Homologs in 38 fully sequenced eukaryotic genomes to 534 assigned S

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Homologs in 38 fully sequenced eukaryotic genomes to 534 assigned S Homologs in 38 fully sequenced eukaryotic genomes to 534 assigned S. cerevisiae proteins and to 612 previously analyzed E. coli proteins (15) for which the blast alignment extends to within 15 residues of the C terminus of both query and target pr... Homologs in 38 fully sequenced eukaryotic genomes to 534 assigned S. cerevisiae proteins and to 612 previously analyzed E. coli proteins (15) for which the blast alignment extends to within 15 residues of the C terminus of both query and target proteins. Dark red bars represent the total number of primary and secondary homologs (see Results) that are assigned only by S. cerevisiae proteins in each organism; yellow bars represent primary and secondary homologs assigned only by E. coli proteins; orange bars represent primary and secondary homologs that are assigned by both S. cerevisiae and E. coli proteins. Dark blue bars show the number of unique S. cerevisiae proteins that have at least one homolog in the other genome. Abbreviations are from the Superfamily database (38): hs, H. sapiens; xp, P. troglodytes; mm, M. musculus; rn, R. norvegicus; gg, G. gallus; da, D. rerio; to, F. rubripes; dm, D. melanogaster; ag, A. gambiae; xe, X. tropicalis; ci, C. intestinalis; cw, C. briggsae; ce, C. elegans; dt, D. discoideum; at, A. thaliana; oj, O. sativa ssp. japonica; os, O. sativa ssp. indica; pl, P. falciparum; py, P. yoelii ssp. yoelii; eu, E. cuniculi; tb, T. brucei; um, U. maydis; po, S. pombe; ns, N. crassa; gr, M. grisea; go, A. gossypii; na, A. nidulans; fg, F. graminearum; al, C. albicans; yl, Y. lipolytica; dh, D. hansenii; gl, C. glabrata; kl, K. lactis; kw, K. waltii; y1, S. bayanus; y6, S. mikatae; y8, S. paradoxus; sc, S. cerevisiae. Hyun Kim et al. PNAS 2006;103:30:11142-11147 ©2006 by National Academy of Sciences