Rules | [classes_distribution_on_Gasch_2000], cons., [classes_distribution_on_Gasch_2001], cons., [classes_distribution_on_Spellman_1998], cons., max_cons., system_name_of_target_gene, standard_name_of_target_gene, GO_terms ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- YAL003W=D <= HSF1=I MSN4=I | [201,13,339],0.34,[46,0,6],0.88,[0,0,2],0,0.88,YAL003W,EFB1,987,translational elongation,translation elongation factor activity,ribosome,S000000003 YAL003W=D <= MOT3=I | [147,16,179],0.39,[30,0,59],0.34,[6,10,112],0.02,0.39,YAL003W,EFB1,987,translational elongation,translation elongation factor activity,ribosome,S000000003 YAL003W=D <= MOT3=I MSN4=I | [56,6,76],0.37,[20,0,13],0.61,[2,0,1],0.67,0.67,YAL003W,EFB1,987,translational elongation,translation elongation factor activity,ribosome,S000000003 YAL003W=D <= MOT3=I MSN4=I YAP1=I | [31,0,1],0.97,[3,0,6],0.33,[0,0,0],0,0.97,YAL003W,EFB1,987,translational elongation,translation elongation factor activity,ribosome,S000000003 YAL003W=D <= MOT3=I YAP1=I | [37,0,4],0.9,[3,0,19],0.14,[0,0,0],0,0.9,YAL003W,EFB1,987,translational elongation,translation elongation factor activity,ribosome,S000000003 YAL003W=D <= MSN4=I | [1945,102,2834],0.38,[115,12,310],0.24,[60,10,229],0.17,0.38,YAL003W,EFB1,987,translational elongation,translation elongation factor activity,ribosome,S000000003 YAL003W=D <= MSN4=I SFP1=I | [14,1,25],0.33,[40,0,36],0.53,[0,0,7],0,0.53,YAL003W,EFB1,987,translational elongation,translation elongation factor activity,ribosome,S000000003 YAL005C=D <= HSF1=I | [254,24,340],0.38,[14,18,65],0.06,[6,18,56],0.02,0.38,YAL005C,SSA1,1929,protein folding*,ATPase activity*,cytoplasm*,S000000004 YAL005C=D <= HSF1=I YAP1=I | [113,2,53],0.66,[1,0,16],0.06,[0,0,0],0,0.66,YAL005C,SSA1,1929,protein folding*,ATPase activity*,cytoplasm*,S000000004 YAL012W=D <= CBF1=D YAP7=D | [18,5,17],0.35,[13,3,101],0.09,[0,0,0],0,0.35,YAL012W,CYS3,1185,sulfur amino acid metabolism*,cystathionine gamma-lyase activity,cytoplasm,S000000010 YAL012W=D <= CBF1=D YAP7=I | [108,0,37],0.74,[0,0,1],0,[0,0,0],0,0.74,YAL012W,CYS3,1185,sulfur amino acid metabolism*,cystathionine gamma-lyase activity,cytoplasm,S000000010 YAL012W=D <= CBF1=I HSF1=I | [43,1,10],0.78,[0,5,6],0,[0,0,0],0,0.78,YAL012W,CYS3,1185,sulfur amino acid metabolism*,cystathionine gamma-lyase activity,cytoplasm,S000000010 YAL012W=D <= HSF1=I | [519,11,269],0.64,[5,11,83],0.02,[0,8,72],0,0.64,YAL012W,CYS3,1185,sulfur amino acid metabolism*,cystathionine gamma-lyase activity,cytoplasm,S000000010 YAL012W=D <= HSF1=I MET31=D | [39,3,13],0.66,[0,0,19],0,[0,0,1],0,0.66,YAL012W,CYS3,1185,sulfur amino acid metabolism*,cystathionine gamma-lyase activity,cytoplasm,S000000010 YAL012W=D <= HSF1=I MET32=I | [286,6,34],0.86,[5,1,32],0.11,[0,3,10],0,0.86,YAL012W,CYS3,1185,sulfur amino acid metabolism*,cystathionine gamma-lyase