39%	1.25E-7(2.01E-4)
localization	GO:0051179	11	78.57%	14.82%	1.71E-7(2.76E-4)
cellular metabolism	GO:0044237	13	92.86%	52.12%	1.5E-3(n.s)
metabolism	GO:0008152	13	92.86%	52.93%	1.8E-3(n.s)
anaerobic respiration	GO:0009061	1	7.14%	0.05%	6.49E-3(n.s)
physiological process	GO:0007582	14	100%	73.68%	0.01(n.s)
cytochrome c oxidase complex assembly	GO:0008535	1	7.14%	0.14%	0.02(n.s)
cellular physiological process	GO:0050875	13	92.86%	71.65%	0.06(n.s)
cellular process	GO:0009987	13	92.86%	72.29%	0.07(n.s)
protein complex assembly	GO:0006461	1	7.14%	2.26%	0.27(n.s)
response to stress	GO:0006950	1	7.14%	6.09%	0.59(n.s)
response to stimulus	GO:0050896	1	7.14%	8.41%	0.71(n.s)
cellular protein metabolism	GO:0044267	1	7.14%	21.7%	0.97(n.s)
protein metabolism	GO:0019538	1	7.14%	22.06%	0.97(n.s)
cellular macromolecule metabolism	GO:0044260	1	7.14%	24.52%	0.98(n.s)
macromolecule metabolism	GO:0043170	1	7.14%	26.04%	0.99(n.s)
biological_process	GO:0008150	14	100%	99.98%	1(n.s)
primary metabolism	GO:0044238	1	7.14%	48.71%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
heme-copper terminal oxidase activity	GO:0015002	12	85.71%	0.19%	8.4E-36(1.36E-32)
oxidoreductase activity, acting on heme group of donors	GO:0016675	12	85.71%	0.19%	8.4E-36(1.36E-32)
oxidoreductase activity, acting on heme group of donors, oxygen as acceptor	GO:0016676	12	85.71%	0.19%	8.4E-36(1.36E-32)
cytochrome-c oxidase activity	GO:0004129	12	85.71%	0.19%	8.4E-36(1.36E-32)
primary active transporter activity	GO:0015399	12	85.71%	0.77%	1.01E-24(1.63E-21)
hydrogen ion transporter activity	GO:0015078	12	85.71%	0.84%	2.85E-24(4.6E-21)
monovalent inorganic cation transporter activity	GO:0015077	12	85.71%	0.88%	5.86E-24(9.48E-21)
carrier activity	GO:0005386	13	92.86%	1.64%	4.09E-23(6.61E-20)
cation transporter activity	GO:0008324	12	85.71%	1.89%	1.06E-19(1.71E-16)
ion transporter activity	GO:0015075	12	85.71%	2.21%	7.68E-19(1.24E-15)
oxidoreductase activity	GO:0016491	13	92.86%	3.73%	2.69E-18(4.35E-15)
transporter activity	GO:0005215	13	92.86%	6.64%	5.46E-15(8.82E-12)
catalytic activity	GO:0003824	13	92.86%	29.21%	1.12E-6(1.81E-3)
oxidoreductase activity, acting on other nitrogenous compounds as donors	GO:0016661	1	7.14%	0.02%	**
nitric oxide reductase activity	GO:0016966	1	7.14%	0.02%	**
electron carrier activity	GO:0009055	1	7.14%	0.08%	0.01(n.s)
electron transporter activity	GO:0005489	1	7.14%	0.34%	0.05(n.s)
enzyme regulator activity	GO:0030234	1	7.14%	2.54%	0.3(n.s)
molecular_function	GO:0003674	14	100%	99.44%	0.92(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
respiratory chain complex IV	GO:0045277	12	85.71%	0.19%	8.4E-36(1.36E-32)
respiratory chain complex IV (sensu Eukaryota)	GO:0005751	12	85.71%	0.19%	8.4E-36(1.36E-32)
mitochondrial electron transport chain	GO:0005746	12	85.71%	0.4%	8.08E-29(1.31E-25)
mitochondrial inner membrane	GO:0005743	12	85.71%	2.43%	2.45E-18(3.96E-15)
inner membrane	GO:0019866	12	85.71%	2.43%	2.45E-18(3.96E-15)
mitochondrial membrane	GO:0005740	12	85.71%	3.16%	6.19E-17(1E-13)
mitochondrion	GO:0005739	14	100%	15.78%	5.52E-12(8.92E-9)
organelle membrane	GO:0031090	12	85.71%	8.58%	1.11E-11(1.79E-8)
membrane	GO:0016020	12	85.71%	15.38%	1.11E-8(1.8E-5)
protein complex	GO:0043234	12	85.71%	21.07%	4.36E-7(7.04E-4)
cytoplasm	GO:0005737	14	100%	55.64%	2.69E-4(0.44)
intracellular membrane-bound organelle	GO:0043231	14	100%	55.65%	2.7E-4(0.44)
membrane-bound organelle	GO:0043227	14	100%	55.65%	2.7E-4(0.44)
organelle	GO:0043226	14	100%	60.56%	8.85E-4(n.s)
intracellular organelle	GO:0043229	14	100%	60.56%	8.85E-4(n.s)
intracellular	GO:0005622	14	100%	77.03%	0.03(n.s)
mitochondrial intermembrane space	GO:0005758	1	7.14%	0.39%	0.05(n.s)
cell	GO:0005623	14	100%	83.5%	0.08(n.s)
mitochondrial matrix	GO:0005759	1	7.14%	2.52%	0.3(n.s)
cytosol	GO:0005829	1	7.14%	10.08%	0.77(n.s)
cellular_component	GO:0005575	14	100%	99.61%	0.95(n.s)

cluster_132 (n = 13) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein biosynthesis	GO:0006412	13	100%	12.16%	1.16E-12(1.88E-9)
macromolecule biosynthesis	GO:0009059	13	100%	13.04%	2.91E-12(4.71E-9)
cellular biosynthesis	GO:0044249	13	100%	17.05%	9.73E-11(1.57E-7)
biosynthesis	GO:0009058	13	100%	18.28%	2.41E-10(3.89E-7)
cellular protein metabolism	GO:0044267	13	100%	21.7%	2.27E-9(3.66E-6)
protein metabolism	GO:0019538	13	100%	22.06%	2.8E-9(4.53E-6)
cellular macromolecule metabolism	GO:0044260	13	100%	24.52%	1.12E-8(1.8E-5)
macromolecule metabolism	GO:0043170	13	100%	26.04%	2.44E-8(3.95E-5)
ribosomal small subunit assembly and maintenance	GO:0000028	3	23.08%	0.2%	1.8E-6(2.91E-3)
primary metabolism	GO:0044238	13	100%	48.71%	8.59E-5(0.14)
ribosomal subunit assembly	GO:0042257	3	23.08%	0.81%	1.33E-4(0.22)
cellular metabolism	GO:0044237	13	100%	52.12%	2.07E-4(0.33)
ribosome assembly	GO:0042255	3	23.08%	0.99%	2.48E-4(0.4)
metabolism	GO:0008152	13	100%	52.93%	2.53E-4(0.41)
cytoplasm organization and biogenesis	GO:0007028	4	30.77%	3.9%	1.23E-3(n.s)
ribosome biogenesis and assembly	GO:0042254	4	30.77%	3.9%	1.23E-3(n.s)
ribosomal small subunit-nucleus export	GO:0000056	1	7.69%	0.02%	**
protein complex assembly	GO:0006461	3	23.08%	2.26%	2.74E-3(n.s)
processing of 20S pre-rRNA	GO:0030490	2	15.38%	0.71%	3.69E-3(n.s)
ribosome biogenesis	GO:0007046	3	23.08%	3.3%	7.93E-3(n.s)
cellular physiological process	GO:0050875	13	100%	71.65%	0.01(n.s)
cellular process	GO:0009987	13	100%	72.29%	0.01(n.s)
physiological process	GO:0007582	13	100%	73.68%	0.02(n.s)
ribosome-nucleus export	GO:0000054	1	7.69%	0.25%	0.03(n.s)
rRNA processing	GO:0006364	2	15.38%	2.71%	0.05(n.s)
protein-nucleus export	GO:0006611	1	7.69%	0.68%	0.09(n.s)
rRNA metabolism	GO:0016072	2	15.38%	3.92%	0.09(n.s)
organelle organization and biogenesis	GO:0006996	4	30.77%	15.69%	0.13(n.s)
RNA processing	GO:0006396	2	15.38%	5.33%	0.15(n.s)
nuclear export	GO:0051168	1	7.69%	1.29%	0.15(n.s)
nuclear transport	GO:0051169	1	7.69%	1.53%	0.18(n.s)
nucleocytoplasmic transport	GO:0006913	1	7.69%	1.63%	0.19(n.s)
cell organization and biogenesis	GO:0016043	4	30.77%	17.98%	0.19(n.s)
RNA metabolism	GO:0016070	2	15.38%	8.32%	0.3(n.s)
protein targeting	GO:0006605	1	7.69%	3.42%	0.36(n.s)
intracellular protein transport	GO:0006886	1	7.69%	3.7%	0.39(n.s)
protein transport	GO:0015031	1	7.69%	3.79%	0.4(n.s)
establishment of protein localization	GO:0045184	1	7.69%	3.95%	0.41(n.s)
protein localization	GO:0008104	1	7.69%	4.37%	0.44(n.s)
intracellular transport	GO:0046907	1	7.69%	7.53%	0.64(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	2	15.38%	23.17%	0.84(n.s)
transport	GO:0006810	1	7.69%	14.27%	0.87(n.s)
establishment of localization	GO:0051234	1	7.69%	14.39%	0.87(n.s)
biopolymer metabolism	GO:0043283	2	15.38%	25.06%	0.87(n.s)
localization	GO:0051179	1	7.69%	14.82%	0.88(n.s)
biological_process	GO:0008150	13	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
structural constituent of ribosome	GO:0003735	13	100%	3.58%	1.13E-19(1.83E-16)
structural molecule activity	GO:0005198	13	100%	5.51%	3.53E-17(5.71E-14)
RNA binding	GO:0003723	3	23.08%	5.96%	0.04(n.s)
nucleic acid binding	GO:0003676	3	23.08%	9.87%	0.13(n.s)
binding	GO:0005488	3	23.08%	17.35%	0.4(n.s)
molecular_function	GO:0003674	13	100%	99.44%	0.93(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cytosolic ribosome (sensu Eukaryota)	GO:0005830	13	100%	2.65%	2E-21(3.24E-18)
ribosome	GO:0005840	13	100%	4.4%	1.77E-18(2.86E-15)
ribonucleoprotein complex	GO:0030529	13	100%	7.19%	1.17E-15(1.88E-12)
cytosol	GO:0005829	13	100%	10.08%	1E-13(1.62E-10)
intracellular non-membrane-bound organelle	GO:0043232	13	100%	14.3%	9.69E-12(1.57E-8)
non-membrane-bound organelle	GO:0043228	13	100%	14.3%	9.69E-12(1.57E-8)
cytosolic small ribosomal subunit (sensu Eukaryota)	GO:0005843	7	53.85%	0.98%	9.81E-12(1.59E-8)
eukaryotic 48S initiation complex	GO:0016283	7	53.85%	0.98%	9.81E-12(1.59E-8)
eukaryotic 43S preinitiation complex	GO:0016282	7	53.85%	1.13%	2.87E-11(4.63E-8)
small ribosomal subunit	GO:0015935	7	53.85%	1.52%	2.38E-10(3.85E-7)
protein complex	GO:0043234	13	100%	21.07%	1.54E-9(2.48E-6)
cytosolic large ribosomal subunit (sensu Eukaryota)	GO:0005842	6	46.15%	1.44%	1.2E-8(1.94E-5)
large ribosomal subunit	GO:0015934	6	46.15%	2.12%	1.24E-7(2.01E-4)
cytoplasm	GO:0005737	13	100%	55.64%	4.85E-4(0.78)
organelle	GO:0043226	13	100%	60.56%	1.46E-3(n.s)
intracellular organelle	GO:0043229	13	100%	60.56%	1.46E-3(n.s)
small nucleolar ribonucleoprotein complex	GO:0005732	2	15.38%	0.88%	5.61E-3(n.s)
intracellular	GO:0005622	13	100%	77.03%	0.03(n.s)
cell	GO:0005623	13	100%	83.5%	0.1(n.s)
nucleolus	GO:0005730	2	15.38%	4.58%	0.12(n.s)
mitochondrion	GO:0005739	2	15.38%	15.78%	0.63(n.s)
nucleus	GO:0005634	3	23.08%	31.01%	0.82(n.s)
intracellular membrane-bound organelle	GO:0043231	5	38.46%	55.65%	0.94(n.s)
membrane-bound organelle	GO:0043227	5	38.46%	55.65%	0.94(n.s)
cellular_component	GO:0005575	13	100%	99.61%	0.95(n.s)

cluster_24 (n = 5) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
glutamine family amino acid metabolism	GO:0009064	3	60%	0.67%	2.73E-6(4.41E-3)
arginine biosynthesis	GO:0006526	2	40%	0.15%	2.15E-5(0.03)
pyrimidine base biosynthesis	GO:0019856	2	40%	0.23%	5.02E-5(0.08)
arginine metabolism	GO:0006525	2	40%	0.23%	5.02E-5(0.08)
urea cycle intermediate metabolism	GO:0000051	2	40%	0.23%	5.02E-5(0.08)
pyrimidine base metabolism	GO:0006206	2	40%	0.26%	6.5E-5(0.1)
nucleobase biosynthesis	GO:0046112	2	40%	0.33%	1E-4(0.16)
glutamine family amino acid biosynthesis	GO:0009084	2	40%	0.37%	1.32E-4(0.21)
amino acid metabolism	GO:0006520	3	60%	2.82%	2.11E-4(0.34)
nucleobase metabolism	GO:0009112	2	40%	0.51%	2.51E-4(0.41)
amino acid and derivative metabolism	GO:0006519	3	60%	3.05%	2.67E-4(0.43)
amine metabolism	GO:0009308	3	60%	3.38%	3.61E-4(0.58)
nitrogen compound metabolism	GO:0006807	3	60%	3.66%	4.57E-4(0.74)
aromatic compound metabolism	GO:0006725	2	40%	0.88%	7.53E-4(n.s)
citrate transport	GO:0015746	1	20%	0.02%	**
pyrimidine ribonucleoside triphosphate metabolism	GO:0009208	1	20%	0.02%	**
pyrimidine ribonucleotide biosynthesis	GO:0009220	1	20%	0.02%	**
CTP metabolism	GO:0046036	1	20%	0.02%	**
mitochondrial citrate transport	GO:0006843	1	20%	0.02%	**
pyrimidine ribonucleotide metabolism	GO:0009218	1	20%	0.02%	**
pyrimidine ribonucleoside triphosphate biosynthesis	GO:0009209	1	20%	0.02%	**
CTP biosynthesis	GO:0006241	1	20%	0.02%	**
organic acid metabolism	GO:0006082	3	60%	4.6%	9E-4(n.s)
carboxylic acid metabolism	GO:0019752	3	60%	4.6%	9E-4(n.s)
heterocycle metabolism	GO:0046483	2	40%	1.1%	1.17E-3(n.s)
tricarboxylic acid transport	GO:0006842	1	20%	0.03%	1.55E-3(n.s)
glutamine metabolism	GO:0006541	1	20%	0.03%	1.55E-3(n.s)
amino acid biosynthesis	GO:0008652	2	40%	1.53%	2.26E-3(n.s)
pyrimidine nucleoside triphosphate metabolism	GO:0009147	1	20%	0.05%	2.32E-3(n.s)
amine biosynthesis	GO:0009309	2	40%	1.67%	2.68E-3(n.s)
nitrogen compound biosynthesis	GO:0044271	2	40%	1.67%	2.68E-3(n.s)
pyrimidine nucleotide biosynthesis	GO:0006221	1	20%	0.06%	3.1E-3(n.s)
cellular biosynthesis	GO:0044249	4	80%	17.05%	3.64E-3(n.s)
pyrimidine nucleotide metabolism	GO:0006220	1	20%	0.09%	4.64E-3(n.s)
biosynthesis	GO:0009058	4	80%	18.28%	4.75E-3(n.s)
mitochondrial transport	GO:0006839	1	20%	0.17%	8.49E-3(n.s)
'de novo' pyrimidine base biosynthesis	GO:0006207	1	20%	0.19%	9.26E-3(n.s)
ribonucleoside triphosphate biosynthesis	GO:0009201	1	20%	0.36%	0.02(n.s)
ribonucleoside triphosphate metabolism	GO:0009199	1	20%	0.36%	0.02(n.s)
nucleoside triphosphate biosynthesis	GO:0009142	1	20%	0.37%	0.02(n.s)
nucleoside triphosphate metabolism	GO:0009141	1	20%	0.39%	0.02(n.s)
ribonucleotide biosynthesis	GO:0009260	1	20%	0.59%	0.03(n.s)
ribonucleotide metabolism	GO:0009259	1	20%	0.62%	0.03(n.s)
carboxylic acid transport	GO:0046942	1	20%	0.77%	0.04(n.s)
organic acid transport	GO:0015849	1	20%	0.79%	0.04(n.s)
phospholipid biosynthesis	GO:0008654	1	20%	0.81%	0.04(n.s)
nucleotide biosynthesis	GO:0009165	1	20%	0.84%	0.04(n.s)
membrane lipid biosynthesis	GO:0046467	1	20%	1.1%	0.05(n.s)
phospholipid metabolism	GO:0006644	1	20%	1.19%	0.06(n.s)
nucleotide metabolism	GO:0009117	1	20%	1.38%	0.07(n.s)
membrane lipid metabolism	GO:0006643	1	20%	1.61%	0.08(n.s)
lipid biosynthesis	GO:0008610	1	20%	1.92%	0.09(n.s)
cellular lipid metabolism	GO:0044255	1	20%	3.16%	0.15(n.s)
lipid metabolism	GO:0006629	1	20%	3.38%	0.16(n.s)
primary metabolism	GO:0044238	4	80%	48.71%	0.17(n.s)
cellular physiological process	GO:0050875	5	100%	71.65%	0.19(n.s)
cellular process	GO:0009987	5	100%	72.29%	0.2(n.s)
cellular metabolism	GO:0044237	4	80%	52.12%	0.22(n.s)
physiological process	GO:0007582	5	100%	73.68%	0.22(n.s)
metabolism	GO:0008152	4	80%	52.93%	0.23(n.s)
intracellular transport	GO:0046907	1	20%	7.53%	0.32(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	2	40%	23.17%	0.33(n.s)
transport	GO:0006810	1	20%	14.27%	0.54(n.s)
establishment of localization	GO:0051234	1	20%	14.39%	0.54(n.s)
localization	GO:0051179	1	20%	14.82%	0.55(n.s)
biological_process	GO:0008150	5	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
carbamoyl-phosphate synthase (glutamine-hydrolyzing) activity	GO:0004088	2	40%	0.03%	4.8E-7(7.76E-4)
carbamoyl-phosphate synthase activity	GO:0004086	2	40%	0.03%	4.8E-7(7.76E-4)
ligase activity, forming carbon-nitrogen bonds	GO:0016879	3	60%	1.07%	1.15E-5(0.02)
carbon-nitrogen ligase activity, with glutamine as amido-N-donor	GO:0016884	2	40%	0.12%	1.34E-5(0.02)
ligase activity	GO:0016874	3	60%	1.89%	6.41E-5(0.1)
aspartate carbamoyltransferase activity	GO:0004070	1	20%	0.02%	**
CTP synthase activity	GO:0003883	1	20%	0.03%	1.55E-3(n.s)
tricarboxylate carrier activity	GO:0005371	1	20%	0.03%	1.55E-3(n.s)
carboxyl- and carbamoyltransferase activity	GO:0016743	1	20%	0.03%	1.55E-3(n.s)
catalytic activity	GO:0003824	4	80%	29.21%	0.03(n.s)
porter activity	GO:0015291	1	20%	0.59%	0.03(n.s)
electrochemical potential-driven transporter activity	GO:0015290	1	20%	0.59%	0.03(n.s)
transferase activity, transferring one-carbon groups	GO:0016741	1	20%	1.13%	0.06(n.s)
carrier activity	GO:0005386	1	20%	1.64%	0.08(n.s)
transporter activity	GO:0005215	1	20%	6.64%	0.29(n.s)
transferase activity	GO:0016740	1	20%	10.13%	0.41(n.s)
molecular_function	GO:0003674	5	100%	99.44%	0.97(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
carbamoyl-phosphate synthase complex	GO:0005951	2	40%	0.03%	4.8E-7(7.76E-4)
unlocalized protein complex	GO:0005941	2	40%	0.57%	3.16E-4(0.51)
mitochondrial inner membrane	GO:0005743	1	20%	2.43%	0.12(n.s)
inner membrane	GO:0019866	1	20%	2.43%	0.12(n.s)
mitochondrial membrane	GO:0005740	1	20%	3.16%	0.15(n.s)
mitochondrion	GO:0005739	2	40%	15.78%	0.18(n.s)
protein complex	GO:0043234	2	40%	21.07%	0.28(n.s)
organelle membrane	GO:0031090	1	20%	8.58%	0.36(n.s)
cytosol	GO:0005829	1	20%	10.08%	0.41(n.s)
membrane	GO:0016020	1	20%	15.38%	0.57(n.s)
cytoplasm	GO:0005737	3	60%	55.64%	0.6(n.s)
intracellular membrane-bound organelle	GO:0043231	2	40%	55.65%	0.88(n.s)
membrane-bound organelle	GO:0043227	2	40%	55.65%	0.88(n.s)
intracellular	GO:0005622	3	60%	77.03%	0.92(n.s)
organelle	GO:0043226	2	40%	60.56%	0.92(n.s)
intracellular organelle	GO:0043229	2	40%	60.56%	0.92(n.s)
cell	GO:0005623	3	60%	83.5%	0.97(n.s)
cellular_component	GO:0005575	5	100%	99.61%	0.98(n.s)

cluster_27 (n = 6) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
double-strand break repair via nonhomologous end-joining	GO:0006303	1	16.67%	0.29%	0.02(n.s)
non-recombinational repair	GO:0000726	1	16.67%	0.43%	0.03(n.s)
double-strand break repair	GO:0006302	1	16.67%	0.64%	0.04(n.s)
biological process unknown	GO:0000004	4	66.67%	25.64%	0.04(n.s)
aerobic respiration	GO:0009060	1	16.67%	1.27%	0.07(n.s)
cellular respiration	GO:0045333	1	16.67%	1.35%	0.08(n.s)
protein complex assembly	GO:0006461	1	16.67%	2.26%	0.13(n.s)
DNA repair	GO:0006281	1	16.67%	2.32%	0.13(n.s)
response to DNA damage stimulus	GO:0006974	1	16.67%	2.73%	0.15(n.s)
response to endogenous stimulus	GO:0009719	1	16.67%	2.82%	0.16(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	16.67%	3.04%	0.17(n.s)
generation of precursor metabolites and energy	GO:0006091	1	16.67%	3.5%	0.19(n.s)
response to stress	GO:0006950	1	16.67%	6.09%	0.31(n.s)
response to stimulus	GO:0050896	1	16.67%	8.41%	0.41(n.s)
DNA metabolism	GO:0006259	1	16.67%	8.58%	0.42(n.s)
cellular protein metabolism	GO:0044267	1	16.67%	21.7%	0.77(n.s)
protein metabolism	GO:0019538	1	16.67%	22.06%	0.78(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	16.67%	23.17%	0.79(n.s)
cellular macromolecule metabolism	GO:0044260	1	16.67%	24.52%	0.82(n.s)
biopolymer metabolism	GO:0043283	1	16.67%	25.06%	0.82(n.s)
macromolecule metabolism	GO:0043170	1	16.67%	26.04%	0.84(n.s)
primary metabolism	GO:0044238	2	33.33%	48.71%	0.88(n.s)
cellular metabolism	GO:0044237	2	33.33%	52.12%	0.91(n.s)
metabolism	GO:0008152	2	33.33%	52.93%	0.92(n.s)
cellular physiological process	GO:0050875	2	33.33%	71.65%	0.99(n.s)
cellular process	GO:0009987	2	33.33%	72.29%	0.99(n.s)
physiological process	GO:0007582	2	33.33%	73.68%	0.99(n.s)
biological_process	GO:0008150	6	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
molecular function unknown	GO:0005554	6	100%	35.75%	2.08E-3(n.s)
molecular_function	GO:0003674	6	100%	99.44%	0.97(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	5	83.33%	15.78%	5.07E-4(0.82)
intracellular membrane-bound organelle	GO:0043231	6	100%	55.65%	0.03(n.s)
membrane-bound organelle	GO:0043227	6	100%	55.65%	0.03(n.s)
organelle	GO:0043226	6	100%	60.56%	0.05(n.s)
intracellular organelle	GO:0043229	6	100%	60.56%	0.05(n.s)
mitochondrial inner membrane	GO:0005743	1	16.67%	2.43%	0.14(n.s)
inner membrane	GO:0019866	1	16.67%	2.43%	0.14(n.s)
cytoplasm	GO:0005737	5	83.33%	55.64%	0.17(n.s)
mitochondrial membrane	GO:0005740	1	16.67%	3.16%	0.18(n.s)
intracellular	GO:0005622	6	100%	77.03%	0.21(n.s)
cell	GO:0005623	6	100%	83.5%	0.34(n.s)
organelle membrane	GO:0031090	1	16.67%	8.58%	0.42(n.s)
membrane	GO:0016020	1	16.67%	15.38%	0.63(n.s)
nucleus	GO:0005634	1	16.67%	31.01%	0.89(n.s)
cellular_component	GO:0005575	6	100%	99.61%	0.98(n.s)

cluster_20 (n = 13) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
metallo-sulfur cluster assembly	GO:0031163	6	46.15%	0.14%	1.43E-15(2.32E-12)
iron-sulfur cluster assembly	GO:0016226	6	46.15%	0.14%	1.43E-15(2.32E-12)
iron ion homeostasis	GO:0006879	7	53.85%	0.45%	2.85E-14(4.6E-11)
cofactor metabolism	GO:0051186	9	69.23%	2.26%	8.01E-13(1.29E-9)
transition metal ion homeostasis	GO:0046916	7	53.85%	0.73%	1.13E-12(1.83E-9)
di-, tri-valent inorganic cation homeostasis	GO:0030005	7	53.85%	0.81%	2.39E-12(3.87E-9)
metal ion homeostasis	GO:0006875	7	53.85%	0.91%	6.07E-12(9.81E-9)
cation homeostasis	GO:0030003	7	53.85%	1.35%	1.02E-10(1.64E-7)
cell ion homeostasis	GO:0006873	7	53.85%	1.49%	2.06E-10(3.32E-7)
ion homeostasis	GO:0050801	7	53.85%	1.55%	2.75E-10(4.45E-7)
cell homeostasis	GO:0019725	7	53.85%	1.64%	4.17E-10(6.74E-7)
homeostasis	GO:0042592	7	53.85%	1.73%	6.17E-10(9.97E-7)
heme a metabolism	GO:0046160	3	23.08%	0.06%	2.55E-8(4.12E-5)
heme a biosynthesis	GO:0006784	3	23.08%	0.06%	2.55E-8(4.12E-5)
pigment biosynthesis	GO:0046148	3	23.08%	0.22%	2.29E-6(3.71E-3)
porphyrin biosynthesis	GO:0006779	3	23.08%	0.22%	2.29E-6(3.71E-3)
heme biosynthesis	GO:0006783	3	23.08%	0.22%	2.29E-6(3.71E-3)
heme metabolism	GO:0042168	3	23.08%	0.23%	2.86E-6(4.63E-3)
porphyrin metabolism	GO:0006778	3	23.08%	0.23%	2.86E-6(4.63E-3)
pigment metabolism	GO:0042440	3	23.08%	0.23%	2.86E-6(4.63E-3)
secondary metabolism	GO:0019748	3	23.08%	0.28%	5.12E-6(8.27E-3)
cofactor biosynthesis	GO:0051188	3	23.08%	1.08%	3.23E-4(0.52)
heterocycle metabolism	GO:0046483	3	23.08%	1.1%	3.37E-4(0.54)
iron ion transport	GO:0006826	2	15.38%	0.29%	6.28E-4(n.s)
metal incorporation into metallo-sulfur cluster	GO:0018282	1	7.69%	0.02%	**
iron incorporation into metallo-sulfur cluster	GO:0018283	1	7.69%	0.02%	**
transition metal ion transport	GO:0000041	2	15.38%	0.67%	3.23E-3(n.s)
intracellular sequestering of iron ion	GO:0006880	1	7.69%	0.03%	4.02E-3(n.s)
sequestering of metal ion	GO:0051238	1	7.69%	0.03%	4.02E-3(n.s)
di-, tri-valent inorganic cation transport	GO:0015674	2	15.38%	0.79%	4.51E-3(n.s)
oxygen and reactive oxygen species metabolism	GO:0006800	2	15.38%	0.82%	4.87E-3(n.s)
metal ion transport	GO:0030001	2	15.38%	0.87%	5.42E-3(n.s)
cation transport	GO:0006812	2	15.38%	1.36%	0.01(n.s)
cellular physiological process	GO:0050875	13	100%	71.65%	0.01(n.s)
cellular process	GO:0009987	13	100%	72.29%	0.01(n.s)
cytochrome c oxidase complex assembly	GO:0008535	1	7.69%	0.14%	0.02(n.s)
ion transport	GO:0006811	2	15.38%	1.64%	0.02(n.s)
physiological process	GO:0007582	13	100%	73.68%	0.02(n.s)
maintenance of localization	GO:0051235	1	7.69%	0.45%	0.06(n.s)
cellular metabolism	GO:0044237	10	76.92%	52.12%	0.06(n.s)
metabolism	GO:0008152	10	76.92%	52.93%	0.07(n.s)
response to oxidative stress	GO:0006979	1	7.69%	0.79%	0.1(n.s)
response to osmotic stress	GO:0006970	1	7.69%	0.91%	0.11(n.s)
response to biotic stimulus	GO:0009607	1	7.69%	1.08%	0.13(n.s)
DNA-dependent DNA replication	GO:0006261	1	7.69%	1.24%	0.15(n.s)
aerobic respiration	GO:0009060	1	7.69%	1.27%	0.15(n.s)
cellular respiration	GO:0045333	1	7.69%	1.35%	0.16(n.s)
DNA replication	GO:0006260	1	7.69%	1.6%	0.19(n.s)
protein complex assembly	GO:0006461	1	7.69%	2.26%	0.26(n.s)
localization	GO:0051179	3	23.08%	14.82%	0.3(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	7.69%	3.04%	0.33(n.s)
generation of precursor metabolites and energy	GO:0006091	1	7.69%	3.5%	0.37(n.s)
response to abiotic stimulus	GO:0009628	1	7.69%	3.52%	0.37(n.s)
cellular biosynthesis	GO:0044249	3	23.08%	17.05%	0.39(n.s)
response to external stimulus	GO:0009605	1	7.69%	3.87%	0.4(n.s)
biosynthesis	GO:0009058	3	23.08%	18.28%	0.43(n.s)
response to stress	GO:0006950	1	7.69%	6.09%	0.56(n.s)
transport	GO:0006810	2	15.38%	14.27%	0.57(n.s)
establishment of localization	GO:0051234	2	15.38%	14.39%	0.58(n.s)
protein modification	GO:0006464	1	7.69%	6.68%	0.59(n.s)
response to stimulus	GO:0050896	1	7.69%	8.41%	0.68(n.s)
DNA metabolism	GO:0006259	1	7.69%	8.58%	0.69(n.s)
biopolymer modification	GO:0043412	1	7.69%	9.25%	0.72(n.s)
cellular protein metabolism	GO:0044267	2	15.38%	21.7%	0.81(n.s)
protein metabolism	GO:0019538	2	15.38%	22.06%	0.82(n.s)
cellular macromolecule metabolism	GO:0044260	2	15.38%	24.52%	0.87(n.s)
biopolymer metabolism	GO:0043283	2	15.38%	25.06%	0.87(n.s)
macromolecule metabolism	GO:0043170	2	15.38%	26.04%	0.89(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	7.69%	23.17%	0.97(n.s)
primary metabolism	GO:0044238	3	23.08%	48.71%	0.99(n.s)
biological_process	GO:0008150	13	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
electron transporter activity	GO:0005489	2	15.38%	0.34%	8.45E-4(n.s)
oxidoreductase activity, acting on iron-sulfur proteins as donors, NAD or NADP as acceptor	GO:0016731	1	7.69%	0.02%	**
ferredoxin reductase activity	GO:0008937	1	7.69%	0.02%	**
oxidoreductase activity, acting on iron-sulfur proteins as donors	GO:0016730	1	7.69%	0.02%	**
NADPH-adrenodoxin reductase activity	GO:0015039	1	7.69%	0.02%	**
cystathionine gamma-lyase activity	GO:0004123	1	7.69%	0.03%	4.02E-3(n.s)
electron carrier activity	GO:0009055	1	7.69%	0.08%	0.01(n.s)
thiol-disulfide exchange intermediate activity	GO:0030508	1	7.69%	0.12%	0.02(n.s)
disulfide oxidoreductase activity	GO:0015036	1	7.69%	0.14%	0.02(n.s)
carbon-sulfur lyase activity	GO:0016846	1	7.69%	0.14%	0.02(n.s)
chaperone binding	GO:0051087	1	7.69%	0.17%	0.02(n.s)
protein binding	GO:0005515	3	23.08%	7.39%	0.07(n.s)
oxidoreductase activity	GO:0016491	2	15.38%	3.73%	0.08(n.s)
unfolded protein binding	GO:0051082	1	7.69%	0.9%	0.11(n.s)
lyase activity	GO:0016829	1	7.69%	1.27%	0.15(n.s)
carrier activity	GO:0005386	1	7.69%	1.64%	0.19(n.s)
transporter activity	GO:0005215	2	15.38%	6.64%	0.21(n.s)
enzyme regulator activity	GO:0030234	1	7.69%	2.54%	0.28(n.s)
binding	GO:0005488	3	23.08%	17.35%	0.4(n.s)
molecular function unknown	GO:0005554	4	30.77%	35.75%	0.74(n.s)
catalytic activity	GO:0003824	3	23.08%	29.21%	0.78(n.s)
molecular_function	GO:0003674	12	92.31%	99.44%	1(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	13	100%	15.78%	3.54E-11(5.72E-8)
mitochondrial matrix	GO:0005759	8	61.54%	2.52%	1.61E-10(2.6E-7)
cytoplasm	GO:0005737	13	100%	55.64%	4.85E-4(0.78)
intracellular membrane-bound organelle	GO:0043231	13	100%	55.65%	4.87E-4(0.79)
membrane-bound organelle	GO:0043227	13	100%	55.65%	4.87E-4(0.79)
organelle	GO:0043226	13	100%	60.56%	1.46E-3(n.s)
intracellular organelle	GO:0043229	13	100%	60.56%	1.46E-3(n.s)
intracellular	GO:0005622	13	100%	77.03%	0.03(n.s)
mitochondrial inner membrane	GO:0005743	2	15.38%	2.43%	0.04(n.s)
inner membrane	GO:0019866	2	15.38%	2.43%	0.04(n.s)
mitochondrial intermembrane space	GO:0005758	1	7.69%	0.39%	0.05(n.s)
mitochondrial membrane	GO:0005740	2	15.38%	3.16%	0.06(n.s)
cell	GO:0005623	13	100%	83.5%	0.1(n.s)
organelle membrane	GO:0031090	2	15.38%	8.58%	0.31(n.s)
membrane	GO:0016020	2	15.38%	15.38%	0.62(n.s)
cellular_component	GO:0005575	13	100%	99.61%	0.95(n.s)

cluster_22 (n = 8) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
posttranslational protein-membrane targeting	GO:0006620	4	50%	0.12%	6.76E-11(1.09E-7)
protein-ER targeting	GO:0045047	4	50%	0.43%	1.96E-8(3.16E-5)
protein-membrane targeting	GO:0006612	4	50%	0.48%	3.01E-8(4.86E-5)
SRP-dependent cotranslational protein-membrane targeting	GO:0006614	3	37.5%	0.29%	1.2E-6(1.94E-3)
secretory pathway	GO:0045045	5	62.5%	3.13%	1.48E-6(2.39E-3)
secretion	GO:0046903	5	62.5%	3.24%	1.75E-6(2.83E-3)
cotranslational protein-membrane targeting	GO:0006613	3	37.5%	0.34%	1.9E-6(3.07E-3)
posttranslational protein membrane targeting, translocation	GO:0031204	2	25%	0.06%	8.05E-6(0.01)
SRP-dependent cotranslational protein-membrane targeting, translocation	GO:0006616	2	25%	0.14%	4.82E-5(0.08)
protein targeting	GO:0006605	4	50%	3.42%	8.4E-5(0.14)
intracellular transport	GO:0046907	5	62.5%	7.53%	1.1E-4(0.18)
intracellular protein transport	GO:0006886	4	50%	3.7%	1.14E-4(0.18)
protein transport	GO:0015031	4	50%	3.79%	1.26E-4(0.2)
establishment of protein localization	GO:0045184	4	50%	3.95%	1.47E-4(0.24)
protein localization	GO:0008104	4	50%	4.37%	2.17E-4(0.35)
asparaginyl-tRNA aminoacylation	GO:0006421	1	12.5%	0.02%	**
transport	GO:0006810	5	62.5%	14.27%	2.25E-3(n.s)
establishment of localization	GO:0051234	5	62.5%	14.39%	2.34E-3(n.s)
localization	GO:0051179	5	62.5%	14.82%	2.68E-3(n.s)
DNA replication checkpoint	GO:0000076	1	12.5%	0.08%	6.18E-3(n.s)
protein secretion	GO:0009306	1	12.5%	0.14%	0.01(n.s)
karyogamy during conjugation with cellular fusion	GO:0000742	1	12.5%	0.15%	0.01(n.s)
response to unfolded protein	GO:0006986	1	12.5%	0.19%	0.01(n.s)
karyogamy	GO:0000741	1	12.5%	0.19%	0.01(n.s)
organelle fusion	GO:0048284	1	12.5%	0.26%	0.02(n.s)
intra-Golgi transport	GO:0006891	1	12.5%	0.33%	0.03(n.s)
chromatin silencing at silent mating-type cassette	GO:0030466	1	12.5%	0.33%	0.03(n.s)
GPI anchor biosynthesis	GO:0006506	1	12.5%	0.36%	0.03(n.s)
GPI anchor metabolism	GO:0006505	1	12.5%	0.37%	0.03(n.s)
phosphoinositide biosynthesis	GO:0046489	1	12.5%	0.37%	0.03(n.s)
tRNA aminoacylation	GO:0043039	1	12.5%	0.46%	0.04(n.s)
amino acid activation	GO:0043038	1	12.5%	0.46%	0.04(n.s)
tRNA aminoacylation for protein translation	GO:0006418	1	12.5%	0.46%	0.04(n.s)
phosphoinositide metabolism	GO:0030384	1	12.5%	0.48%	0.04(n.s)
glycerophospholipid biosynthesis	GO:0046474	1	12.5%	0.53%	0.04(n.s)
lipoprotein metabolism	GO:0042157	1	12.5%	0.56%	0.04(n.s)
lipoprotein biosynthesis	GO:0042158	1	12.5%	0.56%	0.04(n.s)
protein lipidation	GO:0006497	1	12.5%	0.56%	0.04(n.s)
telomeric heterochromatin formation	GO:0031509	1	12.5%	0.67%	0.05(n.s)
chromatin silencing at telomere	GO:0006348	1	12.5%	0.67%	0.05(n.s)
glycerophospholipid metabolism	GO:0006650	1	12.5%	0.68%	0.05(n.s)
cell cycle checkpoint	GO:0000075	1	12.5%	0.73%	0.06(n.s)
phospholipid biosynthesis	GO:0008654	1	12.5%	0.81%	0.06(n.s)
cellular physiological process	GO:0050875	8	100%	71.65%	0.07(n.s)
cellular process	GO:0009987	8	100%	72.29%	0.07(n.s)
nuclear organization and biogenesis	GO:0006997	1	12.5%	1.01%	0.08(n.s)
tRNA modification	GO:0006400	1	12.5%	1.02%	0.08(n.s)
response to biotic stimulus	GO:0009607	1	12.5%	1.08%	0.08(n.s)
membrane lipid biosynthesis	GO:0046467	1	12.5%	1.1%	0.08(n.s)
physiological process	GO:0007582	8	100%	73.68%	0.09(n.s)
ER to Golgi transport	GO:0006888	1	12.5%	1.18%	0.09(n.s)
phospholipid metabolism	GO:0006644	1	12.5%	1.19%	0.09(n.s)
negative regulation of gene expression, epigenetic	GO:0045814	1	12.5%	1.19%	0.09(n.s)
chromatin silencing	GO:0006342	1	12.5%	1.19%	0.09(n.s)
gene silencing	GO:0016458	1	12.5%	1.19%	0.09(n.s)
heterochromatin formation	GO:0031507	1	12.5%	1.19%	0.09(n.s)
regulation of gene expression, epigenetic	GO:0040029	1	12.5%	1.27%	0.1(n.s)
chromatin assembly	GO:0031497	1	12.5%	1.27%	0.1(n.s)
chromatin assembly or disassembly	GO:0006333	1	12.5%	1.52%	0.12(n.s)
tRNA metabolism	GO:0006399	1	12.5%	1.6%	0.12(n.s)
membrane lipid metabolism	GO:0006643	1	12.5%	1.61%	0.12(n.s)
sexual reproduction	GO:0019953	1	12.5%	1.63%	0.12(n.s)
conjugation	GO:0000746	1	12.5%	1.63%	0.12(n.s)
conjugation with cellular fusion	GO:0000747	1	12.5%	1.63%	0.12(n.s)
negative regulation of transcription, DNA-dependent	GO:0045892	1	12.5%	1.89%	0.14(n.s)
lipid biosynthesis	GO:0008610	1	12.5%	1.92%	0.14(n.s)
negative regulation of transcription	GO:0016481	1	12.5%	1.95%	0.15(n.s)
chromatin remodeling	GO:0006338	1	12.5%	2.01%	0.15(n.s)
negative regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0045934	1	12.5%	2.11%	0.16(n.s)
regulation of progression through cell cycle	GO:0000074	1	12.5%	2.14%	0.16(n.s)
Golgi vesicle transport	GO:0048193	1	12.5%	2.18%	0.16(n.s)
biopolymer modification	GO:0043412	2	25%	9.25%	0.16(n.s)
negative regulation of cellular metabolism	GO:0031324	1	12.5%	2.29%	0.17(n.s)
negative regulation of metabolism	GO:0009892	1	12.5%	2.4%	0.18(n.s)
RNA modification	GO:0009451	1	12.5%	2.42%	0.18(n.s)
negative regulation of cellular physiological process	GO:0051243	1	12.5%	2.59%	0.19(n.s)
negative regulation of cellular process	GO:0048523	1	12.5%	2.59%	0.19(n.s)
negative regulation of physiological process	GO:0043118	1	12.5%	2.62%	0.19(n.s)
negative regulation of biological process	GO:0048519	1	12.5%	2.71%	0.2(n.s)
chromatin modification	GO:0016568	1	12.5%	2.77%	0.2(n.s)
amino acid metabolism	GO:0006520	1	12.5%	2.82%	0.2(n.s)
reproductive cellular physiological process	GO:0048610	1	12.5%	2.93%	0.21(n.s)
reproductive physiological process	GO:0050876	1	12.5%	2.93%	0.21(n.s)
amino acid and derivative metabolism	GO:0006519	1	12.5%	3.05%	0.22(n.s)
DNA packaging	GO:0006323	1	12.5%	3.14%	0.23(n.s)
establishment and/or maintenance of chromatin architecture	GO:0006325	1	12.5%	3.14%	0.23(n.s)
cellular lipid metabolism	GO:0044255	1	12.5%	3.16%	0.23(n.s)
lipid metabolism	GO:0006629	1	12.5%	3.38%	0.24(n.s)
amine metabolism	GO:0009308	1	12.5%	3.38%	0.24(n.s)
protein biosynthesis	GO:0006412	2	25%	12.16%	0.25(n.s)
nitrogen compound metabolism	GO:0006807	1	12.5%	3.66%	0.26(n.s)
chromosome organization and biogenesis (sensu Eukaryota)	GO:0007001	1	12.5%	3.72%	0.26(n.s)
chromosome organization and biogenesis	GO:0051276	1	12.5%	3.9%	0.27(n.s)
reproduction	GO:0000003	1	12.5%	3.92%	0.27(n.s)
macromolecule biosynthesis	GO:0009059	2	25%	13.04%	0.28(n.s)
vesicle-mediated transport	GO:0016192	1	12.5%	4.34%	0.3(n.s)
organic acid metabolism	GO:0006082	1	12.5%	4.6%	0.31(n.s)
carboxylic acid metabolism	GO:0019752	1	12.5%	4.6%	0.31(n.s)
regulation of transcription, DNA-dependent	GO:0006355	1	12.5%	4.68%	0.32(n.s)
biopolymer metabolism	GO:0043283	3	37.5%	25.06%	0.32(n.s)
regulation of transcription	GO:0045449	1	12.5%	4.96%	0.33(n.s)
regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0019219	1	12.5%	5.24%	0.35(n.s)
organelle organization and biogenesis	GO:0006996	2	25%	15.69%	0.36(n.s)
development	GO:0007275	1	12.5%	5.73%	0.38(n.s)
regulation of cellular metabolism	GO:0031323	1	12.5%	5.98%	0.39(n.s)
response to stress	GO:0006950	1	12.5%	6.09%	0.4(n.s)
cell cycle	GO:0007049	1	12.5%	6.12%	0.4(n.s)
cellular biosynthesis	GO:0044249	2	25%	17.05%	0.41(n.s)
regulation of metabolism	GO:0019222	1	12.5%	6.37%	0.41(n.s)
translation	GO:0043037	1	12.5%	6.47%	0.41(n.s)
protein modification	GO:0006464	1	12.5%	6.68%	0.42(n.s)
transcription, DNA-dependent	GO:0006351	1	12.5%	6.78%	0.43(n.s)
cell organization and biogenesis	GO:0016043	2	25%	17.98%	0.44(n.s)
biosynthesis	GO:0009058	2	25%	18.28%	0.45(n.s)
transcription	GO:0006350	1	12.5%	7.43%	0.46(n.s)
RNA metabolism	GO:0016070	1	12.5%	8.32%	0.5(n.s)
response to stimulus	GO:0050896	1	12.5%	8.41%	0.51(n.s)
regulation of cellular physiological process	GO:0051244	1	12.5%	8.49%	0.51(n.s)
regulation of cellular process	GO:0050794	1	12.5%	8.52%	0.51(n.s)
DNA metabolism	GO:0006259	1	12.5%	8.58%	0.51(n.s)
regulation of physiological process	GO:0050791	1	12.5%	8.77%	0.52(n.s)
regulation of biological process	GO:0050789	1	12.5%	8.97%	0.53(n.s)
cellular protein metabolism	GO:0044267	2	25%	21.7%	0.55(n.s)
protein metabolism	GO:0019538	2	25%	22.06%	0.56(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	2	25%	23.17%	0.59(n.s)
cellular macromolecule metabolism	GO:0044260	2	25%	24.52%	0.62(n.s)
macromolecule metabolism	GO:0043170	2	25%	26.04%	0.66(n.s)
primary metabolism	GO:0044238	3	37.5%	48.71%	0.84(n.s)
cellular metabolism	GO:0044237	3	37.5%	52.12%	0.88(n.s)
metabolism	GO:0008152	3	37.5%	52.93%	0.89(n.s)
biological_process	GO:0008150	8	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein transporter activity	GO:0008565	3	37.5%	0.77%	2.38E-5(0.04)
asparagine-tRNA ligase activity	GO:0004816	1	12.5%	0.03%	2.48E-3(n.s)
ARF guanyl-nucleotide exchange factor activity	GO:0005086	1	12.5%	0.09%	7.41E-3(n.s)
transporter activity	GO:0005215	3	37.5%	6.64%	0.01(n.s)
ATP binding	GO:0005524	1	12.5%	0.22%	0.02(n.s)
adenyl nucleotide binding	GO:0030554	1	12.5%	0.26%	0.02(n.s)
guanyl-nucleotide exchange factor activity	GO:0005085	1	12.5%	0.4%	0.03(n.s)
purine nucleotide binding	GO:0017076	1	12.5%	0.5%	0.04(n.s)
nucleotide binding	GO:0000166	1	12.5%	0.51%	0.04(n.s)
ligase activity, forming carbon-oxygen bonds	GO:0016875	1	12.5%	0.56%	0.04(n.s)
ligase activity, forming aminoacyl-tRNA and related compounds	GO:0016876	1	12.5%	0.56%	0.04(n.s)
tRNA ligase activity	GO:0004812	1	12.5%	0.56%	0.04(n.s)
RNA ligase activity	GO:0008452	1	12.5%	0.57%	0.04(n.s)
ligase activity, forming phosphoric ester bonds	GO:0016886	1	12.5%	0.62%	0.05(n.s)
small GTPase regulator activity	GO:0005083	1	12.5%	0.88%	0.07(n.s)
unfolded protein binding	GO:0051082	1	12.5%	0.9%	0.07(n.s)
GTPase regulator activity	GO:0030695	1	12.5%	1.04%	0.08(n.s)
protein binding	GO:0005515	2	25%	7.39%	0.11(n.s)
ligase activity	GO:0016874	1	12.5%	1.89%	0.14(n.s)
binding	GO:0005488	3	37.5%	17.35%	0.15(n.s)
ATPase activity	GO:0016887	1	12.5%	2.52%	0.19(n.s)
enzyme regulator activity	GO:0030234	1	12.5%	2.54%	0.19(n.s)
nucleoside-triphosphatase activity	GO:0017111	1	12.5%	3.42%	0.24(n.s)
pyrophosphatase activity	GO:0016462	1	12.5%	3.67%	0.26(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	1	12.5%	3.69%	0.26(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	1	12.5%	3.69%	0.26(n.s)
hydrolase activity	GO:0016787	1	12.5%	11.45%	0.62(n.s)
catalytic activity	GO:0003824	2	25%	29.21%	0.73(n.s)
molecular function unknown	GO:0005554	2	25%	35.75%	0.84(n.s)
molecular_function	GO:0003674	8	100%	99.44%	0.96(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
Sec complex (sensu Eukaryota)	GO:0031205	3	37.5%	0.11%	4.36E-8(7.05E-5)
rough endoplasmic reticulum membrane	GO:0030867	3	37.5%	0.17%	2.05E-7(3.32E-4)
rough endoplasmic reticulum	GO:0005791	3	37.5%	0.17%	2.05E-7(3.32E-4)
Sec62/Sec63 complex	GO:0031207	2	25%	0.06%	8.05E-6(0.01)
nuclear envelope-endoplasmic reticulum network	GO:0042175	4	50%	1.95%	9.12E-6(0.01)
endomembrane system	GO:0012505	4	50%	3.7%	1.14E-4(0.18)
endoplasmic reticulum membrane	GO:0005789	3	37.5%	1.78%	2.89E-4(0.47)
endoplasmic reticulum	GO:0005783	4	50%	5.84%	6.64E-4(n.s)
Sec complex-associated translocon complex	GO:0031206	1	12.5%	0.05%	3.71E-3(n.s)
translocon complex	GO:0005784	1	12.5%	0.08%	6.18E-3(n.s)
endoplasmic reticulum lumen	GO:0005788	1	12.5%	0.09%	7.41E-3(n.s)
organelle lumen	GO:0043233	1	12.5%	0.17%	0.01(n.s)
late endosome	GO:0005770	1	12.5%	0.2%	0.02(n.s)
Golgi vesicle	GO:0005798	1	12.5%	0.26%	0.02(n.s)
membrane	GO:0016020	4	50%	15.38%	0.02(n.s)
organelle membrane	GO:0031090	3	37.5%	8.58%	0.03(n.s)
replication fork	GO:0005657	1	12.5%	0.6%	0.05(n.s)
endosome	GO:0005768	1	12.5%	1.07%	0.08(n.s)
cytoplasmic vesicle	GO:0031410	1	12.5%	1.16%	0.09(n.s)
cytoplasmic membrane-bound vesicle	GO:0016023	1	12.5%	1.16%	0.09(n.s)
Golgi apparatus	GO:0005794	1	12.5%	2.01%	0.15(n.s)
nuclear chromosome	GO:0000228	1	12.5%	2.31%	0.17(n.s)
chromosome	GO:0005694	1	12.5%	3.16%	0.23(n.s)
protein complex	GO:0043234	3	37.5%	21.07%	0.23(n.s)
cytoplasm	GO:0005737	6	75%	55.64%	0.23(n.s)
intracellular membrane-bound organelle	GO:0043231	6	75%	55.65%	0.23(n.s)
membrane-bound organelle	GO:0043227	6	75%	55.65%	0.23(n.s)
cell	GO:0005623	8	100%	83.5%	0.24(n.s)
organelle	GO:0043226	6	75%	60.56%	0.33(n.s)
intracellular organelle	GO:0043229	6	75%	60.56%	0.33(n.s)
intracellular	GO:0005622	7	87.5%	77.03%	0.42(n.s)
cytosol	GO:0005829	1	12.5%	10.08%	0.57(n.s)
intracellular non-membrane-bound organelle	GO:0043232	1	12.5%	14.3%	0.71(n.s)
non-membrane-bound organelle	GO:0043228	1	12.5%	14.3%	0.71(n.s)
mitochondrion	GO:0005739	1	12.5%	15.78%	0.75(n.s)
nucleus	GO:0005634	1	12.5%	31.01%	0.95(n.s)
cellular_component	GO:0005575	8	100%	99.61%	0.97(n.s)

cluster_28 (n = 5) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
potassium ion homeostasis	GO:0030007	1	20%	0.06%	3.1E-3(n.s)
monovalent inorganic cation homeostasis	GO:0030004	1	20%	0.48%	0.02(n.s)
metal ion homeostasis	GO:0006875	1	20%	0.91%	0.04(n.s)
aerobic respiration	GO:0009060	1	20%	1.27%	0.06(n.s)
cation homeostasis	GO:0030003	1	20%	1.35%	0.07(n.s)
cellular respiration	GO:0045333	1	20%	1.35%	0.07(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	20%	1.47%	0.07(n.s)
cell ion homeostasis	GO:0006873	1	20%	1.49%	0.07(n.s)
ion homeostasis	GO:0050801	1	20%	1.55%	0.08(n.s)
cell homeostasis	GO:0019725	1	20%	1.64%	0.08(n.s)
homeostasis	GO:0042592	1	20%	1.73%	0.08(n.s)
protein complex assembly	GO:0006461	1	20%	2.26%	0.11(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	20%	3.04%	0.14(n.s)
generation of precursor metabolites and energy	GO:0006091	1	20%	3.5%	0.16(n.s)
cellular protein metabolism	GO:0044267	2	40%	21.7%	0.3(n.s)
protein metabolism	GO:0019538	2	40%	22.06%	0.31(n.s)
cellular macromolecule metabolism	GO:0044260	2	40%	24.52%	0.36(n.s)
macromolecule metabolism	GO:0043170	2	40%	26.04%	0.39(n.s)
protein biosynthesis	GO:0006412	1	20%	12.16%	0.48(n.s)
macromolecule biosynthesis	GO:0009059	1	20%	13.04%	0.5(n.s)
transport	GO:0006810	1	20%	14.27%	0.54(n.s)
establishment of localization	GO:0051234	1	20%	14.39%	0.54(n.s)
localization	GO:0051179	1	20%	14.82%	0.55(n.s)
cellular physiological process	GO:0050875	4	80%	71.65%	0.56(n.s)
organelle organization and biogenesis	GO:0006996	1	20%	15.69%	0.57(n.s)
cellular process	GO:0009987	4	80%	72.29%	0.58(n.s)
physiological process	GO:0007582	4	80%	73.68%	0.61(n.s)
cellular biosynthesis	GO:0044249	1	20%	17.05%	0.61(n.s)
cell organization and biogenesis	GO:0016043	1	20%	17.98%	0.63(n.s)
biosynthesis	GO:0009058	1	20%	18.28%	0.64(n.s)
biological process unknown	GO:0000004	1	20%	25.64%	0.77(n.s)
primary metabolism	GO:0044238	2	40%	48.71%	0.8(n.s)
cellular metabolism	GO:0044237	2	40%	52.12%	0.84(n.s)
metabolism	GO:0008152	2	40%	52.93%	0.85(n.s)
biological_process	GO:0008150	5	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
chaperone binding	GO:0051087	1	20%	0.17%	8.49E-3(n.s)
molecular function unknown	GO:0005554	3	60%	35.75%	0.25(n.s)
transporter activity	GO:0005215	1	20%	6.64%	0.29(n.s)
protein binding	GO:0005515	1	20%	7.39%	0.32(n.s)
binding	GO:0005488	1	20%	17.35%	0.61(n.s)
molecular_function	GO:0003674	5	100%	99.44%	0.97(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial membrane	GO:0005740	4	80%	3.16%	4.72E-6(7.63E-3)
mitochondrion	GO:0005739	5	100%	15.78%	9.72E-5(0.16)
mitochondrial inner membrane	GO:0005743	3	60%	2.43%	1.36E-4(0.22)
inner membrane	GO:0019866	3	60%	2.43%	1.36E-4(0.22)
organelle membrane	GO:0031090	4	80%	8.58%	2.5E-4(0.4)
membrane	GO:0016020	4	80%	15.38%	2.44E-3(n.s)
nucleoid	GO:0009295	1	20%	0.36%	0.02(n.s)
mitochondrial nucleoid	GO:0042645	1	20%	0.36%	0.02(n.s)
cytoplasm	GO:0005737	5	100%	55.64%	0.05(n.s)
intracellular membrane-bound organelle	GO:0043231	5	100%	55.65%	0.05(n.s)
membrane-bound organelle	GO:0043227	5	100%	55.65%	0.05(n.s)
organelle	GO:0043226	5	100%	60.56%	0.08(n.s)
intracellular organelle	GO:0043229	5	100%	60.56%	0.08(n.s)
mitochondrial matrix	GO:0005759	1	20%	2.52%	0.12(n.s)
integral to membrane	GO:0016021	1	20%	3.55%	0.17(n.s)
intrinsic to membrane	GO:0031224	1	20%	3.61%	0.17(n.s)
intracellular	GO:0005622	5	100%	77.03%	0.27(n.s)
cell	GO:0005623	5	100%	83.5%	0.41(n.s)
cellular_component	GO:0005575	5	100%	99.61%	0.98(n.s)

cluster_4 (n = 5) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
regulation of cell growth	GO:0001558	2	40%	0.03%	4.8E-7(7.76E-4)
regulation of growth	GO:0040008	2	40%	0.06%	2.88E-6(4.65E-3)
cell growth	GO:0016049	2	40%	0.06%	2.88E-6(4.65E-3)
regulation of development	GO:0050793	2	40%	0.09%	7.19E-6(0.01)
regulation of cell size	GO:0008361	2	40%	0.19%	3.16E-5(0.05)
regulation of cellular physiological process	GO:0051244	4	80%	8.49%	2.4E-4(0.39)
regulation of cellular process	GO:0050794	4	80%	8.52%	2.43E-4(0.39)
regulation of physiological process	GO:0050791	4	80%	8.77%	2.72E-4(0.44)
regulation of biological process	GO:0050789	4	80%	8.97%	2.98E-4(0.48)
regulation of mitotic recombination	GO:0000019	1	20%	0.03%	1.55E-3(n.s)
growth	GO:0040007	2	40%	1.72%	2.83E-3(n.s)
actin filament reorganization during cell cycle	GO:0030037	1	20%	0.06%	3.1E-3(n.s)
actin cytoskeleton reorganization	GO:0031532	1	20%	0.06%	3.1E-3(n.s)
DNA topological change	GO:0006265	1	20%	0.08%	3.87E-3(n.s)
cell organization and biogenesis	GO:0016043	4	80%	17.98%	4.46E-3(n.s)
cellular morphogenesis	GO:0000902	2	40%	2.23%	4.73E-3(n.s)
morphogenesis	GO:0009653	2	40%	2.23%	4.73E-3(n.s)
signal transduction	GO:0007165	2	40%	2.59%	6.32E-3(n.s)
cell communication	GO:0007154	2	40%	3.08%	8.89E-3(n.s)
regulation of DNA recombination	GO:0000018	1	20%	0.19%	9.26E-3(n.s)
Rho protein signal transduction	GO:0007266	1	20%	0.26%	0.01(n.s)
regulation of DNA metabolism	GO:0051052	1	20%	0.31%	0.02(n.s)
G1 phase of mitotic cell cycle	GO:0000080	1	20%	0.33%	0.02(n.s)
G1 phase	GO:0051318	1	20%	0.33%	0.02(n.s)
mitotic recombination	GO:0006312	1	20%	0.39%	0.02(n.s)
DNA strand elongation	GO:0006271	1	20%	0.46%	0.02(n.s)
development	GO:0007275	2	40%	5.73%	0.03(n.s)
meiotic recombination	GO:0007131	1	20%	0.6%	0.03(n.s)
cell cycle	GO:0007049	2	40%	6.12%	0.03(n.s)
small GTPase mediated signal transduction	GO:0007264	1	20%	0.85%	0.04(n.s)
meiosis I	GO:0007127	1	20%	0.85%	0.04(n.s)
actin filament organization	GO:0007015	1	20%	0.98%	0.05(n.s)
endocytosis	GO:0006897	1	20%	1.07%	0.05(n.s)
DNA-dependent DNA replication	GO:0006261	1	20%	1.24%	0.06(n.s)
interphase	GO:0051325	1	20%	1.35%	0.07(n.s)
interphase of mitotic cell cycle	GO:0051329	1	20%	1.35%	0.07(n.s)
chromatin assembly or disassembly	GO:0006333	1	20%	1.52%	0.07(n.s)
actin cytoskeleton organization and biogenesis	GO:0030036	1	20%	1.55%	0.08(n.s)
DNA replication	GO:0006260	1	20%	1.6%	0.08(n.s)
actin filament-based process	GO:0030029	1	20%	1.61%	0.08(n.s)
intracellular signaling cascade	GO:0007242	1	20%	1.66%	0.08(n.s)
meiotic cell cycle	GO:0051321	1	20%	2%	0.1(n.s)
meiosis	GO:0007126	1	20%	2%	0.1(n.s)
M phase of meiotic cell cycle	GO:0051327	1	20%	2%	0.1(n.s)
regulation of progression through cell cycle	GO:0000074	1	20%	2.14%	0.1(n.s)
DNA recombination	GO:0006310	1	20%	2.91%	0.14(n.s)
DNA packaging	GO:0006323	1	20%	3.14%	0.15(n.s)
establishment and/or maintenance of chromatin architecture	GO:0006325	1	20%	3.14%	0.15(n.s)
transport	GO:0006810	2	40%	14.27%	0.15(n.s)
establishment of localization	GO:0051234	2	40%	14.39%	0.15(n.s)
ribosome biogenesis	GO:0007046	1	20%	3.3%	0.15(n.s)
localization	GO:0051179	2	40%	14.82%	0.16(n.s)
mitotic cell cycle	GO:0000278	1	20%	3.59%	0.17(n.s)
chromosome organization and biogenesis (sensu Eukaryota)	GO:0007001	1	20%	3.72%	0.17(n.s)
organelle organization and biogenesis	GO:0006996	2	40%	15.69%	0.18(n.s)
cytoplasm organization and biogenesis	GO:0007028	1	20%	3.9%	0.18(n.s)
chromosome organization and biogenesis	GO:0051276	1	20%	3.9%	0.18(n.s)
ribosome biogenesis and assembly	GO:0042254	1	20%	3.9%	0.18(n.s)
M phase	GO:0000279	1	20%	3.98%	0.18(n.s)
cellular physiological process	GO:0050875	5	100%	71.65%	0.19(n.s)
cellular process	GO:0009987	5	100%	72.29%	0.2(n.s)
vesicle-mediated transport	GO:0016192	1	20%	4.34%	0.2(n.s)
cytoskeleton organization and biogenesis	GO:0007010	1	20%	4.48%	0.2(n.s)
physiological process	GO:0007582	5	100%	73.68%	0.22(n.s)
regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0019219	1	20%	5.24%	0.24(n.s)
regulation of cellular metabolism	GO:0031323	1	20%	5.98%	0.27(n.s)
regulation of metabolism	GO:0019222	1	20%	6.37%	0.28(n.s)
DNA metabolism	GO:0006259	1	20%	8.58%	0.36(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	20%	23.17%	0.73(n.s)
biopolymer metabolism	GO:0043283	1	20%	25.06%	0.76(n.s)
primary metabolism	GO:0044238	1	20%	48.71%	0.96(n.s)
cellular metabolism	GO:0044237	1	20%	52.12%	0.97(n.s)
metabolism	GO:0008152	1	20%	52.93%	0.98(n.s)
biological_process	GO:0008150	5	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
DNA topoisomerase (ATP-hydrolyzing) activity	GO:0003918	1	20%	0.02%	**
phosphatidylinositol 3-kinase activity	GO:0016303	1	20%	0.05%	2.32E-3(n.s)
phosphoinositide 3-kinase activity	GO:0035004	1	20%	0.05%	2.32E-3(n.s)
DNA topoisomerase activity	GO:0003916	1	20%	0.08%	3.87E-3(n.s)
lipid kinase activity	GO:0001727	1	20%	0.12%	6.18E-3(n.s)
inositol or phosphatidylinositol kinase activity	GO:0004428	1	20%	0.17%	8.49E-3(n.s)
binding	GO:0005488	3	60%	17.35%	0.04(n.s)
isomerase activity	GO:0016853	1	20%	0.81%	0.04(n.s)
protein binding	GO:0005515	2	40%	7.39%	0.05(n.s)
phosphotransferase activity, alcohol group as acceptor	GO:0016773	1	20%	2.62%	0.12(n.s)
kinase activity	GO:0016301	1	20%	3.05%	0.14(n.s)
DNA binding	GO:0003677	1	20%	3.18%	0.15(n.s)
transferase activity, transferring phosphorus-containing groups	GO:0016772	1	20%	5.19%	0.23(n.s)
nucleic acid binding	GO:0003676	1	20%	9.87%	0.41(n.s)
transferase activity	GO:0016740	1	20%	10.13%	0.41(n.s)
catalytic activity	GO:0003824	2	40%	29.21%	0.46(n.s)
molecular function unknown	GO:0005554	2	40%	35.75%	0.59(n.s)
molecular_function	GO:0003674	5	100%	99.44%	0.97(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
synaptonemal complex	GO:0000795	1	20%	0.08%	3.87E-3(n.s)
peripheral to membrane of membrane fraction	GO:0000300	1	20%	0.12%	6.18E-3(n.s)
endosome membrane	GO:0010008	1	20%	0.22%	0.01(n.s)
Golgi membrane	GO:0000139	1	20%	0.39%	0.02(n.s)
endosome	GO:0005768	1	20%	1.07%	0.05(n.s)
condensed nuclear chromosome	GO:0000794	1	20%	1.12%	0.05(n.s)
condensed chromosome	GO:0000793	1	20%	1.18%	0.06(n.s)
membrane fraction	GO:0005624	1	20%	1.22%	0.06(n.s)
organelle membrane	GO:0031090	2	40%	8.58%	0.06(n.s)
vacuolar membrane	GO:0005774	1	20%	1.55%	0.08(n.s)
cell fraction	GO:0000267	1	20%	1.72%	0.08(n.s)
Golgi apparatus	GO:0005794	1	20%	2.01%	0.1(n.s)
nuclear chromosome	GO:0000228	1	20%	2.31%	0.11(n.s)
vacuole	GO:0005773	1	20%	2.97%	0.14(n.s)
chromosome	GO:0005694	1	20%	3.16%	0.15(n.s)
plasma membrane	GO:0005886	1	20%	3.67%	0.17(n.s)
membrane	GO:0016020	2	40%	15.38%	0.17(n.s)
endomembrane system	GO:0012505	1	20%	3.7%	0.17(n.s)
cytoplasm	GO:0005737	4	80%	55.64%	0.27(n.s)
intracellular	GO:0005622	5	100%	77.03%	0.27(n.s)
cell	GO:0005623	5	100%	83.5%	0.41(n.s)
intracellular non-membrane-bound organelle	GO:0043232	1	20%	14.3%	0.54(n.s)
non-membrane-bound organelle	GO:0043228	1	20%	14.3%	0.54(n.s)
mitochondrion	GO:0005739	1	20%	15.78%	0.58(n.s)
intracellular membrane-bound organelle	GO:0043231	3	60%	55.65%	0.61(n.s)
membrane-bound organelle	GO:0043227	3	60%	55.65%	0.61(n.s)
organelle	GO:0043226	3	60%	60.56%	0.69(n.s)
intracellular organelle	GO:0043229	3	60%	60.56%	0.69(n.s)
nucleus	GO:0005634	1	20%	31.01%	0.84(n.s)
cellular_component	GO:0005575	5	100%	99.61%	0.98(n.s)

cluster_8 (n = 10) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
branched chain family amino acid biosynthesis	GO:0009082	7	70%	0.2%	2.22E-18(3.59E-15)
branched chain family amino acid metabolism	GO:0009081	7	70%	0.25%	1.48E-17(2.39E-14)
amino acid biosynthesis	GO:0008652	9	90%	1.53%	3.2E-16(5.17E-13)
nitrogen compound biosynthesis	GO:0044271	9	90%	1.67%	7.22E-16(1.17E-12)
amine biosynthesis	GO:0009309	9	90%	1.67%	7.22E-16(1.17E-12)
amino acid metabolism	GO:0006520	9	90%	2.82%	9.03E-14(1.46E-10)
amino acid and derivative metabolism	GO:0006519	9	90%	3.05%	1.87E-13(3.02E-10)
amine metabolism	GO:0009308	9	90%	3.38%	4.71E-13(7.62E-10)
nitrogen compound metabolism	GO:0006807	9	90%	3.66%	9.73E-13(1.57E-9)
organic acid metabolism	GO:0006082	9	90%	4.6%	7.88E-12(1.27E-8)
carboxylic acid metabolism	GO:0019752	9	90%	4.6%	7.88E-12(1.27E-8)
cellular biosynthesis	GO:0044249	10	100%	17.05%	2.01E-8(3.25E-5)
biosynthesis	GO:0009058	10	100%	18.28%	4.03E-8(6.52E-5)
lysine biosynthesis via aminoadipic acid	GO:0019878	2	20%	0.12%	6.02E-5(0.1)
lysine biosynthesis	GO:0009085	2	20%	0.14%	7.73E-5(0.12)
lysine metabolism	GO:0006553	2	20%	0.14%	7.73E-5(0.12)
aspartate family amino acid biosynthesis	GO:0009067	2	20%	0.28%	3.26E-4(0.53)
amino acid catabolism	GO:0009063	2	20%	0.43%	7.99E-4(n.s)
amine catabolism	GO:0009310	2	20%	0.48%	9.8E-4(n.s)
nitrogen compound catabolism	GO:0044270	2	20%	0.48%	9.8E-4(n.s)
cellular metabolism	GO:0044237	10	100%	52.12%	1.47E-3(n.s)
metabolism	GO:0008152	10	100%	52.93%	1.71E-3(n.s)
aspartate family amino acid metabolism	GO:0009066	2	20%	0.7%	2.06E-3(n.s)
leucine biosynthesis	GO:0009098	1	10%	0.08%	7.72E-3(n.s)
primary metabolism	GO:0044238	9	90%	48.71%	8.64E-3(n.s)
leucine metabolism	GO:0006551	1	10%	0.11%	0.01(n.s)
pantothenate biosynthesis	GO:0015940	1	10%	0.12%	0.01(n.s)
pantothenate metabolism	GO:0015939	1	10%	0.12%	0.01(n.s)
cellular physiological process	GO:0050875	10	100%	71.65%	0.04(n.s)
cellular process	GO:0009987	10	100%	72.29%	0.04(n.s)
mitochondrial genome maintenance	GO:0000002	1	10%	0.42%	0.04(n.s)
physiological process	GO:0007582	10	100%	73.68%	0.05(n.s)
group transfer coenzyme metabolism	GO:0006752	1	10%	0.68%	0.07(n.s)
coenzyme biosynthesis	GO:0009108	1	10%	0.87%	0.08(n.s)
cofactor biosynthesis	GO:0051188	1	10%	1.08%	0.1(n.s)
cellular catabolism	GO:0044248	2	20%	5.84%	0.11(n.s)
catabolism	GO:0009056	2	20%	6.16%	0.12(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	10%	1.47%	0.14(n.s)
coenzyme metabolism	GO:0006732	1	10%	1.81%	0.17(n.s)
cofactor metabolism	GO:0051186	1	10%	2.26%	0.2(n.s)
organelle organization and biogenesis	GO:0006996	1	10%	15.69%	0.82(n.s)
cell organization and biogenesis	GO:0016043	1	10%	17.98%	0.86(n.s)
biological_process	GO:0008150	10	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
acetolactate synthase activity	GO:0003984	2	20%	0.03%	2.16E-6(3.49E-3)
branched-chain-amino-acid transaminase activity	GO:0004084	2	20%	0.03%	2.16E-6(3.49E-3)
catalytic activity	GO:0003824	10	100%	29.21%	4.45E-6(7.19E-3)
transferase activity	GO:0016740	7	70%	10.13%	9.69E-6(0.02)
transferase activity, transferring aldehyde or ketonic groups	GO:0016744	2	20%	0.09%	3.23E-5(0.05)
transferase activity, transferring acyl groups, acyl groups converted into alkyl on transfer	GO:0046912	2	20%	0.15%	9.65E-5(0.16)
transaminase activity	GO:0008483	2	20%	0.25%	2.56E-4(0.41)
transferase activity, transferring nitrogenous groups	GO:0016769	2	20%	0.25%	2.56E-4(0.41)
hydro-lyase activity	GO:0016836	2	20%	0.43%	7.99E-4(n.s)
carbon-oxygen lyase activity	GO:0016835	2	20%	0.56%	1.32E-3(n.s)
ketol-acid reductoisomerase activity	GO:0004455	1	10%	0.02%	**
homoaconitate hydratase activity	GO:0004409	1	10%	0.02%	**
3-methyl-2-oxobutanoate hydroxymethyltransferase activity	GO:0003864	1	10%	0.02%	**
dihydroxy-acid dehydratase activity	GO:0004160	1	10%	0.02%	**
FAD binding	GO:0050660	1	10%	0.02%	**
coenzyme binding	GO:0050662	1	10%	0.03%	3.1E-3(n.s)
homocitrate synthase activity	GO:0004410	1	10%	0.03%	3.1E-3(n.s)
2-isopropylmalate synthase activity	GO:0003852	1	10%	0.03%	3.1E-3(n.s)
cofactor binding	GO:0048037	1	10%	0.05%	4.64E-3(n.s)
lyase activity	GO:0016829	2	20%	1.27%	6.71E-3(n.s)
hydroxymethyl-, formyl- and related transferase activity	GO:0016742	1	10%	0.08%	7.72E-3(n.s)
transferase activity, transferring acyl groups	GO:0016746	2	20%	1.43%	8.39E-3(n.s)
glycine hydroxymethyltransferase activity	GO:0004372	1	10%	0.11%	0.01(n.s)
adenyl nucleotide binding	GO:0030554	1	10%	0.26%	0.03(n.s)
purine nucleotide binding	GO:0017076	1	10%	0.5%	0.05(n.s)
nucleotide binding	GO:0000166	1	10%	0.51%	0.05(n.s)
oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor	GO:0016616	1	10%	1.07%	0.1(n.s)
methyltransferase activity	GO:0008168	1	10%	1.1%	0.1(n.s)
transferase activity, transferring one-carbon groups	GO:0016741	1	10%	1.13%	0.11(n.s)
oxidoreductase activity, acting on CH-OH group of donors	GO:0016614	1	10%	1.18%	0.11(n.s)
enzyme regulator activity	GO:0030234	1	10%	2.54%	0.23(n.s)
oxidoreductase activity	GO:0016491	1	10%	3.73%	0.32(n.s)
binding	GO:0005488	1	10%	17.35%	0.85(n.s)
molecular_function	GO:0003674	10	100%	99.44%	0.95(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
acetolactate synthase complex	GO:0005948	2	20%	0.03%	2.16E-6(3.49E-3)
mitochondrion	GO:0005739	8	80%	15.78%	1.25E-5(0.02)
nucleoid	GO:0009295	2	20%	0.36%	5.37E-4(0.87)
mitochondrial nucleoid	GO:0042645	2	20%	0.36%	5.37E-4(0.87)
unlocalized protein complex	GO:0005941	2	20%	0.57%	1.4E-3(n.s)
mitochondrial matrix	GO:0005759	3	30%	2.52%	1.66E-3(n.s)
intracellular membrane-bound organelle	GO:0043231	10	100%	55.65%	2.83E-3(n.s)
membrane-bound organelle	GO:0043227	10	100%	55.65%	2.83E-3(n.s)
organelle	GO:0043226	10	100%	60.56%	6.61E-3(n.s)
intracellular organelle	GO:0043229	10	100%	60.56%	6.61E-3(n.s)
cytoplasm	GO:0005737	9	90%	55.64%	0.03(n.s)
intracellular	GO:0005622	10	100%	77.03%	0.07(n.s)
peroxisome	GO:0005777	1	10%	0.87%	0.08(n.s)
microbody	GO:0042579	1	10%	0.87%	0.08(n.s)
cell	GO:0005623	10	100%	83.5%	0.16(n.s)
protein complex	GO:0043234	2	20%	21.07%	0.66(n.s)
nucleus	GO:0005634	2	20%	31.01%	0.87(n.s)
cellular_component	GO:0005575	10	100%	99.61%	0.96(n.s)

cluster_58 (n = 16) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
vacuolar acidification	GO:0007035	15	93.75%	0.34%	2.57E-39(4.15E-36)
hydrogen ion homeostasis	GO:0030641	15	93.75%	0.34%	2.57E-39(4.15E-36)
regulation of cellular pH	GO:0051453	15	93.75%	0.34%	2.57E-39(4.15E-36)
pH reduction	GO:0045851	15	93.75%	0.34%	2.57E-39(4.15E-36)
cellular pH reduction	GO:0051452	15	93.75%	0.34%	2.57E-39(4.15E-36)
regulation of pH	GO:0006885	15	93.75%	0.4%	1.16E-37(1.88E-34)
monovalent inorganic cation homeostasis	GO:0030004	15	93.75%	0.48%	4.52E-36(7.3E-33)
vacuolar transport	GO:0007034	15	93.75%	0.73%	1.13E-32(1.82E-29)
cation homeostasis	GO:0030003	15	93.75%	1.35%	3.93E-28(6.34E-25)
cell ion homeostasis	GO:0006873	15	93.75%	1.49%	1.95E-27(3.15E-24)
ion homeostasis	GO:0050801	15	93.75%	1.55%	3.77E-27(6.09E-24)
cell homeostasis	GO:0019725	15	93.75%	1.64%	9.64E-27(1.56E-23)
homeostasis	GO:0042592	15	93.75%	1.73%	2.33E-26(3.77E-23)
intracellular transport	GO:0046907	15	93.75%	7.53%	1.72E-16(2.78E-13)
transport	GO:0006810	15	93.75%	14.27%	2.6E-12(4.2E-9)
establishment of localization	GO:0051234	15	93.75%	14.39%	2.96E-12(4.78E-9)
localization	GO:0051179	15	93.75%	14.82%	4.61E-12(7.45E-9)
early endosome to late endosome transport	GO:0045022	1	6.25%	0.02%	**
regulation of protein complex assembly	GO:0043254	1	6.25%	0.03%	4.95E-3(n.s)
polyphosphate metabolism	GO:0006797	1	6.25%	0.05%	7.42E-3(n.s)
intron homing	GO:0006314	1	6.25%	0.08%	0.01(n.s)
copper ion homeostasis	GO:0006878	1	6.25%	0.11%	0.02(n.s)
cellular physiological process	GO:0050875	15	93.75%	71.65%	0.04(n.s)
cellular process	GO:0009987	15	93.75%	72.29%	0.04(n.s)
physiological process	GO:0007582	15	93.75%	73.68%	0.05(n.s)
hydrogen transport	GO:0006818	1	6.25%	0.37%	0.06(n.s)
proton transport	GO:0015992	1	6.25%	0.37%	0.06(n.s)
glycogen metabolism	GO:0005977	1	6.25%	0.4%	0.06(n.s)
iron ion homeostasis	GO:0006879	1	6.25%	0.45%	0.07(n.s)
monovalent inorganic cation transport	GO:0015672	1	6.25%	0.45%	0.07(n.s)
energy reserve metabolism	GO:0006112	1	6.25%	0.5%	0.08(n.s)
endosome transport	GO:0016197	1	6.25%	0.56%	0.09(n.s)
endosome organization and biogenesis	GO:0007032	1	6.25%	0.56%	0.09(n.s)
vacuole organization and biogenesis	GO:0007033	1	6.25%	0.59%	0.09(n.s)
glucan metabolism	GO:0006073	1	6.25%	0.59%	0.09(n.s)
regulation of protein metabolism	GO:0051246	1	6.25%	0.67%	0.1(n.s)
transition metal ion homeostasis	GO:0046916	1	6.25%	0.73%	0.11(n.s)
polysaccharide metabolism	GO:0005976	1	6.25%	0.81%	0.12(n.s)
cellular polysaccharide metabolism	GO:0044264	1	6.25%	0.81%	0.12(n.s)
di-, tri-valent inorganic cation homeostasis	GO:0030005	1	6.25%	0.81%	0.12(n.s)
metal ion homeostasis	GO:0006875	1	6.25%	0.91%	0.14(n.s)
protein-vacuolar targeting	GO:0006623	1	6.25%	0.93%	0.14(n.s)
vesicle-mediated transport	GO:0016192	2	12.5%	4.34%	0.15(n.s)
endocytosis	GO:0006897	1	6.25%	1.07%	0.16(n.s)
cation transport	GO:0006812	1	6.25%	1.36%	0.2(n.s)
ion transport	GO:0006811	1	6.25%	1.64%	0.23(n.s)
DNA transposition	GO:0006313	1	6.25%	1.67%	0.24(n.s)
protein complex assembly	GO:0006461	1	6.25%	2.26%	0.31(n.s)
phosphate metabolism	GO:0006796	1	6.25%	2.91%	0.38(n.s)
phosphorus metabolism	GO:0006793	1	6.25%	2.91%	0.38(n.s)
DNA recombination	GO:0006310	1	6.25%	2.91%	0.38(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	6.25%	3.04%	0.39(n.s)
cellular carbohydrate metabolism	GO:0044262	1	6.25%	3.08%	0.39(n.s)
carbohydrate metabolism	GO:0005975	1	6.25%	3.38%	0.42(n.s)
protein targeting	GO:0006605	1	6.25%	3.42%	0.43(n.s)
generation of precursor metabolites and energy	GO:0006091	1	6.25%	3.5%	0.43(n.s)
intracellular protein transport	GO:0006886	1	6.25%	3.7%	0.45(n.s)
protein transport	GO:0015031	1	6.25%	3.79%	0.46(n.s)
establishment of protein localization	GO:0045184	1	6.25%	3.95%	0.48(n.s)
protein localization	GO:0008104	1	6.25%	4.37%	0.51(n.s)
regulation of metabolism	GO:0019222	1	6.25%	6.37%	0.65(n.s)
organelle organization and biogenesis	GO:0006996	2	12.5%	15.69%	0.74(n.s)
DNA metabolism	GO:0006259	1	6.25%	8.58%	0.76(n.s)
regulation of physiological process	GO:0050791	1	6.25%	8.77%	0.77(n.s)
regulation of biological process	GO:0050789	1	6.25%	8.97%	0.78(n.s)
cell organization and biogenesis	GO:0016043	2	12.5%	17.98%	0.81(n.s)
macromolecule metabolism	GO:0043170	3	18.75%	26.04%	0.83(n.s)
protein metabolism	GO:0019538	2	12.5%	22.06%	0.9(n.s)
cellular macromolecule metabolism	GO:0044260	2	12.5%	24.52%	0.93(n.s)
biopolymer metabolism	GO:0043283	2	12.5%	25.06%	0.94(n.s)
cellular protein metabolism	GO:0044267	1	6.25%	21.7%	0.98(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	6.25%	23.17%	0.99(n.s)
cellular metabolism	GO:0044237	4	25%	52.12%	0.99(n.s)
metabolism	GO:0008152	4	25%	52.93%	0.99(n.s)
primary metabolism	GO:0044238	3	18.75%	48.71%	1(n.s)
biological_process	GO:0008150	15	93.75%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
hydrogen-transporting ATPase activity, rotational mechanism	GO:0046961	13	81.25%	0.2%	1.04E-37(1.69E-34)
cation-transporting ATPase activity	GO:0019829	13	81.25%	0.26%	2.48E-34(4E-31)
P-P-bond-hydrolysis-driven transporter activity	GO:0015405	13	81.25%	0.45%	7.03E-30(1.14E-26)
ATPase activity, coupled to transmembrane movement of ions	GO:0042625	13	81.25%	0.46%	1.24E-29(2E-26)
hydrogen ion transporter activity	GO:0015078	14	87.5%	0.84%	1.56E-28(2.52E-25)
monovalent inorganic cation transporter activity	GO:0015077	14	87.5%	0.88%	3.69E-28(5.96E-25)
primary active transporter activity	GO:0015399	13	81.25%	0.77%	3.64E-26(5.88E-23)
hydrolase activity, acting on acid anhydrides, catalyzing transmembrane movement of substances	GO:0016820	13	81.25%	0.87%	1.93E-25(3.13E-22)
ATPase activity, coupled to transmembrane movement of substances	GO:0042626	13	81.25%	0.87%	1.93E-25(3.13E-22)
cation transporter activity	GO:0008324	14	87.5%	1.89%	4.02E-23(6.5E-20)
ion transporter activity	GO:0015075	14	87.5%	2.21%	4.16E-22(6.72E-19)
ATPase activity, coupled	GO:0042623	13	81.25%	1.58%	9.38E-22(1.52E-18)
carrier activity	GO:0005386	13	81.25%	1.64%	1.59E-21(2.58E-18)
ATPase activity	GO:0016887	13	81.25%	2.52%	5.5E-19(8.89E-16)
nucleoside-triphosphatase activity	GO:0017111	13	81.25%	3.42%	3.2E-17(5.17E-14)
pyrophosphatase activity	GO:0016462	13	81.25%	3.67%	8.08E-17(1.31E-13)
hydrolase activity, acting on acid anhydrides	GO:0016817	13	81.25%	3.69%	8.54E-17(1.38E-13)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	13	81.25%	3.69%	8.54E-17(1.38E-13)
transporter activity	GO:0005215	14	87.5%	6.64%	2.84E-15(4.59E-12)
hydrolase activity	GO:0016787	13	81.25%	11.45%	2.12E-10(3.43E-7)
catalytic activity	GO:0003824	13	81.25%	29.21%	2.39E-5(0.04)
endodeoxyribonuclease activity	GO:0004520	1	6.25%	0.28%	0.04(n.s)
deoxyribonuclease activity	GO:0004536	1	6.25%	0.31%	0.05(n.s)
endonuclease activity	GO:0004519	1	6.25%	0.88%	0.13(n.s)
nuclease activity	GO:0004518	1	6.25%	2.15%	0.29(n.s)
hydrolase activity, acting on ester bonds	GO:0016788	1	6.25%	4.12%	0.49(n.s)
molecular_function	GO:0003674	16	100%	99.44%	0.91(n.s)
molecular function unknown	GO:0005554	2	12.5%	35.75%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
hydrogen-translocating V-type ATPase complex	GO:0016471	14	87.5%	0.23%	7.28E-40(1.18E-36)
vacuolar membrane	GO:0005774	14	87.5%	1.55%	2.09E-24(3.38E-21)
hydrogen-transporting ATPase V1 domain	GO:0000221	8	50%	0.12%	1.73E-22(2.79E-19)
vacuole	GO:0005773	14	87.5%	2.97%	3.01E-20(4.86E-17)
hydrogen-transporting ATPase V0 domain	GO:0000220	6	37.5%	0.11%	5.58E-16(9.02E-13)
organelle membrane	GO:0031090	14	87.5%	8.58%	1.03E-13(1.66E-10)
membrane	GO:0016020	15	93.75%	15.38%	8E-12(1.29E-8)
protein complex	GO:0043234	16	100%	21.07%	1.4E-11(2.27E-8)
vacuolar membrane (sensu Fungi)	GO:0000329	6	37.5%	0.96%	4.55E-9(7.36E-6)
vacuole (sensu Fungi)	GO:0000324	6	37.5%	2.23%	7.39E-7(1.19E-3)
storage vacuole	GO:0000322	6	37.5%	2.23%	7.39E-7(1.19E-3)
lytic vacuole	GO:0000323	6	37.5%	2.23%	7.39E-7(1.19E-3)
RAVE complex	GO:0043291	2	12.5%	0.05%	1.73E-5(0.03)
cytoplasm	GO:0005737	16	100%	55.64%	8.31E-5(0.13)
intracellular membrane-bound organelle	GO:0043231	14	87.5%	55.65%	7.56E-3(n.s)
membrane-bound organelle	GO:0043227	14	87.5%	55.65%	7.56E-3(n.s)
intracellular	GO:0005622	16	100%	77.03%	0.02(n.s)
integral to membrane	GO:0016021	3	18.75%	3.55%	0.02(n.s)
intrinsic to membrane	GO:0031224	3	18.75%	3.61%	0.02(n.s)
organelle	GO:0043226	14	87.5%	60.56%	0.02(n.s)
intracellular organelle	GO:0043229	14	87.5%	60.56%	0.02(n.s)
cell	GO:0005623	16	100%	83.5%	0.06(n.s)
extrinsic to membrane	GO:0019898	1	6.25%	0.48%	0.07(n.s)
endosome	GO:0005768	1	6.25%	1.07%	0.16(n.s)
Golgi apparatus	GO:0005794	1	6.25%	2.01%	0.28(n.s)
cellular_component	GO:0005575	16	100%	99.61%	0.94(n.s)

cluster_54 (n = 5) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
beta-1,3 glucan biosynthesis	GO:0006075	2	40%	0.06%	2.88E-6(4.65E-3)
beta-1,3 glucan metabolism	GO:0006074	2	40%	0.06%	2.88E-6(4.65E-3)
beta-glucan biosynthesis	GO:0051274	2	40%	0.12%	1.34E-5(0.02)
beta-glucan metabolism	GO:0051273	2	40%	0.14%	1.72E-5(0.03)
cell wall polysaccharide biosynthesis (sensu Fungi)	GO:0051278	2	40%	0.23%	5.02E-5(0.08)
glucan biosynthesis	GO:0009250	2	40%	0.25%	5.73E-5(0.09)
cell wall biosynthesis (sensu Fungi)	GO:0009272	2	40%	0.31%	9.07E-5(0.15)
cell wall biosynthesis	GO:0042546	2	40%	0.31%	9.07E-5(0.15)
cell wall organization and biogenesis (sensu Fungi)	GO:0031505	2	40%	0.31%	9.07E-5(0.15)
cell wall organization and biogenesis	GO:0007047	3	60%	2.17%	9.67E-5(0.16)
external encapsulating structure organization and biogenesis	GO:0045229	3	60%	2.17%	9.67E-5(0.16)
biopolymer biosynthesis	GO:0043284	2	40%	0.39%	1.43E-4(0.23)
polysaccharide biosynthesis	GO:0000271	2	40%	0.39%	1.43E-4(0.23)
glucan metabolism	GO:0006073	2	40%	0.59%	3.34E-4(0.54)
polysaccharide metabolism	GO:0005976	2	40%	0.81%	6.27E-4(n.s)
cellular polysaccharide metabolism	GO:0044264	2	40%	0.81%	6.27E-4(n.s)
photoreactive repair	GO:0000719	1	20%	0.02%	**
pyrimidine dimer repair	GO:0006290	1	20%	0.02%	**
carbohydrate biosynthesis	GO:0016051	2	40%	0.91%	8.07E-4(n.s)
fatty acid elongation	GO:0030497	1	20%	0.06%	3.1E-3(n.s)
cellular carbohydrate metabolism	GO:0044262	2	40%	3.08%	8.89E-3(n.s)
fatty acid biosynthesis	GO:0006633	1	20%	0.19%	9.26E-3(n.s)
carbohydrate metabolism	GO:0005975	2	40%	3.38%	0.01(n.s)
organic acid biosynthesis	GO:0016053	1	20%	0.26%	0.01(n.s)
carboxylic acid biosynthesis	GO:0046394	1	20%	0.26%	0.01(n.s)
sphingolipid biosynthesis	GO:0030148	1	20%	0.29%	0.01(n.s)
vesicle-mediated transport	GO:0016192	2	40%	4.34%	0.02(n.s)
sphingolipid metabolism	GO:0006665	1	20%	0.45%	0.02(n.s)
fatty acid metabolism	GO:0006631	1	20%	0.67%	0.03(n.s)
cellular biosynthesis	GO:0044249	3	60%	17.05%	0.04(n.s)
cell organization and biogenesis	GO:0016043	3	60%	17.98%	0.04(n.s)
biosynthesis	GO:0009058	3	60%	18.28%	0.05(n.s)
endocytosis	GO:0006897	1	20%	1.07%	0.05(n.s)
membrane lipid biosynthesis	GO:0046467	1	20%	1.1%	0.05(n.s)
filamentous growth	GO:0030447	1	20%	1.32%	0.06(n.s)
membrane lipid metabolism	GO:0006643	1	20%	1.61%	0.08(n.s)
growth	GO:0040007	1	20%	1.72%	0.08(n.s)
lipid biosynthesis	GO:0008610	1	20%	1.92%	0.09(n.s)
biopolymer metabolism	GO:0043283	3	60%	25.06%	0.1(n.s)
DNA repair	GO:0006281	1	20%	2.32%	0.11(n.s)
response to DNA damage stimulus	GO:0006974	1	20%	2.73%	0.13(n.s)
macromolecule biosynthesis	GO:0009059	2	40%	13.04%	0.13(n.s)
response to endogenous stimulus	GO:0009719	1	20%	2.82%	0.13(n.s)
cellular lipid metabolism	GO:0044255	1	20%	3.16%	0.15(n.s)
transport	GO:0006810	2	40%	14.27%	0.15(n.s)
establishment of localization	GO:0051234	2	40%	14.39%	0.15(n.s)
lipid metabolism	GO:0006629	1	20%	3.38%	0.16(n.s)
localization	GO:0051179	2	40%	14.82%	0.16(n.s)
primary metabolism	GO:0044238	4	80%	48.71%	0.17(n.s)
cellular physiological process	GO:0050875	5	100%	71.65%	0.19(n.s)
cellular process	GO:0009987	5	100%	72.29%	0.2(n.s)
organic acid metabolism	GO:0006082	1	20%	4.6%	0.21(n.s)
carboxylic acid metabolism	GO:0019752	1	20%	4.6%	0.21(n.s)
cellular metabolism	GO:0044237	4	80%	52.12%	0.22(n.s)
physiological process	GO:0007582	5	100%	73.68%	0.22(n.s)
metabolism	GO:0008152	4	80%	52.93%	0.23(n.s)
response to stress	GO:0006950	1	20%	6.09%	0.27(n.s)
response to stimulus	GO:0050896	1	20%	8.41%	0.36(n.s)
cellular macromolecule metabolism	GO:0044260	2	40%	24.52%	0.36(n.s)
DNA metabolism	GO:0006259	1	20%	8.58%	0.36(n.s)
macromolecule metabolism	GO:0043170	2	40%	26.04%	0.39(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	20%	23.17%	0.73(n.s)
biological_process	GO:0008150	5	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
1,3-beta-glucan synthase activity	GO:0003843	2	40%	0.05%	1.44E-6(2.33E-3)
UDP-glucosyltransferase activity	GO:0035251	2	40%	0.19%	3.16E-5(0.05)
glucosyltransferase activity	GO:0046527	2	40%	0.22%	4.35E-5(0.07)
UDP-glycosyltransferase activity	GO:0008194	2	40%	0.26%	6.5E-5(0.1)
transferase activity	GO:0016740	4	80%	10.13%	4.8E-4(0.78)
DNA photolyase activity	GO:0003913	1	20%	0.02%	**
deoxyribodipyrimidine photo-lyase activity	GO:0003904	1	20%	0.02%	**
transferase activity, transferring hexosyl groups	GO:0016758	2	40%	1.12%	1.2E-3(n.s)
transferase activity, transferring glycosyl groups	GO:0016757	2	40%	1.41%	1.91E-3(n.s)
catalytic activity	GO:0003824	5	100%	29.21%	2.12E-3(n.s)
fatty acid elongase activity	GO:0009922	1	20%	0.05%	2.32E-3(n.s)
glucanosyltransferase activity	GO:0042123	1	20%	0.08%	3.87E-3(n.s)
1,3-beta-glucanosyltransferase activity	GO:0042124	1	20%	0.08%	3.87E-3(n.s)
fatty-acid synthase activity	GO:0004312	1	20%	0.12%	6.18E-3(n.s)
carbon-carbon lyase activity	GO:0016830	1	20%	0.43%	0.02(n.s)
acyltransferase activity	GO:0008415	1	20%	1.19%	0.06(n.s)
transferase activity, transferring groups other than amino-acyl groups	GO:0016747	1	20%	1.19%	0.06(n.s)
lyase activity	GO:0016829	1	20%	1.27%	0.06(n.s)
transferase activity, transferring acyl groups	GO:0016746	1	20%	1.43%	0.07(n.s)
molecular_function	GO:0003674	5	100%	99.44%	0.97(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
1,3-beta-glucan synthase complex	GO:0000148	2	40%	0.05%	1.44E-6(2.33E-3)
actin cap	GO:0030478	2	40%	0.23%	5.02E-5(0.08)
plasma membrane	GO:0005886	3	60%	3.67%	4.62E-4(0.75)
cortical cytoskeleton	GO:0030863	2	40%	0.84%	6.76E-4(n.s)
cortical actin cytoskeleton	GO:0030864	2	40%	0.84%	6.76E-4(n.s)
actin cytoskeleton	GO:0015629	2	40%	1.38%	1.83E-3(n.s)
cell cortex	GO:0005938	2	40%	1.52%	2.21E-3(n.s)
membrane	GO:0016020	4	80%	15.38%	2.44E-3(n.s)
cytoskeleton	GO:0005856	2	40%	2.93%	8.04E-3(n.s)
prospore membrane	GO:0005628	1	20%	0.25%	0.01(n.s)
prospore	GO:0042764	1	20%	0.25%	0.01(n.s)
immature spore	GO:0042763	1	20%	0.25%	0.01(n.s)
actin cortical patch	GO:0030479	1	20%	0.62%	0.03(n.s)
cytoplasm	GO:0005737	5	100%	55.64%	0.05(n.s)
organelle	GO:0043226	5	100%	60.56%	0.08(n.s)
intracellular organelle	GO:0043229	5	100%	60.56%	0.08(n.s)
external encapsulating structure	GO:0030312	1	20%	1.72%	0.08(n.s)
cell wall	GO:0005618	1	20%	1.72%	0.08(n.s)
cell wall (sensu Fungi)	GO:0009277	1	20%	1.72%	0.08(n.s)
endoplasmic reticulum membrane	GO:0005789	1	20%	1.78%	0.09(n.s)
nuclear envelope-endoplasmic reticulum network	GO:0042175	1	20%	1.95%	0.09(n.s)
intracellular non-membrane-bound organelle	GO:0043232	2	40%	14.3%	0.15(n.s)
non-membrane-bound organelle	GO:0043228	2	40%	14.3%	0.15(n.s)
endomembrane system	GO:0012505	1	20%	3.7%	0.17(n.s)
mitochondrion	GO:0005739	2	40%	15.78%	0.18(n.s)
endoplasmic reticulum	GO:0005783	1	20%	5.84%	0.26(n.s)
intracellular	GO:0005622	5	100%	77.03%	0.27(n.s)
protein complex	GO:0043234	2	40%	21.07%	0.28(n.s)
organelle membrane	GO:0031090	1	20%	8.58%	0.36(n.s)
cell	GO:0005623	5	100%	83.5%	0.41(n.s)
intracellular membrane-bound organelle	GO:0043231	3	60%	55.65%	0.61(n.s)
membrane-bound organelle	GO:0043227	3	60%	55.65%	0.61(n.s)
nucleus	GO:0005634	1	20%	31.01%	0.84(n.s)
cellular_component	GO:0005575	5	100%	99.61%	0.98(n.s)

