An inventory of yeast proteins associated with nucleolar and ribosomal componentsDepartment of Computational Molecular Biology, Max Planck Institute for Molecular Genetics, Berlin, Germany
Genome Biology 2006, 7:R98doi:10.1186/gb-2006-7-10-r98
Subject areas: Bioinformatics, Evolution, Cell biology Additional filesAdditional data file 1: The first line contains abbreviations describing the column content: YORF, yeast open reading frame ID; Gene, gene symbol of yeast gene; Hs, orthology to human nucleolar protein; At, orthology to mouse ear cress nucleolar protein; It, link to nucleolar protein via Y2H interaction in Ito dataset; Ue, link to nucleolar protein via Y2H interaction in Uetz dataset; Ga, link to nucleolar protein via participation in a complex in Gavin data set; Ho, link to nucleolar protein via participation in a complex in Ho data set; Kr, link to nucleolar protein via participation in a complex in Krogan data set; log(O), average posterior odds ratio Opost from all cross-validation runs (note that the proteins served as positive training cases); Pred., prediction result (nucleolar or not) according to a majority vote based on all cross-validation runs; Desc., concise description of protein function. Format: TXT Size: 461KB Download file Additional file 2: The first line contains abbreviations describing the column content. Gene, gene symbol of yeast gene; ORF, yeast open reading frame ID; Hs, orthology to human nucleolar protein; At, orthology to mouse ear cress nucleolar protein; It, link to nucleolar protein via Y2H interaction in Ito dataset; Ue, link to nucleolar protein via Y2H interaction in Uetz dataset; Ga, link to nucleolar protein via participation in a complex in Gavin data set; Ho, link to nucleolar protein via participation in a complex in Ho data set; Kr, link to nucleolar protein via participation in a complex in Krogan data set; log(O), average posterior odds ratio from all prediction runs in which the protein was not used for training; Desc., concise description of protein function. The listed proteins were all predicted to be not nucleolar based on a threshold of Opost < 0.4. Format: TXT Size: 34KB Download file |


on Google Scholar







author email
corresponding author email