S-Table 7. A comparison of the gene groups represented in the entire list of 1364 muscle genes and the 386 clustered muscle genes.
Gene Group (a) All Genes (1364) (b) Clustered Genes (386) (c) Non-Clustered Genes (978) (d)
Extracellular (313) 67(4.9%) 15(3.9%) 52(5.3%)
Ribosome Component (74) 61(4.5%) 24(6.2%) 37(3.8%)
Mitochondrial (157) 47(3.4%) 19(4.9%) 28(2.9%)
Oxidoreductase (323) 43(3.2%) 13(3.4%) 30(3.1%)
Male-Enriched Genes (752) 37(2.7%) 9(2.3%) 28(2.8%)
Energy Generation (105) 32(2.3%) 12(3.1%) 20(2.0%)
Protein Production (141) 32(2.3%) 8(2.1%) 24(2.5%)
Chromatin/chromosome structure (91) 29(2.1%) 18(4.7%) 11(1.1%)
RNA Processing (120) 24(1.8%) 7(1.8%) 17(1.7%)
Carbohydrate Metabolism (106) 22(1.6%) 7(1.8%) 15(1.5%)
Protein Degradation (223) 19(1.4%) 9(2.3%) 10(1.0%)
Muscle Positive Controls (18) 16(1.2%) 4(1.0%) 12(1.2%)
Cytoskeleton (85) 15(1.1%) 6(1.6%) 9(0.9%)
Lipid, fatty-acid, and sterol metabolism (281) 10(0.7%) 3(0.7%) 7(0.7%)
Worm-Yeast Orthologs (1921) 300(22.0%) 99(25.6%) 201(20.6%)
Others 154(11.3%) 49(12.7%) 109 (10.7%)
(a) The numbers within each gene group is given in brackets. Worm-Yeast Orthologs are presumed to be required for the basic metabolism of all cells.
(b) The number of coincident genes between the entire list of 1364 muscle genes and the gene group is given with the coincident number
of genes as a fraction of the entire list of 1364 muscle genes in brackets.
(c) The number of coincident genes between the list of 386 clustered muscle genes and the gene group is given with the coincident number
of genes as a fraction of the clustered muscle genes in brackets.
(d) The number of coincident genes between the list of 978 non-clustered muscle genes and the gene group is given with the coincident number
of genes as a fraction of the non-clustered muscle genes in brackets.