cluster_51 (n = 5) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
arginine biosynthesis	GO:0006526	4	80%	0.15%	1.45E-11(2.34E-8)
urea cycle intermediate metabolism	GO:0000051	4	80%	0.23%	9.42E-11(1.52E-7)
arginine metabolism	GO:0006525	4	80%	0.23%	9.42E-11(1.52E-7)
glutamine family amino acid biosynthesis	GO:0009084	4	80%	0.37%	7.33E-10(1.18E-6)
ornithine biosynthesis	GO:0006592	3	60%	0.06%	8.92E-10(1.44E-6)
nonprotein amino acid biosynthesis	GO:0019795	3	60%	0.09%	4.46E-9(7.2E-6)
ornithine metabolism	GO:0006591	3	60%	0.09%	4.46E-9(7.2E-6)
glutamine family amino acid metabolism	GO:0009064	4	80%	0.67%	8.49E-9(1.37E-5)
nonprotein amino acid metabolism	GO:0019794	3	60%	0.14%	1.87E-8(3.02E-5)
amino acid biosynthesis	GO:0008652	4	80%	1.53%	2.57E-7(4.16E-4)
nitrogen compound biosynthesis	GO:0044271	4	80%	1.67%	3.66E-7(5.91E-4)
amine biosynthesis	GO:0009309	4	80%	1.67%	3.66E-7(5.91E-4)
amino acid metabolism	GO:0006520	4	80%	2.82%	2.99E-6(4.83E-3)
amino acid and derivative metabolism	GO:0006519	4	80%	3.05%	4.11E-6(6.64E-3)
amine metabolism	GO:0009308	4	80%	3.38%	6.16E-6(9.96E-3)
nitrogen compound metabolism	GO:0006807	4	80%	3.66%	8.46E-6(0.01)
organic acid metabolism	GO:0006082	4	80%	4.6%	2.12E-5(0.03)
carboxylic acid metabolism	GO:0019752	4	80%	4.6%	2.12E-5(0.03)
mitochondrial ornithine transport	GO:0000066	1	20%	0.02%	**
L-ornithine transport	GO:0015822	1	20%	0.02%	**
cellular biosynthesis	GO:0044249	4	80%	17.05%	3.64E-3(n.s)
L-amino acid transport	GO:0015807	1	20%	0.09%	4.64E-3(n.s)
biosynthesis	GO:0009058	4	80%	18.28%	4.75E-3(n.s)
mitochondrial transport	GO:0006839	1	20%	0.17%	8.49E-3(n.s)
amino acid transport	GO:0006865	1	20%	0.57%	0.03(n.s)
amine transport	GO:0015837	1	20%	0.74%	0.04(n.s)
carboxylic acid transport	GO:0046942	1	20%	0.77%	0.04(n.s)
organic acid transport	GO:0015849	1	20%	0.79%	0.04(n.s)
external encapsulating structure organization and biogenesis	GO:0045229	1	20%	2.17%	0.1(n.s)
cell wall organization and biogenesis	GO:0007047	1	20%	2.17%	0.1(n.s)
primary metabolism	GO:0044238	4	80%	48.71%	0.17(n.s)
cellular metabolism	GO:0044237	4	80%	52.12%	0.22(n.s)
metabolism	GO:0008152	4	80%	52.93%	0.23(n.s)
intracellular transport	GO:0046907	1	20%	7.53%	0.32(n.s)
transport	GO:0006810	1	20%	14.27%	0.54(n.s)
establishment of localization	GO:0051234	1	20%	14.39%	0.54(n.s)
localization	GO:0051179	1	20%	14.82%	0.55(n.s)
cellular physiological process	GO:0050875	4	80%	71.65%	0.56(n.s)
cellular process	GO:0009987	4	80%	72.29%	0.58(n.s)
physiological process	GO:0007582	4	80%	73.68%	0.61(n.s)
cell organization and biogenesis	GO:0016043	1	20%	17.98%	0.63(n.s)
biological_process	GO:0008150	4	80%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
amino-acid N-acetyltransferase activity	GO:0004042	2	40%	0.06%	2.88E-6(4.65E-3)
N-acetyltransferase activity	GO:0008080	2	40%	0.53%	2.67E-4(0.43)
N-acyltransferase activity	GO:0016410	2	40%	0.59%	3.34E-4(0.54)
acetyltransferase activity	GO:0016407	2	40%	0.71%	4.9E-4(0.79)
acetylornithine transaminase activity	GO:0003992	1	20%	0.02%	**
L-ornithine transporter activity	GO:0000064	1	20%	0.02%	**
glutamate N-acetyltransferase activity	GO:0004358	1	20%	0.02%	**
acyltransferase activity	GO:0008415	2	40%	1.19%	1.37E-3(n.s)
transferase activity, transferring groups other than amino-acyl groups	GO:0016747	2	40%	1.19%	1.37E-3(n.s)
transferase activity, transferring acyl groups	GO:0016746	2	40%	1.43%	1.95E-3(n.s)
transferase activity	GO:0016740	3	60%	10.13%	8.85E-3(n.s)
L-amino acid transporter activity	GO:0015179	1	20%	0.19%	9.26E-3(n.s)
transferase activity, transferring nitrogenous groups	GO:0016769	1	20%	0.25%	0.01(n.s)
transaminase activity	GO:0008483	1	20%	0.25%	0.01(n.s)
amino acid transporter activity	GO:0015171	1	20%	0.5%	0.02(n.s)
amine transporter activity	GO:0005275	1	20%	0.64%	0.03(n.s)
carboxylic acid transporter activity	GO:0046943	1	20%	0.74%	0.04(n.s)
organic acid transporter activity	GO:0005342	1	20%	0.79%	0.04(n.s)
catalytic activity	GO:0003824	3	60%	29.21%	0.15(n.s)
transporter activity	GO:0005215	1	20%	6.64%	0.29(n.s)
molecular_function	GO:0003674	4	80%	99.44%	1(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial matrix	GO:0005759	3	60%	2.52%	1.52E-4(0.25)
mitochondrion	GO:0005739	4	80%	15.78%	2.7E-3(n.s)
mitochondrial membrane	GO:0005740	1	20%	3.16%	0.15(n.s)
cytoplasm	GO:0005737	4	80%	55.64%	0.27(n.s)
intracellular membrane-bound organelle	GO:0043231	4	80%	55.65%	0.27(n.s)
membrane-bound organelle	GO:0043227	4	80%	55.65%	0.27(n.s)
organelle	GO:0043226	4	80%	60.56%	0.35(n.s)
intracellular organelle	GO:0043229	4	80%	60.56%	0.35(n.s)
organelle membrane	GO:0031090	1	20%	8.58%	0.36(n.s)
membrane	GO:0016020	1	20%	15.38%	0.57(n.s)
intracellular	GO:0005622	4	80%	77.03%	0.68(n.s)
cell	GO:0005623	4	80%	83.5%	0.81(n.s)
cellular_component	GO:0005575	4	80%	99.61%	1(n.s)

cluster_115 (n = 5) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
L-glutamate transport	GO:0015813	1	20%	0.02%	**
acidic amino acid transport	GO:0015800	1	20%	0.02%	**
L-aspartate transport	GO:0015810	1	20%	0.02%	**
transport	GO:0006810	4	80%	14.27%	1.83E-3(n.s)
establishment of localization	GO:0051234	4	80%	14.39%	1.89E-3(n.s)
localization	GO:0051179	4	80%	14.82%	2.12E-3(n.s)
L-amino acid transport	GO:0015807	1	20%	0.09%	4.64E-3(n.s)
amino acid transport	GO:0006865	1	20%	0.57%	0.03(n.s)
fatty acid metabolism	GO:0006631	1	20%	0.67%	0.03(n.s)
amine transport	GO:0015837	1	20%	0.74%	0.04(n.s)
carboxylic acid transport	GO:0046942	1	20%	0.77%	0.04(n.s)
organic acid transport	GO:0015849	1	20%	0.79%	0.04(n.s)
cellular lipid metabolism	GO:0044255	1	20%	3.16%	0.15(n.s)
lipid metabolism	GO:0006629	1	20%	3.38%	0.16(n.s)
cellular physiological process	GO:0050875	5	100%	71.65%	0.19(n.s)
cellular process	GO:0009987	5	100%	72.29%	0.2(n.s)
organic acid metabolism	GO:0006082	1	20%	4.6%	0.21(n.s)
carboxylic acid metabolism	GO:0019752	1	20%	4.6%	0.21(n.s)
physiological process	GO:0007582	5	100%	73.68%	0.22(n.s)
primary metabolism	GO:0044238	1	20%	48.71%	0.96(n.s)
cellular metabolism	GO:0044237	1	20%	52.12%	0.97(n.s)
metabolism	GO:0008152	1	20%	52.93%	0.98(n.s)
biological_process	GO:0008150	5	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
transporter activity	GO:0005215	5	100%	6.64%	1.27E-6(2.05E-3)
carnitine:acyl carnitine antiporter activity	GO:0005476	1	20%	0.02%	**
acidic amino acid transporter activity	GO:0015172	1	20%	0.02%	**
L-aspartate transporter activity	GO:0015183	1	20%	0.02%	**
L-glutamate transporter activity	GO:0005313	1	20%	0.02%	**
calcium ion binding	GO:0005509	1	20%	0.06%	3.1E-3(n.s)
solute:solute antiporter activity	GO:0015300	1	20%	0.08%	3.87E-3(n.s)
antiporter activity	GO:0015297	1	20%	0.14%	6.95E-3(n.s)
cation binding	GO:0043169	1	20%	0.19%	9.26E-3(n.s)
L-amino acid transporter activity	GO:0015179	1	20%	0.19%	9.26E-3(n.s)
metal ion binding	GO:0046872	1	20%	0.25%	0.01(n.s)
ion binding	GO:0043167	1	20%	0.25%	0.01(n.s)
amino acid transporter activity	GO:0015171	1	20%	0.5%	0.02(n.s)
porter activity	GO:0015291	1	20%	0.59%	0.03(n.s)
electrochemical potential-driven transporter activity	GO:0015290	1	20%	0.59%	0.03(n.s)
amine transporter activity	GO:0005275	1	20%	0.64%	0.03(n.s)
carboxylic acid transporter activity	GO:0046943	1	20%	0.74%	0.04(n.s)
organic acid transporter activity	GO:0005342	1	20%	0.79%	0.04(n.s)
carrier activity	GO:0005386	1	20%	1.64%	0.08(n.s)
binding	GO:0005488	1	20%	17.35%	0.61(n.s)
molecular_function	GO:0003674	5	100%	99.44%	0.97(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial inner membrane	GO:0005743	5	100%	2.43%	7.99E-9(1.29E-5)
inner membrane	GO:0019866	5	100%	2.43%	7.99E-9(1.29E-5)
mitochondrial membrane	GO:0005740	5	100%	3.16%	3E-8(4.85E-5)
organelle membrane	GO:0031090	5	100%	8.58%	4.58E-6(7.4E-3)
membrane	GO:0016020	5	100%	15.38%	8.54E-5(0.14)
mitochondrion	GO:0005739	5	100%	15.78%	9.72E-5(0.16)
cytoplasm	GO:0005737	5	100%	55.64%	0.05(n.s)
intracellular membrane-bound organelle	GO:0043231	5	100%	55.65%	0.05(n.s)
membrane-bound organelle	GO:0043227	5	100%	55.65%	0.05(n.s)
organelle	GO:0043226	5	100%	60.56%	0.08(n.s)
intracellular organelle	GO:0043229	5	100%	60.56%	0.08(n.s)
intracellular	GO:0005622	5	100%	77.03%	0.27(n.s)
cell	GO:0005623	5	100%	83.5%	0.41(n.s)
cellular_component	GO:0005575	5	100%	99.61%	0.98(n.s)

cluster_80 (n = 7) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
amino acid metabolism	GO:0006520	5	71.43%	2.82%	3.38E-7(5.47E-4)
amino acid and derivative metabolism	GO:0006519	5	71.43%	3.05%	5.03E-7(8.13E-4)
amine metabolism	GO:0009308	5	71.43%	3.38%	8.34E-7(1.35E-3)
phenylalanyl-tRNA aminoacylation	GO:0006432	2	28.57%	0.03%	1.01E-6(1.63E-3)
oxaloacetate metabolism	GO:0006107	2	28.57%	0.03%	1.01E-6(1.63E-3)
aspartate metabolism	GO:0006531	2	28.57%	0.03%	1.01E-6(1.63E-3)
asparagine biosynthesis from oxaloacetate	GO:0019266	2	28.57%	0.03%	1.01E-6(1.63E-3)
aspartate catabolism	GO:0006533	2	28.57%	0.03%	1.01E-6(1.63E-3)
aspartate biosynthesis	GO:0006532	2	28.57%	0.03%	1.01E-6(1.63E-3)
nitrogen compound metabolism	GO:0006807	5	71.43%	3.66%	1.24E-6(2E-3)
tRNA aminoacylation	GO:0043039	3	42.86%	0.46%	3.13E-6(5.06E-3)
amino acid activation	GO:0043038	3	42.86%	0.46%	3.13E-6(5.06E-3)
tRNA aminoacylation for protein translation	GO:0006418	3	42.86%	0.46%	3.13E-6(5.06E-3)
organic acid metabolism	GO:0006082	5	71.43%	4.6%	3.88E-6(6.27E-3)
carboxylic acid metabolism	GO:0019752	5	71.43%	4.6%	3.88E-6(6.27E-3)
cellular biosynthesis	GO:0044249	7	100%	17.05%	4.13E-6(6.67E-3)
asparagine biosynthesis	GO:0006529	2	28.57%	0.06%	6.04E-6(9.76E-3)
biosynthesis	GO:0009058	7	100%	18.28%	6.72E-6(0.01)
tRNA modification	GO:0006400	3	42.86%	1.02%	3.47E-5(0.06)
asparagine metabolism	GO:0006528	2	28.57%	0.14%	3.62E-5(0.06)
aspartate family amino acid catabolism	GO:0009068	2	28.57%	0.15%	4.52E-5(0.07)
cellular macromolecule metabolism	GO:0044260	7	100%	24.52%	5.28E-5(0.09)
macromolecule metabolism	GO:0043170	7	100%	26.04%	8.04E-5(0.13)
tRNA metabolism	GO:0006399	3	42.86%	1.6%	1.32E-4(0.21)
aspartate family amino acid biosynthesis	GO:0009067	2	28.57%	0.28%	1.53E-4(0.25)
tricarboxylic acid cycle intermediate metabolism	GO:0006100	2	28.57%	0.29%	1.71E-4(0.28)
amino acid catabolism	GO:0009063	2	28.57%	0.43%	3.76E-4(0.61)
protein biosynthesis	GO:0006412	5	71.43%	12.16%	4.46E-4(0.72)
RNA modification	GO:0009451	3	42.86%	2.42%	4.51E-4(0.73)
amine catabolism	GO:0009310	2	28.57%	0.48%	4.62E-4(0.75)
nitrogen compound catabolism	GO:0044270	2	28.57%	0.48%	4.62E-4(0.75)
macromolecule biosynthesis	GO:0009059	5	71.43%	13.04%	6.24E-4(n.s)
aspartate family amino acid metabolism	GO:0009066	2	28.57%	0.7%	9.76E-4(n.s)
tyrosyl-tRNA aminoacylation	GO:0006437	1	14.29%	0.03%	2.17E-3(n.s)
main pathways of carbohydrate metabolism	GO:0006092	2	28.57%	1.08%	2.35E-3(n.s)
amino acid biosynthesis	GO:0008652	2	28.57%	1.53%	4.65E-3(n.s)
amine biosynthesis	GO:0009309	2	28.57%	1.67%	5.51E-3(n.s)
nitrogen compound biosynthesis	GO:0044271	2	28.57%	1.67%	5.51E-3(n.s)
primary metabolism	GO:0044238	7	100%	48.71%	6.49E-3(n.s)
cellular protein metabolism	GO:0044267	5	71.43%	21.7%	6.76E-3(n.s)
protein metabolism	GO:0019538	5	71.43%	22.06%	7.28E-3(n.s)
translation	GO:0043037	3	42.86%	6.47%	7.75E-3(n.s)
cellular metabolism	GO:0044237	7	100%	52.12%	0.01(n.s)
metabolism	GO:0008152	7	100%	52.93%	0.01(n.s)
RNA metabolism	GO:0016070	3	42.86%	8.32%	0.02(n.s)
glutamate metabolism	GO:0006536	1	14.29%	0.25%	0.02(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	2	28.57%	3.04%	0.02(n.s)
cellular carbohydrate metabolism	GO:0044262	2	28.57%	3.08%	0.02(n.s)
biopolymer modification	GO:0043412	3	42.86%	9.25%	0.02(n.s)
carbohydrate metabolism	GO:0005975	2	28.57%	3.38%	0.02(n.s)
generation of precursor metabolites and energy	GO:0006091	2	28.57%	3.5%	0.02(n.s)
glutamine family amino acid metabolism	GO:0009064	1	14.29%	0.67%	0.05(n.s)
cellular catabolism	GO:0044248	2	28.57%	5.84%	0.06(n.s)
catabolism	GO:0009056	2	28.57%	6.16%	0.06(n.s)
cellular physiological process	GO:0050875	7	100%	71.65%	0.1(n.s)
cellular process	GO:0009987	7	100%	72.29%	0.1(n.s)
physiological process	GO:0007582	7	100%	73.68%	0.12(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	3	42.86%	23.17%	0.21(n.s)
biopolymer metabolism	GO:0043283	3	42.86%	25.06%	0.24(n.s)
biological_process	GO:0008150	7	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ligase activity, forming carbon-oxygen bonds	GO:0016875	5	71.43%	0.56%	8.42E-11(1.36E-7)
ligase activity, forming aminoacyl-tRNA and related compounds	GO:0016876	5	71.43%	0.56%	8.42E-11(1.36E-7)
tRNA ligase activity	GO:0004812	5	71.43%	0.56%	8.42E-11(1.36E-7)
RNA ligase activity	GO:0008452	5	71.43%	0.57%	9.73E-11(1.57E-7)
ligase activity, forming phosphoric ester bonds	GO:0016886	5	71.43%	0.62%	1.47E-10(2.37E-7)
phenylalanine-tRNA ligase activity	GO:0004826	3	42.86%	0.05%	7.81E-10(1.26E-6)
ligase activity	GO:0016874	5	71.43%	1.89%	4.52E-8(7.31E-5)
aspartate transaminase activity	GO:0004069	2	28.57%	0.03%	1.01E-6(1.63E-3)
transferase activity, transferring nitrogenous groups	GO:0016769	2	28.57%	0.25%	1.2E-4(0.19)
transaminase activity	GO:0008483	2	28.57%	0.25%	1.2E-4(0.19)
catalytic activity	GO:0003824	7	100%	29.21%	1.8E-4(0.29)
aspartate-tRNA ligase activity	GO:0004815	1	14.29%	0.03%	2.17E-3(n.s)
tyrosine-tRNA ligase activity	GO:0004831	1	14.29%	0.03%	2.17E-3(n.s)
transferase activity	GO:0016740	2	28.57%	10.13%	0.15(n.s)
molecular_function	GO:0003674	7	100%	99.44%	0.96(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
phenylalanine-tRNA ligase complex	GO:0009328	2	28.57%	0.03%	1.01E-6(1.63E-3)
unlocalized protein complex	GO:0005941	2	28.57%	0.57%	6.59E-4(n.s)
mitochondrion	GO:0005739	4	57.14%	15.78%	0.01(n.s)
cytoplasm	GO:0005737	7	100%	55.64%	0.02(n.s)
peroxisome	GO:0005777	1	14.29%	0.87%	0.06(n.s)
microbody	GO:0042579	1	14.29%	0.87%	0.06(n.s)
intracellular	GO:0005622	7	100%	77.03%	0.16(n.s)
cell	GO:0005623	7	100%	83.5%	0.28(n.s)
intracellular membrane-bound organelle	GO:0043231	5	71.43%	55.65%	0.33(n.s)
membrane-bound organelle	GO:0043227	5	71.43%	55.65%	0.33(n.s)
organelle	GO:0043226	5	71.43%	60.56%	0.43(n.s)
intracellular organelle	GO:0043229	5	71.43%	60.56%	0.43(n.s)
protein complex	GO:0043234	2	28.57%	21.07%	0.45(n.s)
cellular_component	GO:0005575	7	100%	99.61%	0.97(n.s)

cluster_7 (n = 11) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ubiquinone metabolism	GO:0006743	8	72.73%	0.12%	2.21E-24(3.58E-21)
oxidoreduction coenzyme metabolism	GO:0006733	8	72.73%	0.67%	3.16E-16(5.11E-13)
coenzyme metabolism	GO:0006732	8	72.73%	1.81%	1.44E-12(2.33E-9)
cofactor metabolism	GO:0051186	8	72.73%	2.26%	8.8E-12(1.42E-8)
quinone cofactor biosynthesis	GO:0045426	2	18.18%	0.03%	2.64E-6(4.27E-3)
ubiquinone biosynthesis	GO:0006744	2	18.18%	0.03%	2.64E-6(4.27E-3)
quinone cofactor metabolism	GO:0042375	2	18.18%	0.03%	2.64E-6(4.27E-3)
coenzyme biosynthesis	GO:0009108	2	18.18%	0.87%	3.87E-3(n.s)
aromatic compound catabolism	GO:0019439	1	9.09%	0.05%	5.1E-3(n.s)
cofactor biosynthesis	GO:0051188	2	18.18%	1.08%	5.98E-3(n.s)
cellular metabolism	GO:0044237	10	90.91%	52.12%	8.52E-3(n.s)
metabolism	GO:0008152	10	90.91%	52.93%	9.8E-3(n.s)
ergosterol metabolism	GO:0008204	1	9.09%	0.39%	0.04(n.s)
ergosterol biosynthesis	GO:0006696	1	9.09%	0.39%	0.04(n.s)
sterol biosynthesis	GO:0016126	1	9.09%	0.45%	0.05(n.s)
steroid biosynthesis	GO:0006694	1	9.09%	0.56%	0.06(n.s)
sterol metabolism	GO:0016125	1	9.09%	0.57%	0.06(n.s)
steroid metabolism	GO:0008202	1	9.09%	0.7%	0.07(n.s)
aromatic compound metabolism	GO:0006725	1	9.09%	0.88%	0.09(n.s)
aerobic respiration	GO:0009060	1	9.09%	1.27%	0.13(n.s)
cellular physiological process	GO:0050875	10	90.91%	71.65%	0.14(n.s)
cellular respiration	GO:0045333	1	9.09%	1.35%	0.14(n.s)
cellular process	GO:0009987	10	90.91%	72.29%	0.15(n.s)
physiological process	GO:0007582	10	90.91%	73.68%	0.17(n.s)
lipid biosynthesis	GO:0008610	1	9.09%	1.92%	0.19(n.s)
alcohol metabolism	GO:0006066	1	9.09%	2.43%	0.24(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	9.09%	3.04%	0.29(n.s)
cellular lipid metabolism	GO:0044255	1	9.09%	3.16%	0.3(n.s)
lipid metabolism	GO:0006629	1	9.09%	3.38%	0.31(n.s)
generation of precursor metabolites and energy	GO:0006091	1	9.09%	3.5%	0.32(n.s)
biosynthesis	GO:0009058	3	27.27%	18.28%	0.33(n.s)
cellular catabolism	GO:0044248	1	9.09%	5.84%	0.48(n.s)
catabolism	GO:0009056	1	9.09%	6.16%	0.5(n.s)
cellular biosynthesis	GO:0044249	2	18.18%	17.05%	0.58(n.s)
biological process unknown	GO:0000004	1	9.09%	25.64%	0.96(n.s)
biological_process	GO:0008150	11	100%	99.98%	1(n.s)
primary metabolism	GO:0044238	1	9.09%	48.71%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
transferase activity, transferring alkyl or aryl (other than methyl) groups	GO:0016765	2	18.18%	0.53%	1.44E-3(n.s)
2-hexaprenyl-6-methoxy-1,4-benzoquinone methyltransferase activity	GO:0043334	1	9.09%	0.02%	**
2-polyprenyl-6-methoxy-1,4-benzoquinone methyltransferase activity	GO:0008425	1	9.09%	0.02%	**
C-5 sterol desaturase activity	GO:0000248	1	9.09%	0.02%	**
hexaprenyldihydroxybenzoate methyltransferase activity	GO:0004395	1	9.09%	0.02%	**
trans-hexaprenyltranstransferase activity	GO:0000010	1	9.09%	0.02%	**
quinone cofactor methyltransferase activity	GO:0030580	1	9.09%	0.02%	**
ubiquinone biosynthesis monooxygenase activity	GO:0015997	1	9.09%	0.02%	**
isoprenoid binding	GO:0019840	1	9.09%	0.02%	**
C-methyltransferase activity	GO:0008169	1	9.09%	0.05%	5.1E-3(n.s)
methyltransferase activity	GO:0008168	2	18.18%	1.1%	6.15E-3(n.s)
transferase activity, transferring one-carbon groups	GO:0016741	2	18.18%	1.13%	6.49E-3(n.s)
oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen, NAD or NADH as one donor, and incorporation of one atom of oxygen	GO:0016709	1	9.09%	0.06%	6.8E-3(n.s)
monooxygenase activity	GO:0004497	1	9.09%	0.09%	0.01(n.s)
oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen	GO:0016705	1	9.09%	0.12%	0.01(n.s)
catalytic activity	GO:0003824	7	63.64%	29.21%	0.02(n.s)
transferase activity	GO:0016740	4	36.36%	10.13%	0.02(n.s)
prenyltransferase activity	GO:0004659	1	9.09%	0.2%	0.02(n.s)
oxidoreductase activity, acting on the CH-CH group of donors	GO:0016627	1	9.09%	0.29%	0.03(n.s)
carboxy-lyase activity	GO:0016831	1	9.09%	0.31%	0.03(n.s)
carbon-carbon lyase activity	GO:0016830	1	9.09%	0.43%	0.05(n.s)
oxidoreductase activity	GO:0016491	2	18.18%	3.73%	0.06(n.s)
S-adenosylmethionine-dependent methyltransferase activity	GO:0008757	1	9.09%	0.77%	0.08(n.s)
lyase activity	GO:0016829	1	9.09%	1.27%	0.13(n.s)
carrier activity	GO:0005386	1	9.09%	1.64%	0.17(n.s)
transporter activity	GO:0005215	1	9.09%	6.64%	0.53(n.s)
molecular function unknown	GO:0005554	4	36.36%	35.75%	0.6(n.s)
binding	GO:0005488	1	9.09%	17.35%	0.88(n.s)
molecular_function	GO:0003674	11	100%	99.44%	0.94(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	10	90.91%	15.78%	8.72E-8(1.41E-4)
mitochondrial inner membrane	GO:0005743	5	45.45%	2.43%	3.28E-6(5.3E-3)
inner membrane	GO:0019866	5	45.45%	2.43%	3.28E-6(5.3E-3)
mitochondrial membrane	GO:0005740	5	45.45%	3.16%	1.19E-5(0.02)
organelle membrane	GO:0031090	5	45.45%	8.58%	1.36E-3(n.s)
cytoplasm	GO:0005737	11	100%	55.64%	1.57E-3(n.s)
intracellular membrane-bound organelle	GO:0043231	11	100%	55.65%	1.58E-3(n.s)
membrane-bound organelle	GO:0043227	11	100%	55.65%	1.58E-3(n.s)
organelle	GO:0043226	11	100%	60.56%	4E-3(n.s)
intracellular organelle	GO:0043229	11	100%	60.56%	4E-3(n.s)
membrane	GO:0016020	5	45.45%	15.38%	0.02(n.s)
extrinsic to membrane	GO:0019898	1	9.09%	0.48%	0.05(n.s)
intracellular	GO:0005622	11	100%	77.03%	0.06(n.s)
cell	GO:0005623	11	100%	83.5%	0.14(n.s)
endoplasmic reticulum	GO:0005783	1	9.09%	5.84%	0.48(n.s)
cellular_component	GO:0005575	11	100%	99.61%	0.96(n.s)

cluster_103 (n = 10) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
acetate metabolism	GO:0006083	4	40%	0.11%	1.01E-10(1.64E-7)
fermentation	GO:0006113	4	40%	0.25%	5.24E-9(8.46E-6)
acetyl-CoA metabolism	GO:0006084	3	30%	0.31%	3.01E-6(4.86E-3)
generation of precursor metabolites and energy	GO:0006091	5	50%	3.5%	1.1E-5(0.02)
acetyl-CoA biosynthesis	GO:0006085	2	20%	0.06%	1.29E-5(0.02)
acetate biosynthesis	GO:0019413	2	20%	0.06%	1.29E-5(0.02)
energy derivation by oxidation of organic compounds	GO:0015980	4	40%	3.04%	1.5E-4(0.24)
carboxylic acid biosynthesis	GO:0046394	2	20%	0.26%	2.9E-4(0.47)
organic acid biosynthesis	GO:0016053	2	20%	0.26%	2.9E-4(0.47)
coenzyme metabolism	GO:0006732	3	30%	1.81%	6.34E-4(n.s)
organic acid metabolism	GO:0006082	4	40%	4.6%	7.39E-4(n.s)
carboxylic acid metabolism	GO:0019752	4	40%	4.6%	7.39E-4(n.s)
cofactor metabolism	GO:0051186	3	30%	2.26%	1.21E-3(n.s)
cellular metabolism	GO:0044237	10	100%	52.12%	1.47E-3(n.s)
acetate fermentation	GO:0019654	1	10%	0.02%	**
metabolism	GO:0008152	10	100%	52.93%	1.71E-3(n.s)
formaldehyde metabolism	GO:0046292	1	10%	0.03%	3.1E-3(n.s)
formaldehyde catabolism	GO:0046294	1	10%	0.03%	3.1E-3(n.s)
aldehyde catabolism	GO:0046185	1	10%	0.08%	7.72E-3(n.s)
ethanol metabolism	GO:0006067	1	10%	0.15%	0.02(n.s)
one-carbon compound metabolism	GO:0006730	1	10%	0.19%	0.02(n.s)
aldehyde metabolism	GO:0006081	1	10%	0.29%	0.03(n.s)
cellular physiological process	GO:0050875	10	100%	71.65%	0.04(n.s)
cellular process	GO:0009987	10	100%	72.29%	0.04(n.s)
electron transport	GO:0006118	1	10%	0.48%	0.05(n.s)
physiological process	GO:0007582	10	100%	73.68%	0.05(n.s)
alcohol metabolism	GO:0006066	1	10%	2.43%	0.22(n.s)
cellular catabolism	GO:0044248	1	10%	5.84%	0.45(n.s)
catabolism	GO:0009056	1	10%	6.16%	0.47(n.s)
cellular biosynthesis	GO:0044249	2	20%	17.05%	0.53(n.s)
biosynthesis	GO:0009058	2	20%	18.28%	0.57(n.s)
transport	GO:0006810	1	10%	14.27%	0.79(n.s)
establishment of localization	GO:0051234	1	10%	14.39%	0.79(n.s)
localization	GO:0051179	1	10%	14.82%	0.8(n.s)
biological_process	GO:0008150	10	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
alcohol dehydrogenase activity	GO:0004022	4	40%	0.09%	4.35E-11(7.03E-8)
oxidoreductase activity	GO:0016491	7	70%	3.73%	1.01E-8(1.63E-5)
oxidoreductase activity, acting on the aldehyde or oxo group of donors, NAD or NADP as acceptor	GO:0016620	4	40%	0.29%	1.11E-8(1.8E-5)
oxidoreductase activity, acting on the aldehyde or oxo group of donors	GO:0016903	4	40%	0.36%	2.54E-8(4.1E-5)
aldehyde dehydrogenase activity	GO:0004028	3	30%	0.09%	5.34E-8(8.63E-5)
acetate-CoA ligase activity	GO:0003987	2	20%	0.03%	2.16E-6(3.49E-3)
oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor	GO:0016616	4	40%	1.07%	2.39E-6(3.86E-3)
oxidoreductase activity, acting on CH-OH group of donors	GO:0016614	4	40%	1.18%	3.53E-6(5.71E-3)
catalytic activity	GO:0003824	10	100%	29.21%	4.45E-6(7.19E-3)
acid-thiol ligase activity	GO:0016878	2	20%	0.06%	1.29E-5(0.02)
CoA-ligase activity	GO:0016405	2	20%	0.06%	1.29E-5(0.02)
ligase activity, forming carbon-sulfur bonds	GO:0016877	2	20%	0.14%	7.73E-5(0.12)
acetyl-CoA hydrolase activity	GO:0003986	1	10%	0.02%	**
alcohol dehydrogenase activity, zinc-dependent	GO:0004024	1	10%	0.02%	**
formaldehyde dehydrogenase (glutathione) activity	GO:0004327	1	10%	0.02%	**
aldehyde dehydrogenase (NAD) activity	GO:0004029	1	10%	0.03%	3.1E-3(n.s)
CoA hydrolase activity	GO:0016289	1	10%	0.05%	4.64E-3(n.s)
thiolester hydrolase activity	GO:0016790	1	10%	0.08%	7.72E-3(n.s)
ligase activity	GO:0016874	2	20%	1.89%	0.01(n.s)
hydrolase activity, acting on ester bonds	GO:0016788	1	10%	4.12%	0.34(n.s)
hydrolase activity	GO:0016787	1	10%	11.45%	0.7(n.s)
molecular_function	GO:0003674	10	100%	99.44%	0.95(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	8	80%	15.78%	1.25E-5(0.02)
cytoplasm	GO:0005737	10	100%	55.64%	2.83E-3(n.s)
cytosol	GO:0005829	4	40%	10.08%	0.01(n.s)
mitochondrial matrix	GO:0005759	2	20%	2.52%	0.02(n.s)
nucleoid	GO:0009295	1	10%	0.36%	0.04(n.s)
mitochondrial nucleoid	GO:0042645	1	10%	0.36%	0.04(n.s)
soluble fraction	GO:0005625	1	10%	0.56%	0.05(n.s)
intracellular	GO:0005622	10	100%	77.03%	0.07(n.s)
intracellular membrane-bound organelle	GO:0043231	8	80%	55.65%	0.11(n.s)
membrane-bound organelle	GO:0043227	8	80%	55.65%	0.11(n.s)
cell fraction	GO:0000267	1	10%	1.72%	0.16(n.s)
cell	GO:0005623	10	100%	83.5%	0.16(n.s)
organelle	GO:0043226	8	80%	60.56%	0.18(n.s)
intracellular organelle	GO:0043229	8	80%	60.56%	0.18(n.s)
cellular_component	GO:0005575	10	100%	99.61%	0.96(n.s)

cluster_105 (n = 5) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
DNA repair	GO:0006281	4	80%	2.32%	1.38E-6(2.22E-3)
response to DNA damage stimulus	GO:0006974	4	80%	2.73%	2.61E-6(4.22E-3)
response to endogenous stimulus	GO:0009719	4	80%	2.82%	2.99E-6(4.83E-3)
DNA metabolism	GO:0006259	5	100%	8.58%	4.58E-6(7.4E-3)
response to stress	GO:0006950	4	80%	6.09%	6.44E-5(0.1)
M phase of meiotic cell cycle	GO:0051327	3	60%	2%	7.57E-5(0.12)
meiotic cell cycle	GO:0051321	3	60%	2%	7.57E-5(0.12)
meiosis	GO:0007126	3	60%	2%	7.57E-5(0.12)
maintenance of fidelity during DNA-dependent DNA replication	GO:0045005	2	40%	0.31%	9.07E-5(0.15)
mismatch repair	GO:0006298	2	40%	0.31%	9.07E-5(0.15)
response to stimulus	GO:0050896	4	80%	8.41%	2.31E-4(0.37)
meiotic recombination	GO:0007131	2	40%	0.6%	3.52E-4(0.57)
M phase	GO:0000279	3	60%	3.98%	5.88E-4(0.95)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	5	100%	23.17%	6.65E-4(n.s)
meiosis I	GO:0007127	2	40%	0.85%	7.01E-4(n.s)
biopolymer metabolism	GO:0043283	5	100%	25.06%	9.84E-4(n.s)
DNA-dependent DNA replication	GO:0006261	2	40%	1.24%	1.48E-3(n.s)
cell cycle	GO:0007049	3	60%	6.12%	2.07E-3(n.s)
DNA replication	GO:0006260	2	40%	1.6%	2.44E-3(n.s)
DNA recombination	GO:0006310	2	40%	2.91%	7.96E-3(n.s)
primary metabolism	GO:0044238	5	100%	48.71%	0.03(n.s)
cellular metabolism	GO:0044237	5	100%	52.12%	0.04(n.s)
metabolism	GO:0008152	5	100%	52.93%	0.04(n.s)
cellular physiological process	GO:0050875	5	100%	71.65%	0.19(n.s)
cellular process	GO:0009987	5	100%	72.29%	0.2(n.s)
physiological process	GO:0007582	5	100%	73.68%	0.22(n.s)
biological_process	GO:0008150	5	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ATP binding	GO:0005524	3	60%	0.22%	8.1E-8(1.31E-4)
adenyl nucleotide binding	GO:0030554	3	60%	0.26%	1.51E-7(2.44E-4)
purine nucleotide binding	GO:0017076	3	60%	0.5%	1.1E-6(1.78E-3)
nucleotide binding	GO:0000166	3	60%	0.51%	1.21E-6(1.95E-3)
ATPase activity	GO:0016887	2	40%	2.52%	6.03E-3(n.s)
DNA binding	GO:0003677	2	40%	3.18%	9.42E-3(n.s)
nucleoside-triphosphatase activity	GO:0017111	2	40%	3.42%	0.01(n.s)
pyrophosphatase activity	GO:0016462	2	40%	3.67%	0.01(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	2	40%	3.69%	0.01(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	2	40%	3.69%	0.01(n.s)
binding	GO:0005488	3	60%	17.35%	0.04(n.s)
nucleic acid binding	GO:0003676	2	40%	9.87%	0.08(n.s)
hydrolase activity	GO:0016787	2	40%	11.45%	0.1(n.s)
catalytic activity	GO:0003824	2	40%	29.21%	0.46(n.s)
molecular function unknown	GO:0005554	2	40%	35.75%	0.59(n.s)
molecular_function	GO:0003674	5	100%	99.44%	0.97(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
nucleus	GO:0005634	4	80%	31.01%	0.03(n.s)
intracellular membrane-bound organelle	GO:0043231	5	100%	55.65%	0.05(n.s)
membrane-bound organelle	GO:0043227	5	100%	55.65%	0.05(n.s)
organelle	GO:0043226	5	100%	60.56%	0.08(n.s)
intracellular organelle	GO:0043229	5	100%	60.56%	0.08(n.s)
nuclear chromosome	GO:0000228	1	20%	2.31%	0.11(n.s)
chromosome	GO:0005694	1	20%	3.16%	0.15(n.s)
mitochondrion	GO:0005739	2	40%	15.78%	0.18(n.s)
intracellular	GO:0005622	5	100%	77.03%	0.27(n.s)
cell	GO:0005623	5	100%	83.5%	0.41(n.s)
intracellular non-membrane-bound organelle	GO:0043232	1	20%	14.3%	0.54(n.s)
non-membrane-bound organelle	GO:0043228	1	20%	14.3%	0.54(n.s)
cytoplasm	GO:0005737	2	40%	55.64%	0.88(n.s)
cellular_component	GO:0005575	5	100%	99.61%	0.98(n.s)

cluster_31 (n = 6) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
amino acid metabolism	GO:0006520	5	83.33%	2.82%	9.89E-8(1.6E-4)
glutamate biosynthesis	GO:0006537	3	50%	0.2%	1.27E-7(2.05E-4)
amino acid and derivative metabolism	GO:0006519	5	83.33%	3.05%	1.47E-7(2.38E-4)
amine metabolism	GO:0009308	5	83.33%	3.38%	2.45E-7(3.96E-4)
glutamate metabolism	GO:0006536	3	50%	0.25%	2.49E-7(4.02E-4)
nitrogen compound metabolism	GO:0006807	5	83.33%	3.66%	3.65E-7(5.89E-4)
glutamine family amino acid biosynthesis	GO:0009084	3	50%	0.37%	8.96E-7(1.45E-3)
organic acid metabolism	GO:0006082	5	83.33%	4.6%	1.15E-6(1.86E-3)
carboxylic acid metabolism	GO:0019752	5	83.33%	4.6%	1.15E-6(1.86E-3)
glutamine family amino acid metabolism	GO:0009064	3	50%	0.67%	5.43E-6(8.77E-3)
amino acid biosynthesis	GO:0008652	3	50%	1.53%	6.77E-5(0.11)
amine biosynthesis	GO:0009309	3	50%	1.67%	8.78E-5(0.14)
nitrogen compound biosynthesis	GO:0044271	3	50%	1.67%	8.78E-5(0.14)
tRNA aminoacylation	GO:0043039	2	33.33%	0.46%	3.1E-4(0.5)
amino acid activation	GO:0043038	2	33.33%	0.46%	3.1E-4(0.5)
tRNA aminoacylation for protein translation	GO:0006418	2	33.33%	0.46%	3.1E-4(0.5)
cellular biosynthesis	GO:0044249	5	83.33%	17.05%	7.37E-4(n.s)
alanyl-tRNA aminoacylation	GO:0006419	1	16.67%	0.02%	**
biosynthesis	GO:0009058	5	83.33%	18.28%	1.03E-3(n.s)
tRNA modification	GO:0006400	2	33.33%	1.02%	1.5E-3(n.s)
glutamyl-tRNA aminoacylation	GO:0006424	1	16.67%	0.03%	1.86E-3(n.s)
tRNA metabolism	GO:0006399	2	33.33%	1.6%	3.63E-3(n.s)
proline catabolism	GO:0006562	1	16.67%	0.06%	3.71E-3(n.s)
proline metabolism	GO:0006560	1	16.67%	0.11%	6.49E-3(n.s)
RNA modification	GO:0009451	2	33.33%	2.42%	8.16E-3(n.s)
glutamine family amino acid catabolism	GO:0009065	1	16.67%	0.2%	0.01(n.s)
amino acid catabolism	GO:0009063	1	16.67%	0.43%	0.03(n.s)
amine catabolism	GO:0009310	1	16.67%	0.48%	0.03(n.s)
nitrogen compound catabolism	GO:0044270	1	16.67%	0.48%	0.03(n.s)
translation	GO:0043037	2	33.33%	6.47%	0.05(n.s)
RNA metabolism	GO:0016070	2	33.33%	8.32%	0.08(n.s)
primary metabolism	GO:0044238	5	83.33%	48.71%	0.1(n.s)
biopolymer modification	GO:0043412	2	33.33%	9.25%	0.1(n.s)
cellular metabolism	GO:0044237	5	83.33%	52.12%	0.13(n.s)
metabolism	GO:0008152	5	83.33%	52.93%	0.14(n.s)
protein biosynthesis	GO:0006412	2	33.33%	12.16%	0.16(n.s)
macromolecule biosynthesis	GO:0009059	2	33.33%	13.04%	0.18(n.s)
cellular catabolism	GO:0044248	1	16.67%	5.84%	0.3(n.s)
catabolism	GO:0009056	1	16.67%	6.16%	0.32(n.s)
cellular protein metabolism	GO:0044267	2	33.33%	21.7%	0.39(n.s)
protein metabolism	GO:0019538	2	33.33%	22.06%	0.4(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	2	33.33%	23.17%	0.42(n.s)
cellular macromolecule metabolism	GO:0044260	2	33.33%	24.52%	0.45(n.s)
cellular physiological process	GO:0050875	5	83.33%	71.65%	0.46(n.s)
biopolymer metabolism	GO:0043283	2	33.33%	25.06%	0.47(n.s)
cellular process	GO:0009987	5	83.33%	72.29%	0.47(n.s)
macromolecule metabolism	GO:0043170	2	33.33%	26.04%	0.49(n.s)
physiological process	GO:0007582	5	83.33%	73.68%	0.5(n.s)
biological process unknown	GO:0000004	1	16.67%	25.64%	0.83(n.s)
biological_process	GO:0008150	6	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
oxidoreductase activity, acting on the CH-NH2 group of donors, NAD or NADP as acceptor	GO:0016639	2	33.33%	0.06%	4.32E-6(6.97E-3)
oxidoreductase activity, acting on the CH-NH2 group of donors	GO:0016638	2	33.33%	0.09%	1.08E-5(0.02)
ligase activity, forming carbon-oxygen bonds	GO:0016875	2	33.33%	0.56%	4.47E-4(0.72)
tRNA ligase activity	GO:0004812	2	33.33%	0.56%	4.47E-4(0.72)
ligase activity, forming aminoacyl-tRNA and related compounds	GO:0016876	2	33.33%	0.56%	4.47E-4(0.72)
RNA ligase activity	GO:0008452	2	33.33%	0.57%	4.73E-4(0.76)
ligase activity, forming phosphoric ester bonds	GO:0016886	2	33.33%	0.62%	5.53E-4(0.89)
catalytic activity	GO:0003824	6	100%	29.21%	6.18E-4(1)
glutamate synthase activity	GO:0015930	1	16.67%	0.02%	**
glutamate synthase activity, NADH or NADPH as acceptor	GO:0045181	1	16.67%	0.02%	**
glutamate synthase (NADH) activity	GO:0016040	1	16.67%	0.02%	**
alanine-tRNA ligase activity	GO:0004813	1	16.67%	0.02%	**
1-pyrroline-5-carboxylate dehydrogenase activity	GO:0003842	1	16.67%	0.02%	**
oxidoreductase activity	GO:0016491	3	50%	3.73%	9.45E-4(n.s)
glutamate-tRNA ligase activity	GO:0004818	1	16.67%	0.03%	1.86E-3(n.s)
glutamate dehydrogenase activity	GO:0004352	1	16.67%	0.03%	1.86E-3(n.s)
ligase activity	GO:0016874	2	33.33%	1.89%	5.06E-3(n.s)
oxidoreductase activity, acting on the CH-NH group of donors, NAD or NADP as acceptor	GO:0016646	1	16.67%	0.19%	0.01(n.s)
oxidoreductase activity, acting on the CH-NH group of donors	GO:0016645	1	16.67%	0.22%	0.01(n.s)
transferase activity, transferring nitrogenous groups	GO:0016769	1	16.67%	0.25%	0.01(n.s)
transaminase activity	GO:0008483	1	16.67%	0.25%	0.01(n.s)
transferase activity	GO:0016740	1	16.67%	10.13%	0.47(n.s)
molecular_function	GO:0003674	6	100%	99.44%	0.97(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	6	100%	15.78%	1.53E-5(0.02)
glutamate synthase complex	GO:0031026	1	16.67%	0.02%	**
cytoplasm	GO:0005737	6	100%	55.64%	0.03(n.s)
intracellular membrane-bound organelle	GO:0043231	6	100%	55.65%	0.03(n.s)
membrane-bound organelle	GO:0043227	6	100%	55.65%	0.03(n.s)
soluble fraction	GO:0005625	1	16.67%	0.56%	0.03(n.s)
organelle	GO:0043226	6	100%	60.56%	0.05(n.s)
intracellular organelle	GO:0043229	6	100%	60.56%	0.05(n.s)
cell fraction	GO:0000267	1	16.67%	1.72%	0.1(n.s)
intracellular	GO:0005622	6	100%	77.03%	0.21(n.s)
cell	GO:0005623	6	100%	83.5%	0.34(n.s)
protein complex	GO:0043234	1	16.67%	21.07%	0.76(n.s)
nucleus	GO:0005634	1	16.67%	31.01%	0.89(n.s)
cellular_component	GO:0005575	6	100%	99.61%	0.98(n.s)

cluster_30 (n = 5) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
glycerophospholipid biosynthesis	GO:0046474	2	40%	0.53%	2.67E-4(0.43)
cellular lipid metabolism	GO:0044255	3	60%	3.16%	2.97E-4(0.48)
lipid metabolism	GO:0006629	3	60%	3.38%	3.61E-4(0.58)
glycerophospholipid metabolism	GO:0006650	2	40%	0.68%	4.48E-4(0.72)
carboxylic acid transport	GO:0046942	2	40%	0.77%	5.79E-4(0.94)
organic acid transport	GO:0015849	2	40%	0.79%	6.03E-4(0.97)
phospholipid biosynthesis	GO:0008654	2	40%	0.81%	6.27E-4(n.s)
oxaloacetate transport	GO:0015729	1	20%	0.02%	**
phosphatidic acid metabolism	GO:0046473	1	20%	0.02%	**
phosphatidic acid biosynthesis	GO:0006654	1	20%	0.02%	**
membrane lipid biosynthesis	GO:0046467	2	40%	1.1%	1.17E-3(n.s)
phospholipid metabolism	GO:0006644	2	40%	1.19%	1.37E-3(n.s)
tricarboxylic acid transport	GO:0006842	1	20%	0.03%	1.55E-3(n.s)
very-long-chain fatty acid metabolism	GO:0000038	1	20%	0.03%	1.55E-3(n.s)
dicarboxylic acid transport	GO:0006835	1	20%	0.05%	2.32E-3(n.s)
sulfate transport	GO:0008272	1	20%	0.05%	2.32E-3(n.s)
membrane lipid metabolism	GO:0006643	2	40%	1.61%	2.49E-3(n.s)
lipid biosynthesis	GO:0008610	2	40%	1.92%	3.52E-3(n.s)
phosphatidylcholine biosynthesis	GO:0006656	1	20%	0.11%	5.41E-3(n.s)
phosphatidylcholine metabolism	GO:0046470	1	20%	0.14%	6.95E-3(n.s)
inorganic anion transport	GO:0015698	1	20%	0.25%	0.01(n.s)
carboxylic acid biosynthesis	GO:0046394	1	20%	0.26%	0.01(n.s)
anion transport	GO:0006820	1	20%	0.26%	0.01(n.s)
organic acid biosynthesis	GO:0016053	1	20%	0.26%	0.01(n.s)
organic acid metabolism	GO:0006082	2	40%	4.6%	0.02(n.s)
carboxylic acid metabolism	GO:0019752	2	40%	4.6%	0.02(n.s)
mitochondrial genome maintenance	GO:0000002	1	20%	0.42%	0.02(n.s)
fatty acid metabolism	GO:0006631	1	20%	0.67%	0.03(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	20%	1.47%	0.07(n.s)
ion transport	GO:0006811	1	20%	1.64%	0.08(n.s)
transport	GO:0006810	2	40%	14.27%	0.15(n.s)
establishment of localization	GO:0051234	2	40%	14.39%	0.15(n.s)
localization	GO:0051179	2	40%	14.82%	0.16(n.s)
cellular physiological process	GO:0050875	5	100%	71.65%	0.19(n.s)
cellular process	GO:0009987	5	100%	72.29%	0.2(n.s)
physiological process	GO:0007582	5	100%	73.68%	0.22(n.s)
biosynthesis	GO:0009058	2	40%	18.28%	0.23(n.s)
primary metabolism	GO:0044238	3	60%	48.71%	0.48(n.s)
cellular metabolism	GO:0044237	3	60%	52.12%	0.54(n.s)
metabolism	GO:0008152	3	60%	52.93%	0.55(n.s)
organelle organization and biogenesis	GO:0006996	1	20%	15.69%	0.57(n.s)
cellular biosynthesis	GO:0044249	1	20%	17.05%	0.61(n.s)
cell organization and biogenesis	GO:0016043	1	20%	17.98%	0.63(n.s)
biological_process	GO:0008150	5	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
porter activity	GO:0015291	2	40%	0.59%	3.34E-4(0.54)
electrochemical potential-driven transporter activity	GO:0015290	2	40%	0.59%	3.34E-4(0.54)
oxaloacetate transporter activity	GO:0015131	1	20%	0.02%	**
sulfate porter activity	GO:0008271	1	20%	0.02%	**
acylglycerone-phosphate reductase activity	GO:0000140	1	20%	0.02%	**
oxaloacetate carrier activity	GO:0000227	1	20%	0.02%	**
phosphatidylserine decarboxylase activity	GO:0004609	1	20%	0.03%	1.55E-3(n.s)
tricarboxylate carrier activity	GO:0005371	1	20%	0.03%	1.55E-3(n.s)
sulfate transporter activity	GO:0015116	1	20%	0.05%	2.32E-3(n.s)
dicarboxylic acid transporter activity	GO:0005310	1	20%	0.05%	2.32E-3(n.s)
carrier activity	GO:0005386	2	40%	1.64%	2.59E-3(n.s)
inorganic anion transporter activity	GO:0015103	1	20%	0.2%	0.01(n.s)
oxidoreductase activity	GO:0016491	2	40%	3.73%	0.01(n.s)
anion transporter activity	GO:0008509	1	20%	0.28%	0.01(n.s)
carboxy-lyase activity	GO:0016831	1	20%	0.31%	0.02(n.s)
carbon-carbon lyase activity	GO:0016830	1	20%	0.43%	0.02(n.s)
carboxylic acid transporter activity	GO:0046943	1	20%	0.74%	0.04(n.s)
transporter activity	GO:0005215	2	40%	6.64%	0.04(n.s)
organic acid transporter activity	GO:0005342	1	20%	0.79%	0.04(n.s)
oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor	GO:0016616	1	20%	1.07%	0.05(n.s)
oxidoreductase activity, acting on CH-OH group of donors	GO:0016614	1	20%	1.18%	0.06(n.s)
lyase activity	GO:0016829	1	20%	1.27%	0.06(n.s)
ion transporter activity	GO:0015075	1	20%	2.21%	0.11(n.s)
DNA binding	GO:0003677	1	20%	3.18%	0.15(n.s)
catalytic activity	GO:0003824	3	60%	29.21%	0.15(n.s)
nucleic acid binding	GO:0003676	1	20%	9.87%	0.41(n.s)
binding	GO:0005488	1	20%	17.35%	0.61(n.s)
molecular_function	GO:0003674	5	100%	99.44%	0.97(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	5	100%	15.78%	9.72E-5(0.16)
mitochondrial inner membrane	GO:0005743	3	60%	2.43%	1.36E-4(0.22)
inner membrane	GO:0019866	3	60%	2.43%	1.36E-4(0.22)
organelle membrane	GO:0031090	4	80%	8.58%	2.5E-4(0.4)
mitochondrial membrane	GO:0005740	3	60%	3.16%	2.97E-4(0.48)
membrane	GO:0016020	4	80%	15.38%	2.44E-3(n.s)
nucleoid	GO:0009295	1	20%	0.36%	0.02(n.s)
mitochondrial nucleoid	GO:0042645	1	20%	0.36%	0.02(n.s)
lipid particle	GO:0005811	1	20%	0.51%	0.03(n.s)
endoplasmic reticulum	GO:0005783	2	40%	5.84%	0.03(n.s)
cytoplasm	GO:0005737	5	100%	55.64%	0.05(n.s)
intracellular membrane-bound organelle	GO:0043231	5	100%	55.65%	0.05(n.s)
membrane-bound organelle	GO:0043227	5	100%	55.65%	0.05(n.s)
organelle	GO:0043226	5	100%	60.56%	0.08(n.s)
intracellular organelle	GO:0043229	5	100%	60.56%	0.08(n.s)
endoplasmic reticulum membrane	GO:0005789	1	20%	1.78%	0.09(n.s)
nuclear envelope-endoplasmic reticulum network	GO:0042175	1	20%	1.95%	0.09(n.s)
mitochondrial matrix	GO:0005759	1	20%	2.52%	0.12(n.s)
endomembrane system	GO:0012505	1	20%	3.7%	0.17(n.s)
intracellular	GO:0005622	5	100%	77.03%	0.27(n.s)
cell	GO:0005623	5	100%	83.5%	0.41(n.s)
cellular_component	GO:0005575	5	100%	99.61%	0.98(n.s)

cluster_37 (n = 13) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
pyruvate metabolism	GO:0006090	7	53.85%	0.57%	1.86E-13(3.01E-10)
organic acid metabolism	GO:0006082	9	69.23%	4.6%	4.98E-10(8.05E-7)
carboxylic acid metabolism	GO:0019752	9	69.23%	4.6%	4.98E-10(8.05E-7)
acetyl-CoA metabolism	GO:0006084	4	30.77%	0.31%	4.71E-8(7.6E-5)
acetyl-CoA biosynthesis from pyruvate	GO:0006086	2	15.38%	0.03%	3.74E-6(6.05E-3)
2-oxoglutarate metabolism	GO:0006103	2	15.38%	0.03%	3.74E-6(6.05E-3)
ketone metabolism	GO:0042180	2	15.38%	0.06%	2.24E-5(0.04)
acetyl-CoA biosynthesis	GO:0006085	2	15.38%	0.06%	2.24E-5(0.04)
coenzyme metabolism	GO:0006732	4	30.77%	1.81%	6.46E-5(0.1)
cofactor metabolism	GO:0051186	4	30.77%	2.26%	1.53E-4(0.25)
tricarboxylic acid cycle	GO:0006099	2	15.38%	0.23%	3.87E-4(0.63)
acetyl-CoA catabolism	GO:0046356	2	15.38%	0.23%	3.87E-4(0.63)
coenzyme catabolism	GO:0009109	2	15.38%	0.26%	5E-4(0.81)
cofactor catabolism	GO:0051187	2	15.38%	0.28%	5.62E-4(0.91)
tricarboxylic acid cycle intermediate metabolism	GO:0006100	2	15.38%	0.29%	6.28E-4(n.s)
isoleucine catabolism	GO:0006550	1	7.69%	0.02%	**
valine metabolism	GO:0006573	1	7.69%	0.02%	**
valine catabolism	GO:0006574	1	7.69%	0.02%	**
leucine catabolism	GO:0006552	1	7.69%	0.03%	4.02E-3(n.s)
L-serine biosynthesis	GO:0006564	1	7.69%	0.03%	4.02E-3(n.s)
branched chain family amino acid catabolism	GO:0009083	1	7.69%	0.03%	4.02E-3(n.s)
L-serine metabolism	GO:0006563	1	7.69%	0.03%	4.02E-3(n.s)
cellular catabolism	GO:0044248	4	30.77%	5.84%	5.37E-3(n.s)
isoleucine metabolism	GO:0006549	1	7.69%	0.05%	6.03E-3(n.s)
catabolism	GO:0009056	4	30.77%	6.16%	6.51E-3(n.s)
glycine catabolism	GO:0006546	1	7.69%	0.06%	8.03E-3(n.s)
main pathways of carbohydrate metabolism	GO:0006092	2	15.38%	1.08%	8.37E-3(n.s)
serine family amino acid catabolism	GO:0009071	1	7.69%	0.08%	0.01(n.s)
aerobic respiration	GO:0009060	2	15.38%	1.27%	0.01(n.s)
glycine metabolism	GO:0006544	1	7.69%	0.09%	0.01(n.s)
cellular respiration	GO:0045333	2	15.38%	1.35%	0.01(n.s)
leucine metabolism	GO:0006551	1	7.69%	0.11%	0.01(n.s)
regulation of DNA replication	GO:0006275	1	7.69%	0.12%	0.02(n.s)
cellular metabolism	GO:0044237	11	84.62%	52.12%	0.02(n.s)
metabolism	GO:0008152	11	84.62%	52.93%	0.02(n.s)
regulation of cell redox homeostasis	GO:0030503	1	7.69%	0.15%	0.02(n.s)
cell redox homeostasis	GO:0045454	1	7.69%	0.15%	0.02(n.s)
serine family amino acid biosynthesis	GO:0009070	1	7.69%	0.19%	0.02(n.s)
branched chain family amino acid metabolism	GO:0009081	1	7.69%	0.25%	0.03(n.s)
protein deubiquitination	GO:0016579	1	7.69%	0.28%	0.04(n.s)
regulation of DNA metabolism	GO:0051052	1	7.69%	0.31%	0.04(n.s)
serine family amino acid metabolism	GO:0009069	1	7.69%	0.34%	0.04(n.s)
amino acid metabolism	GO:0006520	2	15.38%	2.82%	0.05(n.s)
amino acid catabolism	GO:0009063	1	7.69%	0.43%	0.05(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	2	15.38%	3.04%	0.06(n.s)
amino acid and derivative metabolism	GO:0006519	2	15.38%	3.05%	0.06(n.s)
cellular carbohydrate metabolism	GO:0044262	2	15.38%	3.08%	0.06(n.s)
amine catabolism	GO:0009310	1	7.69%	0.48%	0.06(n.s)
nitrogen compound catabolism	GO:0044270	1	7.69%	0.48%	0.06(n.s)
amine metabolism	GO:0009308	2	15.38%	3.38%	0.07(n.s)
carbohydrate metabolism	GO:0005975	2	15.38%	3.38%	0.07(n.s)
generation of precursor metabolites and energy	GO:0006091	2	15.38%	3.5%	0.07(n.s)
nitrogen compound metabolism	GO:0006807	2	15.38%	3.66%	0.08(n.s)
cellular physiological process	GO:0050875	12	92.31%	71.65%	0.08(n.s)
cellular process	GO:0009987	12	92.31%	72.29%	0.09(n.s)
physiological process	GO:0007582	12	92.31%	73.68%	0.11(n.s)
endocytosis	GO:0006897	1	7.69%	1.07%	0.13(n.s)
ubiquitin cycle	GO:0006512	1	7.69%	1.07%	0.13(n.s)
DNA-dependent DNA replication	GO:0006261	1	7.69%	1.24%	0.15(n.s)
amino acid biosynthesis	GO:0008652	1	7.69%	1.53%	0.18(n.s)
DNA replication	GO:0006260	1	7.69%	1.6%	0.19(n.s)
cell homeostasis	GO:0019725	1	7.69%	1.64%	0.19(n.s)
cellular macromolecule metabolism	GO:0044260	5	38.46%	24.52%	0.19(n.s)
amine biosynthesis	GO:0009309	1	7.69%	1.67%	0.2(n.s)
nitrogen compound biosynthesis	GO:0044271	1	7.69%	1.67%	0.2(n.s)
homeostasis	GO:0042592	1	7.69%	1.73%	0.2(n.s)
macromolecule metabolism	GO:0043170	5	38.46%	26.04%	0.23(n.s)
protein complex assembly	GO:0006461	1	7.69%	2.26%	0.26(n.s)
cellular protein catabolism	GO:0044257	1	7.69%	2.42%	0.27(n.s)
proteolysis and peptidolysis	GO:0006508	1	7.69%	2.42%	0.27(n.s)
protein catabolism	GO:0030163	1	7.69%	2.74%	0.3(n.s)
regulation of cellular physiological process	GO:0051244	2	15.38%	8.49%	0.3(n.s)
regulation of cellular process	GO:0050794	2	15.38%	8.52%	0.31(n.s)
regulation of physiological process	GO:0050791	2	15.38%	8.77%	0.32(n.s)
biopolymer catabolism	GO:0043285	1	7.69%	2.93%	0.32(n.s)
regulation of biological process	GO:0050789	2	15.38%	8.97%	0.33(n.s)
vesicle-mediated transport	GO:0016192	1	7.69%	4.34%	0.44(n.s)
cellular macromolecule catabolism	GO:0044265	1	7.69%	4.51%	0.45(n.s)
primary metabolism	GO:0044238	7	53.85%	48.71%	0.46(n.s)
macromolecule catabolism	GO:0009057	1	7.69%	4.83%	0.48(n.s)
regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0019219	1	7.69%	5.24%	0.5(n.s)
regulation of cellular metabolism	GO:0031323	1	7.69%	5.98%	0.55(n.s)
cellular protein metabolism	GO:0044267	3	23.08%	21.7%	0.56(n.s)
protein metabolism	GO:0019538	3	23.08%	22.06%	0.57(n.s)
regulation of metabolism	GO:0019222	1	7.69%	6.37%	0.58(n.s)
protein modification	GO:0006464	1	7.69%	6.68%	0.59(n.s)
DNA metabolism	GO:0006259	1	7.69%	8.58%	0.69(n.s)
biopolymer modification	GO:0043412	1	7.69%	9.25%	0.72(n.s)
transport	GO:0006810	1	7.69%	14.27%	0.87(n.s)
establishment of localization	GO:0051234	1	7.69%	14.39%	0.87(n.s)
biopolymer metabolism	GO:0043283	2	15.38%	25.06%	0.87(n.s)
localization	GO:0051179	1	7.69%	14.82%	0.88(n.s)
cellular biosynthesis	GO:0044249	1	7.69%	17.05%	0.91(n.s)
biosynthesis	GO:0009058	1	7.69%	18.28%	0.93(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	7.69%	23.17%	0.97(n.s)
biological_process	GO:0008150	12	92.31%	99.98%	1.0

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
oxidoreductase activity, acting on the aldehyde or oxo group of donors, disulfide as acceptor	GO:0016624	3	23.08%	0.05%	6.38E-9(1.03E-5)
oxidoreductase activity	GO:0016491	6	46.15%	3.73%	3.5E-6(5.66E-3)
pyruvate dehydrogenase (acetyl-transferring) activity	GO:0004739	2	15.38%	0.03%	3.74E-6(6.05E-3)
pyruvate dehydrogenase activity	GO:0004738	2	15.38%	0.03%	3.74E-6(6.05E-3)
oxidoreductase activity, acting on the aldehyde or oxo group of donors	GO:0016903	3	23.08%	0.36%	1.1E-5(0.02)
S-acyltransferase activity	GO:0016417	2	15.38%	0.11%	7.82E-5(0.13)
catalytic activity	GO:0003824	10	76.92%	29.21%	5.08E-4(0.82)
dihydrolipoyllysine-residue acetyltransferase activity	GO:0004742	1	7.69%	0.02%	**
malate dehydrogenase (oxaloacetate-decarboxylating) (NADP+) activity	GO:0004473	1	7.69%	0.02%	**
dihydrolipoyllysine-residue succinyltransferase activity	GO:0004149	1	7.69%	0.02%	**
S-succinyltransferase activity	GO:0016751	1	7.69%	0.02%	**
oxoglutarate dehydrogenase (succinyl-transferring) activity	GO:0004591	1	7.69%	0.02%	**
dihydrolipoamide S-acyltransferase activity	GO:0030523	1	7.69%	0.02%	**
dihydrolipoyl dehydrogenase activity	GO:0004148	1	7.69%	0.02%	**
malic enzyme activity	GO:0004470	1	7.69%	0.02%	**
S-acetyltransferase activity	GO:0016418	1	7.69%	0.03%	4.02E-3(n.s)
succinyltransferase activity	GO:0016748	1	7.69%	0.03%	4.02E-3(n.s)
endopeptidase activity	GO:0004175	2	15.38%	0.99%	7.03E-3(n.s)
malate dehydrogenase activity	GO:0016615	1	7.69%	0.06%	8.03E-3(n.s)
acyltransferase activity	GO:0008415	2	15.38%	1.19%	0.01(n.s)
transferase activity, transferring groups other than amino-acyl groups	GO:0016747	2	15.38%	1.19%	0.01(n.s)
oxidoreductase activity, acting on sulfur group of donors, NAD or NADP as acceptor	GO:0016668	1	7.69%	0.09%	0.01(n.s)
transferase activity, transferring acyl groups	GO:0016746	2	15.38%	1.43%	0.01(n.s)
thioredoxin peroxidase activity	GO:0008379	1	7.69%	0.12%	0.02(n.s)
oxidoreductase activity, acting on sulfur group of donors	GO:0016667	1	7.69%	0.19%	0.02(n.s)
peroxidase activity	GO:0004601	1	7.69%	0.26%	0.03(n.s)
oxidoreductase activity, acting on peroxide as acceptor	GO:0016684	1	7.69%	0.26%	0.03(n.s)
ubiquitin-specific protease activity	GO:0004843	1	7.69%	0.26%	0.03(n.s)
metalloendopeptidase activity	GO:0004222	1	7.69%	0.31%	0.04(n.s)
antioxidant activity	GO:0016209	1	7.69%	0.31%	0.04(n.s)
peptidase activity	GO:0008233	2	15.38%	2.48%	0.04(n.s)
electron transporter activity	GO:0005489	1	7.69%	0.34%	0.04(n.s)
metallopeptidase activity	GO:0008237	1	7.69%	0.43%	0.05(n.s)
cysteine-type peptidase activity	GO:0008234	1	7.69%	0.43%	0.05(n.s)
acetyltransferase activity	GO:0016407	1	7.69%	0.71%	0.09(n.s)
unfolded protein binding	GO:0051082	1	7.69%	0.9%	0.11(n.s)
oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor	GO:0016616	1	7.69%	1.07%	0.13(n.s)
oxidoreductase activity, acting on CH-OH group of donors	GO:0016614	1	7.69%	1.18%	0.14(n.s)
protein binding	GO:0005515	2	15.38%	7.39%	0.25(n.s)
transferase activity	GO:0016740	2	15.38%	10.13%	0.39(n.s)
hydrolase activity	GO:0016787	2	15.38%	11.45%	0.45(n.s)
transporter activity	GO:0005215	1	7.69%	6.64%	0.59(n.s)
binding	GO:0005488	2	15.38%	17.35%	0.69(n.s)
molecular_function	GO:0003674	12	92.31%	99.44%	1(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
pyruvate dehydrogenase complex (sensu Eukaryota)	GO:0005967	5	38.46%	0.08%	1.38E-14(2.23E-11)
pyruvate dehydrogenase complex	GO:0045254	5	38.46%	0.08%	1.38E-14(2.23E-11)
nucleoid	GO:0009295	5	38.46%	0.36%	4.56E-10(7.36E-7)
mitochondrial nucleoid	GO:0042645	5	38.46%	0.36%	4.56E-10(7.36E-7)
mitochondrion	GO:0005739	12	92.31%	15.78%	2.52E-9(4.07E-6)
oxoglutarate dehydrogenase complex (sensu Eukaryota)	GO:0009353	3	23.08%	0.05%	6.38E-9(1.03E-5)
oxoglutarate dehydrogenase complex	GO:0045252	3	23.08%	0.05%	6.38E-9(1.03E-5)
mitochondrial matrix	GO:0005759	7	53.85%	2.52%	8.69E-9(1.4E-5)
protein complex	GO:0043234	8	61.54%	21.07%	1.76E-3(n.s)
cytoplasm	GO:0005737	12	92.31%	55.64%	5.53E-3(n.s)
intracellular membrane-bound organelle	GO:0043231	12	92.31%	55.65%	5.54E-3(n.s)
membrane-bound organelle	GO:0043227	12	92.31%	55.65%	5.54E-3(n.s)
glycine cleavage complex	GO:0005960	1	7.69%	0.06%	8.03E-3(n.s)
organelle	GO:0043226	12	92.31%	60.56%	0.01(n.s)
intracellular organelle	GO:0043229	12	92.31%	60.56%	0.01(n.s)
mitochondrial intermembrane space	GO:0005758	1	7.69%	0.39%	0.05(n.s)
proteasome complex (sensu Eukaryota)	GO:0000502	1	7.69%	0.71%	0.09(n.s)
membrane fraction	GO:0005624	1	7.69%	1.22%	0.15(n.s)
intracellular	GO:0005622	12	92.31%	77.03%	0.16(n.s)
cell fraction	GO:0000267	1	7.69%	1.72%	0.2(n.s)
mitochondrial inner membrane	GO:0005743	1	7.69%	2.43%	0.27(n.s)
inner membrane	GO:0019866	1	7.69%	2.43%	0.27(n.s)
mitochondrial membrane	GO:0005740	1	7.69%	3.16%	0.34(n.s)
cell	GO:0005623	12	92.31%	83.5%	0.34(n.s)
endoplasmic reticulum	GO:0005783	1	7.69%	5.84%	0.54(n.s)
organelle membrane	GO:0031090	1	7.69%	8.58%	0.69(n.s)
cytosol	GO:0005829	1	7.69%	10.08%	0.75(n.s)
membrane	GO:0016020	1	7.69%	15.38%	0.89(n.s)
nucleus	GO:0005634	1	7.69%	31.01%	0.99(n.s)
cellular_component	GO:0005575	12	92.31%	99.61%	1(n.s)

cluster_35 (n = 7) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
response to DNA damage stimulus	GO:0006974	4	57.14%	2.73%	1.75E-5(0.03)
response to endogenous stimulus	GO:0009719	4	57.14%	2.82%	2E-5(0.03)
DNA damage checkpoint	GO:0000077	2	28.57%	0.2%	7.82E-5(0.13)
DNA damage response, signal transduction	GO:0042770	2	28.57%	0.22%	9.11E-5(0.15)
lagging strand elongation	GO:0006273	2	28.57%	0.31%	1.9E-4(0.31)
mitochondrial genome maintenance	GO:0000002	2	28.57%	0.42%	3.49E-4(0.56)
response to stress	GO:0006950	4	57.14%	6.09%	4.09E-4(0.66)
DNA strand elongation	GO:0006271	2	28.57%	0.46%	4.32E-4(0.7)
telomere maintenance	GO:0000723	2	28.57%	0.65%	8.5E-4(n.s)
cell cycle checkpoint	GO:0000075	2	28.57%	0.73%	1.06E-3(n.s)
valyl-tRNA aminoacylation	GO:0006438	1	14.29%	0.02%	**
DNA replication, removal of RNA primer	GO:0043137	1	14.29%	0.02%	**
response to stimulus	GO:0050896	4	57.14%	8.41%	1.41E-3(n.s)
DNA metabolism	GO:0006259	4	57.14%	8.58%	1.52E-3(n.s)
cell organization and biogenesis	GO:0016043	5	71.43%	17.98%	2.84E-3(n.s)
DNA-dependent DNA replication	GO:0006261	2	28.57%	1.24%	3.06E-3(n.s)
mitochondrion organization and biogenesis	GO:0007005	2	28.57%	1.47%	4.29E-3(n.s)
DNA replication	GO:0006260	2	28.57%	1.6%	5.02E-3(n.s)
DNA replication checkpoint	GO:0000076	1	14.29%	0.08%	5.41E-3(n.s)
DNA replication, synthesis of RNA primer	GO:0006269	1	14.29%	0.11%	7.57E-3(n.s)
regulation of progression through cell cycle	GO:0000074	2	28.57%	2.14%	8.88E-3(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	5	71.43%	23.17%	9.11E-3(n.s)
DNA repair	GO:0006281	2	28.57%	2.32%	0.01(n.s)
postreplication repair	GO:0006301	1	14.29%	0.17%	0.01(n.s)
DNA unwinding	GO:0006268	1	14.29%	0.19%	0.01(n.s)
biopolymer metabolism	GO:0043283	5	71.43%	25.06%	0.01(n.s)
telomerase-dependent telomere maintenance	GO:0007004	1	14.29%	0.2%	0.01(n.s)
organelle organization and biogenesis	GO:0006996	4	57.14%	15.69%	0.01(n.s)
DNA recombination	GO:0006310	2	28.57%	2.91%	0.02(n.s)
chromosome organization and biogenesis (sensu Eukaryota)	GO:0007001	2	28.57%	3.72%	0.03(n.s)
chromosome organization and biogenesis	GO:0051276	2	28.57%	3.9%	0.03(n.s)
tRNA aminoacylation	GO:0043039	1	14.29%	0.46%	0.03(n.s)
amino acid activation	GO:0043038	1	14.29%	0.46%	0.03(n.s)
tRNA aminoacylation for protein translation	GO:0006418	1	14.29%	0.46%	0.03(n.s)
nucleotide-excision repair	GO:0006289	1	14.29%	0.48%	0.03(n.s)
meiotic recombination	GO:0007131	1	14.29%	0.6%	0.04(n.s)
double-strand break repair	GO:0006302	1	14.29%	0.64%	0.04(n.s)
meiosis I	GO:0007127	1	14.29%	0.85%	0.06(n.s)
cell cycle	GO:0007049	2	28.57%	6.12%	0.06(n.s)
tRNA modification	GO:0006400	1	14.29%	1.02%	0.07(n.s)
cellular physiological process	GO:0050875	7	100%	71.65%	0.1(n.s)
cellular process	GO:0009987	7	100%	72.29%	0.1(n.s)
tRNA metabolism	GO:0006399	1	14.29%	1.6%	0.11(n.s)
regulation of cellular physiological process	GO:0051244	2	28.57%	8.49%	0.11(n.s)
regulation of cellular process	GO:0050794	2	28.57%	8.52%	0.11(n.s)
physiological process	GO:0007582	7	100%	73.68%	0.12(n.s)
regulation of physiological process	GO:0050791	2	28.57%	8.77%	0.12(n.s)
regulation of biological process	GO:0050789	2	28.57%	8.97%	0.12(n.s)
meiotic cell cycle	GO:0051321	1	14.29%	2%	0.13(n.s)
meiosis	GO:0007126	1	14.29%	2%	0.13(n.s)
M phase of meiotic cell cycle	GO:0051327	1	14.29%	2%	0.13(n.s)
cell wall organization and biogenesis	GO:0007047	1	14.29%	2.17%	0.14(n.s)
external encapsulating structure organization and biogenesis	GO:0045229	1	14.29%	2.17%	0.14(n.s)
RNA modification	GO:0009451	1	14.29%	2.42%	0.16(n.s)
amino acid metabolism	GO:0006520	1	14.29%	2.82%	0.18(n.s)
amino acid and derivative metabolism	GO:0006519	1	14.29%	3.05%	0.2(n.s)
primary metabolism	GO:0044238	5	71.43%	48.71%	0.21(n.s)
amine metabolism	GO:0009308	1	14.29%	3.38%	0.21(n.s)
nitrogen compound metabolism	GO:0006807	1	14.29%	3.66%	0.23(n.s)
establishment of protein localization	GO:0045184	1	14.29%	3.95%	0.25(n.s)
M phase	GO:0000279	1	14.29%	3.98%	0.25(n.s)
cellular metabolism	GO:0044237	5	71.43%	52.12%	0.26(n.s)
protein localization	GO:0008104	1	14.29%	4.37%	0.27(n.s)
metabolism	GO:0008152	5	71.43%	52.93%	0.28(n.s)
organic acid metabolism	GO:0006082	1	14.29%	4.6%	0.28(n.s)
carboxylic acid metabolism	GO:0019752	1	14.29%	4.6%	0.28(n.s)
translation	GO:0043037	1	14.29%	6.47%	0.37(n.s)
RNA metabolism	GO:0016070	1	14.29%	8.32%	0.46(n.s)
biopolymer modification	GO:0043412	1	14.29%	9.25%	0.49(n.s)
protein biosynthesis	GO:0006412	1	14.29%	12.16%	0.6(n.s)
macromolecule biosynthesis	GO:0009059	1	14.29%	13.04%	0.62(n.s)
establishment of localization	GO:0051234	1	14.29%	14.39%	0.66(n.s)
localization	GO:0051179	1	14.29%	14.82%	0.67(n.s)
cellular biosynthesis	GO:0044249	1	14.29%	17.05%	0.73(n.s)
biosynthesis	GO:0009058	1	14.29%	18.28%	0.76(n.s)
cellular protein metabolism	GO:0044267	1	14.29%	21.7%	0.82(n.s)
protein metabolism	GO:0019538	1	14.29%	22.06%	0.83(n.s)
cellular macromolecule metabolism	GO:0044260	1	14.29%	24.52%	0.86(n.s)
macromolecule metabolism	GO:0043170	1	14.29%	26.04%	0.88(n.s)
biological_process	GO:0008150	7	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
DNA binding	GO:0003677	4	57.14%	3.18%	3.21E-5(0.05)
valine-tRNA ligase activity	GO:0004832	1	14.29%	0.02%	**
nucleic acid binding	GO:0003676	4	57.14%	9.87%	2.58E-3(n.s)
ribonuclease H activity	GO:0004523	1	14.29%	0.06%	4.33E-3(n.s)
damaged DNA binding	GO:0003684	1	14.29%	0.15%	0.01(n.s)
single-stranded DNA binding	GO:0003697	1	14.29%	0.19%	0.01(n.s)
binding	GO:0005488	4	57.14%	17.35%	0.02(n.s)
endoribonuclease activity, producing 5'-phosphomonoesters	GO:0016891	1	14.29%	0.29%	0.02(n.s)
endonuclease activity, active with either ribo- or deoxyribonucleic acids and producing 5'-phosphomonoesters	GO:0016893	1	14.29%	0.37%	0.03(n.s)
endoribonuclease activity	GO:0004521	1	14.29%	0.42%	0.03(n.s)
ligase activity, forming carbon-oxygen bonds	GO:0016875	1	14.29%	0.56%	0.04(n.s)
ligase activity, forming aminoacyl-tRNA and related compounds	GO:0016876	1	14.29%	0.56%	0.04(n.s)
tRNA ligase activity	GO:0004812	1	14.29%	0.56%	0.04(n.s)
RNA ligase activity	GO:0008452	1	14.29%	0.57%	0.04(n.s)
ligase activity, forming phosphoric ester bonds	GO:0016886	1	14.29%	0.62%	0.04(n.s)
endonuclease activity	GO:0004519	1	14.29%	0.88%	0.06(n.s)
ribonuclease activity	GO:0004540	1	14.29%	1.55%	0.1(n.s)
ligase activity	GO:0016874	1	14.29%	1.89%	0.13(n.s)
protein kinase activity	GO:0004672	1	14.29%	1.97%	0.13(n.s)
nuclease activity	GO:0004518	1	14.29%	2.15%	0.14(n.s)
phosphotransferase activity, alcohol group as acceptor	GO:0016773	1	14.29%	2.62%	0.17(n.s)
kinase activity	GO:0016301	1	14.29%	3.05%	0.2(n.s)
hydrolase activity, acting on ester bonds	GO:0016788	1	14.29%	4.12%	0.26(n.s)
transferase activity, transferring phosphorus-containing groups	GO:0016772	1	14.29%	5.19%	0.31(n.s)
catalytic activity	GO:0003824	3	42.86%	29.21%	0.34(n.s)
protein binding	GO:0005515	1	14.29%	7.39%	0.42(n.s)
transferase activity	GO:0016740	1	14.29%	10.13%	0.53(n.s)
hydrolase activity	GO:0016787	1	14.29%	11.45%	0.57(n.s)
molecular_function	GO:0003674	7	100%	99.44%	0.96(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
nucleoid	GO:0009295	2	28.57%	0.36%	2.52E-4(0.41)
mitochondrial nucleoid	GO:0042645	2	28.57%	0.36%	2.52E-4(0.41)
chromosome	GO:0005694	3	42.86%	3.16%	9.91E-4(n.s)
mitochondrial chromosome	GO:0000262	1	14.29%	0.03%	2.17E-3(n.s)
DNA replication factor A complex	GO:0005662	1	14.29%	0.05%	3.25E-3(n.s)
mitochondrial matrix	GO:0005759	2	28.57%	2.52%	0.01(n.s)
mitochondrion	GO:0005739	4	57.14%	15.78%	0.01(n.s)
replisome	GO:0030894	1	14.29%	0.4%	0.03(n.s)
chromosome, telomeric region	GO:0000781	1	14.29%	0.4%	0.03(n.s)
organelle	GO:0043226	7	100%	60.56%	0.03(n.s)
intracellular organelle	GO:0043229	7	100%	60.56%	0.03(n.s)
replication fork	GO:0005657	1	14.29%	0.6%	0.04(n.s)
intracellular non-membrane-bound organelle	GO:0043232	3	42.86%	14.3%	0.07(n.s)
non-membrane-bound organelle	GO:0043228	3	42.86%	14.3%	0.07(n.s)
intracellular membrane-bound organelle	GO:0043231	6	85.71%	55.65%	0.11(n.s)
membrane-bound organelle	GO:0043227	6	85.71%	55.65%	0.11(n.s)
nuclear chromosome	GO:0000228	1	14.29%	2.31%	0.15(n.s)
intracellular	GO:0005622	7	100%	77.03%	0.16(n.s)
cell	GO:0005623	7	100%	83.5%	0.28(n.s)
nucleus	GO:0005634	3	42.86%	31.01%	0.38(n.s)
cytoplasm	GO:0005737	4	57.14%	55.64%	0.62(n.s)
protein complex	GO:0043234	1	14.29%	21.07%	0.81(n.s)
cellular_component	GO:0005575	7	100%	99.61%	0.97(n.s)

cluster_61 (n = 12) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
RNA metabolism	GO:0016070	12	100%	8.32%	9.79E-14(1.58E-10)
RNA splicing	GO:0008380	8	66.67%	1.95%	7.81E-12(1.26E-8)
Group I intron splicing	GO:0000372	4	33.33%	0.11%	2.39E-10(3.86E-7)
RNA splicing, via transesterification reactions with guanosine as nucleophile	GO:0000376	4	33.33%	0.11%	2.39E-10(3.86E-7)
RNA processing	GO:0006396	9	75%	5.33%	5.97E-10(9.65E-7)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	12	100%	23.17%	2.32E-8(3.74E-5)
biopolymer metabolism	GO:0043283	12	100%	25.06%	5.95E-8(9.62E-5)
RNA splicing, via transesterification reactions	GO:0000375	5	41.67%	1.63%	7.48E-7(1.21E-3)
mitochondrial transport	GO:0006839	3	25%	0.17%	8.03E-7(1.3E-3)
mitochondrial iron ion transport	GO:0048250	2	16.67%	0.03%	3.17E-6(5.12E-3)
tRNA modification	GO:0006400	4	33.33%	1.02%	4.64E-6(7.5E-3)
tRNA metabolism	GO:0006399	4	33.33%	1.6%	2.74E-5(0.04)
di-, tri-valent inorganic cation transport	GO:0015674	3	25%	0.79%	9.72E-5(0.16)
metal ion transport	GO:0030001	3	25%	0.87%	1.29E-4(0.21)
RNA modification	GO:0009451	4	33.33%	2.42%	1.4E-4(0.23)
primary metabolism	GO:0044238	12	100%	48.71%	1.77E-4(0.29)
cellular metabolism	GO:0044237	12	100%	52.12%	3.98E-4(0.64)
metabolism	GO:0008152	12	100%	52.93%	4.79E-4(0.77)
cation transport	GO:0006812	3	25%	1.36%	4.93E-4(0.8)
iron ion transport	GO:0006826	2	16.67%	0.29%	5.32E-4(0.86)
ion transport	GO:0006811	3	25%	1.64%	8.5E-4(n.s)
Group II intron splicing	GO:0000373	1	8.33%	0.02%	**
transition metal ion transport	GO:0000041	2	16.67%	0.67%	2.74E-3(n.s)
leucyl-tRNA aminoacylation	GO:0006429	1	8.33%	0.03%	3.71E-3(n.s)
mitochondrial magnesium ion transport	GO:0045016	1	8.33%	0.03%	3.71E-3(n.s)
magnesium ion transport	GO:0015693	1	8.33%	0.08%	9.26E-3(n.s)
protein biosynthesis	GO:0006412	5	41.67%	12.16%	9.97E-3(n.s)
macromolecule biosynthesis	GO:0009059	5	41.67%	13.04%	0.01(n.s)
cellular physiological process	GO:0050875	12	100%	71.65%	0.02(n.s)
biopolymer modification	GO:0043412	4	33.33%	9.25%	0.02(n.s)
cellular process	GO:0009987	12	100%	72.29%	0.02(n.s)
physiological process	GO:0007582	12	100%	73.68%	0.03(n.s)
cellular biosynthesis	GO:0044249	5	41.67%	17.05%	0.04(n.s)
biosynthesis	GO:0009058	5	41.67%	18.28%	0.05(n.s)
tRNA aminoacylation	GO:0043039	1	8.33%	0.46%	0.05(n.s)
amino acid activation	GO:0043038	1	8.33%	0.46%	0.05(n.s)
tRNA aminoacylation for protein translation	GO:0006418	1	8.33%	0.46%	0.05(n.s)
intracellular transport	GO:0046907	3	25%	7.53%	0.06(n.s)
cellular protein metabolism	GO:0044267	5	41.67%	21.7%	0.1(n.s)
protein metabolism	GO:0019538	5	41.67%	22.06%	0.1(n.s)
cellular macromolecule metabolism	GO:0044260	5	41.67%	24.52%	0.15(n.s)
RNA splicing, via transesterification reactions with bulged adenosine as nucleophile	GO:0000377	1	8.33%	1.52%	0.17(n.s)
macromolecule metabolism	GO:0043170	5	41.67%	26.04%	0.18(n.s)
mRNA processing	GO:0006397	1	8.33%	2.03%	0.22(n.s)
transport	GO:0006810	3	25%	14.27%	0.24(n.s)
establishment of localization	GO:0051234	3	25%	14.39%	0.24(n.s)
localization	GO:0051179	3	25%	14.82%	0.26(n.s)
amino acid metabolism	GO:0006520	1	8.33%	2.82%	0.29(n.s)
mRNA metabolism	GO:0016071	1	8.33%	2.85%	0.29(n.s)
amino acid and derivative metabolism	GO:0006519	1	8.33%	3.05%	0.31(n.s)
amine metabolism	GO:0009308	1	8.33%	3.38%	0.34(n.s)
nitrogen compound metabolism	GO:0006807	1	8.33%	3.66%	0.36(n.s)
organic acid metabolism	GO:0006082	1	8.33%	4.6%	0.43(n.s)
carboxylic acid metabolism	GO:0019752	1	8.33%	4.6%	0.43(n.s)
translation	GO:0043037	1	8.33%	6.47%	0.55(n.s)
biological_process	GO:0008150	12	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
di-, tri-valent inorganic cation transporter activity	GO:0015082	3	25%	0.54%	3.11E-5(0.05)
metal ion transporter activity	GO:0046873	3	25%	0.59%	3.99E-5(0.06)
iron ion transporter activity	GO:0005381	2	16.67%	0.15%	1.41E-4(0.23)
RNA binding	GO:0003723	5	41.67%	5.96%	4.1E-4(0.66)
transition metal ion transporter activity	GO:0046915	2	16.67%	0.42%	1.08E-3(n.s)
cation transporter activity	GO:0008324	3	25%	1.89%	1.28E-3(n.s)
tRNA (5-methylaminomethyl-2-thiouridylate)-methyltransferase activity	GO:0004808	1	8.33%	0.02%	**
ion transporter activity	GO:0015075	3	25%	2.21%	2.02E-3(n.s)
leucine-tRNA ligase activity	GO:0004823	1	8.33%	0.03%	3.71E-3(n.s)
nucleic acid binding	GO:0003676	5	41.67%	9.87%	4.04E-3(n.s)
magnesium ion transporter activity	GO:0015095	1	8.33%	0.05%	5.57E-3(n.s)
binding	GO:0005488	6	50%	17.35%	9.62E-3(n.s)
carrier activity	GO:0005386	2	16.67%	1.64%	0.02(n.s)
GTP binding	GO:0005525	1	8.33%	0.14%	0.02(n.s)
guanyl nucleotide binding	GO:0019001	1	8.33%	0.15%	0.02(n.s)
tRNA methyltransferase activity	GO:0008175	1	8.33%	0.19%	0.02(n.s)
endodeoxyribonuclease activity	GO:0004520	1	8.33%	0.28%	0.03(n.s)
deoxyribonuclease activity	GO:0004536	1	8.33%	0.31%	0.04(n.s)
RNA methyltransferase activity	GO:0008173	1	8.33%	0.31%	0.04(n.s)
transporter activity	GO:0005215	3	25%	6.64%	0.04(n.s)
mRNA binding	GO:0003729	1	8.33%	0.5%	0.06(n.s)
purine nucleotide binding	GO:0017076	1	8.33%	0.5%	0.06(n.s)
nucleotide binding	GO:0000166	1	8.33%	0.51%	0.06(n.s)
ligase activity, forming carbon-oxygen bonds	GO:0016875	1	8.33%	0.56%	0.06(n.s)
ligase activity, forming aminoacyl-tRNA and related compounds	GO:0016876	1	8.33%	0.56%	0.06(n.s)
tRNA ligase activity	GO:0004812	1	8.33%	0.56%	0.06(n.s)
RNA ligase activity	GO:0008452	1	8.33%	0.57%	0.07(n.s)
ligase activity, forming phosphoric ester bonds	GO:0016886	1	8.33%	0.62%	0.07(n.s)
RNA helicase activity	GO:0003724	1	8.33%	0.64%	0.07(n.s)
RNA splicing factor activity, transesterification mechanism	GO:0031202	1	8.33%	0.65%	0.08(n.s)
S-adenosylmethionine-dependent methyltransferase activity	GO:0008757	1	8.33%	0.77%	0.09(n.s)
endonuclease activity	GO:0004519	1	8.33%	0.88%	0.1(n.s)
methyltransferase activity	GO:0008168	1	8.33%	1.1%	0.12(n.s)
transferase activity, transferring one-carbon groups	GO:0016741	1	8.33%	1.13%	0.13(n.s)
helicase activity	GO:0004386	1	8.33%	1.3%	0.15(n.s)
ligase activity	GO:0016874	1	8.33%	1.89%	0.2(n.s)
nuclease activity	GO:0004518	1	8.33%	2.15%	0.23(n.s)
hydrolase activity, acting on ester bonds	GO:0016788	1	8.33%	4.12%	0.4(n.s)
catalytic activity	GO:0003824	4	33.33%	29.21%	0.48(n.s)
transferase activity	GO:0016740	1	8.33%	10.13%	0.72(n.s)
hydrolase activity	GO:0016787	1	8.33%	11.45%	0.77(n.s)
molecular_function	GO:0003674	12	100%	99.44%	0.94(n.s)
molecular function unknown	GO:0005554	2	16.67%	35.75%	0.96(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	12	100%	15.78%	2.26E-10(3.66E-7)
cytoplasm	GO:0005737	12	100%	55.64%	8.73E-4(n.s)
intracellular membrane-bound organelle	GO:0043231	12	100%	55.65%	8.76E-4(n.s)
membrane-bound organelle	GO:0043227	12	100%	55.65%	8.76E-4(n.s)
organelle	GO:0043226	12	100%	60.56%	2.42E-3(n.s)
intracellular organelle	GO:0043229	12	100%	60.56%	2.42E-3(n.s)
mitochondrial inner membrane	GO:0005743	2	16.67%	2.43%	0.03(n.s)
inner membrane	GO:0019866	2	16.67%	2.43%	0.03(n.s)
intracellular	GO:0005622	12	100%	77.03%	0.04(n.s)
mitochondrial membrane	GO:0005740	2	16.67%	3.16%	0.05(n.s)
cell	GO:0005623	12	100%	83.5%	0.11(n.s)
mitochondrial matrix	GO:0005759	1	8.33%	2.52%	0.26(n.s)
organelle membrane	GO:0031090	2	16.67%	8.58%	0.28(n.s)
membrane	GO:0016020	2	16.67%	15.38%	0.57(n.s)
cellular_component	GO:0005575	12	100%	99.61%	0.95(n.s)

cluster_62 (n = 15) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein biosynthesis	GO:0006412	12	80%	12.16%	3.1E-9(5.02E-6)
macromolecule biosynthesis	GO:0009059	12	80%	13.04%	7.04E-9(1.14E-5)
macromolecule metabolism	GO:0043170	14	93.33%	26.04%	7.2E-8(1.16E-4)
cellular biosynthesis	GO:0044249	12	80%	17.05%	1.58E-7(2.55E-4)
biosynthesis	GO:0009058	12	80%	18.28%	3.49E-7(5.64E-4)
cellular protein metabolism	GO:0044267	12	80%	21.7%	2.46E-6(3.98E-3)
protein metabolism	GO:0019538	12	80%	22.06%	2.96E-6(4.78E-3)
cellular macromolecule metabolism	GO:0044260	12	80%	24.52%	9.7E-6(0.02)
primary metabolism	GO:0044238	14	93.33%	48.71%	3.42E-4(0.55)
cellular metabolism	GO:0044237	14	93.33%	52.12%	8.32E-4(n.s)
metabolism	GO:0008152	14	93.33%	52.93%	1.02E-3(n.s)
positive regulation of translation	GO:0045946	1	6.67%	0.02%	**
RNA catabolism	GO:0006401	2	13.33%	0.99%	9.35E-3(n.s)
aerobic respiration	GO:0009060	2	13.33%	1.27%	0.02(n.s)
Group I intron splicing	GO:0000372	1	6.67%	0.11%	0.02(n.s)
RNA splicing, via transesterification reactions with guanosine as nucleophile	GO:0000376	1	6.67%	0.11%	0.02(n.s)
cellular respiration	GO:0045333	2	13.33%	1.35%	0.02(n.s)
RNA metabolism	GO:0016070	4	26.67%	8.32%	0.03(n.s)
cellular physiological process	GO:0050875	14	93.33%	71.65%	0.05(n.s)
cellular process	GO:0009987	14	93.33%	72.29%	0.05(n.s)
physiological process	GO:0007582	14	93.33%	73.68%	0.06(n.s)
regulation of translation	GO:0006445	1	6.67%	0.45%	0.07(n.s)
regulation of protein biosynthesis	GO:0006417	1	6.67%	0.46%	0.07(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	2	13.33%	3.04%	0.07(n.s)
generation of precursor metabolites and energy	GO:0006091	2	13.33%	3.5%	0.1(n.s)
regulation of protein metabolism	GO:0051246	1	6.67%	0.67%	0.1(n.s)
regulation of biosynthesis	GO:0009889	1	6.67%	0.71%	0.1(n.s)
regulation of cellular biosynthesis	GO:0031326	1	6.67%	0.71%	0.1(n.s)
cellular macromolecule catabolism	GO:0044265	2	13.33%	4.51%	0.14(n.s)
macromolecule catabolism	GO:0009057	2	13.33%	4.83%	0.16(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	6.67%	1.47%	0.2(n.s)
cellular catabolism	GO:0044248	2	13.33%	5.84%	0.22(n.s)
RNA splicing, via transesterification reactions	GO:0000375	1	6.67%	1.63%	0.22(n.s)
catabolism	GO:0009056	2	13.33%	6.16%	0.24(n.s)
RNA splicing	GO:0008380	1	6.67%	1.95%	0.26(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	4	26.67%	23.17%	0.47(n.s)
biopolymer metabolism	GO:0043283	4	26.67%	25.06%	0.54(n.s)
RNA processing	GO:0006396	1	6.67%	5.33%	0.56(n.s)
regulation of cellular metabolism	GO:0031323	1	6.67%	5.98%	0.6(n.s)
regulation of metabolism	GO:0019222	1	6.67%	6.37%	0.63(n.s)
translation	GO:0043037	1	6.67%	6.47%	0.63(n.s)
regulation of cellular physiological process	GO:0051244	1	6.67%	8.49%	0.74(n.s)
regulation of cellular process	GO:0050794	1	6.67%	8.52%	0.74(n.s)
regulation of physiological process	GO:0050791	1	6.67%	8.77%	0.75(n.s)
regulation of biological process	GO:0050789	1	6.67%	8.97%	0.76(n.s)
organelle organization and biogenesis	GO:0006996	1	6.67%	15.69%	0.92(n.s)
cell organization and biogenesis	GO:0016043	1	6.67%	17.98%	0.95(n.s)
biological process unknown	GO:0000004	1	6.67%	25.64%	0.99(n.s)
biological_process	GO:0008150	15	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
translation regulator activity	GO:0045182	6	40%	0.9%	1.9E-9(3.07E-6)
exoribonuclease II activity	GO:0008859	1	6.67%	0.02%	**
exoribonuclease activity, producing 5'-phosphomonoesters	GO:0016896	1	6.67%	0.36%	0.05(n.s)
exoribonuclease activity	GO:0004532	1	6.67%	0.36%	0.05(n.s)
exonuclease activity, active with either ribo- or deoxyribonucleic acids and producing 5'-phosphomonoesters	GO:0016796	1	6.67%	0.37%	0.05(n.s)
3'-5' exonuclease activity	GO:0008408	1	6.67%	0.39%	0.06(n.s)
RNA-dependent ATPase activity	GO:0008186	1	6.67%	0.42%	0.06(n.s)
ATP-dependent RNA helicase activity	GO:0004004	1	6.67%	0.42%	0.06(n.s)
exonuclease activity	GO:0004527	1	6.67%	0.51%	0.07(n.s)
ATP-dependent helicase activity	GO:0008026	1	6.67%	0.57%	0.08(n.s)
RNA helicase activity	GO:0003724	1	6.67%	0.64%	0.09(n.s)
translation factor activity, nucleic acid binding	GO:0008135	1	6.67%	0.73%	0.1(n.s)
helicase activity	GO:0004386	1	6.67%	1.3%	0.18(n.s)
ribonuclease activity	GO:0004540	1	6.67%	1.55%	0.21(n.s)
ATPase activity, coupled	GO:0042623	1	6.67%	1.58%	0.21(n.s)
molecular function unknown	GO:0005554	7	46.67%	35.75%	0.27(n.s)
nuclease activity	GO:0004518	1	6.67%	2.15%	0.28(n.s)
ATPase activity	GO:0016887	1	6.67%	2.52%	0.32(n.s)
nucleoside-triphosphatase activity	GO:0017111	1	6.67%	3.42%	0.41(n.s)
pyrophosphatase activity	GO:0016462	1	6.67%	3.67%	0.43(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	1	6.67%	3.69%	0.43(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	1	6.67%	3.69%	0.43(n.s)
nucleic acid binding	GO:0003676	2	13.33%	9.87%	0.44(n.s)
hydrolase activity, acting on ester bonds	GO:0016788	1	6.67%	4.12%	0.47(n.s)
hydrolase activity	GO:0016787	2	13.33%	11.45%	0.53(n.s)
RNA binding	GO:0003723	1	6.67%	5.96%	0.6(n.s)
binding	GO:0005488	2	13.33%	17.35%	0.76(n.s)
molecular_function	GO:0003674	15	100%	99.44%	0.92(n.s)
catalytic activity	GO:0003824	2	13.33%	29.21%	0.96(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	15	100%	15.78%	8.62E-13(1.39E-9)
mitochondrial inner membrane	GO:0005743	8	53.33%	2.43%	5.7E-10(9.22E-7)
inner membrane	GO:0019866	8	53.33%	2.43%	5.7E-10(9.22E-7)
mitochondrial membrane	GO:0005740	8	53.33%	3.16%	4.62E-9(7.46E-6)
organelle membrane	GO:0031090	8	53.33%	8.58%	1.05E-5(0.02)
mitochondrial matrix	GO:0005759	5	33.33%	2.52%	2.36E-5(0.04)
cytoplasm	GO:0005737	15	100%	55.64%	1.5E-4(0.24)
intracellular membrane-bound organelle	GO:0043231	15	100%	55.65%	1.5E-4(0.24)
membrane-bound organelle	GO:0043227	15	100%	55.65%	1.5E-4(0.24)
organelle	GO:0043226	15	100%	60.56%	5.35E-4(0.87)
intracellular organelle	GO:0043229	15	100%	60.56%	5.35E-4(0.87)
membrane	GO:0016020	8	53.33%	15.38%	7.13E-4(n.s)
intracellular	GO:0005622	15	100%	77.03%	0.02(n.s)
cell	GO:0005623	15	100%	83.5%	0.07(n.s)
extrinsic to membrane	GO:0019898	1	6.67%	0.48%	0.07(n.s)
organellar ribosome	GO:0000313	1	6.67%	1.29%	0.18(n.s)
mitochondrial ribosome	GO:0005761	1	6.67%	1.29%	0.18(n.s)
integral to membrane	GO:0016021	1	6.67%	3.55%	0.42(n.s)
intrinsic to membrane	GO:0031224	1	6.67%	3.61%	0.42(n.s)
ribosome	GO:0005840	1	6.67%	4.4%	0.49(n.s)
ribonucleoprotein complex	GO:0030529	1	6.67%	7.19%	0.67(n.s)
intracellular non-membrane-bound organelle	GO:0043232	1	6.67%	14.3%	0.9(n.s)
non-membrane-bound organelle	GO:0043228	1	6.67%	14.3%	0.9(n.s)
cellular_component	GO:0005575	15	100%	99.61%	0.94(n.s)
protein complex	GO:0043234	1	6.67%	21.07%	0.97(n.s)

