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. 2006 May 2;7:237. doi: 10.1186/1471-2105-7-237

Table 2.

Excerpt of CLASSIFI results for six gene clusters giving significant probabilities

GO ID f n prob GO type GO term Cluster ID
GO:0005634 254 64 8.71E-06 CC nucleus 1
GO:0005635 13 9 1.66E-05 CC nuclear membrane 1
GO:0006412 94 30 2.75E-05 BP protein biosynthesis 1
GO:0009059 94 30 2.75E-05 BP macromolecule biosynthesis 1
GO:0003743 20 10 2.68E-04 MF translation initiation factor activity 1
GO:0016655 14 11 4.94E-08 MF oxidoreductase activity, acting on NADH or NADPH, quinone or similar compound as acceptor 6
GO:0008137 14 11 4.94E-08 MF NADH dehydrogenase (ubiquinone) activity 6
GO:0015081 14 11 4.94E-08 MF sodium ion transporter activity 6
GO:0016651 16 11 4.61E-07 MF oxidoreductase activity, acting on NADH or NADPH 6
GO:0046873 16 11 4.61E-07 MF metal ion transporter activity 6
GO:0005773 12 4 1.00E-07 CC vacuole 7
GO:0016787 163 6 2.52E-05 MF hydrolase activity 7
GO:0005624 15 3 2.84E-05 CC membrane fraction 7
GO:0000267 18 3 5.05E-05 CC cell fraction 7
GO:0015991 3 2 5.31E-05 BP ATP hydrolysis coupled proton transport 7
GO:0003779 15 9 6.30E-06 MF actin binding 8
GO:0008092 22 9 3.08E-04 MF cytoskeletal protein binding 8
GO:0003785 6 4 1.88E-03 MF actin monomer binding 8
GO:0006357 10 5 2.58E-03 BP regulation of transcription from Pol II promoter 8
GO:0006355 79 17 4.85E-03 BP regulation of transcription, DNA-dependent 8
GO:0005576 156 33 7.28E-09 CC extracellular 14
GO:0005578 5 4 1.33E-04 CC extracellular matrix 14
GO:0004871 50 11 7.39E-04 MF signal transducer activity 14
GO:0004888 7 4 8.29E-04 MF transmembrane receptor activity 14
GO:0007166 25 7 1.59E-03 BP cell surface receptor linked signal transduction 14
GO:0015672 10 7 1.38E-06 BP monovalent inorganic cation transport 18
GO:0006811 23 10 2.65E-06 BP ion transport 18
GO:0005215 122 24 9.10E-06 MF transporter activity 18
GO:0006812 18 8 2.33E-05 BP cation transport 18
GO:0006754 4 4 3.36E-05 BP ATP biosynthesis 18

The five GO IDs giving the lowest probability are listed for each of six gene clusters giving significant probabilities in Table 1. GO ID = a unique Gene Ontology identifier that corresponds to a defined molecular function, biological process, or cellular component (GO name). f = number of probes with the associated GO ID in the data set, n = number of probes with the associated GO ID in the gene cluster. prob = the probability that the GO ID co-cluster pattern has occurred by chance.