cluster_64 (n = 6) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion organization and biogenesis	GO:0007005	6	100%	1.47%	8.66E-12(1.4E-8)
mitochondrial fission	GO:0000266	3	50%	0.05%	4.46E-10(7.21E-7)
organelle fission	GO:0048285	3	50%	0.05%	4.46E-10(7.21E-7)
mitochondrial fusion	GO:0008053	3	50%	0.06%	1.78E-9(2.88E-6)
organelle fusion	GO:0048284	3	50%	0.26%	3.02E-7(4.88E-4)
mitochondrial genome maintenance	GO:0000002	3	50%	0.42%	1.29E-6(2.09E-3)
organelle organization and biogenesis	GO:0006996	6	100%	15.69%	1.47E-5(0.02)
cell organization and biogenesis	GO:0016043	6	100%	17.98%	3.35E-5(0.05)
filamentous growth	GO:0030447	1	16.67%	1.32%	0.08(n.s)
growth	GO:0040007	1	16.67%	1.72%	0.1(n.s)
cellular physiological process	GO:0050875	6	100%	71.65%	0.14(n.s)
cellular process	GO:0009987	6	100%	72.29%	0.14(n.s)
physiological process	GO:0007582	6	100%	73.68%	0.16(n.s)
transport	GO:0006810	1	16.67%	14.27%	0.6(n.s)
establishment of localization	GO:0051234	1	16.67%	14.39%	0.61(n.s)
localization	GO:0051179	1	16.67%	14.82%	0.62(n.s)
biological_process	GO:0008150	6	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
GTPase activity	GO:0003924	3	50%	0.91%	1.42E-5(0.02)
nucleoside-triphosphatase activity	GO:0017111	3	50%	3.42%	7.33E-4(n.s)
pyrophosphatase activity	GO:0016462	3	50%	3.67%	9E-4(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	3	50%	3.69%	9.11E-4(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	3	50%	3.69%	9.11E-4(n.s)
hydrolase activity	GO:0016787	3	50%	11.45%	0.02(n.s)
catalytic activity	GO:0003824	3	50%	29.21%	0.24(n.s)
transporter activity	GO:0005215	1	16.67%	6.64%	0.34(n.s)
molecular function unknown	GO:0005554	2	33.33%	35.75%	0.69(n.s)
molecular_function	GO:0003674	6	100%	99.44%	0.97(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial outer membrane	GO:0005741	5	83.33%	0.53%	1.78E-11(2.88E-8)
outer membrane	GO:0019867	5	83.33%	0.53%	1.78E-11(2.88E-8)
mitochondrial membrane	GO:0005740	5	83.33%	3.16%	1.76E-7(2.84E-4)
mitochondrion	GO:0005739	6	100%	15.78%	1.53E-5(0.02)
organelle membrane	GO:0031090	5	83.33%	8.58%	2.55E-5(0.04)
membrane	GO:0016020	5	83.33%	15.38%	4.47E-4(0.72)
mitochondrial intermembrane space	GO:0005758	1	16.67%	0.39%	0.02(n.s)
cytoplasm	GO:0005737	6	100%	55.64%	0.03(n.s)
intracellular membrane-bound organelle	GO:0043231	6	100%	55.65%	0.03(n.s)
membrane-bound organelle	GO:0043227	6	100%	55.65%	0.03(n.s)
organelle	GO:0043226	6	100%	60.56%	0.05(n.s)
intracellular organelle	GO:0043229	6	100%	60.56%	0.05(n.s)
intracellular	GO:0005622	6	100%	77.03%	0.21(n.s)
cell	GO:0005623	6	100%	83.5%	0.34(n.s)
cellular_component	GO:0005575	6	100%	99.61%	0.98(n.s)

cluster_66 (n = 8) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
amino acid metabolism	GO:0006520	7	87.5%	2.82%	9.87E-11(1.59E-7)
amino acid and derivative metabolism	GO:0006519	7	87.5%	3.05%	1.73E-10(2.79E-7)
amine metabolism	GO:0009308	7	87.5%	3.38%	3.54E-10(5.72E-7)
nitrogen compound metabolism	GO:0006807	7	87.5%	3.66%	6.2E-10(1E-6)
organic acid metabolism	GO:0006082	7	87.5%	4.6%	3.13E-9(5.06E-6)
carboxylic acid metabolism	GO:0019752	7	87.5%	4.6%	3.13E-9(5.06E-6)
seryl-tRNA aminoacylation	GO:0006434	2	25%	0.03%	1.34E-6(2.17E-3)
tRNA aminoacylation	GO:0043039	3	37.5%	0.46%	4.99E-6(8.07E-3)
amino acid activation	GO:0043038	3	37.5%	0.46%	4.99E-6(8.07E-3)
tRNA aminoacylation for protein translation	GO:0006418	3	37.5%	0.46%	4.99E-6(8.07E-3)
threonine metabolism	GO:0006566	2	25%	0.12%	3.75E-5(0.06)
tRNA modification	GO:0006400	3	37.5%	1.02%	5.51E-5(0.09)
tRNA metabolism	GO:0006399	3	37.5%	1.6%	2.08E-4(0.34)
serine family amino acid metabolism	GO:0009069	2	25%	0.34%	3.07E-4(0.5)
cellular biosynthesis	GO:0044249	6	75%	17.05%	4.98E-4(0.8)
RNA modification	GO:0009451	3	37.5%	2.42%	7.09E-4(n.s)
biosynthesis	GO:0009058	6	75%	18.28%	7.36E-4(n.s)
threonyl-tRNA aminoacylation	GO:0006435	1	12.5%	0.02%	**
aspartate family amino acid metabolism	GO:0009066	2	25%	0.7%	1.3E-3(n.s)
cysteine biosynthesis	GO:0019344	1	12.5%	0.03%	2.48E-3(n.s)
primary metabolism	GO:0044238	8	100%	48.71%	3.16E-3(n.s)
threonine catabolism	GO:0006567	1	12.5%	0.05%	3.71E-3(n.s)
cysteine metabolism	GO:0006534	1	12.5%	0.06%	4.95E-3(n.s)
cellular metabolism	GO:0044237	8	100%	52.12%	5.43E-3(n.s)
metabolism	GO:0008152	8	100%	52.93%	6.13E-3(n.s)
amino acid biosynthesis	GO:0008652	2	25%	1.53%	6.14E-3(n.s)
serine family amino acid catabolism	GO:0009071	1	12.5%	0.08%	6.18E-3(n.s)
amine biosynthesis	GO:0009309	2	25%	1.67%	7.27E-3(n.s)
nitrogen compound biosynthesis	GO:0044271	2	25%	1.67%	7.27E-3(n.s)
protein biosynthesis	GO:0006412	4	50%	12.16%	0.01(n.s)
sulfur amino acid biosynthesis	GO:0000097	1	12.5%	0.14%	0.01(n.s)
translation	GO:0043037	3	37.5%	6.47%	0.01(n.s)
aspartate family amino acid catabolism	GO:0009068	1	12.5%	0.15%	0.01(n.s)
macromolecule biosynthesis	GO:0009059	4	50%	13.04%	0.01(n.s)
serine family amino acid biosynthesis	GO:0009070	1	12.5%	0.19%	0.01(n.s)
branched chain family amino acid biosynthesis	GO:0009082	1	12.5%	0.2%	0.02(n.s)
sulfur compound biosynthesis	GO:0044272	1	12.5%	0.23%	0.02(n.s)
branched chain family amino acid metabolism	GO:0009081	1	12.5%	0.25%	0.02(n.s)
RNA metabolism	GO:0016070	3	37.5%	8.32%	0.02(n.s)
biopolymer modification	GO:0043412	3	37.5%	9.25%	0.03(n.s)
amino acid catabolism	GO:0009063	1	12.5%	0.43%	0.03(n.s)
invasive growth (sensu Saccharomyces)	GO:0001403	1	12.5%	0.46%	0.04(n.s)
amine catabolism	GO:0009310	1	12.5%	0.48%	0.04(n.s)
nitrogen compound catabolism	GO:0044270	1	12.5%	0.48%	0.04(n.s)
sulfur amino acid metabolism	GO:0000096	1	12.5%	0.5%	0.04(n.s)
pseudohyphal growth	GO:0007124	1	12.5%	0.74%	0.06(n.s)
sulfur metabolism	GO:0006790	1	12.5%	0.87%	0.07(n.s)
cellular physiological process	GO:0050875	8	100%	71.65%	0.07(n.s)
cellular protein metabolism	GO:0044267	4	50%	21.7%	0.07(n.s)
cellular process	GO:0009987	8	100%	72.29%	0.07(n.s)
protein metabolism	GO:0019538	4	50%	22.06%	0.08(n.s)
endocytosis	GO:0006897	1	12.5%	1.07%	0.08(n.s)
physiological process	GO:0007582	8	100%	73.68%	0.09(n.s)
aerobic respiration	GO:0009060	1	12.5%	1.27%	0.1(n.s)
filamentous growth	GO:0030447	1	12.5%	1.32%	0.1(n.s)
cellular respiration	GO:0045333	1	12.5%	1.35%	0.1(n.s)
cellular macromolecule metabolism	GO:0044260	4	50%	24.52%	0.11(n.s)
macromolecule metabolism	GO:0043170	4	50%	26.04%	0.13(n.s)
growth	GO:0040007	1	12.5%	1.72%	0.13(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	12.5%	3.04%	0.22(n.s)
generation of precursor metabolites and energy	GO:0006091	1	12.5%	3.5%	0.25(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	3	37.5%	23.17%	0.28(n.s)
vesicle-mediated transport	GO:0016192	1	12.5%	4.34%	0.3(n.s)
biopolymer metabolism	GO:0043283	3	37.5%	25.06%	0.32(n.s)
cellular catabolism	GO:0044248	1	12.5%	5.84%	0.38(n.s)
catabolism	GO:0009056	1	12.5%	6.16%	0.4(n.s)
transport	GO:0006810	1	12.5%	14.27%	0.71(n.s)
establishment of localization	GO:0051234	1	12.5%	14.39%	0.71(n.s)
localization	GO:0051179	1	12.5%	14.82%	0.72(n.s)
biological_process	GO:0008150	8	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ligase activity, forming carbon-oxygen bonds	GO:0016875	4	50%	0.56%	5.61E-8(9.07E-5)
ligase activity, forming aminoacyl-tRNA and related compounds	GO:0016876	4	50%	0.56%	5.61E-8(9.07E-5)
tRNA ligase activity	GO:0004812	4	50%	0.56%	5.61E-8(9.07E-5)
RNA ligase activity	GO:0008452	4	50%	0.57%	6.29E-8(1.02E-4)
ligase activity, forming phosphoric ester bonds	GO:0016886	4	50%	0.62%	8.69E-8(1.4E-4)
serine-tRNA ligase activity	GO:0004828	2	25%	0.03%	1.34E-6(2.17E-3)
threonine-tRNA ligase activity	GO:0004829	2	25%	0.03%	1.34E-6(2.17E-3)
threonine ammonia-lyase activity	GO:0004794	2	25%	0.03%	1.34E-6(2.17E-3)
lyase activity	GO:0016829	4	50%	1.27%	1.63E-6(2.63E-3)
ligase activity	GO:0016874	4	50%	1.89%	8.02E-6(0.01)
ammonia-lyase activity	GO:0016841	2	25%	0.06%	8.05E-6(0.01)
carbon-nitrogen lyase activity	GO:0016840	2	25%	0.09%	2.01E-5(0.03)
catalytic activity	GO:0003824	8	100%	29.21%	5.25E-5(0.08)
carbon-oxygen lyase activity	GO:0016835	2	25%	0.56%	8.29E-4(n.s)
threonine synthase activity	GO:0004795	1	12.5%	0.02%	**
cystathionine beta-synthase activity	GO:0004122	1	12.5%	0.02%	**
L-serine ammonia-lyase activity	GO:0003941	1	12.5%	0.03%	2.48E-3(n.s)
carbon-oxygen lyase activity, acting on phosphates	GO:0016838	1	12.5%	0.05%	3.71E-3(n.s)
hydro-lyase activity	GO:0016836	1	12.5%	0.43%	0.03(n.s)
molecular_function	GO:0003674	8	100%	99.44%	0.96(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	6	75%	15.78%	3.2E-4(0.52)
cytoplasm	GO:0005737	8	100%	55.64%	9.15E-3(n.s)
nucleoid	GO:0009295	1	12.5%	0.36%	0.03(n.s)
mitochondrial nucleoid	GO:0042645	1	12.5%	0.36%	0.03(n.s)
intracellular membrane-bound organelle	GO:0043231	7	87.5%	55.65%	0.07(n.s)
membrane-bound organelle	GO:0043227	7	87.5%	55.65%	0.07(n.s)
organelle	GO:0043226	7	87.5%	60.56%	0.11(n.s)
intracellular organelle	GO:0043229	7	87.5%	60.56%	0.11(n.s)
intracellular	GO:0005622	8	100%	77.03%	0.12(n.s)
mitochondrial matrix	GO:0005759	1	12.5%	2.52%	0.19(n.s)
cell	GO:0005623	8	100%	83.5%	0.24(n.s)
nucleus	GO:0005634	1	12.5%	31.01%	0.95(n.s)
cellular_component	GO:0005575	8	100%	99.61%	0.97(n.s)

cluster_69 (n = 5) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
copper ion transport	GO:0006825	4	80%	0.2%	4.94E-11(7.98E-8)
transition metal ion transport	GO:0000041	4	80%	0.67%	8.49E-9(1.37E-5)
di-, tri-valent inorganic cation transport	GO:0015674	4	80%	0.79%	1.72E-8(2.78E-5)
metal ion transport	GO:0030001	4	80%	0.87%	2.52E-8(4.08E-5)
cation transport	GO:0006812	4	80%	1.36%	1.6E-7(2.58E-4)
ion transport	GO:0006811	4	80%	1.64%	3.39E-7(5.48E-4)
protein complex assembly	GO:0006461	4	80%	2.26%	1.23E-6(1.99E-3)
intracellular copper ion transport	GO:0015680	2	40%	0.09%	7.19E-6(0.01)
redox signal response	GO:0006980	1	20%	0.02%	**
transport	GO:0006810	4	80%	14.27%	1.83E-3(n.s)
establishment of localization	GO:0051234	4	80%	14.39%	1.89E-3(n.s)
localization	GO:0051179	4	80%	14.82%	2.12E-3(n.s)
heme a metabolism	GO:0046160	1	20%	0.06%	3.1E-3(n.s)
heme a biosynthesis	GO:0006784	1	20%	0.06%	3.1E-3(n.s)
cytochrome c oxidase complex assembly	GO:0008535	1	20%	0.14%	6.95E-3(n.s)
cellular protein metabolism	GO:0044267	4	80%	21.7%	9.14E-3(n.s)
protein metabolism	GO:0019538	4	80%	22.06%	9.72E-3(n.s)
pigment biosynthesis	GO:0046148	1	20%	0.22%	0.01(n.s)
porphyrin biosynthesis	GO:0006779	1	20%	0.22%	0.01(n.s)
heme biosynthesis	GO:0006783	1	20%	0.22%	0.01(n.s)
porphyrin metabolism	GO:0006778	1	20%	0.23%	0.01(n.s)
heme metabolism	GO:0042168	1	20%	0.23%	0.01(n.s)
pigment metabolism	GO:0042440	1	20%	0.23%	0.01(n.s)
secondary metabolism	GO:0019748	1	20%	0.28%	0.01(n.s)
cellular macromolecule metabolism	GO:0044260	4	80%	24.52%	0.01(n.s)
macromolecule metabolism	GO:0043170	4	80%	26.04%	0.02(n.s)
response to oxidative stress	GO:0006979	1	20%	0.79%	0.04(n.s)
oxygen and reactive oxygen species metabolism	GO:0006800	1	20%	0.82%	0.04(n.s)
intracellular transport	GO:0046907	2	40%	7.53%	0.05(n.s)
cofactor biosynthesis	GO:0051188	1	20%	1.08%	0.05(n.s)
response to biotic stimulus	GO:0009607	1	20%	1.08%	0.05(n.s)
heterocycle metabolism	GO:0046483	1	20%	1.1%	0.05(n.s)
aerobic respiration	GO:0009060	1	20%	1.27%	0.06(n.s)
cellular respiration	GO:0045333	1	20%	1.35%	0.07(n.s)
cofactor metabolism	GO:0051186	1	20%	2.26%	0.11(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	20%	3.04%	0.14(n.s)
generation of precursor metabolites and energy	GO:0006091	1	20%	3.5%	0.16(n.s)
primary metabolism	GO:0044238	4	80%	48.71%	0.17(n.s)
cellular physiological process	GO:0050875	5	100%	71.65%	0.19(n.s)
cellular process	GO:0009987	5	100%	72.29%	0.2(n.s)
cellular metabolism	GO:0044237	4	80%	52.12%	0.22(n.s)
physiological process	GO:0007582	5	100%	73.68%	0.22(n.s)
metabolism	GO:0008152	4	80%	52.93%	0.23(n.s)
response to stress	GO:0006950	1	20%	6.09%	0.27(n.s)
response to stimulus	GO:0050896	1	20%	8.41%	0.36(n.s)
cellular biosynthesis	GO:0044249	1	20%	17.05%	0.61(n.s)
biosynthesis	GO:0009058	1	20%	18.28%	0.64(n.s)
biological_process	GO:0008150	5	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
thioredoxin peroxidase activity	GO:0008379	3	60%	0.12%	1.25E-8(2.02E-5)
peroxidase activity	GO:0004601	3	60%	0.26%	1.51E-7(2.44E-4)
oxidoreductase activity, acting on peroxide as acceptor	GO:0016684	3	60%	0.26%	1.51E-7(2.44E-4)
antioxidant activity	GO:0016209	3	60%	0.31%	2.53E-7(4.09E-4)
copper ion binding	GO:0005507	2	40%	0.08%	4.79E-6(7.75E-3)
transition metal ion binding	GO:0046914	2	40%	0.12%	1.34E-5(0.02)
cation binding	GO:0043169	2	40%	0.19%	3.16E-5(0.05)
metal ion binding	GO:0046872	2	40%	0.25%	5.73E-5(0.09)
ion binding	GO:0043167	2	40%	0.25%	5.73E-5(0.09)
oxidoreductase activity	GO:0016491	3	60%	3.73%	4.86E-4(0.79)
protoheme IX farnesyltransferase activity	GO:0008495	1	20%	0.02%	**
copper chaperone activity	GO:0016531	1	20%	0.05%	2.32E-3(n.s)
farnesyltranstransferase activity	GO:0004311	1	20%	0.05%	2.32E-3(n.s)
metallochaperone activity	GO:0016530	1	20%	0.06%	3.1E-3(n.s)
copper ion transporter activity	GO:0005375	1	20%	0.09%	4.64E-3(n.s)
prenyltransferase activity	GO:0004659	1	20%	0.2%	0.01(n.s)
transition metal ion transporter activity	GO:0046915	1	20%	0.42%	0.02(n.s)
transferase activity, transferring alkyl or aryl (other than methyl) groups	GO:0016765	1	20%	0.53%	0.03(n.s)
di-, tri-valent inorganic cation transporter activity	GO:0015082	1	20%	0.54%	0.03(n.s)
catalytic activity	GO:0003824	4	80%	29.21%	0.03(n.s)
metal ion transporter activity	GO:0046873	1	20%	0.59%	0.03(n.s)
cation transporter activity	GO:0008324	1	20%	1.89%	0.09(n.s)
ion transporter activity	GO:0015075	1	20%	2.21%	0.11(n.s)
binding	GO:0005488	2	40%	17.35%	0.21(n.s)
transporter activity	GO:0005215	1	20%	6.64%	0.29(n.s)
transferase activity	GO:0016740	1	20%	10.13%	0.41(n.s)
molecular_function	GO:0003674	5	100%	99.44%	0.97(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial membrane	GO:0005740	4	80%	3.16%	4.72E-6(7.63E-3)
mitochondrion	GO:0005739	5	100%	15.78%	9.72E-5(0.16)
mitochondrial inner membrane	GO:0005743	3	60%	2.43%	1.36E-4(0.22)
inner membrane	GO:0019866	3	60%	2.43%	1.36E-4(0.22)
organelle membrane	GO:0031090	4	80%	8.58%	2.5E-4(0.4)
membrane	GO:0016020	4	80%	15.38%	2.44E-3(n.s)
mitochondrial intermembrane space	GO:0005758	1	20%	0.39%	0.02(n.s)
cytoplasm	GO:0005737	5	100%	55.64%	0.05(n.s)
intracellular membrane-bound organelle	GO:0043231	5	100%	55.65%	0.05(n.s)
membrane-bound organelle	GO:0043227	5	100%	55.65%	0.05(n.s)
organellar ribosome	GO:0000313	1	20%	1.29%	0.06(n.s)
mitochondrial ribosome	GO:0005761	1	20%	1.29%	0.06(n.s)
organelle	GO:0043226	5	100%	60.56%	0.08(n.s)
intracellular organelle	GO:0043229	5	100%	60.56%	0.08(n.s)
mitochondrial matrix	GO:0005759	1	20%	2.52%	0.12(n.s)
ribosome	GO:0005840	1	20%	4.4%	0.2(n.s)
intracellular	GO:0005622	5	100%	77.03%	0.27(n.s)
ribonucleoprotein complex	GO:0030529	1	20%	7.19%	0.31(n.s)
cell	GO:0005623	5	100%	83.5%	0.41(n.s)
cytosol	GO:0005829	1	20%	10.08%	0.41(n.s)
intracellular non-membrane-bound organelle	GO:0043232	1	20%	14.3%	0.54(n.s)
non-membrane-bound organelle	GO:0043228	1	20%	14.3%	0.54(n.s)
protein complex	GO:0043234	1	20%	21.07%	0.69(n.s)
cellular_component	GO:0005575	5	100%	99.61%	0.98(n.s)

cluster_6 (n = 9) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion organization and biogenesis	GO:0007005	6	66.67%	1.47%	7.02E-10(1.13E-6)
mitochondrion inheritance	GO:0000001	4	44.44%	0.39%	2.18E-8(3.52E-5)
mitochondrion distribution	GO:0048311	4	44.44%	0.39%	2.18E-8(3.52E-5)
organelle inheritance	GO:0048308	4	44.44%	0.57%	1.13E-7(1.82E-4)
negative regulation of proteolysis and peptidolysis	GO:0045861	2	22.22%	0.03%	1.73E-6(2.79E-3)
negative regulation of catabolism	GO:0009895	2	22.22%	0.05%	5.18E-6(8.37E-3)
negative regulation of protein catabolism	GO:0042177	2	22.22%	0.05%	5.18E-6(8.37E-3)
regulation of proteolysis and peptidolysis	GO:0030162	2	22.22%	0.06%	1.04E-5(0.02)
regulation of protein catabolism	GO:0042176	2	22.22%	0.08%	1.72E-5(0.03)
negative regulation of protein metabolism	GO:0051248	2	22.22%	0.14%	6.19E-5(0.1)
regulation of catabolism	GO:0009894	2	22.22%	0.25%	2.05E-4(0.33)
mitochondrial genome maintenance	GO:0000002	2	22.22%	0.42%	5.96E-4(0.96)
organelle organization and biogenesis	GO:0006996	6	66.67%	15.69%	8.06E-4(n.s)
replicative cell aging	GO:0001302	2	22.22%	0.51%	8.92E-4(n.s)
cell aging	GO:0007569	2	22.22%	0.64%	1.38E-3(n.s)
aging	GO:0007568	2	22.22%	0.65%	1.45E-3(n.s)
regulation of protein metabolism	GO:0051246	2	22.22%	0.67%	1.51E-3(n.s)
cell organization and biogenesis	GO:0016043	6	66.67%	17.98%	1.71E-3(n.s)
cell death	GO:0008219	2	22.22%	0.71%	1.73E-3(n.s)
death	GO:0016265	2	22.22%	0.73%	1.81E-3(n.s)
protein folding	GO:0006457	2	22.22%	1.04%	3.64E-3(n.s)
negative regulation of cellular metabolism	GO:0031324	2	22.22%	2.29%	0.02(n.s)
negative regulation of metabolism	GO:0009892	2	22.22%	2.4%	0.02(n.s)
proteolysis and peptidolysis	GO:0006508	2	22.22%	2.42%	0.02(n.s)
cellular protein catabolism	GO:0044257	2	22.22%	2.42%	0.02(n.s)
negative regulation of cellular physiological process	GO:0051243	2	22.22%	2.59%	0.02(n.s)
negative regulation of cellular process	GO:0048523	2	22.22%	2.59%	0.02(n.s)
negative regulation of physiological process	GO:0043118	2	22.22%	2.62%	0.02(n.s)
negative regulation of biological process	GO:0048519	2	22.22%	2.71%	0.02(n.s)
protein catabolism	GO:0030163	2	22.22%	2.74%	0.02(n.s)
biopolymer catabolism	GO:0043285	2	22.22%	2.93%	0.03(n.s)
cellular macromolecule catabolism	GO:0044265	2	22.22%	4.51%	0.06(n.s)
macromolecule catabolism	GO:0009057	2	22.22%	4.83%	0.07(n.s)
development	GO:0007275	2	22.22%	5.73%	0.09(n.s)
cellular catabolism	GO:0044248	2	22.22%	5.84%	0.09(n.s)
regulation of cellular metabolism	GO:0031323	2	22.22%	5.98%	0.1(n.s)
catabolism	GO:0009056	2	22.22%	6.16%	0.1(n.s)
regulation of metabolism	GO:0019222	2	22.22%	6.37%	0.11(n.s)
regulation of cellular physiological process	GO:0051244	2	22.22%	8.49%	0.17(n.s)
regulation of cellular process	GO:0050794	2	22.22%	8.52%	0.18(n.s)
regulation of physiological process	GO:0050791	2	22.22%	8.77%	0.18(n.s)
protein complex assembly	GO:0006461	1	11.11%	2.26%	0.19(n.s)
regulation of biological process	GO:0050789	2	22.22%	8.97%	0.19(n.s)
cellular physiological process	GO:0050875	8	88.89%	71.65%	0.23(n.s)
cellular process	GO:0009987	8	88.89%	72.29%	0.24(n.s)
physiological process	GO:0007582	8	88.89%	73.68%	0.27(n.s)
cellular protein metabolism	GO:0044267	3	33.33%	21.7%	0.31(n.s)
protein metabolism	GO:0019538	3	33.33%	22.06%	0.32(n.s)
cellular macromolecule metabolism	GO:0044260	3	33.33%	24.52%	0.39(n.s)
macromolecule metabolism	GO:0043170	3	33.33%	26.04%	0.43(n.s)
biopolymer metabolism	GO:0043283	2	22.22%	25.06%	0.7(n.s)
primary metabolism	GO:0044238	3	33.33%	48.71%	0.9(n.s)
cellular metabolism	GO:0044237	3	33.33%	52.12%	0.93(n.s)
biological process unknown	GO:0000004	1	11.11%	25.64%	0.93(n.s)
metabolism	GO:0008152	3	33.33%	52.93%	0.94(n.s)
biological_process	GO:0008150	9	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
molecular function unknown	GO:0005554	9	100%	35.75%	9.44E-5(0.15)
molecular_function	GO:0003674	9	100%	99.44%	0.95(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial membrane	GO:0005740	8	88.89%	3.16%	7.61E-12(1.23E-8)
organelle membrane	GO:0031090	8	88.89%	8.58%	2.34E-8(3.77E-5)
mitochondrion	GO:0005739	9	100%	15.78%	5.9E-8(9.54E-5)
mitochondrial outer membrane	GO:0005741	4	44.44%	0.53%	7.93E-8(1.28E-4)
outer membrane	GO:0019867	4	44.44%	0.53%	7.93E-8(1.28E-4)
membrane	GO:0016020	8	88.89%	15.38%	2.38E-6(3.84E-3)
mitochondrial inner membrane	GO:0005743	4	44.44%	2.43%	3.86E-5(0.06)
inner membrane	GO:0019866	4	44.44%	2.43%	3.86E-5(0.06)
cytoplasm	GO:0005737	9	100%	55.64%	5.09E-3(n.s)
intracellular membrane-bound organelle	GO:0043231	9	100%	55.65%	5.1E-3(n.s)
membrane-bound organelle	GO:0043227	9	100%	55.65%	5.1E-3(n.s)
mitochondrial sorting and assembly machinery complex	GO:0001401	1	11.11%	0.06%	5.57E-3(n.s)
organelle	GO:0043226	9	100%	60.56%	0.01(n.s)
intracellular organelle	GO:0043229	9	100%	60.56%	0.01(n.s)
intracellular	GO:0005622	9	100%	77.03%	0.1(n.s)
membrane fraction	GO:0005624	1	11.11%	1.22%	0.1(n.s)
cell fraction	GO:0000267	1	11.11%	1.72%	0.14(n.s)
cell	GO:0005623	9	100%	83.5%	0.2(n.s)
protein complex	GO:0043234	1	11.11%	21.07%	0.88(n.s)
nucleus	GO:0005634	1	11.11%	31.01%	0.96(n.s)
cellular_component	GO:0005575	9	100%	99.61%	0.97(n.s)

cluster_99 (n = 38) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein biosynthesis	GO:0006412	32	84.21%	12.16%	3.97E-24(6.42E-21)
macromolecule biosynthesis	GO:0009059	32	84.21%	13.04%	3.69E-23(5.96E-20)
cellular biosynthesis	GO:0044249	32	84.21%	17.05%	1.72E-19(2.79E-16)
biosynthesis	GO:0009058	32	84.21%	18.28%	1.5E-18(2.42E-15)
cellular protein metabolism	GO:0044267	33	86.84%	21.7%	1.49E-17(2.4E-14)
protein metabolism	GO:0019538	33	86.84%	22.06%	2.5E-17(4.05E-14)
macromolecule metabolism	GO:0043170	34	89.47%	26.04%	2.47E-16(3.99E-13)
cellular macromolecule metabolism	GO:0044260	33	86.84%	24.52%	7.33E-16(1.18E-12)
primary metabolism	GO:0044238	35	92.11%	48.71%	1.33E-8(2.15E-5)
cellular metabolism	GO:0044237	35	92.11%	52.12%	1.18E-7(1.91E-4)
metabolism	GO:0008152	35	92.11%	52.93%	1.93E-7(3.12E-4)
cellular physiological process	GO:0050875	35	92.11%	71.65%	2E-3(n.s)
cellular process	GO:0009987	35	92.11%	72.29%	2.57E-3(n.s)
physiological process	GO:0007582	35	92.11%	73.68%	4.37E-3(n.s)
aerobic respiration	GO:0009060	3	7.89%	1.27%	0.01(n.s)
cellular respiration	GO:0045333	3	7.89%	1.35%	0.01(n.s)
tRNA catabolism	GO:0016078	1	2.63%	0.06%	0.02(n.s)
snoRNA catabolism	GO:0016077	1	2.63%	0.06%	0.02(n.s)
rRNA catabolism	GO:0016075	1	2.63%	0.06%	0.02(n.s)
DNA topological change	GO:0006265	1	2.63%	0.08%	0.03(n.s)
translational initiation	GO:0006413	2	5.26%	0.74%	0.03(n.s)
mitotic chromosome condensation	GO:0007076	1	2.63%	0.14%	0.05(n.s)
fatty acid beta-oxidation	GO:0006635	1	2.63%	0.14%	0.05(n.s)
chromosome condensation	GO:0030261	1	2.63%	0.17%	0.06(n.s)
fatty acid oxidation	GO:0019395	1	2.63%	0.17%	0.06(n.s)
snoRNA metabolism	GO:0016074	1	2.63%	0.19%	0.07(n.s)
ribosomal small subunit assembly and maintenance	GO:0000028	1	2.63%	0.2%	0.07(n.s)
protein deubiquitination	GO:0016579	1	2.63%	0.28%	0.1(n.s)
mitotic sister chromatid cohesion	GO:0007064	1	2.63%	0.29%	0.11(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	3	7.89%	3.04%	0.11(n.s)
generation of precursor metabolites and energy	GO:0006091	3	7.89%	3.5%	0.15(n.s)
sister chromatid cohesion	GO:0007062	1	2.63%	0.43%	0.15(n.s)
telomeric heterochromatin formation	GO:0031509	1	2.63%	0.67%	0.22(n.s)
fatty acid metabolism	GO:0006631	1	2.63%	0.67%	0.22(n.s)
chromatin silencing at telomere	GO:0006348	1	2.63%	0.67%	0.22(n.s)
ribosomal subunit assembly	GO:0042257	1	2.63%	0.81%	0.27(n.s)
sister chromatid segregation	GO:0000819	1	2.63%	0.85%	0.28(n.s)
mitotic sister chromatid segregation	GO:0000070	1	2.63%	0.85%	0.28(n.s)
RNA catabolism	GO:0006401	1	2.63%	0.99%	0.32(n.s)
ribosome assembly	GO:0042255	1	2.63%	0.99%	0.32(n.s)
endocytosis	GO:0006897	1	2.63%	1.07%	0.34(n.s)
ubiquitin cycle	GO:0006512	1	2.63%	1.07%	0.34(n.s)
negative regulation of gene expression, epigenetic	GO:0045814	1	2.63%	1.19%	0.37(n.s)
chromatin silencing	GO:0006342	1	2.63%	1.19%	0.37(n.s)
gene silencing	GO:0016458	1	2.63%	1.19%	0.37(n.s)
heterochromatin formation	GO:0031507	1	2.63%	1.19%	0.37(n.s)
regulation of gene expression, epigenetic	GO:0040029	1	2.63%	1.27%	0.39(n.s)
chromatin assembly	GO:0031497	1	2.63%	1.27%	0.39(n.s)
chromosome organization and biogenesis	GO:0051276	2	5.26%	3.9%	0.44(n.s)
chromatin assembly or disassembly	GO:0006333	1	2.63%	1.52%	0.44(n.s)
chromosome segregation	GO:0007059	1	2.63%	1.6%	0.46(n.s)
tRNA metabolism	GO:0006399	1	2.63%	1.6%	0.46(n.s)
negative regulation of transcription, DNA-dependent	GO:0045892	1	2.63%	1.89%	0.52(n.s)
negative regulation of transcription	GO:0016481	1	2.63%	1.95%	0.53(n.s)
chromatin remodeling	GO:0006338	1	2.63%	2.01%	0.54(n.s)
negative regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0045934	1	2.63%	2.11%	0.56(n.s)
mitosis	GO:0007067	1	2.63%	2.26%	0.58(n.s)
protein complex assembly	GO:0006461	1	2.63%	2.26%	0.58(n.s)
negative regulation of cellular metabolism	GO:0031324	1	2.63%	2.29%	0.59(n.s)
M phase of mitotic cell cycle	GO:0000087	1	2.63%	2.29%	0.59(n.s)
negative regulation of metabolism	GO:0009892	1	2.63%	2.4%	0.6(n.s)
negative regulation of cellular physiological process	GO:0051243	1	2.63%	2.59%	0.63(n.s)
negative regulation of cellular process	GO:0048523	1	2.63%	2.59%	0.63(n.s)
negative regulation of physiological process	GO:0043118	1	2.63%	2.62%	0.64(n.s)
negative regulation of biological process	GO:0048519	1	2.63%	2.71%	0.65(n.s)
chromatin modification	GO:0016568	1	2.63%	2.77%	0.66(n.s)
DNA packaging	GO:0006323	1	2.63%	3.14%	0.7(n.s)
establishment and/or maintenance of chromatin architecture	GO:0006325	1	2.63%	3.14%	0.7(n.s)
cellular lipid metabolism	GO:0044255	1	2.63%	3.16%	0.71(n.s)
translation	GO:0043037	2	5.26%	6.47%	0.72(n.s)
lipid metabolism	GO:0006629	1	2.63%	3.38%	0.73(n.s)
protein modification	GO:0006464	2	5.26%	6.68%	0.73(n.s)
mitotic cell cycle	GO:0000278	1	2.63%	3.59%	0.75(n.s)
chromosome organization and biogenesis (sensu Eukaryota)	GO:0007001	1	2.63%	3.72%	0.76(n.s)
cytoplasm organization and biogenesis	GO:0007028	1	2.63%	3.9%	0.78(n.s)
ribosome biogenesis and assembly	GO:0042254	1	2.63%	3.9%	0.78(n.s)
rRNA metabolism	GO:0016072	1	2.63%	3.92%	0.78(n.s)
M phase	GO:0000279	1	2.63%	3.98%	0.79(n.s)
vesicle-mediated transport	GO:0016192	1	2.63%	4.34%	0.82(n.s)
cellular macromolecule catabolism	GO:0044265	1	2.63%	4.51%	0.83(n.s)
organic acid metabolism	GO:0006082	1	2.63%	4.6%	0.83(n.s)
carboxylic acid metabolism	GO:0019752	1	2.63%	4.6%	0.83(n.s)
regulation of transcription, DNA-dependent	GO:0006355	1	2.63%	4.68%	0.84(n.s)
macromolecule catabolism	GO:0009057	1	2.63%	4.83%	0.85(n.s)
DNA metabolism	GO:0006259	2	5.26%	8.58%	0.85(n.s)
regulation of transcription	GO:0045449	1	2.63%	4.96%	0.86(n.s)
regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0019219	1	2.63%	5.24%	0.87(n.s)
biopolymer modification	GO:0043412	2	5.26%	9.25%	0.88(n.s)
development	GO:0007275	1	2.63%	5.73%	0.89(n.s)
cellular catabolism	GO:0044248	1	2.63%	5.84%	0.9(n.s)
regulation of cellular metabolism	GO:0031323	1	2.63%	5.98%	0.9(n.s)
cell cycle	GO:0007049	1	2.63%	6.12%	0.91(n.s)
catabolism	GO:0009056	1	2.63%	6.16%	0.91(n.s)
regulation of metabolism	GO:0019222	1	2.63%	6.37%	0.92(n.s)
transcription, DNA-dependent	GO:0006351	1	2.63%	6.78%	0.93(n.s)
transcription	GO:0006350	1	2.63%	7.43%	0.95(n.s)
organelle organization and biogenesis	GO:0006996	3	7.89%	15.69%	0.95(n.s)
RNA metabolism	GO:0016070	1	2.63%	8.32%	0.96(n.s)
regulation of cellular physiological process	GO:0051244	1	2.63%	8.49%	0.97(n.s)
regulation of cellular process	GO:0050794	1	2.63%	8.52%	0.97(n.s)
regulation of physiological process	GO:0050791	1	2.63%	8.77%	0.97(n.s)
regulation of biological process	GO:0050789	1	2.63%	8.97%	0.97(n.s)
cell organization and biogenesis	GO:0016043	3	7.89%	17.98%	0.98(n.s)
biological_process	GO:0008150	38	100%	99.98%	0.99(n.s)
transport	GO:0006810	1	2.63%	14.27%	1(n.s)
establishment of localization	GO:0051234	1	2.63%	14.39%	1(n.s)
localization	GO:0051179	1	2.63%	14.82%	1(n.s)
biopolymer metabolism	GO:0043283	3	7.89%	25.06%	1(n.s)
biological process unknown	GO:0000004	3	7.89%	25.64%	1(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	2	5.26%	23.17%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
structural constituent of ribosome	GO:0003735	32	84.21%	3.58%	1.36E-41(2.2E-38)
structural molecule activity	GO:0005198	32	84.21%	5.51%	2.8E-35(4.53E-32)
3-hydroxyisobutyryl-CoA hydrolase activity	GO:0003860	1	2.63%	0.02%	**
CoA hydrolase activity	GO:0016289	1	2.63%	0.05%	0.02(n.s)
polynucleotide adenylyltransferase activity	GO:0004652	1	2.63%	0.05%	0.02(n.s)
tRNA binding	GO:0000049	1	2.63%	0.06%	0.02(n.s)
thiolester hydrolase activity	GO:0016790	1	2.63%	0.08%	0.03(n.s)
ubiquitin-specific protease activity	GO:0004843	1	2.63%	0.26%	0.1(n.s)
cysteine-type peptidase activity	GO:0008234	1	2.63%	0.43%	0.15(n.s)
carboxylic ester hydrolase activity	GO:0016789	1	2.63%	0.46%	0.16(n.s)
DNA-directed DNA polymerase activity	GO:0003887	1	2.63%	1.05%	0.33(n.s)
hydrolase activity, acting on ester bonds	GO:0016788	2	5.26%	4.12%	0.47(n.s)
nucleotidyltransferase activity	GO:0016779	1	2.63%	1.91%	0.52(n.s)
peptidase activity	GO:0008233	1	2.63%	2.48%	0.62(n.s)
RNA binding	GO:0003723	2	5.26%	5.96%	0.67(n.s)
molecular_function	GO:0003674	38	100%	99.44%	0.81(n.s)
hydrolase activity	GO:0016787	3	7.89%	11.45%	0.83(n.s)
transferase activity, transferring phosphorus-containing groups	GO:0016772	1	2.63%	5.19%	0.87(n.s)
nucleic acid binding	GO:0003676	2	5.26%	9.87%	0.9(n.s)
transferase activity	GO:0016740	1	2.63%	10.13%	0.98(n.s)
binding	GO:0005488	2	5.26%	17.35%	0.99(n.s)
catalytic activity	GO:0003824	4	10.53%	29.21%	1(n.s)
molecular function unknown	GO:0005554	3	7.89%	35.75%	1(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial small ribosomal subunit	GO:0005763	32	84.21%	0.54%	6.17E-77(9.98E-74)
organellar small ribosomal subunit	GO:0000314	32	84.21%	0.54%	6.17E-77(9.98E-74)
organellar ribosome	GO:0000313	32	84.21%	1.29%	8.73E-58(1.41E-54)
mitochondrial ribosome	GO:0005761	32	84.21%	1.29%	8.73E-58(1.41E-54)
small ribosomal subunit	GO:0015935	32	84.21%	1.52%	5.86E-55(9.47E-52)
mitochondrial matrix	GO:0005759	32	84.21%	2.52%	7.54E-47(1.22E-43)
ribosome	GO:0005840	32	84.21%	4.4%	1.49E-38(2.4E-35)
ribonucleoprotein complex	GO:0030529	32	84.21%	7.19%	1.71E-31(2.77E-28)
mitochondrion	GO:0005739	36	94.74%	15.78%	4.1E-27(6.63E-24)
intracellular non-membrane-bound organelle	GO:0043232	32	84.21%	14.3%	6.75E-22(1.09E-18)
non-membrane-bound organelle	GO:0043228	32	84.21%	14.3%	6.75E-22(1.09E-18)
protein complex	GO:0043234	33	86.84%	21.07%	5.73E-18(9.26E-15)
intracellular membrane-bound organelle	GO:0043231	38	100%	55.65%	1.95E-10(3.16E-7)
membrane-bound organelle	GO:0043227	38	100%	55.65%	1.95E-10(3.16E-7)
organelle	GO:0043226	38	100%	60.56%	4.93E-9(7.97E-6)
intracellular organelle	GO:0043229	38	100%	60.56%	4.93E-9(7.97E-6)
cytoplasm	GO:0005737	36	94.74%	55.64%	9.43E-8(1.52E-4)
intracellular	GO:0005622	38	100%	77.03%	4.77E-5(0.08)
cell	GO:0005623	38	100%	83.5%	1.04E-3(n.s)
TRAMP complex	GO:0031499	1	2.63%	0.06%	0.02(n.s)
cellular_component	GO:0005575	38	100%	99.61%	0.86(n.s)
nucleus	GO:0005634	2	5.26%	31.01%	1(n.s)

cluster_98 (n = 11) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
tRNA processing	GO:0008033	11	100%	0.53%	1.42E-26(2.29E-23)
tRNA metabolism	GO:0006399	11	100%	1.6%	9.89E-21(1.6E-17)
RNA processing	GO:0006396	11	100%	5.33%	8.44E-15(1.36E-11)
rRNA processing	GO:0006364	9	81.82%	2.71%	3.38E-13(5.47E-10)
RNA metabolism	GO:0016070	11	100%	8.32%	1.2E-12(1.94E-9)
ribosome biogenesis	GO:0007046	9	81.82%	3.3%	2.04E-12(3.29E-9)
cytoplasm organization and biogenesis	GO:0007028	9	81.82%	3.9%	9.4E-12(1.52E-8)
ribosome biogenesis and assembly	GO:0042254	9	81.82%	3.9%	9.4E-12(1.52E-8)
rRNA metabolism	GO:0016072	9	81.82%	3.92%	9.74E-12(1.57E-8)
organelle organization and biogenesis	GO:0006996	10	90.91%	15.69%	8.23E-8(1.33E-4)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	11	100%	23.17%	1.01E-7(1.62E-4)
biopolymer metabolism	GO:0043283	11	100%	25.06%	2.39E-7(3.86E-4)
cell organization and biogenesis	GO:0016043	10	90.91%	17.98%	3.16E-7(5.1E-4)
primary metabolism	GO:0044238	11	100%	48.71%	3.63E-4(0.59)
cellular metabolism	GO:0044237	11	100%	52.12%	7.65E-4(n.s)
metabolism	GO:0008152	11	100%	52.93%	9.06E-4(n.s)
tRNA 5'-leader removal	GO:0001682	1	9.09%	0.02%	**
cellular physiological process	GO:0050875	11	100%	71.65%	0.03(n.s)
cellular process	GO:0009987	11	100%	72.29%	0.03(n.s)
physiological process	GO:0007582	11	100%	73.68%	0.03(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	9.09%	1.47%	0.15(n.s)
protein biosynthesis	GO:0006412	1	9.09%	12.16%	0.76(n.s)
macromolecule biosynthesis	GO:0009059	1	9.09%	13.04%	0.79(n.s)
cellular biosynthesis	GO:0044249	1	9.09%	17.05%	0.87(n.s)
biosynthesis	GO:0009058	1	9.09%	18.28%	0.89(n.s)
cellular protein metabolism	GO:0044267	1	9.09%	21.7%	0.93(n.s)
protein metabolism	GO:0019538	1	9.09%	22.06%	0.94(n.s)
cellular macromolecule metabolism	GO:0044260	1	9.09%	24.52%	0.95(n.s)
macromolecule metabolism	GO:0043170	1	9.09%	26.04%	0.96(n.s)
biological_process	GO:0008150	11	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ribonuclease P activity	GO:0004526	10	90.91%	0.19%	2.11E-29(3.41E-26)
tRNA-specific ribonuclease activity	GO:0004549	10	90.91%	0.25%	2.56E-27(4.13E-24)
endoribonuclease activity, producing 5'-phosphomonoesters	GO:0016891	10	90.91%	0.29%	2.95E-26(4.76E-23)
endonuclease activity, active with either ribo- or deoxyribonucleic acids and producing 5'-phosphomonoesters	GO:0016893	10	90.91%	0.37%	6.25E-25(1.01E-21)
endoribonuclease activity	GO:0004521	10	90.91%	0.42%	2.69E-24(4.35E-21)
ribonuclease MRP activity	GO:0000171	8	72.73%	0.15%	9.95E-23(1.61E-19)
endonuclease activity	GO:0004519	10	90.91%	0.88%	1.37E-20(2.22E-17)
ribonuclease activity	GO:0004540	10	90.91%	1.55%	5.46E-18(8.83E-15)
nuclease activity	GO:0004518	10	90.91%	2.15%	1.67E-16(2.7E-13)
hydrolase activity, acting on ester bonds	GO:0016788	10	90.91%	4.12%	1.27E-13(2.05E-10)
hydrolase activity	GO:0016787	10	90.91%	11.45%	3.61E-9(5.83E-6)
catalytic activity	GO:0003824	10	90.91%	29.21%	3.6E-5(0.06)
molecular_function	GO:0003674	11	100%	99.44%	0.94(n.s)
molecular function unknown	GO:0005554	1	9.09%	35.75%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ribonuclease P complex	GO:0030677	9	81.82%	0.15%	1.03E-26(1.66E-23)
nucleolar ribonuclease P complex	GO:0005655	9	81.82%	0.15%	1.03E-26(1.66E-23)
ribonuclease MRP complex	GO:0000172	9	81.82%	0.17%	5.66E-26(9.15E-23)
nucleolus	GO:0005730	10	90.91%	4.58%	3.74E-13(6.05E-10)
ribonucleoprotein complex	GO:0030529	10	90.91%	7.19%	3.46E-11(5.59E-8)
intracellular non-membrane-bound organelle	GO:0043232	10	90.91%	14.3%	3.28E-8(5.3E-5)
non-membrane-bound organelle	GO:0043228	10	90.91%	14.3%	3.28E-8(5.3E-5)
protein complex	GO:0043234	10	90.91%	21.07%	1.49E-6(2.41E-3)
nucleus	GO:0005634	10	90.91%	31.01%	6.4E-5(0.1)
intracellular membrane-bound organelle	GO:0043231	11	100%	55.65%	1.58E-3(n.s)
membrane-bound organelle	GO:0043227	11	100%	55.65%	1.58E-3(n.s)
organelle	GO:0043226	11	100%	60.56%	4E-3(n.s)
intracellular organelle	GO:0043229	11	100%	60.56%	4E-3(n.s)
intracellular	GO:0005622	11	100%	77.03%	0.06(n.s)
cell	GO:0005623	11	100%	83.5%	0.14(n.s)
mitochondrion	GO:0005739	1	9.09%	15.78%	0.85(n.s)
cellular_component	GO:0005575	11	100%	99.61%	0.96(n.s)
cytoplasm	GO:0005737	2	18.18%	55.64%	1(n.s)

cluster_95 (n = 13) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
generation of precursor metabolites and energy	GO:0006091	10	76.92%	3.5%	5.93E-13(9.58E-10)
coenzyme catabolism	GO:0009109	5	38.46%	0.26%	8.43E-11(1.36E-7)
cofactor catabolism	GO:0051187	5	38.46%	0.28%	1.17E-10(1.88E-7)
tricarboxylic acid cycle intermediate metabolism	GO:0006100	5	38.46%	0.29%	1.58E-10(2.55E-7)
energy derivation by oxidation of organic compounds	GO:0015980	8	61.54%	3.04%	7.08E-10(1.14E-6)
coenzyme metabolism	GO:0006732	7	53.85%	1.81%	8.41E-10(1.36E-6)
cofactor metabolism	GO:0051186	7	53.85%	2.26%	4.01E-9(6.49E-6)
tricarboxylic acid cycle	GO:0006099	4	30.77%	0.23%	1.33E-8(2.15E-5)
acetyl-CoA catabolism	GO:0046356	4	30.77%	0.23%	1.33E-8(2.15E-5)
citrate metabolism	GO:0006101	3	23.08%	0.06%	2.55E-8(4.12E-5)
acetyl-CoA metabolism	GO:0006084	4	30.77%	0.31%	4.71E-8(7.6E-5)
main pathways of carbohydrate metabolism	GO:0006092	5	38.46%	1.08%	1.56E-7(2.52E-4)
aerobic respiration	GO:0009060	5	38.46%	1.27%	3.47E-7(5.61E-4)
cellular respiration	GO:0045333	5	38.46%	1.35%	4.68E-7(7.56E-4)
carbohydrate metabolism	GO:0005975	6	46.15%	3.38%	1.95E-6(3.15E-3)
NAD metabolism	GO:0019674	3	23.08%	0.22%	2.29E-6(3.71E-3)
NADH oxidation	GO:0006116	2	15.38%	0.05%	1.12E-5(0.02)
nicotinamide metabolism	GO:0006769	3	23.08%	0.46%	2.51E-5(0.04)
cellular carbohydrate metabolism	GO:0044262	5	38.46%	3.08%	2.78E-5(0.04)
pyridine nucleotide metabolism	GO:0019362	3	23.08%	0.51%	3.36E-5(0.05)
ethanol fermentation	GO:0019655	2	15.38%	0.08%	3.73E-5(0.06)
glycolytic fermentation	GO:0019660	2	15.38%	0.09%	5.59E-5(0.09)
NADH metabolism	GO:0006734	2	15.38%	0.09%	5.59E-5(0.09)
oxidoreduction coenzyme metabolism	GO:0006733	3	23.08%	0.67%	7.52E-5(0.12)
ethanol metabolism	GO:0006067	2	15.38%	0.15%	1.67E-4(0.27)
organic acid metabolism	GO:0006082	5	38.46%	4.6%	1.89E-4(0.31)
carboxylic acid metabolism	GO:0019752	5	38.46%	4.6%	1.89E-4(0.31)
glutamate biosynthesis	GO:0006537	2	15.38%	0.2%	2.88E-4(0.47)
vitamin metabolism	GO:0006766	3	23.08%	1.13%	3.66E-4(0.59)
water-soluble vitamin metabolism	GO:0006767	3	23.08%	1.13%	3.66E-4(0.59)
glutamate metabolism	GO:0006536	2	15.38%	0.25%	4.42E-4(0.71)
fermentation	GO:0006113	2	15.38%	0.25%	4.42E-4(0.71)
cellular catabolism	GO:0044248	5	38.46%	5.84%	5.76E-4(0.93)
nucleotide metabolism	GO:0009117	3	23.08%	1.38%	6.55E-4(n.s)
catabolism	GO:0009056	5	38.46%	6.16%	7.39E-4(n.s)
glutamine family amino acid biosynthesis	GO:0009084	2	15.38%	0.37%	1.01E-3(n.s)
electron transport	GO:0006118	2	15.38%	0.48%	1.68E-3(n.s)
NAD catabolism	GO:0019677	1	7.69%	0.02%	**
vitamin catabolism	GO:0009111	1	7.69%	0.02%	**
water-soluble vitamin catabolism	GO:0042365	1	7.69%	0.02%	**
pyridine nucleotide catabolism	GO:0019364	1	7.69%	0.02%	**
fumarate metabolism	GO:0006106	1	7.69%	0.02%	**
mitochondrial electron transport, NADH to ubiquinone	GO:0006120	1	7.69%	0.02%	**
glutamine family amino acid metabolism	GO:0009064	2	15.38%	0.67%	3.23E-3(n.s)
nucleotide catabolism	GO:0009166	1	7.69%	0.03%	4.02E-3(n.s)
malate metabolism	GO:0006108	1	7.69%	0.05%	6.03E-3(n.s)
glyoxylate metabolism	GO:0046487	1	7.69%	0.06%	8.03E-3(n.s)
glyoxylate cycle	GO:0006097	1	7.69%	0.06%	8.03E-3(n.s)
propionate metabolism	GO:0019541	1	7.69%	0.08%	0.01(n.s)
amino acid biosynthesis	GO:0008652	2	15.38%	1.53%	0.02(n.s)
cellular metabolism	GO:0044237	11	84.62%	52.12%	0.02(n.s)
metabolism	GO:0008152	11	84.62%	52.93%	0.02(n.s)
amine biosynthesis	GO:0009309	2	15.38%	1.67%	0.02(n.s)
nitrogen compound biosynthesis	GO:0044271	2	15.38%	1.67%	0.02(n.s)
aldehyde metabolism	GO:0006081	1	7.69%	0.29%	0.04(n.s)
alcohol metabolism	GO:0006066	2	15.38%	2.43%	0.04(n.s)
ATP synthesis coupled electron transport (sensu Eukaryota)	GO:0042775	1	7.69%	0.39%	0.05(n.s)
ATP synthesis coupled electron transport	GO:0042773	1	7.69%	0.39%	0.05(n.s)
amino acid metabolism	GO:0006520	2	15.38%	2.82%	0.05(n.s)
amino acid and derivative metabolism	GO:0006519	2	15.38%	3.05%	0.06(n.s)
amine metabolism	GO:0009308	2	15.38%	3.38%	0.07(n.s)
nitrogen compound metabolism	GO:0006807	2	15.38%	3.66%	0.08(n.s)
oxidative phosphorylation	GO:0006119	1	7.69%	0.71%	0.09(n.s)
macromolecule metabolism	GO:0043170	6	46.15%	26.04%	0.09(n.s)
primary metabolism	GO:0044238	9	69.23%	48.71%	0.11(n.s)
cellular macromolecule metabolism	GO:0044260	5	38.46%	24.52%	0.19(n.s)
cellular physiological process	GO:0050875	11	84.62%	71.65%	0.24(n.s)
phosphorylation	GO:0016310	1	7.69%	2.21%	0.25(n.s)
cellular process	GO:0009987	11	84.62%	72.29%	0.26(n.s)
physiological process	GO:0007582	11	84.62%	73.68%	0.29(n.s)
phosphate metabolism	GO:0006796	1	7.69%	2.91%	0.32(n.s)
phosphorus metabolism	GO:0006793	1	7.69%	2.91%	0.32(n.s)
transport	GO:0006810	2	15.38%	14.27%	0.57(n.s)
establishment of localization	GO:0051234	2	15.38%	14.39%	0.58(n.s)
localization	GO:0051179	2	15.38%	14.82%	0.6(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	3	23.08%	23.17%	0.61(n.s)
cellular biosynthesis	GO:0044249	2	15.38%	17.05%	0.68(n.s)
biosynthesis	GO:0009058	2	15.38%	18.28%	0.72(n.s)
biological process unknown	GO:0000004	2	15.38%	25.64%	0.88(n.s)
biological_process	GO:0008150	13	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
citrate (Si)-synthase activity	GO:0004108	3	23.08%	0.05%	6.38E-9(1.03E-5)
oxidoreductase activity	GO:0016491	7	53.85%	3.73%	1.31E-7(2.12E-4)
oxidoreductase activity, acting on NADH or NADPH	GO:0016651	3	23.08%	0.14%	5.32E-7(8.6E-4)
transferase activity, transferring acyl groups, acyl groups converted into alkyl on transfer	GO:0046912	3	23.08%	0.15%	7.59E-7(1.23E-3)
NADH dehydrogenase activity	GO:0003954	2	15.38%	0.03%	3.74E-6(6.05E-3)
electron transporter activity	GO:0005489	3	23.08%	0.34%	9.61E-6(0.02)
oxidoreductase activity, acting on the CH-OH group of donors, cytochrome as acceptor	GO:0016898	2	15.38%	0.06%	2.24E-5(0.04)
lactate dehydrogenase activity	GO:0004457	2	15.38%	0.06%	2.24E-5(0.04)
catalytic activity	GO:0003824	11	84.62%	29.21%	5.44E-5(0.09)
oxidoreductase activity, acting on CH-OH group of donors	GO:0016614	3	23.08%	1.18%	4.12E-4(0.67)
transferase activity, transferring acyl groups	GO:0016746	3	23.08%	1.43%	7.22E-4(n.s)
fumarate hydratase activity	GO:0004333	1	7.69%	0.02%	**
L-lactate dehydrogenase (cytochrome) activity	GO:0004460	1	7.69%	0.02%	**
oxidoreductase activity, acting on NADH or NADPH, quinone or similar compound as acceptor	GO:0016655	1	7.69%	0.02%	**
oxidoreductase activity, acting on the CH-NH group of donors, quinone or similar compound as acceptor	GO:0016649	1	7.69%	0.02%	**
D-lactate dehydrogenase (cytochrome) activity	GO:0004458	1	7.69%	0.05%	6.03E-3(n.s)
L-malate dehydrogenase activity	GO:0030060	1	7.69%	0.05%	6.03E-3(n.s)
malate dehydrogenase activity	GO:0016615	1	7.69%	0.06%	8.03E-3(n.s)
electron carrier activity	GO:0009055	1	7.69%	0.08%	0.01(n.s)
oxidoreductase activity, acting on the CH-NH group of donors	GO:0016645	1	7.69%	0.22%	0.03(n.s)
transporter activity	GO:0005215	3	23.08%	6.64%	0.05(n.s)
hydro-lyase activity	GO:0016836	1	7.69%	0.43%	0.05(n.s)
carbon-oxygen lyase activity	GO:0016835	1	7.69%	0.56%	0.07(n.s)
oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor	GO:0016616	1	7.69%	1.07%	0.13(n.s)
transferase activity	GO:0016740	3	23.08%	10.13%	0.14(n.s)
lyase activity	GO:0016829	1	7.69%	1.27%	0.15(n.s)
carrier activity	GO:0005386	1	7.69%	1.64%	0.19(n.s)
molecular_function	GO:0003674	13	100%	99.44%	0.93(n.s)
molecular function unknown	GO:0005554	1	7.69%	35.75%	1(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	13	100%	15.78%	3.54E-11(5.72E-8)
mitochondrial matrix	GO:0005759	4	30.77%	2.52%	2.34E-4(0.38)
cytoplasm	GO:0005737	13	100%	55.64%	4.85E-4(0.78)
intracellular membrane-bound organelle	GO:0043231	13	100%	55.65%	4.87E-4(0.79)
membrane-bound organelle	GO:0043227	13	100%	55.65%	4.87E-4(0.79)
organelle	GO:0043226	13	100%	60.56%	1.46E-3(n.s)
intracellular organelle	GO:0043229	13	100%	60.56%	1.46E-3(n.s)
intracellular	GO:0005622	13	100%	77.03%	0.03(n.s)
mitochondrial inner membrane	GO:0005743	2	15.38%	2.43%	0.04(n.s)
inner membrane	GO:0019866	2	15.38%	2.43%	0.04(n.s)
mitochondrial intermembrane space	GO:0005758	1	7.69%	0.39%	0.05(n.s)
mitochondrial membrane	GO:0005740	2	15.38%	3.16%	0.06(n.s)
cell	GO:0005623	13	100%	83.5%	0.1(n.s)
peroxisome	GO:0005777	1	7.69%	0.87%	0.11(n.s)
microbody	GO:0042579	1	7.69%	0.87%	0.11(n.s)
organelle membrane	GO:0031090	2	15.38%	8.58%	0.31(n.s)
membrane	GO:0016020	2	15.38%	15.38%	0.62(n.s)
cytosol	GO:0005829	1	7.69%	10.08%	0.75(n.s)
cellular_component	GO:0005575	13	100%	99.61%	0.95(n.s)

cluster_10 (n = 5) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein-mitochondrial targeting	GO:0006626	3	60%	0.73%	3.58E-6(5.79E-3)
mitochondrial intermembrane space protein import	GO:0045041	2	40%	0.09%	7.19E-6(0.01)
signal peptide processing	GO:0006465	2	40%	0.11%	1.01E-5(0.02)
peptide metabolism	GO:0006518	2	40%	0.12%	1.34E-5(0.02)
protein processing	GO:0016485	2	40%	0.51%	2.51E-4(0.41)
protein targeting	GO:0006605	3	60%	3.42%	3.76E-4(0.61)
intracellular protein transport	GO:0006886	3	60%	3.7%	4.74E-4(0.77)
protein transport	GO:0015031	3	60%	3.79%	5.1E-4(0.82)
establishment of protein localization	GO:0045184	3	60%	3.95%	5.74E-4(0.93)
protein localization	GO:0008104	3	60%	4.37%	7.72E-4(n.s)
protein import	GO:0017038	2	40%	1.39%	1.87E-3(n.s)
intracellular transport	GO:0046907	3	60%	7.53%	3.78E-3(n.s)
protein complex assembly	GO:0006461	2	40%	2.26%	4.86E-3(n.s)
proteolysis and peptidolysis	GO:0006508	2	40%	2.42%	5.53E-3(n.s)
cellular protein catabolism	GO:0044257	2	40%	2.42%	5.53E-3(n.s)
protein catabolism	GO:0030163	2	40%	2.74%	7.08E-3(n.s)
biopolymer catabolism	GO:0043285	2	40%	2.93%	8.04E-3(n.s)
inner mitochondrial membrane organization and biogenesis	GO:0007007	1	20%	0.2%	0.01(n.s)
mitochondrial membrane organization and biogenesis	GO:0007006	1	20%	0.29%	0.01(n.s)
cellular macromolecule catabolism	GO:0044265	2	40%	4.51%	0.02(n.s)
ergosterol biosynthesis	GO:0006696	1	20%	0.39%	0.02(n.s)
ergosterol metabolism	GO:0008204	1	20%	0.39%	0.02(n.s)
macromolecule catabolism	GO:0009057	2	40%	4.83%	0.02(n.s)
sterol biosynthesis	GO:0016126	1	20%	0.45%	0.02(n.s)
transport	GO:0006810	3	60%	14.27%	0.02(n.s)
establishment of localization	GO:0051234	3	60%	14.39%	0.02(n.s)
membrane organization and biogenesis	GO:0016044	1	20%	0.48%	0.02(n.s)
localization	GO:0051179	3	60%	14.82%	0.03(n.s)
steroid biosynthesis	GO:0006694	1	20%	0.56%	0.03(n.s)
sterol metabolism	GO:0016125	1	20%	0.57%	0.03(n.s)
cellular catabolism	GO:0044248	2	40%	5.84%	0.03(n.s)
catabolism	GO:0009056	2	40%	6.16%	0.03(n.s)
steroid metabolism	GO:0008202	1	20%	0.7%	0.03(n.s)
protein modification	GO:0006464	2	40%	6.68%	0.04(n.s)
aerobic respiration	GO:0009060	1	20%	1.27%	0.06(n.s)
cellular respiration	GO:0045333	1	20%	1.35%	0.07(n.s)
biopolymer modification	GO:0043412	2	40%	9.25%	0.07(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	20%	1.47%	0.07(n.s)
lipid biosynthesis	GO:0008610	1	20%	1.92%	0.09(n.s)
alcohol metabolism	GO:0006066	1	20%	2.43%	0.12(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	20%	3.04%	0.14(n.s)
cellular lipid metabolism	GO:0044255	1	20%	3.16%	0.15(n.s)
lipid metabolism	GO:0006629	1	20%	3.38%	0.16(n.s)
generation of precursor metabolites and energy	GO:0006091	1	20%	3.5%	0.16(n.s)
cellular physiological process	GO:0050875	5	100%	71.65%	0.19(n.s)
cellular process	GO:0009987	5	100%	72.29%	0.2(n.s)
cellular metabolism	GO:0044237	4	80%	52.12%	0.22(n.s)
physiological process	GO:0007582	5	100%	73.68%	0.22(n.s)
metabolism	GO:0008152	4	80%	52.93%	0.23(n.s)
cellular protein metabolism	GO:0044267	2	40%	21.7%	0.3(n.s)
protein metabolism	GO:0019538	2	40%	22.06%	0.31(n.s)
cellular macromolecule metabolism	GO:0044260	2	40%	24.52%	0.36(n.s)
biopolymer metabolism	GO:0043283	2	40%	25.06%	0.37(n.s)
macromolecule metabolism	GO:0043170	2	40%	26.04%	0.39(n.s)
primary metabolism	GO:0044238	3	60%	48.71%	0.48(n.s)
organelle organization and biogenesis	GO:0006996	1	20%	15.69%	0.57(n.s)
cell organization and biogenesis	GO:0016043	1	20%	17.98%	0.63(n.s)
biosynthesis	GO:0009058	1	20%	18.28%	0.64(n.s)
biological_process	GO:0008150	5	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ATPase activity	GO:0016887	3	60%	2.52%	1.52E-4(0.25)
metallopeptidase activity	GO:0008237	2	40%	0.43%	1.8E-4(0.29)
nucleoside-triphosphatase activity	GO:0017111	3	60%	3.42%	3.76E-4(0.61)
pyrophosphatase activity	GO:0016462	3	60%	3.67%	4.62E-4(0.75)
hydrolase activity, acting on acid anhydrides	GO:0016817	3	60%	3.69%	4.68E-4(0.76)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	3	60%	3.69%	4.68E-4(0.76)
hydroxymethylglutaryl-CoA reductase (NADPH) activity	GO:0004420	1	20%	0.03%	1.55E-3(n.s)
peptidase activity	GO:0008233	2	40%	2.48%	5.81E-3(n.s)
hydrolase activity	GO:0016787	3	60%	11.45%	0.01(n.s)
catalytic activity	GO:0003824	4	80%	29.21%	0.03(n.s)
oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor	GO:0016616	1	20%	1.07%	0.05(n.s)
oxidoreductase activity, acting on CH-OH group of donors	GO:0016614	1	20%	1.18%	0.06(n.s)
oxidoreductase activity	GO:0016491	1	20%	3.73%	0.17(n.s)
molecular function unknown	GO:0005554	1	20%	35.75%	0.89(n.s)
molecular_function	GO:0003674	5	100%	99.44%	0.97(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
m-AAA complex	GO:0005745	2	40%	0.03%	4.8E-7(7.76E-4)
organelle membrane	GO:0031090	5	100%	8.58%	4.58E-6(7.4E-3)
mitochondrial membrane	GO:0005740	4	80%	3.16%	4.72E-6(7.63E-3)
membrane	GO:0016020	5	100%	15.38%	8.54E-5(0.14)
mitochondrion	GO:0005739	5	100%	15.78%	9.72E-5(0.16)
mitochondrial inner membrane	GO:0005743	3	60%	2.43%	1.36E-4(0.22)
inner membrane	GO:0019866	3	60%	2.43%	1.36E-4(0.22)
mitochondrial outer membrane	GO:0005741	1	20%	0.53%	0.03(n.s)
outer membrane	GO:0019867	1	20%	0.53%	0.03(n.s)
cytoplasm	GO:0005737	5	100%	55.64%	0.05(n.s)
intracellular membrane-bound organelle	GO:0043231	5	100%	55.65%	0.05(n.s)
membrane-bound organelle	GO:0043227	5	100%	55.65%	0.05(n.s)
nuclear membrane	GO:0005635	1	20%	1.53%	0.07(n.s)
organelle	GO:0043226	5	100%	60.56%	0.08(n.s)
intracellular organelle	GO:0043229	5	100%	60.56%	0.08(n.s)
endoplasmic reticulum membrane	GO:0005789	1	20%	1.78%	0.09(n.s)
nuclear envelope-endoplasmic reticulum network	GO:0042175	1	20%	1.95%	0.09(n.s)
mitochondrial matrix	GO:0005759	1	20%	2.52%	0.12(n.s)
endomembrane system	GO:0012505	1	20%	3.7%	0.17(n.s)
endoplasmic reticulum	GO:0005783	1	20%	5.84%	0.26(n.s)
intracellular	GO:0005622	5	100%	77.03%	0.27(n.s)
protein complex	GO:0043234	2	40%	21.07%	0.28(n.s)
cell	GO:0005623	5	100%	83.5%	0.41(n.s)
nucleus	GO:0005634	1	20%	31.01%	0.84(n.s)
cellular_component	GO:0005575	5	100%	99.61%	0.98(n.s)

cluster_12 (n = 5) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
fatty acid biosynthesis	GO:0006633	4	80%	0.19%	3.42E-11(5.53E-8)
carboxylic acid biosynthesis	GO:0046394	4	80%	0.26%	1.64E-10(2.65E-7)
organic acid biosynthesis	GO:0016053	4	80%	0.26%	1.64E-10(2.65E-7)
fatty acid metabolism	GO:0006631	4	80%	0.67%	8.49E-9(1.37E-5)
lipid biosynthesis	GO:0008610	4	80%	1.92%	6.39E-7(1.03E-3)
cellular lipid metabolism	GO:0044255	4	80%	3.16%	4.72E-6(7.63E-3)
lipid metabolism	GO:0006629	4	80%	3.38%	6.16E-6(9.96E-3)
organic acid metabolism	GO:0006082	4	80%	4.6%	2.12E-5(0.03)
carboxylic acid metabolism	GO:0019752	4	80%	4.6%	2.12E-5(0.03)
protein-cofactor linkage	GO:0018065	1	20%	0.06%	3.1E-3(n.s)
cellular biosynthesis	GO:0044249	4	80%	17.05%	3.64E-3(n.s)
biosynthesis	GO:0009058	4	80%	18.28%	4.75E-3(n.s)
primary metabolism	GO:0044238	5	100%	48.71%	0.03(n.s)
cellular metabolism	GO:0044237	5	100%	52.12%	0.04(n.s)
metabolism	GO:0008152	5	100%	52.93%	0.04(n.s)
protein folding	GO:0006457	1	20%	1.04%	0.05(n.s)
cellular physiological process	GO:0050875	5	100%	71.65%	0.19(n.s)
cellular process	GO:0009987	5	100%	72.29%	0.2(n.s)
physiological process	GO:0007582	5	100%	73.68%	0.22(n.s)
response to stress	GO:0006950	1	20%	6.09%	0.27(n.s)
protein modification	GO:0006464	1	20%	6.68%	0.29(n.s)
cellular protein metabolism	GO:0044267	2	40%	21.7%	0.3(n.s)
protein metabolism	GO:0019538	2	40%	22.06%	0.31(n.s)
response to stimulus	GO:0050896	1	20%	8.41%	0.36(n.s)
cellular macromolecule metabolism	GO:0044260	2	40%	24.52%	0.36(n.s)
biopolymer modification	GO:0043412	1	20%	9.25%	0.38(n.s)
macromolecule metabolism	GO:0043170	2	40%	26.04%	0.39(n.s)
biopolymer metabolism	GO:0043283	1	20%	25.06%	0.76(n.s)
biological_process	GO:0008150	5	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
fatty-acid synthase activity	GO:0004312	3	60%	0.12%	1.25E-8(2.02E-5)
acyltransferase activity	GO:0008415	3	60%	1.19%	1.6E-5(0.03)
transferase activity, transferring groups other than amino-acyl groups	GO:0016747	3	60%	1.19%	1.6E-5(0.03)
transferase activity, transferring acyl groups	GO:0016746	3	60%	1.43%	2.74E-5(0.04)
3-oxoacyl-[acyl-carrier protein] synthase activity	GO:0004315	1	20%	0.02%	**
3-hydroxypalmitoyl-[acyl-carrier protein] dehydratase activity	GO:0004317	1	20%	0.02%	**
[acyl-carrier protein] S-acetyltransferase activity	GO:0004313	1	20%	0.02%	**
enoyl-[acyl-carrier protein] reductase (NADH) activity	GO:0004318	1	20%	0.02%	**
CoA carboxylase activity	GO:0016421	1	20%	0.03%	1.55E-3(n.s)
3-oxoacyl-[acyl-carrier protein] reductase activity	GO:0004316	1	20%	0.03%	1.55E-3(n.s)
enoyl-[acyl-carrier protein] reductase activity	GO:0016631	1	20%	0.03%	1.55E-3(n.s)
3-hydroxyacyl-[acyl-carrier protein] dehydratase activity	GO:0019171	1	20%	0.03%	1.55E-3(n.s)
acetyl-CoA carboxylase activity	GO:0003989	1	20%	0.03%	1.55E-3(n.s)
S-acetyltransferase activity	GO:0016418	1	20%	0.03%	1.55E-3(n.s)
malonyltransferase activity	GO:0016420	1	20%	0.03%	1.55E-3(n.s)
[acyl-carrier protein] S-malonyltransferase activity	GO:0004314	1	20%	0.03%	1.55E-3(n.s)
chaperone activator activity	GO:0030189	1	20%	0.03%	1.55E-3(n.s)
S-malonyltransferase activity	GO:0016419	1	20%	0.03%	1.55E-3(n.s)
phosphopantetheinyltransferase activity	GO:0008897	1	20%	0.05%	2.32E-3(n.s)
ligase activity, forming carbon-carbon bonds	GO:0016885	1	20%	0.06%	3.1E-3(n.s)
S-acyltransferase activity	GO:0016417	1	20%	0.11%	5.41E-3(n.s)
chaperone regulator activity	GO:0030188	1	20%	0.12%	6.18E-3(n.s)
oxidoreductase activity, acting on the CH-CH group of donors, NAD or NADP as acceptor	GO:0016628	1	20%	0.14%	6.95E-3(n.s)
phosphotransferase activity, for other substituted phosphate groups	GO:0016780	1	20%	0.15%	7.72E-3(n.s)
transferase activity	GO:0016740	3	60%	10.13%	8.85E-3(n.s)
oxidoreductase activity	GO:0016491	2	40%	3.73%	0.01(n.s)
oxidoreductase activity, acting on the CH-CH group of donors	GO:0016627	1	20%	0.29%	0.01(n.s)
hydro-lyase activity	GO:0016836	1	20%	0.43%	0.02(n.s)
carbon-oxygen lyase activity	GO:0016835	1	20%	0.56%	0.03(n.s)
catalytic activity	GO:0003824	4	80%	29.21%	0.03(n.s)
acetyltransferase activity	GO:0016407	1	20%	0.71%	0.04(n.s)
enzyme activator activity	GO:0008047	1	20%	0.91%	0.04(n.s)
oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor	GO:0016616	1	20%	1.07%	0.05(n.s)
oxidoreductase activity, acting on CH-OH group of donors	GO:0016614	1	20%	1.18%	0.06(n.s)
lyase activity	GO:0016829	1	20%	1.27%	0.06(n.s)
ligase activity	GO:0016874	1	20%	1.89%	0.09(n.s)
enzyme regulator activity	GO:0030234	1	20%	2.54%	0.12(n.s)
transferase activity, transferring phosphorus-containing groups	GO:0016772	1	20%	5.19%	0.23(n.s)
molecular_function	GO:0003674	5	100%	99.44%	0.97(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
fatty acid synthase complex	GO:0005835	2	40%	0.03%	4.8E-7(7.76E-4)
mitochondrion	GO:0005739	4	80%	15.78%	2.7E-3(n.s)
cytoplasm	GO:0005737	5	100%	55.64%	0.05(n.s)
intracellular membrane-bound organelle	GO:0043231	4	80%	55.65%	0.27(n.s)
membrane-bound organelle	GO:0043227	4	80%	55.65%	0.27(n.s)
intracellular	GO:0005622	5	100%	77.03%	0.27(n.s)
protein complex	GO:0043234	2	40%	21.07%	0.28(n.s)
organelle	GO:0043226	4	80%	60.56%	0.35(n.s)
intracellular organelle	GO:0043229	4	80%	60.56%	0.35(n.s)
cell	GO:0005623	5	100%	83.5%	0.41(n.s)
cytosol	GO:0005829	1	20%	10.08%	0.41(n.s)
cellular_component	GO:0005575	5	100%	99.61%	0.98(n.s)

cluster_15 (n = 10) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein-mitochondrial targeting	GO:0006626	6	60%	0.73%	2.2E-11(3.55E-8)
mitochondrial matrix protein import	GO:0030150	5	50%	0.31%	4.15E-11(6.7E-8)
protein folding	GO:0006457	6	60%	1.04%	2.02E-10(3.27E-7)
protein import	GO:0017038	5	50%	1.39%	1.12E-7(1.81E-4)
protein targeting	GO:0006605	6	60%	3.42%	2.82E-7(4.55E-4)
intracellular protein transport	GO:0006886	6	60%	3.7%	4.49E-7(7.25E-4)
protein transport	GO:0015031	6	60%	3.79%	5.2E-7(8.4E-4)
establishment of protein localization	GO:0045184	6	60%	3.95%	6.58E-7(1.06E-3)
protein localization	GO:0008104	6	60%	4.37%	1.19E-6(1.93E-3)
intracellular transport	GO:0046907	6	60%	7.53%	2.85E-5(0.05)
transport	GO:0006810	6	60%	14.27%	1.04E-3(n.s)
establishment of localization	GO:0051234	6	60%	14.39%	1.09E-3(n.s)
localization	GO:0051179	6	60%	14.82%	1.28E-3(n.s)
cellular protein metabolism	GO:0044267	7	70%	21.7%	1.44E-3(n.s)
protein refolding	GO:0042026	1	10%	0.02%	**
protein metabolism	GO:0019538	7	70%	22.06%	1.59E-3(n.s)
cellular macromolecule metabolism	GO:0044260	7	70%	24.52%	3.09E-3(n.s)
posttranslational protein folding	GO:0051084	1	10%	0.03%	3.1E-3(n.s)
macromolecule metabolism	GO:0043170	7	70%	26.04%	4.47E-3(n.s)
cellular protein catabolism	GO:0044257	2	20%	2.42%	0.02(n.s)
proteolysis and peptidolysis	GO:0006508	2	20%	2.42%	0.02(n.s)
response to heat	GO:0009408	1	10%	0.26%	0.03(n.s)
protein catabolism	GO:0030163	2	20%	2.74%	0.03(n.s)
response to temperature	GO:0009266	1	10%	0.31%	0.03(n.s)
biopolymer catabolism	GO:0043285	2	20%	2.93%	0.03(n.s)
mitochondrial genome maintenance	GO:0000002	1	10%	0.42%	0.04(n.s)
cellular macromolecule catabolism	GO:0044265	2	20%	4.51%	0.07(n.s)
macromolecule catabolism	GO:0009057	2	20%	4.83%	0.08(n.s)
cellular catabolism	GO:0044248	2	20%	5.84%	0.11(n.s)
response to stress	GO:0006950	2	20%	6.09%	0.12(n.s)
catabolism	GO:0009056	2	20%	6.16%	0.12(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	10%	1.47%	0.14(n.s)
primary metabolism	GO:0044238	7	70%	48.71%	0.15(n.s)
cellular physiological process	GO:0050875	9	90%	71.65%	0.18(n.s)
cellular process	GO:0009987	9	90%	72.29%	0.19(n.s)
response to stimulus	GO:0050896	2	20%	8.41%	0.2(n.s)
cellular metabolism	GO:0044237	7	70%	52.12%	0.21(n.s)
physiological process	GO:0007582	9	90%	73.68%	0.22(n.s)
metabolism	GO:0008152	7	70%	52.93%	0.22(n.s)
response to abiotic stimulus	GO:0009628	1	10%	3.52%	0.3(n.s)
response to external stimulus	GO:0009605	1	10%	3.87%	0.33(n.s)
biopolymer metabolism	GO:0043283	2	20%	25.06%	0.76(n.s)
organelle organization and biogenesis	GO:0006996	1	10%	15.69%	0.82(n.s)
cell organization and biogenesis	GO:0016043	1	10%	17.98%	0.86(n.s)
biological process unknown	GO:0000004	1	10%	25.64%	0.95(n.s)
biological_process	GO:0008150	10	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
unfolded protein binding	GO:0051082	5	50%	0.9%	1.2E-8(1.93E-5)
protein binding	GO:0005515	5	50%	7.39%	3.98E-4(0.64)
binding	GO:0005488	6	60%	17.35%	2.99E-3(n.s)
ATP-dependent peptidase activity	GO:0004176	1	10%	0.03%	3.1E-3(n.s)
chaperone binding	GO:0051087	1	10%	0.17%	0.02(n.s)
single-stranded DNA binding	GO:0003697	1	10%	0.19%	0.02(n.s)
ATP binding	GO:0005524	1	10%	0.22%	0.02(n.s)
ATPase activity	GO:0016887	2	20%	2.52%	0.02(n.s)
adenyl nucleotide binding	GO:0030554	1	10%	0.26%	0.03(n.s)
nucleoside-triphosphatase activity	GO:0017111	2	20%	3.42%	0.04(n.s)
purine nucleotide binding	GO:0017076	1	10%	0.5%	0.05(n.s)
pyrophosphatase activity	GO:0016462	2	20%	3.67%	0.05(n.s)
nucleotide binding	GO:0000166	1	10%	0.51%	0.05(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	2	20%	3.69%	0.05(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	2	20%	3.69%	0.05(n.s)
protein transporter activity	GO:0008565	1	10%	0.77%	0.07(n.s)
hydrolase activity	GO:0016787	3	30%	11.45%	0.1(n.s)
peptidase activity	GO:0008233	1	10%	2.48%	0.22(n.s)
enzyme regulator activity	GO:0030234	1	10%	2.54%	0.23(n.s)
DNA binding	GO:0003677	1	10%	3.18%	0.28(n.s)
transporter activity	GO:0005215	1	10%	6.64%	0.5(n.s)
catalytic activity	GO:0003824	3	30%	29.21%	0.6(n.s)
nucleic acid binding	GO:0003676	1	10%	9.87%	0.65(n.s)
molecular function unknown	GO:0005554	2	20%	35.75%	0.92(n.s)
molecular_function	GO:0003674	10	100%	99.44%	0.95(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial matrix	GO:0005759	8	80%	2.52%	6E-12(9.7E-9)
mitochondrion	GO:0005739	10	100%	15.78%	9.24E-9(1.49E-5)
nucleoid	GO:0009295	3	30%	0.36%	4.66E-6(7.54E-3)
mitochondrial nucleoid	GO:0042645	3	30%	0.36%	4.66E-6(7.54E-3)
presequence translocase-associated import motor	GO:0001405	2	20%	0.08%	2.15E-5(0.03)
mitochondrial inner membrane presequence translocase complex	GO:0005744	2	20%	0.14%	7.73E-5(0.12)
mitochondrial inner membrane	GO:0005743	3	30%	2.43%	1.49E-3(n.s)
inner membrane	GO:0019866	3	30%	2.43%	1.49E-3(n.s)
cytoplasm	GO:0005737	10	100%	55.64%	2.83E-3(n.s)
intracellular membrane-bound organelle	GO:0043231	10	100%	55.65%	2.83E-3(n.s)
membrane-bound organelle	GO:0043227	10	100%	55.65%	2.83E-3(n.s)
mitochondrial membrane	GO:0005740	3	30%	3.16%	3.17E-3(n.s)
organelle	GO:0043226	10	100%	60.56%	6.61E-3(n.s)
intracellular organelle	GO:0043229	10	100%	60.56%	6.61E-3(n.s)
organelle membrane	GO:0031090	3	30%	8.58%	0.05(n.s)
intracellular	GO:0005622	10	100%	77.03%	0.07(n.s)
cell	GO:0005623	10	100%	83.5%	0.16(n.s)
membrane	GO:0016020	3	30%	15.38%	0.19(n.s)
protein complex	GO:0043234	2	20%	21.07%	0.66(n.s)
cellular_component	GO:0005575	10	100%	99.61%	0.96(n.s)

cluster_17 (n = 5) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
aerobic respiration	GO:0009060	1	20%	1.27%	0.06(n.s)
cellular respiration	GO:0045333	1	20%	1.35%	0.07(n.s)
biological process unknown	GO:0000004	3	60%	25.64%	0.11(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	20%	3.04%	0.14(n.s)
generation of precursor metabolites and energy	GO:0006091	1	20%	3.5%	0.16(n.s)
transport	GO:0006810	1	20%	14.27%	0.54(n.s)
establishment of localization	GO:0051234	1	20%	14.39%	0.54(n.s)
localization	GO:0051179	1	20%	14.82%	0.55(n.s)
cellular metabolism	GO:0044237	1	20%	52.12%	0.97(n.s)
cellular physiological process	GO:0050875	2	40%	71.65%	0.98(n.s)
metabolism	GO:0008152	1	20%	52.93%	0.98(n.s)
cellular process	GO:0009987	2	40%	72.29%	0.98(n.s)
physiological process	GO:0007582	2	40%	73.68%	0.98(n.s)
biological_process	GO:0008150	5	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
inorganic diphosphatase activity	GO:0004427	1	20%	0.03%	1.55E-3(n.s)
pyrophosphatase activity	GO:0016462	1	20%	3.67%	0.17(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	1	20%	3.69%	0.17(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	1	20%	3.69%	0.17(n.s)
molecular function unknown	GO:0005554	3	60%	35.75%	0.25(n.s)
transporter activity	GO:0005215	1	20%	6.64%	0.29(n.s)
hydrolase activity	GO:0016787	1	20%	11.45%	0.46(n.s)
catalytic activity	GO:0003824	1	20%	29.21%	0.82(n.s)
molecular_function	GO:0003674	5	100%	99.44%	0.97(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	4	80%	15.78%	2.7E-3(n.s)
mitochondrial inner membrane	GO:0005743	1	20%	2.43%	0.12(n.s)
inner membrane	GO:0019866	1	20%	2.43%	0.12(n.s)
mitochondrial membrane	GO:0005740	1	20%	3.16%	0.15(n.s)
cytoplasm	GO:0005737	4	80%	55.64%	0.27(n.s)
intracellular membrane-bound organelle	GO:0043231	4	80%	55.65%	0.27(n.s)
membrane-bound organelle	GO:0043227	4	80%	55.65%	0.27(n.s)
organelle	GO:0043226	4	80%	60.56%	0.35(n.s)
intracellular organelle	GO:0043229	4	80%	60.56%	0.35(n.s)
organelle membrane	GO:0031090	1	20%	8.58%	0.36(n.s)
membrane	GO:0016020	1	20%	15.38%	0.57(n.s)
cellular component unknown	GO:0008372	1	20%	15.74%	0.58(n.s)
intracellular	GO:0005622	4	80%	77.03%	0.68(n.s)
cell	GO:0005623	4	80%	83.5%	0.81(n.s)
cellular_component	GO:0005575	5	100%	99.61%	0.98(n.s)

cluster_16 (n = 16) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein-mitochondrial targeting	GO:0006626	15	93.75%	0.73%	1.13E-32(1.82E-29)
protein import	GO:0017038	14	87.5%	1.39%	4.29E-25(6.94E-22)
protein targeting	GO:0006605	15	93.75%	3.42%	1.01E-21(1.63E-18)
intracellular protein transport	GO:0006886	15	93.75%	3.7%	3.38E-21(5.46E-18)
protein transport	GO:0015031	15	93.75%	3.79%	4.95E-21(8E-18)
establishment of protein localization	GO:0045184	15	93.75%	3.95%	9.16E-21(1.48E-17)
protein localization	GO:0008104	15	93.75%	4.37%	4.3E-20(6.95E-17)
mitochondrial inner membrane protein import	GO:0045039	7	43.75%	0.14%	4.44E-18(7.18E-15)
intracellular transport	GO:0046907	15	93.75%	7.53%	1.72E-16(2.78E-13)
inner mitochondrial membrane organization and biogenesis	GO:0007007	7	43.75%	0.2%	2.11E-16(3.41E-13)
mitochondrial membrane organization and biogenesis	GO:0007006	7	43.75%	0.29%	6.14E-15(9.93E-12)
mitochondrial matrix protein import	GO:0030150	7	43.75%	0.31%	9.44E-15(1.53E-11)
membrane organization and biogenesis	GO:0016044	7	43.75%	0.48%	3.16E-13(5.11E-10)
transport	GO:0006810	15	93.75%	14.27%	2.6E-12(4.2E-9)
establishment of localization	GO:0051234	15	93.75%	14.39%	2.96E-12(4.78E-9)
localization	GO:0051179	15	93.75%	14.82%	4.61E-12(7.45E-9)
mitochondrion organization and biogenesis	GO:0007005	7	43.75%	1.47%	1.23E-9(1.98E-6)
cellular physiological process	GO:0050875	16	100%	71.65%	4.79E-3(n.s)
cellular process	GO:0009987	16	100%	72.29%	5.52E-3(n.s)
organelle organization and biogenesis	GO:0006996	7	43.75%	15.69%	7.13E-3(n.s)
physiological process	GO:0007582	16	100%	73.68%	7.5E-3(n.s)
cell organization and biogenesis	GO:0016043	7	43.75%	17.98%	0.02(n.s)
mRNA polyadenylylation	GO:0006378	1	6.25%	0.28%	0.04(n.s)
mRNA 3'-end processing	GO:0031124	1	6.25%	0.31%	0.05(n.s)
RNA 3'-end processing	GO:0031123	1	6.25%	0.33%	0.05(n.s)
protein-membrane targeting	GO:0006612	1	6.25%	0.48%	0.07(n.s)
mRNA processing	GO:0006397	1	6.25%	2.03%	0.28(n.s)
mRNA metabolism	GO:0016071	1	6.25%	2.85%	0.37(n.s)
RNA processing	GO:0006396	1	6.25%	5.33%	0.58(n.s)
RNA metabolism	GO:0016070	1	6.25%	8.32%	0.75(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	6.25%	23.17%	0.99(n.s)
biopolymer metabolism	GO:0043283	1	6.25%	25.06%	0.99(n.s)
biological_process	GO:0008150	16	100%	99.98%	1(n.s)
primary metabolism	GO:0044238	1	6.25%	48.71%	1(n.s)
cellular metabolism	GO:0044237	1	6.25%	52.12%	1(n.s)
metabolism	GO:0008152	1	6.25%	52.93%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein transporter activity	GO:0008565	13	81.25%	0.77%	3.64E-26(5.88E-23)
transporter activity	GO:0005215	13	81.25%	6.64%	1.93E-13(3.12E-10)
unfolded protein binding	GO:0051082	3	18.75%	0.9%	3.55E-4(0.57)
ATPase stimulator activity	GO:0001671	1	6.25%	0.05%	7.42E-3(n.s)
protein binding	GO:0005515	4	25%	7.39%	0.03(n.s)
enzyme activator activity	GO:0008047	1	6.25%	0.91%	0.14(n.s)
binding	GO:0005488	4	25%	17.35%	0.3(n.s)
enzyme regulator activity	GO:0030234	1	6.25%	2.54%	0.34(n.s)
molecular_function	GO:0003674	16	100%	99.44%	0.91(n.s)
molecular function unknown	GO:0005554	3	18.75%	35.75%	0.96(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial inner membrane presequence translocase complex	GO:0005744	7	43.75%	0.14%	4.44E-18(7.18E-15)
mitochondrial inner membrane	GO:0005743	11	68.75%	2.43%	4.88E-15(7.88E-12)
inner membrane	GO:0019866	11	68.75%	2.43%	4.88E-15(7.88E-12)
mitochondrial membrane	GO:0005740	11	68.75%	3.16%	9.14E-14(1.48E-10)
mitochondrion	GO:0005739	16	100%	15.78%	1.34E-13(2.17E-10)
protein complex	GO:0043234	16	100%	21.07%	1.4E-11(2.27E-8)
mitochondrial intermembrane space protein transporter complex	GO:0042719	4	25%	0.06%	2.52E-11(4.07E-8)
mitochondrial inner membrane protein insertion complex	GO:0042721	4	25%	0.06%	2.52E-11(4.07E-8)
mitochondrial intermembrane space	GO:0005758	5	31.25%	0.39%	2.42E-9(3.91E-6)
organelle membrane	GO:0031090	11	68.75%	8.58%	4.96E-9(8.01E-6)
presequence translocase-associated import motor	GO:0001405	3	18.75%	0.08%	1.25E-7(2.01E-4)
membrane	GO:0016020	11	68.75%	15.38%	2.24E-6(3.62E-3)
cytoplasm	GO:0005737	16	100%	55.64%	8.31E-5(0.13)
intracellular membrane-bound organelle	GO:0043231	16	100%	55.65%	8.35E-5(0.13)
membrane-bound organelle	GO:0043227	16	100%	55.65%	8.35E-5(0.13)
organelle	GO:0043226	16	100%	60.56%	3.24E-4(0.52)
intracellular organelle	GO:0043229	16	100%	60.56%	3.24E-4(0.52)
intracellular	GO:0005622	16	100%	77.03%	0.02(n.s)
polysome	GO:0005844	1	6.25%	0.19%	0.03(n.s)
cell	GO:0005623	16	100%	83.5%	0.06(n.s)
mitochondrial matrix	GO:0005759	1	6.25%	2.52%	0.34(n.s)
ribonucleoprotein complex	GO:0030529	1	6.25%	7.19%	0.7(n.s)
cellular_component	GO:0005575	16	100%	99.61%	0.94(n.s)
nucleus	GO:0005634	1	6.25%	31.01%	1(n.s)

cluster_155 (n = 18) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ATP biosynthesis	GO:0006754	18	100%	0.31%	3.28E-51(5.3E-48)
nucleoside phosphate metabolism	GO:0006753	18	100%	0.31%	3.28E-51(5.3E-48)
energy coupled proton transport, down electrochemical gradient	GO:0015985	18	100%	0.31%	3.28E-51(5.3E-48)
ATP synthesis coupled proton transport	GO:0015986	18	100%	0.31%	3.28E-51(5.3E-48)
ATP metabolism	GO:0046034	18	100%	0.31%	3.28E-51(5.3E-48)
purine nucleoside triphosphate metabolism	GO:0009144	18	100%	0.34%	1.26E-49(2.04E-46)
purine ribonucleoside triphosphate metabolism	GO:0009205	18	100%	0.34%	1.26E-49(2.04E-46)
purine nucleoside triphosphate biosynthesis	GO:0009145	18	100%	0.34%	1.26E-49(2.04E-46)
purine ribonucleoside triphosphate biosynthesis	GO:0009206	18	100%	0.34%	1.26E-49(2.04E-46)
ribonucleoside triphosphate biosynthesis	GO:0009201	18	100%	0.36%	5.81E-49(9.39E-46)
ribonucleoside triphosphate metabolism	GO:0009199	18	100%	0.36%	5.81E-49(9.39E-46)
nucleoside triphosphate biosynthesis	GO:0009142	18	100%	0.37%	2.32E-48(3.76E-45)
hydrogen transport	GO:0006818	18	100%	0.37%	2.32E-48(3.76E-45)
proton transport	GO:0015992	18	100%	0.37%	2.32E-48(3.76E-45)
nucleoside triphosphate metabolism	GO:0009141	18	100%	0.39%	8.3E-48(1.34E-44)
monovalent inorganic cation transport	GO:0015672	18	100%	0.45%	5.98E-46(9.66E-43)
purine ribonucleotide biosynthesis	GO:0009152	18	100%	0.57%	3.05E-43(4.93E-40)
ribonucleotide biosynthesis	GO:0009260	18	100%	0.59%	5.8E-43(9.37E-40)
purine ribonucleotide metabolism	GO:0009150	18	100%	0.6%	1.08E-42(1.74E-39)
ribonucleotide metabolism	GO:0009259	18	100%	0.62%	1.96E-42(3.16E-39)
purine nucleotide biosynthesis	GO:0006164	18	100%	0.65%	6.11E-42(9.87E-39)
group transfer coenzyme metabolism	GO:0006752	18	100%	0.68%	1.78E-41(2.87E-38)
purine nucleotide metabolism	GO:0006163	18	100%	0.7%	2.96E-41(4.79E-38)
oxidative phosphorylation	GO:0006119	18	100%	0.71%	4.87E-41(7.87E-38)
nucleotide biosynthesis	GO:0009165	18	100%	0.84%	1.67E-39(2.71E-36)
coenzyme biosynthesis	GO:0009108	18	100%	0.87%	3.67E-39(5.93E-36)
cofactor biosynthesis	GO:0051188	18	100%	1.08%	4.01E-37(6.47E-34)
cation transport	GO:0006812	18	100%	1.36%	4.18E-35(6.75E-32)
nucleotide metabolism	GO:0009117	18	100%	1.38%	5.24E-35(8.46E-32)
ion transport	GO:0006811	18	100%	1.64%	1.67E-33(2.69E-30)
coenzyme metabolism	GO:0006732	18	100%	1.81%	1.15E-32(1.85E-29)
phosphorylation	GO:0016310	18	100%	2.21%	5.52E-31(8.92E-28)
cofactor metabolism	GO:0051186	18	100%	2.26%	8.22E-31(1.33E-27)
phosphate metabolism	GO:0006796	18	100%	2.91%	1E-28(1.62E-25)
phosphorus metabolism	GO:0006793	18	100%	2.91%	1E-28(1.62E-25)
generation of precursor metabolites and energy	GO:0006091	18	100%	3.5%	3.18E-27(5.15E-24)
transport	GO:0006810	18	100%	14.27%	5.19E-16(8.38E-13)
establishment of localization	GO:0051234	18	100%	14.39%	6.07E-16(9.81E-13)
localization	GO:0051179	18	100%	14.82%	1.04E-15(1.68E-12)
cellular biosynthesis	GO:0044249	18	100%	17.05%	1.33E-14(2.14E-11)
biosynthesis	GO:0009058	18	100%	18.28%	4.66E-14(7.53E-11)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	18	100%	23.17%	3.43E-12(5.54E-9)
primary metabolism	GO:0044238	18	100%	48.71%	2.33E-6(3.76E-3)
cellular metabolism	GO:0044237	18	100%	52.12%	7.89E-6(0.01)
metabolism	GO:0008152	18	100%	52.93%	1.04E-5(0.02)
cellular physiological process	GO:0050875	18	100%	71.65%	2.46E-3(n.s)
age-dependent general metabolic decline during replicative cell aging	GO:0001321	1	5.56%	0.02%	**
cellular process	GO:0009987	18	100%	72.29%	2.88E-3(n.s)
physiological process	GO:0007582	18	100%	73.68%	4.06E-3(n.s)
protein complex assembly	GO:0006461	3	16.67%	2.26%	7.21E-3(n.s)
age-dependent general metabolic decline	GO:0007571	1	5.56%	0.12%	0.02(n.s)
replicative cell aging	GO:0001302	1	5.56%	0.51%	0.09(n.s)
cell aging	GO:0007569	1	5.56%	0.64%	0.11(n.s)
aging	GO:0007568	1	5.56%	0.65%	0.11(n.s)
cell death	GO:0008219	1	5.56%	0.71%	0.12(n.s)
death	GO:0016265	1	5.56%	0.73%	0.12(n.s)
development	GO:0007275	1	5.56%	5.73%	0.65(n.s)
cellular protein metabolism	GO:0044267	3	16.67%	21.7%	0.78(n.s)
protein metabolism	GO:0019538	3	16.67%	22.06%	0.79(n.s)
cellular macromolecule metabolism	GO:0044260	3	16.67%	24.52%	0.85(n.s)
macromolecule metabolism	GO:0043170	3	16.67%	26.04%	0.88(n.s)
biological_process	GO:0008150	18	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
hydrogen-transporting ATP synthase activity, rotational mechanism	GO:0046933	15	83.33%	0.23%	7.69E-43(1.24E-39)
hydrogen ion transporter activity	GO:0015078	15	83.33%	0.84%	6.54E-30(1.06E-26)
monovalent inorganic cation transporter activity	GO:0015077	15	83.33%	0.88%	1.66E-29(2.69E-26)
cation transporter activity	GO:0008324	15	83.33%	1.89%	4.52E-24(7.3E-21)
ion transporter activity	GO:0015075	15	83.33%	2.21%	5.55E-23(8.98E-20)
transporter activity	GO:0005215	15	83.33%	6.64%	1.17E-15(1.89E-12)
structural molecule activity	GO:0005198	7	38.89%	5.51%	2.74E-5(0.04)
enzyme inhibitor activity	GO:0004857	1	5.56%	0.34%	0.06(n.s)
enzyme regulator activity	GO:0030234	1	5.56%	2.54%	0.37(n.s)
molecular_function	GO:0003674	18	100%	99.44%	0.9(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
hydrogen-translocating F-type ATPase complex	GO:0045255	18	100%	0.31%	3.28E-51(5.3E-48)
proton-transporting ATP synthase complex	GO:0045259	18	100%	0.31%	3.28E-51(5.3E-48)
proton-transporting two-sector ATPase complex	GO:0016469	18	100%	0.31%	3.28E-51(5.3E-48)
proton-transporting ATP synthase complex (sensu Eukaryota)	GO:0005753	18	100%	0.31%	3.28E-51(5.3E-48)
proton-transporting ATP synthase complex, coupling factor F(o)	GO:0045263	12	66.67%	0.19%	1.71E-33(2.77E-30)
proton-transporting ATP synthase complex, coupling factor F(o) (sensu Eukaryota)	GO:0000276	12	66.67%	0.19%	1.71E-33(2.77E-30)
mitochondrial inner membrane	GO:0005743	18	100%	2.43%	3.29E-30(5.32E-27)
inner membrane	GO:0019866	18	100%	2.43%	3.29E-30(5.32E-27)
mitochondrial membrane	GO:0005740	18	100%	3.16%	4.66E-28(7.54E-25)
integral to membrane	GO:0016021	18	100%	3.55%	4.08E-27(6.59E-24)
intrinsic to membrane	GO:0031224	18	100%	3.61%	5.63E-27(9.1E-24)
organelle membrane	GO:0031090	18	100%	8.58%	4.93E-20(7.97E-17)
membrane	GO:0016020	18	100%	15.38%	2.04E-15(3.29E-12)
mitochondrion	GO:0005739	18	100%	15.78%	3.25E-15(5.26E-12)
proton-transporting ATP synthase complex, catalytic core F(1) (sensu Eukaryota)	GO:0000275	5	27.78%	0.08%	9.18E-14(1.48E-10)
proton-transporting ATP synthase complex, catalytic core F(1)	GO:0045261	5	27.78%	0.08%	9.18E-14(1.48E-10)
protein complex	GO:0043234	18	100%	21.07%	6.1E-13(9.86E-10)
proton-transporting ATP synthase, central stalk (sensu Eukaryota)	GO:0005756	3	16.67%	0.05%	1.82E-8(2.94E-5)
proton-transporting ATP synthase, central stalk	GO:0045269	3	16.67%	0.05%	1.82E-8(2.94E-5)
proton-transporting ATP synthase, stator stalk	GO:0045265	3	16.67%	0.05%	1.82E-8(2.94E-5)
proton-transporting ATP synthase, stator stalk (sensu Eukaryota)	GO:0000274	3	16.67%	0.05%	1.82E-8(2.94E-5)
proton-transporting ATP synthase, catalytic core (sensu Eukaryota)	GO:0005754	2	11.11%	0.03%	7.34E-6(0.01)
proton-transporting ATP synthase, catalytic core	GO:0045267	2	11.11%	0.03%	7.34E-6(0.01)
cytoplasm	GO:0005737	18	100%	55.64%	2.56E-5(0.04)
intracellular membrane-bound organelle	GO:0043231	18	100%	55.65%	2.57E-5(0.04)
membrane-bound organelle	GO:0043227	18	100%	55.65%	2.57E-5(0.04)
organelle	GO:0043226	18	100%	60.56%	1.18E-4(0.19)
intracellular organelle	GO:0043229	18	100%	60.56%	1.18E-4(0.19)
intracellular	GO:0005622	18	100%	77.03%	9.05E-3(n.s)
cell	GO:0005623	18	100%	83.5%	0.04(n.s)
nucleoid	GO:0009295	1	5.56%	0.36%	0.06(n.s)
mitochondrial nucleoid	GO:0042645	1	5.56%	0.36%	0.06(n.s)
soluble fraction	GO:0005625	1	5.56%	0.56%	0.1(n.s)
cell fraction	GO:0000267	1	5.56%	1.72%	0.27(n.s)
mitochondrial matrix	GO:0005759	1	5.56%	2.52%	0.37(n.s)
cellular_component	GO:0005575	18	100%	99.61%	0.93(n.s)

cluster_156 (n = 10) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial electron transport, ubiquinol to cytochrome c	GO:0006122	9	90%	0.14%	1.87E-28(3.03E-25)
ATP synthesis coupled electron transport	GO:0042773	9	90%	0.39%	3.82E-22(6.17E-19)
ATP synthesis coupled electron transport (sensu Eukaryota)	GO:0042775	9	90%	0.39%	3.82E-22(6.17E-19)
electron transport	GO:0006118	9	90%	0.48%	3.76E-21(6.08E-18)
oxidative phosphorylation	GO:0006119	9	90%	0.71%	2.05E-19(3.32E-16)
aerobic respiration	GO:0009060	9	90%	1.27%	5.43E-17(8.78E-14)
cellular respiration	GO:0045333	9	90%	1.35%	9.5E-17(1.54E-13)
generation of precursor metabolites and energy	GO:0006091	10	100%	3.5%	2.27E-15(3.67E-12)
phosphorylation	GO:0016310	9	90%	2.21%	9.8E-15(1.58E-11)
phosphate metabolism	GO:0006796	9	90%	2.91%	1.22E-13(1.96E-10)
phosphorus metabolism	GO:0006793	9	90%	2.91%	1.22E-13(1.96E-10)
energy derivation by oxidation of organic compounds	GO:0015980	9	90%	3.04%	1.78E-13(2.88E-10)
transport	GO:0006810	9	90%	14.27%	2.06E-7(3.34E-4)
establishment of localization	GO:0051234	9	90%	14.39%	2.23E-7(3.6E-4)
localization	GO:0051179	9	90%	14.82%	2.9E-7(4.69E-4)
cellular metabolism	GO:0044237	10	100%	52.12%	1.47E-3(n.s)
cytochrome bc(1) complex assembly	GO:0017062	1	10%	0.02%	**
metabolism	GO:0008152	10	100%	52.93%	1.71E-3(n.s)
cytochrome complex assembly	GO:0017004	1	10%	0.08%	7.72E-3(n.s)
iron-sulfur cluster assembly	GO:0016226	1	10%	0.14%	0.01(n.s)
metallo-sulfur cluster assembly	GO:0031163	1	10%	0.14%	0.01(n.s)
cellular physiological process	GO:0050875	10	100%	71.65%	0.04(n.s)
cellular process	GO:0009987	10	100%	72.29%	0.04(n.s)
physiological process	GO:0007582	10	100%	73.68%	0.05(n.s)
protein complex assembly	GO:0006461	1	10%	2.26%	0.2(n.s)
cofactor metabolism	GO:0051186	1	10%	2.26%	0.2(n.s)
cellular protein metabolism	GO:0044267	1	10%	21.7%	0.91(n.s)
protein metabolism	GO:0019538	1	10%	22.06%	0.92(n.s)
cellular macromolecule metabolism	GO:0044260	1	10%	24.52%	0.94(n.s)
macromolecule metabolism	GO:0043170	1	10%	26.04%	0.95(n.s)
biological_process	GO:0008150	10	100%	99.98%	1(n.s)
primary metabolism	GO:0044238	1	10%	48.71%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ubiquinol-cytochrome-c reductase activity	GO:0008121	9	90%	0.14%	1.87E-28(3.03E-25)
oxidoreductase activity, acting on diphenols and related substances as donors	GO:0016679	9	90%	0.14%	1.87E-28(3.03E-25)
oxidoreductase activity, acting on diphenols and related substances as donors, cytochrome as acceptor	GO:0016681	9	90%	0.14%	1.87E-28(3.03E-25)
primary active transporter activity	GO:0015399	9	90%	0.77%	4.67E-19(7.54E-16)
hydrogen ion transporter activity	GO:0015078	9	90%	0.84%	9.9E-19(1.6E-15)
monovalent inorganic cation transporter activity	GO:0015077	9	90%	0.88%	1.67E-18(2.7E-15)
carrier activity	GO:0005386	9	90%	1.64%	6.07E-16(9.8E-13)
cation transporter activity	GO:0008324	9	90%	1.89%	2.25E-15(3.63E-12)
ion transporter activity	GO:0015075	9	90%	2.21%	9.8E-15(1.58E-11)
oxidoreductase activity	GO:0016491	9	90%	3.73%	1.18E-12(1.9E-9)
transporter activity	GO:0005215	10	100%	6.64%	1.52E-12(2.46E-9)
catalytic activity	GO:0003824	9	90%	29.21%	1.13E-4(0.18)
electron transporter, transferring electrons within CoQH2-cytochrome c reductase complex activity	GO:0045153	1	10%	0.02%	**
electron transporter activity	GO:0005489	1	10%	0.34%	0.03(n.s)
molecular_function	GO:0003674	10	100%	99.44%	0.95(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
respiratory chain complex III	GO:0045275	10	100%	0.15%	2.91E-32(4.69E-29)
respiratory chain complex III (sensu Eukaryota)	GO:0005750	10	100%	0.15%	2.91E-32(4.69E-29)
mitochondrial electron transport chain	GO:0005746	10	100%	0.4%	1.54E-25(2.49E-22)
mitochondrial inner membrane	GO:0005743	10	100%	2.43%	5.44E-17(8.79E-14)
inner membrane	GO:0019866	10	100%	2.43%	5.44E-17(8.79E-14)
mitochondrial membrane	GO:0005740	10	100%	3.16%	7.99E-16(1.29E-12)
organelle membrane	GO:0031090	10	100%	8.58%	2.01E-11(3.25E-8)
membrane	GO:0016020	10	100%	15.38%	7.13E-9(1.15E-5)
mitochondrion	GO:0005739	10	100%	15.78%	9.24E-9(1.49E-5)
protein complex	GO:0043234	10	100%	21.07%	1.68E-7(2.71E-4)
cytoplasm	GO:0005737	10	100%	55.64%	2.83E-3(n.s)
intracellular membrane-bound organelle	GO:0043231	10	100%	55.65%	2.83E-3(n.s)
membrane-bound organelle	GO:0043227	10	100%	55.65%	2.83E-3(n.s)
organelle	GO:0043226	10	100%	60.56%	6.61E-3(n.s)
intracellular organelle	GO:0043229	10	100%	60.56%	6.61E-3(n.s)
intracellular	GO:0005622	10	100%	77.03%	0.07(n.s)
cell	GO:0005623	10	100%	83.5%	0.16(n.s)
cellular_component	GO:0005575	10	100%	99.61%	0.96(n.s)

cluster_48 (n = 8) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
polyol metabolism	GO:0019751	2	25%	0.12%	3.75E-5(0.06)
glycerol metabolism	GO:0006071	2	25%	0.12%	3.75E-5(0.06)
lipid biosynthesis	GO:0008610	3	37.5%	1.92%	3.61E-4(0.58)
intracellular accumulation of glycerol	GO:0006973	1	12.5%	0.02%	**
phosphatidylglycerol biosynthesis	GO:0006655	1	12.5%	0.02%	**
phosphatidylglycerol metabolism	GO:0046471	1	12.5%	0.02%	**
cellular lipid metabolism	GO:0044255	3	37.5%	3.16%	1.55E-3(n.s)
phospholipid biosynthesis	GO:0008654	2	25%	0.81%	1.73E-3(n.s)
lipid metabolism	GO:0006629	3	37.5%	3.38%	1.88E-3(n.s)
membrane lipid biosynthesis	GO:0046467	2	25%	1.1%	3.2E-3(n.s)
phosphatidylserine metabolism	GO:0006658	1	12.5%	0.05%	3.71E-3(n.s)
NADH oxidation	GO:0006116	1	12.5%	0.05%	3.71E-3(n.s)
phospholipid metabolism	GO:0006644	2	25%	1.19%	3.75E-3(n.s)
membrane lipid metabolism	GO:0006643	2	25%	1.61%	6.76E-3(n.s)
NADH metabolism	GO:0006734	1	12.5%	0.09%	7.41E-3(n.s)
hyperosmotic response	GO:0006972	1	12.5%	0.11%	8.65E-3(n.s)
alcohol metabolism	GO:0006066	2	25%	2.43%	0.01(n.s)
NAD metabolism	GO:0019674	1	12.5%	0.22%	0.02(n.s)
mitochondrial membrane organization and biogenesis	GO:0007006	1	12.5%	0.29%	0.02(n.s)
nicotinamide metabolism	GO:0006769	1	12.5%	0.46%	0.04(n.s)
membrane organization and biogenesis	GO:0016044	1	12.5%	0.48%	0.04(n.s)
pyridine nucleotide metabolism	GO:0019362	1	12.5%	0.51%	0.04(n.s)
glycerophospholipid biosynthesis	GO:0046474	1	12.5%	0.53%	0.04(n.s)
oxidoreduction coenzyme metabolism	GO:0006733	1	12.5%	0.67%	0.05(n.s)
glycerophospholipid metabolism	GO:0006650	1	12.5%	0.68%	0.05(n.s)
response to osmotic stress	GO:0006970	1	12.5%	0.91%	0.07(n.s)
vitamin metabolism	GO:0006766	1	12.5%	1.13%	0.09(n.s)
water-soluble vitamin metabolism	GO:0006767	1	12.5%	1.13%	0.09(n.s)
nucleotide metabolism	GO:0009117	1	12.5%	1.38%	0.11(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	12.5%	1.47%	0.11(n.s)
coenzyme metabolism	GO:0006732	1	12.5%	1.81%	0.14(n.s)
biosynthesis	GO:0009058	3	37.5%	18.28%	0.17(n.s)
cofactor metabolism	GO:0051186	1	12.5%	2.26%	0.17(n.s)
cellular metabolism	GO:0044237	6	75%	52.12%	0.17(n.s)
metabolism	GO:0008152	6	75%	52.93%	0.19(n.s)
carbohydrate metabolism	GO:0005975	1	12.5%	3.38%	0.24(n.s)
response to abiotic stimulus	GO:0009628	1	12.5%	3.52%	0.25(n.s)
response to external stimulus	GO:0009605	1	12.5%	3.87%	0.27(n.s)
physiological process	GO:0007582	7	87.5%	73.68%	0.33(n.s)
response to stress	GO:0006950	1	12.5%	6.09%	0.4(n.s)
response to stimulus	GO:0050896	1	12.5%	8.41%	0.51(n.s)
cellular physiological process	GO:0050875	6	75%	71.65%	0.59(n.s)
primary metabolism	GO:0044238	4	50%	48.71%	0.61(n.s)
cellular process	GO:0009987	6	75%	72.29%	0.61(n.s)
organelle organization and biogenesis	GO:0006996	1	12.5%	15.69%	0.74(n.s)
cell organization and biogenesis	GO:0016043	1	12.5%	17.98%	0.8(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	12.5%	23.17%	0.88(n.s)
biological process unknown	GO:0000004	1	12.5%	25.64%	0.91(n.s)
macromolecule metabolism	GO:0043170	1	12.5%	26.04%	0.91(n.s)
biological_process	GO:0008150	8	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
glycerol-3-phosphate dehydrogenase (NAD+) activity	GO:0004367	2	25%	0.03%	1.34E-6(2.17E-3)
phosphotransferase activity, for other substituted phosphate groups	GO:0016780	2	25%	0.15%	6.02E-5(0.1)
oxidoreductase activity, acting on CH-OH group of donors	GO:0016614	3	37.5%	1.18%	8.42E-5(0.14)
transferase activity, transferring phosphorus-containing groups	GO:0016772	4	50%	5.19%	4.22E-4(0.68)
catalytic activity	GO:0003824	7	87.5%	29.21%	1.07E-3(n.s)
phosphatidyltransferase activity	GO:0030572	1	12.5%	0.02%	**
phosphatidate cytidylyltransferase activity	GO:0004605	1	12.5%	0.02%	**
glycerol-3-phosphate dehydrogenase activity	GO:0004368	1	12.5%	0.02%	**
CDP-diacylglycerol-glycerol-3-phosphate 3-phosphatidyltransferase activity	GO:0008444	1	12.5%	0.02%	**
cardiolipin synthase activity	GO:0008808	1	12.5%	0.02%	**
glycerol kinase activity	GO:0004370	1	12.5%	0.02%	**
oxidoreductase activity	GO:0016491	3	37.5%	3.73%	2.5E-3(n.s)
oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor	GO:0016616	2	25%	1.07%	3.02E-3(n.s)
transferase activity	GO:0016740	4	50%	10.13%	5.23E-3(n.s)
CDP-alcohol phosphatidyltransferase activity	GO:0017169	1	12.5%	0.08%	6.18E-3(n.s)
nucleotidyltransferase activity	GO:0016779	1	12.5%	1.91%	0.14(n.s)
phosphotransferase activity, alcohol group as acceptor	GO:0016773	1	12.5%	2.62%	0.19(n.s)
kinase activity	GO:0016301	1	12.5%	3.05%	0.22(n.s)
molecular_function	GO:0003674	8	100%	99.44%	0.96(n.s)
molecular function unknown	GO:0005554	1	12.5%	35.75%	0.97(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	6	75%	15.78%	3.2E-4(0.52)
cytoplasm	GO:0005737	8	100%	55.64%	9.15E-3(n.s)
peroxisome	GO:0005777	1	12.5%	0.87%	0.07(n.s)
microbody	GO:0042579	1	12.5%	0.87%	0.07(n.s)
intracellular membrane-bound organelle	GO:0043231	7	87.5%	55.65%	0.07(n.s)
membrane-bound organelle	GO:0043227	7	87.5%	55.65%	0.07(n.s)
endoplasmic reticulum	GO:0005783	2	25%	5.84%	0.08(n.s)
organelle	GO:0043226	7	87.5%	60.56%	0.11(n.s)
intracellular organelle	GO:0043229	7	87.5%	60.56%	0.11(n.s)
intracellular	GO:0005622	8	100%	77.03%	0.12(n.s)
cytosol	GO:0005829	2	25%	10.08%	0.19(n.s)
mitochondrial membrane	GO:0005740	1	12.5%	3.16%	0.23(n.s)
cell	GO:0005623	8	100%	83.5%	0.24(n.s)
organelle membrane	GO:0031090	1	12.5%	8.58%	0.51(n.s)
membrane	GO:0016020	1	12.5%	15.38%	0.74(n.s)
cellular_component	GO:0005575	8	100%	99.61%	0.97(n.s)

cluster_49 (n = 11) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein-mitochondrial targeting	GO:0006626	9	81.82%	0.73%	1.39E-18(2.24E-15)
mitochondrial matrix protein import	GO:0030150	7	63.64%	0.31%	2.75E-16(4.44E-13)
protein import	GO:0017038	9	81.82%	1.39%	7.11E-16(1.15E-12)
protein targeting	GO:0006605	9	81.82%	3.42%	2.85E-12(4.61E-9)
outer mitochondrial membrane organization and biogenesis	GO:0007008	4	36.36%	0.06%	4.56E-12(7.37E-9)
intracellular protein transport	GO:0006886	9	81.82%	3.7%	5.81E-12(9.39E-9)
protein transport	GO:0015031	9	81.82%	3.79%	7.28E-12(1.18E-8)
establishment of protein localization	GO:0045184	9	81.82%	3.95%	1.05E-11(1.69E-8)
protein localization	GO:0008104	9	81.82%	4.37%	2.6E-11(4.21E-8)
mitochondrial membrane organization and biogenesis	GO:0007006	5	45.45%	0.29%	5.69E-11(9.2E-8)
membrane organization and biogenesis	GO:0016044	5	45.45%	0.48%	8.24E-10(1.33E-6)
intracellular transport	GO:0046907	9	81.82%	7.53%	3.47E-9(5.61E-6)
mitochondrial outer membrane protein import	GO:0045040	3	27.27%	0.05%	3.68E-9(5.95E-6)
mitochondrion organization and biogenesis	GO:0007005	5	45.45%	1.47%	2.67E-7(4.32E-4)
transport	GO:0006810	9	81.82%	14.27%	9.91E-7(1.6E-3)
establishment of localization	GO:0051234	9	81.82%	14.39%	1.07E-6(1.73E-3)
localization	GO:0051179	9	81.82%	14.82%	1.39E-6(2.24E-3)
mitochondrial inner membrane protein import	GO:0045039	1	9.09%	0.14%	0.02(n.s)
organelle organization and biogenesis	GO:0006996	5	45.45%	15.69%	0.02(n.s)
inner mitochondrial membrane organization and biogenesis	GO:0007007	1	9.09%	0.2%	0.02(n.s)
cell organization and biogenesis	GO:0016043	5	45.45%	17.98%	0.03(n.s)
cellular physiological process	GO:0050875	10	90.91%	71.65%	0.14(n.s)
cellular process	GO:0009987	10	90.91%	72.29%	0.15(n.s)
physiological process	GO:0007582	10	90.91%	73.68%	0.17(n.s)
protein complex assembly	GO:0006461	1	9.09%	2.26%	0.22(n.s)
cellular protein metabolism	GO:0044267	1	9.09%	21.7%	0.93(n.s)
protein metabolism	GO:0019538	1	9.09%	22.06%	0.94(n.s)
cellular macromolecule metabolism	GO:0044260	1	9.09%	24.52%	0.95(n.s)
biological process unknown	GO:0000004	1	9.09%	25.64%	0.96(n.s)
macromolecule metabolism	GO:0043170	1	9.09%	26.04%	0.96(n.s)
biological_process	GO:0008150	11	100%	99.98%	1(n.s)
primary metabolism	GO:0044238	1	9.09%	48.71%	1(n.s)
cellular metabolism	GO:0044237	1	9.09%	52.12%	1(n.s)
metabolism	GO:0008152	1	9.09%	52.93%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein transporter activity	GO:0008565	8	72.73%	0.77%	1.17E-15(1.89E-12)
transporter activity	GO:0005215	8	72.73%	6.64%	4.93E-8(7.97E-5)
protein binding	GO:0005515	2	18.18%	7.39%	0.19(n.s)
binding	GO:0005488	2	18.18%	17.35%	0.59(n.s)
molecular_function	GO:0003674	11	100%	99.44%	0.94(n.s)
molecular function unknown	GO:0005554	1	9.09%	35.75%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial outer membrane	GO:0005741	11	100%	0.53%	1.42E-26(2.29E-23)
outer membrane	GO:0019867	11	100%	0.53%	1.42E-26(2.29E-23)
mitochondrial outer membrane translocase complex	GO:0005742	7	63.64%	0.11%	3.57E-21(5.77E-18)
mitochondrial membrane	GO:0005740	11	100%	3.16%	2.4E-17(3.88E-14)
organelle membrane	GO:0031090	11	100%	8.58%	1.7E-12(2.74E-9)
membrane	GO:0016020	11	100%	15.38%	1.09E-9(1.76E-6)
mitochondrion	GO:0005739	11	100%	15.78%	1.45E-9(2.34E-6)
mitochondrial sorting and assembly machinery complex	GO:0001401	3	27.27%	0.06%	1.47E-8(2.38E-5)
protein complex	GO:0043234	10	90.91%	21.07%	1.49E-6(2.41E-3)
cytoplasm	GO:0005737	11	100%	55.64%	1.57E-3(n.s)
intracellular membrane-bound organelle	GO:0043231	11	100%	55.65%	1.58E-3(n.s)
membrane-bound organelle	GO:0043227	11	100%	55.65%	1.58E-3(n.s)
organelle	GO:0043226	11	100%	60.56%	4E-3(n.s)
intracellular organelle	GO:0043229	11	100%	60.56%	4E-3(n.s)
extrinsic to membrane	GO:0019898	1	9.09%	0.48%	0.05(n.s)
intracellular	GO:0005622	11	100%	77.03%	0.06(n.s)
cell	GO:0005623	11	100%	83.5%	0.14(n.s)
cellular_component	GO:0005575	11	100%	99.61%	0.96(n.s)

cluster_46 (n = 10) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
organic acid metabolism	GO:0006082	9	90%	4.6%	7.88E-12(1.27E-8)
carboxylic acid metabolism	GO:0019752	9	90%	4.6%	7.88E-12(1.27E-8)
folic acid and derivative metabolism	GO:0006760	4	40%	0.14%	3.65E-10(5.89E-7)
one-carbon compound metabolism	GO:0006730	4	40%	0.19%	1.43E-9(2.31E-6)
glycine catabolism	GO:0006546	3	30%	0.06%	1.07E-8(1.73E-5)
serine family amino acid catabolism	GO:0009071	3	30%	0.08%	2.67E-8(4.32E-5)
folic acid and derivative biosynthesis	GO:0009396	3	30%	0.08%	2.67E-8(4.32E-5)
glycine metabolism	GO:0006544	3	30%	0.09%	5.34E-8(8.63E-5)
group transfer coenzyme metabolism	GO:0006752	4	40%	0.68%	3.83E-7(6.18E-4)
aromatic compound metabolism	GO:0006725	4	40%	0.88%	1.1E-6(1.78E-3)
heterocycle metabolism	GO:0046483	4	40%	1.1%	2.68E-6(4.34E-3)
amino acid metabolism	GO:0006520	5	50%	2.82%	3.79E-6(6.12E-3)
serine family amino acid metabolism	GO:0009069	3	30%	0.34%	4.06E-6(6.56E-3)
amino acid and derivative metabolism	GO:0006519	5	50%	3.05%	5.6E-6(9.04E-3)
amino acid catabolism	GO:0009063	3	30%	0.43%	8.59E-6(0.01)
amine metabolism	GO:0009308	5	50%	3.38%	9.2E-6(0.01)
amine catabolism	GO:0009310	3	30%	0.48%	1.18E-5(0.02)
nitrogen compound catabolism	GO:0044270	3	30%	0.48%	1.18E-5(0.02)
nitrogen compound metabolism	GO:0006807	5	50%	3.66%	1.36E-5(0.02)
coenzyme metabolism	GO:0006732	4	40%	1.81%	1.98E-5(0.03)
cofactor metabolism	GO:0051186	4	40%	2.26%	4.74E-5(0.08)
coenzyme biosynthesis	GO:0009108	3	30%	0.87%	7.11E-5(0.11)
cofactor biosynthesis	GO:0051188	3	30%	1.08%	1.39E-4(0.22)
purine base metabolism	GO:0006144	2	20%	0.25%	2.56E-4(0.41)
methionine metabolism	GO:0006555	2	20%	0.36%	5.37E-4(0.87)
sulfur amino acid metabolism	GO:0000096	2	20%	0.5%	1.04E-3(n.s)
nucleobase metabolism	GO:0009112	2	20%	0.51%	1.11E-3(n.s)
cellular metabolism	GO:0044237	10	100%	52.12%	1.47E-3(n.s)
pteridine and derivative biosynthesis	GO:0042559	1	10%	0.02%	**
nitrogenous compound fermentation	GO:0019666	1	10%	0.02%	**
purine fermentation	GO:0019653	1	10%	0.02%	**
conversion of met-tRNAf to fmet-tRNA	GO:0001718	1	10%	0.02%	**
folic acid biosynthesis	GO:0046656	1	10%	0.02%	**
acetate biosynthesis from carbon monoxide	GO:0019415	1	10%	0.02%	**
metabolism	GO:0008152	10	100%	52.93%	1.71E-3(n.s)
aspartate family amino acid metabolism	GO:0009066	2	20%	0.7%	2.06E-3(n.s)
folic acid metabolism	GO:0046655	1	10%	0.03%	3.1E-3(n.s)
charged-tRNA modification	GO:0019988	1	10%	0.03%	3.1E-3(n.s)
pteridine and derivative metabolism	GO:0042558	1	10%	0.03%	3.1E-3(n.s)
sulfur metabolism	GO:0006790	2	20%	0.87%	3.18E-3(n.s)
acetate biosynthesis	GO:0019413	1	10%	0.06%	6.18E-3(n.s)
purine base biosynthesis	GO:0009113	1	10%	0.09%	9.26E-3(n.s)
acetate metabolism	GO:0006083	1	10%	0.11%	0.01(n.s)
sulfur amino acid biosynthesis	GO:0000097	1	10%	0.14%	0.01(n.s)
cellular biosynthesis	GO:0044249	5	50%	17.05%	0.02(n.s)
cellular catabolism	GO:0044248	3	30%	5.84%	0.02(n.s)
catabolism	GO:0009056	3	30%	6.16%	0.02(n.s)
biosynthesis	GO:0009058	5	50%	18.28%	0.02(n.s)
sulfur compound biosynthesis	GO:0044272	1	10%	0.23%	0.02(n.s)
fermentation	GO:0006113	1	10%	0.25%	0.02(n.s)
organic acid biosynthesis	GO:0016053	1	10%	0.26%	0.03(n.s)
carboxylic acid biosynthesis	GO:0046394	1	10%	0.26%	0.03(n.s)
aromatic compound biosynthesis	GO:0019438	1	10%	0.26%	0.03(n.s)
nucleobase biosynthesis	GO:0046112	1	10%	0.33%	0.03(n.s)
cellular physiological process	GO:0050875	10	100%	71.65%	0.04(n.s)
cellular process	GO:0009987	10	100%	72.29%	0.04(n.s)
physiological process	GO:0007582	10	100%	73.68%	0.05(n.s)
vitamin biosynthesis	GO:0009110	1	10%	0.59%	0.06(n.s)
water-soluble vitamin biosynthesis	GO:0042364	1	10%	0.59%	0.06(n.s)
translational initiation	GO:0006413	1	10%	0.74%	0.07(n.s)
tRNA modification	GO:0006400	1	10%	1.02%	0.1(n.s)
vitamin metabolism	GO:0006766	1	10%	1.13%	0.11(n.s)
water-soluble vitamin metabolism	GO:0006767	1	10%	1.13%	0.11(n.s)
amino acid biosynthesis	GO:0008652	1	10%	1.53%	0.14(n.s)
tRNA metabolism	GO:0006399	1	10%	1.6%	0.15(n.s)
primary metabolism	GO:0044238	7	70%	48.71%	0.15(n.s)
amine biosynthesis	GO:0009309	1	10%	1.67%	0.16(n.s)
nitrogen compound biosynthesis	GO:0044271	1	10%	1.67%	0.16(n.s)
RNA modification	GO:0009451	1	10%	2.42%	0.22(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	10%	3.04%	0.27(n.s)
generation of precursor metabolites and energy	GO:0006091	1	10%	3.5%	0.3(n.s)
translation	GO:0043037	1	10%	6.47%	0.49(n.s)
RNA metabolism	GO:0016070	1	10%	8.32%	0.58(n.s)
biopolymer modification	GO:0043412	1	10%	9.25%	0.62(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	2	20%	23.17%	0.71(n.s)
protein biosynthesis	GO:0006412	1	10%	12.16%	0.73(n.s)
macromolecule biosynthesis	GO:0009059	1	10%	13.04%	0.75(n.s)
cellular protein metabolism	GO:0044267	1	10%	21.7%	0.91(n.s)
protein metabolism	GO:0019538	1	10%	22.06%	0.92(n.s)
cellular macromolecule metabolism	GO:0044260	1	10%	24.52%	0.94(n.s)
biopolymer metabolism	GO:0043283	1	10%	25.06%	0.94(n.s)
macromolecule metabolism	GO:0043170	1	10%	26.04%	0.95(n.s)
biological_process	GO:0008150	10	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
oxidoreductase activity, acting on the CH-NH group of donors, NAD or NADP as acceptor	GO:0016646	4	40%	0.19%	1.43E-9(2.31E-6)
oxidoreductase activity, acting on the CH-NH group of donors	GO:0016645	4	40%	0.22%	2.89E-9(4.66E-6)
methylenetetrahydrofolate reductase (NADPH) activity	GO:0004489	2	20%	0.03%	2.16E-6(3.49E-3)
methylenetetrahydrofolate dehydrogenase (NADP+) activity	GO:0004488	2	20%	0.03%	2.16E-6(3.49E-3)
methenyltetrahydrofolate cyclohydrolase activity	GO:0004477	2	20%	0.03%	2.16E-6(3.49E-3)
formate-tetrahydrofolate ligase activity	GO:0004329	2	20%	0.03%	2.16E-6(3.49E-3)
methylenetetrahydrofolate dehydrogenase activity	GO:0004486	2	20%	0.05%	6.47E-6(0.01)
cyclohydrolase activity	GO:0019238	2	20%	0.11%	4.52E-5(0.07)
ligase activity, forming carbon-nitrogen bonds	GO:0016879	3	30%	1.07%	1.33E-4(0.21)
hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in cyclic amidines	GO:0016814	2	20%	0.26%	2.9E-4(0.47)
oxidoreductase activity	GO:0016491	4	40%	3.73%	3.33E-4(0.54)
ligase activity	GO:0016874	3	30%	1.89%	7.17E-4(n.s)
5-formyltetrahydrofolate cyclo-ligase activity	GO:0030272	1	10%	0.02%	**
dihydropteroate synthase activity	GO:0004156	1	10%	0.02%	**
dihydroneopterin aldolase activity	GO:0004150	1	10%	0.02%	**
2-amino-4-hydroxy-6-hydroxymethyldihydropteridine diphosphokinase activity	GO:0003848	1	10%	0.02%	**
hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds	GO:0016810	2	20%	0.93%	3.64E-3(n.s)
cyclo-ligase activity	GO:0016882	1	10%	0.05%	4.64E-3(n.s)
aldehyde-lyase activity	GO:0016832	1	10%	0.06%	6.18E-3(n.s)
catalytic activity	GO:0003824	7	70%	29.21%	8.99E-3(n.s)
glycine hydroxymethyltransferase activity	GO:0004372	1	10%	0.11%	0.01(n.s)
diphosphotransferase activity	GO:0016778	1	10%	0.11%	0.01(n.s)
carbon-carbon lyase activity	GO:0016830	1	10%	0.43%	0.04(n.s)
transferase activity, transferring alkyl or aryl (other than methyl) groups	GO:0016765	1	10%	0.53%	0.05(n.s)
methyltransferase activity	GO:0008168	1	10%	1.1%	0.1(n.s)
transferase activity, transferring one-carbon groups	GO:0016741	1	10%	1.13%	0.11(n.s)
lyase activity	GO:0016829	1	10%	1.27%	0.12(n.s)
kinase activity	GO:0016301	1	10%	3.05%	0.27(n.s)
transferase activity	GO:0016740	2	20%	10.13%	0.27(n.s)
structural constituent of ribosome	GO:0003735	1	10%	3.58%	0.31(n.s)
hydrolase activity	GO:0016787	2	20%	11.45%	0.32(n.s)
transferase activity, transferring phosphorus-containing groups	GO:0016772	1	10%	5.19%	0.41(n.s)
structural molecule activity	GO:0005198	1	10%	5.51%	0.43(n.s)
molecular_function	GO:0003674	7	70%	99.44%	1(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
glycine cleavage complex	GO:0005960	3	30%	0.06%	1.07E-8(1.73E-5)
mitochondrion	GO:0005739	8	80%	15.78%	1.25E-5(0.02)
cytoplasm	GO:0005737	10	100%	55.64%	2.83E-3(n.s)
intracellular membrane-bound organelle	GO:0043231	9	90%	55.65%	0.03(n.s)
membrane-bound organelle	GO:0043227	9	90%	55.65%	0.03(n.s)
organelle	GO:0043226	9	90%	60.56%	0.05(n.s)
intracellular organelle	GO:0043229	9	90%	60.56%	0.05(n.s)
intracellular	GO:0005622	10	100%	77.03%	0.07(n.s)
cell	GO:0005623	10	100%	83.5%	0.16(n.s)
mitochondrial membrane	GO:0005740	1	10%	3.16%	0.27(n.s)
protein complex	GO:0043234	3	30%	21.07%	0.35(n.s)
organelle membrane	GO:0031090	1	10%	8.58%	0.59(n.s)
membrane	GO:0016020	1	10%	15.38%	0.81(n.s)
cellular_component	GO:0005575	10	100%	99.61%	0.96(n.s)
nucleus	GO:0005634	1	10%	31.01%	0.98(n.s)

cluster_45 (n = 8) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cellular lipid metabolism	GO:0044255	4	50%	3.16%	6.13E-5(0.1)
lipid metabolism	GO:0006629	4	50%	3.38%	7.96E-5(0.13)
phospholipid metabolism	GO:0006644	3	37.5%	1.19%	8.75E-5(0.14)
MAPKKK cascade	GO:0000165	2	25%	0.26%	1.81E-4(0.29)
membrane lipid metabolism	GO:0006643	3	37.5%	1.61%	2.14E-4(0.35)
protein kinase cascade	GO:0007243	2	25%	0.31%	2.52E-4(0.41)
lipid biosynthesis	GO:0008610	3	37.5%	1.92%	3.61E-4(0.58)
phospholipid biosynthesis	GO:0008654	2	25%	0.81%	1.73E-3(n.s)
membrane lipid biosynthesis	GO:0046467	2	25%	1.1%	3.2E-3(n.s)
phosphoinositide phosphorylation	GO:0046854	1	12.5%	0.06%	4.95E-3(n.s)
lipid phosphorylation	GO:0046834	1	12.5%	0.06%	4.95E-3(n.s)
ethanolamine and derivative metabolism	GO:0042439	1	12.5%	0.08%	6.18E-3(n.s)
phosphatidylethanolamine metabolism	GO:0046337	1	12.5%	0.08%	6.18E-3(n.s)
ethanolamine metabolism	GO:0006580	1	12.5%	0.08%	6.18E-3(n.s)
ethanolamine biosynthesis	GO:0046335	1	12.5%	0.08%	6.18E-3(n.s)
phosphatidylethanolamine biosynthesis	GO:0006646	1	12.5%	0.08%	6.18E-3(n.s)
intracellular signaling cascade	GO:0007242	2	25%	1.66%	7.14E-3(n.s)
myo-inositol metabolism	GO:0006020	1	12.5%	0.09%	7.41E-3(n.s)
negative regulation of transcription, DNA-dependent	GO:0045892	2	25%	1.89%	9.21E-3(n.s)
negative regulation of transcription	GO:0016481	2	25%	1.95%	9.8E-3(n.s)
protein secretion	GO:0009306	1	12.5%	0.14%	0.01(n.s)
negative regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0045934	2	25%	2.11%	0.01(n.s)
negative regulation of cellular metabolism	GO:0031324	2	25%	2.29%	0.01(n.s)
negative regulation of metabolism	GO:0009892	2	25%	2.4%	0.01(n.s)
lipid modification	GO:0030258	1	12.5%	0.19%	0.01(n.s)
alcohol metabolism	GO:0006066	2	25%	2.43%	0.01(n.s)
phosphoinositide-mediated signaling	GO:0048015	1	12.5%	0.2%	0.02(n.s)
inositol lipid-mediated signaling	GO:0048017	1	12.5%	0.2%	0.02(n.s)
signal transduction	GO:0007165	2	25%	2.59%	0.02(n.s)
negative regulation of cellular physiological process	GO:0051243	2	25%	2.59%	0.02(n.s)
negative regulation of cellular process	GO:0048523	2	25%	2.59%	0.02(n.s)
negative regulation of physiological process	GO:0043118	2	25%	2.62%	0.02(n.s)
negative regulation of biological process	GO:0048519	2	25%	2.71%	0.02(n.s)
nuclear migration, microtubule-mediated	GO:0030473	1	12.5%	0.23%	0.02(n.s)
microtubule-based movement	GO:0007018	1	12.5%	0.23%	0.02(n.s)
cytoskeleton-dependent intracellular transport	GO:0030705	1	12.5%	0.25%	0.02(n.s)
response to heat	GO:0009408	1	12.5%	0.26%	0.02(n.s)
biogenic amine biosynthesis	GO:0042401	1	12.5%	0.29%	0.02(n.s)
cell communication	GO:0007154	2	25%	3.08%	0.02(n.s)
amino acid derivative biosynthesis	GO:0042398	1	12.5%	0.31%	0.02(n.s)
nuclear positioning	GO:0040023	1	12.5%	0.31%	0.02(n.s)
response to temperature	GO:0009266	1	12.5%	0.31%	0.02(n.s)
nuclear migration	GO:0007097	1	12.5%	0.31%	0.02(n.s)
organelle organization and biogenesis	GO:0006996	4	50%	15.69%	0.02(n.s)
secretion	GO:0046903	2	25%	3.24%	0.03(n.s)
biogenic amine metabolism	GO:0006576	1	12.5%	0.39%	0.03(n.s)
amino acid derivative metabolism	GO:0006575	1	12.5%	0.42%	0.03(n.s)
protein-ER targeting	GO:0045047	1	12.5%	0.43%	0.03(n.s)
second-messenger-mediated signaling	GO:0019932	1	12.5%	0.43%	0.03(n.s)
establishment of protein localization	GO:0045184	2	25%	3.95%	0.04(n.s)
phosphoinositide metabolism	GO:0030384	1	12.5%	0.48%	0.04(n.s)
cell organization and biogenesis	GO:0016043	4	50%	17.98%	0.04(n.s)
steroid biosynthesis	GO:0006694	1	12.5%	0.56%	0.04(n.s)
protein localization	GO:0008104	2	25%	4.37%	0.04(n.s)
vacuole organization and biogenesis	GO:0007033	1	12.5%	0.59%	0.05(n.s)
cytoskeleton organization and biogenesis	GO:0007010	2	25%	4.48%	0.05(n.s)
negative regulation of transcription from RNA polymerase II promoter	GO:0000122	1	12.5%	0.64%	0.05(n.s)
regulation of transcription, DNA-dependent	GO:0006355	2	25%	4.68%	0.05(n.s)
telomeric heterochromatin formation	GO:0031509	1	12.5%	0.67%	0.05(n.s)
chromatin silencing at telomere	GO:0006348	1	12.5%	0.67%	0.05(n.s)
glycerophospholipid metabolism	GO:0006650	1	12.5%	0.68%	0.05(n.s)
steroid metabolism	GO:0008202	1	12.5%	0.7%	0.05(n.s)
regulation of transcription	GO:0045449	2	25%	4.96%	0.06(n.s)
positive regulation of transcription from RNA polymerase II promoter	GO:0045944	1	12.5%	0.74%	0.06(n.s)
regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0019219	2	25%	5.24%	0.06(n.s)
positive regulation of transcription, DNA-dependent	GO:0045893	1	12.5%	0.91%	0.07(n.s)
positive regulation of transcription	GO:0045941	1	12.5%	1.01%	0.08(n.s)
nuclear organization and biogenesis	GO:0006997	1	12.5%	1.01%	0.08(n.s)
regulation of cellular metabolism	GO:0031323	2	25%	5.98%	0.08(n.s)
positive regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0045935	1	12.5%	1.02%	0.08(n.s)
response to stress	GO:0006950	2	25%	6.09%	0.08(n.s)
positive regulation of cellular metabolism	GO:0031325	1	12.5%	1.05%	0.08(n.s)
positive regulation of metabolism	GO:0009893	1	12.5%	1.05%	0.08(n.s)
positive regulation of physiological process	GO:0043119	1	12.5%	1.1%	0.08(n.s)
positive regulation of cellular process	GO:0048522	1	12.5%	1.1%	0.08(n.s)
positive regulation of cellular physiological process	GO:0051242	1	12.5%	1.1%	0.08(n.s)
regulation of metabolism	GO:0019222	2	25%	6.37%	0.09(n.s)
negative regulation of gene expression, epigenetic	GO:0045814	1	12.5%	1.19%	0.09(n.s)
chromatin silencing	GO:0006342	1	12.5%	1.19%	0.09(n.s)
gene silencing	GO:0016458	1	12.5%	1.19%	0.09(n.s)
heterochromatin formation	GO:0031507	1	12.5%	1.19%	0.09(n.s)
positive regulation of biological process	GO:0048518	1	12.5%	1.21%	0.09(n.s)
establishment of localization	GO:0051234	3	37.5%	14.39%	0.1(n.s)
regulation of gene expression, epigenetic	GO:0040029	1	12.5%	1.27%	0.1(n.s)
chromatin assembly	GO:0031497	1	12.5%	1.27%	0.1(n.s)
transcription, DNA-dependent	GO:0006351	2	25%	6.78%	0.1(n.s)
microtubule cytoskeleton organization and biogenesis	GO:0000226	1	12.5%	1.32%	0.1(n.s)
hexose metabolism	GO:0019318	1	12.5%	1.32%	0.1(n.s)
localization	GO:0051179	3	37.5%	14.82%	0.1(n.s)
monosaccharide metabolism	GO:0005996	1	12.5%	1.43%	0.11(n.s)
transcription	GO:0006350	2	25%	7.43%	0.11(n.s)
chromatin assembly or disassembly	GO:0006333	1	12.5%	1.52%	0.12(n.s)
intracellular transport	GO:0046907	2	25%	7.53%	0.12(n.s)
microtubule-based process	GO:0007017	1	12.5%	1.55%	0.12(n.s)
actin cytoskeleton organization and biogenesis	GO:0030036	1	12.5%	1.55%	0.12(n.s)
actin filament-based process	GO:0030029	1	12.5%	1.61%	0.12(n.s)
amine biosynthesis	GO:0009309	1	12.5%	1.67%	0.13(n.s)
nitrogen compound biosynthesis	GO:0044271	1	12.5%	1.67%	0.13(n.s)
response to stimulus	GO:0050896	2	25%	8.41%	0.14(n.s)
regulation of cellular physiological process	GO:0051244	2	25%	8.49%	0.14(n.s)
regulation of cellular process	GO:0050794	2	25%	8.52%	0.14(n.s)
chromatin remodeling	GO:0006338	1	12.5%	2.01%	0.15(n.s)
regulation of physiological process	GO:0050791	2	25%	8.77%	0.15(n.s)
regulation of biological process	GO:0050789	2	25%	8.97%	0.16(n.s)
phosphorylation	GO:0016310	1	12.5%	2.21%	0.16(n.s)
biosynthesis	GO:0009058	3	37.5%	18.28%	0.17(n.s)
chromatin modification	GO:0016568	1	12.5%	2.77%	0.2(n.s)
regulation of transcription from RNA polymerase II promoter	GO:0006357	1	12.5%	2.8%	0.2(n.s)
phosphorus metabolism	GO:0006793	1	12.5%	2.91%	0.21(n.s)
phosphate metabolism	GO:0006796	1	12.5%	2.91%	0.21(n.s)
amino acid and derivative metabolism	GO:0006519	1	12.5%	3.05%	0.22(n.s)
cellular carbohydrate metabolism	GO:0044262	1	12.5%	3.08%	0.22(n.s)
secretory pathway	GO:0045045	1	12.5%	3.13%	0.22(n.s)
DNA packaging	GO:0006323	1	12.5%	3.14%	0.23(n.s)
establishment and/or maintenance of chromatin architecture	GO:0006325	1	12.5%	3.14%	0.23(n.s)
amine metabolism	GO:0009308	1	12.5%	3.38%	0.24(n.s)
carbohydrate metabolism	GO:0005975	1	12.5%	3.38%	0.24(n.s)
protein targeting	GO:0006605	1	12.5%	3.42%	0.24(n.s)
response to abiotic stimulus	GO:0009628	1	12.5%	3.52%	0.25(n.s)
nitrogen compound metabolism	GO:0006807	1	12.5%	3.66%	0.26(n.s)
intracellular protein transport	GO:0006886	1	12.5%	3.7%	0.26(n.s)
chromosome organization and biogenesis (sensu Eukaryota)	GO:0007001	1	12.5%	3.72%	0.26(n.s)
protein transport	GO:0015031	1	12.5%	3.79%	0.27(n.s)
response to external stimulus	GO:0009605	1	12.5%	3.87%	0.27(n.s)
chromosome organization and biogenesis	GO:0051276	1	12.5%	3.9%	0.27(n.s)
transcription from RNA polymerase II promoter	GO:0006366	1	12.5%	4.29%	0.3(n.s)
cellular process	GO:0009987	7	87.5%	72.29%	0.3(n.s)
transport	GO:0006810	2	25%	14.27%	0.32(n.s)
physiological process	GO:0007582	7	87.5%	73.68%	0.33(n.s)
primary metabolism	GO:0044238	5	62.5%	48.71%	0.34(n.s)
development	GO:0007275	1	12.5%	5.73%	0.38(n.s)
cellular metabolism	GO:0044237	5	62.5%	52.12%	0.41(n.s)
metabolism	GO:0008152	5	62.5%	52.93%	0.43(n.s)
DNA metabolism	GO:0006259	1	12.5%	8.58%	0.51(n.s)
biopolymer modification	GO:0043412	1	12.5%	9.25%	0.54(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	2	25%	23.17%	0.59(n.s)
cellular physiological process	GO:0050875	6	75%	71.65%	0.59(n.s)
biopolymer metabolism	GO:0043283	2	25%	25.06%	0.63(n.s)
cellular biosynthesis	GO:0044249	1	12.5%	17.05%	0.78(n.s)
cellular macromolecule metabolism	GO:0044260	1	12.5%	24.52%	0.89(n.s)
macromolecule metabolism	GO:0043170	1	12.5%	26.04%	0.91(n.s)
biological_process	GO:0008150	8	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
lipid kinase activity	GO:0001727	2	25%	0.12%	3.75E-5(0.06)
inositol or phosphatidylinositol kinase activity	GO:0004428	2	25%	0.17%	7.35E-5(0.12)
1-phosphatidylinositol-3-phosphate 5-kinase activity	GO:0000285	1	12.5%	0.02%	**
phosphatidylinositol phosphate kinase activity	GO:0016307	1	12.5%	0.03%	2.48E-3(n.s)
1-phosphatidylinositol 4-kinase activity	GO:0004430	1	12.5%	0.05%	3.71E-3(n.s)
oxysterol binding	GO:0008142	1	12.5%	0.09%	7.41E-3(n.s)
steroid binding	GO:0005496	1	12.5%	0.09%	7.41E-3(n.s)
protein kinase inhibitor activity	GO:0004860	1	12.5%	0.09%	7.41E-3(n.s)
kinase inhibitor activity	GO:0019210	1	12.5%	0.11%	8.65E-3(n.s)
protein binding	GO:0005515	3	37.5%	7.39%	0.02(n.s)
phosphotransferase activity, alcohol group as acceptor	GO:0016773	2	25%	2.62%	0.02(n.s)
transcription corepressor activity	GO:0003714	1	12.5%	0.25%	0.02(n.s)
tubulin binding	GO:0015631	1	12.5%	0.26%	0.02(n.s)
kinase activity	GO:0016301	2	25%	3.05%	0.02(n.s)
enzyme inhibitor activity	GO:0004857	1	12.5%	0.34%	0.03(n.s)
binding	GO:0005488	4	50%	17.35%	0.04(n.s)
transferase activity	GO:0016740	3	37.5%	10.13%	0.04(n.s)
transcription cofactor activity	GO:0003712	1	12.5%	0.56%	0.04(n.s)
protein kinase regulator activity	GO:0019887	1	12.5%	0.56%	0.04(n.s)
kinase regulator activity	GO:0019207	1	12.5%	0.6%	0.05(n.s)
transcription factor binding	GO:0008134	1	12.5%	0.6%	0.05(n.s)
cytoskeletal protein binding	GO:0008092	1	12.5%	0.74%	0.06(n.s)
transferase activity, transferring phosphorus-containing groups	GO:0016772	2	25%	5.19%	0.06(n.s)
enzyme regulator activity	GO:0030234	1	12.5%	2.54%	0.19(n.s)
transcription regulator activity	GO:0030528	1	12.5%	5%	0.34(n.s)
catalytic activity	GO:0003824	3	37.5%	29.21%	0.43(n.s)
molecular_function	GO:0003674	8	100%	99.44%	0.96(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
plasma membrane	GO:0005886	3	37.5%	3.67%	2.39E-3(n.s)
membrane	GO:0016020	5	62.5%	15.38%	3.18E-3(n.s)
bud	GO:0005933	2	25%	2.12%	0.01(n.s)
site of polarized growth	GO:0030427	2	25%	2.21%	0.01(n.s)
mitochondrion	GO:0005739	4	50%	15.78%	0.03(n.s)
bud tip	GO:0005934	1	12.5%	0.74%	0.06(n.s)
cell cortex	GO:0005938	1	12.5%	1.52%	0.12(n.s)
vacuolar membrane	GO:0005774	1	12.5%	1.55%	0.12(n.s)
bud neck	GO:0005935	1	12.5%	1.64%	0.12(n.s)
vacuole	GO:0005773	1	12.5%	2.97%	0.21(n.s)
cytoplasm	GO:0005737	6	75%	55.64%	0.23(n.s)
intracellular membrane-bound organelle	GO:0043231	6	75%	55.65%	0.23(n.s)
membrane-bound organelle	GO:0043227	6	75%	55.65%	0.23(n.s)
cell	GO:0005623	8	100%	83.5%	0.24(n.s)
integral to membrane	GO:0016021	1	12.5%	3.55%	0.25(n.s)
intrinsic to membrane	GO:0031224	1	12.5%	3.61%	0.25(n.s)
organelle	GO:0043226	6	75%	60.56%	0.33(n.s)
intracellular organelle	GO:0043229	6	75%	60.56%	0.33(n.s)
endoplasmic reticulum	GO:0005783	1	12.5%	5.84%	0.38(n.s)
intracellular	GO:0005622	7	87.5%	77.03%	0.42(n.s)
organelle membrane	GO:0031090	1	12.5%	8.58%	0.51(n.s)
nucleus	GO:0005634	1	12.5%	31.01%	0.95(n.s)
cellular_component	GO:0005575	8	100%	99.61%	0.97(n.s)

cluster_41 (n = 8) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
DNA replication	GO:0006260	4	50%	1.6%	4.07E-6(6.58E-3)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	7	87.5%	23.17%	2.27E-4(0.37)
DNA metabolism	GO:0006259	4	50%	8.58%	2.84E-3(n.s)
nucleotide metabolism	GO:0009117	2	25%	1.38%	4.99E-3(n.s)
cellular metabolism	GO:0044237	8	100%	52.12%	5.43E-3(n.s)
metabolism	GO:0008152	8	100%	52.93%	6.13E-3(n.s)
G1/S-specific transcription in mitotic cell cycle	GO:0000083	1	12.5%	0.19%	0.01(n.s)
primary metabolism	GO:0044238	7	87.5%	48.71%	0.03(n.s)
G1/S transition of mitotic cell cycle	GO:0000082	1	12.5%	0.85%	0.07(n.s)
cellular physiological process	GO:0050875	8	100%	71.65%	0.07(n.s)
cellular process	GO:0009987	8	100%	72.29%	0.07(n.s)
physiological process	GO:0007582	8	100%	73.68%	0.09(n.s)
aerobic respiration	GO:0009060	1	12.5%	1.27%	0.1(n.s)
interphase	GO:0051325	1	12.5%	1.35%	0.1(n.s)
interphase of mitotic cell cycle	GO:0051329	1	12.5%	1.35%	0.1(n.s)
cellular respiration	GO:0045333	1	12.5%	1.35%	0.1(n.s)
biopolymer metabolism	GO:0043283	4	50%	25.06%	0.11(n.s)
regulation of transcription from RNA polymerase II promoter	GO:0006357	1	12.5%	2.8%	0.2(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	12.5%	3.04%	0.22(n.s)
generation of precursor metabolites and energy	GO:0006091	1	12.5%	3.5%	0.25(n.s)
mitotic cell cycle	GO:0000278	1	12.5%	3.59%	0.25(n.s)
transcription from RNA polymerase II promoter	GO:0006366	1	12.5%	4.29%	0.3(n.s)
regulation of transcription, DNA-dependent	GO:0006355	1	12.5%	4.68%	0.32(n.s)
regulation of transcription	GO:0045449	1	12.5%	4.96%	0.33(n.s)
regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0019219	1	12.5%	5.24%	0.35(n.s)
regulation of cellular metabolism	GO:0031323	1	12.5%	5.98%	0.39(n.s)
cell cycle	GO:0007049	1	12.5%	6.12%	0.4(n.s)
regulation of metabolism	GO:0019222	1	12.5%	6.37%	0.41(n.s)
transcription, DNA-dependent	GO:0006351	1	12.5%	6.78%	0.43(n.s)
transcription	GO:0006350	1	12.5%	7.43%	0.46(n.s)
regulation of cellular physiological process	GO:0051244	1	12.5%	8.49%	0.51(n.s)
regulation of cellular process	GO:0050794	1	12.5%	8.52%	0.51(n.s)
regulation of physiological process	GO:0050791	1	12.5%	8.77%	0.52(n.s)
regulation of biological process	GO:0050789	1	12.5%	8.97%	0.53(n.s)
biological_process	GO:0008150	8	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ribonucleoside-diphosphate reductase activity	GO:0004748	4	50%	0.06%	9.68E-13(1.56E-9)
oxidoreductase activity, acting on CH2 groups, disulfide as acceptor	GO:0016728	4	50%	0.06%	9.68E-13(1.56E-9)
oxidoreductase activity, acting on CH2 groups	GO:0016725	4	50%	0.08%	4.84E-12(7.82E-9)
adenylate kinase activity	GO:0004017	2	25%	0.03%	1.34E-6(2.17E-3)
nucleotide kinase activity	GO:0019201	2	25%	0.06%	8.05E-6(0.01)
phosphotransferase activity, phosphate group as acceptor	GO:0016776	2	25%	0.14%	4.82E-5(0.08)
nucleobase, nucleoside, nucleotide kinase activity	GO:0019205	2	25%	0.14%	4.82E-5(0.08)
oxidoreductase activity	GO:0016491	4	50%	3.73%	1.18E-4(0.19)
catalytic activity	GO:0003824	6	75%	29.21%	9.76E-3(n.s)
transcription corepressor activity	GO:0003714	1	12.5%	0.25%	0.02(n.s)
kinase activity	GO:0016301	2	25%	3.05%	0.02(n.s)
transcription cofactor activity	GO:0003712	1	12.5%	0.56%	0.04(n.s)
transcription factor binding	GO:0008134	1	12.5%	0.6%	0.05(n.s)
transferase activity, transferring phosphorus-containing groups	GO:0016772	2	25%	5.19%	0.06(n.s)
transferase activity	GO:0016740	2	25%	10.13%	0.19(n.s)
transcription regulator activity	GO:0030528	1	12.5%	5%	0.34(n.s)
protein binding	GO:0005515	1	12.5%	7.39%	0.46(n.s)
binding	GO:0005488	1	12.5%	17.35%	0.78(n.s)
molecular_function	GO:0003674	8	100%	99.44%	0.96(n.s)
molecular function unknown	GO:0005554	1	12.5%	35.75%	0.97(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ribonucleoside-diphosphate reductase complex	GO:0005971	4	50%	0.06%	9.68E-13(1.56E-9)
mitochondrion	GO:0005739	4	50%	15.78%	0.03(n.s)
mitochondrial intermembrane space	GO:0005758	1	12.5%	0.39%	0.03(n.s)
protein complex	GO:0043234	4	50%	21.07%	0.07(n.s)
cytoplasm	GO:0005737	7	87.5%	55.64%	0.07(n.s)
intracellular membrane-bound organelle	GO:0043231	7	87.5%	55.65%	0.07(n.s)
membrane-bound organelle	GO:0043227	7	87.5%	55.65%	0.07(n.s)
organelle	GO:0043226	7	87.5%	60.56%	0.11(n.s)
intracellular organelle	GO:0043229	7	87.5%	60.56%	0.11(n.s)
intracellular	GO:0005622	8	100%	77.03%	0.12(n.s)
mitochondrial inner membrane	GO:0005743	1	12.5%	2.43%	0.18(n.s)
inner membrane	GO:0019866	1	12.5%	2.43%	0.18(n.s)
mitochondrial matrix	GO:0005759	1	12.5%	2.52%	0.19(n.s)
mitochondrial membrane	GO:0005740	1	12.5%	3.16%	0.23(n.s)
cell	GO:0005623	8	100%	83.5%	0.24(n.s)
nucleus	GO:0005634	3	37.5%	31.01%	0.47(n.s)
organelle membrane	GO:0031090	1	12.5%	8.58%	0.51(n.s)
membrane	GO:0016020	1	12.5%	15.38%	0.74(n.s)
cellular_component	GO:0005575	8	100%	99.61%	0.97(n.s)

cluster_9 (n = 6) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein complex assembly	GO:0006461	5	83.33%	2.26%	3.26E-8(5.26E-5)
chaperone-mediated protein complex assembly	GO:0051131	1	16.67%	0.02%	**
cellular protein metabolism	GO:0044267	5	83.33%	21.7%	2.35E-3(n.s)
protein metabolism	GO:0019538	5	83.33%	22.06%	2.54E-3(n.s)
cellular macromolecule metabolism	GO:0044260	5	83.33%	24.52%	4.21E-3(n.s)
macromolecule metabolism	GO:0043170	5	83.33%	26.04%	5.6E-3(n.s)
manganese ion transport	GO:0006828	1	16.67%	0.11%	6.49E-3(n.s)
transition metal ion transport	GO:0000041	1	16.67%	0.67%	0.04(n.s)
di-, tri-valent inorganic cation transport	GO:0015674	1	16.67%	0.79%	0.05(n.s)
metal ion transport	GO:0030001	1	16.67%	0.87%	0.05(n.s)
aerobic respiration	GO:0009060	1	16.67%	1.27%	0.07(n.s)
cellular respiration	GO:0045333	1	16.67%	1.35%	0.08(n.s)
cation transport	GO:0006812	1	16.67%	1.36%	0.08(n.s)
ion transport	GO:0006811	1	16.67%	1.64%	0.09(n.s)
primary metabolism	GO:0044238	5	83.33%	48.71%	0.1(n.s)
cellular metabolism	GO:0044237	5	83.33%	52.12%	0.13(n.s)
cellular physiological process	GO:0050875	6	100%	71.65%	0.14(n.s)
metabolism	GO:0008152	5	83.33%	52.93%	0.14(n.s)
cellular process	GO:0009987	6	100%	72.29%	0.14(n.s)
physiological process	GO:0007582	6	100%	73.68%	0.16(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	16.67%	3.04%	0.17(n.s)
generation of precursor metabolites and energy	GO:0006091	1	16.67%	3.5%	0.19(n.s)
transport	GO:0006810	1	16.67%	14.27%	0.6(n.s)
establishment of localization	GO:0051234	1	16.67%	14.39%	0.61(n.s)
localization	GO:0051179	1	16.67%	14.82%	0.62(n.s)
biological_process	GO:0008150	6	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
unfolded protein binding	GO:0051082	2	33.33%	0.9%	1.16E-3(n.s)
metallochaperone activity	GO:0016530	1	16.67%	0.06%	3.71E-3(n.s)
metal ion transporter activity	GO:0046873	1	16.67%	0.59%	0.03(n.s)
protein binding	GO:0005515	2	33.33%	7.39%	0.07(n.s)
ion transporter activity	GO:0015075	1	16.67%	2.21%	0.13(n.s)
ATPase activity	GO:0016887	1	16.67%	2.52%	0.14(n.s)
nucleoside-triphosphatase activity	GO:0017111	1	16.67%	3.42%	0.19(n.s)
pyrophosphatase activity	GO:0016462	1	16.67%	3.67%	0.2(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	1	16.67%	3.69%	0.2(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	1	16.67%	3.69%	0.2(n.s)
binding	GO:0005488	2	33.33%	17.35%	0.28(n.s)
transporter activity	GO:0005215	1	16.67%	6.64%	0.34(n.s)
hydrolase activity	GO:0016787	1	16.67%	11.45%	0.52(n.s)
molecular function unknown	GO:0005554	2	33.33%	35.75%	0.69(n.s)
catalytic activity	GO:0003824	1	16.67%	29.21%	0.87(n.s)
molecular_function	GO:0003674	6	100%	99.44%	0.97(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	6	100%	15.78%	1.53E-5(0.02)
mitochondrial inner membrane	GO:0005743	3	50%	2.43%	2.67E-4(0.43)
inner membrane	GO:0019866	3	50%	2.43%	2.67E-4(0.43)
mitochondrial membrane	GO:0005740	3	50%	3.16%	5.8E-4(0.94)
mitochondrial matrix	GO:0005759	2	33.33%	2.52%	8.89E-3(n.s)
organelle membrane	GO:0031090	3	50%	8.58%	0.01(n.s)
cytoplasm	GO:0005737	6	100%	55.64%	0.03(n.s)
intracellular membrane-bound organelle	GO:0043231	6	100%	55.65%	0.03(n.s)
membrane-bound organelle	GO:0043227	6	100%	55.65%	0.03(n.s)
organelle	GO:0043226	6	100%	60.56%	0.05(n.s)
intracellular organelle	GO:0043229	6	100%	60.56%	0.05(n.s)
membrane	GO:0016020	3	50%	15.38%	0.05(n.s)
intracellular	GO:0005622	6	100%	77.03%	0.21(n.s)
cell	GO:0005623	6	100%	83.5%	0.34(n.s)
cellular_component	GO:0005575	6	100%	99.61%	0.98(n.s)

cluster_147 (n = 9) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
tricarboxylic acid cycle	GO:0006099	6	66.67%	0.23%	4.18E-15(6.75E-12)
acetyl-CoA catabolism	GO:0046356	6	66.67%	0.23%	4.18E-15(6.75E-12)
coenzyme catabolism	GO:0009109	6	66.67%	0.26%	1.03E-14(1.67E-11)
cofactor catabolism	GO:0051187	6	66.67%	0.28%	1.55E-14(2.5E-11)
acetyl-CoA metabolism	GO:0006084	6	66.67%	0.31%	3.23E-14(5.21E-11)
mitochondrial electron transport, succinate to ubiquinone	GO:0006121	4	44.44%	0.06%	1.74E-12(2.82E-9)
cellular respiration	GO:0045333	7	77.78%	1.35%	2.23E-12(3.6E-9)
main pathways of carbohydrate metabolism	GO:0006092	6	66.67%	1.08%	1.07E-10(1.73E-7)
aerobic respiration	GO:0009060	6	66.67%	1.27%	2.84E-10(4.6E-7)
energy derivation by oxidation of organic compounds	GO:0015980	7	77.78%	3.04%	7.31E-10(1.18E-6)
generation of precursor metabolites and energy	GO:0006091	7	77.78%	3.5%	1.99E-9(3.22E-6)
coenzyme metabolism	GO:0006732	6	66.67%	1.81%	2.5E-9(4.05E-6)
cofactor metabolism	GO:0051186	6	66.67%	2.26%	9.59E-9(1.55E-5)
ATP synthesis coupled electron transport	GO:0042773	4	44.44%	0.39%	2.18E-8(3.52E-5)
ATP synthesis coupled electron transport (sensu Eukaryota)	GO:0042775	4	44.44%	0.39%	2.18E-8(3.52E-5)
electron transport	GO:0006118	4	44.44%	0.48%	5.39E-8(8.71E-5)
cellular carbohydrate metabolism	GO:0044262	6	66.67%	3.08%	6.19E-8(1E-4)
carbohydrate metabolism	GO:0005975	6	66.67%	3.38%	1.07E-7(1.73E-4)
oxidative phosphorylation	GO:0006119	4	44.44%	0.71%	2.77E-7(4.48E-4)
succinyl-CoA metabolism	GO:0006104	2	22.22%	0.03%	1.73E-6(2.79E-3)
cellular catabolism	GO:0044248	6	66.67%	5.84%	2.76E-6(4.45E-3)
catabolism	GO:0009056	6	66.67%	6.16%	3.79E-6(6.13E-3)
phosphorylation	GO:0016310	4	44.44%	2.21%	2.67E-5(0.04)
phosphate metabolism	GO:0006796	4	44.44%	2.91%	7.83E-5(0.13)
phosphorus metabolism	GO:0006793	4	44.44%	2.91%	7.83E-5(0.13)
tricarboxylic acid cycle intermediate metabolism	GO:0006100	2	22.22%	0.29%	2.92E-4(0.47)
cellular macromolecule metabolism	GO:0044260	6	66.67%	24.52%	8.99E-3(n.s)
macromolecule metabolism	GO:0043170	6	66.67%	26.04%	0.01(n.s)
transport	GO:0006810	4	44.44%	14.27%	0.03(n.s)
establishment of localization	GO:0051234	4	44.44%	14.39%	0.03(n.s)
localization	GO:0051179	4	44.44%	14.82%	0.03(n.s)
cellular metabolism	GO:0044237	7	77.78%	52.12%	0.11(n.s)
metabolism	GO:0008152	7	77.78%	52.93%	0.12(n.s)
primary metabolism	GO:0044238	6	66.67%	48.71%	0.23(n.s)
cellular physiological process	GO:0050875	7	77.78%	71.65%	0.51(n.s)
cellular process	GO:0009987	7	77.78%	72.29%	0.53(n.s)
physiological process	GO:0007582	7	77.78%	73.68%	0.56(n.s)
biological process unknown	GO:0000004	2	22.22%	25.64%	0.71(n.s)
biological_process	GO:0008150	9	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
oxidoreductase activity, acting on the CH-CH group of donors, quinone or related compound as acceptor	GO:0016635	5	55.56%	0.08%	1.35E-15(2.18E-12)
succinate dehydrogenase (ubiquinone) activity	GO:0008177	5	55.56%	0.08%	1.35E-15(2.18E-12)
oxidoreductase activity, acting on the CH-CH group of donors	GO:0016627	5	55.56%	0.29%	1.56E-11(2.52E-8)
succinate-CoA ligase (ADP-forming) activity	GO:0004775	2	22.22%	0.03%	1.73E-6(2.79E-3)
succinate-CoA ligase activity	GO:0004774	2	22.22%	0.03%	1.73E-6(2.79E-3)
oxidoreductase activity	GO:0016491	5	55.56%	3.73%	7.75E-6(0.01)
acid-thiol ligase activity	GO:0016878	2	22.22%	0.06%	1.04E-5(0.02)
CoA-ligase activity	GO:0016405	2	22.22%	0.06%	1.04E-5(0.02)
ligase activity, forming carbon-sulfur bonds	GO:0016877	2	22.22%	0.14%	6.19E-5(0.1)
catalytic activity	GO:0003824	7	77.78%	29.21%	3.61E-3(n.s)
ligase activity	GO:0016874	2	22.22%	1.89%	0.01(n.s)
molecular function unknown	GO:0005554	2	22.22%	35.75%	0.89(n.s)
molecular_function	GO:0003674	9	100%	99.44%	0.95(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
succinate dehydrogenase complex (ubiquinone)	GO:0045257	4	44.44%	0.06%	1.74E-12(2.82E-9)
respiratory chain complex II (sensu Eukaryota)	GO:0005749	4	44.44%	0.06%	1.74E-12(2.82E-9)
respiratory chain complex II	GO:0045273	4	44.44%	0.06%	1.74E-12(2.82E-9)
succinate dehydrogenase complex	GO:0045281	4	44.44%	0.06%	1.74E-12(2.82E-9)
fumarate reductase complex	GO:0045283	4	44.44%	0.06%	1.74E-12(2.82E-9)
mitochondrial electron transport chain	GO:0005746	4	44.44%	0.4%	2.57E-8(4.15E-5)
mitochondrial inner membrane	GO:0005743	5	55.56%	2.43%	9.3E-7(1.5E-3)
inner membrane	GO:0019866	5	55.56%	2.43%	9.3E-7(1.5E-3)
mitochondrion	GO:0005739	8	88.89%	15.78%	2.92E-6(4.71E-3)
mitochondrial membrane	GO:0005740	5	55.56%	3.16%	3.41E-6(5.51E-3)
organelle membrane	GO:0031090	5	55.56%	8.58%	4.3E-4(0.69)
membrane	GO:0016020	5	55.56%	15.38%	6.25E-3(n.s)
nucleoid	GO:0009295	1	11.11%	0.36%	0.03(n.s)
mitochondrial nucleoid	GO:0042645	1	11.11%	0.36%	0.03(n.s)
cytoplasm	GO:0005737	8	88.89%	55.64%	0.04(n.s)
intracellular membrane-bound organelle	GO:0043231	8	88.89%	55.65%	0.04(n.s)
membrane-bound organelle	GO:0043227	8	88.89%	55.65%	0.04(n.s)
organelle	GO:0043226	8	88.89%	60.56%	0.08(n.s)
intracellular organelle	GO:0043229	8	88.89%	60.56%	0.08(n.s)
protein complex	GO:0043234	4	44.44%	21.07%	0.1(n.s)
mitochondrial matrix	GO:0005759	1	11.11%	2.52%	0.21(n.s)
intracellular	GO:0005622	8	88.89%	77.03%	0.35(n.s)
cell	GO:0005623	8	88.89%	83.5%	0.55(n.s)
cellular component unknown	GO:0008372	1	11.11%	15.74%	0.79(n.s)
cellular_component	GO:0005575	9	100%	99.61%	0.97(n.s)

cluster_149 (n = 6) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
tricarboxylic acid cycle intermediate metabolism	GO:0006100	5	83.33%	0.29%	7.46E-13(1.21E-9)
isocitrate metabolism	GO:0006102	4	66.67%	0.08%	1.04E-12(1.68E-9)
glutamate biosynthesis	GO:0006537	4	66.67%	0.2%	1.48E-10(2.39E-7)
glutamate metabolism	GO:0006536	4	66.67%	0.25%	3.76E-10(6.08E-7)
main pathways of carbohydrate metabolism	GO:0006092	5	83.33%	1.08%	7.72E-10(1.25E-6)
glutamine family amino acid biosynthesis	GO:0009084	4	66.67%	0.37%	2.19E-9(3.54E-6)
glutamine family amino acid metabolism	GO:0009064	4	66.67%	0.67%	2.54E-8(4.1E-5)
energy derivation by oxidation of organic compounds	GO:0015980	5	83.33%	3.04%	1.44E-7(2.32E-4)
cellular carbohydrate metabolism	GO:0044262	5	83.33%	3.08%	1.55E-7(2.5E-4)
tricarboxylic acid cycle	GO:0006099	3	50%	0.23%	2.02E-7(3.27E-4)
acetyl-CoA catabolism	GO:0046356	3	50%	0.23%	2.02E-7(3.27E-4)
carbohydrate metabolism	GO:0005975	5	83.33%	3.38%	2.45E-7(3.96E-4)
generation of precursor metabolites and energy	GO:0006091	5	83.33%	3.5%	2.94E-7(4.74E-4)
coenzyme catabolism	GO:0009109	3	50%	0.26%	3.02E-7(4.88E-4)
cofactor catabolism	GO:0051187	3	50%	0.28%	3.62E-7(5.85E-4)
acetyl-CoA metabolism	GO:0006084	3	50%	0.31%	5.06E-7(8.17E-4)
amino acid biosynthesis	GO:0008652	4	66.67%	1.53%	7.63E-7(1.23E-3)
amine biosynthesis	GO:0009309	4	66.67%	1.67%	1.08E-6(1.75E-3)
nitrogen compound biosynthesis	GO:0044271	4	66.67%	1.67%	1.08E-6(1.75E-3)
organic acid metabolism	GO:0006082	5	83.33%	4.6%	1.15E-6(1.86E-3)
carboxylic acid metabolism	GO:0019752	5	83.33%	4.6%	1.15E-6(1.86E-3)
coenzyme metabolism	GO:0006732	4	66.67%	1.81%	1.49E-6(2.42E-3)
cofactor metabolism	GO:0051186	4	66.67%	2.26%	3.64E-6(5.88E-3)
amino acid metabolism	GO:0006520	4	66.67%	2.82%	8.77E-6(0.01)
amino acid and derivative metabolism	GO:0006519	4	66.67%	3.05%	1.2E-5(0.02)
amine metabolism	GO:0009308	4	66.67%	3.38%	1.8E-5(0.03)
nitrogen compound metabolism	GO:0006807	4	66.67%	3.66%	2.47E-5(0.04)
aerobic respiration	GO:0009060	3	50%	1.27%	3.84E-5(0.06)
cellular respiration	GO:0045333	3	50%	1.35%	4.59E-5(0.07)
cellular catabolism	GO:0044248	3	50%	5.84%	3.46E-3(n.s)
citrate metabolism	GO:0006101	1	16.67%	0.06%	3.71E-3(n.s)
catabolism	GO:0009056	3	50%	6.16%	4.04E-3(n.s)
cellular macromolecule metabolism	GO:0044260	5	83.33%	24.52%	4.21E-3(n.s)
propionate metabolism	GO:0019541	1	16.67%	0.08%	4.64E-3(n.s)
macromolecule metabolism	GO:0043170	5	83.33%	26.04%	5.6E-3(n.s)
fatty acid beta-oxidation	GO:0006635	1	16.67%	0.14%	8.34E-3(n.s)
cellular biosynthesis	GO:0044249	4	66.67%	17.05%	9.44E-3(n.s)
fatty acid oxidation	GO:0019395	1	16.67%	0.17%	0.01(n.s)
NADPH regeneration	GO:0006740	1	16.67%	0.17%	0.01(n.s)
NADP metabolism	GO:0006739	1	16.67%	0.19%	0.01(n.s)
biosynthesis	GO:0009058	4	66.67%	18.28%	0.01(n.s)
mitochondrial genome maintenance	GO:0000002	1	16.67%	0.42%	0.02(n.s)
nicotinamide metabolism	GO:0006769	1	16.67%	0.46%	0.03(n.s)
pyridine nucleotide metabolism	GO:0019362	1	16.67%	0.51%	0.03(n.s)
fatty acid metabolism	GO:0006631	1	16.67%	0.67%	0.04(n.s)
oxidoreduction coenzyme metabolism	GO:0006733	1	16.67%	0.67%	0.04(n.s)
vitamin metabolism	GO:0006766	1	16.67%	1.13%	0.07(n.s)
water-soluble vitamin metabolism	GO:0006767	1	16.67%	1.13%	0.07(n.s)
nucleotide metabolism	GO:0009117	1	16.67%	1.38%	0.08(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	16.67%	1.47%	0.09(n.s)
primary metabolism	GO:0044238	5	83.33%	48.71%	0.1(n.s)
cellular metabolism	GO:0044237	5	83.33%	52.12%	0.13(n.s)
metabolism	GO:0008152	5	83.33%	52.93%	0.14(n.s)
cellular lipid metabolism	GO:0044255	1	16.67%	3.16%	0.18(n.s)
lipid metabolism	GO:0006629	1	16.67%	3.38%	0.19(n.s)
cellular physiological process	GO:0050875	5	83.33%	71.65%	0.46(n.s)
cellular process	GO:0009987	5	83.33%	72.29%	0.47(n.s)
physiological process	GO:0007582	5	83.33%	73.68%	0.5(n.s)
organelle organization and biogenesis	GO:0006996	1	16.67%	15.69%	0.64(n.s)
cell organization and biogenesis	GO:0016043	1	16.67%	17.98%	0.7(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	16.67%	23.17%	0.79(n.s)
biological process unknown	GO:0000004	1	16.67%	25.64%	0.83(n.s)
biological_process	GO:0008150	6	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
isocitrate dehydrogenase activity	GO:0004448	4	66.67%	0.08%	1.04E-12(1.68E-9)
oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor	GO:0016616	4	66.67%	1.07%	1.76E-7(2.85E-4)
oxidoreductase activity, acting on CH-OH group of donors	GO:0016614	4	66.67%	1.18%	2.61E-7(4.22E-4)
isocitrate dehydrogenase (NAD+) activity	GO:0004449	2	33.33%	0.03%	7.2E-7(1.16E-3)
aconitate hydratase activity	GO:0003994	2	33.33%	0.03%	7.2E-7(1.16E-3)
isocitrate dehydrogenase (NADP+) activity	GO:0004450	2	33.33%	0.05%	2.16E-6(3.49E-3)
oxidoreductase activity	GO:0016491	4	66.67%	3.73%	2.68E-5(0.04)
hydro-lyase activity	GO:0016836	2	33.33%	0.43%	2.69E-4(0.44)
carbon-oxygen lyase activity	GO:0016835	2	33.33%	0.56%	4.47E-4(0.72)
catalytic activity	GO:0003824	6	100%	29.21%	6.18E-4(1)
lyase activity	GO:0016829	2	33.33%	1.27%	2.31E-3(n.s)
molecular_function	GO:0003674	6	100%	99.44%	0.97(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
nucleoid	GO:0009295	3	50%	0.36%	7.85E-7(1.27E-3)
mitochondrial nucleoid	GO:0042645	3	50%	0.36%	7.85E-7(1.27E-3)
mitochondrial matrix	GO:0005759	4	66.67%	2.52%	5.65E-6(9.13E-3)
mitochondrion	GO:0005739	6	100%	15.78%	1.53E-5(0.02)
cytoplasm	GO:0005737	6	100%	55.64%	0.03(n.s)
intracellular membrane-bound organelle	GO:0043231	6	100%	55.65%	0.03(n.s)
membrane-bound organelle	GO:0043227	6	100%	55.65%	0.03(n.s)
organelle	GO:0043226	6	100%	60.56%	0.05(n.s)
intracellular organelle	GO:0043229	6	100%	60.56%	0.05(n.s)
peroxisome	GO:0005777	1	16.67%	0.87%	0.05(n.s)
microbody	GO:0042579	1	16.67%	0.87%	0.05(n.s)
intracellular	GO:0005622	6	100%	77.03%	0.21(n.s)
cell	GO:0005623	6	100%	83.5%	0.34(n.s)
cytosol	GO:0005829	1	16.67%	10.08%	0.47(n.s)
cellular_component	GO:0005575	6	100%	99.61%	0.98(n.s)

cluster_79 (n = 48) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein biosynthesis	GO:0006412	44	91.67%	12.16%	2.22E-36(3.59E-33)
macromolecule biosynthesis	GO:0009059	44	91.67%	13.04%	5.08E-35(8.22E-32)
cellular biosynthesis	GO:0044249	44	91.67%	17.05%	7.41E-30(1.2E-26)
biosynthesis	GO:0009058	44	91.67%	18.28%	1.56E-28(2.53E-25)
cellular protein metabolism	GO:0044267	44	91.67%	21.7%	2.88E-25(4.65E-22)
protein metabolism	GO:0019538	44	91.67%	22.06%	5.85E-25(9.45E-22)
cellular macromolecule metabolism	GO:0044260	44	91.67%	24.52%	5.82E-23(9.41E-20)
macromolecule metabolism	GO:0043170	44	91.67%	26.04%	7.84E-22(1.27E-18)
primary metabolism	GO:0044238	45	93.75%	48.71%	1.89E-11(3.06E-8)
cellular metabolism	GO:0044237	45	93.75%	52.12%	3.33E-10(5.38E-7)
metabolism	GO:0008152	45	93.75%	52.93%	6.35E-10(1.03E-6)
cellular physiological process	GO:0050875	48	100%	71.65%	1.05E-7(1.7E-4)
cellular process	GO:0009987	48	100%	72.29%	1.61E-7(2.6E-4)
physiological process	GO:0007582	48	100%	73.68%	4.04E-7(6.53E-4)
aerobic respiration	GO:0009060	5	10.42%	1.27%	3.26E-4(0.53)
cellular respiration	GO:0045333	5	10.42%	1.35%	4.3E-4(0.69)
mitochondrial genome maintenance	GO:0000002	3	6.25%	0.42%	9.95E-4(n.s)
ribosomal large subunit assembly and maintenance	GO:0000027	3	6.25%	0.6%	2.92E-3(n.s)
ribosomal subunit assembly	GO:0042257	3	6.25%	0.81%	6.6E-3(n.s)
ribosome assembly	GO:0042255	3	6.25%	0.99%	0.01(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	5	10.42%	3.04%	0.01(n.s)
generation of precursor metabolites and energy	GO:0006091	5	10.42%	3.5%	0.03(n.s)
mitochondrion organization and biogenesis	GO:0007005	3	6.25%	1.47%	0.03(n.s)
protein complex assembly	GO:0006461	3	6.25%	2.26%	0.09(n.s)
cytoplasm organization and biogenesis	GO:0007028	4	8.33%	3.9%	0.12(n.s)
ribosome biogenesis and assembly	GO:0042254	4	8.33%	3.9%	0.12(n.s)
axial bud site selection	GO:0007120	1	2.08%	0.34%	0.15(n.s)
sterol metabolism	GO:0016125	1	2.08%	0.57%	0.24(n.s)
fatty acid metabolism	GO:0006631	1	2.08%	0.67%	0.28(n.s)
steroid metabolism	GO:0008202	1	2.08%	0.7%	0.29(n.s)
bud site selection	GO:0000282	1	2.08%	1.01%	0.39(n.s)
cytokinesis, site selection	GO:0007105	1	2.08%	1.01%	0.39(n.s)
cell budding	GO:0007114	1	2.08%	1.19%	0.44(n.s)
asexual reproduction	GO:0019954	1	2.08%	1.19%	0.44(n.s)
cellular lipid metabolism	GO:0044255	2	4.17%	3.16%	0.45(n.s)
lipid metabolism	GO:0006629	2	4.17%	3.38%	0.49(n.s)
organelle organization and biogenesis	GO:0006996	8	16.67%	15.69%	0.49(n.s)
cytokinesis	GO:0000910	1	2.08%	1.5%	0.52(n.s)
establishment of cell polarity (sensu Fungi)	GO:0030468	1	2.08%	1.6%	0.54(n.s)
establishment of cell polarity	GO:0030010	1	2.08%	1.6%	0.54(n.s)
establishment and/or maintenance of cell polarity (sensu Fungi)	GO:0030467	1	2.08%	1.66%	0.55(n.s)
establishment and/or maintenance of cell polarity	GO:0007163	1	2.08%	1.66%	0.55(n.s)
cell division	GO:0051301	1	2.08%	1.91%	0.6(n.s)
cell organization and biogenesis	GO:0016043	8	16.67%	17.98%	0.65(n.s)
cellular morphogenesis	GO:0000902	1	2.08%	2.23%	0.66(n.s)
morphogenesis	GO:0009653	1	2.08%	2.23%	0.66(n.s)
alcohol metabolism	GO:0006066	1	2.08%	2.43%	0.69(n.s)
ribosome biogenesis	GO:0007046	1	2.08%	3.3%	0.8(n.s)
reproduction	GO:0000003	1	2.08%	3.92%	0.85(n.s)
cytoskeleton organization and biogenesis	GO:0007010	1	2.08%	4.48%	0.89(n.s)
organic acid metabolism	GO:0006082	1	2.08%	4.6%	0.9(n.s)
carboxylic acid metabolism	GO:0019752	1	2.08%	4.6%	0.9(n.s)
development	GO:0007275	1	2.08%	5.73%	0.94(n.s)
translation	GO:0043037	1	2.08%	6.47%	0.96(n.s)
biological_process	GO:0008150	48	100%	99.98%	0.99(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
structural constituent of ribosome	GO:0003735	44	91.67%	3.58%	5.77E-61(9.32E-58)
structural molecule activity	GO:0005198	44	91.67%	5.51%	4.89E-52(7.9E-49)
peptidyltransferase activity	GO:0000048	3	6.25%	0.05%	3.86E-7(6.24E-4)
transferase activity, transferring amino-acyl groups	GO:0016755	3	6.25%	0.08%	3.82E-6(6.17E-3)
sterol 3-beta-glucosyltransferase activity	GO:0016906	1	2.08%	0.02%	**
transferase activity, transferring acyl groups	GO:0016746	3	6.25%	1.43%	0.03(n.s)
UDP-glucosyltransferase activity	GO:0035251	1	2.08%	0.19%	0.09(n.s)
glucosyltransferase activity	GO:0046527	1	2.08%	0.22%	0.1(n.s)
UDP-glycosyltransferase activity	GO:0008194	1	2.08%	0.26%	0.12(n.s)
RNA helicase activity	GO:0003724	1	2.08%	0.64%	0.26(n.s)
transferase activity, transferring hexosyl groups	GO:0016758	1	2.08%	1.12%	0.42(n.s)
helicase activity	GO:0004386	1	2.08%	1.3%	0.47(n.s)
transferase activity, transferring glycosyl groups	GO:0016757	1	2.08%	1.41%	0.5(n.s)
transferase activity	GO:0016740	4	8.33%	10.13%	0.73(n.s)
molecular_function	GO:0003674	48	100%	99.44%	0.76(n.s)
transcription regulator activity	GO:0030528	1	2.08%	5%	0.92(n.s)
catalytic activity	GO:0003824	5	10.42%	29.21%	1(n.s)
molecular function unknown	GO:0005554	2	4.17%	35.75%	1(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial large ribosomal subunit	GO:0005762	43	89.58%	0.68%	7.77E-104(1.26E-100)
organellar large ribosomal subunit	GO:0000315	43	89.58%	0.68%	7.77E-104(1.26E-100)
organellar ribosome	GO:0000313	44	91.67%	1.29%	9.79E-85(1.58E-81)
mitochondrial ribosome	GO:0005761	44	91.67%	1.29%	9.79E-85(1.58E-81)
large ribosomal subunit	GO:0015934	43	89.58%	2.12%	1.25E-69(2.03E-66)
mitochondrial matrix	GO:0005759	44	91.67%	2.52%	1.73E-68(2.8E-65)
ribosome	GO:0005840	44	91.67%	4.4%	1.17E-56(1.89E-53)
ribonucleoprotein complex	GO:0030529	44	91.67%	7.19%	1.03E-46(1.66E-43)
intracellular non-membrane-bound organelle	GO:0043232	45	93.75%	14.3%	4.26E-35(6.89E-32)
non-membrane-bound organelle	GO:0043228	45	93.75%	14.3%	4.26E-35(6.89E-32)
mitochondrion	GO:0005739	46	95.83%	15.78%	4.49E-35(7.26E-32)
protein complex	GO:0043234	44	91.67%	21.07%	7.87E-26(1.27E-22)
cytoplasm	GO:0005737	48	100%	55.64%	5.21E-13(8.42E-10)
intracellular membrane-bound organelle	GO:0043231	46	95.83%	55.65%	4.09E-10(6.61E-7)
membrane-bound organelle	GO:0043227	46	95.83%	55.65%	4.09E-10(6.61E-7)
organelle	GO:0043226	47	97.92%	60.56%	1.02E-9(1.65E-6)
intracellular organelle	GO:0043229	47	97.92%	60.56%	1.02E-9(1.65E-6)
intracellular	GO:0005622	48	100%	77.03%	3.44E-6(5.56E-3)
cell	GO:0005623	48	100%	83.5%	1.69E-4(0.27)
contractile ring	GO:0005826	1	2.08%	0.33%	0.15(n.s)
contractile ring (sensu Fungi)	GO:0030480	1	2.08%	0.33%	0.15(n.s)
contractile ring (sensu Saccharomyces)	GO:0000142	1	2.08%	0.33%	0.15(n.s)
actin cytoskeleton	GO:0015629	1	2.08%	1.38%	0.49(n.s)
cell cortex	GO:0005938	1	2.08%	1.52%	0.52(n.s)
bud neck	GO:0005935	1	2.08%	1.64%	0.55(n.s)
bud	GO:0005933	1	2.08%	2.12%	0.64(n.s)
site of polarized growth	GO:0030427	1	2.08%	2.21%	0.66(n.s)
cytoskeleton	GO:0005856	1	2.08%	2.93%	0.76(n.s)
cellular_component	GO:0005575	48	100%	99.61%	0.83(n.s)
nucleus	GO:0005634	1	2.08%	31.01%	1(n.s)

cluster_133 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion organization and biogenesis	GO:0007005	2	100%	1.47%	2.14E-4(0.35)
loss of chromatin silencing during replicative cell aging	GO:0001308	1	50%	0.12%	2.48E-3(n.s)
loss of chromatin silencing	GO:0006345	1	50%	0.14%	2.79E-3(n.s)
positive regulation of gene expression, epigenetic	GO:0045815	1	50%	0.14%	2.79E-3(n.s)
progressive alteration of chromatin during replicative cell aging	GO:0001304	1	50%	0.14%	2.79E-3(n.s)
progressive alteration of chromatin during cell aging	GO:0001301	1	50%	0.15%	3.1E-3(n.s)
replicative cell aging	GO:0001302	1	50%	0.51%	0.01(n.s)
cell aging	GO:0007569	1	50%	0.64%	0.01(n.s)
aging	GO:0007568	1	50%	0.65%	0.01(n.s)
cell death	GO:0008219	1	50%	0.71%	0.01(n.s)
death	GO:0016265	1	50%	0.73%	0.01(n.s)
positive regulation of transcription, DNA-dependent	GO:0045893	1	50%	0.91%	0.02(n.s)
positive regulation of transcription	GO:0045941	1	50%	1.01%	0.02(n.s)
positive regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0045935	1	50%	1.02%	0.02(n.s)
positive regulation of cellular metabolism	GO:0031325	1	50%	1.05%	0.02(n.s)
positive regulation of metabolism	GO:0009893	1	50%	1.05%	0.02(n.s)
positive regulation of cellular process	GO:0048522	1	50%	1.1%	0.02(n.s)
positive regulation of cellular physiological process	GO:0051242	1	50%	1.1%	0.02(n.s)
positive regulation of physiological process	GO:0043119	1	50%	1.1%	0.02(n.s)
positive regulation of biological process	GO:0048518	1	50%	1.21%	0.02(n.s)
organelle organization and biogenesis	GO:0006996	2	100%	15.69%	0.02(n.s)
regulation of gene expression, epigenetic	GO:0040029	1	50%	1.27%	0.03(n.s)
cell organization and biogenesis	GO:0016043	2	100%	17.98%	0.03(n.s)
chromatin remodeling	GO:0006338	1	50%	2.01%	0.04(n.s)
chromatin modification	GO:0016568	1	50%	2.77%	0.05(n.s)
DNA packaging	GO:0006323	1	50%	3.14%	0.06(n.s)
establishment and/or maintenance of chromatin architecture	GO:0006325	1	50%	3.14%	0.06(n.s)
chromosome organization and biogenesis (sensu Eukaryota)	GO:0007001	1	50%	3.72%	0.07(n.s)
chromosome organization and biogenesis	GO:0051276	1	50%	3.9%	0.08(n.s)
regulation of transcription, DNA-dependent	GO:0006355	1	50%	4.68%	0.09(n.s)
regulation of transcription	GO:0045449	1	50%	4.96%	0.1(n.s)
regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0019219	1	50%	5.24%	0.1(n.s)
development	GO:0007275	1	50%	5.73%	0.11(n.s)
regulation of cellular metabolism	GO:0031323	1	50%	5.98%	0.12(n.s)
regulation of metabolism	GO:0019222	1	50%	6.37%	0.12(n.s)
transcription, DNA-dependent	GO:0006351	1	50%	6.78%	0.13(n.s)
transcription	GO:0006350	1	50%	7.43%	0.14(n.s)
regulation of cellular physiological process	GO:0051244	1	50%	8.49%	0.16(n.s)
regulation of cellular process	GO:0050794	1	50%	8.52%	0.16(n.s)
DNA metabolism	GO:0006259	1	50%	8.58%	0.16(n.s)
regulation of physiological process	GO:0050791	1	50%	8.77%	0.17(n.s)
regulation of biological process	GO:0050789	1	50%	8.97%	0.17(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	50%	23.17%	0.41(n.s)
biopolymer metabolism	GO:0043283	1	50%	25.06%	0.44(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
primary metabolism	GO:0044238	1	50%	48.71%	0.74(n.s)
cellular metabolism	GO:0044237	1	50%	52.12%	0.77(n.s)
metabolism	GO:0008152	1	50%	52.93%	0.78(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
glucosidase activity	GO:0015926	1	50%	0.42%	8.35E-3(n.s)
hydrolase activity, hydrolyzing O-glycosyl compounds	GO:0004553	1	50%	0.82%	0.02(n.s)
hydrolase activity, acting on glycosyl bonds	GO:0016798	1	50%	0.93%	0.02(n.s)
hydrolase activity	GO:0016787	1	50%	11.45%	0.22(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cell wall (sensu Fungi)	GO:0009277	2	100%	1.72%	2.93E-4(0.47)
external encapsulating structure	GO:0030312	2	100%	1.72%	2.93E-4(0.47)
cell wall	GO:0005618	2	100%	1.72%	2.93E-4(0.47)
mitochondrial outer membrane	GO:0005741	1	50%	0.53%	0.01(n.s)
outer membrane	GO:0019867	1	50%	0.53%	0.01(n.s)
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
mitochondrial matrix	GO:0005759	1	50%	2.52%	0.05(n.s)
mitochondrial membrane	GO:0005740	1	50%	3.16%	0.06(n.s)
organelle membrane	GO:0031090	1	50%	8.58%	0.16(n.s)
membrane	GO:0016020	1	50%	15.38%	0.28(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_131 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial protein processing	GO:0006627	2	66.67%	0.09%	2.16E-6(3.49E-3)
protein processing	GO:0016485	2	66.67%	0.51%	7.58E-5(0.12)
protein-mitochondrial targeting	GO:0006626	2	66.67%	0.73%	1.55E-4(0.25)
protein targeting	GO:0006605	2	66.67%	3.42%	3.42E-3(n.s)
intracellular protein transport	GO:0006886	2	66.67%	3.7%	3.99E-3(n.s)
protein transport	GO:0015031	2	66.67%	3.79%	4.2E-3(n.s)
establishment of protein localization	GO:0045184	2	66.67%	3.95%	4.54E-3(n.s)
protein localization	GO:0008104	2	66.67%	4.37%	5.54E-3(n.s)
protein modification	GO:0006464	2	66.67%	6.68%	0.01(n.s)
biopolymer metabolism	GO:0043283	3	100%	25.06%	0.02(n.s)
intracellular transport	GO:0046907	2	66.67%	7.53%	0.02(n.s)
macromolecule metabolism	GO:0043170	3	100%	26.04%	0.02(n.s)
biopolymer modification	GO:0043412	2	66.67%	9.25%	0.02(n.s)
mRNA catabolism	GO:0006402	1	33.33%	0.85%	0.03(n.s)
RNA catabolism	GO:0006401	1	33.33%	0.99%	0.03(n.s)
35S primary transcript processing	GO:0006365	1	33.33%	1.04%	0.03(n.s)
transport	GO:0006810	2	66.67%	14.27%	0.06(n.s)
establishment of localization	GO:0051234	2	66.67%	14.39%	0.06(n.s)
localization	GO:0051179	2	66.67%	14.82%	0.06(n.s)
rRNA processing	GO:0006364	1	33.33%	2.71%	0.08(n.s)
mRNA metabolism	GO:0016071	1	33.33%	2.85%	0.08(n.s)
ribosome biogenesis	GO:0007046	1	33.33%	3.3%	0.1(n.s)
cytoplasm organization and biogenesis	GO:0007028	1	33.33%	3.9%	0.11(n.s)
ribosome biogenesis and assembly	GO:0042254	1	33.33%	3.9%	0.11(n.s)
rRNA metabolism	GO:0016072	1	33.33%	3.92%	0.11(n.s)
primary metabolism	GO:0044238	3	100%	48.71%	0.12(n.s)
cellular protein metabolism	GO:0044267	2	66.67%	21.7%	0.12(n.s)
protein metabolism	GO:0019538	2	66.67%	22.06%	0.12(n.s)
cellular macromolecule catabolism	GO:0044265	1	33.33%	4.51%	0.13(n.s)
macromolecule catabolism	GO:0009057	1	33.33%	4.83%	0.14(n.s)
cellular metabolism	GO:0044237	3	100%	52.12%	0.14(n.s)
metabolism	GO:0008152	3	100%	52.93%	0.15(n.s)
cellular macromolecule metabolism	GO:0044260	2	66.67%	24.52%	0.15(n.s)
RNA processing	GO:0006396	1	33.33%	5.33%	0.15(n.s)
cellular catabolism	GO:0044248	1	33.33%	5.84%	0.17(n.s)
catabolism	GO:0009056	1	33.33%	6.16%	0.17(n.s)
RNA metabolism	GO:0016070	1	33.33%	8.32%	0.23(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
organelle organization and biogenesis	GO:0006996	1	33.33%	15.69%	0.4(n.s)
cell organization and biogenesis	GO:0016043	1	33.33%	17.98%	0.45(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	33.33%	23.17%	0.55(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial processing peptidase activity	GO:0004240	2	66.67%	0.03%	1.44E-7(2.33E-4)
metalloendopeptidase activity	GO:0004222	2	66.67%	0.31%	2.73E-5(0.04)
metallopeptidase activity	GO:0008237	2	66.67%	0.43%	5.43E-5(0.09)
endopeptidase activity	GO:0004175	2	66.67%	0.99%	2.88E-4(0.47)
hydrolase activity	GO:0016787	3	100%	11.45%	1.49E-3(n.s)
peptidase activity	GO:0008233	2	66.67%	2.48%	1.8E-3(n.s)
3'-5'-exoribonuclease activity	GO:0000175	1	33.33%	0.28%	8.34E-3(n.s)
exoribonuclease activity	GO:0004532	1	33.33%	0.36%	0.01(n.s)
exoribonuclease activity, producing 5'-phosphomonoesters	GO:0016896	1	33.33%	0.36%	0.01(n.s)
exonuclease activity, active with either ribo- or deoxyribonucleic acids and producing 5'-phosphomonoesters	GO:0016796	1	33.33%	0.37%	0.01(n.s)
3'-5' exonuclease activity	GO:0008408	1	33.33%	0.39%	0.01(n.s)
exonuclease activity	GO:0004527	1	33.33%	0.51%	0.02(n.s)
catalytic activity	GO:0003824	3	100%	29.21%	0.02(n.s)
ribonuclease activity	GO:0004540	1	33.33%	1.55%	0.05(n.s)
nuclease activity	GO:0004518	1	33.33%	2.15%	0.06(n.s)
hydrolase activity, acting on ester bonds	GO:0016788	1	33.33%	4.12%	0.12(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial processing peptidase complex	GO:0017087	2	66.67%	0.03%	1.44E-7(2.33E-4)
mitochondrial matrix	GO:0005759	2	66.67%	2.52%	1.87E-3(n.s)
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
cytoplasmic exosome (RNase complex)	GO:0000177	1	33.33%	0.15%	4.64E-3(n.s)
nuclear exosome (RNase complex)	GO:0000176	1	33.33%	0.19%	5.57E-3(n.s)
exosome (RNase complex)	GO:0000178	1	33.33%	0.2%	6.03E-3(n.s)
protein complex	GO:0043234	3	100%	21.07%	9.33E-3(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
nucleus	GO:0005634	1	33.33%	31.01%	0.67(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_130 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein biosynthesis	GO:0006412	2	100%	12.16%	0.01(n.s)
macromolecule biosynthesis	GO:0009059	2	100%	13.04%	0.02(n.s)
cellular biosynthesis	GO:0044249	2	100%	17.05%	0.03(n.s)
biosynthesis	GO:0009058	2	100%	18.28%	0.03(n.s)
cellular protein metabolism	GO:0044267	2	100%	21.7%	0.05(n.s)
protein metabolism	GO:0019538	2	100%	22.06%	0.05(n.s)
cellular macromolecule metabolism	GO:0044260	2	100%	24.52%	0.06(n.s)
macromolecule metabolism	GO:0043170	2	100%	26.04%	0.07(n.s)
primary metabolism	GO:0044238	2	100%	48.71%	0.24(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
aminoacyl-tRNA hydrolase activity	GO:0004045	2	100%	0.03%	4.8E-8(7.76E-5)
carboxylic ester hydrolase activity	GO:0016789	2	100%	0.46%	2.09E-5(0.03)
hydrolase activity, acting on ester bonds	GO:0016788	2	100%	4.12%	1.69E-3(n.s)
hydrolase activity	GO:0016787	2	100%	11.45%	0.01(n.s)
catalytic activity	GO:0003824	2	100%	29.21%	0.09(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_137 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
proteolysis and peptidolysis	GO:0006508	1	50%	2.42%	0.05(n.s)
cellular protein catabolism	GO:0044257	1	50%	2.42%	0.05(n.s)
protein catabolism	GO:0030163	1	50%	2.74%	0.05(n.s)
biopolymer catabolism	GO:0043285	1	50%	2.93%	0.06(n.s)
cellular macromolecule catabolism	GO:0044265	1	50%	4.51%	0.09(n.s)
macromolecule catabolism	GO:0009057	1	50%	4.83%	0.09(n.s)
cellular catabolism	GO:0044248	1	50%	5.84%	0.11(n.s)
catabolism	GO:0009056	1	50%	6.16%	0.12(n.s)
cellular protein metabolism	GO:0044267	1	50%	21.7%	0.39(n.s)
protein metabolism	GO:0019538	1	50%	22.06%	0.39(n.s)
cellular macromolecule metabolism	GO:0044260	1	50%	24.52%	0.43(n.s)
biopolymer metabolism	GO:0043283	1	50%	25.06%	0.44(n.s)
biological process unknown	GO:0000004	1	50%	25.64%	0.45(n.s)
macromolecule metabolism	GO:0043170	1	50%	26.04%	0.45(n.s)
primary metabolism	GO:0044238	1	50%	48.71%	0.74(n.s)
cellular metabolism	GO:0044237	1	50%	52.12%	0.77(n.s)
metabolism	GO:0008152	1	50%	52.93%	0.78(n.s)
cellular physiological process	GO:0050875	1	50%	71.65%	0.92(n.s)
cellular process	GO:0009987	1	50%	72.29%	0.92(n.s)
physiological process	GO:0007582	1	50%	73.68%	0.93(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
molecular function unknown	GO:0005554	2	100%	35.75%	0.13(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial inner membrane peptidase complex	GO:0042720	1	50%	0.05%	9.29E-4(n.s)
mitochondrial inner membrane	GO:0005743	1	50%	2.43%	0.05(n.s)
inner membrane	GO:0019866	1	50%	2.43%	0.05(n.s)
mitochondrial membrane	GO:0005740	1	50%	3.16%	0.06(n.s)
organelle membrane	GO:0031090	1	50%	8.58%	0.16(n.s)
membrane	GO:0016020	1	50%	15.38%	0.28(n.s)
mitochondrion	GO:0005739	1	50%	15.78%	0.29(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
protein complex	GO:0043234	1	50%	21.07%	0.38(n.s)
nucleus	GO:0005634	1	50%	31.01%	0.52(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_136 (n = 4) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
base-excision repair	GO:0006284	4	100%	0.15%	2.9E-12(4.69E-9)
base-excision repair, AP site formation	GO:0006285	3	75%	0.05%	8.92E-11(1.44E-7)
DNA repair	GO:0006281	4	100%	2.32%	2.8E-7(4.53E-4)
response to DNA damage stimulus	GO:0006974	4	100%	2.73%	5.34E-7(8.63E-4)
response to endogenous stimulus	GO:0009719	4	100%	2.82%	6.12E-7(9.88E-4)
response to stress	GO:0006950	4	100%	6.09%	1.35E-5(0.02)
response to stimulus	GO:0050896	4	100%	8.41%	4.95E-5(0.08)
DNA metabolism	GO:0006259	4	100%	8.58%	5.37E-5(0.09)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	4	100%	23.17%	2.87E-3(n.s)
biopolymer metabolism	GO:0043283	4	100%	25.06%	3.93E-3(n.s)
primary metabolism	GO:0044238	4	100%	48.71%	0.06(n.s)
cellular metabolism	GO:0044237	4	100%	52.12%	0.07(n.s)
metabolism	GO:0008152	4	100%	52.93%	0.08(n.s)
cellular physiological process	GO:0050875	4	100%	71.65%	0.26(n.s)
cellular process	GO:0009987	4	100%	72.29%	0.27(n.s)
physiological process	GO:0007582	4	100%	73.68%	0.29(n.s)
biological_process	GO:0008150	4	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
DNA-(apurinic or apyrimidinic site) lyase activity	GO:0003906	4	100%	0.06%	1.38E-14(2.23E-11)
oxidized base lesion DNA N-glycosylase activity	GO:0000702	3	75%	0.05%	8.92E-11(1.44E-7)
carbon-oxygen lyase activity	GO:0016835	4	100%	0.56%	8.15E-10(1.32E-6)
DNA N-glycosylase activity	GO:0019104	3	75%	0.09%	1.78E-9(2.88E-6)
hydrolase activity, hydrolyzing N-glycosyl compounds	GO:0016799	3	75%	0.11%	3.12E-9(5.04E-6)
lyase activity	GO:0016829	4	100%	1.27%	2.42E-8(3.91E-5)
endodeoxyribonuclease activity	GO:0004520	3	75%	0.28%	7.27E-8(1.17E-4)
deoxyribonuclease activity	GO:0004536	3	75%	0.31%	1.02E-7(1.64E-4)
purine-specific oxidized base lesion DNA N-glycosylase activity	GO:0008534	2	50%	0.03%	2.88E-7(4.65E-4)
pyrimidine-specific oxidized base lesion DNA N-glycosylase activity	GO:0000703	2	50%	0.03%	2.88E-7(4.65E-4)
endonuclease activity	GO:0004519	3	75%	0.88%	2.59E-6(4.19E-3)
hydrolase activity, acting on glycosyl bonds	GO:0016798	3	75%	0.93%	3.03E-6(4.9E-3)
nuclease activity	GO:0004518	3	75%	2.15%	3.85E-5(0.06)
hydrolase activity, acting on ester bonds	GO:0016788	3	75%	4.12%	2.68E-4(0.43)
hydrolase activity	GO:0016787	3	75%	11.45%	5.47E-3(n.s)
catalytic activity	GO:0003824	4	100%	29.21%	7.27E-3(n.s)
molecular_function	GO:0003674	4	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	3	75%	15.78%	0.01(n.s)
nucleus	GO:0005634	3	75%	31.01%	0.09(n.s)
intracellular membrane-bound organelle	GO:0043231	4	100%	55.65%	0.1(n.s)
membrane-bound organelle	GO:0043227	4	100%	55.65%	0.1(n.s)
organelle	GO:0043226	4	100%	60.56%	0.13(n.s)
intracellular organelle	GO:0043229	4	100%	60.56%	0.13(n.s)
intracellular	GO:0005622	4	100%	77.03%	0.35(n.s)
cytoplasm	GO:0005737	3	75%	55.64%	0.4(n.s)
cell	GO:0005623	4	100%	83.5%	0.49(n.s)
cellular_component	GO:0005575	4	100%	99.61%	0.98(n.s)

cluster_135 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
nucleoside catabolism	GO:0009164	1	50%	0.06%	1.24E-3(n.s)
nucleoside metabolism	GO:0009116	1	50%	0.22%	4.33E-3(n.s)
cellular catabolism	GO:0044248	1	50%	5.84%	0.11(n.s)
catabolism	GO:0009056	1	50%	6.16%	0.12(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	50%	23.17%	0.41(n.s)
biological process unknown	GO:0000004	1	50%	25.64%	0.45(n.s)
primary metabolism	GO:0044238	1	50%	48.71%	0.74(n.s)
cellular metabolism	GO:0044237	1	50%	52.12%	0.77(n.s)
metabolism	GO:0008152	1	50%	52.93%	0.78(n.s)
cellular physiological process	GO:0050875	1	50%	71.65%	0.92(n.s)
cellular process	GO:0009987	1	50%	72.29%	0.92(n.s)
physiological process	GO:0007582	1	50%	73.68%	0.93(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
nucleoside-triphosphatase activity	GO:0017111	1	50%	3.42%	0.07(n.s)
pyrophosphatase activity	GO:0016462	1	50%	3.67%	0.07(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	1	50%	3.69%	0.07(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	1	50%	3.69%	0.07(n.s)
hydrolase activity	GO:0016787	1	50%	11.45%	0.22(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cellular component unknown	GO:0008372	1	50%	15.74%	0.29(n.s)
mitochondrion	GO:0005739	1	50%	15.78%	0.29(n.s)
nucleus	GO:0005634	1	50%	31.01%	0.52(n.s)
cytoplasm	GO:0005737	1	50%	55.64%	0.8(n.s)
intracellular membrane-bound organelle	GO:0043231	1	50%	55.65%	0.8(n.s)
membrane-bound organelle	GO:0043227	1	50%	55.65%	0.8(n.s)
organelle	GO:0043226	1	50%	60.56%	0.84(n.s)
intracellular organelle	GO:0043229	1	50%	60.56%	0.84(n.s)
intracellular	GO:0005622	1	50%	77.03%	0.95(n.s)
cell	GO:0005623	1	50%	83.5%	0.97(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_134 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
anaerobic respiration	GO:0009061	2	66.67%	0.05%	4.32E-7(6.98E-4)
cellular respiration	GO:0045333	3	100%	1.35%	2.36E-6(3.82E-3)
mitochondrial transport	GO:0006839	2	66.67%	0.17%	7.91E-6(0.01)
energy derivation by oxidation of organic compounds	GO:0015980	3	100%	3.04%	2.76E-5(0.04)
generation of precursor metabolites and energy	GO:0006091	3	100%	3.5%	4.23E-5(0.07)
aerobic respiration	GO:0009060	2	66.67%	1.27%	4.74E-4(0.77)
intracellular transport	GO:0046907	2	66.67%	7.53%	0.02(n.s)
transport	GO:0006810	2	66.67%	14.27%	0.06(n.s)
establishment of localization	GO:0051234	2	66.67%	14.39%	0.06(n.s)
localization	GO:0051179	2	66.67%	14.82%	0.06(n.s)
cellular metabolism	GO:0044237	3	100%	52.12%	0.14(n.s)
metabolism	GO:0008152	3	100%	52.93%	0.15(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ATP:ADP antiporter activity	GO:0005471	3	100%	0.05%	2.23E-11(3.6E-8)
solute:solute antiporter activity	GO:0015300	3	100%	0.08%	2.23E-10(3.6E-7)
antiporter activity	GO:0015297	3	100%	0.14%	1.87E-9(3.03E-6)
porter activity	GO:0015291	3	100%	0.59%	1.88E-7(3.04E-4)
electrochemical potential-driven transporter activity	GO:0015290	3	100%	0.59%	1.88E-7(3.04E-4)
carrier activity	GO:0005386	3	100%	1.64%	4.3E-6(6.95E-3)
transporter activity	GO:0005215	3	100%	6.64%	2.92E-4(0.47)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial inner membrane	GO:0005743	3	100%	2.43%	1.41E-5(0.02)
inner membrane	GO:0019866	3	100%	2.43%	1.41E-5(0.02)
mitochondrial membrane	GO:0005740	3	100%	3.16%	3.11E-5(0.05)
organelle membrane	GO:0031090	3	100%	8.58%	6.29E-4(n.s)
membrane	GO:0016020	3	100%	15.38%	3.63E-3(n.s)
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_139 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
proteolysis and peptidolysis	GO:0006508	1	33.33%	2.42%	0.07(n.s)
cellular protein catabolism	GO:0044257	1	33.33%	2.42%	0.07(n.s)
protein catabolism	GO:0030163	1	33.33%	2.74%	0.08(n.s)
biopolymer catabolism	GO:0043285	1	33.33%	2.93%	0.09(n.s)
cellular macromolecule catabolism	GO:0044265	1	33.33%	4.51%	0.13(n.s)
macromolecule catabolism	GO:0009057	1	33.33%	4.83%	0.14(n.s)
biological process unknown	GO:0000004	2	66.67%	25.64%	0.16(n.s)
cellular catabolism	GO:0044248	1	33.33%	5.84%	0.17(n.s)
catabolism	GO:0009056	1	33.33%	6.16%	0.17(n.s)
cellular protein metabolism	GO:0044267	1	33.33%	21.7%	0.52(n.s)
protein metabolism	GO:0019538	1	33.33%	22.06%	0.53(n.s)
cellular macromolecule metabolism	GO:0044260	1	33.33%	24.52%	0.57(n.s)
biopolymer metabolism	GO:0043283	1	33.33%	25.06%	0.58(n.s)
macromolecule metabolism	GO:0043170	1	33.33%	26.04%	0.6(n.s)
primary metabolism	GO:0044238	1	33.33%	48.71%	0.87(n.s)
cellular metabolism	GO:0044237	1	33.33%	52.12%	0.89(n.s)
metabolism	GO:0008152	1	33.33%	52.93%	0.9(n.s)
cellular physiological process	GO:0050875	1	33.33%	71.65%	0.98(n.s)
cellular process	GO:0009987	1	33.33%	72.29%	0.98(n.s)
physiological process	GO:0007582	1	33.33%	73.68%	0.98(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
metalloendopeptidase activity	GO:0004222	1	33.33%	0.31%	9.27E-3(n.s)
metallopeptidase activity	GO:0008237	1	33.33%	0.43%	0.01(n.s)
endopeptidase activity	GO:0004175	1	33.33%	0.99%	0.03(n.s)
peptidase activity	GO:0008233	1	33.33%	2.48%	0.07(n.s)
molecular function unknown	GO:0005554	2	66.67%	35.75%	0.29(n.s)
hydrolase activity	GO:0016787	1	33.33%	11.45%	0.31(n.s)
catalytic activity	GO:0003824	1	33.33%	29.21%	0.65(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
nucleus	GO:0005634	2	66.67%	31.01%	0.23(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
intracellular membrane-bound organelle	GO:0043231	2	66.67%	55.65%	0.58(n.s)
membrane-bound organelle	GO:0043227	2	66.67%	55.65%	0.58(n.s)
organelle	GO:0043226	2	66.67%	60.56%	0.66(n.s)
intracellular organelle	GO:0043229	2	66.67%	60.56%	0.66(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_138 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
lipoic acid metabolism	GO:0000273	1	50%	0.02%	**
protein-lipoylation	GO:0009249	1	50%	0.02%	**
lipoic acid biosynthesis	GO:0009105	1	50%	0.02%	**
protein-cofactor linkage	GO:0018065	1	50%	0.06%	1.24E-3(n.s)
coenzyme biosynthesis	GO:0009108	1	50%	0.87%	0.02(n.s)
cofactor biosynthesis	GO:0051188	1	50%	1.08%	0.02(n.s)
heterocycle metabolism	GO:0046483	1	50%	1.1%	0.02(n.s)
coenzyme metabolism	GO:0006732	1	50%	1.81%	0.04(n.s)
cofactor metabolism	GO:0051186	1	50%	2.26%	0.04(n.s)
organic acid metabolism	GO:0006082	1	50%	4.6%	0.09(n.s)
carboxylic acid metabolism	GO:0019752	1	50%	4.6%	0.09(n.s)
protein modification	GO:0006464	1	50%	6.68%	0.13(n.s)
biopolymer modification	GO:0043412	1	50%	9.25%	0.18(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
cellular biosynthesis	GO:0044249	1	50%	17.05%	0.31(n.s)
biosynthesis	GO:0009058	1	50%	18.28%	0.33(n.s)
cellular protein metabolism	GO:0044267	1	50%	21.7%	0.39(n.s)
protein metabolism	GO:0019538	1	50%	22.06%	0.39(n.s)
cellular macromolecule metabolism	GO:0044260	1	50%	24.52%	0.43(n.s)
biopolymer metabolism	GO:0043283	1	50%	25.06%	0.44(n.s)
macromolecule metabolism	GO:0043170	1	50%	26.04%	0.45(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
primary metabolism	GO:0044238	1	50%	48.71%	0.74(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
lipoic acid synthase activity	GO:0017140	1	50%	0.02%	**
ligase activity	GO:0016874	1	50%	1.89%	0.04(n.s)
catalytic activity	GO:0003824	2	100%	29.21%	0.09(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_25 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein complex assembly	GO:0006461	2	66.67%	2.26%	1.5E-3(n.s)
cellular protein metabolism	GO:0044267	2	66.67%	21.7%	0.12(n.s)
protein metabolism	GO:0019538	2	66.67%	22.06%	0.12(n.s)
cellular macromolecule metabolism	GO:0044260	2	66.67%	24.52%	0.15(n.s)
macromolecule metabolism	GO:0043170	2	66.67%	26.04%	0.17(n.s)
primary metabolism	GO:0044238	2	66.67%	48.71%	0.48(n.s)
cellular metabolism	GO:0044237	2	66.67%	52.12%	0.53(n.s)
metabolism	GO:0008152	2	66.67%	52.93%	0.54(n.s)
biological process unknown	GO:0000004	1	33.33%	25.64%	0.59(n.s)
cellular physiological process	GO:0050875	2	66.67%	71.65%	0.8(n.s)
cellular process	GO:0009987	2	66.67%	72.29%	0.81(n.s)
physiological process	GO:0007582	2	66.67%	73.68%	0.83(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
molecular function unknown	GO:0005554	3	100%	35.75%	0.05(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial membrane	GO:0005740	2	66.67%	3.16%	2.92E-3(n.s)
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
organelle membrane	GO:0031090	2	66.67%	8.58%	0.02(n.s)
membrane	GO:0016020	2	66.67%	15.38%	0.06(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_26 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
glycine biosynthesis	GO:0006545	1	33.33%	0.03%	9.29E-4(n.s)
glycine metabolism	GO:0006544	1	33.33%	0.09%	2.79E-3(n.s)
NAD biosynthesis	GO:0009435	1	33.33%	0.11%	3.25E-3(n.s)
pyridine nucleotide biosynthesis	GO:0019363	1	33.33%	0.12%	3.71E-3(n.s)
serine family amino acid biosynthesis	GO:0009070	1	33.33%	0.19%	5.57E-3(n.s)
NAD metabolism	GO:0019674	1	33.33%	0.22%	6.49E-3(n.s)
serine family amino acid metabolism	GO:0009069	1	33.33%	0.34%	0.01(n.s)
nicotinamide metabolism	GO:0006769	1	33.33%	0.46%	0.01(n.s)
pyridine nucleotide metabolism	GO:0019362	1	33.33%	0.51%	0.02(n.s)
vitamin biosynthesis	GO:0009110	1	33.33%	0.59%	0.02(n.s)
water-soluble vitamin biosynthesis	GO:0042364	1	33.33%	0.59%	0.02(n.s)
oxidoreduction coenzyme metabolism	GO:0006733	1	33.33%	0.67%	0.02(n.s)
nucleotide biosynthesis	GO:0009165	1	33.33%	0.84%	0.02(n.s)
coenzyme biosynthesis	GO:0009108	1	33.33%	0.87%	0.03(n.s)
cofactor biosynthesis	GO:0051188	1	33.33%	1.08%	0.03(n.s)
water-soluble vitamin metabolism	GO:0006767	1	33.33%	1.13%	0.03(n.s)
vitamin metabolism	GO:0006766	1	33.33%	1.13%	0.03(n.s)
nucleotide metabolism	GO:0009117	1	33.33%	1.38%	0.04(n.s)
amino acid biosynthesis	GO:0008652	1	33.33%	1.53%	0.05(n.s)
nitrogen compound biosynthesis	GO:0044271	1	33.33%	1.67%	0.05(n.s)
amine biosynthesis	GO:0009309	1	33.33%	1.67%	0.05(n.s)
coenzyme metabolism	GO:0006732	1	33.33%	1.81%	0.05(n.s)
cofactor metabolism	GO:0051186	1	33.33%	2.26%	0.07(n.s)
cellular biosynthesis	GO:0044249	2	66.67%	17.05%	0.08(n.s)
amino acid metabolism	GO:0006520	1	33.33%	2.82%	0.08(n.s)
biosynthesis	GO:0009058	2	66.67%	18.28%	0.09(n.s)
amino acid and derivative metabolism	GO:0006519	1	33.33%	3.05%	0.09(n.s)
amine metabolism	GO:0009308	1	33.33%	3.38%	0.1(n.s)
nitrogen compound metabolism	GO:0006807	1	33.33%	3.66%	0.11(n.s)
organic acid metabolism	GO:0006082	1	33.33%	4.6%	0.13(n.s)
carboxylic acid metabolism	GO:0019752	1	33.33%	4.6%	0.13(n.s)
primary metabolism	GO:0044238	2	66.67%	48.71%	0.48(n.s)
cellular metabolism	GO:0044237	2	66.67%	52.12%	0.53(n.s)
metabolism	GO:0008152	2	66.67%	52.93%	0.54(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	33.33%	23.17%	0.55(n.s)
biological process unknown	GO:0000004	1	33.33%	25.64%	0.59(n.s)
cellular physiological process	GO:0050875	2	66.67%	71.65%	0.8(n.s)
cellular process	GO:0009987	2	66.67%	72.29%	0.81(n.s)
physiological process	GO:0007582	2	66.67%	73.68%	0.83(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
arylformamidase activity	GO:0004061	1	33.33%	0.02%	**
alanine-glyoxylate transaminase activity	GO:0008453	1	33.33%	0.02%	**
transferase activity, transferring nitrogenous groups	GO:0016769	1	33.33%	0.25%	7.42E-3(n.s)
transaminase activity	GO:0008483	1	33.33%	0.25%	7.42E-3(n.s)
hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in linear amides	GO:0016811	1	33.33%	0.56%	0.02(n.s)
hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds	GO:0016810	1	33.33%	0.93%	0.03(n.s)
catalytic activity	GO:0003824	2	66.67%	29.21%	0.21(n.s)
transferase activity	GO:0016740	1	33.33%	10.13%	0.27(n.s)
hydrolase activity	GO:0016787	1	33.33%	11.45%	0.31(n.s)
molecular function unknown	GO:0005554	1	33.33%	35.75%	0.73(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_21 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
methylglyoxal catabolism	GO:0019243	2	66.67%	0.05%	4.32E-7(6.98E-4)
methylglyoxal metabolism	GO:0009438	2	66.67%	0.05%	4.32E-7(6.98E-4)
aldehyde catabolism	GO:0046185	2	66.67%	0.08%	1.44E-6(2.33E-3)
aldehyde metabolism	GO:0006081	2	66.67%	0.29%	2.46E-5(0.04)
carbohydrate metabolism	GO:0005975	3	100%	3.38%	3.8E-5(0.06)
cellular catabolism	GO:0044248	3	100%	5.84%	1.98E-4(0.32)
catabolism	GO:0009056	3	100%	6.16%	2.33E-4(0.38)
glycolysis	GO:0006096	1	33.33%	0.34%	0.01(n.s)
gluconeogenesis	GO:0006094	1	33.33%	0.4%	0.01(n.s)
monosaccharide biosynthesis	GO:0046364	1	33.33%	0.43%	0.01(n.s)
hexose biosynthesis	GO:0019319	1	33.33%	0.43%	0.01(n.s)
glucose catabolism	GO:0006007	1	33.33%	0.45%	0.01(n.s)
hexose catabolism	GO:0019320	1	33.33%	0.45%	0.01(n.s)
alcohol biosynthesis	GO:0046165	1	33.33%	0.46%	0.01(n.s)
monosaccharide catabolism	GO:0046365	1	33.33%	0.53%	0.02(n.s)
alcohol catabolism	GO:0046164	1	33.33%	0.57%	0.02(n.s)
pyruvate metabolism	GO:0006090	1	33.33%	0.57%	0.02(n.s)
macromolecule metabolism	GO:0043170	3	100%	26.04%	0.02(n.s)
carbohydrate biosynthesis	GO:0016051	1	33.33%	0.91%	0.03(n.s)
glucose metabolism	GO:0006006	1	33.33%	1.01%	0.03(n.s)
main pathways of carbohydrate metabolism	GO:0006092	1	33.33%	1.08%	0.03(n.s)
cellular carbohydrate catabolism	GO:0044275	1	33.33%	1.1%	0.03(n.s)
carbohydrate catabolism	GO:0016052	1	33.33%	1.1%	0.03(n.s)
hexose metabolism	GO:0019318	1	33.33%	1.32%	0.04(n.s)
monosaccharide metabolism	GO:0005996	1	33.33%	1.43%	0.04(n.s)
alcohol metabolism	GO:0006066	1	33.33%	2.43%	0.07(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	33.33%	3.04%	0.09(n.s)
cellular carbohydrate metabolism	GO:0044262	1	33.33%	3.08%	0.09(n.s)
generation of precursor metabolites and energy	GO:0006091	1	33.33%	3.5%	0.1(n.s)
primary metabolism	GO:0044238	3	100%	48.71%	0.12(n.s)
cellular macromolecule catabolism	GO:0044265	1	33.33%	4.51%	0.13(n.s)
organic acid metabolism	GO:0006082	1	33.33%	4.6%	0.13(n.s)
carboxylic acid metabolism	GO:0019752	1	33.33%	4.6%	0.13(n.s)
macromolecule catabolism	GO:0009057	1	33.33%	4.83%	0.14(n.s)
cellular metabolism	GO:0044237	3	100%	52.12%	0.14(n.s)
metabolism	GO:0008152	3	100%	52.93%	0.15(n.s)
macromolecule biosynthesis	GO:0009059	1	33.33%	13.04%	0.34(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
cellular biosynthesis	GO:0044249	1	33.33%	17.05%	0.43(n.s)
biosynthesis	GO:0009058	1	33.33%	18.28%	0.45(n.s)
cellular macromolecule metabolism	GO:0044260	1	33.33%	24.52%	0.57(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
hydroxyacylglutathione hydrolase activity	GO:0004416	2	66.67%	0.03%	1.44E-7(2.33E-4)
thiolester hydrolase activity	GO:0016790	2	66.67%	0.08%	1.44E-6(2.33E-3)
glyceraldehyde-3-phosphate dehydrogenase activity	GO:0008943	1	33.33%	0.05%	1.39E-3(n.s)
glyceraldehyde-3-phosphate dehydrogenase (phosphorylating) activity	GO:0004365	1	33.33%	0.05%	1.39E-3(n.s)
hydrolase activity, acting on ester bonds	GO:0016788	2	66.67%	4.12%	4.94E-3(n.s)
oxidoreductase activity, acting on the aldehyde or oxo group of donors, NAD or NADP as acceptor	GO:0016620	1	33.33%	0.29%	8.8E-3(n.s)
oxidoreductase activity, acting on the aldehyde or oxo group of donors	GO:0016903	1	33.33%	0.36%	0.01(n.s)
catalytic activity	GO:0003824	3	100%	29.21%	0.02(n.s)
hydrolase activity	GO:0016787	2	66.67%	11.45%	0.04(n.s)
oxidoreductase activity	GO:0016491	1	33.33%	3.73%	0.11(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
lipid particle	GO:0005811	1	33.33%	0.51%	0.02(n.s)
cell wall (sensu Fungi)	GO:0009277	1	33.33%	1.72%	0.05(n.s)
external encapsulating structure	GO:0030312	1	33.33%	1.72%	0.05(n.s)
cell wall	GO:0005618	1	33.33%	1.72%	0.05(n.s)
mitochondrial matrix	GO:0005759	1	33.33%	2.52%	0.07(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
mitochondrion	GO:0005739	1	33.33%	15.78%	0.4(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
intracellular membrane-bound organelle	GO:0043231	1	33.33%	55.65%	0.91(n.s)
membrane-bound organelle	GO:0043227	1	33.33%	55.65%	0.91(n.s)
organelle	GO:0043226	1	33.33%	60.56%	0.94(n.s)
intracellular organelle	GO:0043229	1	33.33%	60.56%	0.94(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_23 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein deubiquitination	GO:0016579	1	50%	0.28%	5.57E-3(n.s)
ubiquitin cycle	GO:0006512	1	50%	1.07%	0.02(n.s)
protein modification	GO:0006464	1	50%	6.68%	0.13(n.s)
biopolymer modification	GO:0043412	1	50%	9.25%	0.18(n.s)
cellular protein metabolism	GO:0044267	1	50%	21.7%	0.39(n.s)
protein metabolism	GO:0019538	1	50%	22.06%	0.39(n.s)
cellular macromolecule metabolism	GO:0044260	1	50%	24.52%	0.43(n.s)
biopolymer metabolism	GO:0043283	1	50%	25.06%	0.44(n.s)
biological process unknown	GO:0000004	1	50%	25.64%	0.45(n.s)
macromolecule metabolism	GO:0043170	1	50%	26.04%	0.45(n.s)
primary metabolism	GO:0044238	1	50%	48.71%	0.74(n.s)
cellular metabolism	GO:0044237	1	50%	52.12%	0.77(n.s)
metabolism	GO:0008152	1	50%	52.93%	0.78(n.s)
cellular physiological process	GO:0050875	1	50%	71.65%	0.92(n.s)
cellular process	GO:0009987	1	50%	72.29%	0.92(n.s)
physiological process	GO:0007582	1	50%	73.68%	0.93(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ubiquitin-specific protease activity	GO:0004843	1	50%	0.26%	5.26E-3(n.s)
cysteine-type peptidase activity	GO:0008234	1	50%	0.43%	8.66E-3(n.s)
peptidase activity	GO:0008233	1	50%	2.48%	0.05(n.s)
hydrolase activity	GO:0016787	1	50%	11.45%	0.22(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	1	50%	15.78%	0.29(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
intracellular membrane-bound organelle	GO:0043231	1	50%	55.65%	0.8(n.s)
membrane-bound organelle	GO:0043227	1	50%	55.65%	0.8(n.s)
organelle	GO:0043226	1	50%	60.56%	0.84(n.s)
intracellular organelle	GO:0043229	1	50%	60.56%	0.84(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_160 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
monosaccharide transport	GO:0015749	2	100%	0.33%	1.01E-5(0.02)
hexose transport	GO:0008645	2	100%	0.33%	1.01E-5(0.02)
carbohydrate transport	GO:0008643	2	100%	0.53%	2.69E-5(0.04)
transport	GO:0006810	2	100%	14.27%	0.02(n.s)
establishment of localization	GO:0051234	2	100%	14.39%	0.02(n.s)
localization	GO:0051179	2	100%	14.82%	0.02(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
fructose transporter activity	GO:0005353	2	100%	0.23%	5.04E-6(8.14E-3)
mannose transporter activity	GO:0015578	2	100%	0.23%	5.04E-6(8.14E-3)
glucose transporter activity	GO:0005355	2	100%	0.28%	7.34E-6(0.01)
hexose transporter activity	GO:0015149	2	100%	0.33%	1.01E-5(0.02)
monosaccharide transporter activity	GO:0015145	2	100%	0.33%	1.01E-5(0.02)
sugar transporter activity	GO:0051119	2	100%	0.43%	1.81E-5(0.03)
carbohydrate transporter activity	GO:0015144	2	100%	0.51%	2.53E-5(0.04)
transporter activity	GO:0005215	2	100%	6.64%	4.41E-3(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
plasma membrane	GO:0005886	2	100%	3.67%	1.34E-3(n.s)
membrane	GO:0016020	2	100%	15.38%	0.02(n.s)
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_29 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
peptide metabolism	GO:0006518	1	50%	0.12%	2.48E-3(n.s)
response to heat	GO:0009408	1	50%	0.26%	5.26E-3(n.s)
response to temperature	GO:0009266	1	50%	0.31%	6.19E-3(n.s)
response to abiotic stimulus	GO:0009628	1	50%	3.52%	0.07(n.s)
response to external stimulus	GO:0009605	1	50%	3.87%	0.08(n.s)
response to stress	GO:0006950	1	50%	6.09%	0.12(n.s)
response to stimulus	GO:0050896	1	50%	8.41%	0.16(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
cellular metabolism	GO:0044237	1	50%	52.12%	0.77(n.s)
metabolism	GO:0008152	1	50%	52.93%	0.78(n.s)
cellular physiological process	GO:0050875	1	50%	71.65%	0.92(n.s)
cellular process	GO:0009987	1	50%	72.29%	0.92(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
leucyl aminopeptidase activity	GO:0004178	1	50%	0.02%	**
metalloexopeptidase activity	GO:0008235	1	50%	0.08%	1.55E-3(n.s)
protein kinase inhibitor activity	GO:0004860	1	50%	0.09%	1.86E-3(n.s)
kinase inhibitor activity	GO:0019210	1	50%	0.11%	2.17E-3(n.s)
aminopeptidase activity	GO:0004177	1	50%	0.17%	3.41E-3(n.s)
exopeptidase activity	GO:0008238	1	50%	0.25%	4.95E-3(n.s)
enzyme inhibitor activity	GO:0004857	1	50%	0.34%	6.8E-3(n.s)
metallopeptidase activity	GO:0008237	1	50%	0.43%	8.66E-3(n.s)
protein kinase regulator activity	GO:0019887	1	50%	0.56%	0.01(n.s)
kinase regulator activity	GO:0019207	1	50%	0.6%	0.01(n.s)
peptidase activity	GO:0008233	1	50%	2.48%	0.05(n.s)
enzyme regulator activity	GO:0030234	1	50%	2.54%	0.05(n.s)
hydrolase activity	GO:0016787	1	50%	11.45%	0.22(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
periplasmic space	GO:0042597	1	50%	0.12%	2.48E-3(n.s)
periplasmic space (sensu Fungi)	GO:0030287	1	50%	0.12%	2.48E-3(n.s)
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_161 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mRNA-nucleus export	GO:0006406	3	100%	0.93%	7.63E-7(1.23E-3)
mRNA transport	GO:0051028	3	100%	0.93%	7.63E-7(1.23E-3)
RNA transport	GO:0050658	3	100%	1.08%	1.22E-6(1.97E-3)
RNA-nucleus export	GO:0006405	3	100%	1.08%	1.22E-6(1.97E-3)
nucleic acid transport	GO:0050657	3	100%	1.08%	1.22E-6(1.97E-3)
establishment of RNA localization	GO:0051236	3	100%	1.08%	1.22E-6(1.97E-3)
nucleobase, nucleoside, nucleotide and nucleic acid transport	GO:0015931	3	100%	1.21%	1.7E-6(2.74E-3)
RNA localization	GO:0006403	3	100%	1.25%	1.9E-6(3.08E-3)
nuclear export	GO:0051168	3	100%	1.29%	2.05E-6(3.31E-3)
nuclear transport	GO:0051169	3	100%	1.53%	3.5E-6(5.65E-3)
nucleocytoplasmic transport	GO:0006913	3	100%	1.63%	4.18E-6(6.76E-3)
intracellular transport	GO:0046907	3	100%	7.53%	4.24E-4(0.69)
poly(A)+ mRNA-nucleus export	GO:0016973	1	33.33%	0.09%	2.79E-3(n.s)
transport	GO:0006810	3	100%	14.27%	2.9E-3(n.s)
establishment of localization	GO:0051234	3	100%	14.39%	2.97E-3(n.s)
localization	GO:0051179	3	100%	14.82%	3.25E-3(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
RNA helicase activity	GO:0003724	1	33.33%	0.64%	0.02(n.s)
helicase activity	GO:0004386	1	33.33%	1.3%	0.04(n.s)
molecular function unknown	GO:0005554	2	66.67%	35.75%	0.29(n.s)
catalytic activity	GO:0003824	1	33.33%	29.21%	0.65(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
nuclear pore	GO:0005643	3	100%	0.77%	4.37E-7(7.07E-4)
pore complex	GO:0046930	3	100%	0.77%	4.37E-7(7.07E-4)
nuclear membrane	GO:0005635	3	100%	1.53%	3.5E-6(5.65E-3)
integral to membrane	GO:0016021	3	100%	3.55%	4.41E-5(0.07)
intrinsic to membrane	GO:0031224	3	100%	3.61%	4.64E-5(0.08)
endomembrane system	GO:0012505	3	100%	3.7%	5.01E-5(0.08)
organelle membrane	GO:0031090	3	100%	8.58%	6.29E-4(n.s)
membrane	GO:0016020	3	100%	15.38%	3.63E-3(n.s)
protein complex	GO:0043234	3	100%	21.07%	9.33E-3(n.s)
nucleus	GO:0005634	3	100%	31.01%	0.03(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
mitochondrion	GO:0005739	1	33.33%	15.78%	0.4(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_163 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
polyamine biosynthesis	GO:0006596	2	100%	0.06%	2.88E-7(4.65E-4)
polyamine metabolism	GO:0006595	2	100%	0.11%	1.01E-6(1.63E-3)
pantothenate biosynthesis	GO:0015940	2	100%	0.12%	1.34E-6(2.17E-3)
pantothenate metabolism	GO:0015939	2	100%	0.12%	1.34E-6(2.17E-3)
biogenic amine biosynthesis	GO:0042401	2	100%	0.29%	8.21E-6(0.01)
amino acid derivative biosynthesis	GO:0042398	2	100%	0.31%	9.12E-6(0.01)
biogenic amine metabolism	GO:0006576	2	100%	0.39%	1.44E-5(0.02)
amino acid derivative metabolism	GO:0006575	2	100%	0.42%	1.68E-5(0.03)
group transfer coenzyme metabolism	GO:0006752	2	100%	0.68%	4.54E-5(0.07)
coenzyme biosynthesis	GO:0009108	2	100%	0.87%	7.39E-5(0.12)
cofactor biosynthesis	GO:0051188	2	100%	1.08%	1.16E-4(0.19)
nitrogen compound biosynthesis	GO:0044271	2	100%	1.67%	2.77E-4(0.45)
amine biosynthesis	GO:0009309	2	100%	1.67%	2.77E-4(0.45)
coenzyme metabolism	GO:0006732	2	100%	1.81%	3.26E-4(0.53)
cofactor metabolism	GO:0051186	2	100%	2.26%	5.08E-4(0.82)
spermine biosynthesis	GO:0006597	1	50%	0.03%	6.2E-4(n.s)
spermidine biosynthesis	GO:0008295	1	50%	0.03%	6.2E-4(n.s)
spermine metabolism	GO:0008215	1	50%	0.03%	6.2E-4(n.s)
spermidine metabolism	GO:0008216	1	50%	0.03%	6.2E-4(n.s)
amino acid and derivative metabolism	GO:0006519	2	100%	3.05%	9.27E-4(n.s)
amine metabolism	GO:0009308	2	100%	3.38%	1.14E-3(n.s)
nitrogen compound metabolism	GO:0006807	2	100%	3.66%	1.33E-3(n.s)
cellular biosynthesis	GO:0044249	2	100%	17.05%	0.03(n.s)
biosynthesis	GO:0009058	2	100%	18.28%	0.03(n.s)
primary metabolism	GO:0044238	2	100%	48.71%	0.24(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
transferase activity, transferring alkyl or aryl (other than methyl) groups	GO:0016765	2	100%	0.53%	2.69E-5(0.04)
spermine synthase activity	GO:0016768	1	50%	0.02%	**
spermidine synthase activity	GO:0004766	1	50%	0.02%	**
transferase activity	GO:0016740	2	100%	10.13%	0.01(n.s)
catalytic activity	GO:0003824	2	100%	29.21%	0.09(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
nucleus	GO:0005634	1	50%	31.01%	0.52(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
intracellular membrane-bound organelle	GO:0043231	1	50%	55.65%	0.8(n.s)
membrane-bound organelle	GO:0043227	1	50%	55.65%	0.8(n.s)
organelle	GO:0043226	1	50%	60.56%	0.84(n.s)
intracellular organelle	GO:0043229	1	50%	60.56%	0.84(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_119 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
iron ion homeostasis	GO:0006879	2	100%	0.45%	1.95E-5(0.03)
transition metal ion homeostasis	GO:0046916	2	100%	0.73%	5.19E-5(0.08)
di-, tri-valent inorganic cation homeostasis	GO:0030005	2	100%	0.81%	6.36E-5(0.1)
metal ion homeostasis	GO:0006875	2	100%	0.91%	8.21E-5(0.13)
cation homeostasis	GO:0030003	2	100%	1.35%	1.8E-4(0.29)
cell ion homeostasis	GO:0006873	2	100%	1.49%	2.19E-4(0.35)
ion homeostasis	GO:0050801	2	100%	1.55%	2.38E-4(0.38)
cell homeostasis	GO:0019725	2	100%	1.64%	2.67E-4(0.43)
homeostasis	GO:0042592	2	100%	1.73%	2.98E-4(0.48)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
molecular function unknown	GO:0005554	2	100%	35.75%	0.13(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
integral to membrane	GO:0016021	2	100%	3.55%	1.25E-3(n.s)
intrinsic to membrane	GO:0031224	2	100%	3.61%	1.3E-3(n.s)
membrane	GO:0016020	2	100%	15.38%	0.02(n.s)
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_120 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ATP biosynthesis	GO:0006754	2	100%	0.31%	9.12E-6(0.01)
nucleoside phosphate metabolism	GO:0006753	2	100%	0.31%	9.12E-6(0.01)
energy coupled proton transport, down electrochemical gradient	GO:0015985	2	100%	0.31%	9.12E-6(0.01)
ATP synthesis coupled proton transport	GO:0015986	2	100%	0.31%	9.12E-6(0.01)
ATP metabolism	GO:0046034	2	100%	0.31%	9.12E-6(0.01)
purine nucleoside triphosphate metabolism	GO:0009144	2	100%	0.34%	1.11E-5(0.02)
purine ribonucleoside triphosphate metabolism	GO:0009205	2	100%	0.34%	1.11E-5(0.02)
purine nucleoside triphosphate biosynthesis	GO:0009145	2	100%	0.34%	1.11E-5(0.02)
purine ribonucleoside triphosphate biosynthesis	GO:0009206	2	100%	0.34%	1.11E-5(0.02)
ribonucleoside triphosphate biosynthesis	GO:0009201	2	100%	0.36%	1.21E-5(0.02)
ribonucleoside triphosphate metabolism	GO:0009199	2	100%	0.36%	1.21E-5(0.02)
nucleoside triphosphate biosynthesis	GO:0009142	2	100%	0.37%	1.32E-5(0.02)
hydrogen transport	GO:0006818	2	100%	0.37%	1.32E-5(0.02)
proton transport	GO:0015992	2	100%	0.37%	1.32E-5(0.02)
nucleoside triphosphate metabolism	GO:0009141	2	100%	0.39%	1.44E-5(0.02)
monovalent inorganic cation transport	GO:0015672	2	100%	0.45%	1.95E-5(0.03)
purine ribonucleotide biosynthesis	GO:0009152	2	100%	0.57%	3.2E-5(0.05)
ribonucleotide biosynthesis	GO:0009260	2	100%	0.59%	3.37E-5(0.05)
purine ribonucleotide metabolism	GO:0009150	2	100%	0.6%	3.56E-5(0.06)
ribonucleotide metabolism	GO:0009259	2	100%	0.62%	3.74E-5(0.06)
purine nucleotide biosynthesis	GO:0006164	2	100%	0.65%	4.13E-5(0.07)
group transfer coenzyme metabolism	GO:0006752	2	100%	0.68%	4.54E-5(0.07)
purine nucleotide metabolism	GO:0006163	2	100%	0.7%	4.75E-5(0.08)
oxidative phosphorylation	GO:0006119	2	100%	0.71%	4.97E-5(0.08)
nucleotide biosynthesis	GO:0009165	2	100%	0.84%	6.87E-5(0.11)
coenzyme biosynthesis	GO:0009108	2	100%	0.87%	7.39E-5(0.12)
cofactor biosynthesis	GO:0051188	2	100%	1.08%	1.16E-4(0.19)
cation transport	GO:0006812	2	100%	1.36%	1.84E-4(0.3)
nucleotide metabolism	GO:0009117	2	100%	1.38%	1.88E-4(0.3)
ion transport	GO:0006811	2	100%	1.64%	2.67E-4(0.43)
coenzyme metabolism	GO:0006732	2	100%	1.81%	3.26E-4(0.53)
phosphorylation	GO:0016310	2	100%	2.21%	4.87E-4(0.79)
cofactor metabolism	GO:0051186	2	100%	2.26%	5.08E-4(0.82)
phosphate metabolism	GO:0006796	2	100%	2.91%	8.44E-4(n.s)
phosphorus metabolism	GO:0006793	2	100%	2.91%	8.44E-4(n.s)
generation of precursor metabolites and energy	GO:0006091	2	100%	3.5%	1.22E-3(n.s)
response to water	GO:0009415	1	50%	0.15%	3.1E-3(n.s)
response to water deprivation	GO:0009414	1	50%	0.15%	3.1E-3(n.s)
response to dessication	GO:0009269	1	50%	0.15%	3.1E-3(n.s)
transport	GO:0006810	2	100%	14.27%	0.02(n.s)
establishment of localization	GO:0051234	2	100%	14.39%	0.02(n.s)
localization	GO:0051179	2	100%	14.82%	0.02(n.s)
cellular biosynthesis	GO:0044249	2	100%	17.05%	0.03(n.s)
biosynthesis	GO:0009058	2	100%	18.28%	0.03(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	2	100%	23.17%	0.05(n.s)
response to abiotic stimulus	GO:0009628	1	50%	3.52%	0.07(n.s)
response to external stimulus	GO:0009605	1	50%	3.87%	0.08(n.s)
response to stress	GO:0006950	1	50%	6.09%	0.12(n.s)
response to stimulus	GO:0050896	1	50%	8.41%	0.16(n.s)
primary metabolism	GO:0044238	2	100%	48.71%	0.24(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
molecular function unknown	GO:0005554	2	100%	35.75%	0.13(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
hydrogen-translocating F-type ATPase complex	GO:0045255	2	100%	0.31%	9.12E-6(0.01)
proton-transporting ATP synthase complex	GO:0045259	2	100%	0.31%	9.12E-6(0.01)
proton-transporting ATP synthase complex (sensu Eukaryota)	GO:0005753	2	100%	0.31%	9.12E-6(0.01)
proton-transporting two-sector ATPase complex	GO:0016469	2	100%	0.31%	9.12E-6(0.01)
mitochondrial inner membrane	GO:0005743	2	100%	2.43%	5.88E-4(0.95)
inner membrane	GO:0019866	2	100%	2.43%	5.88E-4(0.95)
mitochondrial membrane	GO:0005740	2	100%	3.16%	9.94E-4(n.s)
integral to membrane	GO:0016021	2	100%	3.55%	1.25E-3(n.s)
intrinsic to membrane	GO:0031224	2	100%	3.61%	1.3E-3(n.s)
organelle membrane	GO:0031090	2	100%	8.58%	7.35E-3(n.s)
membrane	GO:0016020	2	100%	15.38%	0.02(n.s)
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
protein complex	GO:0043234	2	100%	21.07%	0.04(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_121 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
external encapsulating structure organization and biogenesis	GO:0045229	1	50%	2.17%	0.04(n.s)
cell wall organization and biogenesis	GO:0007047	1	50%	2.17%	0.04(n.s)
cell organization and biogenesis	GO:0016043	1	50%	17.98%	0.33(n.s)
biological process unknown	GO:0000004	1	50%	25.64%	0.45(n.s)
cellular physiological process	GO:0050875	1	50%	71.65%	0.92(n.s)
cellular process	GO:0009987	1	50%	72.29%	0.92(n.s)
physiological process	GO:0007582	1	50%	73.68%	0.93(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein phosphatase type 2C activity	GO:0015071	1	50%	0.09%	1.86E-3(n.s)
protein serine/threonine phosphatase activity	GO:0004722	1	50%	0.43%	8.66E-3(n.s)
phosphoprotein phosphatase activity	GO:0004721	1	50%	0.71%	0.01(n.s)
phosphoric monoester hydrolase activity	GO:0016791	1	50%	1.33%	0.03(n.s)
phosphoric ester hydrolase activity	GO:0042578	1	50%	1.44%	0.03(n.s)
hydrolase activity, acting on ester bonds	GO:0016788	1	50%	4.12%	0.08(n.s)
hydrolase activity	GO:0016787	1	50%	11.45%	0.22(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cell cortex	GO:0005938	1	50%	1.52%	0.03(n.s)
integral to membrane	GO:0016021	1	50%	3.55%	0.07(n.s)
intrinsic to membrane	GO:0031224	1	50%	3.61%	0.07(n.s)
membrane	GO:0016020	1	50%	15.38%	0.28(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_122 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
DNA recombination	GO:0006310	1	50%	2.91%	0.06(n.s)
DNA metabolism	GO:0006259	1	50%	8.58%	0.16(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	50%	23.17%	0.41(n.s)
biopolymer metabolism	GO:0043283	1	50%	25.06%	0.44(n.s)
biological process unknown	GO:0000004	1	50%	25.64%	0.45(n.s)
primary metabolism	GO:0044238	1	50%	48.71%	0.74(n.s)
cellular metabolism	GO:0044237	1	50%	52.12%	0.77(n.s)
metabolism	GO:0008152	1	50%	52.93%	0.78(n.s)
cellular physiological process	GO:0050875	1	50%	71.65%	0.92(n.s)
cellular process	GO:0009987	1	50%	72.29%	0.92(n.s)
physiological process	GO:0007582	1	50%	73.68%	0.93(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
endodeoxyribonuclease activity	GO:0004520	1	50%	0.28%	5.57E-3(n.s)
deoxyribonuclease activity	GO:0004536	1	50%	0.31%	6.19E-3(n.s)
endonuclease activity	GO:0004519	1	50%	0.88%	0.02(n.s)
nuclease activity	GO:0004518	1	50%	2.15%	0.04(n.s)
hydrolase activity, acting on ester bonds	GO:0016788	1	50%	4.12%	0.08(n.s)
hydrolase activity	GO:0016787	1	50%	11.45%	0.22(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
mitochondrial inner membrane	GO:0005743	1	50%	2.43%	0.05(n.s)
inner membrane	GO:0019866	1	50%	2.43%	0.05(n.s)
mitochondrial membrane	GO:0005740	1	50%	3.16%	0.06(n.s)
organelle membrane	GO:0031090	1	50%	8.58%	0.16(n.s)
membrane	GO:0016020	1	50%	15.38%	0.28(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_123 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
carnitine metabolism	GO:0009437	3	100%	0.05%	2.23E-11(3.6E-8)
biogenic amine metabolism	GO:0006576	3	100%	0.39%	5.13E-8(8.29E-5)
amino acid derivative metabolism	GO:0006575	3	100%	0.42%	6.53E-8(1.05E-4)
water-soluble vitamin metabolism	GO:0006767	3	100%	1.13%	1.39E-6(2.24E-3)
vitamin metabolism	GO:0006766	3	100%	1.13%	1.39E-6(2.24E-3)
amino acid and derivative metabolism	GO:0006519	3	100%	3.05%	2.8E-5(0.05)
amine metabolism	GO:0009308	3	100%	3.38%	3.8E-5(0.06)
nitrogen compound metabolism	GO:0006807	3	100%	3.66%	4.83E-5(0.08)
organic acid metabolism	GO:0006082	3	100%	4.6%	9.64E-5(0.16)
carboxylic acid metabolism	GO:0019752	3	100%	4.6%	9.64E-5(0.16)
alcohol metabolism	GO:0006066	2	66.67%	2.43%	1.73E-3(n.s)
primary metabolism	GO:0044238	3	100%	48.71%	0.12(n.s)
cellular metabolism	GO:0044237	3	100%	52.12%	0.14(n.s)
metabolism	GO:0008152	3	100%	52.93%	0.15(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
carnitine O-acyltransferase activity	GO:0016406	3	100%	0.05%	2.23E-11(3.6E-8)
carnitine O-acetyltransferase activity	GO:0004092	3	100%	0.05%	2.23E-11(3.6E-8)
O-acetyltransferase activity	GO:0016413	3	100%	0.11%	7.81E-10(1.26E-6)
O-acyltransferase activity	GO:0008374	3	100%	0.25%	1.25E-8(2.02E-5)
acetyltransferase activity	GO:0016407	3	100%	0.71%	3.39E-7(5.47E-4)
acyltransferase activity	GO:0008415	3	100%	1.19%	1.63E-6(2.64E-3)
transferase activity, transferring groups other than amino-acyl groups	GO:0016747	3	100%	1.19%	1.63E-6(2.64E-3)
transferase activity, transferring acyl groups	GO:0016746	3	100%	1.43%	2.8E-6(4.53E-3)
transferase activity	GO:0016740	3	100%	10.13%	1.04E-3(n.s)
catalytic activity	GO:0003824	3	100%	29.21%	0.02(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
peroxisomal matrix	GO:0005782	1	33.33%	0.2%	6.03E-3(n.s)
peroxisome	GO:0005777	1	33.33%	0.87%	0.03(n.s)
microbody	GO:0042579	1	33.33%	0.87%	0.03(n.s)
mitochondrion	GO:0005739	2	66.67%	15.78%	0.07(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
intracellular membrane-bound organelle	GO:0043231	2	66.67%	55.65%	0.58(n.s)
membrane-bound organelle	GO:0043227	2	66.67%	55.65%	0.58(n.s)
organelle	GO:0043226	2	66.67%	60.56%	0.66(n.s)
intracellular organelle	GO:0043229	2	66.67%	60.56%	0.66(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_124 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
nitrogen utilization	GO:0019740	2	100%	0.22%	4.37E-6(7.06E-3)
nitrogen compound metabolism	GO:0006807	2	100%	3.66%	1.33E-3(n.s)
transport	GO:0006810	2	100%	14.27%	0.02(n.s)
establishment of localization	GO:0051234	2	100%	14.39%	0.02(n.s)
localization	GO:0051179	2	100%	14.82%	0.02(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
transporter activity	GO:0005215	2	100%	6.64%	4.41E-3(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
membrane	GO:0016020	2	100%	15.38%	0.02(n.s)
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
integral to membrane	GO:0016021	1	50%	3.55%	0.07(n.s)
intrinsic to membrane	GO:0031224	1	50%	3.61%	0.07(n.s)
plasma membrane	GO:0005886	1	50%	3.67%	0.07(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_125 (n = 4) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
RNA elongation from RNA polymerase II promoter	GO:0006368	4	100%	0.34%	1.01E-10(1.63E-7)
RNA elongation	GO:0006354	4	100%	0.36%	1.22E-10(1.98E-7)
transcription from RNA polymerase II promoter	GO:0006366	4	100%	4.29%	3.32E-6(5.36E-3)
transcription, DNA-dependent	GO:0006351	4	100%	6.78%	2.09E-5(0.03)
transcription	GO:0006350	4	100%	7.43%	3.02E-5(0.05)
DNA packaging	GO:0006323	3	75%	3.14%	1.2E-4(0.19)
establishment and/or maintenance of chromatin architecture	GO:0006325	3	75%	3.14%	1.2E-4(0.19)
chromosome organization and biogenesis (sensu Eukaryota)	GO:0007001	3	75%	3.72%	1.97E-4(0.32)
chromosome organization and biogenesis	GO:0051276	3	75%	3.9%	2.28E-4(0.37)
regulation of transcription, DNA-dependent	GO:0006355	3	75%	4.68%	3.91E-4(0.63)
regulation of transcription	GO:0045449	3	75%	4.96%	4.65E-4(0.75)
regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0019219	3	75%	5.24%	5.47E-4(0.88)
regulation of cellular metabolism	GO:0031323	3	75%	5.98%	8.11E-4(n.s)
chromatin assembly	GO:0031497	2	50%	1.27%	9.41E-4(n.s)
regulation of metabolism	GO:0019222	3	75%	6.37%	9.76E-4(n.s)
chromatin assembly or disassembly	GO:0006333	2	50%	1.52%	1.34E-3(n.s)
regulation of cellular physiological process	GO:0051244	3	75%	8.49%	2.28E-3(n.s)
regulation of cellular process	GO:0050794	3	75%	8.52%	2.3E-3(n.s)
DNA metabolism	GO:0006259	3	75%	8.58%	2.35E-3(n.s)
regulation of physiological process	GO:0050791	3	75%	8.77%	2.51E-3(n.s)
regulation of biological process	GO:0050789	3	75%	8.97%	2.68E-3(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	4	100%	23.17%	2.87E-3(n.s)
nucleosome assembly	GO:0006334	1	25%	0.08%	3.1E-3(n.s)
organelle organization and biogenesis	GO:0006996	3	75%	15.69%	0.01(n.s)
cell organization and biogenesis	GO:0016043	3	75%	17.98%	0.02(n.s)
negative regulation of gene expression, epigenetic	GO:0045814	1	25%	1.19%	0.05(n.s)
chromatin silencing	GO:0006342	1	25%	1.19%	0.05(n.s)
gene silencing	GO:0016458	1	25%	1.19%	0.05(n.s)
heterochromatin formation	GO:0031507	1	25%	1.19%	0.05(n.s)
regulation of gene expression, epigenetic	GO:0040029	1	25%	1.27%	0.05(n.s)
biopolymer metabolism	GO:0043283	3	75%	25.06%	0.05(n.s)
primary metabolism	GO:0044238	4	100%	48.71%	0.06(n.s)
chromosome segregation	GO:0007059	1	25%	1.6%	0.06(n.s)
negative regulation of transcription, DNA-dependent	GO:0045892	1	25%	1.89%	0.07(n.s)
cellular metabolism	GO:0044237	4	100%	52.12%	0.07(n.s)
negative regulation of transcription	GO:0016481	1	25%	1.95%	0.08(n.s)
chromatin remodeling	GO:0006338	1	25%	2.01%	0.08(n.s)
metabolism	GO:0008152	4	100%	52.93%	0.08(n.s)
negative regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0045934	1	25%	2.11%	0.08(n.s)
protein complex assembly	GO:0006461	1	25%	2.26%	0.09(n.s)
negative regulation of cellular metabolism	GO:0031324	1	25%	2.29%	0.09(n.s)
negative regulation of metabolism	GO:0009892	1	25%	2.4%	0.09(n.s)
negative regulation of cellular physiological process	GO:0051243	1	25%	2.59%	0.1(n.s)
negative regulation of cellular process	GO:0048523	1	25%	2.59%	0.1(n.s)
negative regulation of physiological process	GO:0043118	1	25%	2.62%	0.1(n.s)
negative regulation of biological process	GO:0048519	1	25%	2.71%	0.1(n.s)
chromatin modification	GO:0016568	1	25%	2.77%	0.11(n.s)
development	GO:0007275	1	25%	5.73%	0.21(n.s)
cellular physiological process	GO:0050875	4	100%	71.65%	0.26(n.s)
cellular process	GO:0009987	4	100%	72.29%	0.27(n.s)
physiological process	GO:0007582	4	100%	73.68%	0.29(n.s)
cellular protein metabolism	GO:0044267	1	25%	21.7%	0.62(n.s)
protein metabolism	GO:0019538	1	25%	22.06%	0.63(n.s)
cellular macromolecule metabolism	GO:0044260	1	25%	24.52%	0.68(n.s)
macromolecule metabolism	GO:0043170	1	25%	26.04%	0.7(n.s)
biological_process	GO:0008150	4	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
RNA polymerase II transcription elongation factor activity	GO:0016944	4	100%	0.26%	3.29E-11(5.32E-8)
transcriptional elongation regulator activity	GO:0003711	4	100%	0.34%	1.01E-10(1.63E-7)
transcription regulator activity	GO:0030528	4	100%	5%	6.16E-6(9.95E-3)
molecular_function	GO:0003674	4	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
transcription elongation factor complex	GO:0008023	4	100%	0.29%	5.36E-11(8.66E-8)
nucleoplasm	GO:0005654	4	100%	4.86%	5.49E-6(8.88E-3)
protein complex	GO:0043234	4	100%	21.07%	1.96E-3(n.s)
nucleus	GO:0005634	4	100%	31.01%	9.23E-3(n.s)
nuclear chromosome, telomeric region	GO:0000784	1	25%	0.36%	0.01(n.s)
chromosome, telomeric region	GO:0000781	1	25%	0.4%	0.02(n.s)
kinetochore	GO:0000776	1	25%	0.87%	0.03(n.s)
chromosome, pericentric region	GO:0000775	1	25%	0.93%	0.04(n.s)
nuclear chromosome	GO:0000228	1	25%	2.31%	0.09(n.s)
intracellular membrane-bound organelle	GO:0043231	4	100%	55.65%	0.1(n.s)
membrane-bound organelle	GO:0043227	4	100%	55.65%	0.1(n.s)
mitochondrion	GO:0005739	2	50%	15.78%	0.12(n.s)
chromosome	GO:0005694	1	25%	3.16%	0.12(n.s)
organelle	GO:0043226	4	100%	60.56%	0.13(n.s)
intracellular organelle	GO:0043229	4	100%	60.56%	0.13(n.s)
intracellular	GO:0005622	4	100%	77.03%	0.35(n.s)
intracellular non-membrane-bound organelle	GO:0043232	1	25%	14.3%	0.46(n.s)
non-membrane-bound organelle	GO:0043228	1	25%	14.3%	0.46(n.s)
cell	GO:0005623	4	100%	83.5%	0.49(n.s)
cytoplasm	GO:0005737	2	50%	55.64%	0.77(n.s)
cellular_component	GO:0005575	4	100%	99.61%	0.98(n.s)

cluster_126 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein-vacuolar targeting	GO:0006623	1	50%	0.93%	0.02(n.s)
protein targeting	GO:0006605	1	50%	3.42%	0.07(n.s)
intracellular protein transport	GO:0006886	1	50%	3.7%	0.07(n.s)
protein transport	GO:0015031	1	50%	3.79%	0.07(n.s)
establishment of protein localization	GO:0045184	1	50%	3.95%	0.08(n.s)
protein localization	GO:0008104	1	50%	4.37%	0.09(n.s)
intracellular transport	GO:0046907	1	50%	7.53%	0.14(n.s)
transport	GO:0006810	1	50%	14.27%	0.26(n.s)
establishment of localization	GO:0051234	1	50%	14.39%	0.27(n.s)
localization	GO:0051179	1	50%	14.82%	0.27(n.s)
biological process unknown	GO:0000004	1	50%	25.64%	0.45(n.s)
cellular physiological process	GO:0050875	1	50%	71.65%	0.92(n.s)
cellular process	GO:0009987	1	50%	72.29%	0.92(n.s)
physiological process	GO:0007582	1	50%	73.68%	0.93(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
molecular function unknown	GO:0005554	2	100%	35.75%	0.13(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_127 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
fatty acid metabolism	GO:0006631	2	100%	0.67%	4.33E-5(0.07)
aerobic respiration	GO:0009060	2	100%	1.27%	1.59E-4(0.26)
cellular respiration	GO:0045333	2	100%	1.35%	1.8E-4(0.29)
energy derivation by oxidation of organic compounds	GO:0015980	2	100%	3.04%	9.17E-4(n.s)
cellular lipid metabolism	GO:0044255	2	100%	3.16%	9.94E-4(n.s)
lipid metabolism	GO:0006629	2	100%	3.38%	1.14E-3(n.s)
generation of precursor metabolites and energy	GO:0006091	2	100%	3.5%	1.22E-3(n.s)
organic acid metabolism	GO:0006082	2	100%	4.6%	2.11E-3(n.s)
carboxylic acid metabolism	GO:0019752	2	100%	4.6%	2.11E-3(n.s)
primary metabolism	GO:0044238	2	100%	48.71%	0.24(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
fatty-acid synthase activity	GO:0004312	2	100%	0.12%	1.34E-6(2.17E-3)
acyltransferase activity	GO:0008415	2	100%	1.19%	1.4E-4(0.23)
transferase activity, transferring groups other than amino-acyl groups	GO:0016747	2	100%	1.19%	1.4E-4(0.23)
transferase activity, transferring acyl groups	GO:0016746	2	100%	1.43%	2.01E-4(0.32)
malonyltransferase activity	GO:0016420	1	50%	0.03%	6.2E-4(n.s)
[acyl-carrier protein] S-malonyltransferase activity	GO:0004314	1	50%	0.03%	6.2E-4(n.s)
3-oxoacyl-[acyl-carrier protein] reductase activity	GO:0004316	1	50%	0.03%	6.2E-4(n.s)
S-malonyltransferase activity	GO:0016419	1	50%	0.03%	6.2E-4(n.s)
S-acyltransferase activity	GO:0016417	1	50%	0.11%	2.17E-3(n.s)
transferase activity	GO:0016740	2	100%	10.13%	0.01(n.s)
oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor	GO:0016616	1	50%	1.07%	0.02(n.s)
oxidoreductase activity, acting on CH-OH group of donors	GO:0016614	1	50%	1.18%	0.02(n.s)
oxidoreductase activity	GO:0016491	1	50%	3.73%	0.07(n.s)
catalytic activity	GO:0003824	2	100%	29.21%	0.09(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_128 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
glutathione metabolism	GO:0006749	2	66.67%	0.12%	4.03E-6(6.51E-3)
sulfur metabolism	GO:0006790	2	66.67%	0.87%	2.2E-4(0.36)
coenzyme metabolism	GO:0006732	2	66.67%	1.81%	9.65E-4(n.s)
cofactor metabolism	GO:0051186	2	66.67%	2.26%	1.5E-3(n.s)
regulation of cell redox homeostasis	GO:0030503	1	33.33%	0.15%	4.64E-3(n.s)
cell redox homeostasis	GO:0045454	1	33.33%	0.15%	4.64E-3(n.s)
response to oxidative stress	GO:0006979	1	33.33%	0.79%	0.02(n.s)
oxygen and reactive oxygen species metabolism	GO:0006800	1	33.33%	0.82%	0.02(n.s)
response to biotic stimulus	GO:0009607	1	33.33%	1.08%	0.03(n.s)
cell homeostasis	GO:0019725	1	33.33%	1.64%	0.05(n.s)
homeostasis	GO:0042592	1	33.33%	1.73%	0.05(n.s)
cellular metabolism	GO:0044237	3	100%	52.12%	0.14(n.s)
metabolism	GO:0008152	3	100%	52.93%	0.15(n.s)
response to stress	GO:0006950	1	33.33%	6.09%	0.17(n.s)
response to stimulus	GO:0050896	1	33.33%	8.41%	0.23(n.s)
regulation of cellular physiological process	GO:0051244	1	33.33%	8.49%	0.23(n.s)
regulation of cellular process	GO:0050794	1	33.33%	8.52%	0.23(n.s)
regulation of physiological process	GO:0050791	1	33.33%	8.77%	0.24(n.s)
regulation of biological process	GO:0050789	1	33.33%	8.97%	0.25(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
glutathione transferase activity	GO:0004364	3	100%	0.06%	8.92E-11(1.44E-7)
transferase activity, transferring alkyl or aryl (other than methyl) groups	GO:0016765	3	100%	0.53%	1.33E-7(2.16E-4)
transferase activity	GO:0016740	3	100%	10.13%	1.04E-3(n.s)
glutathione peroxidase activity	GO:0004602	1	33.33%	0.08%	2.32E-3(n.s)
thiol-disulfide exchange intermediate activity	GO:0030508	1	33.33%	0.12%	3.71E-3(n.s)
disulfide oxidoreductase activity	GO:0015036	1	33.33%	0.14%	4.18E-3(n.s)
peroxidase activity	GO:0004601	1	33.33%	0.26%	7.88E-3(n.s)
oxidoreductase activity, acting on peroxide as acceptor	GO:0016684	1	33.33%	0.26%	7.88E-3(n.s)
antioxidant activity	GO:0016209	1	33.33%	0.31%	9.27E-3(n.s)
catalytic activity	GO:0003824	3	100%	29.21%	0.02(n.s)
oxidoreductase activity	GO:0016491	1	33.33%	3.73%	0.11(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
endoplasmic reticulum	GO:0005783	1	33.33%	5.84%	0.17(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
cytosol	GO:0005829	1	33.33%	10.08%	0.27(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_129 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
tryptophanyl-tRNA aminoacylation	GO:0006436	1	50%	0.03%	6.2E-4(n.s)
pentose-phosphate shunt	GO:0006098	1	50%	0.12%	2.48E-3(n.s)
NADPH regeneration	GO:0006740	1	50%	0.17%	3.41E-3(n.s)
NADP metabolism	GO:0006739	1	50%	0.19%	3.71E-3(n.s)
hexose catabolism	GO:0019320	1	50%	0.45%	8.96E-3(n.s)
glucose catabolism	GO:0006007	1	50%	0.45%	8.96E-3(n.s)
tRNA aminoacylation	GO:0043039	1	50%	0.46%	9.27E-3(n.s)
amino acid activation	GO:0043038	1	50%	0.46%	9.27E-3(n.s)
nicotinamide metabolism	GO:0006769	1	50%	0.46%	9.27E-3(n.s)
tRNA aminoacylation for protein translation	GO:0006418	1	50%	0.46%	9.27E-3(n.s)
pyridine nucleotide metabolism	GO:0019362	1	50%	0.51%	0.01(n.s)
monosaccharide catabolism	GO:0046365	1	50%	0.53%	0.01(n.s)
alcohol catabolism	GO:0046164	1	50%	0.57%	0.01(n.s)
oxidoreduction coenzyme metabolism	GO:0006733	1	50%	0.67%	0.01(n.s)
glucose metabolism	GO:0006006	1	50%	1.01%	0.02(n.s)
tRNA modification	GO:0006400	1	50%	1.02%	0.02(n.s)
main pathways of carbohydrate metabolism	GO:0006092	1	50%	1.08%	0.02(n.s)
cellular carbohydrate catabolism	GO:0044275	1	50%	1.1%	0.02(n.s)
carbohydrate catabolism	GO:0016052	1	50%	1.1%	0.02(n.s)
vitamin metabolism	GO:0006766	1	50%	1.13%	0.02(n.s)
water-soluble vitamin metabolism	GO:0006767	1	50%	1.13%	0.02(n.s)
hexose metabolism	GO:0019318	1	50%	1.32%	0.03(n.s)
nucleotide metabolism	GO:0009117	1	50%	1.38%	0.03(n.s)
monosaccharide metabolism	GO:0005996	1	50%	1.43%	0.03(n.s)
tRNA metabolism	GO:0006399	1	50%	1.6%	0.03(n.s)
coenzyme metabolism	GO:0006732	1	50%	1.81%	0.04(n.s)
cofactor metabolism	GO:0051186	1	50%	2.26%	0.04(n.s)
RNA modification	GO:0009451	1	50%	2.42%	0.05(n.s)
alcohol metabolism	GO:0006066	1	50%	2.43%	0.05(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	2	100%	23.17%	0.05(n.s)
amino acid metabolism	GO:0006520	1	50%	2.82%	0.06(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	50%	3.04%	0.06(n.s)
cellular macromolecule metabolism	GO:0044260	2	100%	24.52%	0.06(n.s)
amino acid and derivative metabolism	GO:0006519	1	50%	3.05%	0.06(n.s)
cellular carbohydrate metabolism	GO:0044262	1	50%	3.08%	0.06(n.s)
amine metabolism	GO:0009308	1	50%	3.38%	0.07(n.s)
carbohydrate metabolism	GO:0005975	1	50%	3.38%	0.07(n.s)
macromolecule metabolism	GO:0043170	2	100%	26.04%	0.07(n.s)
generation of precursor metabolites and energy	GO:0006091	1	50%	3.5%	0.07(n.s)
nitrogen compound metabolism	GO:0006807	1	50%	3.66%	0.07(n.s)
cellular macromolecule catabolism	GO:0044265	1	50%	4.51%	0.09(n.s)
organic acid metabolism	GO:0006082	1	50%	4.6%	0.09(n.s)
carboxylic acid metabolism	GO:0019752	1	50%	4.6%	0.09(n.s)
macromolecule catabolism	GO:0009057	1	50%	4.83%	0.09(n.s)
cellular catabolism	GO:0044248	1	50%	5.84%	0.11(n.s)
catabolism	GO:0009056	1	50%	6.16%	0.12(n.s)
translation	GO:0043037	1	50%	6.47%	0.13(n.s)
RNA metabolism	GO:0016070	1	50%	8.32%	0.16(n.s)
biopolymer modification	GO:0043412	1	50%	9.25%	0.18(n.s)
protein biosynthesis	GO:0006412	1	50%	12.16%	0.23(n.s)
primary metabolism	GO:0044238	2	100%	48.71%	0.24(n.s)
macromolecule biosynthesis	GO:0009059	1	50%	13.04%	0.24(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
cellular biosynthesis	GO:0044249	1	50%	17.05%	0.31(n.s)
biosynthesis	GO:0009058	1	50%	18.28%	0.33(n.s)
cellular protein metabolism	GO:0044267	1	50%	21.7%	0.39(n.s)
protein metabolism	GO:0019538	1	50%	22.06%	0.39(n.s)
biopolymer metabolism	GO:0043283	1	50%	25.06%	0.44(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ribulose-phosphate 3-epimerase activity	GO:0004750	1	50%	0.02%	**
racemase and epimerase activity, acting on carbohydrates and derivatives	GO:0016857	1	50%	0.03%	6.2E-4(n.s)
tryptophan-tRNA ligase activity	GO:0004830	1	50%	0.03%	6.2E-4(n.s)
racemase and epimerase activity	GO:0016854	1	50%	0.06%	1.24E-3(n.s)
ligase activity, forming carbon-oxygen bonds	GO:0016875	1	50%	0.56%	0.01(n.s)
tRNA ligase activity	GO:0004812	1	50%	0.56%	0.01(n.s)
ligase activity, forming aminoacyl-tRNA and related compounds	GO:0016876	1	50%	0.56%	0.01(n.s)
RNA ligase activity	GO:0008452	1	50%	0.57%	0.01(n.s)
ligase activity, forming phosphoric ester bonds	GO:0016886	1	50%	0.62%	0.01(n.s)
isomerase activity	GO:0016853	1	50%	0.81%	0.02(n.s)
ligase activity	GO:0016874	1	50%	1.89%	0.04(n.s)
catalytic activity	GO:0003824	2	100%	29.21%	0.09(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cytosol	GO:0005829	1	50%	10.08%	0.19(n.s)
mitochondrion	GO:0005739	1	50%	15.78%	0.29(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
intracellular membrane-bound organelle	GO:0043231	1	50%	55.65%	0.8(n.s)
membrane-bound organelle	GO:0043227	1	50%	55.65%	0.8(n.s)
organelle	GO:0043226	1	50%	60.56%	0.84(n.s)
intracellular organelle	GO:0043229	1	50%	60.56%	0.84(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_118 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
rRNA modification	GO:0000154	1	50%	1.38%	0.03(n.s)
RNA modification	GO:0009451	1	50%	2.42%	0.05(n.s)
rRNA metabolism	GO:0016072	1	50%	3.92%	0.08(n.s)
RNA metabolism	GO:0016070	1	50%	8.32%	0.16(n.s)
biopolymer modification	GO:0043412	1	50%	9.25%	0.18(n.s)
protein biosynthesis	GO:0006412	1	50%	12.16%	0.23(n.s)
primary metabolism	GO:0044238	2	100%	48.71%	0.24(n.s)
macromolecule biosynthesis	GO:0009059	1	50%	13.04%	0.24(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
cellular biosynthesis	GO:0044249	1	50%	17.05%	0.31(n.s)
biosynthesis	GO:0009058	1	50%	18.28%	0.33(n.s)
cellular protein metabolism	GO:0044267	1	50%	21.7%	0.39(n.s)
protein metabolism	GO:0019538	1	50%	22.06%	0.39(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	50%	23.17%	0.41(n.s)
cellular macromolecule metabolism	GO:0044260	1	50%	24.52%	0.43(n.s)
biopolymer metabolism	GO:0043283	1	50%	25.06%	0.44(n.s)
macromolecule metabolism	GO:0043170	1	50%	26.04%	0.45(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ribosome binding	GO:0043022	1	50%	0.02%	**
rRNA (uridine) methyltransferase activity	GO:0016436	1	50%	0.03%	6.2E-4(n.s)
rRNA (uridine-2'-O-)-methyltransferase activity	GO:0008650	1	50%	0.03%	6.2E-4(n.s)
rRNA methyltransferase activity	GO:0008649	1	50%	0.06%	1.24E-3(n.s)
ribonucleoprotein binding	GO:0043021	1	50%	0.09%	1.86E-3(n.s)
RNA methyltransferase activity	GO:0008173	1	50%	0.31%	6.19E-3(n.s)
S-adenosylmethionine-dependent methyltransferase activity	GO:0008757	1	50%	0.77%	0.02(n.s)
GTPase activity	GO:0003924	1	50%	0.91%	0.02(n.s)
methyltransferase activity	GO:0008168	1	50%	1.1%	0.02(n.s)
transferase activity, transferring one-carbon groups	GO:0016741	1	50%	1.13%	0.02(n.s)
nucleoside-triphosphatase activity	GO:0017111	1	50%	3.42%	0.07(n.s)
pyrophosphatase activity	GO:0016462	1	50%	3.67%	0.07(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	1	50%	3.69%	0.07(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	1	50%	3.69%	0.07(n.s)
catalytic activity	GO:0003824	2	100%	29.21%	0.09(n.s)
transferase activity	GO:0016740	1	50%	10.13%	0.19(n.s)
hydrolase activity	GO:0016787	1	50%	11.45%	0.22(n.s)
binding	GO:0005488	1	50%	17.35%	0.32(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
extrinsic to membrane	GO:0019898	1	50%	0.48%	9.58E-3(n.s)
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
mitochondrial inner membrane	GO:0005743	1	50%	2.43%	0.05(n.s)
inner membrane	GO:0019866	1	50%	2.43%	0.05(n.s)
mitochondrial membrane	GO:0005740	1	50%	3.16%	0.06(n.s)
organelle membrane	GO:0031090	1	50%	8.58%	0.16(n.s)
membrane	GO:0016020	1	50%	15.38%	0.28(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_59 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
biological process unknown	GO:0000004	2	100%	25.64%	0.07(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
thiosulfate sulfurtransferase activity	GO:0004792	1	50%	0.02%	**
transferase activity, transferring sulfur-containing groups	GO:0016782	1	50%	0.03%	6.2E-4(n.s)
sulfurtransferase activity	GO:0016783	1	50%	0.03%	6.2E-4(n.s)
cysteine synthase activity	GO:0004124	1	50%	0.03%	6.2E-4(n.s)
carbon-oxygen lyase activity	GO:0016835	1	50%	0.56%	0.01(n.s)
lyase activity	GO:0016829	1	50%	1.27%	0.03(n.s)
catalytic activity	GO:0003824	2	100%	29.21%	0.09(n.s)
transferase activity	GO:0016740	1	50%	10.13%	0.19(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	1	50%	15.78%	0.29(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
intracellular membrane-bound organelle	GO:0043231	1	50%	55.65%	0.8(n.s)
membrane-bound organelle	GO:0043227	1	50%	55.65%	0.8(n.s)
organelle	GO:0043226	1	50%	60.56%	0.84(n.s)
intracellular organelle	GO:0043229	1	50%	60.56%	0.84(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_55 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
phosphate transport	GO:0006817	1	50%	0.15%	3.1E-3(n.s)
inorganic anion transport	GO:0015698	1	50%	0.25%	4.95E-3(n.s)
anion transport	GO:0006820	1	50%	0.26%	5.26E-3(n.s)
ion transport	GO:0006811	1	50%	1.64%	0.03(n.s)
transport	GO:0006810	1	50%	14.27%	0.26(n.s)
establishment of localization	GO:0051234	1	50%	14.39%	0.27(n.s)
localization	GO:0051179	1	50%	14.82%	0.27(n.s)
biological process unknown	GO:0000004	1	50%	25.64%	0.45(n.s)
cellular physiological process	GO:0050875	1	50%	71.65%	0.92(n.s)
cellular process	GO:0009987	1	50%	72.29%	0.92(n.s)
physiological process	GO:0007582	1	50%	73.68%	0.93(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
phosphate transporter activity	GO:0015114	1	50%	0.12%	2.48E-3(n.s)
inorganic anion transporter activity	GO:0015103	1	50%	0.2%	4.02E-3(n.s)
anion transporter activity	GO:0008509	1	50%	0.28%	5.57E-3(n.s)
ion transporter activity	GO:0015075	1	50%	2.21%	0.04(n.s)
transporter activity	GO:0005215	1	50%	6.64%	0.13(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
membrane	GO:0016020	1	50%	15.38%	0.28(n.s)
cellular component unknown	GO:0008372	1	50%	15.74%	0.29(n.s)
mitochondrion	GO:0005739	1	50%	15.78%	0.29(n.s)
cytoplasm	GO:0005737	1	50%	55.64%	0.8(n.s)
intracellular membrane-bound organelle	GO:0043231	1	50%	55.65%	0.8(n.s)
membrane-bound organelle	GO:0043227	1	50%	55.65%	0.8(n.s)
organelle	GO:0043226	1	50%	60.56%	0.84(n.s)
intracellular organelle	GO:0043229	1	50%	60.56%	0.84(n.s)
intracellular	GO:0005622	1	50%	77.03%	0.95(n.s)
cell	GO:0005623	1	50%	83.5%	0.97(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_57 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
transition metal ion transport	GO:0000041	3	100%	0.67%	2.75E-7(4.45E-4)
di-, tri-valent inorganic cation transport	GO:0015674	3	100%	0.79%	4.65E-7(7.51E-4)
metal ion transport	GO:0030001	3	100%	0.87%	6.18E-7(9.99E-4)
cation transport	GO:0006812	3	100%	1.36%	2.45E-6(3.96E-3)
ion transport	GO:0006811	3	100%	1.64%	4.3E-6(6.95E-3)
copper ion transport	GO:0006825	2	66.67%	0.2%	1.12E-5(0.02)
iron ion homeostasis	GO:0006879	2	66.67%	0.45%	5.83E-5(0.09)
transition metal ion homeostasis	GO:0046916	2	66.67%	0.73%	1.55E-4(0.25)
di-, tri-valent inorganic cation homeostasis	GO:0030005	2	66.67%	0.81%	1.9E-4(0.31)
metal ion homeostasis	GO:0006875	2	66.67%	0.91%	2.45E-4(0.4)
cation homeostasis	GO:0030003	2	66.67%	1.35%	5.34E-4(0.86)
cell ion homeostasis	GO:0006873	2	66.67%	1.49%	6.5E-4(n.s)
ion homeostasis	GO:0050801	2	66.67%	1.55%	7.05E-4(n.s)
cell homeostasis	GO:0019725	2	66.67%	1.64%	7.93E-4(n.s)
homeostasis	GO:0042592	2	66.67%	1.73%	8.85E-4(n.s)
high affinity iron ion transport	GO:0006827	1	33.33%	0.08%	2.32E-3(n.s)
intracellular copper ion transport	GO:0015680	1	33.33%	0.09%	2.79E-3(n.s)
transport	GO:0006810	3	100%	14.27%	2.9E-3(n.s)
establishment of localization	GO:0051234	3	100%	14.39%	2.97E-3(n.s)
localization	GO:0051179	3	100%	14.82%	3.25E-3(n.s)
iron ion transport	GO:0006826	1	33.33%	0.29%	8.8E-3(n.s)
response to oxidative stress	GO:0006979	1	33.33%	0.79%	0.02(n.s)
oxygen and reactive oxygen species metabolism	GO:0006800	1	33.33%	0.82%	0.02(n.s)
response to biotic stimulus	GO:0009607	1	33.33%	1.08%	0.03(n.s)
response to stress	GO:0006950	1	33.33%	6.09%	0.17(n.s)
intracellular transport	GO:0046907	1	33.33%	7.53%	0.21(n.s)
response to stimulus	GO:0050896	1	33.33%	8.41%	0.23(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
cellular metabolism	GO:0044237	1	33.33%	52.12%	0.89(n.s)
metabolism	GO:0008152	1	33.33%	52.93%	0.9(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cation transporter activity	GO:0008324	3	100%	1.89%	6.59E-6(0.01)
ion transporter activity	GO:0015075	3	100%	2.21%	1.06E-5(0.02)
transition metal ion transporter activity	GO:0046915	2	66.67%	0.42%	5.04E-5(0.08)
di-, tri-valent inorganic cation transporter activity	GO:0015082	2	66.67%	0.54%	8.54E-5(0.14)
metal ion transporter activity	GO:0046873	2	66.67%	0.59%	1.01E-4(0.16)
transporter activity	GO:0005215	3	100%	6.64%	2.92E-4(0.47)
copper chaperone activity	GO:0016531	1	33.33%	0.05%	1.39E-3(n.s)
metallochaperone activity	GO:0016530	1	33.33%	0.06%	1.86E-3(n.s)
copper ion transporter activity	GO:0005375	1	33.33%	0.09%	2.79E-3(n.s)
iron ion transporter activity	GO:0005381	1	33.33%	0.15%	4.64E-3(n.s)
cation-transporting ATPase activity	GO:0019829	1	33.33%	0.26%	7.88E-3(n.s)
ATPase activity, coupled to transmembrane movement of ions	GO:0042625	1	33.33%	0.46%	0.01(n.s)
hydrolase activity, acting on acid anhydrides, catalyzing transmembrane movement of substances	GO:0016820	1	33.33%	0.87%	0.03(n.s)
ATPase activity, coupled to transmembrane movement of substances	GO:0042626	1	33.33%	0.87%	0.03(n.s)
ATPase activity, coupled	GO:0042623	1	33.33%	1.58%	0.05(n.s)
ATPase activity	GO:0016887	1	33.33%	2.52%	0.07(n.s)
nucleoside-triphosphatase activity	GO:0017111	1	33.33%	3.42%	0.1(n.s)
pyrophosphatase activity	GO:0016462	1	33.33%	3.67%	0.11(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	1	33.33%	3.69%	0.11(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	1	33.33%	3.69%	0.11(n.s)
hydrolase activity	GO:0016787	1	33.33%	11.45%	0.31(n.s)
catalytic activity	GO:0003824	1	33.33%	29.21%	0.65(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cytoplasmic vesicle membrane	GO:0030659	1	33.33%	0.02%	**
trans-Golgi network transport vesicle membrane	GO:0012510	1	33.33%	0.02%	**
coated vesicle membrane	GO:0030662	1	33.33%	0.02%	**
clathrin coated vesicle membrane	GO:0030665	1	33.33%	0.02%	**
vesicle membrane	GO:0012506	1	33.33%	0.02%	**
transport vesicle membrane	GO:0030658	1	33.33%	0.02%	**
Golgi vesicle membrane	GO:0030660	1	33.33%	0.02%	**
trans-Golgi network transport vesicle	GO:0030140	1	33.33%	0.12%	3.71E-3(n.s)
transport vesicle	GO:0030133	1	33.33%	0.19%	5.57E-3(n.s)
clathrin-coated vesicle	GO:0030136	1	33.33%	0.25%	7.42E-3(n.s)
Golgi vesicle	GO:0005798	1	33.33%	0.26%	7.88E-3(n.s)
Golgi membrane	GO:0000139	1	33.33%	0.39%	0.01(n.s)
coated vesicle	GO:0030135	1	33.33%	0.79%	0.02(n.s)
cytoplasmic vesicle	GO:0031410	1	33.33%	1.16%	0.03(n.s)
cytoplasmic membrane-bound vesicle	GO:0016023	1	33.33%	1.16%	0.03(n.s)
Golgi apparatus	GO:0005794	1	33.33%	2.01%	0.06(n.s)
membrane	GO:0016020	2	66.67%	15.38%	0.06(n.s)
plasma membrane	GO:0005886	1	33.33%	3.67%	0.11(n.s)
endomembrane system	GO:0012505	1	33.33%	3.7%	0.11(n.s)
organelle membrane	GO:0031090	1	33.33%	8.58%	0.24(n.s)
cytosol	GO:0005829	1	33.33%	10.08%	0.27(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cytoplasm	GO:0005737	2	66.67%	55.64%	0.58(n.s)
intracellular	GO:0005622	2	66.67%	77.03%	0.87(n.s)
intracellular membrane-bound organelle	GO:0043231	1	33.33%	55.65%	0.91(n.s)
membrane-bound organelle	GO:0043227	1	33.33%	55.65%	0.91(n.s)
organelle	GO:0043226	1	33.33%	60.56%	0.94(n.s)
intracellular organelle	GO:0043229	1	33.33%	60.56%	0.94(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_56 (n = 4) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
pigment biosynthesis	GO:0046148	3	75%	0.22%	3.24E-8(5.24E-5)
porphyrin biosynthesis	GO:0006779	3	75%	0.22%	3.24E-8(5.24E-5)
heme biosynthesis	GO:0006783	3	75%	0.22%	3.24E-8(5.24E-5)
porphyrin metabolism	GO:0006778	3	75%	0.23%	4.05E-8(6.55E-5)
heme metabolism	GO:0042168	3	75%	0.23%	4.05E-8(6.55E-5)
pigment metabolism	GO:0042440	3	75%	0.23%	4.05E-8(6.55E-5)
secondary metabolism	GO:0019748	3	75%	0.28%	7.27E-8(1.17E-4)
cofactor biosynthesis	GO:0051188	3	75%	1.08%	4.85E-6(7.83E-3)
heterocycle metabolism	GO:0046483	3	75%	1.1%	5.06E-6(8.18E-3)
cofactor metabolism	GO:0051186	3	75%	2.26%	4.46E-5(0.07)
cytochrome c-heme linkage	GO:0018063	1	25%	0.05%	1.86E-3(n.s)
protein-heme linkage	GO:0017003	1	25%	0.05%	1.86E-3(n.s)
protein-tetrapyrrole linkage	GO:0017006	1	25%	0.05%	1.86E-3(n.s)
cytochrome complex assembly	GO:0017004	1	25%	0.08%	3.1E-3(n.s)
cellular biosynthesis	GO:0044249	3	75%	17.05%	0.02(n.s)
biosynthesis	GO:0009058	3	75%	18.28%	0.02(n.s)
cellular metabolism	GO:0044237	4	100%	52.12%	0.07(n.s)
metabolism	GO:0008152	4	100%	52.93%	0.08(n.s)
protein complex assembly	GO:0006461	1	25%	2.26%	0.09(n.s)
protein modification	GO:0006464	1	25%	6.68%	0.24(n.s)
cellular physiological process	GO:0050875	4	100%	71.65%	0.26(n.s)
cellular process	GO:0009987	4	100%	72.29%	0.27(n.s)
physiological process	GO:0007582	4	100%	73.68%	0.29(n.s)
biopolymer modification	GO:0043412	1	25%	9.25%	0.32(n.s)
cellular protein metabolism	GO:0044267	1	25%	21.7%	0.62(n.s)
protein metabolism	GO:0019538	1	25%	22.06%	0.63(n.s)
cellular macromolecule metabolism	GO:0044260	1	25%	24.52%	0.68(n.s)
biopolymer metabolism	GO:0043283	1	25%	25.06%	0.68(n.s)
macromolecule metabolism	GO:0043170	1	25%	26.04%	0.7(n.s)
primary metabolism	GO:0044238	1	25%	48.71%	0.93(n.s)
biological_process	GO:0008150	4	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
oxidoreductase activity, acting on the CH-CH group of donors, oxygen as acceptor	GO:0016634	2	50%	0.05%	8.64E-7(1.4E-3)
oxidoreductase activity, acting on the CH-CH group of donors	GO:0016627	2	50%	0.29%	4.91E-5(0.08)
protoporphyrinogen oxidase activity	GO:0004729	1	25%	0.02%	**
coproporphyrinogen oxidase activity	GO:0004109	1	25%	0.02%	**
lyase activity	GO:0016829	2	50%	1.27%	9.41E-4(n.s)
ferrochelatase activity	GO:0004325	1	25%	0.03%	1.24E-3(n.s)
holocytochrome-c synthase activity	GO:0004408	1	25%	0.03%	1.24E-3(n.s)
carbon-sulfur lyase activity	GO:0016846	1	25%	0.14%	5.57E-3(n.s)
catalytic activity	GO:0003824	4	100%	29.21%	7.27E-3(n.s)
oxidoreductase activity	GO:0016491	2	50%	3.73%	7.92E-3(n.s)
molecular_function	GO:0003674	4	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	4	100%	15.78%	6.18E-4(1)
mitochondrial inner membrane	GO:0005743	2	50%	2.43%	3.41E-3(n.s)
inner membrane	GO:0019866	2	50%	2.43%	3.41E-3(n.s)
mitochondrial membrane	GO:0005740	2	50%	3.16%	5.72E-3(n.s)
mitochondrial intermembrane space	GO:0005758	1	25%	0.39%	0.02(n.s)
organelle membrane	GO:0031090	2	50%	8.58%	0.04(n.s)
cytoplasm	GO:0005737	4	100%	55.64%	0.1(n.s)
intracellular membrane-bound organelle	GO:0043231	4	100%	55.65%	0.1(n.s)
membrane-bound organelle	GO:0043227	4	100%	55.65%	0.1(n.s)
membrane	GO:0016020	2	50%	15.38%	0.11(n.s)
organelle	GO:0043226	4	100%	60.56%	0.13(n.s)
intracellular organelle	GO:0043229	4	100%	60.56%	0.13(n.s)
intracellular	GO:0005622	4	100%	77.03%	0.35(n.s)
cell	GO:0005623	4	100%	83.5%	0.49(n.s)
cellular_component	GO:0005575	4	100%	99.61%	0.98(n.s)

cluster_50 (n = 4) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
retrograde transport, endosome to Golgi	GO:0042147	2	50%	0.15%	1.29E-5(0.02)
Golgi to vacuole transport	GO:0006896	2	50%	0.28%	4.39E-5(0.07)
endosome organization and biogenesis	GO:0007032	2	50%	0.56%	1.8E-4(0.29)
endosome transport	GO:0016197	2	50%	0.56%	1.8E-4(0.29)
vacuolar transport	GO:0007034	2	50%	0.73%	3.08E-4(0.5)
post-Golgi transport	GO:0006892	2	50%	0.79%	3.63E-4(0.59)
Golgi vesicle transport	GO:0048193	2	50%	2.18%	2.76E-3(n.s)
secretory pathway	GO:0045045	2	50%	3.13%	5.61E-3(n.s)
secretion	GO:0046903	2	50%	3.24%	5.99E-3(n.s)
vesicle-mediated transport	GO:0016192	2	50%	4.34%	0.01(n.s)
intracellular transport	GO:0046907	2	50%	7.53%	0.03(n.s)
transport	GO:0006810	2	50%	14.27%	0.1(n.s)
establishment of localization	GO:0051234	2	50%	14.39%	0.1(n.s)
localization	GO:0051179	2	50%	14.82%	0.11(n.s)
organelle organization and biogenesis	GO:0006996	2	50%	15.69%	0.12(n.s)
cell organization and biogenesis	GO:0016043	2	50%	17.98%	0.15(n.s)
biological process unknown	GO:0000004	2	50%	25.64%	0.27(n.s)
cellular physiological process	GO:0050875	2	50%	71.65%	0.93(n.s)
cellular process	GO:0009987	2	50%	72.29%	0.93(n.s)
physiological process	GO:0007582	2	50%	73.68%	0.94(n.s)
biological_process	GO:0008150	4	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
molecular function unknown	GO:0005554	3	75%	35.75%	0.13(n.s)
protein binding	GO:0005515	1	25%	7.39%	0.26(n.s)
binding	GO:0005488	1	25%	17.35%	0.53(n.s)
molecular_function	GO:0003674	4	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
GARP complex	GO:0000938	2	50%	0.06%	1.73E-6(2.79E-3)
cytoplasmic vesicle	GO:0031410	2	50%	1.16%	7.87E-4(n.s)
cytoplasmic membrane-bound vesicle	GO:0016023	2	50%	1.16%	7.87E-4(n.s)
Golgi apparatus	GO:0005794	2	50%	2.01%	2.35E-3(n.s)
mitochondrion	GO:0005739	3	75%	15.78%	0.01(n.s)
cytoplasm	GO:0005737	4	100%	55.64%	0.1(n.s)
intracellular membrane-bound organelle	GO:0043231	4	100%	55.65%	0.1(n.s)
membrane-bound organelle	GO:0043227	4	100%	55.65%	0.1(n.s)
organelle	GO:0043226	4	100%	60.56%	0.13(n.s)
intracellular organelle	GO:0043229	4	100%	60.56%	0.13(n.s)
plasma membrane	GO:0005886	1	25%	3.67%	0.14(n.s)
protein complex	GO:0043234	2	50%	21.07%	0.2(n.s)
intracellular	GO:0005622	4	100%	77.03%	0.35(n.s)
cell	GO:0005623	4	100%	83.5%	0.49(n.s)
membrane	GO:0016020	1	25%	15.38%	0.49(n.s)
cellular_component	GO:0005575	4	100%	99.61%	0.98(n.s)

cluster_53 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
lysyl-tRNA aminoacylation	GO:0006430	1	50%	0.03%	6.2E-4(n.s)
mitochondrial matrix protein import	GO:0030150	1	50%	0.31%	6.19E-3(n.s)
tRNA aminoacylation	GO:0043039	1	50%	0.46%	9.27E-3(n.s)
amino acid activation	GO:0043038	1	50%	0.46%	9.27E-3(n.s)
tRNA aminoacylation for protein translation	GO:0006418	1	50%	0.46%	9.27E-3(n.s)
protein-mitochondrial targeting	GO:0006626	1	50%	0.73%	0.01(n.s)
tRNA modification	GO:0006400	1	50%	1.02%	0.02(n.s)
protein folding	GO:0006457	1	50%	1.04%	0.02(n.s)
protein import	GO:0017038	1	50%	1.39%	0.03(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	50%	1.47%	0.03(n.s)
tRNA metabolism	GO:0006399	1	50%	1.6%	0.03(n.s)
cellular protein metabolism	GO:0044267	2	100%	21.7%	0.05(n.s)
RNA modification	GO:0009451	1	50%	2.42%	0.05(n.s)
protein metabolism	GO:0019538	2	100%	22.06%	0.05(n.s)
amino acid metabolism	GO:0006520	1	50%	2.82%	0.06(n.s)
cellular macromolecule metabolism	GO:0044260	2	100%	24.52%	0.06(n.s)
amino acid and derivative metabolism	GO:0006519	1	50%	3.05%	0.06(n.s)
amine metabolism	GO:0009308	1	50%	3.38%	0.07(n.s)
protein targeting	GO:0006605	1	50%	3.42%	0.07(n.s)
macromolecule metabolism	GO:0043170	2	100%	26.04%	0.07(n.s)
nitrogen compound metabolism	GO:0006807	1	50%	3.66%	0.07(n.s)
intracellular protein transport	GO:0006886	1	50%	3.7%	0.07(n.s)
protein transport	GO:0015031	1	50%	3.79%	0.07(n.s)
establishment of protein localization	GO:0045184	1	50%	3.95%	0.08(n.s)
protein localization	GO:0008104	1	50%	4.37%	0.09(n.s)
organic acid metabolism	GO:0006082	1	50%	4.6%	0.09(n.s)
carboxylic acid metabolism	GO:0019752	1	50%	4.6%	0.09(n.s)
translation	GO:0043037	1	50%	6.47%	0.13(n.s)
intracellular transport	GO:0046907	1	50%	7.53%	0.14(n.s)
RNA metabolism	GO:0016070	1	50%	8.32%	0.16(n.s)
biopolymer modification	GO:0043412	1	50%	9.25%	0.18(n.s)
protein biosynthesis	GO:0006412	1	50%	12.16%	0.23(n.s)
primary metabolism	GO:0044238	2	100%	48.71%	0.24(n.s)
macromolecule biosynthesis	GO:0009059	1	50%	13.04%	0.24(n.s)
transport	GO:0006810	1	50%	14.27%	0.26(n.s)
establishment of localization	GO:0051234	1	50%	14.39%	0.27(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
localization	GO:0051179	1	50%	14.82%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
organelle organization and biogenesis	GO:0006996	1	50%	15.69%	0.29(n.s)
cellular biosynthesis	GO:0044249	1	50%	17.05%	0.31(n.s)
cell organization and biogenesis	GO:0016043	1	50%	17.98%	0.33(n.s)
biosynthesis	GO:0009058	1	50%	18.28%	0.33(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	50%	23.17%	0.41(n.s)
biopolymer metabolism	GO:0043283	1	50%	25.06%	0.44(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
lysine-tRNA ligase activity	GO:0004824	1	50%	0.03%	6.2E-4(n.s)
ligase activity, forming carbon-oxygen bonds	GO:0016875	1	50%	0.56%	0.01(n.s)
ligase activity, forming aminoacyl-tRNA and related compounds	GO:0016876	1	50%	0.56%	0.01(n.s)
tRNA ligase activity	GO:0004812	1	50%	0.56%	0.01(n.s)
RNA ligase activity	GO:0008452	1	50%	0.57%	0.01(n.s)
ligase activity, forming phosphoric ester bonds	GO:0016886	1	50%	0.62%	0.01(n.s)
ligase activity	GO:0016874	1	50%	1.89%	0.04(n.s)
protein binding	GO:0005515	1	50%	7.39%	0.14(n.s)
binding	GO:0005488	1	50%	17.35%	0.32(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
mitochondrial matrix	GO:0005759	1	50%	2.52%	0.05(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_52 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
response to antibiotic	GO:0046677	1	33.33%	0.02%	**
response to drug	GO:0042493	1	33.33%	0.48%	0.01(n.s)
response to stimulus	GO:0050896	2	66.67%	8.41%	0.02(n.s)
protein-vacuolar targeting	GO:0006623	1	33.33%	0.93%	0.03(n.s)
response to chemical substance	GO:0042221	1	33.33%	2.18%	0.06(n.s)
DNA repair	GO:0006281	1	33.33%	2.32%	0.07(n.s)
response to DNA damage stimulus	GO:0006974	1	33.33%	2.73%	0.08(n.s)
response to endogenous stimulus	GO:0009719	1	33.33%	2.82%	0.08(n.s)
carbohydrate metabolism	GO:0005975	1	33.33%	3.38%	0.1(n.s)
protein targeting	GO:0006605	1	33.33%	3.42%	0.1(n.s)
response to abiotic stimulus	GO:0009628	1	33.33%	3.52%	0.1(n.s)
intracellular protein transport	GO:0006886	1	33.33%	3.7%	0.11(n.s)
protein transport	GO:0015031	1	33.33%	3.79%	0.11(n.s)
response to external stimulus	GO:0009605	1	33.33%	3.87%	0.11(n.s)
establishment of protein localization	GO:0045184	1	33.33%	3.95%	0.11(n.s)
protein localization	GO:0008104	1	33.33%	4.37%	0.13(n.s)
response to stress	GO:0006950	1	33.33%	6.09%	0.17(n.s)
intracellular transport	GO:0046907	1	33.33%	7.53%	0.21(n.s)
DNA metabolism	GO:0006259	1	33.33%	8.58%	0.24(n.s)
transport	GO:0006810	1	33.33%	14.27%	0.37(n.s)
establishment of localization	GO:0051234	1	33.33%	14.39%	0.37(n.s)
localization	GO:0051179	1	33.33%	14.82%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	33.33%	23.17%	0.55(n.s)
biopolymer metabolism	GO:0043283	1	33.33%	25.06%	0.58(n.s)
macromolecule metabolism	GO:0043170	1	33.33%	26.04%	0.6(n.s)
cellular physiological process	GO:0050875	2	66.67%	71.65%	0.8(n.s)
cellular process	GO:0009987	2	66.67%	72.29%	0.81(n.s)
primary metabolism	GO:0044238	1	33.33%	48.71%	0.87(n.s)
cellular metabolism	GO:0044237	1	33.33%	52.12%	0.89(n.s)
metabolism	GO:0008152	1	33.33%	52.93%	0.9(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
binding	GO:0005488	3	100%	17.35%	5.21E-3(n.s)
transcription coactivator activity	GO:0003713	1	33.33%	0.19%	5.57E-3(n.s)
transcription regulator activity	GO:0030528	2	66.67%	5%	7.24E-3(n.s)
cysteine-type peptidase activity	GO:0008234	1	33.33%	0.43%	0.01(n.s)
protein binding	GO:0005515	2	66.67%	7.39%	0.02(n.s)
transcription cofactor activity	GO:0003712	1	33.33%	0.56%	0.02(n.s)
transcription factor binding	GO:0008134	1	33.33%	0.6%	0.02(n.s)
peptidase activity	GO:0008233	1	33.33%	2.48%	0.07(n.s)
nucleic acid binding	GO:0003676	1	33.33%	9.87%	0.27(n.s)
hydrolase activity	GO:0016787	1	33.33%	11.45%	0.31(n.s)
catalytic activity	GO:0003824	1	33.33%	29.21%	0.65(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
endosome	GO:0005768	1	33.33%	1.07%	0.03(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
mitochondrion	GO:0005739	1	33.33%	15.78%	0.4(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
intracellular membrane-bound organelle	GO:0043231	2	66.67%	55.65%	0.58(n.s)
membrane-bound organelle	GO:0043227	2	66.67%	55.65%	0.58(n.s)
organelle	GO:0043226	2	66.67%	60.56%	0.66(n.s)
intracellular organelle	GO:0043229	2	66.67%	60.56%	0.66(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_164 (n = 4) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
regulation of carbohydrate metabolism	GO:0006109	4	100%	0.42%	2.43E-10(3.92E-7)
energy derivation by oxidation of organic compounds	GO:0015980	4	100%	3.04%	8.25E-7(1.33E-3)
carbohydrate metabolism	GO:0005975	4	100%	3.38%	1.27E-6(2.05E-3)
generation of precursor metabolites and energy	GO:0006091	4	100%	3.5%	1.46E-6(2.37E-3)
regulation of metabolism	GO:0019222	4	100%	6.37%	1.62E-5(0.03)
transcription	GO:0006350	4	100%	7.43%	3.02E-5(0.05)
regulation of physiological process	GO:0050791	4	100%	8.77%	5.85E-5(0.09)
regulation of biological process	GO:0050789	4	100%	8.97%	6.41E-5(0.1)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	4	100%	23.17%	2.87E-3(n.s)
macromolecule metabolism	GO:0043170	4	100%	26.04%	4.58E-3(n.s)
primary metabolism	GO:0044238	4	100%	48.71%	0.06(n.s)
cellular metabolism	GO:0044237	4	100%	52.12%	0.07(n.s)
metabolism	GO:0008152	4	100%	52.93%	0.08(n.s)
cellular physiological process	GO:0050875	4	100%	71.65%	0.26(n.s)
cellular process	GO:0009987	4	100%	72.29%	0.27(n.s)
physiological process	GO:0007582	4	100%	73.68%	0.29(n.s)
biological_process	GO:0008150	4	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
transcriptional activator activity	GO:0016563	4	100%	0.53%	6.41E-10(1.04E-6)
transcription regulator activity	GO:0030528	4	100%	5%	6.16E-6(9.95E-3)
DNA binding	GO:0003677	1	25%	3.18%	0.12(n.s)
nucleic acid binding	GO:0003676	1	25%	9.87%	0.34(n.s)
binding	GO:0005488	1	25%	17.35%	0.53(n.s)
molecular_function	GO:0003674	4	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
CCAAT-binding factor complex	GO:0016602	4	100%	0.06%	1.38E-14(2.23E-11)
transcription factor complex	GO:0005667	4	100%	1.87%	1.17E-7(1.9E-4)
nucleoplasm	GO:0005654	4	100%	4.86%	5.49E-6(8.88E-3)
protein complex	GO:0043234	4	100%	21.07%	1.96E-3(n.s)
nucleus	GO:0005634	4	100%	31.01%	9.23E-3(n.s)
intracellular membrane-bound organelle	GO:0043231	4	100%	55.65%	0.1(n.s)
membrane-bound organelle	GO:0043227	4	100%	55.65%	0.1(n.s)
organelle	GO:0043226	4	100%	60.56%	0.13(n.s)
intracellular organelle	GO:0043229	4	100%	60.56%	0.13(n.s)
intracellular	GO:0005622	4	100%	77.03%	0.35(n.s)
cell	GO:0005623	4	100%	83.5%	0.49(n.s)
cellular_component	GO:0005575	4	100%	99.61%	0.98(n.s)

cluster_114 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial fusion	GO:0008053	1	50%	0.06%	1.24E-3(n.s)
organelle fusion	GO:0048284	1	50%	0.26%	5.26E-3(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	50%	1.47%	0.03(n.s)
organelle organization and biogenesis	GO:0006996	1	50%	15.69%	0.29(n.s)
cell organization and biogenesis	GO:0016043	1	50%	17.98%	0.33(n.s)
biological process unknown	GO:0000004	1	50%	25.64%	0.45(n.s)
cellular physiological process	GO:0050875	1	50%	71.65%	0.92(n.s)
cellular process	GO:0009987	1	50%	72.29%	0.92(n.s)
physiological process	GO:0007582	1	50%	73.68%	0.93(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
molecular function unknown	GO:0005554	2	100%	35.75%	0.13(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_88 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
monovalent inorganic cation transport	GO:0015672	1	50%	0.45%	8.96E-3(n.s)
cation transport	GO:0006812	1	50%	1.36%	0.03(n.s)
ion transport	GO:0006811	1	50%	1.64%	0.03(n.s)
transport	GO:0006810	1	50%	14.27%	0.26(n.s)
establishment of localization	GO:0051234	1	50%	14.39%	0.27(n.s)
localization	GO:0051179	1	50%	14.82%	0.27(n.s)
biological process unknown	GO:0000004	1	50%	25.64%	0.45(n.s)
cellular physiological process	GO:0050875	1	50%	71.65%	0.92(n.s)
cellular process	GO:0009987	1	50%	72.29%	0.92(n.s)
physiological process	GO:0007582	1	50%	73.68%	0.93(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
potassium:hydrogen antiporter activity	GO:0015386	1	50%	0.02%	**
monovalent cation:proton antiporter activity	GO:0005451	1	50%	0.03%	6.2E-4(n.s)
potassium ion transporter activity	GO:0015079	1	50%	0.05%	9.29E-4(n.s)
cation:cation antiporter activity	GO:0015491	1	50%	0.06%	1.24E-3(n.s)
antiporter activity	GO:0015297	1	50%	0.14%	2.79E-3(n.s)
porter activity	GO:0015291	1	50%	0.59%	0.01(n.s)
metal ion transporter activity	GO:0046873	1	50%	0.59%	0.01(n.s)
electrochemical potential-driven transporter activity	GO:0015290	1	50%	0.59%	0.01(n.s)
hydrogen ion transporter activity	GO:0015078	1	50%	0.84%	0.02(n.s)
monovalent inorganic cation transporter activity	GO:0015077	1	50%	0.88%	0.02(n.s)
carrier activity	GO:0005386	1	50%	1.64%	0.03(n.s)
cation transporter activity	GO:0008324	1	50%	1.89%	0.04(n.s)
ion transporter activity	GO:0015075	1	50%	2.21%	0.04(n.s)
transporter activity	GO:0005215	1	50%	6.64%	0.13(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
membrane	GO:0016020	1	50%	15.38%	0.28(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_89 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial intermembrane space protein import	GO:0045041	1	50%	0.09%	1.86E-3(n.s)
protein-mitochondrial targeting	GO:0006626	1	50%	0.73%	0.01(n.s)
transport	GO:0006810	2	100%	14.27%	0.02(n.s)
establishment of localization	GO:0051234	2	100%	14.39%	0.02(n.s)
localization	GO:0051179	2	100%	14.82%	0.02(n.s)
protein import	GO:0017038	1	50%	1.39%	0.03(n.s)
protein targeting	GO:0006605	1	50%	3.42%	0.07(n.s)
intracellular protein transport	GO:0006886	1	50%	3.7%	0.07(n.s)
protein transport	GO:0015031	1	50%	3.79%	0.07(n.s)
establishment of protein localization	GO:0045184	1	50%	3.95%	0.08(n.s)
vesicle-mediated transport	GO:0016192	1	50%	4.34%	0.08(n.s)
protein localization	GO:0008104	1	50%	4.37%	0.09(n.s)
intracellular transport	GO:0046907	1	50%	7.53%	0.14(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
Rab GTPase activator activity	GO:0005097	1	50%	0.11%	2.17E-3(n.s)
GTPase activator activity	GO:0005096	1	50%	0.48%	9.58E-3(n.s)
small GTPase regulator activity	GO:0005083	1	50%	0.88%	0.02(n.s)
enzyme activator activity	GO:0008047	1	50%	0.91%	0.02(n.s)
GTPase regulator activity	GO:0030695	1	50%	1.04%	0.02(n.s)
enzyme regulator activity	GO:0030234	1	50%	2.54%	0.05(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial inner membrane	GO:0005743	1	50%	2.43%	0.05(n.s)
inner membrane	GO:0019866	1	50%	2.43%	0.05(n.s)
mitochondrial membrane	GO:0005740	1	50%	3.16%	0.06(n.s)
organelle membrane	GO:0031090	1	50%	8.58%	0.16(n.s)
membrane	GO:0016020	1	50%	15.38%	0.28(n.s)
mitochondrion	GO:0005739	1	50%	15.78%	0.29(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cytoplasm	GO:0005737	1	50%	55.64%	0.8(n.s)
intracellular membrane-bound organelle	GO:0043231	1	50%	55.65%	0.8(n.s)
membrane-bound organelle	GO:0043227	1	50%	55.65%	0.8(n.s)
organelle	GO:0043226	1	50%	60.56%	0.84(n.s)
intracellular organelle	GO:0043229	1	50%	60.56%	0.84(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_111 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
response to oxidative stress	GO:0006979	3	100%	0.79%	4.65E-7(7.51E-4)
oxygen and reactive oxygen species metabolism	GO:0006800	3	100%	0.82%	5.23E-7(8.45E-4)
response to biotic stimulus	GO:0009607	3	100%	1.08%	1.22E-6(1.97E-3)
response to stress	GO:0006950	3	100%	6.09%	2.24E-4(0.36)
response to stimulus	GO:0050896	3	100%	8.41%	5.92E-4(0.96)
cellular metabolism	GO:0044237	3	100%	52.12%	0.14(n.s)
metabolism	GO:0008152	3	100%	52.93%	0.15(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
oxidoreductase activity, acting on sulfur group of donors, NAD or NADP as acceptor	GO:0016668	2	66.67%	0.09%	2.16E-6(3.49E-3)
disulfide oxidoreductase activity	GO:0015036	2	66.67%	0.14%	5.18E-6(8.37E-3)
oxidoreductase activity, acting on sulfur group of donors	GO:0016667	2	66.67%	0.19%	9.49E-6(0.02)
antioxidant activity	GO:0016209	2	66.67%	0.31%	2.73E-5(0.04)
electron transporter activity	GO:0005489	2	66.67%	0.34%	3.32E-5(0.05)
oxidoreductase activity	GO:0016491	3	100%	3.73%	5.14E-5(0.08)
peptide disulfide oxidoreductase activity	GO:0015037	1	33.33%	0.02%	**
glutathione-disulfide reductase activity	GO:0004362	1	33.33%	0.02%	**
glutathione disulfide oxidoreductase activity	GO:0015038	1	33.33%	0.02%	**
thioredoxin-disulfide reductase activity	GO:0004791	1	33.33%	0.03%	9.29E-4(n.s)
thiol-disulfide exchange intermediate activity	GO:0030508	1	33.33%	0.12%	3.71E-3(n.s)
transporter activity	GO:0005215	2	66.67%	6.64%	0.01(n.s)
catalytic activity	GO:0003824	3	100%	29.21%	0.02(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
nucleus	GO:0005634	1	33.33%	31.01%	0.67(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_110 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
biological process unknown	GO:0000004	2	100%	25.64%	0.07(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
phospholipase activity	GO:0004620	1	50%	0.14%	2.79E-3(n.s)
lipase activity	GO:0016298	1	50%	0.28%	5.57E-3(n.s)
carboxylic ester hydrolase activity	GO:0016789	1	50%	0.46%	9.27E-3(n.s)
hydrolase activity, acting on ester bonds	GO:0016788	1	50%	4.12%	0.08(n.s)
hydrolase activity	GO:0016787	1	50%	11.45%	0.22(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_113 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
S-adenosylmethionine transport	GO:0015805	1	50%	0.03%	6.2E-4(n.s)
biotin metabolism	GO:0006768	1	50%	0.06%	1.24E-3(n.s)
biotin biosynthesis	GO:0009102	1	50%	0.06%	1.24E-3(n.s)
sulfur amino acid transport	GO:0000101	1	50%	0.08%	1.55E-3(n.s)
sulfur compound biosynthesis	GO:0044272	1	50%	0.23%	4.64E-3(n.s)
amino acid transport	GO:0006865	1	50%	0.57%	0.01(n.s)
vitamin biosynthesis	GO:0009110	1	50%	0.59%	0.01(n.s)
water-soluble vitamin biosynthesis	GO:0042364	1	50%	0.59%	0.01(n.s)
amine transport	GO:0015837	1	50%	0.74%	0.01(n.s)
carboxylic acid transport	GO:0046942	1	50%	0.77%	0.02(n.s)
organic acid transport	GO:0015849	1	50%	0.79%	0.02(n.s)
sulfur metabolism	GO:0006790	1	50%	0.87%	0.02(n.s)
heterocycle metabolism	GO:0046483	1	50%	1.1%	0.02(n.s)
water-soluble vitamin metabolism	GO:0006767	1	50%	1.13%	0.02(n.s)
vitamin metabolism	GO:0006766	1	50%	1.13%	0.02(n.s)
cofactor metabolism	GO:0051186	1	50%	2.26%	0.04(n.s)
organic acid metabolism	GO:0006082	1	50%	4.6%	0.09(n.s)
carboxylic acid metabolism	GO:0019752	1	50%	4.6%	0.09(n.s)
transport	GO:0006810	1	50%	14.27%	0.26(n.s)
establishment of localization	GO:0051234	1	50%	14.39%	0.27(n.s)
localization	GO:0051179	1	50%	14.82%	0.27(n.s)
cellular biosynthesis	GO:0044249	1	50%	17.05%	0.31(n.s)
biosynthesis	GO:0009058	1	50%	18.28%	0.33(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
cellular metabolism	GO:0044237	1	50%	52.12%	0.77(n.s)
metabolism	GO:0008152	1	50%	52.93%	0.78(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
biotin synthase activity	GO:0004076	1	50%	0.02%	**
transferase activity, transferring sulfur-containing groups	GO:0016782	1	50%	0.03%	6.2E-4(n.s)
S-adenosylmethionine transporter activity	GO:0000095	1	50%	0.03%	6.2E-4(n.s)
sulfurtransferase activity	GO:0016783	1	50%	0.03%	6.2E-4(n.s)
sulfur amino acid transporter activity	GO:0000099	1	50%	0.09%	1.86E-3(n.s)
cofactor transporter activity	GO:0051184	1	50%	0.12%	2.48E-3(n.s)
amino acid transporter activity	GO:0015171	1	50%	0.5%	9.89E-3(n.s)
amine transporter activity	GO:0005275	1	50%	0.64%	0.01(n.s)
carboxylic acid transporter activity	GO:0046943	1	50%	0.74%	0.01(n.s)
organic acid transporter activity	GO:0005342	1	50%	0.79%	0.02(n.s)
transporter activity	GO:0005215	1	50%	6.64%	0.13(n.s)
transferase activity	GO:0016740	1	50%	10.13%	0.19(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
mitochondrial inner membrane	GO:0005743	1	50%	2.43%	0.05(n.s)
inner membrane	GO:0019866	1	50%	2.43%	0.05(n.s)
mitochondrial membrane	GO:0005740	1	50%	3.16%	0.06(n.s)
organelle membrane	GO:0031090	1	50%	8.58%	0.16(n.s)
membrane	GO:0016020	1	50%	15.38%	0.28(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_112 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial genome maintenance	GO:0000002	2	100%	0.42%	1.68E-5(0.03)
mitochondrion organization and biogenesis	GO:0007005	2	100%	1.47%	2.14E-4(0.35)
DNA metabolism	GO:0006259	2	100%	8.58%	7.35E-3(n.s)
telomere maintenance	GO:0000723	1	50%	0.65%	0.01(n.s)
organelle organization and biogenesis	GO:0006996	2	100%	15.69%	0.02(n.s)
DNA replication	GO:0006260	1	50%	1.6%	0.03(n.s)
cell organization and biogenesis	GO:0016043	2	100%	17.98%	0.03(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	2	100%	23.17%	0.05(n.s)
DNA recombination	GO:0006310	1	50%	2.91%	0.06(n.s)
biopolymer metabolism	GO:0043283	2	100%	25.06%	0.06(n.s)
chromosome organization and biogenesis (sensu Eukaryota)	GO:0007001	1	50%	3.72%	0.07(n.s)
chromosome organization and biogenesis	GO:0051276	1	50%	3.9%	0.08(n.s)
primary metabolism	GO:0044238	2	100%	48.71%	0.24(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
DNA helicase activity	GO:0003678	2	100%	0.43%	1.81E-5(0.03)
helicase activity	GO:0004386	2	100%	1.3%	1.67E-4(0.27)
ATP-dependent DNA helicase activity	GO:0004003	1	50%	0.15%	3.1E-3(n.s)
DNA-dependent ATPase activity	GO:0008094	1	50%	0.26%	5.26E-3(n.s)
ATP-dependent helicase activity	GO:0008026	1	50%	0.57%	0.01(n.s)
ATPase activity, coupled	GO:0042623	1	50%	1.58%	0.03(n.s)
ATPase activity	GO:0016887	1	50%	2.52%	0.05(n.s)
nucleoside-triphosphatase activity	GO:0017111	1	50%	3.42%	0.07(n.s)
pyrophosphatase activity	GO:0016462	1	50%	3.67%	0.07(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	1	50%	3.69%	0.07(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	1	50%	3.69%	0.07(n.s)
catalytic activity	GO:0003824	2	100%	29.21%	0.09(n.s)
hydrolase activity	GO:0016787	1	50%	11.45%	0.22(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
nuclear heterochromatin	GO:0005720	1	50%	0.11%	2.17E-3(n.s)
nuclear telomeric heterochromatin	GO:0005724	1	50%	0.11%	2.17E-3(n.s)
heterochromatin	GO:0000792	1	50%	0.11%	2.17E-3(n.s)
nuclear chromosome, telomeric region	GO:0000784	1	50%	0.36%	7.11E-3(n.s)
chromosome, telomeric region	GO:0000781	1	50%	0.4%	8.04E-3(n.s)
nuclear chromatin	GO:0000790	1	50%	0.56%	0.01(n.s)
chromatin	GO:0000785	1	50%	0.59%	0.01(n.s)
nuclear chromosome	GO:0000228	1	50%	2.31%	0.05(n.s)
chromosome	GO:0005694	1	50%	3.16%	0.06(n.s)
nucleus	GO:0005634	2	100%	31.01%	0.1(n.s)
intracellular non-membrane-bound organelle	GO:0043232	1	50%	14.3%	0.27(n.s)
non-membrane-bound organelle	GO:0043228	1	50%	14.3%	0.27(n.s)
mitochondrion	GO:0005739	1	50%	15.78%	0.29(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cytoplasm	GO:0005737	1	50%	55.64%	0.8(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_82 (n = 4) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cellular response to nitrogen starvation	GO:0006995	1	25%	0.08%	3.1E-3(n.s)
cellular response to starvation	GO:0009267	1	25%	0.2%	8.03E-3(n.s)
response to starvation	GO:0042594	1	25%	0.2%	8.03E-3(n.s)
transcription from RNA polymerase II promoter	GO:0006366	2	50%	4.29%	0.01(n.s)
cell adhesion	GO:0007155	1	25%	0.28%	0.01(n.s)
response to extracellular stimulus	GO:0009991	1	25%	0.31%	0.01(n.s)
regulation of carbohydrate metabolism	GO:0006109	1	25%	0.42%	0.02(n.s)
replicative cell aging	GO:0001302	1	25%	0.51%	0.02(n.s)
regulation of metabolism	GO:0019222	2	50%	6.37%	0.02(n.s)
transcription, DNA-dependent	GO:0006351	2	50%	6.78%	0.03(n.s)
cell aging	GO:0007569	1	25%	0.64%	0.03(n.s)
aging	GO:0007568	1	25%	0.65%	0.03(n.s)
transcription initiation from RNA polymerase II promoter	GO:0006367	1	25%	0.68%	0.03(n.s)
cell death	GO:0008219	1	25%	0.71%	0.03(n.s)
death	GO:0016265	1	25%	0.73%	0.03(n.s)
transcription	GO:0006350	2	50%	7.43%	0.03(n.s)
transcription initiation	GO:0006352	1	25%	0.85%	0.03(n.s)
glucose metabolism	GO:0006006	1	25%	1.01%	0.04(n.s)
regulation of physiological process	GO:0050791	2	50%	8.77%	0.04(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	3	75%	23.17%	0.04(n.s)
regulation of biological process	GO:0050789	2	50%	8.97%	0.04(n.s)
filamentous growth	GO:0030447	1	25%	1.32%	0.05(n.s)
hexose metabolism	GO:0019318	1	25%	1.32%	0.05(n.s)
protein amino acid phosphorylation	GO:0006468	1	25%	1.41%	0.06(n.s)
monosaccharide metabolism	GO:0005996	1	25%	1.43%	0.06(n.s)
primary metabolism	GO:0044238	4	100%	48.71%	0.06(n.s)
growth	GO:0040007	1	25%	1.72%	0.07(n.s)
cellular metabolism	GO:0044237	4	100%	52.12%	0.07(n.s)
chromatin remodeling	GO:0006338	1	25%	2.01%	0.08(n.s)
metabolism	GO:0008152	4	100%	52.93%	0.08(n.s)
phosphorylation	GO:0016310	1	25%	2.21%	0.09(n.s)
alcohol metabolism	GO:0006066	1	25%	2.43%	0.09(n.s)
signal transduction	GO:0007165	1	25%	2.59%	0.1(n.s)
chromatin modification	GO:0016568	1	25%	2.77%	0.11(n.s)
regulation of transcription from RNA polymerase II promoter	GO:0006357	1	25%	2.8%	0.11(n.s)
phosphate metabolism	GO:0006796	1	25%	2.91%	0.11(n.s)
phosphorus metabolism	GO:0006793	1	25%	2.91%	0.11(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	25%	3.04%	0.12(n.s)
cellular carbohydrate metabolism	GO:0044262	1	25%	3.08%	0.12(n.s)
cell communication	GO:0007154	1	25%	3.08%	0.12(n.s)
DNA packaging	GO:0006323	1	25%	3.14%	0.12(n.s)
establishment and/or maintenance of chromatin architecture	GO:0006325	1	25%	3.14%	0.12(n.s)
carbohydrate metabolism	GO:0005975	1	25%	3.38%	0.13(n.s)
generation of precursor metabolites and energy	GO:0006091	1	25%	3.5%	0.13(n.s)
chromosome organization and biogenesis (sensu Eukaryota)	GO:0007001	1	25%	3.72%	0.14(n.s)
response to external stimulus	GO:0009605	1	25%	3.87%	0.15(n.s)
chromosome organization and biogenesis	GO:0051276	1	25%	3.9%	0.15(n.s)
regulation of transcription, DNA-dependent	GO:0006355	1	25%	4.68%	0.17(n.s)
regulation of transcription	GO:0045449	1	25%	4.96%	0.18(n.s)
regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0019219	1	25%	5.24%	0.19(n.s)
development	GO:0007275	1	25%	5.73%	0.21(n.s)
regulation of cellular metabolism	GO:0031323	1	25%	5.98%	0.22(n.s)
response to stress	GO:0006950	1	25%	6.09%	0.22(n.s)
protein modification	GO:0006464	1	25%	6.68%	0.24(n.s)
biopolymer metabolism	GO:0043283	2	50%	25.06%	0.26(n.s)
cellular physiological process	GO:0050875	4	100%	71.65%	0.26(n.s)
cellular process	GO:0009987	4	100%	72.29%	0.27(n.s)
physiological process	GO:0007582	4	100%	73.68%	0.29(n.s)
response to stimulus	GO:0050896	1	25%	8.41%	0.3(n.s)
regulation of cellular physiological process	GO:0051244	1	25%	8.49%	0.3(n.s)
regulation of cellular process	GO:0050794	1	25%	8.52%	0.3(n.s)
DNA metabolism	GO:0006259	1	25%	8.58%	0.3(n.s)
biopolymer modification	GO:0043412	1	25%	9.25%	0.32(n.s)
organelle organization and biogenesis	GO:0006996	1	25%	15.69%	0.49(n.s)
cell organization and biogenesis	GO:0016043	1	25%	17.98%	0.55(n.s)
cellular protein metabolism	GO:0044267	1	25%	21.7%	0.62(n.s)
protein metabolism	GO:0019538	1	25%	22.06%	0.63(n.s)
cellular macromolecule metabolism	GO:0044260	1	25%	24.52%	0.68(n.s)
macromolecule metabolism	GO:0043170	1	25%	26.04%	0.7(n.s)
biological_process	GO:0008150	4	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
transcription cofactor activity	GO:0003712	2	50%	0.56%	1.8E-4(0.29)
transcription factor binding	GO:0008134	2	50%	0.6%	2.12E-4(0.34)
transcription regulator activity	GO:0030528	3	75%	5%	4.78E-4(0.77)
AMP-activated protein kinase activity	GO:0004679	1	25%	0.05%	1.86E-3(n.s)
transcription corepressor activity	GO:0003714	1	25%	0.25%	9.88E-3(n.s)
protein binding	GO:0005515	2	50%	7.39%	0.03(n.s)
general RNA polymerase II transcription factor activity	GO:0016251	1	25%	0.96%	0.04(n.s)
protein serine/threonine kinase activity	GO:0004674	1	25%	1.08%	0.04(n.s)
RNA polymerase II transcription factor activity	GO:0003702	1	25%	1.89%	0.07(n.s)
protein kinase activity	GO:0004672	1	25%	1.97%	0.08(n.s)
phosphotransferase activity, alcohol group as acceptor	GO:0016773	1	25%	2.62%	0.1(n.s)
kinase activity	GO:0016301	1	25%	3.05%	0.12(n.s)
binding	GO:0005488	2	50%	17.35%	0.14(n.s)
transferase activity, transferring phosphorus-containing groups	GO:0016772	1	25%	5.19%	0.19(n.s)
transferase activity	GO:0016740	1	25%	10.13%	0.35(n.s)
catalytic activity	GO:0003824	1	25%	29.21%	0.75(n.s)
molecular_function	GO:0003674	4	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
SWI/SNF complex	GO:0016514	1	25%	0.17%	6.8E-3(n.s)
nucleus	GO:0005634	4	100%	31.01%	9.23E-3(n.s)
chromatin remodeling complex	GO:0016585	1	25%	1.08%	0.04(n.s)
lytic vacuole	GO:0000323	1	25%	2.23%	0.09(n.s)
vacuole (sensu Fungi)	GO:0000324	1	25%	2.23%	0.09(n.s)
storage vacuole	GO:0000322	1	25%	2.23%	0.09(n.s)
intracellular membrane-bound organelle	GO:0043231	4	100%	55.65%	0.1(n.s)
membrane-bound organelle	GO:0043227	4	100%	55.65%	0.1(n.s)
vacuole	GO:0005773	1	25%	2.97%	0.11(n.s)
organelle	GO:0043226	4	100%	60.56%	0.13(n.s)
intracellular organelle	GO:0043229	4	100%	60.56%	0.13(n.s)
nucleoplasm	GO:0005654	1	25%	4.86%	0.18(n.s)
intracellular	GO:0005622	4	100%	77.03%	0.35(n.s)
cell	GO:0005623	4	100%	83.5%	0.49(n.s)
mitochondrion	GO:0005739	1	25%	15.78%	0.5(n.s)
protein complex	GO:0043234	1	25%	21.07%	0.61(n.s)
cytoplasm	GO:0005737	1	25%	55.64%	0.96(n.s)
cellular_component	GO:0005575	4	100%	99.61%	0.98(n.s)

cluster_83 (n = 4) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
RNA processing	GO:0006396	3	75%	5.33%	5.76E-4(0.93)
mitochondrion organization and biogenesis	GO:0007005	2	50%	1.47%	1.26E-3(n.s)
RNA metabolism	GO:0016070	3	75%	8.32%	2.15E-3(n.s)
rRNA processing	GO:0006364	2	50%	2.71%	4.23E-3(n.s)
ribosome biogenesis	GO:0007046	2	50%	3.3%	6.22E-3(n.s)
ribosome biogenesis and assembly	GO:0042254	2	50%	3.9%	8.64E-3(n.s)
cytoplasm organization and biogenesis	GO:0007028	2	50%	3.9%	8.64E-3(n.s)
rRNA metabolism	GO:0016072	2	50%	3.92%	8.71E-3(n.s)
organelle organization and biogenesis	GO:0006996	3	75%	15.69%	0.01(n.s)
mitochondrial genome maintenance	GO:0000002	1	25%	0.42%	0.02(n.s)
cell organization and biogenesis	GO:0016043	3	75%	17.98%	0.02(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	3	75%	23.17%	0.04(n.s)
biopolymer metabolism	GO:0043283	3	75%	25.06%	0.05(n.s)
cellular physiological process	GO:0050875	4	100%	71.65%	0.26(n.s)
cellular process	GO:0009987	4	100%	72.29%	0.27(n.s)
primary metabolism	GO:0044238	3	75%	48.71%	0.29(n.s)
physiological process	GO:0007582	4	100%	73.68%	0.29(n.s)
cellular metabolism	GO:0044237	3	75%	52.12%	0.34(n.s)
metabolism	GO:0008152	3	75%	52.93%	0.36(n.s)
biological_process	GO:0008150	4	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
nuclease activity	GO:0004518	3	75%	2.15%	3.85E-5(0.06)
exonuclease activity	GO:0004527	2	50%	0.51%	1.51E-4(0.24)
hydrolase activity	GO:0016787	4	100%	11.45%	1.7E-4(0.28)
hydrolase activity, acting on ester bonds	GO:0016788	3	75%	4.12%	2.68E-4(0.43)
ATP-dependent peptidase activity	GO:0004176	1	25%	0.03%	1.24E-3(n.s)
ribonuclease MRP activity	GO:0000171	1	25%	0.15%	6.18E-3(n.s)
catalytic activity	GO:0003824	4	100%	29.21%	7.27E-3(n.s)
3'-5' exonuclease activity	GO:0008408	1	25%	0.39%	0.02(n.s)
ribonuclease activity	GO:0004540	1	25%	1.55%	0.06(n.s)
peptidase activity	GO:0008233	1	25%	2.48%	0.1(n.s)
molecular_function	GO:0003674	4	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial inner membrane	GO:0005743	2	50%	2.43%	3.41E-3(n.s)
inner membrane	GO:0019866	2	50%	2.43%	3.41E-3(n.s)
mitochondrial membrane	GO:0005740	2	50%	3.16%	5.72E-3(n.s)
ribonuclease MRP complex	GO:0000172	1	25%	0.17%	6.8E-3(n.s)
mitochondrion	GO:0005739	3	75%	15.78%	0.01(n.s)
organelle membrane	GO:0031090	2	50%	8.58%	0.04(n.s)
intracellular membrane-bound organelle	GO:0043231	4	100%	55.65%	0.1(n.s)
membrane-bound organelle	GO:0043227	4	100%	55.65%	0.1(n.s)
membrane	GO:0016020	2	50%	15.38%	0.11(n.s)
organelle	GO:0043226	4	100%	60.56%	0.13(n.s)
intracellular organelle	GO:0043229	4	100%	60.56%	0.13(n.s)
nucleolus	GO:0005730	1	25%	4.58%	0.17(n.s)
ribonucleoprotein complex	GO:0030529	1	25%	7.19%	0.26(n.s)
intracellular	GO:0005622	4	100%	77.03%	0.35(n.s)
cytoplasm	GO:0005737	3	75%	55.64%	0.4(n.s)
intracellular non-membrane-bound organelle	GO:0043232	1	25%	14.3%	0.46(n.s)
non-membrane-bound organelle	GO:0043228	1	25%	14.3%	0.46(n.s)
cell	GO:0005623	4	100%	83.5%	0.49(n.s)
protein complex	GO:0043234	1	25%	21.07%	0.61(n.s)
nucleus	GO:0005634	1	25%	31.01%	0.77(n.s)
cellular_component	GO:0005575	4	100%	99.61%	0.98(n.s)

cluster_81 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
age-dependent response to reactive oxygen species during chronological cell aging	GO:0001320	2	66.67%	0.03%	1.44E-7(2.33E-4)
age-dependent response to reactive oxygen species	GO:0001315	2	66.67%	0.03%	1.44E-7(2.33E-4)
response to reactive oxygen species	GO:0000302	2	66.67%	0.09%	2.16E-6(3.49E-3)
age-dependent response to oxidative stress	GO:0001306	2	66.67%	0.11%	3.02E-6(4.88E-3)
age-dependent general metabolic decline during chronological cell aging	GO:0001323	2	66.67%	0.11%	3.02E-6(4.88E-3)
age-dependent response to oxidative stress during chronological cell aging	GO:0001324	2	66.67%	0.11%	3.02E-6(4.88E-3)
age-dependent general metabolic decline	GO:0007571	2	66.67%	0.12%	4.03E-6(6.51E-3)
chronological cell aging	GO:0001300	2	66.67%	0.15%	6.47E-6(0.01)
cell aging	GO:0007569	2	66.67%	0.64%	1.18E-4(0.19)
aging	GO:0007568	2	66.67%	0.65%	1.23E-4(0.2)
cell death	GO:0008219	2	66.67%	0.71%	1.48E-4(0.24)
death	GO:0016265	2	66.67%	0.73%	1.55E-4(0.25)
response to oxidative stress	GO:0006979	2	66.67%	0.79%	1.83E-4(0.3)
oxygen and reactive oxygen species metabolism	GO:0006800	2	66.67%	0.82%	1.97E-4(0.32)
response to biotic stimulus	GO:0009607	2	66.67%	1.08%	3.45E-4(0.56)
superoxide metabolism	GO:0006801	1	33.33%	0.02%	**
intracellular copper ion transport	GO:0015680	1	33.33%	0.09%	2.79E-3(n.s)
copper ion homeostasis	GO:0006878	1	33.33%	0.11%	3.25E-3(n.s)
zinc ion homeostasis	GO:0006882	1	33.33%	0.15%	4.64E-3(n.s)
copper ion transport	GO:0006825	1	33.33%	0.2%	6.03E-3(n.s)
development	GO:0007275	2	66.67%	5.73%	9.45E-3(n.s)
response to stress	GO:0006950	2	66.67%	6.09%	0.01(n.s)
replicative cell aging	GO:0001302	1	33.33%	0.51%	0.02(n.s)
transition metal ion transport	GO:0000041	1	33.33%	0.67%	0.02(n.s)
response to stimulus	GO:0050896	2	66.67%	8.41%	0.02(n.s)
transition metal ion homeostasis	GO:0046916	1	33.33%	0.73%	0.02(n.s)
di-, tri-valent inorganic cation transport	GO:0015674	1	33.33%	0.79%	0.02(n.s)
di-, tri-valent inorganic cation homeostasis	GO:0030005	1	33.33%	0.81%	0.02(n.s)
metal ion transport	GO:0030001	1	33.33%	0.87%	0.03(n.s)
metal ion homeostasis	GO:0006875	1	33.33%	0.91%	0.03(n.s)
cation homeostasis	GO:0030003	1	33.33%	1.35%	0.04(n.s)
cation transport	GO:0006812	1	33.33%	1.36%	0.04(n.s)
cell ion homeostasis	GO:0006873	1	33.33%	1.49%	0.04(n.s)
ion homeostasis	GO:0050801	1	33.33%	1.55%	0.05(n.s)
ion transport	GO:0006811	1	33.33%	1.64%	0.05(n.s)
cell homeostasis	GO:0019725	1	33.33%	1.64%	0.05(n.s)
homeostasis	GO:0042592	1	33.33%	1.73%	0.05(n.s)
intracellular transport	GO:0046907	1	33.33%	7.53%	0.21(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
transport	GO:0006810	1	33.33%	14.27%	0.37(n.s)
establishment of localization	GO:0051234	1	33.33%	14.39%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
localization	GO:0051179	1	33.33%	14.82%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
cellular metabolism	GO:0044237	2	66.67%	52.12%	0.53(n.s)
metabolism	GO:0008152	2	66.67%	52.93%	0.54(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
superoxide dismutase activity	GO:0004784	2	66.67%	0.03%	1.44E-7(2.33E-4)
oxidoreductase activity, acting on superoxide radicals as acceptor	GO:0016721	2	66.67%	0.03%	1.44E-7(2.33E-4)
superoxide dismutase copper chaperone activity	GO:0016532	1	33.33%	0.02%	**
manganese superoxide dismutase activity	GO:0008383	1	33.33%	0.02%	**
copper, zinc superoxide dismutase activity	GO:0004785	1	33.33%	0.02%	**
copper chaperone activity	GO:0016531	1	33.33%	0.05%	1.39E-3(n.s)
metallochaperone activity	GO:0016530	1	33.33%	0.06%	1.86E-3(n.s)
copper ion transporter activity	GO:0005375	1	33.33%	0.09%	2.79E-3(n.s)
oxidoreductase activity	GO:0016491	2	66.67%	3.73%	4.06E-3(n.s)
transition metal ion transporter activity	GO:0046915	1	33.33%	0.42%	0.01(n.s)
di-, tri-valent inorganic cation transporter activity	GO:0015082	1	33.33%	0.54%	0.02(n.s)
metal ion transporter activity	GO:0046873	1	33.33%	0.59%	0.02(n.s)
cation transporter activity	GO:0008324	1	33.33%	1.89%	0.06(n.s)
ion transporter activity	GO:0015075	1	33.33%	2.21%	0.06(n.s)
transporter activity	GO:0005215	1	33.33%	6.64%	0.19(n.s)
catalytic activity	GO:0003824	2	66.67%	29.21%	0.21(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
mitochondrial intermembrane space	GO:0005758	1	33.33%	0.39%	0.01(n.s)
cytosol	GO:0005829	2	66.67%	10.08%	0.03(n.s)
mitochondrial inner membrane	GO:0005743	1	33.33%	2.43%	0.07(n.s)
inner membrane	GO:0019866	1	33.33%	2.43%	0.07(n.s)
mitochondrial matrix	GO:0005759	1	33.33%	2.52%	0.07(n.s)
mitochondrial membrane	GO:0005740	1	33.33%	3.16%	0.09(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
organelle membrane	GO:0031090	1	33.33%	8.58%	0.24(n.s)
membrane	GO:0016020	1	33.33%	15.38%	0.39(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_86 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
biological process unknown	GO:0000004	2	100%	25.64%	0.07(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein phosphatase type 2C activity	GO:0015071	1	50%	0.09%	1.86E-3(n.s)
protein serine/threonine phosphatase activity	GO:0004722	1	50%	0.43%	8.66E-3(n.s)
phosphoprotein phosphatase activity	GO:0004721	1	50%	0.71%	0.01(n.s)
phosphoric monoester hydrolase activity	GO:0016791	1	50%	1.33%	0.03(n.s)
phosphoric ester hydrolase activity	GO:0042578	1	50%	1.44%	0.03(n.s)
hydrolase activity, acting on ester bonds	GO:0016788	1	50%	4.12%	0.08(n.s)
hydrolase activity	GO:0016787	1	50%	11.45%	0.22(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
nucleus	GO:0005634	1	50%	31.01%	0.52(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_87 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial genome maintenance	GO:0000002	1	50%	0.42%	8.35E-3(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	50%	1.47%	0.03(n.s)
cellular protein catabolism	GO:0044257	1	50%	2.42%	0.05(n.s)
proteolysis and peptidolysis	GO:0006508	1	50%	2.42%	0.05(n.s)
protein catabolism	GO:0030163	1	50%	2.74%	0.05(n.s)
biopolymer catabolism	GO:0043285	1	50%	2.93%	0.06(n.s)
cellular macromolecule catabolism	GO:0044265	1	50%	4.51%	0.09(n.s)
macromolecule catabolism	GO:0009057	1	50%	4.83%	0.09(n.s)
cellular catabolism	GO:0044248	1	50%	5.84%	0.11(n.s)
catabolism	GO:0009056	1	50%	6.16%	0.12(n.s)
organelle organization and biogenesis	GO:0006996	1	50%	15.69%	0.29(n.s)
cell organization and biogenesis	GO:0016043	1	50%	17.98%	0.33(n.s)
cellular protein metabolism	GO:0044267	1	50%	21.7%	0.39(n.s)
protein metabolism	GO:0019538	1	50%	22.06%	0.39(n.s)
cellular macromolecule metabolism	GO:0044260	1	50%	24.52%	0.43(n.s)
biopolymer metabolism	GO:0043283	1	50%	25.06%	0.44(n.s)
macromolecule metabolism	GO:0043170	1	50%	26.04%	0.45(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
primary metabolism	GO:0044238	1	50%	48.71%	0.74(n.s)
cellular metabolism	GO:0044237	1	50%	52.12%	0.77(n.s)
metabolism	GO:0008152	1	50%	52.93%	0.78(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
X-Pro aminopeptidase activity	GO:0008451	1	50%	0.03%	6.2E-4(n.s)
aminopeptidase activity	GO:0004177	1	50%	0.17%	3.41E-3(n.s)
exopeptidase activity	GO:0008238	1	50%	0.25%	4.95E-3(n.s)
metalloendopeptidase activity	GO:0004222	1	50%	0.31%	6.19E-3(n.s)
metallopeptidase activity	GO:0008237	1	50%	0.43%	8.66E-3(n.s)
endopeptidase activity	GO:0004175	1	50%	0.99%	0.02(n.s)
peptidase activity	GO:0008233	1	50%	2.48%	0.05(n.s)
transporter activity	GO:0005215	1	50%	6.64%	0.13(n.s)
hydrolase activity	GO:0016787	1	50%	11.45%	0.22(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
mitochondrial matrix	GO:0005759	1	50%	2.52%	0.05(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_84 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
tRNA aminoacylation	GO:0043039	2	66.67%	0.46%	6.24E-5(0.1)
amino acid activation	GO:0043038	2	66.67%	0.46%	6.24E-5(0.1)
tRNA aminoacylation for protein translation	GO:0006418	2	66.67%	0.46%	6.24E-5(0.1)
tRNA modification	GO:0006400	2	66.67%	1.02%	3.07E-4(0.5)
arginyl-tRNA aminoacylation	GO:0006420	1	33.33%	0.02%	**
isoleucyl-tRNA aminoacylation	GO:0006428	1	33.33%	0.02%	**
tRNA metabolism	GO:0006399	2	66.67%	1.6%	7.48E-4(n.s)
RNA modification	GO:0009451	2	66.67%	2.42%	1.71E-3(n.s)
protein biosynthesis	GO:0006412	3	100%	12.16%	1.79E-3(n.s)
macromolecule biosynthesis	GO:0009059	3	100%	13.04%	2.21E-3(n.s)
amino acid metabolism	GO:0006520	2	66.67%	2.82%	2.33E-3(n.s)
amino acid and derivative metabolism	GO:0006519	2	66.67%	3.05%	2.72E-3(n.s)
amine metabolism	GO:0009308	2	66.67%	3.38%	3.33E-3(n.s)
nitrogen compound metabolism	GO:0006807	2	66.67%	3.66%	3.9E-3(n.s)
cellular biosynthesis	GO:0044249	3	100%	17.05%	4.95E-3(n.s)
biosynthesis	GO:0009058	3	100%	18.28%	6.09E-3(n.s)
organic acid metabolism	GO:0006082	2	66.67%	4.6%	6.14E-3(n.s)
carboxylic acid metabolism	GO:0019752	2	66.67%	4.6%	6.14E-3(n.s)
cellular protein metabolism	GO:0044267	3	100%	21.7%	0.01(n.s)
protein metabolism	GO:0019538	3	100%	22.06%	0.01(n.s)
translation	GO:0043037	2	66.67%	6.47%	0.01(n.s)
cellular macromolecule metabolism	GO:0044260	3	100%	24.52%	0.01(n.s)
macromolecule metabolism	GO:0043170	3	100%	26.04%	0.02(n.s)
RNA metabolism	GO:0016070	2	66.67%	8.32%	0.02(n.s)
biopolymer modification	GO:0043412	2	66.67%	9.25%	0.02(n.s)
primary metabolism	GO:0044238	3	100%	48.71%	0.12(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	2	66.67%	23.17%	0.14(n.s)
cellular metabolism	GO:0044237	3	100%	52.12%	0.14(n.s)
metabolism	GO:0008152	3	100%	52.93%	0.15(n.s)
biopolymer metabolism	GO:0043283	2	66.67%	25.06%	0.16(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
arginine-tRNA ligase activity	GO:0004814	2	66.67%	0.03%	1.44E-7(2.33E-4)
ligase activity, forming carbon-oxygen bonds	GO:0016875	3	100%	0.56%	1.59E-7(2.57E-4)
tRNA ligase activity	GO:0004812	3	100%	0.56%	1.59E-7(2.57E-4)
ligase activity, forming aminoacyl-tRNA and related compounds	GO:0016876	3	100%	0.56%	1.59E-7(2.57E-4)
RNA ligase activity	GO:0008452	3	100%	0.57%	1.73E-7(2.8E-4)
ligase activity, forming phosphoric ester bonds	GO:0016886	3	100%	0.62%	2.2E-7(3.56E-4)
ligase activity	GO:0016874	3	100%	1.89%	6.59E-6(0.01)
isoleucine-tRNA ligase activity	GO:0004822	1	33.33%	0.03%	9.29E-4(n.s)
catalytic activity	GO:0003824	3	100%	29.21%	0.02(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_85 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ribosomal large subunit assembly and maintenance	GO:0000027	1	50%	0.6%	0.01(n.s)
ribosomal subunit assembly	GO:0042257	1	50%	0.81%	0.02(n.s)
ribosome assembly	GO:0042255	1	50%	0.99%	0.02(n.s)
cell organization and biogenesis	GO:0016043	2	100%	17.98%	0.03(n.s)
external encapsulating structure organization and biogenesis	GO:0045229	1	50%	2.17%	0.04(n.s)
cell wall organization and biogenesis	GO:0007047	1	50%	2.17%	0.04(n.s)
protein complex assembly	GO:0006461	1	50%	2.26%	0.04(n.s)
rRNA processing	GO:0006364	1	50%	2.71%	0.05(n.s)
ribosome biogenesis	GO:0007046	1	50%	3.3%	0.06(n.s)
cytoplasm organization and biogenesis	GO:0007028	1	50%	3.9%	0.08(n.s)
ribosome biogenesis and assembly	GO:0042254	1	50%	3.9%	0.08(n.s)
rRNA metabolism	GO:0016072	1	50%	3.92%	0.08(n.s)
RNA processing	GO:0006396	1	50%	5.33%	0.1(n.s)
RNA metabolism	GO:0016070	1	50%	8.32%	0.16(n.s)
organelle organization and biogenesis	GO:0006996	1	50%	15.69%	0.29(n.s)
cellular protein metabolism	GO:0044267	1	50%	21.7%	0.39(n.s)
protein metabolism	GO:0019538	1	50%	22.06%	0.39(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	50%	23.17%	0.41(n.s)
cellular macromolecule metabolism	GO:0044260	1	50%	24.52%	0.43(n.s)
biopolymer metabolism	GO:0043283	1	50%	25.06%	0.44(n.s)
macromolecule metabolism	GO:0043170	1	50%	26.04%	0.45(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
primary metabolism	GO:0044238	1	50%	48.71%	0.74(n.s)
cellular metabolism	GO:0044237	1	50%	52.12%	0.77(n.s)
metabolism	GO:0008152	1	50%	52.93%	0.78(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ATPase activity	GO:0016887	1	50%	2.52%	0.05(n.s)
nucleoside-triphosphatase activity	GO:0017111	1	50%	3.42%	0.07(n.s)
pyrophosphatase activity	GO:0016462	1	50%	3.67%	0.07(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	1	50%	3.69%	0.07(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	1	50%	3.69%	0.07(n.s)
hydrolase activity	GO:0016787	1	50%	11.45%	0.22(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cell wall (sensu Fungi)	GO:0009277	1	50%	1.72%	0.03(n.s)
external encapsulating structure	GO:0030312	1	50%	1.72%	0.03(n.s)
cell wall	GO:0005618	1	50%	1.72%	0.03(n.s)
plasma membrane	GO:0005886	1	50%	3.67%	0.07(n.s)
nucleoplasm	GO:0005654	1	50%	4.86%	0.09(n.s)
membrane	GO:0016020	1	50%	15.38%	0.28(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
nucleus	GO:0005634	1	50%	31.01%	0.52(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_3 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
biological process unknown	GO:0000004	2	100%	25.64%	0.07(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
molecular function unknown	GO:0005554	2	100%	35.75%	0.13(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cellular component unknown	GO:0008372	1	50%	15.74%	0.29(n.s)
mitochondrion	GO:0005739	1	50%	15.78%	0.29(n.s)
cytoplasm	GO:0005737	1	50%	55.64%	0.8(n.s)
intracellular membrane-bound organelle	GO:0043231	1	50%	55.65%	0.8(n.s)
membrane-bound organelle	GO:0043227	1	50%	55.65%	0.8(n.s)
organelle	GO:0043226	1	50%	60.56%	0.84(n.s)
intracellular organelle	GO:0043229	1	50%	60.56%	0.84(n.s)
intracellular	GO:0005622	1	50%	77.03%	0.95(n.s)
cell	GO:0005623	1	50%	83.5%	0.97(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_108 (n = 4) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
histidyl-tRNA aminoacylation	GO:0006427	1	25%	0.02%	**
peptidyl-arginine modification	GO:0018195	1	25%	0.03%	1.24E-3(n.s)
biopolymer modification	GO:0043412	3	75%	9.25%	2.93E-3(n.s)
RNA modification	GO:0009451	2	50%	2.42%	3.37E-3(n.s)
fatty acid biosynthesis	GO:0006633	1	25%	0.19%	7.42E-3(n.s)
organic acid biosynthesis	GO:0016053	1	25%	0.26%	0.01(n.s)
carboxylic acid biosynthesis	GO:0046394	1	25%	0.26%	0.01(n.s)
peptidyl-amino acid modification	GO:0018193	1	25%	0.26%	0.01(n.s)
organic acid metabolism	GO:0006082	2	50%	4.6%	0.01(n.s)
carboxylic acid metabolism	GO:0019752	2	50%	4.6%	0.01(n.s)
tRNA aminoacylation	GO:0043039	1	25%	0.46%	0.02(n.s)
amino acid activation	GO:0043038	1	25%	0.46%	0.02(n.s)
tRNA aminoacylation for protein translation	GO:0006418	1	25%	0.46%	0.02(n.s)
fatty acid metabolism	GO:0006631	1	25%	0.67%	0.03(n.s)
mRNA-nucleus export	GO:0006406	1	25%	0.93%	0.04(n.s)
mRNA transport	GO:0051028	1	25%	0.93%	0.04(n.s)
RNA metabolism	GO:0016070	2	50%	8.32%	0.04(n.s)
tRNA modification	GO:0006400	1	25%	1.02%	0.04(n.s)
RNA transport	GO:0050658	1	25%	1.08%	0.04(n.s)
nucleic acid transport	GO:0050657	1	25%	1.08%	0.04(n.s)
establishment of RNA localization	GO:0051236	1	25%	1.08%	0.04(n.s)
RNA-nucleus export	GO:0006405	1	25%	1.08%	0.04(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid transport	GO:0015931	1	25%	1.21%	0.05(n.s)
RNA localization	GO:0006403	1	25%	1.25%	0.05(n.s)
nuclear export	GO:0051168	1	25%	1.29%	0.05(n.s)
biopolymer metabolism	GO:0043283	3	75%	25.06%	0.05(n.s)
rRNA modification	GO:0000154	1	25%	1.38%	0.05(n.s)
primary metabolism	GO:0044238	4	100%	48.71%	0.06(n.s)
nuclear transport	GO:0051169	1	25%	1.53%	0.06(n.s)
tRNA metabolism	GO:0006399	1	25%	1.6%	0.06(n.s)
nucleocytoplasmic transport	GO:0006913	1	25%	1.63%	0.06(n.s)
cellular metabolism	GO:0044237	4	100%	52.12%	0.07(n.s)
lipid biosynthesis	GO:0008610	1	25%	1.92%	0.07(n.s)
metabolism	GO:0008152	4	100%	52.93%	0.08(n.s)
amino acid metabolism	GO:0006520	1	25%	2.82%	0.11(n.s)
amino acid and derivative metabolism	GO:0006519	1	25%	3.05%	0.12(n.s)
cellular lipid metabolism	GO:0044255	1	25%	3.16%	0.12(n.s)
lipid metabolism	GO:0006629	1	25%	3.38%	0.13(n.s)
amine metabolism	GO:0009308	1	25%	3.38%	0.13(n.s)
cellular biosynthesis	GO:0044249	2	50%	17.05%	0.14(n.s)
nitrogen compound metabolism	GO:0006807	1	25%	3.66%	0.14(n.s)
rRNA metabolism	GO:0016072	1	25%	3.92%	0.15(n.s)
biosynthesis	GO:0009058	2	50%	18.28%	0.15(n.s)
cellular protein metabolism	GO:0044267	2	50%	21.7%	0.21(n.s)
protein metabolism	GO:0019538	2	50%	22.06%	0.21(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	2	50%	23.17%	0.23(n.s)
translation	GO:0043037	1	25%	6.47%	0.23(n.s)
protein modification	GO:0006464	1	25%	6.68%	0.24(n.s)
cellular macromolecule metabolism	GO:0044260	2	50%	24.52%	0.25(n.s)
cellular physiological process	GO:0050875	4	100%	71.65%	0.26(n.s)
intracellular transport	GO:0046907	1	25%	7.53%	0.27(n.s)
cellular process	GO:0009987	4	100%	72.29%	0.27(n.s)
macromolecule metabolism	GO:0043170	2	50%	26.04%	0.28(n.s)
physiological process	GO:0007582	4	100%	73.68%	0.29(n.s)
protein biosynthesis	GO:0006412	1	25%	12.16%	0.4(n.s)
macromolecule biosynthesis	GO:0009059	1	25%	13.04%	0.43(n.s)
transport	GO:0006810	1	25%	14.27%	0.46(n.s)
establishment of localization	GO:0051234	1	25%	14.39%	0.46(n.s)
localization	GO:0051179	1	25%	14.82%	0.47(n.s)
biological_process	GO:0008150	4	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
S-adenosylmethionine-dependent methyltransferase activity	GO:0008757	2	50%	0.77%	3.49E-4(0.56)
acyl carrier activity	GO:0000036	1	25%	0.02%	**
rRNA (guanine-N1-)-methyltransferase activity	GO:0008989	1	25%	0.02%	**
histidine-tRNA ligase activity	GO:0004821	1	25%	0.02%	**
methyltransferase activity	GO:0008168	2	50%	1.1%	7.05E-4(n.s)
transferase activity, transferring one-carbon groups	GO:0016741	2	50%	1.13%	7.46E-4(n.s)
rRNA (guanine) methyltransferase activity	GO:0016435	1	25%	0.03%	1.24E-3(n.s)
arginine N-methyltransferase activity	GO:0016273	1	25%	0.05%	1.86E-3(n.s)
protein-arginine N-methyltransferase activity	GO:0016274	1	25%	0.05%	1.86E-3(n.s)
rRNA methyltransferase activity	GO:0008649	1	25%	0.06%	2.48E-3(n.s)
N-methyltransferase activity	GO:0008170	1	25%	0.2%	8.03E-3(n.s)
RNA methyltransferase activity	GO:0008173	1	25%	0.31%	0.01(n.s)
ligase activity, forming carbon-oxygen bonds	GO:0016875	1	25%	0.56%	0.02(n.s)
ligase activity, forming aminoacyl-tRNA and related compounds	GO:0016876	1	25%	0.56%	0.02(n.s)
tRNA ligase activity	GO:0004812	1	25%	0.56%	0.02(n.s)
RNA ligase activity	GO:0008452	1	25%	0.57%	0.02(n.s)
ligase activity, forming phosphoric ester bonds	GO:0016886	1	25%	0.62%	0.02(n.s)
transferase activity	GO:0016740	2	50%	10.13%	0.05(n.s)
carrier activity	GO:0005386	1	25%	1.64%	0.06(n.s)
ligase activity	GO:0016874	1	25%	1.89%	0.07(n.s)
catalytic activity	GO:0003824	3	75%	29.21%	0.08(n.s)
transporter activity	GO:0005215	1	25%	6.64%	0.24(n.s)
molecular_function	GO:0003674	4	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	3	75%	15.78%	0.01(n.s)
intracellular membrane-bound organelle	GO:0043231	4	100%	55.65%	0.1(n.s)
membrane-bound organelle	GO:0043227	4	100%	55.65%	0.1(n.s)
organelle	GO:0043226	4	100%	60.56%	0.13(n.s)
intracellular organelle	GO:0043229	4	100%	60.56%	0.13(n.s)
intracellular	GO:0005622	4	100%	77.03%	0.35(n.s)
cytoplasm	GO:0005737	3	75%	55.64%	0.4(n.s)
cell	GO:0005623	4	100%	83.5%	0.49(n.s)
nucleus	GO:0005634	1	25%	31.01%	0.77(n.s)
cellular_component	GO:0005575	4	100%	99.61%	0.98(n.s)

cluster_109 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
propionate metabolism	GO:0019541	2	66.67%	0.08%	1.44E-6(2.33E-3)
threonine catabolism	GO:0006567	1	33.33%	0.05%	1.39E-3(n.s)
threonine metabolism	GO:0006566	1	33.33%	0.12%	3.71E-3(n.s)
aspartate family amino acid catabolism	GO:0009068	1	33.33%	0.15%	4.64E-3(n.s)
organic acid metabolism	GO:0006082	2	66.67%	4.6%	6.14E-3(n.s)
carboxylic acid metabolism	GO:0019752	2	66.67%	4.6%	6.14E-3(n.s)
amino acid catabolism	GO:0009063	1	33.33%	0.43%	0.01(n.s)
amine catabolism	GO:0009310	1	33.33%	0.48%	0.01(n.s)
nitrogen compound catabolism	GO:0044270	1	33.33%	0.48%	0.01(n.s)
aspartate family amino acid metabolism	GO:0009066	1	33.33%	0.7%	0.02(n.s)
amino acid metabolism	GO:0006520	1	33.33%	2.82%	0.08(n.s)
amino acid and derivative metabolism	GO:0006519	1	33.33%	3.05%	0.09(n.s)
amine metabolism	GO:0009308	1	33.33%	3.38%	0.1(n.s)
nitrogen compound metabolism	GO:0006807	1	33.33%	3.66%	0.11(n.s)
cellular catabolism	GO:0044248	1	33.33%	5.84%	0.17(n.s)
catabolism	GO:0009056	1	33.33%	6.16%	0.17(n.s)
cellular metabolism	GO:0044237	2	66.67%	52.12%	0.53(n.s)
metabolism	GO:0008152	2	66.67%	52.93%	0.54(n.s)
biological process unknown	GO:0000004	1	33.33%	25.64%	0.59(n.s)
cellular physiological process	GO:0050875	2	66.67%	71.65%	0.8(n.s)
cellular process	GO:0009987	2	66.67%	72.29%	0.81(n.s)
physiological process	GO:0007582	2	66.67%	73.68%	0.83(n.s)
primary metabolism	GO:0044238	1	33.33%	48.71%	0.87(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
methylisocitrate lyase activity	GO:0046421	1	33.33%	0.02%	**
oxo-acid-lyase activity	GO:0016833	1	33.33%	0.06%	1.86E-3(n.s)
carbon-carbon lyase activity	GO:0016830	1	33.33%	0.43%	0.01(n.s)
lyase activity	GO:0016829	1	33.33%	1.27%	0.04(n.s)
molecular function unknown	GO:0005554	2	66.67%	35.75%	0.29(n.s)
catalytic activity	GO:0003824	1	33.33%	29.21%	0.65(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
mitochondrial outer membrane	GO:0005741	1	33.33%	0.53%	0.02(n.s)
outer membrane	GO:0019867	1	33.33%	0.53%	0.02(n.s)
mitochondrial matrix	GO:0005759	1	33.33%	2.52%	0.07(n.s)
mitochondrial membrane	GO:0005740	1	33.33%	3.16%	0.09(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
organelle membrane	GO:0031090	1	33.33%	8.58%	0.24(n.s)
membrane	GO:0016020	1	33.33%	15.38%	0.39(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_102 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
coenzyme A transport	GO:0015880	1	50%	0.02%	**
coenzyme transport	GO:0051182	1	50%	0.02%	**
cofactor transport	GO:0051181	1	50%	0.06%	1.24E-3(n.s)
leucine biosynthesis	GO:0009098	1	50%	0.08%	1.55E-3(n.s)
leucine metabolism	GO:0006551	1	50%	0.11%	2.17E-3(n.s)
branched chain family amino acid biosynthesis	GO:0009082	1	50%	0.2%	4.02E-3(n.s)
branched chain family amino acid metabolism	GO:0009081	1	50%	0.25%	4.95E-3(n.s)
amino acid biosynthesis	GO:0008652	1	50%	1.53%	0.03(n.s)
nitrogen compound biosynthesis	GO:0044271	1	50%	1.67%	0.03(n.s)
amine biosynthesis	GO:0009309	1	50%	1.67%	0.03(n.s)
amino acid metabolism	GO:0006520	1	50%	2.82%	0.06(n.s)
amino acid and derivative metabolism	GO:0006519	1	50%	3.05%	0.06(n.s)
amine metabolism	GO:0009308	1	50%	3.38%	0.07(n.s)
nitrogen compound metabolism	GO:0006807	1	50%	3.66%	0.07(n.s)
organic acid metabolism	GO:0006082	1	50%	4.6%	0.09(n.s)
carboxylic acid metabolism	GO:0019752	1	50%	4.6%	0.09(n.s)
transport	GO:0006810	1	50%	14.27%	0.26(n.s)
establishment of localization	GO:0051234	1	50%	14.39%	0.27(n.s)
localization	GO:0051179	1	50%	14.82%	0.27(n.s)
cellular biosynthesis	GO:0044249	1	50%	17.05%	0.31(n.s)
biosynthesis	GO:0009058	1	50%	18.28%	0.33(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
primary metabolism	GO:0044238	1	50%	48.71%	0.74(n.s)
cellular metabolism	GO:0044237	1	50%	52.12%	0.77(n.s)
metabolism	GO:0008152	1	50%	52.93%	0.78(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
coenzyme transporter activity	GO:0051185	1	50%	0.02%	**
coenzyme A transporter activity	GO:0015228	1	50%	0.02%	**
2-isopropylmalate synthase activity	GO:0003852	1	50%	0.03%	6.2E-4(n.s)
cofactor transporter activity	GO:0051184	1	50%	0.12%	2.48E-3(n.s)
transferase activity, transferring acyl groups, acyl groups converted into alkyl on transfer	GO:0046912	1	50%	0.15%	3.1E-3(n.s)
transferase activity, transferring acyl groups	GO:0016746	1	50%	1.43%	0.03(n.s)
transporter activity	GO:0005215	1	50%	6.64%	0.13(n.s)
transferase activity	GO:0016740	1	50%	10.13%	0.19(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
mitochondrial inner membrane	GO:0005743	1	50%	2.43%	0.05(n.s)
inner membrane	GO:0019866	1	50%	2.43%	0.05(n.s)
mitochondrial membrane	GO:0005740	1	50%	3.16%	0.06(n.s)
organelle membrane	GO:0031090	1	50%	8.58%	0.16(n.s)
membrane	GO:0016020	1	50%	15.38%	0.28(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_100 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
biological process unknown	GO:0000004	2	100%	25.64%	0.07(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
molecular function unknown	GO:0005554	2	100%	35.75%	0.13(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_101 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
biological process unknown	GO:0000004	3	100%	25.64%	0.02(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
GTPase activity	GO:0003924	1	33.33%	0.91%	0.03(n.s)
nucleoside-triphosphatase activity	GO:0017111	1	33.33%	3.42%	0.1(n.s)
pyrophosphatase activity	GO:0016462	1	33.33%	3.67%	0.11(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	1	33.33%	3.69%	0.11(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	1	33.33%	3.69%	0.11(n.s)
molecular function unknown	GO:0005554	2	66.67%	35.75%	0.29(n.s)
hydrolase activity	GO:0016787	1	33.33%	11.45%	0.31(n.s)
catalytic activity	GO:0003824	1	33.33%	29.21%	0.65(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_106 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
aerobic respiration	GO:0009060	2	100%	1.27%	1.59E-4(0.26)
cellular respiration	GO:0045333	2	100%	1.35%	1.8E-4(0.29)
energy derivation by oxidation of organic compounds	GO:0015980	2	100%	3.04%	9.17E-4(n.s)
generation of precursor metabolites and energy	GO:0006091	2	100%	3.5%	1.22E-3(n.s)
negative regulation of translation	GO:0016478	1	50%	0.06%	1.24E-3(n.s)
regulation of translation	GO:0006445	1	50%	0.45%	8.96E-3(n.s)
regulation of protein biosynthesis	GO:0006417	1	50%	0.46%	9.27E-3(n.s)
regulation of protein metabolism	GO:0051246	1	50%	0.67%	0.01(n.s)
regulation of cellular biosynthesis	GO:0031326	1	50%	0.71%	0.01(n.s)
regulation of biosynthesis	GO:0009889	1	50%	0.71%	0.01(n.s)
regulation of cellular metabolism	GO:0031323	1	50%	5.98%	0.12(n.s)
regulation of metabolism	GO:0019222	1	50%	6.37%	0.12(n.s)
translation	GO:0043037	1	50%	6.47%	0.13(n.s)
regulation of cellular physiological process	GO:0051244	1	50%	8.49%	0.16(n.s)
regulation of cellular process	GO:0050794	1	50%	8.52%	0.16(n.s)
regulation of physiological process	GO:0050791	1	50%	8.77%	0.17(n.s)
regulation of biological process	GO:0050789	1	50%	8.97%	0.17(n.s)
protein biosynthesis	GO:0006412	1	50%	12.16%	0.23(n.s)
macromolecule biosynthesis	GO:0009059	1	50%	13.04%	0.24(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
cellular biosynthesis	GO:0044249	1	50%	17.05%	0.31(n.s)
biosynthesis	GO:0009058	1	50%	18.28%	0.33(n.s)
cellular protein metabolism	GO:0044267	1	50%	21.7%	0.39(n.s)
protein metabolism	GO:0019538	1	50%	22.06%	0.39(n.s)
cellular macromolecule metabolism	GO:0044260	1	50%	24.52%	0.43(n.s)
macromolecule metabolism	GO:0043170	1	50%	26.04%	0.45(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
primary metabolism	GO:0044238	1	50%	48.71%	0.74(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
unfolded protein binding	GO:0051082	1	50%	0.9%	0.02(n.s)
protein binding	GO:0005515	1	50%	7.39%	0.14(n.s)
binding	GO:0005488	1	50%	17.35%	0.32(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial inner membrane	GO:0005743	2	100%	2.43%	5.88E-4(0.95)
inner membrane	GO:0019866	2	100%	2.43%	5.88E-4(0.95)
mitochondrial membrane	GO:0005740	2	100%	3.16%	9.94E-4(n.s)
integral to membrane	GO:0016021	2	100%	3.55%	1.25E-3(n.s)
intrinsic to membrane	GO:0031224	2	100%	3.61%	1.3E-3(n.s)
organelle membrane	GO:0031090	2	100%	8.58%	7.35E-3(n.s)
extrinsic to membrane	GO:0019898	1	50%	0.48%	9.58E-3(n.s)
membrane	GO:0016020	2	100%	15.38%	0.02(n.s)
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
mitochondrial matrix	GO:0005759	1	50%	2.52%	0.05(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_107 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein stabilization	GO:0050821	1	33.33%	0.02%	**
protein complex assembly	GO:0006461	2	66.67%	2.26%	1.5E-3(n.s)
cytochrome c oxidase complex assembly	GO:0008535	1	33.33%	0.14%	4.18E-3(n.s)
inner mitochondrial membrane organization and biogenesis	GO:0007007	1	33.33%	0.2%	6.03E-3(n.s)
mitochondrial membrane organization and biogenesis	GO:0007006	1	33.33%	0.29%	8.8E-3(n.s)
membrane organization and biogenesis	GO:0016044	1	33.33%	0.48%	0.01(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	33.33%	1.47%	0.04(n.s)
cellular protein metabolism	GO:0044267	2	66.67%	21.7%	0.12(n.s)
protein metabolism	GO:0019538	2	66.67%	22.06%	0.12(n.s)
cellular macromolecule metabolism	GO:0044260	2	66.67%	24.52%	0.15(n.s)
macromolecule metabolism	GO:0043170	2	66.67%	26.04%	0.17(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
organelle organization and biogenesis	GO:0006996	1	33.33%	15.69%	0.4(n.s)
cell organization and biogenesis	GO:0016043	1	33.33%	17.98%	0.45(n.s)
primary metabolism	GO:0044238	2	66.67%	48.71%	0.48(n.s)
cellular metabolism	GO:0044237	2	66.67%	52.12%	0.53(n.s)
metabolism	GO:0008152	2	66.67%	52.93%	0.54(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein transporter activity	GO:0008565	2	66.67%	0.77%	1.75E-4(0.28)
protein translocase activity	GO:0015450	1	33.33%	0.02%	**
transporter activity	GO:0005215	2	66.67%	6.64%	0.01(n.s)
P-P-bond-hydrolysis-driven transporter activity	GO:0015405	1	33.33%	0.45%	0.01(n.s)
primary active transporter activity	GO:0015399	1	33.33%	0.77%	0.02(n.s)
carrier activity	GO:0005386	1	33.33%	1.64%	0.05(n.s)
molecular function unknown	GO:0005554	1	33.33%	35.75%	0.73(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial inner membrane	GO:0005743	3	100%	2.43%	1.41E-5(0.02)
inner membrane	GO:0019866	3	100%	2.43%	1.41E-5(0.02)
mitochondrial membrane	GO:0005740	3	100%	3.16%	3.11E-5(0.05)
organelle membrane	GO:0031090	3	100%	8.58%	6.29E-4(n.s)
membrane	GO:0016020	3	100%	15.38%	3.63E-3(n.s)
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
integral to membrane	GO:0016021	1	33.33%	3.55%	0.1(n.s)
intrinsic to membrane	GO:0031224	1	33.33%	3.61%	0.1(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_104 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
carboxylic acid transport	GO:0046942	2	100%	0.77%	5.88E-5(0.1)
organic acid transport	GO:0015849	2	100%	0.79%	6.12E-5(0.1)
lactate transport	GO:0015727	1	50%	0.02%	**
succinate transport	GO:0015744	1	50%	0.02%	**
fumarate transport	GO:0015741	1	50%	0.02%	**
dicarboxylic acid transport	GO:0006835	1	50%	0.05%	9.29E-4(n.s)
monocarboxylic acid transport	GO:0015718	1	50%	0.12%	2.48E-3(n.s)
transport	GO:0006810	2	100%	14.27%	0.02(n.s)
establishment of localization	GO:0051234	2	100%	14.39%	0.02(n.s)
localization	GO:0051179	2	100%	14.82%	0.02(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
carboxylic acid transporter activity	GO:0046943	2	100%	0.74%	5.41E-5(0.09)
organic acid transporter activity	GO:0005342	2	100%	0.79%	6.12E-5(0.1)
succinate:fumarate antiporter activity	GO:0005469	1	50%	0.02%	**
fumarate transporter activity	GO:0015138	1	50%	0.02%	**
lactate transporter activity	GO:0015129	1	50%	0.02%	**
succinate transporter activity	GO:0015141	1	50%	0.02%	**
dicarboxylic acid transporter activity	GO:0005310	1	50%	0.05%	9.29E-4(n.s)
antiporter activity	GO:0015297	1	50%	0.14%	2.79E-3(n.s)
monocarboxylic acid transporter activity	GO:0008028	1	50%	0.2%	4.02E-3(n.s)
transporter activity	GO:0005215	2	100%	6.64%	4.41E-3(n.s)
porter activity	GO:0015291	1	50%	0.59%	0.01(n.s)
electrochemical potential-driven transporter activity	GO:0015290	1	50%	0.59%	0.01(n.s)
carrier activity	GO:0005386	1	50%	1.64%	0.03(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
membrane	GO:0016020	2	100%	15.38%	0.02(n.s)
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
mitochondrial inner membrane	GO:0005743	1	50%	2.43%	0.05(n.s)
inner membrane	GO:0019866	1	50%	2.43%	0.05(n.s)
mitochondrial membrane	GO:0005740	1	50%	3.16%	0.06(n.s)
plasma membrane	GO:0005886	1	50%	3.67%	0.07(n.s)
organelle membrane	GO:0031090	1	50%	8.58%	0.16(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_39 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
histone ubiquitination	GO:0016574	1	33.33%	0.05%	1.39E-3(n.s)
glycerol catabolism	GO:0019563	1	33.33%	0.05%	1.39E-3(n.s)
polyol catabolism	GO:0046174	1	33.33%	0.05%	1.39E-3(n.s)
alcohol metabolism	GO:0006066	2	66.67%	2.43%	1.73E-3(n.s)
glycerol transport	GO:0015793	1	33.33%	0.06%	1.86E-3(n.s)
polyol transport	GO:0015791	1	33.33%	0.09%	2.79E-3(n.s)
galactose metabolism	GO:0006012	1	33.33%	0.12%	3.71E-3(n.s)
polyol metabolism	GO:0019751	1	33.33%	0.12%	3.71E-3(n.s)
glycerol metabolism	GO:0006071	1	33.33%	0.12%	3.71E-3(n.s)
histone methylation	GO:0016571	1	33.33%	0.26%	7.88E-3(n.s)
protein amino acid alkylation	GO:0008213	1	33.33%	0.31%	9.27E-3(n.s)
protein amino acid methylation	GO:0006479	1	33.33%	0.31%	9.27E-3(n.s)
protein monoubiquitination	GO:0006513	1	33.33%	0.34%	0.01(n.s)
biopolymer methylation	GO:0043414	1	33.33%	0.54%	0.02(n.s)
alcohol catabolism	GO:0046164	1	33.33%	0.57%	0.02(n.s)
chromatin silencing at telomere	GO:0006348	1	33.33%	0.67%	0.02(n.s)
telomeric heterochromatin formation	GO:0031509	1	33.33%	0.67%	0.02(n.s)
protein ubiquitination	GO:0016567	1	33.33%	0.79%	0.02(n.s)
covalent chromatin modification	GO:0016569	1	33.33%	0.91%	0.03(n.s)
histone modification	GO:0016570	1	33.33%	0.91%	0.03(n.s)
ubiquitin cycle	GO:0006512	1	33.33%	1.07%	0.03(n.s)
negative regulation of gene expression, epigenetic	GO:0045814	1	33.33%	1.19%	0.04(n.s)
chromatin silencing	GO:0006342	1	33.33%	1.19%	0.04(n.s)
gene silencing	GO:0016458	1	33.33%	1.19%	0.04(n.s)
heterochromatin formation	GO:0031507	1	33.33%	1.19%	0.04(n.s)
regulation of gene expression, epigenetic	GO:0040029	1	33.33%	1.27%	0.04(n.s)
chromatin assembly	GO:0031497	1	33.33%	1.27%	0.04(n.s)
hexose metabolism	GO:0019318	1	33.33%	1.32%	0.04(n.s)
monosaccharide metabolism	GO:0005996	1	33.33%	1.43%	0.04(n.s)
chromatin assembly or disassembly	GO:0006333	1	33.33%	1.52%	0.04(n.s)
negative regulation of transcription, DNA-dependent	GO:0045892	1	33.33%	1.89%	0.06(n.s)
negative regulation of transcription	GO:0016481	1	33.33%	1.95%	0.06(n.s)
chromatin remodeling	GO:0006338	1	33.33%	2.01%	0.06(n.s)
negative regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0045934	1	33.33%	2.11%	0.06(n.s)
negative regulation of cellular metabolism	GO:0031324	1	33.33%	2.29%	0.07(n.s)
negative regulation of metabolism	GO:0009892	1	33.33%	2.4%	0.07(n.s)
negative regulation of cellular physiological process	GO:0051243	1	33.33%	2.59%	0.08(n.s)
negative regulation of cellular process	GO:0048523	1	33.33%	2.59%	0.08(n.s)
negative regulation of physiological process	GO:0043118	1	33.33%	2.62%	0.08(n.s)
negative regulation of biological process	GO:0048519	1	33.33%	2.71%	0.08(n.s)
chromatin modification	GO:0016568	1	33.33%	2.77%	0.08(n.s)
cellular carbohydrate metabolism	GO:0044262	1	33.33%	3.08%	0.09(n.s)
DNA packaging	GO:0006323	1	33.33%	3.14%	0.09(n.s)
establishment and/or maintenance of chromatin architecture	GO:0006325	1	33.33%	3.14%	0.09(n.s)
carbohydrate metabolism	GO:0005975	1	33.33%	3.38%	0.1(n.s)
chromosome organization and biogenesis (sensu Eukaryota)	GO:0007001	1	33.33%	3.72%	0.11(n.s)
chromosome organization and biogenesis	GO:0051276	1	33.33%	3.9%	0.11(n.s)
regulation of transcription, DNA-dependent	GO:0006355	1	33.33%	4.68%	0.13(n.s)
regulation of transcription	GO:0045449	1	33.33%	4.96%	0.14(n.s)
cellular metabolism	GO:0044237	3	100%	52.12%	0.14(n.s)
metabolism	GO:0008152	3	100%	52.93%	0.15(n.s)
regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0019219	1	33.33%	5.24%	0.15(n.s)
cellular macromolecule metabolism	GO:0044260	2	66.67%	24.52%	0.15(n.s)
development	GO:0007275	1	33.33%	5.73%	0.16(n.s)
cellular catabolism	GO:0044248	1	33.33%	5.84%	0.17(n.s)
macromolecule metabolism	GO:0043170	2	66.67%	26.04%	0.17(n.s)
regulation of cellular metabolism	GO:0031323	1	33.33%	5.98%	0.17(n.s)
catabolism	GO:0009056	1	33.33%	6.16%	0.17(n.s)
regulation of metabolism	GO:0019222	1	33.33%	6.37%	0.18(n.s)
protein modification	GO:0006464	1	33.33%	6.68%	0.19(n.s)
transcription, DNA-dependent	GO:0006351	1	33.33%	6.78%	0.19(n.s)
transcription	GO:0006350	1	33.33%	7.43%	0.21(n.s)
regulation of cellular physiological process	GO:0051244	1	33.33%	8.49%	0.23(n.s)
regulation of cellular process	GO:0050794	1	33.33%	8.52%	0.23(n.s)
DNA metabolism	GO:0006259	1	33.33%	8.58%	0.24(n.s)
regulation of physiological process	GO:0050791	1	33.33%	8.77%	0.24(n.s)
regulation of biological process	GO:0050789	1	33.33%	8.97%	0.25(n.s)
biopolymer modification	GO:0043412	1	33.33%	9.25%	0.25(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
transport	GO:0006810	1	33.33%	14.27%	0.37(n.s)
establishment of localization	GO:0051234	1	33.33%	14.39%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
localization	GO:0051179	1	33.33%	14.82%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
organelle organization and biogenesis	GO:0006996	1	33.33%	15.69%	0.4(n.s)
cell organization and biogenesis	GO:0016043	1	33.33%	17.98%	0.45(n.s)
primary metabolism	GO:0044238	2	66.67%	48.71%	0.48(n.s)
cellular protein metabolism	GO:0044267	1	33.33%	21.7%	0.52(n.s)
protein metabolism	GO:0019538	1	33.33%	22.06%	0.53(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	33.33%	23.17%	0.55(n.s)
biopolymer metabolism	GO:0043283	1	33.33%	25.06%	0.58(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
O-acyltransferase activity	GO:0008374	1	33.33%	0.25%	7.42E-3(n.s)
ubiquitin-protein ligase activity	GO:0004842	1	33.33%	0.57%	0.02(n.s)
acid-amino acid ligase activity	GO:0016881	1	33.33%	0.74%	0.02(n.s)
ligase activity, forming carbon-nitrogen bonds	GO:0016879	1	33.33%	1.07%	0.03(n.s)
acyltransferase activity	GO:0008415	1	33.33%	1.19%	0.04(n.s)
transferase activity, transferring groups other than amino-acyl groups	GO:0016747	1	33.33%	1.19%	0.04(n.s)
transferase activity, transferring acyl groups	GO:0016746	1	33.33%	1.43%	0.04(n.s)
ligase activity	GO:0016874	1	33.33%	1.89%	0.06(n.s)
catalytic activity	GO:0003824	2	66.67%	29.21%	0.21(n.s)
transferase activity	GO:0016740	1	33.33%	10.13%	0.27(n.s)
molecular function unknown	GO:0005554	1	33.33%	35.75%	0.73(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
plasma membrane	GO:0005886	1	33.33%	3.67%	0.11(n.s)
endoplasmic reticulum	GO:0005783	1	33.33%	5.84%	0.17(n.s)
membrane	GO:0016020	1	33.33%	15.38%	0.39(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cytoplasm	GO:0005737	2	66.67%	55.64%	0.58(n.s)
intracellular membrane-bound organelle	GO:0043231	2	66.67%	55.65%	0.58(n.s)
membrane-bound organelle	GO:0043227	2	66.67%	55.65%	0.58(n.s)
organelle	GO:0043226	2	66.67%	60.56%	0.66(n.s)
intracellular organelle	GO:0043229	2	66.67%	60.56%	0.66(n.s)
nucleus	GO:0005634	1	33.33%	31.01%	0.67(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_38 (n = 4) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
FAD transport	GO:0015883	1	25%	0.02%	**
cofactor transport	GO:0051181	1	25%	0.06%	2.48E-3(n.s)
aerobic respiration	GO:0009060	1	25%	1.27%	0.05(n.s)
cellular respiration	GO:0045333	1	25%	1.35%	0.05(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	25%	3.04%	0.12(n.s)
generation of precursor metabolites and energy	GO:0006091	1	25%	3.5%	0.13(n.s)
biological process unknown	GO:0000004	2	50%	25.64%	0.27(n.s)
transport	GO:0006810	1	25%	14.27%	0.46(n.s)
establishment of localization	GO:0051234	1	25%	14.39%	0.46(n.s)
localization	GO:0051179	1	25%	14.82%	0.47(n.s)
cellular physiological process	GO:0050875	2	50%	71.65%	0.93(n.s)
cellular process	GO:0009987	2	50%	72.29%	0.93(n.s)
physiological process	GO:0007582	2	50%	73.68%	0.94(n.s)
cellular metabolism	GO:0044237	1	25%	52.12%	0.95(n.s)
metabolism	GO:0008152	1	25%	52.93%	0.95(n.s)
biological_process	GO:0008150	4	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
FAD transporter activity	GO:0015230	1	25%	0.02%	**
chaperone regulator activity	GO:0030188	1	25%	0.12%	4.95E-3(n.s)
cofactor transporter activity	GO:0051184	1	25%	0.12%	4.95E-3(n.s)
transporter activity	GO:0005215	1	25%	6.64%	0.24(n.s)
molecular function unknown	GO:0005554	2	50%	35.75%	0.45(n.s)
molecular_function	GO:0003674	4	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	4	100%	15.78%	6.18E-4(1)
cytoplasm	GO:0005737	4	100%	55.64%	0.1(n.s)
intracellular membrane-bound organelle	GO:0043231	4	100%	55.65%	0.1(n.s)
membrane-bound organelle	GO:0043227	4	100%	55.65%	0.1(n.s)
organelle	GO:0043226	4	100%	60.56%	0.13(n.s)
intracellular organelle	GO:0043229	4	100%	60.56%	0.13(n.s)
intracellular	GO:0005622	4	100%	77.03%	0.35(n.s)
cell	GO:0005623	4	100%	83.5%	0.49(n.s)
nucleus	GO:0005634	1	25%	31.01%	0.77(n.s)
cellular_component	GO:0005575	4	100%	99.61%	0.98(n.s)

cluster_33 (n = 4) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
negative regulation of transcription from RNA polymerase II promoter by pheromones	GO:0046020	2	50%	0.03%	2.88E-7(4.65E-4)
negative regulation of transcription by pheromones	GO:0045996	2	50%	0.03%	2.88E-7(4.65E-4)
regulation of transcription from RNA polymerase II promoter by pheromones	GO:0046019	2	50%	0.08%	2.88E-6(4.65E-3)
regulation of transcription by pheromones	GO:0009373	2	50%	0.08%	2.88E-6(4.65E-3)
negative regulation of transcription from RNA polymerase II promoter	GO:0000122	2	50%	0.64%	2.34E-4(0.38)
chromatin silencing at telomere	GO:0006348	2	50%	0.67%	2.58E-4(0.42)
telomeric heterochromatin formation	GO:0031509	2	50%	0.67%	2.58E-4(0.42)
response to pheromone	GO:0019236	2	50%	1.13%	7.46E-4(n.s)
negative regulation of gene expression, epigenetic	GO:0045814	2	50%	1.19%	8.3E-4(n.s)
chromatin silencing	GO:0006342	2	50%	1.19%	8.3E-4(n.s)
gene silencing	GO:0016458	2	50%	1.19%	8.3E-4(n.s)
heterochromatin formation	GO:0031507	2	50%	1.19%	8.3E-4(n.s)
regulation of gene expression, epigenetic	GO:0040029	2	50%	1.27%	9.41E-4(n.s)
chromatin assembly	GO:0031497	2	50%	1.27%	9.41E-4(n.s)
transcription, DNA-dependent	GO:0006351	3	75%	6.78%	1.18E-3(n.s)
chromatin assembly or disassembly	GO:0006333	2	50%	1.52%	1.34E-3(n.s)
transcription	GO:0006350	3	75%	7.43%	1.54E-3(n.s)
nucleosome spacing	GO:0016584	1	25%	0.05%	1.86E-3(n.s)
negative regulation of transcription, DNA-dependent	GO:0045892	2	50%	1.89%	2.07E-3(n.s)
negative regulation of transcription	GO:0016481	2	50%	1.95%	2.21E-3(n.s)
response to stimulus	GO:0050896	3	75%	8.41%	2.22E-3(n.s)
chromatin remodeling	GO:0006338	2	50%	2.01%	2.35E-3(n.s)
DNA metabolism	GO:0006259	3	75%	8.58%	2.35E-3(n.s)
negative regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0045934	2	50%	2.11%	2.57E-3(n.s)
response to chemical substance	GO:0042221	2	50%	2.18%	2.76E-3(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	4	100%	23.17%	2.87E-3(n.s)
negative regulation of cellular metabolism	GO:0031324	2	50%	2.29%	3.04E-3(n.s)
negative regulation of metabolism	GO:0009892	2	50%	2.4%	3.33E-3(n.s)
negative regulation of cellular physiological process	GO:0051243	2	50%	2.59%	3.86E-3(n.s)
negative regulation of cellular process	GO:0048523	2	50%	2.59%	3.86E-3(n.s)
negative regulation of physiological process	GO:0043118	2	50%	2.62%	3.95E-3(n.s)
negative regulation of biological process	GO:0048519	2	50%	2.71%	4.23E-3(n.s)
chromatin modification	GO:0016568	2	50%	2.77%	4.42E-3(n.s)
regulation of transcription from RNA polymerase II promoter	GO:0006357	2	50%	2.8%	4.52E-3(n.s)
DNA packaging	GO:0006323	2	50%	3.14%	5.66E-3(n.s)
establishment and/or maintenance of chromatin architecture	GO:0006325	2	50%	3.14%	5.66E-3(n.s)
transcription initiation from RNA polymerase III promoter	GO:0006384	1	25%	0.17%	6.8E-3(n.s)
response to abiotic stimulus	GO:0009628	2	50%	3.52%	7.05E-3(n.s)
chromosome organization and biogenesis (sensu Eukaryota)	GO:0007001	2	50%	3.72%	7.86E-3(n.s)
response to external stimulus	GO:0009605	2	50%	3.87%	8.51E-3(n.s)
chromosome organization and biogenesis	GO:0051276	2	50%	3.9%	8.64E-3(n.s)
transcription from RNA polymerase II promoter	GO:0006366	2	50%	4.29%	0.01(n.s)
double-strand break repair via nonhomologous end-joining	GO:0006303	1	25%	0.29%	0.01(n.s)
regulation of transcription, DNA-dependent	GO:0006355	2	50%	4.68%	0.01(n.s)
regulation of transcription	GO:0045449	2	50%	4.96%	0.01(n.s)
regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0019219	2	50%	5.24%	0.02(n.s)
non-recombinational repair	GO:0000726	1	25%	0.43%	0.02(n.s)
development	GO:0007275	2	50%	5.73%	0.02(n.s)
regulation of cellular metabolism	GO:0031323	2	50%	5.98%	0.02(n.s)
regulation of metabolism	GO:0019222	2	50%	6.37%	0.02(n.s)
transcription from RNA polymerase III promoter	GO:0006383	1	25%	0.59%	0.02(n.s)
double-strand break repair	GO:0006302	1	25%	0.64%	0.03(n.s)
transcription initiation	GO:0006352	1	25%	0.85%	0.03(n.s)
regulation of cellular physiological process	GO:0051244	2	50%	8.49%	0.04(n.s)
regulation of cellular process	GO:0050794	2	50%	8.52%	0.04(n.s)
regulation of physiological process	GO:0050791	2	50%	8.77%	0.04(n.s)
regulation of biological process	GO:0050789	2	50%	8.97%	0.04(n.s)
biopolymer metabolism	GO:0043283	3	75%	25.06%	0.05(n.s)
primary metabolism	GO:0044238	4	100%	48.71%	0.06(n.s)
cellular metabolism	GO:0044237	4	100%	52.12%	0.07(n.s)
metabolism	GO:0008152	4	100%	52.93%	0.08(n.s)
DNA repair	GO:0006281	1	25%	2.32%	0.09(n.s)
response to DNA damage stimulus	GO:0006974	1	25%	2.73%	0.1(n.s)
response to endogenous stimulus	GO:0009719	1	25%	2.82%	0.11(n.s)
organelle organization and biogenesis	GO:0006996	2	50%	15.69%	0.12(n.s)
cell organization and biogenesis	GO:0016043	2	50%	17.98%	0.15(n.s)
response to stress	GO:0006950	1	25%	6.09%	0.22(n.s)
cellular physiological process	GO:0050875	4	100%	71.65%	0.26(n.s)
cellular process	GO:0009987	4	100%	72.29%	0.27(n.s)
physiological process	GO:0007582	4	100%	73.68%	0.29(n.s)
biological_process	GO:0008150	4	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
RNA polymerase III transcription factor activity	GO:0003709	1	25%	0.15%	6.18E-3(n.s)
DNA helicase activity	GO:0003678	1	25%	0.43%	0.02(n.s)
helicase activity	GO:0004386	1	25%	1.3%	0.05(n.s)
ATPase activity	GO:0016887	1	25%	2.52%	0.1(n.s)
nucleoside-triphosphatase activity	GO:0017111	1	25%	3.42%	0.13(n.s)
pyrophosphatase activity	GO:0016462	1	25%	3.67%	0.14(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	1	25%	3.69%	0.14(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	1	25%	3.69%	0.14(n.s)
transcription regulator activity	GO:0030528	1	25%	5%	0.19(n.s)
catalytic activity	GO:0003824	2	50%	29.21%	0.33(n.s)
hydrolase activity	GO:0016787	1	25%	11.45%	0.39(n.s)
molecular function unknown	GO:0005554	1	25%	35.75%	0.83(n.s)
molecular_function	GO:0003674	4	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
chromatin accessibility complex	GO:0008623	2	50%	0.06%	1.73E-6(2.79E-3)
nucleoplasm	GO:0005654	3	75%	4.86%	4.4E-4(0.71)
chromatin remodeling complex	GO:0016585	2	50%	1.08%	6.86E-4(n.s)
transcription factor TFIIIC complex	GO:0000127	1	25%	0.09%	3.71E-3(n.s)
nucleus	GO:0005634	4	100%	31.01%	9.23E-3(n.s)
protein complex	GO:0043234	3	75%	21.07%	0.03(n.s)
transcription factor complex	GO:0005667	1	25%	1.87%	0.07(n.s)
intracellular membrane-bound organelle	GO:0043231	4	100%	55.65%	0.1(n.s)
membrane-bound organelle	GO:0043227	4	100%	55.65%	0.1(n.s)
organelle	GO:0043226	4	100%	60.56%	0.13(n.s)
intracellular organelle	GO:0043229	4	100%	60.56%	0.13(n.s)
intracellular	GO:0005622	4	100%	77.03%	0.35(n.s)
cell	GO:0005623	4	100%	83.5%	0.49(n.s)
mitochondrion	GO:0005739	1	25%	15.78%	0.5(n.s)
cytoplasm	GO:0005737	1	25%	55.64%	0.96(n.s)
cellular_component	GO:0005575	4	100%	99.61%	0.98(n.s)

cluster_32 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial inner membrane protein import	GO:0045039	1	33.33%	0.14%	4.18E-3(n.s)
inner mitochondrial membrane organization and biogenesis	GO:0007007	1	33.33%	0.2%	6.03E-3(n.s)
mitochondrial membrane organization and biogenesis	GO:0007006	1	33.33%	0.29%	8.8E-3(n.s)
misfolded or incompletely synthesized protein catabolism	GO:0006515	1	33.33%	0.33%	9.73E-3(n.s)
membrane organization and biogenesis	GO:0016044	1	33.33%	0.48%	0.01(n.s)
protein-mitochondrial targeting	GO:0006626	1	33.33%	0.73%	0.02(n.s)
protein import	GO:0017038	1	33.33%	1.39%	0.04(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	33.33%	1.47%	0.04(n.s)
cellular protein catabolism	GO:0044257	1	33.33%	2.42%	0.07(n.s)
proteolysis and peptidolysis	GO:0006508	1	33.33%	2.42%	0.07(n.s)
protein catabolism	GO:0030163	1	33.33%	2.74%	0.08(n.s)
biopolymer catabolism	GO:0043285	1	33.33%	2.93%	0.09(n.s)
protein targeting	GO:0006605	1	33.33%	3.42%	0.1(n.s)
intracellular protein transport	GO:0006886	1	33.33%	3.7%	0.11(n.s)
protein transport	GO:0015031	1	33.33%	3.79%	0.11(n.s)
establishment of protein localization	GO:0045184	1	33.33%	3.95%	0.11(n.s)
protein localization	GO:0008104	1	33.33%	4.37%	0.13(n.s)
cellular macromolecule catabolism	GO:0044265	1	33.33%	4.51%	0.13(n.s)
macromolecule catabolism	GO:0009057	1	33.33%	4.83%	0.14(n.s)
cellular catabolism	GO:0044248	1	33.33%	5.84%	0.17(n.s)
catabolism	GO:0009056	1	33.33%	6.16%	0.17(n.s)
intracellular transport	GO:0046907	1	33.33%	7.53%	0.21(n.s)
transport	GO:0006810	1	33.33%	14.27%	0.37(n.s)
establishment of localization	GO:0051234	1	33.33%	14.39%	0.37(n.s)
localization	GO:0051179	1	33.33%	14.82%	0.38(n.s)
organelle organization and biogenesis	GO:0006996	1	33.33%	15.69%	0.4(n.s)
cell organization and biogenesis	GO:0016043	1	33.33%	17.98%	0.45(n.s)
cellular protein metabolism	GO:0044267	1	33.33%	21.7%	0.52(n.s)
protein metabolism	GO:0019538	1	33.33%	22.06%	0.53(n.s)
cellular macromolecule metabolism	GO:0044260	1	33.33%	24.52%	0.57(n.s)
biopolymer metabolism	GO:0043283	1	33.33%	25.06%	0.58(n.s)
biological process unknown	GO:0000004	1	33.33%	25.64%	0.59(n.s)
macromolecule metabolism	GO:0043170	1	33.33%	26.04%	0.6(n.s)
cellular physiological process	GO:0050875	2	66.67%	71.65%	0.8(n.s)
cellular process	GO:0009987	2	66.67%	72.29%	0.81(n.s)
physiological process	GO:0007582	2	66.67%	73.68%	0.83(n.s)
primary metabolism	GO:0044238	1	33.33%	48.71%	0.87(n.s)
cellular metabolism	GO:0044237	1	33.33%	52.12%	0.89(n.s)
metabolism	GO:0008152	1	33.33%	52.93%	0.9(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
metalloendopeptidase activity	GO:0004222	1	33.33%	0.31%	9.27E-3(n.s)
metallopeptidase activity	GO:0008237	1	33.33%	0.43%	0.01(n.s)
protein transporter activity	GO:0008565	1	33.33%	0.77%	0.02(n.s)
S-adenosylmethionine-dependent methyltransferase activity	GO:0008757	1	33.33%	0.77%	0.02(n.s)
endopeptidase activity	GO:0004175	1	33.33%	0.99%	0.03(n.s)
methyltransferase activity	GO:0008168	1	33.33%	1.1%	0.03(n.s)
transferase activity, transferring one-carbon groups	GO:0016741	1	33.33%	1.13%	0.03(n.s)
peptidase activity	GO:0008233	1	33.33%	2.48%	0.07(n.s)
transporter activity	GO:0005215	1	33.33%	6.64%	0.19(n.s)
catalytic activity	GO:0003824	2	66.67%	29.21%	0.21(n.s)
transferase activity	GO:0016740	1	33.33%	10.13%	0.27(n.s)
hydrolase activity	GO:0016787	1	33.33%	11.45%	0.31(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial membrane	GO:0005740	3	100%	3.16%	3.11E-5(0.05)
organelle membrane	GO:0031090	3	100%	8.58%	6.29E-4(n.s)
mitochondrial inner membrane	GO:0005743	2	66.67%	2.43%	1.73E-3(n.s)
inner membrane	GO:0019866	2	66.67%	2.43%	1.73E-3(n.s)
membrane	GO:0016020	3	100%	15.38%	3.63E-3(n.s)
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_36 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
Ras protein signal transduction	GO:0007265	2	100%	0.25%	5.76E-6(9.31E-3)
small GTPase mediated signal transduction	GO:0007264	2	100%	0.85%	7.13E-5(0.12)
intracellular signaling cascade	GO:0007242	2	100%	1.66%	2.72E-4(0.44)
signal transduction	GO:0007165	2	100%	2.59%	6.65E-4(n.s)
cell communication	GO:0007154	2	100%	3.08%	9.45E-4(n.s)
G-protein signaling, coupled to cAMP nucleotide second messenger	GO:0007188	1	50%	0.06%	1.24E-3(n.s)
G-protein signaling, coupled to cyclic nucleotide second messenger	GO:0007187	1	50%	0.06%	1.24E-3(n.s)
age-dependent response to oxidative stress	GO:0001306	1	50%	0.11%	2.17E-3(n.s)
age-dependent general metabolic decline during chronological cell aging	GO:0001323	1	50%	0.11%	2.17E-3(n.s)
age-dependent response to oxidative stress during chronological cell aging	GO:0001324	1	50%	0.11%	2.17E-3(n.s)
cAMP-mediated signaling	GO:0019933	1	50%	0.12%	2.48E-3(n.s)
age-dependent general metabolic decline	GO:0007571	1	50%	0.12%	2.48E-3(n.s)
cyclic-nucleotide-mediated signaling	GO:0019935	1	50%	0.12%	2.48E-3(n.s)
chronological cell aging	GO:0001300	1	50%	0.15%	3.1E-3(n.s)
G-protein coupled receptor protein signaling pathway	GO:0007186	1	50%	0.42%	8.35E-3(n.s)
second-messenger-mediated signaling	GO:0019932	1	50%	0.43%	8.66E-3(n.s)
cell surface receptor linked signal transduction	GO:0007166	1	50%	0.62%	0.01(n.s)
cell aging	GO:0007569	1	50%	0.64%	0.01(n.s)
aging	GO:0007568	1	50%	0.65%	0.01(n.s)
cell death	GO:0008219	1	50%	0.71%	0.01(n.s)
death	GO:0016265	1	50%	0.73%	0.01(n.s)
response to oxidative stress	GO:0006979	1	50%	0.79%	0.02(n.s)
oxygen and reactive oxygen species metabolism	GO:0006800	1	50%	0.82%	0.02(n.s)
response to biotic stimulus	GO:0009607	1	50%	1.08%	0.02(n.s)
M phase of meiotic cell cycle	GO:0051327	1	50%	2%	0.04(n.s)
meiotic cell cycle	GO:0051321	1	50%	2%	0.04(n.s)
meiosis	GO:0007126	1	50%	2%	0.04(n.s)
regulation of progression through cell cycle	GO:0000074	1	50%	2.14%	0.04(n.s)
M phase	GO:0000279	1	50%	3.98%	0.08(n.s)
development	GO:0007275	1	50%	5.73%	0.11(n.s)
response to stress	GO:0006950	1	50%	6.09%	0.12(n.s)
cell cycle	GO:0007049	1	50%	6.12%	0.12(n.s)
response to stimulus	GO:0050896	1	50%	8.41%	0.16(n.s)
regulation of cellular physiological process	GO:0051244	1	50%	8.49%	0.16(n.s)
regulation of cellular process	GO:0050794	1	50%	8.52%	0.16(n.s)
regulation of physiological process	GO:0050791	1	50%	8.77%	0.17(n.s)
regulation of biological process	GO:0050789	1	50%	8.97%	0.17(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
cellular metabolism	GO:0044237	1	50%	52.12%	0.77(n.s)
metabolism	GO:0008152	1	50%	52.93%	0.78(n.s)
cellular physiological process	GO:0050875	1	50%	71.65%	0.92(n.s)
physiological process	GO:0007582	1	50%	73.68%	0.93(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
phosphorus-oxygen lyase activity	GO:0016849	1	50%	0.02%	**
adenylate cyclase activity	GO:0004016	1	50%	0.02%	**
cyclase activity	GO:0009975	1	50%	0.03%	6.2E-4(n.s)
Ras GTPase activator activity	GO:0005099	1	50%	0.05%	9.29E-4(n.s)
GTPase activator activity	GO:0005096	1	50%	0.48%	9.58E-3(n.s)
small GTPase regulator activity	GO:0005083	1	50%	0.88%	0.02(n.s)
enzyme activator activity	GO:0008047	1	50%	0.91%	0.02(n.s)
GTPase regulator activity	GO:0030695	1	50%	1.04%	0.02(n.s)
lyase activity	GO:0016829	1	50%	1.27%	0.03(n.s)
enzyme regulator activity	GO:0030234	1	50%	2.54%	0.05(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
plasma membrane	GO:0005886	1	50%	3.67%	0.07(n.s)
membrane	GO:0016020	1	50%	15.38%	0.28(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_34 (n = 4) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
terpene biosynthesis	GO:0046246	1	25%	0.03%	1.24E-3(n.s)
terpenoid metabolism	GO:0006721	1	25%	0.03%	1.24E-3(n.s)
terpene metabolism	GO:0042214	1	25%	0.03%	1.24E-3(n.s)
terpenoid biosynthesis	GO:0016114	1	25%	0.03%	1.24E-3(n.s)
regulation of exocytosis	GO:0017157	1	25%	0.03%	1.24E-3(n.s)
polyisoprenoid metabolism	GO:0016096	1	25%	0.03%	1.24E-3(n.s)
polyisoprenoid biosynthesis	GO:0009241	1	25%	0.03%	1.24E-3(n.s)
isoprenoid biosynthesis	GO:0008299	1	25%	0.09%	3.71E-3(n.s)
isoprenoid metabolism	GO:0006720	1	25%	0.09%	3.71E-3(n.s)
phosphoinositide dephosphorylation	GO:0046856	1	25%	0.11%	4.33E-3(n.s)
phospholipid dephosphorylation	GO:0046839	1	25%	0.11%	4.33E-3(n.s)
regulation of transport	GO:0051049	1	25%	0.11%	4.33E-3(n.s)
cellular lipid metabolism	GO:0044255	2	50%	3.16%	5.72E-3(n.s)
lipid metabolism	GO:0006629	2	50%	3.38%	6.51E-3(n.s)
lipid modification	GO:0030258	1	25%	0.19%	7.42E-3(n.s)
inositol lipid-mediated signaling	GO:0048017	1	25%	0.2%	8.03E-3(n.s)
adaptation to pheromone during conjugation with cellular fusion	GO:0000754	1	25%	0.2%	8.03E-3(n.s)
phosphoinositide-mediated signaling	GO:0048015	1	25%	0.2%	8.03E-3(n.s)
fermentation	GO:0006113	1	25%	0.25%	9.88E-3(n.s)
secondary metabolism	GO:0019748	1	25%	0.28%	0.01(n.s)
second-messenger-mediated signaling	GO:0019932	1	25%	0.43%	0.02(n.s)
dephosphorylation	GO:0016311	1	25%	0.54%	0.02(n.s)
exocytosis	GO:0006887	1	25%	0.56%	0.02(n.s)
response to pheromone	GO:0019236	1	25%	1.13%	0.04(n.s)
cell ion homeostasis	GO:0006873	1	25%	1.49%	0.06(n.s)
ion homeostasis	GO:0050801	1	25%	1.55%	0.06(n.s)
sexual reproduction	GO:0019953	1	25%	1.63%	0.06(n.s)
conjugation	GO:0000746	1	25%	1.63%	0.06(n.s)
conjugation with cellular fusion	GO:0000747	1	25%	1.63%	0.06(n.s)
cell homeostasis	GO:0019725	1	25%	1.64%	0.06(n.s)
intracellular signaling cascade	GO:0007242	1	25%	1.66%	0.06(n.s)
homeostasis	GO:0042592	1	25%	1.73%	0.07(n.s)
lipid biosynthesis	GO:0008610	1	25%	1.92%	0.07(n.s)
cell wall organization and biogenesis	GO:0007047	1	25%	2.17%	0.08(n.s)
external encapsulating structure organization and biogenesis	GO:0045229	1	25%	2.17%	0.08(n.s)
response to chemical substance	GO:0042221	1	25%	2.18%	0.08(n.s)
signal transduction	GO:0007165	1	25%	2.59%	0.1(n.s)
phosphate metabolism	GO:0006796	1	25%	2.91%	0.11(n.s)
phosphorus metabolism	GO:0006793	1	25%	2.91%	0.11(n.s)
reproductive cellular physiological process	GO:0048610	1	25%	2.93%	0.11(n.s)
reproductive physiological process	GO:0050876	1	25%	2.93%	0.11(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	25%	3.04%	0.12(n.s)
cell communication	GO:0007154	1	25%	3.08%	0.12(n.s)
secretory pathway	GO:0045045	1	25%	3.13%	0.12(n.s)
secretion	GO:0046903	1	25%	3.24%	0.12(n.s)
generation of precursor metabolites and energy	GO:0006091	1	25%	3.5%	0.13(n.s)
response to abiotic stimulus	GO:0009628	1	25%	3.52%	0.13(n.s)
response to external stimulus	GO:0009605	1	25%	3.87%	0.15(n.s)
reproduction	GO:0000003	1	25%	3.92%	0.15(n.s)
vesicle-mediated transport	GO:0016192	1	25%	4.34%	0.16(n.s)
cellular physiological process	GO:0050875	4	100%	71.65%	0.26(n.s)
cellular process	GO:0009987	4	100%	72.29%	0.27(n.s)
physiological process	GO:0007582	4	100%	73.68%	0.29(n.s)
response to stimulus	GO:0050896	1	25%	8.41%	0.3(n.s)
regulation of cellular physiological process	GO:0051244	1	25%	8.49%	0.3(n.s)
regulation of cellular process	GO:0050794	1	25%	8.52%	0.3(n.s)
regulation of physiological process	GO:0050791	1	25%	8.77%	0.31(n.s)
regulation of biological process	GO:0050789	1	25%	8.97%	0.31(n.s)
biopolymer modification	GO:0043412	1	25%	9.25%	0.32(n.s)
cellular metabolism	GO:0044237	3	75%	52.12%	0.34(n.s)
metabolism	GO:0008152	3	75%	52.93%	0.36(n.s)
transport	GO:0006810	1	25%	14.27%	0.46(n.s)
establishment of localization	GO:0051234	1	25%	14.39%	0.46(n.s)
localization	GO:0051179	1	25%	14.82%	0.47(n.s)
cellular biosynthesis	GO:0044249	1	25%	17.05%	0.53(n.s)
cell organization and biogenesis	GO:0016043	1	25%	17.98%	0.55(n.s)
biosynthesis	GO:0009058	1	25%	18.28%	0.55(n.s)
primary metabolism	GO:0044238	2	50%	48.71%	0.67(n.s)
biopolymer metabolism	GO:0043283	1	25%	25.06%	0.68(n.s)
biological_process	GO:0008150	4	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
farnesyltranstransferase activity	GO:0004311	1	25%	0.05%	1.86E-3(n.s)
calcium ion binding	GO:0005509	1	25%	0.06%	2.48E-3(n.s)
inositol or phosphatidylinositol phosphatase activity	GO:0004437	1	25%	0.14%	5.57E-3(n.s)
cation binding	GO:0043169	1	25%	0.19%	7.42E-3(n.s)
prenyltransferase activity	GO:0004659	1	25%	0.2%	8.03E-3(n.s)
metal ion binding	GO:0046872	1	25%	0.25%	9.88E-3(n.s)
ion binding	GO:0043167	1	25%	0.25%	9.88E-3(n.s)
transferase activity, transferring alkyl or aryl (other than methyl) groups	GO:0016765	1	25%	0.53%	0.02(n.s)
phosphoric monoester hydrolase activity	GO:0016791	1	25%	1.33%	0.05(n.s)
phosphoric ester hydrolase activity	GO:0042578	1	25%	1.44%	0.06(n.s)
hydrolase activity, acting on ester bonds	GO:0016788	1	25%	4.12%	0.15(n.s)
catalytic activity	GO:0003824	2	50%	29.21%	0.33(n.s)
transferase activity	GO:0016740	1	25%	10.13%	0.35(n.s)
hydrolase activity	GO:0016787	1	25%	11.45%	0.39(n.s)
binding	GO:0005488	1	25%	17.35%	0.53(n.s)
molecular function unknown	GO:0005554	1	25%	35.75%	0.83(n.s)
molecular_function	GO:0003674	4	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
calcineurin complex	GO:0005955	1	25%	0.05%	1.86E-3(n.s)
integral to Golgi membrane	GO:0030173	1	25%	0.14%	5.57E-3(n.s)
intrinsic to Golgi membrane	GO:0031228	1	25%	0.14%	5.57E-3(n.s)
protein serine/threonine phosphatase complex	GO:0008287	1	25%	0.25%	9.88E-3(n.s)
integral to endoplasmic reticulum membrane	GO:0030176	1	25%	0.34%	0.01(n.s)
intrinsic to endoplasmic reticulum membrane	GO:0031227	1	25%	0.34%	0.01(n.s)
mitochondrion	GO:0005739	3	75%	15.78%	0.01(n.s)
Golgi membrane	GO:0000139	1	25%	0.39%	0.02(n.s)
integral to organelle membrane	GO:0031301	1	25%	0.54%	0.02(n.s)
intrinsic to organelle membrane	GO:0031300	1	25%	0.57%	0.02(n.s)
unlocalized protein complex	GO:0005941	1	25%	0.57%	0.02(n.s)
endoplasmic reticulum membrane	GO:0005789	1	25%	1.78%	0.07(n.s)
nuclear envelope-endoplasmic reticulum network	GO:0042175	1	25%	1.95%	0.08(n.s)
Golgi apparatus	GO:0005794	1	25%	2.01%	0.08(n.s)
cytoplasm	GO:0005737	4	100%	55.64%	0.1(n.s)
integral to membrane	GO:0016021	1	25%	3.55%	0.13(n.s)
intrinsic to membrane	GO:0031224	1	25%	3.61%	0.14(n.s)
endomembrane system	GO:0012505	1	25%	3.7%	0.14(n.s)
endoplasmic reticulum	GO:0005783	1	25%	5.84%	0.21(n.s)
organelle membrane	GO:0031090	1	25%	8.58%	0.3(n.s)
intracellular	GO:0005622	4	100%	77.03%	0.35(n.s)
intracellular membrane-bound organelle	GO:0043231	3	75%	55.65%	0.4(n.s)
membrane-bound organelle	GO:0043227	3	75%	55.65%	0.4(n.s)
organelle	GO:0043226	3	75%	60.56%	0.48(n.s)
intracellular organelle	GO:0043229	3	75%	60.56%	0.48(n.s)
cell	GO:0005623	4	100%	83.5%	0.49(n.s)
membrane	GO:0016020	1	25%	15.38%	0.49(n.s)
protein complex	GO:0043234	1	25%	21.07%	0.61(n.s)
cellular_component	GO:0005575	4	100%	99.61%	0.98(n.s)

cluster_60 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mRNA cleavage	GO:0006379	2	66.67%	0.23%	1.51E-5(0.02)
mRNA polyadenylylation	GO:0006378	2	66.67%	0.28%	2.2E-5(0.04)
mRNA 3'-end processing	GO:0031124	2	66.67%	0.31%	2.73E-5(0.04)
RNA 3'-end processing	GO:0031123	2	66.67%	0.33%	3.02E-5(0.05)
mRNA processing	GO:0006397	2	66.67%	2.03%	1.21E-3(n.s)
mRNA metabolism	GO:0016071	2	66.67%	2.85%	2.38E-3(n.s)
RNA processing	GO:0006396	2	66.67%	5.33%	8.19E-3(n.s)
RNA metabolism	GO:0016070	2	66.67%	8.32%	0.02(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	2	66.67%	23.17%	0.14(n.s)
biopolymer metabolism	GO:0043283	2	66.67%	25.06%	0.16(n.s)
primary metabolism	GO:0044238	2	66.67%	48.71%	0.48(n.s)
cellular metabolism	GO:0044237	2	66.67%	52.12%	0.53(n.s)
metabolism	GO:0008152	2	66.67%	52.93%	0.54(n.s)
biological process unknown	GO:0000004	1	33.33%	25.64%	0.59(n.s)
cellular physiological process	GO:0050875	2	66.67%	71.65%	0.8(n.s)
cellular process	GO:0009987	2	66.67%	72.29%	0.81(n.s)
physiological process	GO:0007582	2	66.67%	73.68%	0.83(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein heterodimerization activity	GO:0046982	1	33.33%	0.03%	9.29E-4(n.s)
protein dimerization activity	GO:0046983	1	33.33%	0.03%	9.29E-4(n.s)
binding	GO:0005488	2	66.67%	17.35%	0.08(n.s)
RNA binding	GO:0003723	1	33.33%	5.96%	0.17(n.s)
protein binding	GO:0005515	1	33.33%	7.39%	0.21(n.s)
nucleic acid binding	GO:0003676	1	33.33%	9.87%	0.27(n.s)
molecular function unknown	GO:0005554	1	33.33%	35.75%	0.73(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mRNA cleavage factor complex	GO:0005849	2	66.67%	0.31%	2.73E-5(0.04)
nucleoplasm	GO:0005654	2	66.67%	4.86%	6.85E-3(n.s)
mitochondrion	GO:0005739	2	66.67%	15.78%	0.07(n.s)
protein complex	GO:0043234	2	66.67%	21.07%	0.11(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
nucleus	GO:0005634	2	66.67%	31.01%	0.23(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_63 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cytochrome c oxidase complex assembly	GO:0008535	1	33.33%	0.14%	4.18E-3(n.s)
mitochondrial transport	GO:0006839	1	33.33%	0.17%	5.1E-3(n.s)
protein processing	GO:0016485	1	33.33%	0.51%	0.02(n.s)
aerobic respiration	GO:0009060	1	33.33%	1.27%	0.04(n.s)
cellular respiration	GO:0045333	1	33.33%	1.35%	0.04(n.s)
protein complex assembly	GO:0006461	1	33.33%	2.26%	0.07(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	33.33%	3.04%	0.09(n.s)
generation of precursor metabolites and energy	GO:0006091	1	33.33%	3.5%	0.1(n.s)
protein modification	GO:0006464	1	33.33%	6.68%	0.19(n.s)
intracellular transport	GO:0046907	1	33.33%	7.53%	0.21(n.s)
biopolymer modification	GO:0043412	1	33.33%	9.25%	0.25(n.s)
transport	GO:0006810	1	33.33%	14.27%	0.37(n.s)
establishment of localization	GO:0051234	1	33.33%	14.39%	0.37(n.s)
localization	GO:0051179	1	33.33%	14.82%	0.38(n.s)
cellular protein metabolism	GO:0044267	1	33.33%	21.7%	0.52(n.s)
protein metabolism	GO:0019538	1	33.33%	22.06%	0.53(n.s)
cellular macromolecule metabolism	GO:0044260	1	33.33%	24.52%	0.57(n.s)
biopolymer metabolism	GO:0043283	1	33.33%	25.06%	0.58(n.s)
biological process unknown	GO:0000004	1	33.33%	25.64%	0.59(n.s)
macromolecule metabolism	GO:0043170	1	33.33%	26.04%	0.6(n.s)
cellular physiological process	GO:0050875	2	66.67%	71.65%	0.8(n.s)
cellular process	GO:0009987	2	66.67%	72.29%	0.81(n.s)
physiological process	GO:0007582	2	66.67%	73.68%	0.83(n.s)
primary metabolism	GO:0044238	1	33.33%	48.71%	0.87(n.s)
cellular metabolism	GO:0044237	1	33.33%	52.12%	0.89(n.s)
metabolism	GO:0008152	1	33.33%	52.93%	0.9(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
intracellular transporter activity	GO:0005478	1	33.33%	0.46%	0.01(n.s)
organic acid transporter activity	GO:0005342	1	33.33%	0.79%	0.02(n.s)
unfolded protein binding	GO:0051082	1	33.33%	0.9%	0.03(n.s)
transporter activity	GO:0005215	1	33.33%	6.64%	0.19(n.s)
protein binding	GO:0005515	1	33.33%	7.39%	0.21(n.s)
binding	GO:0005488	1	33.33%	17.35%	0.44(n.s)
molecular function unknown	GO:0005554	1	33.33%	35.75%	0.73(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial inner membrane	GO:0005743	2	66.67%	2.43%	1.73E-3(n.s)
inner membrane	GO:0019866	2	66.67%	2.43%	1.73E-3(n.s)
mitochondrial membrane	GO:0005740	2	66.67%	3.16%	2.92E-3(n.s)
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
organelle membrane	GO:0031090	2	66.67%	8.58%	0.02(n.s)
membrane	GO:0016020	2	66.67%	15.38%	0.06(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_65 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
RNA metabolism	GO:0016070	2	66.67%	8.32%	0.02(n.s)
translational initiation	GO:0006413	1	33.33%	0.74%	0.02(n.s)
tRNA modification	GO:0006400	1	33.33%	1.02%	0.03(n.s)
tRNA metabolism	GO:0006399	1	33.33%	1.6%	0.05(n.s)
RNA modification	GO:0009451	1	33.33%	2.42%	0.07(n.s)
primary metabolism	GO:0044238	3	100%	48.71%	0.12(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	2	66.67%	23.17%	0.14(n.s)
cellular metabolism	GO:0044237	3	100%	52.12%	0.14(n.s)
metabolism	GO:0008152	3	100%	52.93%	0.15(n.s)
RNA processing	GO:0006396	1	33.33%	5.33%	0.15(n.s)
biopolymer metabolism	GO:0043283	2	66.67%	25.06%	0.16(n.s)
translation	GO:0043037	1	33.33%	6.47%	0.18(n.s)
biopolymer modification	GO:0043412	1	33.33%	9.25%	0.25(n.s)
protein biosynthesis	GO:0006412	1	33.33%	12.16%	0.32(n.s)
macromolecule biosynthesis	GO:0009059	1	33.33%	13.04%	0.34(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
cellular biosynthesis	GO:0044249	1	33.33%	17.05%	0.43(n.s)
biosynthesis	GO:0009058	1	33.33%	18.28%	0.45(n.s)
cellular protein metabolism	GO:0044267	1	33.33%	21.7%	0.52(n.s)
protein metabolism	GO:0019538	1	33.33%	22.06%	0.53(n.s)
cellular macromolecule metabolism	GO:0044260	1	33.33%	24.52%	0.57(n.s)
macromolecule metabolism	GO:0043170	1	33.33%	26.04%	0.6(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
pseudouridylate synthase activity	GO:0004730	2	66.67%	0.09%	2.16E-6(3.49E-3)
hydro-lyase activity	GO:0016836	2	66.67%	0.43%	5.43E-5(0.09)
carbon-oxygen lyase activity	GO:0016835	2	66.67%	0.56%	9.04E-5(0.15)
lyase activity	GO:0016829	2	66.67%	1.27%	4.74E-4(0.77)
translation initiation factor activity	GO:0003743	1	33.33%	0.46%	0.01(n.s)
translation factor activity, nucleic acid binding	GO:0008135	1	33.33%	0.73%	0.02(n.s)
catalytic activity	GO:0003824	3	100%	29.21%	0.02(n.s)
translation regulator activity	GO:0045182	1	33.33%	0.9%	0.03(n.s)
GTPase activity	GO:0003924	1	33.33%	0.91%	0.03(n.s)
nucleoside-triphosphatase activity	GO:0017111	1	33.33%	3.42%	0.1(n.s)
pyrophosphatase activity	GO:0016462	1	33.33%	3.67%	0.11(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	1	33.33%	3.69%	0.11(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	1	33.33%	3.69%	0.11(n.s)
RNA binding	GO:0003723	1	33.33%	5.96%	0.17(n.s)
nucleic acid binding	GO:0003676	1	33.33%	9.87%	0.27(n.s)
hydrolase activity	GO:0016787	1	33.33%	11.45%	0.31(n.s)
binding	GO:0005488	1	33.33%	17.35%	0.44(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	66.67%	15.78%	0.07(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
nucleus	GO:0005634	2	66.67%	31.01%	0.23(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_67 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
translational elongation	GO:0006414	3	100%	4.83%	1.12E-4(0.18)
translation	GO:0043037	3	100%	6.47%	2.7E-4(0.44)
protein biosynthesis	GO:0006412	3	100%	12.16%	1.79E-3(n.s)
macromolecule biosynthesis	GO:0009059	3	100%	13.04%	2.21E-3(n.s)
cellular biosynthesis	GO:0044249	3	100%	17.05%	4.95E-3(n.s)
biosynthesis	GO:0009058	3	100%	18.28%	6.09E-3(n.s)
cellular protein metabolism	GO:0044267	3	100%	21.7%	0.01(n.s)
protein metabolism	GO:0019538	3	100%	22.06%	0.01(n.s)
cellular macromolecule metabolism	GO:0044260	3	100%	24.52%	0.01(n.s)
macromolecule metabolism	GO:0043170	3	100%	26.04%	0.02(n.s)
primary metabolism	GO:0044238	3	100%	48.71%	0.12(n.s)
cellular metabolism	GO:0044237	3	100%	52.12%	0.14(n.s)
metabolism	GO:0008152	3	100%	52.93%	0.15(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
translation elongation factor activity	GO:0003746	3	100%	0.19%	4.91E-9(7.93E-6)
translation factor activity, nucleic acid binding	GO:0008135	3	100%	0.73%	3.62E-7(5.85E-4)
translation regulator activity	GO:0045182	3	100%	0.9%	6.88E-7(1.11E-3)
nucleic acid binding	GO:0003676	3	100%	9.87%	9.56E-4(n.s)
binding	GO:0005488	3	100%	17.35%	5.21E-3(n.s)
GTPase activity	GO:0003924	1	33.33%	0.91%	0.03(n.s)
nucleoside-triphosphatase activity	GO:0017111	1	33.33%	3.42%	0.1(n.s)
pyrophosphatase activity	GO:0016462	1	33.33%	3.67%	0.11(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	1	33.33%	3.69%	0.11(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	1	33.33%	3.69%	0.11(n.s)
hydrolase activity	GO:0016787	1	33.33%	11.45%	0.31(n.s)
catalytic activity	GO:0003824	1	33.33%	29.21%	0.65(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
mitochondrial matrix	GO:0005759	1	33.33%	2.52%	0.07(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_68 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
proteolysis and peptidolysis	GO:0006508	1	50%	2.42%	0.05(n.s)
cellular protein catabolism	GO:0044257	1	50%	2.42%	0.05(n.s)
protein catabolism	GO:0030163	1	50%	2.74%	0.05(n.s)
biopolymer catabolism	GO:0043285	1	50%	2.93%	0.06(n.s)
cellular macromolecule catabolism	GO:0044265	1	50%	4.51%	0.09(n.s)
macromolecule catabolism	GO:0009057	1	50%	4.83%	0.09(n.s)
cellular catabolism	GO:0044248	1	50%	5.84%	0.11(n.s)
catabolism	GO:0009056	1	50%	6.16%	0.12(n.s)
transport	GO:0006810	1	50%	14.27%	0.26(n.s)
establishment of localization	GO:0051234	1	50%	14.39%	0.27(n.s)
localization	GO:0051179	1	50%	14.82%	0.27(n.s)
cellular protein metabolism	GO:0044267	1	50%	21.7%	0.39(n.s)
protein metabolism	GO:0019538	1	50%	22.06%	0.39(n.s)
cellular macromolecule metabolism	GO:0044260	1	50%	24.52%	0.43(n.s)
biopolymer metabolism	GO:0043283	1	50%	25.06%	0.44(n.s)
macromolecule metabolism	GO:0043170	1	50%	26.04%	0.45(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
primary metabolism	GO:0044238	1	50%	48.71%	0.74(n.s)
cellular metabolism	GO:0044237	1	50%	52.12%	0.77(n.s)
metabolism	GO:0008152	1	50%	52.93%	0.78(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
metalloendopeptidase activity	GO:0004222	1	50%	0.31%	6.19E-3(n.s)
metallopeptidase activity	GO:0008237	1	50%	0.43%	8.66E-3(n.s)
endopeptidase activity	GO:0004175	1	50%	0.99%	0.02(n.s)
peptidase activity	GO:0008233	1	50%	2.48%	0.05(n.s)
transporter activity	GO:0005215	1	50%	6.64%	0.13(n.s)
hydrolase activity	GO:0016787	1	50%	11.45%	0.22(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
mitochondrial inner membrane	GO:0005743	1	50%	2.43%	0.05(n.s)
inner membrane	GO:0019866	1	50%	2.43%	0.05(n.s)
mitochondrial membrane	GO:0005740	1	50%	3.16%	0.06(n.s)
organelle membrane	GO:0031090	1	50%	8.58%	0.16(n.s)
membrane	GO:0016020	1	50%	15.38%	0.28(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_2 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
biological process unknown	GO:0000004	2	100%	25.64%	0.07(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
molecular function unknown	GO:0005554	2	100%	35.75%	0.13(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_162 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
tRNA splicing	GO:0006388	2	100%	0.22%	4.37E-6(7.06E-3)
RNA splicing, via endonucleolytic cleavage and ligation	GO:0000394	2	100%	0.22%	4.37E-6(7.06E-3)
tRNA processing	GO:0008033	2	100%	0.53%	2.69E-5(0.04)
tRNA metabolism	GO:0006399	2	100%	1.6%	2.52E-4(0.41)
RNA splicing	GO:0008380	2	100%	1.95%	3.78E-4(0.61)
RNA processing	GO:0006396	2	100%	5.33%	2.83E-3(n.s)
RNA metabolism	GO:0016070	2	100%	8.32%	6.91E-3(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	2	100%	23.17%	0.05(n.s)
biopolymer metabolism	GO:0043283	2	100%	25.06%	0.06(n.s)
primary metabolism	GO:0044238	2	100%	48.71%	0.24(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
tRNA-intron endonuclease activity	GO:0000213	2	100%	0.06%	2.88E-7(4.65E-4)
endoribonuclease activity, producing 3'-phosphomonoesters	GO:0016892	2	100%	0.06%	2.88E-7(4.65E-4)
endonuclease activity, active with either ribo- or deoxyribonucleic acids and producing 3'-phosphomonoesters	GO:0016894	2	100%	0.08%	4.8E-7(7.76E-4)
tRNA-specific ribonuclease activity	GO:0004549	2	100%	0.25%	5.76E-6(9.31E-3)
endoribonuclease activity	GO:0004521	2	100%	0.42%	1.68E-5(0.03)
endonuclease activity	GO:0004519	2	100%	0.88%	7.66E-5(0.12)
ribonuclease activity	GO:0004540	2	100%	1.55%	2.38E-4(0.38)
nuclease activity	GO:0004518	2	100%	2.15%	4.6E-4(0.74)
hydrolase activity, acting on ester bonds	GO:0016788	2	100%	4.12%	1.69E-3(n.s)
hydrolase activity	GO:0016787	2	100%	11.45%	0.01(n.s)
catalytic activity	GO:0003824	2	100%	29.21%	0.09(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
tRNA-intron endonuclease complex	GO:0000214	2	100%	0.06%	2.88E-7(4.65E-4)
nuclear inner membrane	GO:0005637	2	100%	0.09%	7.2E-7(1.16E-3)
mitochondrial outer membrane	GO:0005741	2	100%	0.53%	2.69E-5(0.04)
outer membrane	GO:0019867	2	100%	0.53%	2.69E-5(0.04)
nuclear membrane	GO:0005635	2	100%	1.53%	2.33E-4(0.38)
mitochondrial membrane	GO:0005740	2	100%	3.16%	9.94E-4(n.s)
endomembrane system	GO:0012505	2	100%	3.7%	1.36E-3(n.s)
organelle membrane	GO:0031090	2	100%	8.58%	7.35E-3(n.s)
membrane	GO:0016020	2	100%	15.38%	0.02(n.s)
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
protein complex	GO:0043234	2	100%	21.07%	0.04(n.s)
nucleus	GO:0005634	2	100%	31.01%	0.1(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_91 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein amino acid O-linked glycosylation	GO:0006493	1	50%	0.25%	4.95E-3(n.s)
GPI anchor biosynthesis	GO:0006506	1	50%	0.36%	7.11E-3(n.s)
GPI anchor metabolism	GO:0006505	1	50%	0.37%	7.42E-3(n.s)
phosphoinositide biosynthesis	GO:0046489	1	50%	0.37%	7.42E-3(n.s)
phosphoinositide metabolism	GO:0030384	1	50%	0.48%	9.58E-3(n.s)
glycerophospholipid biosynthesis	GO:0046474	1	50%	0.53%	0.01(n.s)
lipoprotein metabolism	GO:0042157	1	50%	0.56%	0.01(n.s)
lipoprotein biosynthesis	GO:0042158	1	50%	0.56%	0.01(n.s)
protein lipidation	GO:0006497	1	50%	0.56%	0.01(n.s)
protein amino acid N-linked glycosylation	GO:0006487	1	50%	0.67%	0.01(n.s)
glycerophospholipid metabolism	GO:0006650	1	50%	0.68%	0.01(n.s)
phospholipid biosynthesis	GO:0008654	1	50%	0.81%	0.02(n.s)
biopolymer glycosylation	GO:0043413	1	50%	1.02%	0.02(n.s)
protein amino acid glycosylation	GO:0006486	1	50%	1.02%	0.02(n.s)
glycoprotein biosynthesis	GO:0009101	1	50%	1.1%	0.02(n.s)
membrane lipid biosynthesis	GO:0046467	1	50%	1.1%	0.02(n.s)
glycoprotein metabolism	GO:0009100	1	50%	1.12%	0.02(n.s)
phospholipid metabolism	GO:0006644	1	50%	1.19%	0.02(n.s)
membrane lipid metabolism	GO:0006643	1	50%	1.61%	0.03(n.s)
lipid biosynthesis	GO:0008610	1	50%	1.92%	0.04(n.s)
cellular lipid metabolism	GO:0044255	1	50%	3.16%	0.06(n.s)
lipid metabolism	GO:0006629	1	50%	3.38%	0.07(n.s)
protein modification	GO:0006464	1	50%	6.68%	0.13(n.s)
biopolymer modification	GO:0043412	1	50%	9.25%	0.18(n.s)
protein biosynthesis	GO:0006412	1	50%	12.16%	0.23(n.s)
macromolecule biosynthesis	GO:0009059	1	50%	13.04%	0.24(n.s)
cellular biosynthesis	GO:0044249	1	50%	17.05%	0.31(n.s)
biosynthesis	GO:0009058	1	50%	18.28%	0.33(n.s)
cellular protein metabolism	GO:0044267	1	50%	21.7%	0.39(n.s)
protein metabolism	GO:0019538	1	50%	22.06%	0.39(n.s)
cellular macromolecule metabolism	GO:0044260	1	50%	24.52%	0.43(n.s)
biopolymer metabolism	GO:0043283	1	50%	25.06%	0.44(n.s)
biological process unknown	GO:0000004	1	50%	25.64%	0.45(n.s)
macromolecule metabolism	GO:0043170	1	50%	26.04%	0.45(n.s)
primary metabolism	GO:0044238	1	50%	48.71%	0.74(n.s)
cellular metabolism	GO:0044237	1	50%	52.12%	0.77(n.s)
metabolism	GO:0008152	1	50%	52.93%	0.78(n.s)
cellular physiological process	GO:0050875	1	50%	71.65%	0.92(n.s)
cellular process	GO:0009987	1	50%	72.29%	0.92(n.s)
physiological process	GO:0007582	1	50%	73.68%	0.93(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
dolichyl-phosphate beta-D-mannosyltransferase activity	GO:0004582	1	50%	0.02%	**
mannosyltransferase activity	GO:0000030	1	50%	0.62%	0.01(n.s)
transferase activity, transferring hexosyl groups	GO:0016758	1	50%	1.12%	0.02(n.s)
transferase activity, transferring glycosyl groups	GO:0016757	1	50%	1.41%	0.03(n.s)
transferase activity	GO:0016740	1	50%	10.13%	0.19(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
endoplasmic reticulum	GO:0005783	2	100%	5.84%	3.4E-3(n.s)
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
nuclear envelope-endoplasmic reticulum network	GO:0042175	1	50%	1.95%	0.04(n.s)
endomembrane system	GO:0012505	1	50%	3.7%	0.07(n.s)
membrane	GO:0016020	1	50%	15.38%	0.28(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_90 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial intermembrane space protein import	GO:0045041	1	50%	0.09%	1.86E-3(n.s)
signal peptide processing	GO:0006465	1	50%	0.11%	2.17E-3(n.s)
peptide metabolism	GO:0006518	1	50%	0.12%	2.48E-3(n.s)
protein processing	GO:0016485	1	50%	0.51%	0.01(n.s)
protein-mitochondrial targeting	GO:0006626	1	50%	0.73%	0.01(n.s)
protein import	GO:0017038	1	50%	1.39%	0.03(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	50%	1.47%	0.03(n.s)
protein targeting	GO:0006605	1	50%	3.42%	0.07(n.s)
intracellular protein transport	GO:0006886	1	50%	3.7%	0.07(n.s)
protein transport	GO:0015031	1	50%	3.79%	0.07(n.s)
establishment of protein localization	GO:0045184	1	50%	3.95%	0.08(n.s)
protein localization	GO:0008104	1	50%	4.37%	0.09(n.s)
protein modification	GO:0006464	1	50%	6.68%	0.13(n.s)
intracellular transport	GO:0046907	1	50%	7.53%	0.14(n.s)
biopolymer modification	GO:0043412	1	50%	9.25%	0.18(n.s)
transport	GO:0006810	1	50%	14.27%	0.26(n.s)
establishment of localization	GO:0051234	1	50%	14.39%	0.27(n.s)
localization	GO:0051179	1	50%	14.82%	0.27(n.s)
organelle organization and biogenesis	GO:0006996	1	50%	15.69%	0.29(n.s)
cell organization and biogenesis	GO:0016043	1	50%	17.98%	0.33(n.s)
cellular protein metabolism	GO:0044267	1	50%	21.7%	0.39(n.s)
protein metabolism	GO:0019538	1	50%	22.06%	0.39(n.s)
cellular macromolecule metabolism	GO:0044260	1	50%	24.52%	0.43(n.s)
biopolymer metabolism	GO:0043283	1	50%	25.06%	0.44(n.s)
biological process unknown	GO:0000004	1	50%	25.64%	0.45(n.s)
macromolecule metabolism	GO:0043170	1	50%	26.04%	0.45(n.s)
primary metabolism	GO:0044238	1	50%	48.71%	0.74(n.s)
cellular metabolism	GO:0044237	1	50%	52.12%	0.77(n.s)
metabolism	GO:0008152	1	50%	52.93%	0.78(n.s)
cellular physiological process	GO:0050875	1	50%	71.65%	0.92(n.s)
cellular process	GO:0009987	1	50%	72.29%	0.92(n.s)
physiological process	GO:0007582	1	50%	73.68%	0.93(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
peptidase activity	GO:0008233	1	50%	2.48%	0.05(n.s)
hydrolase activity	GO:0016787	1	50%	11.45%	0.22(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_93 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion organization and biogenesis	GO:0007005	2	66.67%	1.47%	6.37E-4(n.s)
ion transport	GO:0006811	2	66.67%	1.64%	7.93E-4(n.s)
cytochrome c-heme linkage	GO:0018063	1	33.33%	0.05%	1.39E-3(n.s)
protein-heme linkage	GO:0017003	1	33.33%	0.05%	1.39E-3(n.s)
protein-tetrapyrrole linkage	GO:0017006	1	33.33%	0.05%	1.39E-3(n.s)
cytochrome complex assembly	GO:0017004	1	33.33%	0.08%	2.32E-3(n.s)
mitochondrial intermembrane space protein import	GO:0045041	1	33.33%	0.09%	2.79E-3(n.s)
transport	GO:0006810	3	100%	14.27%	2.9E-3(n.s)
establishment of localization	GO:0051234	3	100%	14.39%	2.97E-3(n.s)
localization	GO:0051179	3	100%	14.82%	3.25E-3(n.s)
mitochondrial membrane organization and biogenesis	GO:0007006	1	33.33%	0.29%	8.8E-3(n.s)
membrane organization and biogenesis	GO:0016044	1	33.33%	0.48%	0.01(n.s)
protein-mitochondrial targeting	GO:0006626	1	33.33%	0.73%	0.02(n.s)
aerobic respiration	GO:0009060	1	33.33%	1.27%	0.04(n.s)
cellular respiration	GO:0045333	1	33.33%	1.35%	0.04(n.s)
protein import	GO:0017038	1	33.33%	1.39%	0.04(n.s)
organelle organization and biogenesis	GO:0006996	2	66.67%	15.69%	0.07(n.s)
protein complex assembly	GO:0006461	1	33.33%	2.26%	0.07(n.s)
cell organization and biogenesis	GO:0016043	2	66.67%	17.98%	0.09(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	33.33%	3.04%	0.09(n.s)
protein targeting	GO:0006605	1	33.33%	3.42%	0.1(n.s)
generation of precursor metabolites and energy	GO:0006091	1	33.33%	3.5%	0.1(n.s)
intracellular protein transport	GO:0006886	1	33.33%	3.7%	0.11(n.s)
protein transport	GO:0015031	1	33.33%	3.79%	0.11(n.s)
establishment of protein localization	GO:0045184	1	33.33%	3.95%	0.11(n.s)
protein localization	GO:0008104	1	33.33%	4.37%	0.13(n.s)
protein modification	GO:0006464	1	33.33%	6.68%	0.19(n.s)
intracellular transport	GO:0046907	1	33.33%	7.53%	0.21(n.s)
biopolymer modification	GO:0043412	1	33.33%	9.25%	0.25(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
cellular protein metabolism	GO:0044267	1	33.33%	21.7%	0.52(n.s)
protein metabolism	GO:0019538	1	33.33%	22.06%	0.53(n.s)
cellular metabolism	GO:0044237	2	66.67%	52.12%	0.53(n.s)
metabolism	GO:0008152	2	66.67%	52.93%	0.54(n.s)
cellular macromolecule metabolism	GO:0044260	1	33.33%	24.52%	0.57(n.s)
biopolymer metabolism	GO:0043283	1	33.33%	25.06%	0.58(n.s)
macromolecule metabolism	GO:0043170	1	33.33%	26.04%	0.6(n.s)
primary metabolism	GO:0044238	1	33.33%	48.71%	0.87(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
voltage-gated ion-selective channel activity	GO:0008308	2	66.67%	0.03%	1.44E-7(2.33E-4)
anion channel activity	GO:0005253	2	66.67%	0.05%	4.32E-7(6.98E-4)
ion channel activity	GO:0005216	2	66.67%	0.09%	2.16E-6(3.49E-3)
channel or pore class transporter activity	GO:0015267	2	66.67%	0.15%	6.47E-6(0.01)
alpha-type channel activity	GO:0015268	2	66.67%	0.15%	6.47E-6(0.01)
anion transporter activity	GO:0008509	2	66.67%	0.28%	2.2E-5(0.04)
ion transporter activity	GO:0015075	2	66.67%	2.21%	1.44E-3(n.s)
transporter activity	GO:0005215	2	66.67%	6.64%	0.01(n.s)
molecular function unknown	GO:0005554	1	33.33%	35.75%	0.73(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial outer membrane	GO:0005741	2	66.67%	0.53%	8.05E-5(0.13)
outer membrane	GO:0019867	2	66.67%	0.53%	8.05E-5(0.13)
mitochondrial membrane	GO:0005740	2	66.67%	3.16%	2.92E-3(n.s)
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
organelle membrane	GO:0031090	2	66.67%	8.58%	0.02(n.s)
membrane	GO:0016020	2	66.67%	15.38%	0.06(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_92 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
DNA ligation	GO:0006266	1	50%	0.02%	**
DNA repair	GO:0006281	2	100%	2.32%	5.36E-4(0.87)
response to DNA damage stimulus	GO:0006974	2	100%	2.73%	7.39E-4(n.s)
response to endogenous stimulus	GO:0009719	2	100%	2.82%	7.9E-4(n.s)
base-excision repair	GO:0006284	1	50%	0.15%	3.1E-3(n.s)
response to stress	GO:0006950	2	100%	6.09%	3.7E-3(n.s)
lagging strand elongation	GO:0006273	1	50%	0.31%	6.19E-3(n.s)
response to stimulus	GO:0050896	2	100%	8.41%	7.06E-3(n.s)
DNA metabolism	GO:0006259	2	100%	8.58%	7.35E-3(n.s)
DNA strand elongation	GO:0006271	1	50%	0.46%	9.27E-3(n.s)
nucleotide-excision repair	GO:0006289	1	50%	0.48%	9.58E-3(n.s)
DNA-dependent DNA replication	GO:0006261	1	50%	1.24%	0.02(n.s)
DNA replication	GO:0006260	1	50%	1.6%	0.03(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	2	100%	23.17%	0.05(n.s)
DNA recombination	GO:0006310	1	50%	2.91%	0.06(n.s)
biopolymer metabolism	GO:0043283	2	100%	25.06%	0.06(n.s)
primary metabolism	GO:0044238	2	100%	48.71%	0.24(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
uracil DNA N-glycosylase activity	GO:0004844	1	50%	0.02%	**
DNA ligase activity	GO:0003909	1	50%	0.03%	6.2E-4(n.s)
DNA ligase (ATP) activity	GO:0003910	1	50%	0.03%	6.2E-4(n.s)
DNA N-glycosylase activity	GO:0019104	1	50%	0.09%	1.86E-3(n.s)
hydrolase activity, hydrolyzing N-glycosyl compounds	GO:0016799	1	50%	0.11%	2.17E-3(n.s)
ligase activity, forming phosphoric ester bonds	GO:0016886	1	50%	0.62%	0.01(n.s)
hydrolase activity, acting on glycosyl bonds	GO:0016798	1	50%	0.93%	0.02(n.s)
ligase activity	GO:0016874	1	50%	1.89%	0.04(n.s)
catalytic activity	GO:0003824	2	100%	29.21%	0.09(n.s)
hydrolase activity	GO:0016787	1	50%	11.45%	0.22(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
replication fork	GO:0005657	1	50%	0.6%	0.01(n.s)
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
chromosome	GO:0005694	1	50%	3.16%	0.06(n.s)
nucleus	GO:0005634	2	100%	31.01%	0.1(n.s)
intracellular non-membrane-bound organelle	GO:0043232	1	50%	14.3%	0.27(n.s)
non-membrane-bound organelle	GO:0043228	1	50%	14.3%	0.27(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_94 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
secretory pathway	GO:0045045	3	100%	3.13%	3.02E-5(0.05)
secretion	GO:0046903	3	100%	3.24%	3.35E-5(0.05)
exocytosis	GO:0006887	2	66.67%	0.56%	9.04E-5(0.15)
transport	GO:0006810	3	100%	14.27%	2.9E-3(n.s)
establishment of localization	GO:0051234	3	100%	14.39%	2.97E-3(n.s)
localization	GO:0051179	3	100%	14.82%	3.25E-3(n.s)
vesicle-mediated transport	GO:0016192	2	66.67%	4.34%	5.46E-3(n.s)
Golgi to plasma membrane transport	GO:0006893	1	33.33%	0.31%	9.27E-3(n.s)
vesicle fusion	GO:0006906	1	33.33%	0.46%	0.01(n.s)
bipolar bud site selection	GO:0007121	1	33.33%	0.5%	0.01(n.s)
post-Golgi transport	GO:0006892	1	33.33%	0.79%	0.02(n.s)
small GTPase mediated signal transduction	GO:0007264	1	33.33%	0.85%	0.03(n.s)
membrane fusion	GO:0006944	1	33.33%	0.88%	0.03(n.s)
bud site selection	GO:0000282	1	33.33%	1.01%	0.03(n.s)
cytokinesis, site selection	GO:0007105	1	33.33%	1.01%	0.03(n.s)
cell budding	GO:0007114	1	33.33%	1.19%	0.04(n.s)
asexual reproduction	GO:0019954	1	33.33%	1.19%	0.04(n.s)
cytokinesis	GO:0000910	1	33.33%	1.5%	0.04(n.s)
establishment of cell polarity (sensu Fungi)	GO:0030468	1	33.33%	1.6%	0.05(n.s)
establishment of cell polarity	GO:0030010	1	33.33%	1.6%	0.05(n.s)
establishment and/or maintenance of cell polarity (sensu Fungi)	GO:0030467	1	33.33%	1.66%	0.05(n.s)
establishment and/or maintenance of cell polarity	GO:0007163	1	33.33%	1.66%	0.05(n.s)
intracellular signaling cascade	GO:0007242	1	33.33%	1.66%	0.05(n.s)
cell division	GO:0051301	1	33.33%	1.91%	0.06(n.s)
Golgi vesicle transport	GO:0048193	1	33.33%	2.18%	0.06(n.s)
cellular morphogenesis	GO:0000902	1	33.33%	2.23%	0.07(n.s)
morphogenesis	GO:0009653	1	33.33%	2.23%	0.07(n.s)
signal transduction	GO:0007165	1	33.33%	2.59%	0.08(n.s)
cell communication	GO:0007154	1	33.33%	3.08%	0.09(n.s)
reproduction	GO:0000003	1	33.33%	3.92%	0.11(n.s)
cytoskeleton organization and biogenesis	GO:0007010	1	33.33%	4.48%	0.13(n.s)
development	GO:0007275	1	33.33%	5.73%	0.16(n.s)
intracellular transport	GO:0046907	1	33.33%	7.53%	0.21(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
organelle organization and biogenesis	GO:0006996	1	33.33%	15.69%	0.4(n.s)
cell organization and biogenesis	GO:0016043	1	33.33%	17.98%	0.45(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
guanyl-nucleotide exchange factor activity	GO:0005085	2	66.67%	0.4%	4.67E-5(0.08)
small GTPase regulator activity	GO:0005083	2	66.67%	0.88%	2.28E-4(0.37)
GTPase regulator activity	GO:0030695	2	66.67%	1.04%	3.16E-4(0.51)
zinc ion binding	GO:0008270	1	33.33%	0.03%	9.29E-4(n.s)
enzyme regulator activity	GO:0030234	2	66.67%	2.54%	1.89E-3(n.s)
transition metal ion binding	GO:0046914	1	33.33%	0.12%	3.71E-3(n.s)
cation binding	GO:0043169	1	33.33%	0.19%	5.57E-3(n.s)
metal ion binding	GO:0046872	1	33.33%	0.25%	7.42E-3(n.s)
ion binding	GO:0043167	1	33.33%	0.25%	7.42E-3(n.s)
GTPase activity	GO:0003924	1	33.33%	0.91%	0.03(n.s)
nucleoside-triphosphatase activity	GO:0017111	1	33.33%	3.42%	0.1(n.s)
pyrophosphatase activity	GO:0016462	1	33.33%	3.67%	0.11(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	1	33.33%	3.69%	0.11(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	1	33.33%	3.69%	0.11(n.s)
hydrolase activity	GO:0016787	1	33.33%	11.45%	0.31(n.s)
binding	GO:0005488	1	33.33%	17.35%	0.44(n.s)
catalytic activity	GO:0003824	1	33.33%	29.21%	0.65(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cytoplasmic vesicle	GO:0031410	2	66.67%	1.16%	3.97E-4(0.64)
cytoplasmic membrane-bound vesicle	GO:0016023	2	66.67%	1.16%	3.97E-4(0.64)
transport vesicle	GO:0030133	1	33.33%	0.19%	5.57E-3(n.s)
actin cap	GO:0030478	1	33.33%	0.23%	6.96E-3(n.s)
incipient bud site	GO:0000131	1	33.33%	0.51%	0.02(n.s)
soluble fraction	GO:0005625	1	33.33%	0.56%	0.02(n.s)
cortical cytoskeleton	GO:0030863	1	33.33%	0.84%	0.02(n.s)
cortical actin cytoskeleton	GO:0030864	1	33.33%	0.84%	0.02(n.s)
membrane fraction	GO:0005624	1	33.33%	1.22%	0.04(n.s)
actin cytoskeleton	GO:0015629	1	33.33%	1.38%	0.04(n.s)
cell cortex	GO:0005938	1	33.33%	1.52%	0.04(n.s)
cell fraction	GO:0000267	1	33.33%	1.72%	0.05(n.s)
cytoskeleton	GO:0005856	1	33.33%	2.93%	0.09(n.s)
cytosol	GO:0005829	1	33.33%	10.08%	0.27(n.s)
intracellular non-membrane-bound organelle	GO:0043232	1	33.33%	14.3%	0.37(n.s)
non-membrane-bound organelle	GO:0043228	1	33.33%	14.3%	0.37(n.s)
mitochondrion	GO:0005739	1	33.33%	15.78%	0.4(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cytoplasm	GO:0005737	2	66.67%	55.64%	0.58(n.s)
intracellular membrane-bound organelle	GO:0043231	2	66.67%	55.65%	0.58(n.s)
membrane-bound organelle	GO:0043227	2	66.67%	55.65%	0.58(n.s)
organelle	GO:0043226	2	66.67%	60.56%	0.66(n.s)
intracellular organelle	GO:0043229	2	66.67%	60.56%	0.66(n.s)
intracellular	GO:0005622	2	66.67%	77.03%	0.87(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_97 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
RNA metabolism	GO:0016070	3	100%	8.32%	5.73E-4(0.93)
Group I intron splicing	GO:0000372	1	33.33%	0.11%	3.25E-3(n.s)
RNA splicing, via transesterification reactions with guanosine as nucleophile	GO:0000376	1	33.33%	0.11%	3.25E-3(n.s)
RNA processing	GO:0006396	2	66.67%	5.33%	8.19E-3(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	3	100%	23.17%	0.01(n.s)
biopolymer metabolism	GO:0043283	3	100%	25.06%	0.02(n.s)
mRNA catabolism	GO:0006402	1	33.33%	0.85%	0.03(n.s)
RNA catabolism	GO:0006401	1	33.33%	0.99%	0.03(n.s)
aerobic respiration	GO:0009060	1	33.33%	1.27%	0.04(n.s)
cellular respiration	GO:0045333	1	33.33%	1.35%	0.04(n.s)
RNA splicing, via transesterification reactions	GO:0000375	1	33.33%	1.63%	0.05(n.s)
RNA splicing	GO:0008380	1	33.33%	1.95%	0.06(n.s)
mRNA metabolism	GO:0016071	1	33.33%	2.85%	0.08(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	33.33%	3.04%	0.09(n.s)
generation of precursor metabolites and energy	GO:0006091	1	33.33%	3.5%	0.1(n.s)
primary metabolism	GO:0044238	3	100%	48.71%	0.12(n.s)
cellular macromolecule catabolism	GO:0044265	1	33.33%	4.51%	0.13(n.s)
macromolecule catabolism	GO:0009057	1	33.33%	4.83%	0.14(n.s)
cellular metabolism	GO:0044237	3	100%	52.12%	0.14(n.s)
metabolism	GO:0008152	3	100%	52.93%	0.15(n.s)
cellular catabolism	GO:0044248	1	33.33%	5.84%	0.17(n.s)
catabolism	GO:0009056	1	33.33%	6.16%	0.17(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
macromolecule metabolism	GO:0043170	1	33.33%	26.04%	0.6(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
RNA binding	GO:0003723	2	66.67%	5.96%	0.01(n.s)
mRNA binding	GO:0003729	1	33.33%	0.5%	0.01(n.s)
RNA splicing factor activity, transesterification mechanism	GO:0031202	1	33.33%	0.65%	0.02(n.s)
nucleic acid binding	GO:0003676	2	66.67%	9.87%	0.03(n.s)
binding	GO:0005488	2	66.67%	17.35%	0.08(n.s)
molecular function unknown	GO:0005554	1	33.33%	35.75%	0.73(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
mitochondrial membrane	GO:0005740	1	33.33%	3.16%	0.09(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
organelle membrane	GO:0031090	1	33.33%	8.58%	0.24(n.s)
membrane	GO:0016020	1	33.33%	15.38%	0.39(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_96 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
oligopeptide transport	GO:0006857	1	33.33%	0.03%	9.29E-4(n.s)
peptide transport	GO:0015833	1	33.33%	0.06%	1.86E-3(n.s)
iron ion homeostasis	GO:0006879	1	33.33%	0.45%	0.01(n.s)
transition metal ion homeostasis	GO:0046916	1	33.33%	0.73%	0.02(n.s)
di-, tri-valent inorganic cation homeostasis	GO:0030005	1	33.33%	0.81%	0.02(n.s)
metal ion homeostasis	GO:0006875	1	33.33%	0.91%	0.03(n.s)
aerobic respiration	GO:0009060	1	33.33%	1.27%	0.04(n.s)
cation homeostasis	GO:0030003	1	33.33%	1.35%	0.04(n.s)
cellular respiration	GO:0045333	1	33.33%	1.35%	0.04(n.s)
cell ion homeostasis	GO:0006873	1	33.33%	1.49%	0.04(n.s)
ion homeostasis	GO:0050801	1	33.33%	1.55%	0.05(n.s)
cell homeostasis	GO:0019725	1	33.33%	1.64%	0.05(n.s)
homeostasis	GO:0042592	1	33.33%	1.73%	0.05(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	33.33%	3.04%	0.09(n.s)
generation of precursor metabolites and energy	GO:0006091	1	33.33%	3.5%	0.1(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
transport	GO:0006810	1	33.33%	14.27%	0.37(n.s)
establishment of localization	GO:0051234	1	33.33%	14.39%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
localization	GO:0051179	1	33.33%	14.82%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
cellular metabolism	GO:0044237	1	33.33%	52.12%	0.89(n.s)
metabolism	GO:0008152	1	33.33%	52.93%	0.9(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
hydrolase activity, acting on acid anhydrides, catalyzing transmembrane movement of substances	GO:0016820	3	100%	0.87%	6.18E-7(9.99E-4)
ATPase activity, coupled to transmembrane movement of substances	GO:0042626	3	100%	0.87%	6.18E-7(9.99E-4)
ATPase activity, coupled	GO:0042623	3	100%	1.58%	3.83E-6(6.19E-3)
ATPase activity	GO:0016887	3	100%	2.52%	1.58E-5(0.03)
nucleoside-triphosphatase activity	GO:0017111	3	100%	3.42%	3.96E-5(0.06)
pyrophosphatase activity	GO:0016462	3	100%	3.67%	4.89E-5(0.08)
hydrolase activity, acting on acid anhydrides	GO:0016817	3	100%	3.69%	4.95E-5(0.08)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	3	100%	3.69%	4.95E-5(0.08)
transporter activity	GO:0005215	3	100%	6.64%	2.92E-4(0.47)
peptide-transporting ATPase activity	GO:0015440	1	33.33%	0.02%	**
hydrolase activity	GO:0016787	3	100%	11.45%	1.49E-3(n.s)
peptide transporter activity	GO:0015197	1	33.33%	0.08%	2.32E-3(n.s)
catalytic activity	GO:0003824	3	100%	29.21%	0.02(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial inner membrane	GO:0005743	3	100%	2.43%	1.41E-5(0.02)
inner membrane	GO:0019866	3	100%	2.43%	1.41E-5(0.02)
mitochondrial membrane	GO:0005740	3	100%	3.16%	3.11E-5(0.05)
organelle membrane	GO:0031090	3	100%	8.58%	6.29E-4(n.s)
membrane	GO:0016020	3	100%	15.38%	3.63E-3(n.s)
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_11 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
amino acid derivative catabolism	GO:0042219	1	50%	0.06%	1.24E-3(n.s)
amino acid derivative metabolism	GO:0006575	1	50%	0.42%	8.35E-3(n.s)
sporulation (sensu Fungi)	GO:0030437	1	50%	1.38%	0.03(n.s)
reproductive sporulation	GO:0048622	1	50%	1.38%	0.03(n.s)
sporulation	GO:0030435	1	50%	1.56%	0.03(n.s)
cell differentiation	GO:0030154	1	50%	1.6%	0.03(n.s)
reproductive physiological process	GO:0050876	1	50%	2.93%	0.06(n.s)
reproductive cellular physiological process	GO:0048610	1	50%	2.93%	0.06(n.s)
amino acid and derivative metabolism	GO:0006519	1	50%	3.05%	0.06(n.s)
reproduction	GO:0000003	1	50%	3.92%	0.08(n.s)
development	GO:0007275	1	50%	5.73%	0.11(n.s)
cellular catabolism	GO:0044248	1	50%	5.84%	0.11(n.s)
catabolism	GO:0009056	1	50%	6.16%	0.12(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
primary metabolism	GO:0044238	1	50%	48.71%	0.74(n.s)
cellular metabolism	GO:0044237	1	50%	52.12%	0.77(n.s)
metabolism	GO:0008152	1	50%	52.93%	0.78(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
threo-3-hydroxyaspartate ammonia-lyase activity	GO:0030848	1	50%	0.02%	**
serine racemase activity	GO:0030378	1	50%	0.02%	**
racemase and epimerase activity, acting on amino acids and derivatives	GO:0016855	1	50%	0.03%	6.2E-4(n.s)
ammonia-lyase activity	GO:0016841	1	50%	0.06%	1.24E-3(n.s)
racemase and epimerase activity	GO:0016854	1	50%	0.06%	1.24E-3(n.s)
carbon-nitrogen lyase activity	GO:0016840	1	50%	0.09%	1.86E-3(n.s)
isomerase activity	GO:0016853	1	50%	0.81%	0.02(n.s)
lyase activity	GO:0016829	1	50%	1.27%	0.03(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cellular component unknown	GO:0008372	1	50%	15.74%	0.29(n.s)
mitochondrion	GO:0005739	1	50%	15.78%	0.29(n.s)
cytoplasm	GO:0005737	1	50%	55.64%	0.8(n.s)
intracellular membrane-bound organelle	GO:0043231	1	50%	55.65%	0.8(n.s)
membrane-bound organelle	GO:0043227	1	50%	55.65%	0.8(n.s)
organelle	GO:0043226	1	50%	60.56%	0.84(n.s)
intracellular organelle	GO:0043229	1	50%	60.56%	0.84(n.s)
intracellular	GO:0005622	1	50%	77.03%	0.95(n.s)
cell	GO:0005623	1	50%	83.5%	0.97(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_13 (n = 4) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial genome maintenance	GO:0000002	3	75%	0.42%	2.6E-7(4.21E-4)
mitochondrion organization and biogenesis	GO:0007005	3	75%	1.47%	1.22E-5(0.02)
isoleucine biosynthesis	GO:0009097	1	25%	0.02%	**
guanine nucleotide transport	GO:0001408	1	25%	0.02%	**
isoleucine metabolism	GO:0006549	1	25%	0.05%	1.86E-3(n.s)
purine nucleotide transport	GO:0015865	1	25%	0.05%	1.86E-3(n.s)
nucleotide transport	GO:0006862	1	25%	0.05%	1.86E-3(n.s)
branched chain family amino acid biosynthesis	GO:0009082	1	25%	0.2%	8.03E-3(n.s)
branched chain family amino acid metabolism	GO:0009081	1	25%	0.25%	9.88E-3(n.s)
organelle organization and biogenesis	GO:0006996	3	75%	15.69%	0.01(n.s)
mitochondrion inheritance	GO:0000001	1	25%	0.39%	0.02(n.s)
mitochondrion distribution	GO:0048311	1	25%	0.39%	0.02(n.s)
iron ion homeostasis	GO:0006879	1	25%	0.45%	0.02(n.s)
cell organization and biogenesis	GO:0016043	3	75%	17.98%	0.02(n.s)
organelle inheritance	GO:0048308	1	25%	0.57%	0.02(n.s)
transition metal ion homeostasis	GO:0046916	1	25%	0.73%	0.03(n.s)
di-, tri-valent inorganic cation homeostasis	GO:0030005	1	25%	0.81%	0.03(n.s)
metal ion homeostasis	GO:0006875	1	25%	0.91%	0.04(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid transport	GO:0015931	1	25%	1.21%	0.05(n.s)
cation homeostasis	GO:0030003	1	25%	1.35%	0.05(n.s)
cell ion homeostasis	GO:0006873	1	25%	1.49%	0.06(n.s)
amino acid biosynthesis	GO:0008652	1	25%	1.53%	0.06(n.s)
ion homeostasis	GO:0050801	1	25%	1.55%	0.06(n.s)
cell homeostasis	GO:0019725	1	25%	1.64%	0.06(n.s)
nitrogen compound biosynthesis	GO:0044271	1	25%	1.67%	0.07(n.s)
amine biosynthesis	GO:0009309	1	25%	1.67%	0.07(n.s)
homeostasis	GO:0042592	1	25%	1.73%	0.07(n.s)
amino acid metabolism	GO:0006520	1	25%	2.82%	0.11(n.s)
amino acid and derivative metabolism	GO:0006519	1	25%	3.05%	0.12(n.s)
amine metabolism	GO:0009308	1	25%	3.38%	0.13(n.s)
nitrogen compound metabolism	GO:0006807	1	25%	3.66%	0.14(n.s)
organic acid metabolism	GO:0006082	1	25%	4.6%	0.17(n.s)
carboxylic acid metabolism	GO:0019752	1	25%	4.6%	0.17(n.s)
transport	GO:0006810	1	25%	14.27%	0.46(n.s)
establishment of localization	GO:0051234	1	25%	14.39%	0.46(n.s)
localization	GO:0051179	1	25%	14.82%	0.47(n.s)
cellular biosynthesis	GO:0044249	1	25%	17.05%	0.53(n.s)
biosynthesis	GO:0009058	1	25%	18.28%	0.55(n.s)
cellular physiological process	GO:0050875	3	75%	71.65%	0.68(n.s)
cellular process	GO:0009987	3	75%	72.29%	0.69(n.s)
biological process unknown	GO:0000004	1	25%	25.64%	0.69(n.s)
physiological process	GO:0007582	3	75%	73.68%	0.72(n.s)
primary metabolism	GO:0044238	1	25%	48.71%	0.93(n.s)
cellular metabolism	GO:0044237	1	25%	52.12%	0.95(n.s)
metabolism	GO:0008152	1	25%	52.93%	0.95(n.s)
biological_process	GO:0008150	4	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
guanine nucleotide transporter activity	GO:0001409	1	25%	0.02%	**
purine nucleotide transporter activity	GO:0015216	1	25%	0.03%	1.24E-3(n.s)
nucleotide transporter activity	GO:0015215	1	25%	0.03%	1.24E-3(n.s)
DNA bending activity	GO:0008301	1	25%	0.11%	4.33E-3(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid transporter activity	GO:0015932	1	25%	0.14%	5.57E-3(n.s)
DNA binding	GO:0003677	1	25%	3.18%	0.12(n.s)
transporter activity	GO:0005215	1	25%	6.64%	0.24(n.s)
nucleic acid binding	GO:0003676	1	25%	9.87%	0.34(n.s)
molecular function unknown	GO:0005554	2	50%	35.75%	0.45(n.s)
binding	GO:0005488	1	25%	17.35%	0.53(n.s)
molecular_function	GO:0003674	4	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial chromosome	GO:0000262	1	25%	0.03%	1.24E-3(n.s)
mitochondrial matrix	GO:0005759	2	50%	2.52%	3.68E-3(n.s)
mitochondrion	GO:0005739	3	75%	15.78%	0.01(n.s)
nucleoid	GO:0009295	1	25%	0.36%	0.01(n.s)
mitochondrial nucleoid	GO:0042645	1	25%	0.36%	0.01(n.s)
mitochondrial inner membrane	GO:0005743	1	25%	2.43%	0.09(n.s)
inner membrane	GO:0019866	1	25%	2.43%	0.09(n.s)
cytoplasm	GO:0005737	4	100%	55.64%	0.1(n.s)
intracellular membrane-bound organelle	GO:0043231	4	100%	55.65%	0.1(n.s)
membrane-bound organelle	GO:0043227	4	100%	55.65%	0.1(n.s)
chromosome	GO:0005694	1	25%	3.16%	0.12(n.s)
mitochondrial membrane	GO:0005740	1	25%	3.16%	0.12(n.s)
organelle	GO:0043226	4	100%	60.56%	0.13(n.s)
intracellular organelle	GO:0043229	4	100%	60.56%	0.13(n.s)
organelle membrane	GO:0031090	1	25%	8.58%	0.3(n.s)
cytosol	GO:0005829	1	25%	10.08%	0.35(n.s)
intracellular	GO:0005622	4	100%	77.03%	0.35(n.s)
intracellular non-membrane-bound organelle	GO:0043232	1	25%	14.3%	0.46(n.s)
non-membrane-bound organelle	GO:0043228	1	25%	14.3%	0.46(n.s)
cell	GO:0005623	4	100%	83.5%	0.49(n.s)
membrane	GO:0016020	1	25%	15.38%	0.49(n.s)
nucleus	GO:0005634	1	25%	31.01%	0.77(n.s)
cellular_component	GO:0005575	4	100%	99.61%	0.98(n.s)

cluster_14 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
inner mitochondrial membrane organization and biogenesis	GO:0007007	1	33.33%	0.2%	6.03E-3(n.s)
mitochondrial membrane organization and biogenesis	GO:0007006	1	33.33%	0.29%	8.8E-3(n.s)
ATP synthesis coupled electron transport	GO:0042773	1	33.33%	0.39%	0.01(n.s)
ATP synthesis coupled electron transport (sensu Eukaryota)	GO:0042775	1	33.33%	0.39%	0.01(n.s)
membrane organization and biogenesis	GO:0016044	1	33.33%	0.48%	0.01(n.s)
electron transport	GO:0006118	1	33.33%	0.48%	0.01(n.s)
oxidative phosphorylation	GO:0006119	1	33.33%	0.71%	0.02(n.s)
phospholipid biosynthesis	GO:0008654	1	33.33%	0.81%	0.02(n.s)
membrane lipid biosynthesis	GO:0046467	1	33.33%	1.1%	0.03(n.s)
phospholipid metabolism	GO:0006644	1	33.33%	1.19%	0.04(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	33.33%	1.47%	0.04(n.s)
membrane lipid metabolism	GO:0006643	1	33.33%	1.61%	0.05(n.s)
lipid biosynthesis	GO:0008610	1	33.33%	1.92%	0.06(n.s)
phosphorylation	GO:0016310	1	33.33%	2.21%	0.06(n.s)
phosphate metabolism	GO:0006796	1	33.33%	2.91%	0.08(n.s)
phosphorus metabolism	GO:0006793	1	33.33%	2.91%	0.08(n.s)
cellular lipid metabolism	GO:0044255	1	33.33%	3.16%	0.09(n.s)
lipid metabolism	GO:0006629	1	33.33%	3.38%	0.1(n.s)
generation of precursor metabolites and energy	GO:0006091	1	33.33%	3.5%	0.1(n.s)
biological process unknown	GO:0000004	2	66.67%	25.64%	0.16(n.s)
transport	GO:0006810	1	33.33%	14.27%	0.37(n.s)
establishment of localization	GO:0051234	1	33.33%	14.39%	0.37(n.s)
localization	GO:0051179	1	33.33%	14.82%	0.38(n.s)
organelle organization and biogenesis	GO:0006996	1	33.33%	15.69%	0.4(n.s)
cell organization and biogenesis	GO:0016043	1	33.33%	17.98%	0.45(n.s)
biosynthesis	GO:0009058	1	33.33%	18.28%	0.45(n.s)
primary metabolism	GO:0044238	1	33.33%	48.71%	0.87(n.s)
cellular metabolism	GO:0044237	1	33.33%	52.12%	0.89(n.s)
metabolism	GO:0008152	1	33.33%	52.93%	0.9(n.s)
cellular physiological process	GO:0050875	1	33.33%	71.65%	0.98(n.s)
cellular process	GO:0009987	1	33.33%	72.29%	0.98(n.s)
physiological process	GO:0007582	1	33.33%	73.68%	0.98(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
acyltransferase activity	GO:0008415	1	33.33%	1.19%	0.04(n.s)
transferase activity, transferring groups other than amino-acyl groups	GO:0016747	1	33.33%	1.19%	0.04(n.s)
transferase activity, transferring acyl groups	GO:0016746	1	33.33%	1.43%	0.04(n.s)
transferase activity	GO:0016740	1	33.33%	10.13%	0.27(n.s)
molecular function unknown	GO:0005554	2	66.67%	35.75%	0.29(n.s)
catalytic activity	GO:0003824	1	33.33%	29.21%	0.65(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	66.67%	15.78%	0.07(n.s)
cellular component unknown	GO:0008372	1	33.33%	15.74%	0.4(n.s)
cytoplasm	GO:0005737	2	66.67%	55.64%	0.58(n.s)
intracellular membrane-bound organelle	GO:0043231	2	66.67%	55.65%	0.58(n.s)
membrane-bound organelle	GO:0043227	2	66.67%	55.65%	0.58(n.s)
organelle	GO:0043226	2	66.67%	60.56%	0.66(n.s)
intracellular organelle	GO:0043229	2	66.67%	60.56%	0.66(n.s)
intracellular	GO:0005622	2	66.67%	77.03%	0.87(n.s)
cell	GO:0005623	2	66.67%	83.5%	0.93(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_19 (n = 4) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
glycyl-tRNA aminoacylation	GO:0006426	1	25%	0.03%	1.24E-3(n.s)
amino acid metabolism	GO:0006520	2	50%	2.82%	4.57E-3(n.s)
amino acid and derivative metabolism	GO:0006519	2	50%	3.05%	5.34E-3(n.s)
lysine biosynthesis	GO:0009085	1	25%	0.14%	5.57E-3(n.s)
lysine metabolism	GO:0006553	1	25%	0.14%	5.57E-3(n.s)
amine metabolism	GO:0009308	2	50%	3.38%	6.51E-3(n.s)
karyogamy	GO:0000741	1	25%	0.19%	7.42E-3(n.s)
nitrogen compound metabolism	GO:0006807	2	50%	3.66%	7.6E-3(n.s)
pigment biosynthesis	GO:0046148	1	25%	0.22%	8.65E-3(n.s)
porphyrin biosynthesis	GO:0006779	1	25%	0.22%	8.65E-3(n.s)
heme biosynthesis	GO:0006783	1	25%	0.22%	8.65E-3(n.s)
heme metabolism	GO:0042168	1	25%	0.23%	9.26E-3(n.s)
porphyrin metabolism	GO:0006778	1	25%	0.23%	9.26E-3(n.s)
pigment metabolism	GO:0042440	1	25%	0.23%	9.26E-3(n.s)
organelle fusion	GO:0048284	1	25%	0.26%	0.01(n.s)
transcription termination	GO:0006353	1	25%	0.26%	0.01(n.s)
secondary metabolism	GO:0019748	1	25%	0.28%	0.01(n.s)
aspartate family amino acid biosynthesis	GO:0009067	1	25%	0.28%	0.01(n.s)
organic acid metabolism	GO:0006082	2	50%	4.6%	0.01(n.s)
carboxylic acid metabolism	GO:0019752	2	50%	4.6%	0.01(n.s)
cellular biosynthesis	GO:0044249	3	75%	17.05%	0.02(n.s)
tRNA aminoacylation	GO:0043039	1	25%	0.46%	0.02(n.s)
amino acid activation	GO:0043038	1	25%	0.46%	0.02(n.s)
tRNA aminoacylation for protein translation	GO:0006418	1	25%	0.46%	0.02(n.s)
biosynthesis	GO:0009058	3	75%	18.28%	0.02(n.s)
aspartate family amino acid metabolism	GO:0009066	1	25%	0.7%	0.03(n.s)
nuclear organization and biogenesis	GO:0006997	1	25%	1.01%	0.04(n.s)
tRNA modification	GO:0006400	1	25%	1.02%	0.04(n.s)
cofactor biosynthesis	GO:0051188	1	25%	1.08%	0.04(n.s)
heterocycle metabolism	GO:0046483	1	25%	1.1%	0.04(n.s)
amino acid biosynthesis	GO:0008652	1	25%	1.53%	0.06(n.s)
tRNA metabolism	GO:0006399	1	25%	1.6%	0.06(n.s)
amine biosynthesis	GO:0009309	1	25%	1.67%	0.07(n.s)
nitrogen compound biosynthesis	GO:0044271	1	25%	1.67%	0.07(n.s)
cofactor metabolism	GO:0051186	1	25%	2.26%	0.09(n.s)
RNA modification	GO:0009451	1	25%	2.42%	0.09(n.s)
translation	GO:0043037	1	25%	6.47%	0.23(n.s)
transcription, DNA-dependent	GO:0006351	1	25%	6.78%	0.25(n.s)
cellular physiological process	GO:0050875	4	100%	71.65%	0.26(n.s)
transcription	GO:0006350	1	25%	7.43%	0.27(n.s)
cellular process	GO:0009987	4	100%	72.29%	0.27(n.s)
RNA metabolism	GO:0016070	1	25%	8.32%	0.29(n.s)
physiological process	GO:0007582	4	100%	73.68%	0.29(n.s)
biopolymer modification	GO:0043412	1	25%	9.25%	0.32(n.s)
cellular metabolism	GO:0044237	3	75%	52.12%	0.34(n.s)
metabolism	GO:0008152	3	75%	52.93%	0.36(n.s)
protein biosynthesis	GO:0006412	1	25%	12.16%	0.4(n.s)
macromolecule biosynthesis	GO:0009059	1	25%	13.04%	0.43(n.s)
organelle organization and biogenesis	GO:0006996	1	25%	15.69%	0.49(n.s)
cell organization and biogenesis	GO:0016043	1	25%	17.98%	0.55(n.s)
cellular protein metabolism	GO:0044267	1	25%	21.7%	0.62(n.s)
protein metabolism	GO:0019538	1	25%	22.06%	0.63(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	25%	23.17%	0.65(n.s)
primary metabolism	GO:0044238	2	50%	48.71%	0.67(n.s)
cellular macromolecule metabolism	GO:0044260	1	25%	24.52%	0.68(n.s)
biopolymer metabolism	GO:0043283	1	25%	25.06%	0.68(n.s)
macromolecule metabolism	GO:0043170	1	25%	26.04%	0.7(n.s)
biological_process	GO:0008150	4	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
N-succinyltransferase activity	GO:0016749	1	25%	0.02%	**
5-aminolevulinate synthase activity	GO:0003870	1	25%	0.02%	**
homoisocitrate dehydrogenase activity	GO:0047046	1	25%	0.02%	**
succinyltransferase activity	GO:0016748	1	25%	0.03%	1.24E-3(n.s)
glycine-tRNA ligase activity	GO:0004820	1	25%	0.03%	1.24E-3(n.s)
ligase activity, forming carbon-oxygen bonds	GO:0016875	1	25%	0.56%	0.02(n.s)
ligase activity, forming aminoacyl-tRNA and related compounds	GO:0016876	1	25%	0.56%	0.02(n.s)
tRNA ligase activity	GO:0004812	1	25%	0.56%	0.02(n.s)
RNA ligase activity	GO:0008452	1	25%	0.57%	0.02(n.s)
N-acyltransferase activity	GO:0016410	1	25%	0.59%	0.02(n.s)
ligase activity, forming phosphoric ester bonds	GO:0016886	1	25%	0.62%	0.02(n.s)
oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor	GO:0016616	1	25%	1.07%	0.04(n.s)
oxidoreductase activity, acting on CH-OH group of donors	GO:0016614	1	25%	1.18%	0.05(n.s)
acyltransferase activity	GO:0008415	1	25%	1.19%	0.05(n.s)
transferase activity, transferring groups other than amino-acyl groups	GO:0016747	1	25%	1.19%	0.05(n.s)
transferase activity, transferring acyl groups	GO:0016746	1	25%	1.43%	0.06(n.s)
ligase activity	GO:0016874	1	25%	1.89%	0.07(n.s)
catalytic activity	GO:0003824	3	75%	29.21%	0.08(n.s)
oxidoreductase activity	GO:0016491	1	25%	3.73%	0.14(n.s)
transferase activity	GO:0016740	1	25%	10.13%	0.35(n.s)
molecular function unknown	GO:0005554	1	25%	35.75%	0.83(n.s)
molecular_function	GO:0003674	4	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	3	75%	15.78%	0.01(n.s)
cytoplasm	GO:0005737	4	100%	55.64%	0.1(n.s)
intracellular membrane-bound organelle	GO:0043231	4	100%	55.65%	0.1(n.s)
membrane-bound organelle	GO:0043227	4	100%	55.65%	0.1(n.s)
mitochondrial matrix	GO:0005759	1	25%	2.52%	0.1(n.s)
organelle	GO:0043226	4	100%	60.56%	0.13(n.s)
intracellular organelle	GO:0043229	4	100%	60.56%	0.13(n.s)
intracellular	GO:0005622	4	100%	77.03%	0.35(n.s)
cell	GO:0005623	4	100%	83.5%	0.49(n.s)
nucleus	GO:0005634	1	25%	31.01%	0.77(n.s)
cellular_component	GO:0005575	4	100%	99.61%	0.98(n.s)

cluster_18 (n = 4) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
carbon utilization by utilization of organic compounds	GO:0015978	1	25%	0.02%	**
carbon utilization	GO:0015976	1	25%	0.03%	1.24E-3(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	2	50%	3.04%	5.28E-3(n.s)
cytochrome c oxidase complex assembly	GO:0008535	1	25%	0.14%	5.57E-3(n.s)
generation of precursor metabolites and energy	GO:0006091	2	50%	3.5%	6.99E-3(n.s)
gluconeogenesis	GO:0006094	1	25%	0.4%	0.02(n.s)
monosaccharide biosynthesis	GO:0046364	1	25%	0.43%	0.02(n.s)
hexose biosynthesis	GO:0019319	1	25%	0.43%	0.02(n.s)
alcohol biosynthesis	GO:0046165	1	25%	0.46%	0.02(n.s)
pyruvate metabolism	GO:0006090	1	25%	0.57%	0.02(n.s)
carbohydrate biosynthesis	GO:0016051	1	25%	0.91%	0.04(n.s)
glucose metabolism	GO:0006006	1	25%	1.01%	0.04(n.s)
main pathways of carbohydrate metabolism	GO:0006092	1	25%	1.08%	0.04(n.s)
aerobic respiration	GO:0009060	1	25%	1.27%	0.05(n.s)
hexose metabolism	GO:0019318	1	25%	1.32%	0.05(n.s)
cellular respiration	GO:0045333	1	25%	1.35%	0.05(n.s)
sporulation (sensu Fungi)	GO:0030437	1	25%	1.38%	0.05(n.s)
reproductive sporulation	GO:0048622	1	25%	1.38%	0.05(n.s)
monosaccharide metabolism	GO:0005996	1	25%	1.43%	0.06(n.s)
sporulation	GO:0030435	1	25%	1.56%	0.06(n.s)
cell differentiation	GO:0030154	1	25%	1.6%	0.06(n.s)
external encapsulating structure organization and biogenesis	GO:0045229	1	25%	2.17%	0.08(n.s)
cell wall organization and biogenesis	GO:0007047	1	25%	2.17%	0.08(n.s)
protein complex assembly	GO:0006461	1	25%	2.26%	0.09(n.s)
alcohol metabolism	GO:0006066	1	25%	2.43%	0.09(n.s)
reproductive physiological process	GO:0050876	1	25%	2.93%	0.11(n.s)
reproductive cellular physiological process	GO:0048610	1	25%	2.93%	0.11(n.s)
cellular carbohydrate metabolism	GO:0044262	1	25%	3.08%	0.12(n.s)
carbohydrate metabolism	GO:0005975	1	25%	3.38%	0.13(n.s)
reproduction	GO:0000003	1	25%	3.92%	0.15(n.s)
organic acid metabolism	GO:0006082	1	25%	4.6%	0.17(n.s)
carboxylic acid metabolism	GO:0019752	1	25%	4.6%	0.17(n.s)
development	GO:0007275	1	25%	5.73%	0.21(n.s)
cellular macromolecule metabolism	GO:0044260	2	50%	24.52%	0.25(n.s)
cellular physiological process	GO:0050875	4	100%	71.65%	0.26(n.s)
cellular process	GO:0009987	4	100%	72.29%	0.27(n.s)
macromolecule metabolism	GO:0043170	2	50%	26.04%	0.28(n.s)
physiological process	GO:0007582	4	100%	73.68%	0.29(n.s)
macromolecule biosynthesis	GO:0009059	1	25%	13.04%	0.43(n.s)
cellular biosynthesis	GO:0044249	1	25%	17.05%	0.53(n.s)
cell organization and biogenesis	GO:0016043	1	25%	17.98%	0.55(n.s)
biosynthesis	GO:0009058	1	25%	18.28%	0.55(n.s)
cellular protein metabolism	GO:0044267	1	25%	21.7%	0.62(n.s)
protein metabolism	GO:0019538	1	25%	22.06%	0.63(n.s)
primary metabolism	GO:0044238	2	50%	48.71%	0.67(n.s)
cellular metabolism	GO:0044237	2	50%	52.12%	0.72(n.s)
metabolism	GO:0008152	2	50%	52.93%	0.73(n.s)
biological_process	GO:0008150	4	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
unfolded protein binding	GO:0051082	1	25%	0.9%	0.04(n.s)
molecular function unknown	GO:0005554	3	75%	35.75%	0.13(n.s)
protein binding	GO:0005515	1	25%	7.39%	0.26(n.s)
binding	GO:0005488	1	25%	17.35%	0.53(n.s)
molecular_function	GO:0003674	4	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial intermembrane space	GO:0005758	1	25%	0.39%	0.02(n.s)
mitochondrial inner membrane	GO:0005743	1	25%	2.43%	0.09(n.s)
inner membrane	GO:0019866	1	25%	2.43%	0.09(n.s)
cellular component unknown	GO:0008372	2	50%	15.74%	0.12(n.s)
mitochondrion	GO:0005739	2	50%	15.78%	0.12(n.s)
mitochondrial membrane	GO:0005740	1	25%	3.16%	0.12(n.s)
organelle membrane	GO:0031090	1	25%	8.58%	0.3(n.s)
membrane	GO:0016020	1	25%	15.38%	0.49(n.s)
cytoplasm	GO:0005737	2	50%	55.64%	0.77(n.s)
intracellular membrane-bound organelle	GO:0043231	2	50%	55.65%	0.77(n.s)
membrane-bound organelle	GO:0043227	2	50%	55.65%	0.77(n.s)
organelle	GO:0043226	2	50%	60.56%	0.83(n.s)
intracellular organelle	GO:0043229	2	50%	60.56%	0.83(n.s)
intracellular	GO:0005622	2	50%	77.03%	0.96(n.s)
cell	GO:0005623	2	50%	83.5%	0.98(n.s)
cellular_component	GO:0005575	4	100%	99.61%	0.98(n.s)

cluster_117 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cytochrome c oxidase complex assembly	GO:0008535	2	100%	0.14%	1.73E-6(2.79E-3)
protein complex assembly	GO:0006461	2	100%	2.26%	5.08E-4(0.82)
cellular protein metabolism	GO:0044267	2	100%	21.7%	0.05(n.s)
protein metabolism	GO:0019538	2	100%	22.06%	0.05(n.s)
cellular macromolecule metabolism	GO:0044260	2	100%	24.52%	0.06(n.s)
macromolecule metabolism	GO:0043170	2	100%	26.04%	0.07(n.s)
primary metabolism	GO:0044238	2	100%	48.71%	0.24(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
molecular function unknown	GO:0005554	2	100%	35.75%	0.13(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial inner membrane	GO:0005743	2	100%	2.43%	5.88E-4(0.95)
inner membrane	GO:0019866	2	100%	2.43%	5.88E-4(0.95)
mitochondrial membrane	GO:0005740	2	100%	3.16%	9.94E-4(n.s)
organelle membrane	GO:0031090	2	100%	8.58%	7.35E-3(n.s)
membrane	GO:0016020	2	100%	15.38%	0.02(n.s)
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_116 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial genome maintenance	GO:0000002	1	50%	0.42%	8.35E-3(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	50%	1.47%	0.03(n.s)
organelle organization and biogenesis	GO:0006996	1	50%	15.69%	0.29(n.s)
cell organization and biogenesis	GO:0016043	1	50%	17.98%	0.33(n.s)
biological process unknown	GO:0000004	1	50%	25.64%	0.45(n.s)
cellular physiological process	GO:0050875	1	50%	71.65%	0.92(n.s)
cellular process	GO:0009987	1	50%	72.29%	0.92(n.s)
physiological process	GO:0007582	1	50%	73.68%	0.93(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
helicase activity	GO:0004386	2	100%	1.3%	1.67E-4(0.27)
ATP-dependent DNA helicase activity	GO:0004003	1	50%	0.15%	3.1E-3(n.s)
DNA-dependent ATPase activity	GO:0008094	1	50%	0.26%	5.26E-3(n.s)
DNA helicase activity	GO:0003678	1	50%	0.43%	8.66E-3(n.s)
ATP-dependent helicase activity	GO:0008026	1	50%	0.57%	0.01(n.s)
ATPase activity, coupled	GO:0042623	1	50%	1.58%	0.03(n.s)
ATPase activity	GO:0016887	1	50%	2.52%	0.05(n.s)
nucleoside-triphosphatase activity	GO:0017111	1	50%	3.42%	0.07(n.s)
pyrophosphatase activity	GO:0016462	1	50%	3.67%	0.07(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	1	50%	3.69%	0.07(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	1	50%	3.69%	0.07(n.s)
catalytic activity	GO:0003824	2	100%	29.21%	0.09(n.s)
hydrolase activity	GO:0016787	1	50%	11.45%	0.22(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
mitochondrial matrix	GO:0005759	1	50%	2.52%	0.05(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_151 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
rRNA processing	GO:0006364	3	100%	2.71%	1.96E-5(0.03)
ribosome biogenesis	GO:0007046	3	100%	3.3%	3.54E-5(0.06)
ribosome biogenesis and assembly	GO:0042254	3	100%	3.9%	5.88E-5(0.1)
cytoplasm organization and biogenesis	GO:0007028	3	100%	3.9%	5.88E-5(0.1)
rRNA metabolism	GO:0016072	3	100%	3.92%	5.95E-5(0.1)
processing of 20S pre-rRNA	GO:0030490	2	66.67%	0.71%	1.48E-4(0.24)
RNA processing	GO:0006396	3	100%	5.33%	1.5E-4(0.24)
RNA metabolism	GO:0016070	3	100%	8.32%	5.73E-4(0.93)
ribosomal small subunit biogenesis	GO:0042274	1	33.33%	0.06%	1.86E-3(n.s)
organelle organization and biogenesis	GO:0006996	3	100%	15.69%	3.85E-3(n.s)
cell organization and biogenesis	GO:0016043	3	100%	17.98%	5.8E-3(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	3	100%	23.17%	0.01(n.s)
biopolymer metabolism	GO:0043283	3	100%	25.06%	0.02(n.s)
35S primary transcript processing	GO:0006365	1	33.33%	1.04%	0.03(n.s)
primary metabolism	GO:0044238	3	100%	48.71%	0.12(n.s)
cellular metabolism	GO:0044237	3	100%	52.12%	0.14(n.s)
metabolism	GO:0008152	3	100%	52.93%	0.15(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
snoRNA binding	GO:0030515	3	100%	0.45%	8.15E-8(1.32E-4)
RNA binding	GO:0003723	3	100%	5.96%	2.11E-4(0.34)
nucleic acid binding	GO:0003676	3	100%	9.87%	9.56E-4(n.s)
binding	GO:0005488	3	100%	17.35%	5.21E-3(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
nucleolar preribosome, small subunit precursor	GO:0030688	2	66.67%	0.03%	1.44E-7(2.33E-4)
Noc4p-Nop14p complex	GO:0030692	2	66.67%	0.03%	1.44E-7(2.33E-4)
small nucleolar ribonucleoprotein complex	GO:0005732	3	100%	0.88%	6.53E-7(1.05E-3)
Noc complex	GO:0030689	2	66.67%	0.08%	1.44E-6(2.33E-3)
90S preribosome	GO:0030686	2	66.67%	0.08%	1.44E-6(2.33E-3)
nucleolar preribosome	GO:0030685	2	66.67%	0.12%	4.03E-6(6.51E-3)
preribosome	GO:0030684	2	66.67%	0.14%	5.18E-6(8.37E-3)
nucleolus	GO:0005730	3	100%	4.58%	9.54E-5(0.15)
ribonucleoprotein complex	GO:0030529	3	100%	7.19%	3.69E-4(0.6)
nuclear microtubule	GO:0005880	1	33.33%	0.09%	2.79E-3(n.s)
intracellular non-membrane-bound organelle	GO:0043232	3	100%	14.3%	2.91E-3(n.s)
non-membrane-bound organelle	GO:0043228	3	100%	14.3%	2.91E-3(n.s)
protein complex	GO:0043234	3	100%	21.07%	9.33E-3(n.s)
microtubule	GO:0005874	1	33.33%	0.56%	0.02(n.s)
nucleus	GO:0005634	3	100%	31.01%	0.03(n.s)
microtubule cytoskeleton	GO:0015630	1	33.33%	1.47%	0.04(n.s)
cytoskeleton	GO:0005856	1	33.33%	2.93%	0.09(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
mitochondrion	GO:0005739	1	33.33%	15.78%	0.4(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_150 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein folding	GO:0006457	2	100%	1.04%	1.06E-4(0.17)
proteasome assembly	GO:0043248	1	50%	0.08%	1.55E-3(n.s)
protein complex assembly	GO:0006461	1	50%	2.26%	0.04(n.s)
cellular protein metabolism	GO:0044267	2	100%	21.7%	0.05(n.s)
protein metabolism	GO:0019538	2	100%	22.06%	0.05(n.s)
cellular macromolecule metabolism	GO:0044260	2	100%	24.52%	0.06(n.s)
macromolecule metabolism	GO:0043170	2	100%	26.04%	0.07(n.s)
response to stress	GO:0006950	1	50%	6.09%	0.12(n.s)
response to stimulus	GO:0050896	1	50%	8.41%	0.16(n.s)
primary metabolism	GO:0044238	2	100%	48.71%	0.24(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
unfolded protein binding	GO:0051082	2	100%	0.9%	7.93E-5(0.13)
cis-trans isomerase activity	GO:0016859	1	50%	0.2%	4.02E-3(n.s)
peptidyl-prolyl cis-trans isomerase activity	GO:0003755	1	50%	0.2%	4.02E-3(n.s)
protein binding	GO:0005515	2	100%	7.39%	5.45E-3(n.s)
isomerase activity	GO:0016853	1	50%	0.81%	0.02(n.s)
binding	GO:0005488	2	100%	17.35%	0.03(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	1	50%	15.78%	0.29(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
intracellular membrane-bound organelle	GO:0043231	1	50%	55.65%	0.8(n.s)
membrane-bound organelle	GO:0043227	1	50%	55.65%	0.8(n.s)
organelle	GO:0043226	1	50%	60.56%	0.84(n.s)
intracellular organelle	GO:0043229	1	50%	60.56%	0.84(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_153 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
lactate metabolism	GO:0006089	1	33.33%	0.03%	9.29E-4(n.s)
bipolar bud site selection	GO:0007121	1	33.33%	0.5%	0.01(n.s)
response to osmotic stress	GO:0006970	1	33.33%	0.91%	0.03(n.s)
actin filament organization	GO:0007015	1	33.33%	0.98%	0.03(n.s)
bud site selection	GO:0000282	1	33.33%	1.01%	0.03(n.s)
cytokinesis, site selection	GO:0007105	1	33.33%	1.01%	0.03(n.s)
endocytosis	GO:0006897	1	33.33%	1.07%	0.03(n.s)
cell budding	GO:0007114	1	33.33%	1.19%	0.04(n.s)
asexual reproduction	GO:0019954	1	33.33%	1.19%	0.04(n.s)
cytokinesis	GO:0000910	1	33.33%	1.5%	0.04(n.s)
actin cytoskeleton organization and biogenesis	GO:0030036	1	33.33%	1.55%	0.05(n.s)
establishment of cell polarity (sensu Fungi)	GO:0030468	1	33.33%	1.6%	0.05(n.s)
establishment of cell polarity	GO:0030010	1	33.33%	1.6%	0.05(n.s)
actin filament-based process	GO:0030029	1	33.33%	1.61%	0.05(n.s)
establishment and/or maintenance of cell polarity (sensu Fungi)	GO:0030467	1	33.33%	1.66%	0.05(n.s)
establishment and/or maintenance of cell polarity	GO:0007163	1	33.33%	1.66%	0.05(n.s)
cell division	GO:0051301	1	33.33%	1.91%	0.06(n.s)
cellular morphogenesis	GO:0000902	1	33.33%	2.23%	0.07(n.s)
morphogenesis	GO:0009653	1	33.33%	2.23%	0.07(n.s)
response to abiotic stimulus	GO:0009628	1	33.33%	3.52%	0.1(n.s)
response to external stimulus	GO:0009605	1	33.33%	3.87%	0.11(n.s)
reproduction	GO:0000003	1	33.33%	3.92%	0.11(n.s)
vesicle-mediated transport	GO:0016192	1	33.33%	4.34%	0.12(n.s)
cytoskeleton organization and biogenesis	GO:0007010	1	33.33%	4.48%	0.13(n.s)
organic acid metabolism	GO:0006082	1	33.33%	4.6%	0.13(n.s)
carboxylic acid metabolism	GO:0019752	1	33.33%	4.6%	0.13(n.s)
development	GO:0007275	1	33.33%	5.73%	0.16(n.s)
biological process unknown	GO:0000004	2	66.67%	25.64%	0.16(n.s)
response to stress	GO:0006950	1	33.33%	6.09%	0.17(n.s)
response to stimulus	GO:0050896	1	33.33%	8.41%	0.23(n.s)
transport	GO:0006810	1	33.33%	14.27%	0.37(n.s)
establishment of localization	GO:0051234	1	33.33%	14.39%	0.37(n.s)
localization	GO:0051179	1	33.33%	14.82%	0.38(n.s)
organelle organization and biogenesis	GO:0006996	1	33.33%	15.69%	0.4(n.s)
cell organization and biogenesis	GO:0016043	1	33.33%	17.98%	0.45(n.s)
cellular physiological process	GO:0050875	2	66.67%	71.65%	0.8(n.s)
cellular process	GO:0009987	2	66.67%	72.29%	0.81(n.s)
physiological process	GO:0007582	2	66.67%	73.68%	0.83(n.s)
cellular metabolism	GO:0044237	1	33.33%	52.12%	0.89(n.s)
metabolism	GO:0008152	1	33.33%	52.93%	0.9(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
actin binding	GO:0003779	2	66.67%	0.25%	1.73E-5(0.03)
cytoskeletal protein binding	GO:0008092	2	66.67%	0.74%	1.62E-4(0.26)
NADPH dehydrogenase activity	GO:0003959	1	33.33%	0.03%	9.29E-4(n.s)
D-lactate dehydrogenase (cytochrome) activity	GO:0004458	1	33.33%	0.05%	1.39E-3(n.s)
oxidoreductase activity, acting on the CH-OH group of donors, cytochrome as acceptor	GO:0016898	1	33.33%	0.06%	1.86E-3(n.s)
lactate dehydrogenase activity	GO:0004457	1	33.33%	0.06%	1.86E-3(n.s)
actin filament binding	GO:0051015	1	33.33%	0.12%	3.71E-3(n.s)
oxidoreductase activity	GO:0016491	2	66.67%	3.73%	4.06E-3(n.s)
oxidoreductase activity, acting on NADH or NADPH	GO:0016651	1	33.33%	0.14%	4.18E-3(n.s)
protein binding, bridging	GO:0030674	1	33.33%	0.2%	6.03E-3(n.s)
electron transporter activity	GO:0005489	1	33.33%	0.34%	0.01(n.s)
protein binding	GO:0005515	2	66.67%	7.39%	0.02(n.s)
oxidoreductase activity, acting on CH-OH group of donors	GO:0016614	1	33.33%	1.18%	0.03(n.s)
binding	GO:0005488	2	66.67%	17.35%	0.08(n.s)
transporter activity	GO:0005215	1	33.33%	6.64%	0.19(n.s)
catalytic activity	GO:0003824	2	66.67%	29.21%	0.21(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
actin cable	GO:0030482	1	33.33%	0.08%	2.32E-3(n.s)
actin cortical patch	GO:0030479	1	33.33%	0.62%	0.02(n.s)
cortical cytoskeleton	GO:0030863	1	33.33%	0.84%	0.02(n.s)
cortical actin cytoskeleton	GO:0030864	1	33.33%	0.84%	0.02(n.s)
actin cytoskeleton	GO:0015629	1	33.33%	1.38%	0.04(n.s)
cell cortex	GO:0005938	1	33.33%	1.52%	0.04(n.s)
mitochondrion	GO:0005739	2	66.67%	15.78%	0.07(n.s)
mitochondrial matrix	GO:0005759	1	33.33%	2.52%	0.07(n.s)
cytoskeleton	GO:0005856	1	33.33%	2.93%	0.09(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
intracellular non-membrane-bound organelle	GO:0043232	1	33.33%	14.3%	0.37(n.s)
non-membrane-bound organelle	GO:0043228	1	33.33%	14.3%	0.37(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
intracellular membrane-bound organelle	GO:0043231	2	66.67%	55.65%	0.58(n.s)
membrane-bound organelle	GO:0043227	2	66.67%	55.65%	0.58(n.s)
nucleus	GO:0005634	1	33.33%	31.01%	0.67(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_152 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial protein processing	GO:0006627	2	100%	0.09%	7.2E-7(1.16E-3)
protein processing	GO:0016485	2	100%	0.51%	2.53E-5(0.04)
protein-mitochondrial targeting	GO:0006626	2	100%	0.73%	5.19E-5(0.08)
protein targeting	GO:0006605	2	100%	3.42%	1.17E-3(n.s)
intracellular protein transport	GO:0006886	2	100%	3.7%	1.36E-3(n.s)
protein transport	GO:0015031	2	100%	3.79%	1.43E-3(n.s)
establishment of protein localization	GO:0045184	2	100%	3.95%	1.55E-3(n.s)
protein localization	GO:0008104	2	100%	4.37%	1.9E-3(n.s)
protein modification	GO:0006464	2	100%	6.68%	4.45E-3(n.s)
intracellular transport	GO:0046907	2	100%	7.53%	5.66E-3(n.s)
biopolymer modification	GO:0043412	2	100%	9.25%	8.54E-3(n.s)
transport	GO:0006810	2	100%	14.27%	0.02(n.s)
establishment of localization	GO:0051234	2	100%	14.39%	0.02(n.s)
localization	GO:0051179	2	100%	14.82%	0.02(n.s)
cellular protein metabolism	GO:0044267	2	100%	21.7%	0.05(n.s)
protein metabolism	GO:0019538	2	100%	22.06%	0.05(n.s)
cellular macromolecule metabolism	GO:0044260	2	100%	24.52%	0.06(n.s)
biopolymer metabolism	GO:0043283	2	100%	25.06%	0.06(n.s)
macromolecule metabolism	GO:0043170	2	100%	26.04%	0.07(n.s)
primary metabolism	GO:0044238	2	100%	48.71%	0.24(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial inner membrane peptidase activity	GO:0004244	2	100%	0.03%	4.8E-8(7.76E-5)
endopeptidase activity	GO:0004175	2	100%	0.99%	9.68E-5(0.16)
peptidase activity	GO:0008233	2	100%	2.48%	6.1E-4(0.99)
hydrolase activity	GO:0016787	2	100%	11.45%	0.01(n.s)
catalytic activity	GO:0003824	2	100%	29.21%	0.09(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial inner membrane peptidase complex	GO:0042720	2	100%	0.05%	1.44E-7(2.33E-4)
mitochondrial inner membrane	GO:0005743	2	100%	2.43%	5.88E-4(0.95)
inner membrane	GO:0019866	2	100%	2.43%	5.88E-4(0.95)
mitochondrial membrane	GO:0005740	2	100%	3.16%	9.94E-4(n.s)
organelle membrane	GO:0031090	2	100%	8.58%	7.35E-3(n.s)
membrane	GO:0016020	2	100%	15.38%	0.02(n.s)
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
protein complex	GO:0043234	2	100%	21.07%	0.04(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_154 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
regulation of transcription, DNA-dependent	GO:0006355	1	50%	4.68%	0.09(n.s)
regulation of transcription	GO:0045449	1	50%	4.96%	0.1(n.s)
regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0019219	1	50%	5.24%	0.1(n.s)
regulation of cellular metabolism	GO:0031323	1	50%	5.98%	0.12(n.s)
regulation of metabolism	GO:0019222	1	50%	6.37%	0.12(n.s)
transcription, DNA-dependent	GO:0006351	1	50%	6.78%	0.13(n.s)
transcription	GO:0006350	1	50%	7.43%	0.14(n.s)
regulation of cellular physiological process	GO:0051244	1	50%	8.49%	0.16(n.s)
regulation of cellular process	GO:0050794	1	50%	8.52%	0.16(n.s)
regulation of physiological process	GO:0050791	1	50%	8.77%	0.17(n.s)
regulation of biological process	GO:0050789	1	50%	8.97%	0.17(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	50%	23.17%	0.41(n.s)
biological process unknown	GO:0000004	1	50%	25.64%	0.45(n.s)
primary metabolism	GO:0044238	1	50%	48.71%	0.74(n.s)
cellular metabolism	GO:0044237	1	50%	52.12%	0.77(n.s)
metabolism	GO:0008152	1	50%	52.93%	0.78(n.s)
cellular physiological process	GO:0050875	1	50%	71.65%	0.92(n.s)
cellular process	GO:0009987	1	50%	72.29%	0.92(n.s)
physiological process	GO:0007582	1	50%	73.68%	0.93(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein binding	GO:0005515	1	50%	7.39%	0.14(n.s)
binding	GO:0005488	1	50%	17.35%	0.32(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
CCR4-NOT complex	GO:0030014	1	50%	0.19%	3.71E-3(n.s)
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
transcription factor complex	GO:0005667	1	50%	1.87%	0.04(n.s)
nucleoplasm	GO:0005654	1	50%	4.86%	0.09(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
protein complex	GO:0043234	1	50%	21.07%	0.38(n.s)
nucleus	GO:0005634	1	50%	31.01%	0.52(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_157 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
transcription from mitochondrial promoter	GO:0006390	2	100%	0.05%	1.44E-7(2.33E-4)
transcription, DNA-dependent	GO:0006351	2	100%	6.78%	4.59E-3(n.s)
transcription	GO:0006350	2	100%	7.43%	5.52E-3(n.s)
mitochondrial genome maintenance	GO:0000002	1	50%	0.42%	8.35E-3(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	50%	1.47%	0.03(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	2	100%	23.17%	0.05(n.s)
primary metabolism	GO:0044238	2	100%	48.71%	0.24(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
organelle organization and biogenesis	GO:0006996	1	50%	15.69%	0.29(n.s)
cell organization and biogenesis	GO:0016043	1	50%	17.98%	0.33(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
DNA-directed RNA polymerase activity	GO:0003899	1	50%	0.51%	0.01(n.s)
transferase activity	GO:0016740	2	100%	10.13%	0.01(n.s)
transcription cofactor activity	GO:0003712	1	50%	0.56%	0.01(n.s)
transcription factor binding	GO:0008134	1	50%	0.6%	0.01(n.s)
S-adenosylmethionine-dependent methyltransferase activity	GO:0008757	1	50%	0.77%	0.02(n.s)
methyltransferase activity	GO:0008168	1	50%	1.1%	0.02(n.s)
transferase activity, transferring one-carbon groups	GO:0016741	1	50%	1.13%	0.02(n.s)
nucleotidyltransferase activity	GO:0016779	1	50%	1.91%	0.04(n.s)
catalytic activity	GO:0003824	2	100%	29.21%	0.09(n.s)
transcription regulator activity	GO:0030528	1	50%	5%	0.1(n.s)
transferase activity, transferring phosphorus-containing groups	GO:0016772	1	50%	5.19%	0.1(n.s)
protein binding	GO:0005515	1	50%	7.39%	0.14(n.s)
binding	GO:0005488	1	50%	17.35%	0.32(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial matrix	GO:0005759	2	100%	2.52%	6.34E-4(n.s)
nucleoid	GO:0009295	1	50%	0.36%	7.11E-3(n.s)
mitochondrial nucleoid	GO:0042645	1	50%	0.36%	7.11E-3(n.s)
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_159 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
RNA 3'-end processing	GO:0031123	2	100%	0.33%	1.01E-5(0.02)
mRNA processing	GO:0006397	2	100%	2.03%	4.09E-4(0.66)
snoRNA 3'-end processing	GO:0031126	1	50%	0.03%	6.2E-4(n.s)
mRNA metabolism	GO:0016071	2	100%	2.85%	8.08E-4(n.s)
snoRNA processing	GO:0043144	1	50%	0.05%	9.29E-4(n.s)
transcription termination from Pol II promoter, RNA polymerase(A)-independent	GO:0030847	1	50%	0.12%	2.48E-3(n.s)
RNA processing	GO:0006396	2	100%	5.33%	2.83E-3(n.s)
transcription termination from Pol II promoter, RNA polymerase(A) coupled	GO:0030846	1	50%	0.15%	3.1E-3(n.s)
snoRNA metabolism	GO:0016074	1	50%	0.19%	3.71E-3(n.s)
transcription termination from RNA polymerase II promoter	GO:0006369	1	50%	0.23%	4.64E-3(n.s)
transcription termination	GO:0006353	1	50%	0.26%	5.26E-3(n.s)
mRNA polyadenylylation	GO:0006378	1	50%	0.28%	5.57E-3(n.s)
mRNA 3'-end processing	GO:0031124	1	50%	0.31%	6.19E-3(n.s)
RNA metabolism	GO:0016070	2	100%	8.32%	6.91E-3(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	2	100%	23.17%	0.05(n.s)
biopolymer metabolism	GO:0043283	2	100%	25.06%	0.06(n.s)
transcription from RNA polymerase II promoter	GO:0006366	1	50%	4.29%	0.08(n.s)
transcription, DNA-dependent	GO:0006351	1	50%	6.78%	0.13(n.s)
transcription	GO:0006350	1	50%	7.43%	0.14(n.s)
primary metabolism	GO:0044238	2	100%	48.71%	0.24(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
RNA binding	GO:0003723	1	50%	5.96%	0.12(n.s)
nucleic acid binding	GO:0003676	1	50%	9.87%	0.19(n.s)
binding	GO:0005488	1	50%	17.35%	0.32(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mRNA cleavage and polyadenylation specificity factor complex	GO:0005847	1	50%	0.23%	4.64E-3(n.s)
mRNA cleavage factor complex	GO:0005849	1	50%	0.31%	6.19E-3(n.s)
bud neck	GO:0005935	1	50%	1.64%	0.03(n.s)
bud	GO:0005933	1	50%	2.12%	0.04(n.s)
site of polarized growth	GO:0030427	1	50%	2.21%	0.04(n.s)
nucleoplasm	GO:0005654	1	50%	4.86%	0.09(n.s)
protein complex	GO:0043234	1	50%	21.07%	0.38(n.s)
nucleus	GO:0005634	1	50%	31.01%	0.52(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
intracellular membrane-bound organelle	GO:0043231	1	50%	55.65%	0.8(n.s)
membrane-bound organelle	GO:0043227	1	50%	55.65%	0.8(n.s)
organelle	GO:0043226	1	50%	60.56%	0.84(n.s)
intracellular organelle	GO:0043229	1	50%	60.56%	0.84(n.s)
intracellular	GO:0005622	1	50%	77.03%	0.95(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_158 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cation transport	GO:0006812	3	100%	1.36%	2.45E-6(3.96E-3)
ion transport	GO:0006811	3	100%	1.64%	4.3E-6(6.95E-3)
proton transport	GO:0015992	2	66.67%	0.37%	3.96E-5(0.06)
hydrogen transport	GO:0006818	2	66.67%	0.37%	3.96E-5(0.06)
regulation of pH	GO:0006885	2	66.67%	0.4%	4.67E-5(0.08)
monovalent inorganic cation transport	GO:0015672	2	66.67%	0.45%	5.83E-5(0.09)
ion homeostasis	GO:0050801	2	66.67%	1.55%	7.05E-4(n.s)
homeostasis	GO:0042592	2	66.67%	1.73%	8.85E-4(n.s)
transport	GO:0006810	3	100%	14.27%	2.9E-3(n.s)
establishment of localization	GO:0051234	3	100%	14.39%	2.97E-3(n.s)
localization	GO:0051179	3	100%	14.82%	3.25E-3(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
hydrogen-exporting ATPase activity, phosphorylative mechanism	GO:0008553	2	66.67%	0.03%	1.44E-7(2.33E-4)
ATPase activity, coupled to transmembrane movement of ions, phosphorylative mechanism	GO:0015662	2	66.67%	0.23%	1.51E-5(0.02)
P-P-bond-hydrolysis-driven transporter activity	GO:0015405	2	66.67%	0.45%	5.83E-5(0.09)
ATPase activity, coupled to transmembrane movement of ions	GO:0042625	2	66.67%	0.46%	6.24E-5(0.1)
primary active transporter activity	GO:0015399	2	66.67%	0.77%	1.75E-4(0.28)
hydrogen ion transporter activity	GO:0015078	2	66.67%	0.84%	2.05E-4(0.33)
hydrolase activity, acting on acid anhydrides, catalyzing transmembrane movement of substances	GO:0016820	2	66.67%	0.87%	2.2E-4(0.36)
ATPase activity, coupled to transmembrane movement of substances	GO:0042626	2	66.67%	0.87%	2.2E-4(0.36)
monovalent inorganic cation transporter activity	GO:0015077	2	66.67%	0.88%	2.28E-4(0.37)
ATPase activity, coupled	GO:0042623	2	66.67%	1.58%	7.34E-4(n.s)
carrier activity	GO:0005386	2	66.67%	1.64%	7.93E-4(n.s)
cation transporter activity	GO:0008324	2	66.67%	1.89%	1.05E-3(n.s)
ion transporter activity	GO:0015075	2	66.67%	2.21%	1.44E-3(n.s)
ATPase activity	GO:0016887	2	66.67%	2.52%	1.87E-3(n.s)
nucleoside-triphosphatase activity	GO:0017111	2	66.67%	3.42%	3.42E-3(n.s)
pyrophosphatase activity	GO:0016462	2	66.67%	3.67%	3.93E-3(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	2	66.67%	3.69%	3.96E-3(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	2	66.67%	3.69%	3.96E-3(n.s)
transporter activity	GO:0005215	2	66.67%	6.64%	0.01(n.s)
hydrolase activity	GO:0016787	2	66.67%	11.45%	0.04(n.s)
catalytic activity	GO:0003824	2	66.67%	29.21%	0.21(n.s)
molecular function unknown	GO:0005554	1	33.33%	35.75%	0.73(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
lipid raft	GO:0045121	1	33.33%	0.08%	2.32E-3(n.s)
membrane	GO:0016020	3	100%	15.38%	3.63E-3(n.s)
plasma membrane	GO:0005886	2	66.67%	3.67%	3.93E-3(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_47 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
biological process unknown	GO:0000004	2	100%	25.64%	0.07(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
molecular function unknown	GO:0005554	2	100%	35.75%	0.13(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_44 (n = 4) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
ribosomal large subunit assembly and maintenance	GO:0000027	2	50%	0.6%	2.12E-4(0.34)
ribosomal subunit assembly	GO:0042257	2	50%	0.81%	3.78E-4(0.61)
ribosome assembly	GO:0042255	2	50%	0.99%	5.73E-4(0.93)
protein complex assembly	GO:0006461	2	50%	2.26%	2.96E-3(n.s)
cytoplasm organization and biogenesis	GO:0007028	2	50%	3.9%	8.64E-3(n.s)
ribosome biogenesis and assembly	GO:0042254	2	50%	3.9%	8.64E-3(n.s)
translational initiation	GO:0006413	1	25%	0.74%	0.03(n.s)
cellular protein metabolism	GO:0044267	3	75%	21.7%	0.03(n.s)
protein metabolism	GO:0019538	3	75%	22.06%	0.04(n.s)
35S primary transcript processing	GO:0006365	1	25%	1.04%	0.04(n.s)
cellular macromolecule metabolism	GO:0044260	3	75%	24.52%	0.05(n.s)
macromolecule metabolism	GO:0043170	3	75%	26.04%	0.06(n.s)
rRNA processing	GO:0006364	1	25%	2.71%	0.1(n.s)
organelle organization and biogenesis	GO:0006996	2	50%	15.69%	0.12(n.s)
ribosome biogenesis	GO:0007046	1	25%	3.3%	0.13(n.s)
rRNA metabolism	GO:0016072	1	25%	3.92%	0.15(n.s)
cell organization and biogenesis	GO:0016043	2	50%	17.98%	0.15(n.s)
RNA processing	GO:0006396	1	25%	5.33%	0.2(n.s)
translation	GO:0043037	1	25%	6.47%	0.23(n.s)
primary metabolism	GO:0044238	3	75%	48.71%	0.29(n.s)
RNA metabolism	GO:0016070	1	25%	8.32%	0.29(n.s)
cellular metabolism	GO:0044237	3	75%	52.12%	0.34(n.s)
metabolism	GO:0008152	3	75%	52.93%	0.36(n.s)
protein biosynthesis	GO:0006412	1	25%	12.16%	0.4(n.s)
macromolecule biosynthesis	GO:0009059	1	25%	13.04%	0.43(n.s)
cellular biosynthesis	GO:0044249	1	25%	17.05%	0.53(n.s)
biosynthesis	GO:0009058	1	25%	18.28%	0.55(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	25%	23.17%	0.65(n.s)
cellular physiological process	GO:0050875	3	75%	71.65%	0.68(n.s)
biopolymer metabolism	GO:0043283	1	25%	25.06%	0.68(n.s)
cellular process	GO:0009987	3	75%	72.29%	0.69(n.s)
biological process unknown	GO:0000004	1	25%	25.64%	0.69(n.s)
physiological process	GO:0007582	3	75%	73.68%	0.72(n.s)
biological_process	GO:0008150	4	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
nucleoside-triphosphatase activity	GO:0017111	2	50%	3.42%	6.69E-3(n.s)
pyrophosphatase activity	GO:0016462	2	50%	3.67%	7.67E-3(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	2	50%	3.69%	7.73E-3(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	2	50%	3.69%	7.73E-3(n.s)
RNA-dependent ATPase activity	GO:0008186	1	25%	0.42%	0.02(n.s)
ATP-dependent RNA helicase activity	GO:0004004	1	25%	0.42%	0.02(n.s)
translation initiation factor activity	GO:0003743	1	25%	0.46%	0.02(n.s)
ATP-dependent helicase activity	GO:0008026	1	25%	0.57%	0.02(n.s)
RNA helicase activity	GO:0003724	1	25%	0.64%	0.03(n.s)
translation factor activity, nucleic acid binding	GO:0008135	1	25%	0.73%	0.03(n.s)
translation regulator activity	GO:0045182	1	25%	0.9%	0.04(n.s)
GTPase activity	GO:0003924	1	25%	0.91%	0.04(n.s)
helicase activity	GO:0004386	1	25%	1.3%	0.05(n.s)
ATPase activity, coupled	GO:0042623	1	25%	1.58%	0.06(n.s)
hydrolase activity	GO:0016787	2	50%	11.45%	0.07(n.s)
ATPase activity	GO:0016887	1	25%	2.52%	0.1(n.s)
catalytic activity	GO:0003824	2	50%	29.21%	0.33(n.s)
nucleic acid binding	GO:0003676	1	25%	9.87%	0.34(n.s)
molecular function unknown	GO:0005554	2	50%	35.75%	0.45(n.s)
binding	GO:0005488	1	25%	17.35%	0.53(n.s)
molecular_function	GO:0003674	4	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
Noc1p-Noc2p complex	GO:0030690	1	25%	0.03%	1.24E-3(n.s)
Noc complex	GO:0030689	1	25%	0.08%	3.1E-3(n.s)
90S preribosome	GO:0030686	1	25%	0.08%	3.1E-3(n.s)
nucleolar preribosome, large subunit precursor	GO:0030687	1	25%	0.08%	3.1E-3(n.s)
nucleolar preribosome	GO:0030685	1	25%	0.12%	4.95E-3(n.s)
preribosome	GO:0030684	1	25%	0.14%	5.57E-3(n.s)
intracellular non-membrane-bound organelle	GO:0043232	3	75%	14.3%	0.01(n.s)
non-membrane-bound organelle	GO:0043228	3	75%	14.3%	0.01(n.s)
nucleolus	GO:0005730	2	50%	4.58%	0.01(n.s)
ribonucleoprotein complex	GO:0030529	2	50%	7.19%	0.03(n.s)
cytosolic small ribosomal subunit (sensu Eukaryota)	GO:0005843	1	25%	0.98%	0.04(n.s)
eukaryotic 48S initiation complex	GO:0016283	1	25%	0.98%	0.04(n.s)
eukaryotic 43S preinitiation complex	GO:0016282	1	25%	1.13%	0.04(n.s)
small ribosomal subunit	GO:0015935	1	25%	1.52%	0.06(n.s)
intracellular membrane-bound organelle	GO:0043231	4	100%	55.65%	0.1(n.s)
membrane-bound organelle	GO:0043227	4	100%	55.65%	0.1(n.s)
cytosolic ribosome (sensu Eukaryota)	GO:0005830	1	25%	2.65%	0.1(n.s)
mitochondrion	GO:0005739	2	50%	15.78%	0.12(n.s)
organelle	GO:0043226	4	100%	60.56%	0.13(n.s)
intracellular organelle	GO:0043229	4	100%	60.56%	0.13(n.s)
ribosome	GO:0005840	1	25%	4.4%	0.16(n.s)
protein complex	GO:0043234	2	50%	21.07%	0.2(n.s)
cytosol	GO:0005829	1	25%	10.08%	0.35(n.s)
intracellular	GO:0005622	4	100%	77.03%	0.35(n.s)
nucleus	GO:0005634	2	50%	31.01%	0.37(n.s)
cytoplasm	GO:0005737	3	75%	55.64%	0.4(n.s)
cell	GO:0005623	4	100%	83.5%	0.49(n.s)
cellular_component	GO:0005575	4	100%	99.61%	0.98(n.s)

cluster_42 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
nuclear mRNA splicing, via spliceosome	GO:0000398	3	100%	1.5%	3.29E-6(5.32E-3)
RNA splicing, via transesterification reactions with bulged adenosine as nucleophile	GO:0000377	3	100%	1.52%	3.39E-6(5.48E-3)
RNA splicing, via transesterification reactions	GO:0000375	3	100%	1.63%	4.18E-6(6.76E-3)
RNA splicing	GO:0008380	3	100%	1.95%	7.26E-6(0.01)
mRNA processing	GO:0006397	3	100%	2.03%	8.17E-6(0.01)
mRNA metabolism	GO:0016071	3	100%	2.85%	2.28E-5(0.04)
RNA processing	GO:0006396	3	100%	5.33%	1.5E-4(0.24)
RNA metabolism	GO:0016070	3	100%	8.32%	5.73E-4(0.93)
mRNA splice site selection	GO:0006376	1	33.33%	0.05%	1.39E-3(n.s)
mRNA catabolism, nonsense-mediated decay	GO:0000184	1	33.33%	0.14%	4.18E-3(n.s)
spliceosome assembly	GO:0000245	1	33.33%	0.23%	6.96E-3(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	3	100%	23.17%	0.01(n.s)
biopolymer metabolism	GO:0043283	3	100%	25.06%	0.02(n.s)
mRNA catabolism	GO:0006402	1	33.33%	0.85%	0.03(n.s)
RNA catabolism	GO:0006401	1	33.33%	0.99%	0.03(n.s)
protein complex assembly	GO:0006461	1	33.33%	2.26%	0.07(n.s)
primary metabolism	GO:0044238	3	100%	48.71%	0.12(n.s)
cellular macromolecule catabolism	GO:0044265	1	33.33%	4.51%	0.13(n.s)
macromolecule catabolism	GO:0009057	1	33.33%	4.83%	0.14(n.s)
cellular metabolism	GO:0044237	3	100%	52.12%	0.14(n.s)
metabolism	GO:0008152	3	100%	52.93%	0.15(n.s)
cellular catabolism	GO:0044248	1	33.33%	5.84%	0.17(n.s)
macromolecule metabolism	GO:0043170	2	66.67%	26.04%	0.17(n.s)
catabolism	GO:0009056	1	33.33%	6.16%	0.17(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
cellular protein metabolism	GO:0044267	1	33.33%	21.7%	0.52(n.s)
protein metabolism	GO:0019538	1	33.33%	22.06%	0.53(n.s)
cellular macromolecule metabolism	GO:0044260	1	33.33%	24.52%	0.57(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mRNA binding	GO:0003729	2	66.67%	0.5%	7.12E-5(0.12)
RNA binding	GO:0003723	3	100%	5.96%	2.11E-4(0.34)
nucleic acid binding	GO:0003676	3	100%	9.87%	9.56E-4(n.s)
binding	GO:0005488	3	100%	17.35%	5.21E-3(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
commitment complex	GO:0000243	2	66.67%	0.22%	1.31E-5(0.02)
spliceosome complex	GO:0005681	2	66.67%	1.15%	3.86E-4(0.62)
snRNA cap binding complex	GO:0005846	1	33.33%	0.03%	9.29E-4(n.s)
snRNP U1	GO:0005685	1	33.33%	0.17%	5.1E-3(n.s)
ribonucleoprotein complex	GO:0030529	2	66.67%	7.19%	0.01(n.s)
major (U2-dependent) spliceosome	GO:0005684	1	33.33%	0.57%	0.02(n.s)
small nuclear ribonucleoprotein complex	GO:0030532	1	33.33%	0.99%	0.03(n.s)
nucleus	GO:0005634	3	100%	31.01%	0.03(n.s)
protein complex	GO:0043234	2	66.67%	21.07%	0.11(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
mitochondrion	GO:0005739	1	33.33%	15.78%	0.4(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cytoplasm	GO:0005737	2	66.67%	55.64%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_43 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
fatty acid biosynthesis	GO:0006633	1	33.33%	0.19%	5.57E-3(n.s)
carboxylic acid biosynthesis	GO:0046394	1	33.33%	0.26%	7.88E-3(n.s)
organic acid biosynthesis	GO:0016053	1	33.33%	0.26%	7.88E-3(n.s)
fatty acid metabolism	GO:0006631	1	33.33%	0.67%	0.02(n.s)
protein folding	GO:0006457	1	33.33%	1.04%	0.03(n.s)
aerobic respiration	GO:0009060	1	33.33%	1.27%	0.04(n.s)
cellular respiration	GO:0045333	1	33.33%	1.35%	0.04(n.s)
lipid biosynthesis	GO:0008610	1	33.33%	1.92%	0.06(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	33.33%	3.04%	0.09(n.s)
cellular lipid metabolism	GO:0044255	1	33.33%	3.16%	0.09(n.s)
lipid metabolism	GO:0006629	1	33.33%	3.38%	0.1(n.s)
generation of precursor metabolites and energy	GO:0006091	1	33.33%	3.5%	0.1(n.s)
organic acid metabolism	GO:0006082	1	33.33%	4.6%	0.13(n.s)
carboxylic acid metabolism	GO:0019752	1	33.33%	4.6%	0.13(n.s)
cellular biosynthesis	GO:0044249	1	33.33%	17.05%	0.43(n.s)
biosynthesis	GO:0009058	1	33.33%	18.28%	0.45(n.s)
primary metabolism	GO:0044238	2	66.67%	48.71%	0.48(n.s)
cellular protein metabolism	GO:0044267	1	33.33%	21.7%	0.52(n.s)
protein metabolism	GO:0019538	1	33.33%	22.06%	0.53(n.s)
cellular metabolism	GO:0044237	2	66.67%	52.12%	0.53(n.s)
metabolism	GO:0008152	2	66.67%	52.93%	0.54(n.s)
cellular macromolecule metabolism	GO:0044260	1	33.33%	24.52%	0.57(n.s)
biological process unknown	GO:0000004	1	33.33%	25.64%	0.59(n.s)
macromolecule metabolism	GO:0043170	1	33.33%	26.04%	0.6(n.s)
cellular physiological process	GO:0050875	2	66.67%	71.65%	0.8(n.s)
cellular process	GO:0009987	2	66.67%	72.29%	0.81(n.s)
physiological process	GO:0007582	2	66.67%	73.68%	0.83(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
enoyl-[acyl-carrier protein] reductase activity	GO:0016631	1	33.33%	0.03%	9.29E-4(n.s)
oxidoreductase activity, acting on the CH-CH group of donors, NAD or NADP as acceptor	GO:0016628	1	33.33%	0.14%	4.18E-3(n.s)
cis-trans isomerase activity	GO:0016859	1	33.33%	0.2%	6.03E-3(n.s)
peptidyl-prolyl cis-trans isomerase activity	GO:0003755	1	33.33%	0.2%	6.03E-3(n.s)
oxidoreductase activity, acting on the CH-CH group of donors	GO:0016627	1	33.33%	0.29%	8.8E-3(n.s)
isomerase activity	GO:0016853	1	33.33%	0.81%	0.02(n.s)
oxidoreductase activity	GO:0016491	1	33.33%	3.73%	0.11(n.s)
catalytic activity	GO:0003824	2	66.67%	29.21%	0.21(n.s)
molecular function unknown	GO:0005554	1	33.33%	35.75%	0.73(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_40 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
biological process unknown	GO:0000004	2	100%	25.64%	0.07(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds	GO:0016810	1	50%	0.93%	0.02(n.s)
hydrolase activity	GO:0016787	1	50%	11.45%	0.22(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_5 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial transport	GO:0006839	1	50%	0.17%	3.41E-3(n.s)
intracellular transport	GO:0046907	1	50%	7.53%	0.14(n.s)
transport	GO:0006810	1	50%	14.27%	0.26(n.s)
establishment of localization	GO:0051234	1	50%	14.39%	0.27(n.s)
localization	GO:0051179	1	50%	14.82%	0.27(n.s)
biological process unknown	GO:0000004	1	50%	25.64%	0.45(n.s)
cellular physiological process	GO:0050875	1	50%	71.65%	0.92(n.s)
cellular process	GO:0009987	1	50%	72.29%	0.92(n.s)
physiological process	GO:0007582	1	50%	73.68%	0.93(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
intracellular transporter activity	GO:0005478	1	50%	0.46%	9.27E-3(n.s)
organic acid transporter activity	GO:0005342	1	50%	0.79%	0.02(n.s)
transporter activity	GO:0005215	1	50%	6.64%	0.13(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
mitochondrial inner membrane	GO:0005743	1	50%	2.43%	0.05(n.s)
inner membrane	GO:0019866	1	50%	2.43%	0.05(n.s)
mitochondrial membrane	GO:0005740	1	50%	3.16%	0.06(n.s)
organelle membrane	GO:0031090	1	50%	8.58%	0.16(n.s)
membrane	GO:0016020	1	50%	15.38%	0.28(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_146 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
methionyl-tRNA aminoacylation	GO:0006431	3	100%	0.05%	2.23E-11(3.6E-8)
tRNA aminoacylation	GO:0043039	3	100%	0.46%	9.06E-8(1.46E-4)
amino acid activation	GO:0043038	3	100%	0.46%	9.06E-8(1.46E-4)
tRNA aminoacylation for protein translation	GO:0006418	3	100%	0.46%	9.06E-8(1.46E-4)
tRNA modification	GO:0006400	3	100%	1.02%	1.02E-6(1.65E-3)
tRNA metabolism	GO:0006399	3	100%	1.6%	3.95E-6(6.38E-3)
RNA modification	GO:0009451	3	100%	2.42%	1.38E-5(0.02)
amino acid metabolism	GO:0006520	3	100%	2.82%	2.2E-5(0.04)
amino acid and derivative metabolism	GO:0006519	3	100%	3.05%	2.8E-5(0.05)
amine metabolism	GO:0009308	3	100%	3.38%	3.8E-5(0.06)
nitrogen compound metabolism	GO:0006807	3	100%	3.66%	4.83E-5(0.08)
organic acid metabolism	GO:0006082	3	100%	4.6%	9.64E-5(0.16)
carboxylic acid metabolism	GO:0019752	3	100%	4.6%	9.64E-5(0.16)
translation	GO:0043037	3	100%	6.47%	2.7E-4(0.44)
RNA metabolism	GO:0016070	3	100%	8.32%	5.73E-4(0.93)
biopolymer modification	GO:0043412	3	100%	9.25%	7.87E-4(n.s)
protein biosynthesis	GO:0006412	3	100%	12.16%	1.79E-3(n.s)
macromolecule biosynthesis	GO:0009059	3	100%	13.04%	2.21E-3(n.s)
cellular biosynthesis	GO:0044249	3	100%	17.05%	4.95E-3(n.s)
biosynthesis	GO:0009058	3	100%	18.28%	6.09E-3(n.s)
cellular protein metabolism	GO:0044267	3	100%	21.7%	0.01(n.s)
protein metabolism	GO:0019538	3	100%	22.06%	0.01(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	3	100%	23.17%	0.01(n.s)
cellular macromolecule metabolism	GO:0044260	3	100%	24.52%	0.01(n.s)
biopolymer metabolism	GO:0043283	3	100%	25.06%	0.02(n.s)
macromolecule metabolism	GO:0043170	3	100%	26.04%	0.02(n.s)
translational initiation	GO:0006413	1	33.33%	0.74%	0.02(n.s)
primary metabolism	GO:0044238	3	100%	48.71%	0.12(n.s)
cellular metabolism	GO:0044237	3	100%	52.12%	0.14(n.s)
metabolism	GO:0008152	3	100%	52.93%	0.15(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
methionine-tRNA ligase activity	GO:0004825	2	66.67%	0.03%	1.44E-7(2.33E-4)
ligase activity, forming carbon-oxygen bonds	GO:0016875	2	66.67%	0.56%	9.04E-5(0.15)
tRNA ligase activity	GO:0004812	2	66.67%	0.56%	9.04E-5(0.15)
ligase activity, forming aminoacyl-tRNA and related compounds	GO:0016876	2	66.67%	0.56%	9.04E-5(0.15)
RNA ligase activity	GO:0008452	2	66.67%	0.57%	9.55E-5(0.15)
ligase activity, forming phosphoric ester bonds	GO:0016886	2	66.67%	0.62%	1.12E-4(0.18)
methionyl-tRNA formyltransferase activity	GO:0004479	1	33.33%	0.02%	**
ligase activity	GO:0016874	2	66.67%	1.89%	1.05E-3(n.s)
hydroxymethyl-, formyl- and related transferase activity	GO:0016742	1	33.33%	0.08%	2.32E-3(n.s)
glycine hydroxymethyltransferase activity	GO:0004372	1	33.33%	0.11%	3.25E-3(n.s)
catalytic activity	GO:0003824	3	100%	29.21%	0.02(n.s)
methyltransferase activity	GO:0008168	1	33.33%	1.1%	0.03(n.s)
transferase activity, transferring one-carbon groups	GO:0016741	1	33.33%	1.13%	0.03(n.s)
transferase activity	GO:0016740	1	33.33%	10.13%	0.27(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
methionyl glutamyl tRNA synthetase complex	GO:0017102	1	33.33%	0.05%	1.39E-3(n.s)
unlocalized protein complex	GO:0005941	1	33.33%	0.57%	0.02(n.s)
mitochondrion	GO:0005739	2	66.67%	15.78%	0.07(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
protein complex	GO:0043234	1	33.33%	21.07%	0.51(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
intracellular membrane-bound organelle	GO:0043231	2	66.67%	55.65%	0.58(n.s)
membrane-bound organelle	GO:0043227	2	66.67%	55.65%	0.58(n.s)
organelle	GO:0043226	2	66.67%	60.56%	0.66(n.s)
intracellular organelle	GO:0043229	2	66.67%	60.56%	0.66(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_144 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cytochrome c-heme linkage	GO:0018063	1	50%	0.05%	9.29E-4(n.s)
protein-tetrapyrrole linkage	GO:0017006	1	50%	0.05%	9.29E-4(n.s)
protein-heme linkage	GO:0017003	1	50%	0.05%	9.29E-4(n.s)
cytochrome complex assembly	GO:0017004	1	50%	0.08%	1.55E-3(n.s)
chromatin silencing at ribosomal DNA	GO:0000183	1	50%	0.22%	4.33E-3(n.s)
nicotinamide metabolism	GO:0006769	1	50%	0.46%	9.27E-3(n.s)
pyridine nucleotide metabolism	GO:0019362	1	50%	0.51%	0.01(n.s)
oxidoreduction coenzyme metabolism	GO:0006733	1	50%	0.67%	0.01(n.s)
vitamin metabolism	GO:0006766	1	50%	1.13%	0.02(n.s)
water-soluble vitamin metabolism	GO:0006767	1	50%	1.13%	0.02(n.s)
negative regulation of gene expression, epigenetic	GO:0045814	1	50%	1.19%	0.02(n.s)
chromatin silencing	GO:0006342	1	50%	1.19%	0.02(n.s)
gene silencing	GO:0016458	1	50%	1.19%	0.02(n.s)
heterochromatin formation	GO:0031507	1	50%	1.19%	0.02(n.s)
regulation of gene expression, epigenetic	GO:0040029	1	50%	1.27%	0.03(n.s)
chromatin assembly	GO:0031497	1	50%	1.27%	0.03(n.s)
nucleotide metabolism	GO:0009117	1	50%	1.38%	0.03(n.s)
chromatin assembly or disassembly	GO:0006333	1	50%	1.52%	0.03(n.s)
coenzyme metabolism	GO:0006732	1	50%	1.81%	0.04(n.s)
negative regulation of transcription, DNA-dependent	GO:0045892	1	50%	1.89%	0.04(n.s)
negative regulation of transcription	GO:0016481	1	50%	1.95%	0.04(n.s)
chromatin remodeling	GO:0006338	1	50%	2.01%	0.04(n.s)
negative regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0045934	1	50%	2.11%	0.04(n.s)
cofactor metabolism	GO:0051186	1	50%	2.26%	0.04(n.s)
protein complex assembly	GO:0006461	1	50%	2.26%	0.04(n.s)
negative regulation of cellular metabolism	GO:0031324	1	50%	2.29%	0.05(n.s)
negative regulation of metabolism	GO:0009892	1	50%	2.4%	0.05(n.s)
negative regulation of cellular physiological process	GO:0051243	1	50%	2.59%	0.05(n.s)
negative regulation of cellular process	GO:0048523	1	50%	2.59%	0.05(n.s)
negative regulation of physiological process	GO:0043118	1	50%	2.62%	0.05(n.s)
negative regulation of biological process	GO:0048519	1	50%	2.71%	0.05(n.s)
chromatin modification	GO:0016568	1	50%	2.77%	0.05(n.s)
DNA packaging	GO:0006323	1	50%	3.14%	0.06(n.s)
establishment and/or maintenance of chromatin architecture	GO:0006325	1	50%	3.14%	0.06(n.s)
biopolymer metabolism	GO:0043283	2	100%	25.06%	0.06(n.s)
chromosome organization and biogenesis (sensu Eukaryota)	GO:0007001	1	50%	3.72%	0.07(n.s)
chromosome organization and biogenesis	GO:0051276	1	50%	3.9%	0.08(n.s)
regulation of transcription, DNA-dependent	GO:0006355	1	50%	4.68%	0.09(n.s)
regulation of transcription	GO:0045449	1	50%	4.96%	0.1(n.s)
regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0019219	1	50%	5.24%	0.1(n.s)
development	GO:0007275	1	50%	5.73%	0.11(n.s)
regulation of cellular metabolism	GO:0031323	1	50%	5.98%	0.12(n.s)
regulation of metabolism	GO:0019222	1	50%	6.37%	0.12(n.s)
protein modification	GO:0006464	1	50%	6.68%	0.13(n.s)
transcription, DNA-dependent	GO:0006351	1	50%	6.78%	0.13(n.s)
transcription	GO:0006350	1	50%	7.43%	0.14(n.s)
regulation of cellular physiological process	GO:0051244	1	50%	8.49%	0.16(n.s)
regulation of cellular process	GO:0050794	1	50%	8.52%	0.16(n.s)
DNA metabolism	GO:0006259	1	50%	8.58%	0.16(n.s)
regulation of physiological process	GO:0050791	1	50%	8.77%	0.17(n.s)
regulation of biological process	GO:0050789	1	50%	8.97%	0.17(n.s)
biopolymer modification	GO:0043412	1	50%	9.25%	0.18(n.s)
primary metabolism	GO:0044238	2	100%	48.71%	0.24(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
organelle organization and biogenesis	GO:0006996	1	50%	15.69%	0.29(n.s)
cell organization and biogenesis	GO:0016043	1	50%	17.98%	0.33(n.s)
cellular protein metabolism	GO:0044267	1	50%	21.7%	0.39(n.s)
protein metabolism	GO:0019538	1	50%	22.06%	0.39(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	50%	23.17%	0.41(n.s)
cellular macromolecule metabolism	GO:0044260	1	50%	24.52%	0.43(n.s)
macromolecule metabolism	GO:0043170	1	50%	26.04%	0.45(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
nicotinamide N-methyltransferase activity	GO:0008112	1	50%	0.02%	**
holocytochrome-c synthase activity	GO:0004408	1	50%	0.03%	6.2E-4(n.s)
carbon-sulfur lyase activity	GO:0016846	1	50%	0.14%	2.79E-3(n.s)
N-methyltransferase activity	GO:0008170	1	50%	0.2%	4.02E-3(n.s)
S-adenosylmethionine-dependent methyltransferase activity	GO:0008757	1	50%	0.77%	0.02(n.s)
methyltransferase activity	GO:0008168	1	50%	1.1%	0.02(n.s)
transferase activity, transferring one-carbon groups	GO:0016741	1	50%	1.13%	0.02(n.s)
lyase activity	GO:0016829	1	50%	1.27%	0.03(n.s)
catalytic activity	GO:0003824	2	100%	29.21%	0.09(n.s)
transferase activity	GO:0016740	1	50%	10.13%	0.19(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial intermembrane space	GO:0005758	1	50%	0.39%	7.73E-3(n.s)
mitochondrion	GO:0005739	1	50%	15.78%	0.29(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
intracellular membrane-bound organelle	GO:0043231	1	50%	55.65%	0.8(n.s)
membrane-bound organelle	GO:0043227	1	50%	55.65%	0.8(n.s)
organelle	GO:0043226	1	50%	60.56%	0.84(n.s)
intracellular organelle	GO:0043229	1	50%	60.56%	0.84(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_145 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
one-carbon compound metabolism	GO:0006730	1	50%	0.19%	3.71E-3(n.s)
biological process unknown	GO:0000004	1	50%	25.64%	0.45(n.s)
cellular metabolism	GO:0044237	1	50%	52.12%	0.77(n.s)
metabolism	GO:0008152	1	50%	52.93%	0.78(n.s)
cellular physiological process	GO:0050875	1	50%	71.65%	0.92(n.s)
cellular process	GO:0009987	1	50%	72.29%	0.92(n.s)
physiological process	GO:0007582	1	50%	73.68%	0.93(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
tetrahydrofolylpolyglutamate synthase activity	GO:0004326	2	100%	0.03%	4.8E-8(7.76E-5)
acid-amino acid ligase activity	GO:0016881	2	100%	0.74%	5.41E-5(0.09)
ligase activity, forming carbon-nitrogen bonds	GO:0016879	2	100%	1.07%	1.13E-4(0.18)
ligase activity	GO:0016874	2	100%	1.89%	3.54E-4(0.57)
catalytic activity	GO:0003824	2	100%	29.21%	0.09(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_142 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
double-strand break repair via break-induced replication	GO:0000727	1	50%	0.09%	1.86E-3(n.s)
double-strand break repair via single-strand annealing	GO:0045002	1	50%	0.17%	3.41E-3(n.s)
telomerase-independent telomere maintenance	GO:0000722	1	50%	0.2%	4.02E-3(n.s)
double-strand break repair via homologous recombination	GO:0000724	1	50%	0.28%	5.57E-3(n.s)
recombinational repair	GO:0000725	1	50%	0.29%	5.88E-3(n.s)
mitotic recombination	GO:0006312	1	50%	0.39%	7.73E-3(n.s)
non-recombinational repair	GO:0000726	1	50%	0.43%	8.66E-3(n.s)
double-strand break repair	GO:0006302	1	50%	0.64%	0.01(n.s)
telomere maintenance	GO:0000723	1	50%	0.65%	0.01(n.s)
DNA repair	GO:0006281	1	50%	2.32%	0.05(n.s)
response to DNA damage stimulus	GO:0006974	1	50%	2.73%	0.05(n.s)
response to endogenous stimulus	GO:0009719	1	50%	2.82%	0.06(n.s)
DNA recombination	GO:0006310	1	50%	2.91%	0.06(n.s)
chromosome organization and biogenesis (sensu Eukaryota)	GO:0007001	1	50%	3.72%	0.07(n.s)
chromosome organization and biogenesis	GO:0051276	1	50%	3.9%	0.08(n.s)
response to stress	GO:0006950	1	50%	6.09%	0.12(n.s)
cell cycle	GO:0007049	1	50%	6.12%	0.12(n.s)
response to stimulus	GO:0050896	1	50%	8.41%	0.16(n.s)
DNA metabolism	GO:0006259	1	50%	8.58%	0.16(n.s)
organelle organization and biogenesis	GO:0006996	1	50%	15.69%	0.29(n.s)
cell organization and biogenesis	GO:0016043	1	50%	17.98%	0.33(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	50%	23.17%	0.41(n.s)
biopolymer metabolism	GO:0043283	1	50%	25.06%	0.44(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
primary metabolism	GO:0044238	1	50%	48.71%	0.74(n.s)
cellular metabolism	GO:0044237	1	50%	52.12%	0.77(n.s)
metabolism	GO:0008152	1	50%	52.93%	0.78(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
DNA strand annealing activity	GO:0000739	1	50%	0.03%	6.2E-4(n.s)
double-stranded DNA binding	GO:0003690	1	50%	0.14%	2.79E-3(n.s)
single-stranded DNA binding	GO:0003697	1	50%	0.19%	3.71E-3(n.s)
DNA binding	GO:0003677	1	50%	3.18%	0.06(n.s)
protein binding	GO:0005515	1	50%	7.39%	0.14(n.s)
nucleic acid binding	GO:0003676	1	50%	9.87%	0.19(n.s)
binding	GO:0005488	1	50%	17.35%	0.32(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	1	50%	15.78%	0.29(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
nucleus	GO:0005634	1	50%	31.01%	0.52(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cytoplasm	GO:0005737	1	50%	55.64%	0.8(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_143 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
biological process unknown	GO:0000004	2	100%	25.64%	0.07(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
molecular function unknown	GO:0005554	2	100%	35.75%	0.13(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
integral to membrane	GO:0016021	1	50%	3.55%	0.07(n.s)
intrinsic to membrane	GO:0031224	1	50%	3.61%	0.07(n.s)
membrane	GO:0016020	1	50%	15.38%	0.28(n.s)
cellular component unknown	GO:0008372	1	50%	15.74%	0.29(n.s)
mitochondrion	GO:0005739	1	50%	15.78%	0.29(n.s)
cytoplasm	GO:0005737	1	50%	55.64%	0.8(n.s)
intracellular membrane-bound organelle	GO:0043231	1	50%	55.65%	0.8(n.s)
membrane-bound organelle	GO:0043227	1	50%	55.65%	0.8(n.s)
organelle	GO:0043226	1	50%	60.56%	0.84(n.s)
intracellular organelle	GO:0043229	1	50%	60.56%	0.84(n.s)
intracellular	GO:0005622	1	50%	77.03%	0.95(n.s)
cell	GO:0005623	1	50%	83.5%	0.97(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_140 (n = 4) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
drug transport	GO:0015893	1	25%	0.2%	8.03E-3(n.s)
response to drug	GO:0042493	1	25%	0.48%	0.02(n.s)
processing of 20S pre-rRNA	GO:0030490	1	25%	0.71%	0.03(n.s)
post-Golgi transport	GO:0006892	1	25%	0.79%	0.03(n.s)
Golgi vesicle transport	GO:0048193	1	25%	2.18%	0.08(n.s)
response to chemical substance	GO:0042221	1	25%	2.18%	0.08(n.s)
transport	GO:0006810	2	50%	14.27%	0.1(n.s)
establishment of localization	GO:0051234	2	50%	14.39%	0.1(n.s)
rRNA processing	GO:0006364	1	25%	2.71%	0.1(n.s)
localization	GO:0051179	2	50%	14.82%	0.11(n.s)
secretory pathway	GO:0045045	1	25%	3.13%	0.12(n.s)
secretion	GO:0046903	1	25%	3.24%	0.12(n.s)
ribosome biogenesis	GO:0007046	1	25%	3.3%	0.13(n.s)
response to abiotic stimulus	GO:0009628	1	25%	3.52%	0.13(n.s)
intracellular protein transport	GO:0006886	1	25%	3.7%	0.14(n.s)
protein transport	GO:0015031	1	25%	3.79%	0.14(n.s)
response to external stimulus	GO:0009605	1	25%	3.87%	0.15(n.s)
cytoplasm organization and biogenesis	GO:0007028	1	25%	3.9%	0.15(n.s)
ribosome biogenesis and assembly	GO:0042254	1	25%	3.9%	0.15(n.s)
rRNA metabolism	GO:0016072	1	25%	3.92%	0.15(n.s)
establishment of protein localization	GO:0045184	1	25%	3.95%	0.15(n.s)
vesicle-mediated transport	GO:0016192	1	25%	4.34%	0.16(n.s)
protein localization	GO:0008104	1	25%	4.37%	0.16(n.s)
RNA processing	GO:0006396	1	25%	5.33%	0.2(n.s)
intracellular transport	GO:0046907	1	25%	7.53%	0.27(n.s)
biological process unknown	GO:0000004	2	50%	25.64%	0.27(n.s)
RNA metabolism	GO:0016070	1	25%	8.32%	0.29(n.s)
response to stimulus	GO:0050896	1	25%	8.41%	0.3(n.s)
organelle organization and biogenesis	GO:0006996	1	25%	15.69%	0.49(n.s)
cell organization and biogenesis	GO:0016043	1	25%	17.98%	0.55(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	1	25%	23.17%	0.65(n.s)
biopolymer metabolism	GO:0043283	1	25%	25.06%	0.68(n.s)
cellular physiological process	GO:0050875	2	50%	71.65%	0.93(n.s)
primary metabolism	GO:0044238	1	25%	48.71%	0.93(n.s)
cellular process	GO:0009987	2	50%	72.29%	0.93(n.s)
physiological process	GO:0007582	2	50%	73.68%	0.94(n.s)
cellular metabolism	GO:0044237	1	25%	52.12%	0.95(n.s)
metabolism	GO:0008152	1	25%	52.93%	0.95(n.s)
biological_process	GO:0008150	4	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
hydrolase activity, acting on acid anhydrides, catalyzing transmembrane movement of substances	GO:0016820	2	50%	0.87%	4.39E-4(0.71)
ATPase activity, coupled to transmembrane movement of substances	GO:0042626	2	50%	0.87%	4.39E-4(0.71)
ATPase activity, coupled	GO:0042623	2	50%	1.58%	1.45E-3(n.s)
xenobiotic-transporting ATPase activity	GO:0008559	1	25%	0.08%	3.1E-3(n.s)
xenobiotic transporter activity	GO:0042910	1	25%	0.08%	3.1E-3(n.s)
ATPase activity	GO:0016887	2	50%	2.52%	3.68E-3(n.s)
phospholipid-translocating ATPase activity	GO:0004012	1	25%	0.09%	3.71E-3(n.s)
aminophospholipid transporter activity	GO:0015247	1	25%	0.09%	3.71E-3(n.s)
nucleoside-triphosphatase activity	GO:0017111	2	50%	3.42%	6.69E-3(n.s)
phospholipid transporter activity	GO:0005548	1	25%	0.17%	6.8E-3(n.s)
multidrug transporter activity	GO:0015239	1	25%	0.19%	7.42E-3(n.s)
pyrophosphatase activity	GO:0016462	2	50%	3.67%	7.67E-3(n.s)
hydrolase activity, acting on acid anhydrides	GO:0016817	2	50%	3.69%	7.73E-3(n.s)
hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	GO:0016818	2	50%	3.69%	7.73E-3(n.s)
ATPase activity, coupled to transmembrane movement of ions, phosphorylative mechanism	GO:0015662	1	25%	0.23%	9.26E-3(n.s)
drug transporter activity	GO:0015238	1	25%	0.23%	9.26E-3(n.s)
lipid transporter activity	GO:0005319	1	25%	0.23%	9.26E-3(n.s)
lipid binding	GO:0008289	1	25%	0.36%	0.01(n.s)
P-P-bond-hydrolysis-driven transporter activity	GO:0015405	1	25%	0.45%	0.02(n.s)
ATPase activity, coupled to transmembrane movement of ions	GO:0042625	1	25%	0.46%	0.02(n.s)
transporter activity	GO:0005215	2	50%	6.64%	0.02(n.s)
primary active transporter activity	GO:0015399	1	25%	0.77%	0.03(n.s)
carrier activity	GO:0005386	1	25%	1.64%	0.06(n.s)
hydrolase activity	GO:0016787	2	50%	11.45%	0.07(n.s)
cation transporter activity	GO:0008324	1	25%	1.89%	0.07(n.s)
ion transporter activity	GO:0015075	1	25%	2.21%	0.09(n.s)
catalytic activity	GO:0003824	2	50%	29.21%	0.33(n.s)
binding	GO:0005488	1	25%	17.35%	0.53(n.s)
molecular function unknown	GO:0005554	1	25%	35.75%	0.83(n.s)
molecular_function	GO:0003674	4	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
trans-Golgi network transport vesicle	GO:0030140	1	25%	0.12%	4.95E-3(n.s)
transport vesicle	GO:0030133	1	25%	0.19%	7.42E-3(n.s)
plasma membrane	GO:0005886	2	50%	3.67%	7.67E-3(n.s)
clathrin-coated vesicle	GO:0030136	1	25%	0.25%	9.88E-3(n.s)
Golgi vesicle	GO:0005798	1	25%	0.26%	0.01(n.s)
Golgi membrane	GO:0000139	1	25%	0.39%	0.02(n.s)
coated vesicle	GO:0030135	1	25%	0.79%	0.03(n.s)
cytoplasmic vesicle	GO:0031410	1	25%	1.16%	0.05(n.s)
cytoplasmic membrane-bound vesicle	GO:0016023	1	25%	1.16%	0.05(n.s)
Golgi apparatus	GO:0005794	1	25%	2.01%	0.08(n.s)
bud	GO:0005933	1	25%	2.12%	0.08(n.s)
cytoplasm	GO:0005737	4	100%	55.64%	0.1(n.s)
membrane	GO:0016020	2	50%	15.38%	0.11(n.s)
mitochondrion	GO:0005739	2	50%	15.78%	0.12(n.s)
endomembrane system	GO:0012505	1	25%	3.7%	0.14(n.s)
organelle membrane	GO:0031090	1	25%	8.58%	0.3(n.s)
intracellular	GO:0005622	4	100%	77.03%	0.35(n.s)
intracellular membrane-bound organelle	GO:0043231	3	75%	55.65%	0.4(n.s)
membrane-bound organelle	GO:0043227	3	75%	55.65%	0.4(n.s)
organelle	GO:0043226	3	75%	60.56%	0.48(n.s)
intracellular organelle	GO:0043229	3	75%	60.56%	0.48(n.s)
cell	GO:0005623	4	100%	83.5%	0.49(n.s)
cellular_component	GO:0005575	4	100%	99.61%	0.98(n.s)

cluster_141 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
biological process unknown	GO:0000004	2	100%	25.64%	0.07(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
molecular function unknown	GO:0005554	2	100%	35.75%	0.13(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cellular component unknown	GO:0008372	1	50%	15.74%	0.29(n.s)
mitochondrion	GO:0005739	1	50%	15.78%	0.29(n.s)
cytoplasm	GO:0005737	1	50%	55.64%	0.8(n.s)
intracellular membrane-bound organelle	GO:0043231	1	50%	55.65%	0.8(n.s)
membrane-bound organelle	GO:0043227	1	50%	55.65%	0.8(n.s)
organelle	GO:0043226	1	50%	60.56%	0.84(n.s)
intracellular organelle	GO:0043229	1	50%	60.56%	0.84(n.s)
intracellular	GO:0005622	1	50%	77.03%	0.95(n.s)
cell	GO:0005623	1	50%	83.5%	0.97(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_148 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
electron transport	GO:0006118	2	100%	0.48%	2.23E-5(0.04)
generation of precursor metabolites and energy	GO:0006091	2	100%	3.5%	1.22E-3(n.s)
ergosterol metabolism	GO:0008204	1	50%	0.39%	7.73E-3(n.s)
ergosterol biosynthesis	GO:0006696	1	50%	0.39%	7.73E-3(n.s)
sterol biosynthesis	GO:0016126	1	50%	0.45%	8.96E-3(n.s)
steroid biosynthesis	GO:0006694	1	50%	0.56%	0.01(n.s)
sterol metabolism	GO:0016125	1	50%	0.57%	0.01(n.s)
steroid metabolism	GO:0008202	1	50%	0.7%	0.01(n.s)
response to oxidative stress	GO:0006979	1	50%	0.79%	0.02(n.s)
oxygen and reactive oxygen species metabolism	GO:0006800	1	50%	0.82%	0.02(n.s)
transport	GO:0006810	2	100%	14.27%	0.02(n.s)
establishment of localization	GO:0051234	2	100%	14.39%	0.02(n.s)
response to biotic stimulus	GO:0009607	1	50%	1.08%	0.02(n.s)
localization	GO:0051179	2	100%	14.82%	0.02(n.s)
lipid biosynthesis	GO:0008610	1	50%	1.92%	0.04(n.s)
alcohol metabolism	GO:0006066	1	50%	2.43%	0.05(n.s)
cellular lipid metabolism	GO:0044255	1	50%	3.16%	0.06(n.s)
lipid metabolism	GO:0006629	1	50%	3.38%	0.07(n.s)
response to stress	GO:0006950	1	50%	6.09%	0.12(n.s)
response to stimulus	GO:0050896	1	50%	8.41%	0.16(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
biosynthesis	GO:0009058	1	50%	18.28%	0.33(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
primary metabolism	GO:0044238	1	50%	48.71%	0.74(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cytochrome-b5 reductase activity	GO:0004128	2	100%	0.03%	4.8E-8(7.76E-5)
oxidoreductase activity, acting on NADH or NADPH, NAD or NADP as acceptor	GO:0016652	2	100%	0.03%	4.8E-8(7.76E-5)
oxidoreductase activity, acting on NADH or NADPH	GO:0016651	2	100%	0.14%	1.73E-6(2.79E-3)
electron transporter activity	GO:0005489	2	100%	0.34%	1.11E-5(0.02)
oxidoreductase activity	GO:0016491	2	100%	3.73%	1.39E-3(n.s)
transporter activity	GO:0005215	2	100%	6.64%	4.41E-3(n.s)
catalytic activity	GO:0003824	2	100%	29.21%	0.09(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
microsome	GO:0005792	1	50%	0.25%	4.95E-3(n.s)
vesicular fraction	GO:0042598	1	50%	0.25%	4.95E-3(n.s)
mitochondrial intermembrane space	GO:0005758	1	50%	0.39%	7.73E-3(n.s)
mitochondrial outer membrane	GO:0005741	1	50%	0.53%	0.01(n.s)
outer membrane	GO:0019867	1	50%	0.53%	0.01(n.s)
membrane fraction	GO:0005624	1	50%	1.22%	0.02(n.s)
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cell fraction	GO:0000267	1	50%	1.72%	0.03(n.s)
mitochondrial membrane	GO:0005740	1	50%	3.16%	0.06(n.s)
organelle membrane	GO:0031090	1	50%	8.58%	0.16(n.s)
membrane	GO:0016020	1	50%	15.38%	0.28(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_77 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
biological process unknown	GO:0000004	3	100%	25.64%	0.02(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
molecular function unknown	GO:0005554	3	100%	35.75%	0.05(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	66.67%	15.78%	0.07(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
intracellular membrane-bound organelle	GO:0043231	2	66.67%	55.65%	0.58(n.s)
membrane-bound organelle	GO:0043227	2	66.67%	55.65%	0.58(n.s)
organelle	GO:0043226	2	66.67%	60.56%	0.66(n.s)
intracellular organelle	GO:0043229	2	66.67%	60.56%	0.66(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_76 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
biological process unknown	GO:0000004	2	100%	25.64%	0.07(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
protein kinase activity	GO:0004672	1	50%	1.97%	0.04(n.s)
phosphotransferase activity, alcohol group as acceptor	GO:0016773	1	50%	2.62%	0.05(n.s)
kinase activity	GO:0016301	1	50%	3.05%	0.06(n.s)
transferase activity, transferring phosphorus-containing groups	GO:0016772	1	50%	5.19%	0.1(n.s)
transferase activity	GO:0016740	1	50%	10.13%	0.19(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_75 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
lipid metabolism	GO:0006629	3	100%	3.38%	3.8E-5(0.06)
protein myristoylation	GO:0018377	1	33.33%	0.08%	2.32E-3(n.s)
N-terminal protein myristoylation	GO:0006499	1	33.33%	0.08%	2.32E-3(n.s)
protein amino acid myristoylation	GO:0018319	1	33.33%	0.08%	2.32E-3(n.s)
lipid transport	GO:0006869	1	33.33%	0.31%	9.27E-3(n.s)
ergosterol metabolism	GO:0008204	1	33.33%	0.39%	0.01(n.s)
ergosterol biosynthesis	GO:0006696	1	33.33%	0.39%	0.01(n.s)
sterol biosynthesis	GO:0016126	1	33.33%	0.45%	0.01(n.s)
lipoprotein metabolism	GO:0042157	1	33.33%	0.56%	0.02(n.s)
lipoprotein biosynthesis	GO:0042158	1	33.33%	0.56%	0.02(n.s)
steroid biosynthesis	GO:0006694	1	33.33%	0.56%	0.02(n.s)
protein lipidation	GO:0006497	1	33.33%	0.56%	0.02(n.s)
sterol metabolism	GO:0016125	1	33.33%	0.57%	0.02(n.s)
steroid metabolism	GO:0008202	1	33.33%	0.7%	0.02(n.s)
lipid biosynthesis	GO:0008610	1	33.33%	1.92%	0.06(n.s)
alcohol metabolism	GO:0006066	1	33.33%	2.43%	0.07(n.s)
biosynthesis	GO:0009058	2	66.67%	18.28%	0.09(n.s)
cellular lipid metabolism	GO:0044255	1	33.33%	3.16%	0.09(n.s)
primary metabolism	GO:0044238	3	100%	48.71%	0.12(n.s)
metabolism	GO:0008152	3	100%	52.93%	0.15(n.s)
protein modification	GO:0006464	1	33.33%	6.68%	0.19(n.s)
biopolymer modification	GO:0043412	1	33.33%	9.25%	0.25(n.s)
protein biosynthesis	GO:0006412	1	33.33%	12.16%	0.32(n.s)
macromolecule biosynthesis	GO:0009059	1	33.33%	13.04%	0.34(n.s)
transport	GO:0006810	1	33.33%	14.27%	0.37(n.s)
establishment of localization	GO:0051234	1	33.33%	14.39%	0.37(n.s)
localization	GO:0051179	1	33.33%	14.82%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
cellular biosynthesis	GO:0044249	1	33.33%	17.05%	0.43(n.s)
cellular protein metabolism	GO:0044267	1	33.33%	21.7%	0.52(n.s)
protein metabolism	GO:0019538	1	33.33%	22.06%	0.53(n.s)
cellular metabolism	GO:0044237	2	66.67%	52.12%	0.53(n.s)
cellular macromolecule metabolism	GO:0044260	1	33.33%	24.52%	0.57(n.s)
biopolymer metabolism	GO:0043283	1	33.33%	25.06%	0.58(n.s)
macromolecule metabolism	GO:0043170	1	33.33%	26.04%	0.6(n.s)
cellular physiological process	GO:0050875	2	66.67%	71.65%	0.8(n.s)
cellular process	GO:0009987	2	66.67%	72.29%	0.81(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
sterol 24-C-methyltransferase activity	GO:0003838	1	33.33%	0.02%	**
C-methyltransferase activity	GO:0008169	1	33.33%	0.05%	1.39E-3(n.s)
long-chain-fatty-acid-CoA ligase activity	GO:0004467	1	33.33%	0.08%	2.32E-3(n.s)
fatty-acid ligase activity	GO:0015645	1	33.33%	0.08%	2.32E-3(n.s)
serine hydrolase activity	GO:0017171	1	33.33%	0.09%	2.79E-3(n.s)
ligase activity, forming carbon-sulfur bonds	GO:0016877	1	33.33%	0.14%	4.18E-3(n.s)
S-adenosylmethionine-dependent methyltransferase activity	GO:0008757	1	33.33%	0.77%	0.02(n.s)
catalytic activity	GO:0003824	3	100%	29.21%	0.02(n.s)
methyltransferase activity	GO:0008168	1	33.33%	1.1%	0.03(n.s)
transferase activity, transferring one-carbon groups	GO:0016741	1	33.33%	1.13%	0.03(n.s)
ligase activity	GO:0016874	1	33.33%	1.89%	0.06(n.s)
transferase activity	GO:0016740	1	33.33%	10.13%	0.27(n.s)
hydrolase activity	GO:0016787	1	33.33%	11.45%	0.31(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
lipid particle	GO:0005811	3	100%	0.51%	1.22E-7(1.97E-4)
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
endoplasmic reticulum	GO:0005783	1	33.33%	5.84%	0.17(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_74 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
N-terminal peptidyl-methionine acetylation	GO:0017196	1	50%	0.05%	9.29E-4(n.s)
peptidyl-methionine modification	GO:0018206	1	50%	0.05%	9.29E-4(n.s)
N-terminal protein amino acid modification	GO:0031365	1	50%	0.09%	1.86E-3(n.s)
N-terminal protein amino acid acetylation	GO:0006474	1	50%	0.09%	1.86E-3(n.s)
peptide or protein amino-terminal blocking	GO:0018409	1	50%	0.09%	1.86E-3(n.s)
peptidyl-amino acid modification	GO:0018193	1	50%	0.26%	5.26E-3(n.s)
thiamin biosynthesis	GO:0009228	1	50%	0.29%	5.88E-3(n.s)
thiamin and derivative biosynthesis	GO:0042724	1	50%	0.31%	6.19E-3(n.s)
thiamin metabolism	GO:0006772	1	50%	0.31%	6.19E-3(n.s)
thiamin and derivative metabolism	GO:0042723	1	50%	0.34%	6.8E-3(n.s)
mitochondrial genome maintenance	GO:0000002	1	50%	0.42%	8.35E-3(n.s)
protein amino acid acetylation	GO:0006473	1	50%	0.59%	0.01(n.s)
vitamin biosynthesis	GO:0009110	1	50%	0.59%	0.01(n.s)
water-soluble vitamin biosynthesis	GO:0042364	1	50%	0.59%	0.01(n.s)
water-soluble vitamin metabolism	GO:0006767	1	50%	1.13%	0.02(n.s)
vitamin metabolism	GO:0006766	1	50%	1.13%	0.02(n.s)
mitochondrion organization and biogenesis	GO:0007005	1	50%	1.47%	0.03(n.s)
protein modification	GO:0006464	1	50%	6.68%	0.13(n.s)
biopolymer modification	GO:0043412	1	50%	9.25%	0.18(n.s)
cellular metabolism	GO:0044237	2	100%	52.12%	0.27(n.s)
metabolism	GO:0008152	2	100%	52.93%	0.28(n.s)
organelle organization and biogenesis	GO:0006996	1	50%	15.69%	0.29(n.s)
cellular biosynthesis	GO:0044249	1	50%	17.05%	0.31(n.s)
cell organization and biogenesis	GO:0016043	1	50%	17.98%	0.33(n.s)
biosynthesis	GO:0009058	1	50%	18.28%	0.33(n.s)
cellular protein metabolism	GO:0044267	1	50%	21.7%	0.39(n.s)
protein metabolism	GO:0019538	1	50%	22.06%	0.39(n.s)
cellular macromolecule metabolism	GO:0044260	1	50%	24.52%	0.43(n.s)
biopolymer metabolism	GO:0043283	1	50%	25.06%	0.44(n.s)
macromolecule metabolism	GO:0043170	1	50%	26.04%	0.45(n.s)
cellular physiological process	GO:0050875	2	100%	71.65%	0.51(n.s)
cellular process	GO:0009987	2	100%	72.29%	0.52(n.s)
physiological process	GO:0007582	2	100%	73.68%	0.54(n.s)
primary metabolism	GO:0044238	1	50%	48.71%	0.74(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
peptide alpha-N-acetyltransferase activity	GO:0004596	1	50%	0.11%	2.17E-3(n.s)
N-acetyltransferase activity	GO:0008080	1	50%	0.53%	0.01(n.s)
N-acyltransferase activity	GO:0016410	1	50%	0.59%	0.01(n.s)
acetyltransferase activity	GO:0016407	1	50%	0.71%	0.01(n.s)
acyltransferase activity	GO:0008415	1	50%	1.19%	0.02(n.s)
transferase activity, transferring groups other than amino-acyl groups	GO:0016747	1	50%	1.19%	0.02(n.s)
transferase activity, transferring acyl groups	GO:0016746	1	50%	1.43%	0.03(n.s)
transferase activity	GO:0016740	1	50%	10.13%	0.19(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytosol	GO:0005829	1	50%	10.08%	0.19(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_73 (n = 2) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
biological process unknown	GO:0000004	2	100%	25.64%	0.07(n.s)
biological_process	GO:0008150	2	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
kinase activity	GO:0016301	1	50%	3.05%	0.06(n.s)
transferase activity, transferring phosphorus-containing groups	GO:0016772	1	50%	5.19%	0.1(n.s)
transferase activity	GO:0016740	1	50%	10.13%	0.19(n.s)
catalytic activity	GO:0003824	1	50%	29.21%	0.5(n.s)
molecular function unknown	GO:0005554	1	50%	35.75%	0.59(n.s)
molecular_function	GO:0003674	2	100%	99.44%	0.99(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	100%	15.78%	0.02(n.s)
cytoplasm	GO:0005737	2	100%	55.64%	0.31(n.s)
intracellular membrane-bound organelle	GO:0043231	2	100%	55.65%	0.31(n.s)
membrane-bound organelle	GO:0043227	2	100%	55.65%	0.31(n.s)
organelle	GO:0043226	2	100%	60.56%	0.37(n.s)
intracellular organelle	GO:0043229	2	100%	60.56%	0.37(n.s)
intracellular	GO:0005622	2	100%	77.03%	0.59(n.s)
cell	GO:0005623	2	100%	83.5%	0.7(n.s)
cellular_component	GO:0005575	2	100%	99.61%	0.99(n.s)

cluster_72 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
DNA metabolism	GO:0006259	3	100%	8.58%	6.29E-4(n.s)
DNA repair	GO:0006281	2	66.67%	2.32%	1.58E-3(n.s)
response to DNA damage stimulus	GO:0006974	2	66.67%	2.73%	2.18E-3(n.s)
response to endogenous stimulus	GO:0009719	2	66.67%	2.82%	2.33E-3(n.s)
DNA catabolism	GO:0006308	1	33.33%	0.17%	5.1E-3(n.s)
maintenance of fidelity during DNA-dependent DNA replication	GO:0045005	1	33.33%	0.31%	9.27E-3(n.s)
mismatch repair	GO:0006298	1	33.33%	0.31%	9.27E-3(n.s)
response to stress	GO:0006950	2	66.67%	6.09%	0.01(n.s)
nucleobase, nucleoside, nucleotide and nucleic acid metabolism	GO:0006139	3	100%	23.17%	0.01(n.s)
biopolymer metabolism	GO:0043283	3	100%	25.06%	0.02(n.s)
response to stimulus	GO:0050896	2	66.67%	8.41%	0.02(n.s)
RNA catabolism	GO:0006401	1	33.33%	0.99%	0.03(n.s)
DNA-dependent DNA replication	GO:0006261	1	33.33%	1.24%	0.04(n.s)
DNA replication	GO:0006260	1	33.33%	1.6%	0.05(n.s)
DNA recombination	GO:0006310	1	33.33%	2.91%	0.08(n.s)
primary metabolism	GO:0044238	3	100%	48.71%	0.12(n.s)
cellular macromolecule catabolism	GO:0044265	1	33.33%	4.51%	0.13(n.s)
macromolecule catabolism	GO:0009057	1	33.33%	4.83%	0.14(n.s)
cellular metabolism	GO:0044237	3	100%	52.12%	0.14(n.s)
metabolism	GO:0008152	3	100%	52.93%	0.15(n.s)
cellular catabolism	GO:0044248	1	33.33%	5.84%	0.17(n.s)
catabolism	GO:0009056	1	33.33%	6.16%	0.17(n.s)
RNA metabolism	GO:0016070	1	33.33%	8.32%	0.23(n.s)
cellular physiological process	GO:0050875	3	100%	71.65%	0.37(n.s)
cellular process	GO:0009987	3	100%	72.29%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
macromolecule metabolism	GO:0043170	1	33.33%	26.04%	0.6(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
nuclease activity	GO:0004518	3	100%	2.15%	9.77E-6(0.02)
endodeoxyribonuclease activity	GO:0004520	2	66.67%	0.28%	2.2E-5(0.04)
deoxyribonuclease activity	GO:0004536	2	66.67%	0.31%	2.73E-5(0.04)
hydrolase activity, acting on ester bonds	GO:0016788	3	100%	4.12%	6.92E-5(0.11)
exonuclease activity	GO:0004527	2	66.67%	0.51%	7.58E-5(0.12)
endonuclease activity	GO:0004519	2	66.67%	0.88%	2.28E-4(0.37)
exodeoxyribonuclease activity	GO:0004529	1	33.33%	0.03%	9.29E-4(n.s)
hydrolase activity	GO:0016787	3	100%	11.45%	1.49E-3(n.s)
5'-3' exonuclease activity	GO:0008409	1	33.33%	0.06%	1.86E-3(n.s)
5'-flap endonuclease activity	GO:0017108	1	33.33%	0.08%	2.32E-3(n.s)
endodeoxyribonuclease activity, producing 5'-phosphomonoesters	GO:0016888	1	33.33%	0.08%	2.32E-3(n.s)
flap endonuclease activity	GO:0048256	1	33.33%	0.08%	2.32E-3(n.s)
endonuclease activity, active with either ribo- or deoxyribonucleic acids and producing 5'-phosphomonoesters	GO:0016893	1	33.33%	0.37%	0.01(n.s)
catalytic activity	GO:0003824	3	100%	29.21%	0.02(n.s)
ribonuclease activity	GO:0004540	1	33.33%	1.55%	0.05(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	66.67%	15.78%	0.07(n.s)
mitochondrial inner membrane	GO:0005743	1	33.33%	2.43%	0.07(n.s)
inner membrane	GO:0019866	1	33.33%	2.43%	0.07(n.s)
mitochondrial membrane	GO:0005740	1	33.33%	3.16%	0.09(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
organelle membrane	GO:0031090	1	33.33%	8.58%	0.24(n.s)
membrane	GO:0016020	1	33.33%	15.38%	0.39(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cytoplasm	GO:0005737	2	66.67%	55.64%	0.58(n.s)
nucleus	GO:0005634	1	33.33%	31.01%	0.67(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_71 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
electron transport	GO:0006118	1	33.33%	0.48%	0.01(n.s)
response to oxidative stress	GO:0006979	1	33.33%	0.79%	0.02(n.s)
oxygen and reactive oxygen species metabolism	GO:0006800	1	33.33%	0.82%	0.02(n.s)
response to biotic stimulus	GO:0009607	1	33.33%	1.08%	0.03(n.s)
generation of precursor metabolites and energy	GO:0006091	1	33.33%	3.5%	0.1(n.s)
metabolism	GO:0008152	3	100%	52.93%	0.15(n.s)
response to stress	GO:0006950	1	33.33%	6.09%	0.17(n.s)
response to stimulus	GO:0050896	1	33.33%	8.41%	0.23(n.s)
transport	GO:0006810	1	33.33%	14.27%	0.37(n.s)
establishment of localization	GO:0051234	1	33.33%	14.39%	0.37(n.s)
localization	GO:0051179	1	33.33%	14.82%	0.38(n.s)
physiological process	GO:0007582	3	100%	73.68%	0.4(n.s)
cellular metabolism	GO:0044237	2	66.67%	52.12%	0.53(n.s)
cellular physiological process	GO:0050875	2	66.67%	71.65%	0.8(n.s)
cellular process	GO:0009987	2	66.67%	72.29%	0.81(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
cytochrome-c peroxidase activity	GO:0004130	1	33.33%	0.02%	**
fumarate reductase (NADH) activity	GO:0016156	1	33.33%	0.03%	9.29E-4(n.s)
electron carrier activity	GO:0009055	1	33.33%	0.08%	2.32E-3(n.s)
oxidoreductase activity	GO:0016491	2	66.67%	3.73%	4.06E-3(n.s)
oxidoreductase activity, acting on the CH-CH group of donors, NAD or NADP as acceptor	GO:0016628	1	33.33%	0.14%	4.18E-3(n.s)
peroxidase activity	GO:0004601	1	33.33%	0.26%	7.88E-3(n.s)
oxidoreductase activity, acting on peroxide as acceptor	GO:0016684	1	33.33%	0.26%	7.88E-3(n.s)
oxidoreductase activity, acting on the CH-CH group of donors	GO:0016627	1	33.33%	0.29%	8.8E-3(n.s)
antioxidant activity	GO:0016209	1	33.33%	0.31%	9.27E-3(n.s)
electron transporter activity	GO:0005489	1	33.33%	0.34%	0.01(n.s)
carrier activity	GO:0005386	1	33.33%	1.64%	0.05(n.s)
transporter activity	GO:0005215	1	33.33%	6.64%	0.19(n.s)
catalytic activity	GO:0003824	2	66.67%	29.21%	0.21(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrial intermembrane space	GO:0005758	2	66.67%	0.39%	4.31E-5(0.07)
mitochondrion	GO:0005739	3	100%	15.78%	3.92E-3(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular membrane-bound organelle	GO:0043231	3	100%	55.65%	0.17(n.s)
membrane-bound organelle	GO:0043227	3	100%	55.65%	0.17(n.s)
organelle	GO:0043226	3	100%	60.56%	0.22(n.s)
intracellular organelle	GO:0043229	3	100%	60.56%	0.22(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

cluster_70 (n = 4) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
phosphate transport	GO:0006817	1	25%	0.15%	6.18E-3(n.s)
inorganic anion transport	GO:0015698	1	25%	0.25%	9.88E-3(n.s)
transport	GO:0006810	3	75%	14.27%	0.01(n.s)
anion transport	GO:0006820	1	25%	0.26%	0.01(n.s)
establishment of localization	GO:0051234	3	75%	14.39%	0.01(n.s)
localization	GO:0051179	3	75%	14.82%	0.01(n.s)
ER-associated protein catabolism	GO:0030433	1	25%	0.29%	0.01(n.s)
misfolded or incompletely synthesized protein catabolism	GO:0006515	1	25%	0.33%	0.01(n.s)
amino acid transport	GO:0006865	1	25%	0.57%	0.02(n.s)
proteasomal ubiquitin-dependent protein catabolism	GO:0043161	1	25%	0.7%	0.03(n.s)
protein-mitochondrial targeting	GO:0006626	1	25%	0.73%	0.03(n.s)
amine transport	GO:0015837	1	25%	0.74%	0.03(n.s)
carboxylic acid transport	GO:0046942	1	25%	0.77%	0.03(n.s)
organic acid transport	GO:0015849	1	25%	0.79%	0.03(n.s)
ion transport	GO:0006811	1	25%	1.64%	0.06(n.s)
ubiquitin-dependent protein catabolism	GO:0006511	1	25%	1.86%	0.07(n.s)
modification-dependent protein catabolism	GO:0019941	1	25%	1.86%	0.07(n.s)
cellular protein catabolism	GO:0044257	1	25%	2.42%	0.09(n.s)
proteolysis and peptidolysis	GO:0006508	1	25%	2.42%	0.09(n.s)
protein catabolism	GO:0030163	1	25%	2.74%	0.11(n.s)
biopolymer catabolism	GO:0043285	1	25%	2.93%	0.11(n.s)
protein targeting	GO:0006605	1	25%	3.42%	0.13(n.s)
intracellular protein transport	GO:0006886	1	25%	3.7%	0.14(n.s)
protein transport	GO:0015031	1	25%	3.79%	0.14(n.s)
establishment of protein localization	GO:0045184	1	25%	3.95%	0.15(n.s)
protein localization	GO:0008104	1	25%	4.37%	0.16(n.s)
cellular macromolecule catabolism	GO:0044265	1	25%	4.51%	0.17(n.s)
macromolecule catabolism	GO:0009057	1	25%	4.83%	0.18(n.s)
cellular catabolism	GO:0044248	1	25%	5.84%	0.21(n.s)
catabolism	GO:0009056	1	25%	6.16%	0.22(n.s)
intracellular transport	GO:0046907	1	25%	7.53%	0.27(n.s)
cellular protein metabolism	GO:0044267	1	25%	21.7%	0.62(n.s)
protein metabolism	GO:0019538	1	25%	22.06%	0.63(n.s)
cellular macromolecule metabolism	GO:0044260	1	25%	24.52%	0.68(n.s)
cellular physiological process	GO:0050875	3	75%	71.65%	0.68(n.s)
biopolymer metabolism	GO:0043283	1	25%	25.06%	0.68(n.s)
cellular process	GO:0009987	3	75%	72.29%	0.69(n.s)
biological process unknown	GO:0000004	1	25%	25.64%	0.69(n.s)
macromolecule metabolism	GO:0043170	1	25%	26.04%	0.7(n.s)
physiological process	GO:0007582	3	75%	73.68%	0.72(n.s)
primary metabolism	GO:0044238	1	25%	48.71%	0.93(n.s)
cellular metabolism	GO:0044237	1	25%	52.12%	0.95(n.s)
metabolism	GO:0008152	1	25%	52.93%	0.95(n.s)
biological_process	GO:0008150	4	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
Hsp70/Hsc70 protein regulator activity	GO:0030192	1	25%	0.02%	**
ATPase stimulator activity	GO:0001671	1	25%	0.05%	1.86E-3(n.s)
inorganic phosphate transporter activity	GO:0005315	1	25%	0.06%	2.48E-3(n.s)
phosphate transporter activity	GO:0015114	1	25%	0.12%	4.95E-3(n.s)
chaperone regulator activity	GO:0030188	1	25%	0.12%	4.95E-3(n.s)
inorganic anion transporter activity	GO:0015103	1	25%	0.2%	8.03E-3(n.s)
anion transporter activity	GO:0008509	1	25%	0.28%	0.01(n.s)
amino acid transporter activity	GO:0015171	1	25%	0.5%	0.02(n.s)
porter activity	GO:0015291	1	25%	0.59%	0.02(n.s)
electrochemical potential-driven transporter activity	GO:0015290	1	25%	0.59%	0.02(n.s)
transporter activity	GO:0005215	2	50%	6.64%	0.02(n.s)
amine transporter activity	GO:0005275	1	25%	0.64%	0.03(n.s)
carboxylic acid transporter activity	GO:0046943	1	25%	0.74%	0.03(n.s)
organic acid transporter activity	GO:0005342	1	25%	0.79%	0.03(n.s)
enzyme activator activity	GO:0008047	1	25%	0.91%	0.04(n.s)
carrier activity	GO:0005386	1	25%	1.64%	0.06(n.s)
ion transporter activity	GO:0015075	1	25%	2.21%	0.09(n.s)
enzyme regulator activity	GO:0030234	1	25%	2.54%	0.1(n.s)
molecular function unknown	GO:0005554	1	25%	35.75%	0.83(n.s)
molecular_function	GO:0003674	4	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
membrane	GO:0016020	2	50%	15.38%	0.11(n.s)
mitochondrion	GO:0005739	2	50%	15.78%	0.12(n.s)
mitochondrial membrane	GO:0005740	1	25%	3.16%	0.12(n.s)
plasma membrane	GO:0005886	1	25%	3.67%	0.14(n.s)
organelle membrane	GO:0031090	1	25%	8.58%	0.3(n.s)
cytosol	GO:0005829	1	25%	10.08%	0.35(n.s)
cytoplasm	GO:0005737	3	75%	55.64%	0.4(n.s)
cell	GO:0005623	4	100%	83.5%	0.49(n.s)
intracellular membrane-bound organelle	GO:0043231	2	50%	55.65%	0.77(n.s)
membrane-bound organelle	GO:0043227	2	50%	55.65%	0.77(n.s)
intracellular	GO:0005622	3	75%	77.03%	0.77(n.s)
organelle	GO:0043226	2	50%	60.56%	0.83(n.s)
intracellular organelle	GO:0043229	2	50%	60.56%	0.83(n.s)
cellular_component	GO:0005575	4	100%	99.61%	0.98(n.s)

cluster_78 (n = 3) Biological Process Molecular Function Cellular Component

Details

Biological Process

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
translational termination	GO:0006415	1	33.33%	0.14%	4.18E-3(n.s)
aerobic respiration	GO:0009060	1	33.33%	1.27%	0.04(n.s)
cellular respiration	GO:0045333	1	33.33%	1.35%	0.04(n.s)
energy derivation by oxidation of organic compounds	GO:0015980	1	33.33%	3.04%	0.09(n.s)
generation of precursor metabolites and energy	GO:0006091	1	33.33%	3.5%	0.1(n.s)
translation	GO:0043037	1	33.33%	6.47%	0.18(n.s)
protein biosynthesis	GO:0006412	1	33.33%	12.16%	0.32(n.s)
macromolecule biosynthesis	GO:0009059	1	33.33%	13.04%	0.34(n.s)
cellular biosynthesis	GO:0044249	1	33.33%	17.05%	0.43(n.s)
biosynthesis	GO:0009058	1	33.33%	18.28%	0.45(n.s)
cellular protein metabolism	GO:0044267	1	33.33%	21.7%	0.52(n.s)
protein metabolism	GO:0019538	1	33.33%	22.06%	0.53(n.s)
cellular metabolism	GO:0044237	2	66.67%	52.12%	0.53(n.s)
metabolism	GO:0008152	2	66.67%	52.93%	0.54(n.s)
cellular macromolecule metabolism	GO:0044260	1	33.33%	24.52%	0.57(n.s)
biological process unknown	GO:0000004	1	33.33%	25.64%	0.59(n.s)
macromolecule metabolism	GO:0043170	1	33.33%	26.04%	0.6(n.s)
cellular physiological process	GO:0050875	2	66.67%	71.65%	0.8(n.s)
cellular process	GO:0009987	2	66.67%	72.29%	0.81(n.s)
physiological process	GO:0007582	2	66.67%	73.68%	0.83(n.s)
primary metabolism	GO:0044238	1	33.33%	48.71%	0.87(n.s)
biological_process	GO:0008150	3	100%	99.98%	1(n.s)

Molecular Function

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
translation release factor activity	GO:0003747	1	33.33%	0.05%	1.39E-3(n.s)
translation termination factor activity	GO:0008079	1	33.33%	0.06%	1.86E-3(n.s)
translation factor activity, nucleic acid binding	GO:0008135	1	33.33%	0.73%	0.02(n.s)
S-adenosylmethionine-dependent methyltransferase activity	GO:0008757	1	33.33%	0.77%	0.02(n.s)
translation regulator activity	GO:0045182	1	33.33%	0.9%	0.03(n.s)
methyltransferase activity	GO:0008168	1	33.33%	1.1%	0.03(n.s)
transferase activity, transferring one-carbon groups	GO:0016741	1	33.33%	1.13%	0.03(n.s)
nucleic acid binding	GO:0003676	1	33.33%	9.87%	0.27(n.s)
transferase activity	GO:0016740	1	33.33%	10.13%	0.27(n.s)
binding	GO:0005488	1	33.33%	17.35%	0.44(n.s)
catalytic activity	GO:0003824	1	33.33%	29.21%	0.65(n.s)
molecular function unknown	GO:0005554	1	33.33%	35.75%	0.73(n.s)
molecular_function	GO:0003674	3	100%	99.44%	0.98(n.s)

Cellular Component

Name	ID	Count	Percent (Study Genes)	Percent (Population Genes)	E value
mitochondrion	GO:0005739	2	66.67%	15.78%	0.07(n.s)
cytoplasm	GO:0005737	3	100%	55.64%	0.17(n.s)
intracellular	GO:0005622	3	100%	77.03%	0.46(n.s)
cell	GO:0005623	3	100%	83.5%	0.58(n.s)
intracellular membrane-bound organelle	GO:0043231	2	66.67%	55.65%	0.58(n.s)
membrane-bound organelle	GO:0043227	2	66.67%	55.65%	0.58(n.s)
organelle	GO:0043226	2	66.67%	60.56%	0.66(n.s)
intracellular organelle	GO:0043229	2	66.67%	60.56%	0.66(n.s)
cellular_component	GO:0005575	3	100%	99.61%	0.99(n.s)

The Ontologizer v. 0.2 displays statistical rank scores for overrepresentation of particular GO terms in the dataset as determined by the hypergeometric distribution based on Castillo-Davis et al. (2003).

The E values shown are displayed both without correction for multiple testing and (in parentheses)corrected for multiple testing by a Bonferroni correction. This conservative correction multiplies the nominal p value by the number of tests performed, i.e. by the number of GO terms for which more than one gene (product) in the population is annotated:

1616 GO terms for direct annotations
2760 GO terms for total annotations
Total number of population genes/proteins: 6456 (of which annotations were found for 6456)
"**" is shown in the E-value column if no testing was performed because only one gene in the population was annotated to the term.

Note that we do not correct for terms for which there is no annotation in the population (overrepresentation is obviously impossible) or for which only one gene in the population is annotated (statistical testing doesn't really make sense in this case). The number of annotated genes in the study group is not taken into account for multiple-testing corrections.

The Gene Ontology Consortium provides a dynamic controlled vocabulary of biological functions. Associations between genes or gene products and GO terms are available from the Gene Ontology website. Functional annotations are divided into three categories:

Molecular Function
Biological Process
Cellular Component

The terms in GO form a directed acyclic graph (DAG), such that specific terms are children of more general terms.Collaborating databases generate gene association files consisting of links between GO terms and genesor gene products. These annotations are made at the most specific level possible but genes are understood to share annotations from all ancestor terms of the specifically annotated term. The Ontologizer shows "Total Annotations" includes explicit annotations as well as inferred annotations. The explicit (direct) annotations are not shown in this page but can be seen in the XML output of the Ontologizer.

Each GO term represented by a GO_id of the form GO:nnnnnnn, where nnnnnnn is a unique zero-padded integer of seven digits, and a descriptive name. The Gene Ontology documentation offers more details.

The following files were used to generate these pages:

gene_ontology.obo(v. 1.0: from 27:07:2005 17:52)
association file: gene_association.sgd

These pages were generated by the Ontologizer.