activity,cytoplasm,S000000010 YAL012W=D <= MET32=I MET4=I | [247,12,38],0.79,[2,0,21],0.09,[0,0,0],0,0.79,YAL012W,CYS3,1185,sulfur amino acid metabolism*,cystathionine gamma-lyase activity,cytoplasm,S000000010 YAL012W=D <= MET32=I YAP7=D | [72,4,14],0.76,[10,0,67],0.13,[0,0,0],0,0.76,YAL012W,CYS3,1185,sulfur amino acid metabolism*,cystathionine gamma-lyase activity,cytoplasm,S000000010 YAL012W=D <= MET4=I | [409,24,396],0.47,[4,8,105],0.01,[1,3,77],0,0.47,YAL012W,CYS3,1185,sulfur amino acid metabolism*,cystathionine gamma-lyase activity,cytoplasm,S000000010 YAL026C=D <= CBF1=I | [202,32,229],0.38,[23,47,237],0.02,[0,0,8],0,0.38,YAL026C,DRS2,4068,processing of 20S pre-rRNA*,ATPase activity*,plasma membrane*,S000000024 YAL026C=D <= CBF1=I TYE7=I | [119,24,86],0.43,[3,3,41],0.03,[0,0,2],0,0.43,YAL026C,DRS2,4068,processing of 20S pre-rRNA*,ATPase activity*,plasma membrane*,S000000024 YAL034C=D <= RAP1=I | [702,24,796],0.45,[17,48,186],0.02,[3,6,120],0.01,0.45,YAL034C,FUN19,1242,biological_process unknown,molecular_function unknown,cellular_component unknown,S000002134 YAL038W=D <= GCR1=D | [304,2,336],0.47,[13,0,118],0.1,[9,0,132],0.06,0.47,YAL038W,CDC19,1503,glycolysis*,pyruvate kinase activity,cytosol,S000000036 YAL038W=D <= GCR1=D STE12=D | [182,0,10],0.95,[4,0,29],0.12,[0,0,0],0,0.95,YAL038W,CDC19,1503,glycolysis*,pyruvate kinase activity,cytosol,S000000036 YAL038W=D <= GCR1=D TYE7=D | [109,0,53],0.67,[3,0,39],0.07,[1,0,2],0.33,0.67,YAL038W,CDC19,1503,glycolysis*,pyruvate kinase activity,cytosol,S000000036 YAL038W=D <= SNT2=I | [408,6,531],0.43,[0,8,92],0,[3,0,6],0.33,0.43,YAL038W,CDC19,1503,glycolysis*,pyruvate kinase activity,cytosol,S000000036 YAL038W=D <= STE12=D | [1299,12,1398],0.48,[18,0,157],0.1,[5,1,96],0.04,0.48,YAL038W,CDC19,1503,glycolysis*,pyruvate kinase activity,cytosol,S000000036 YAL054C=D <= ABF1=I | [197,50,121],0.43,[18,63,134],0.02,[36,10,145],0.15,0.43,YAL054C,ACS1,2142,acetyl-CoA biosynthesis*,acetate-CoA ligase activity,mitochondrion*,S000000050 YAL054C=D <= INO4=D | [1456,125,1009],0.52,[9,21,98],0.02,[0,24,18],0,0.52,YAL054C,ACS1,2142,acetyl-CoA biosynthesis*,acetate-CoA ligase activity,mitochondrion*,S000000050 YAL054C=D <= INO4=D UME6=I | [142,3,12],0.89,[0,0,1],0,[0,0,0],0,0.89,YAL054C,ACS1,2142,acetyl-CoA biosynthesis*,acetate-CoA ligase activity,mitochondrion*,S000000050 YAL060W=D <= DAL82=I MSN4=D | [25,1,18],0.55,[21,4,14],0.45,[1,0,0],1,1,YAL060W,BDH1,1149,butanediol fermentation,"(R,R)-butanediol dehydrogenase activity",cytoplasm,S000000056 YAL060W=D <= MOT3=D | [154,19,175],0.39,[9,26,38],0.03,[31,1,94],0.24,0.39,YAL060W,BDH1,1149,butanediol fermentation,"(R,R)-butanediol dehydrogenase activity",cytoplasm,S000000056 YAL060W=D <= MOT3=D MSN4=D | [93,3,40],0.66,[8,4,15],0.2,[0,0,3],0,0.66,YAL060W,BDH1,1149,butanediol fermentation,"(R,R)-butanediol dehydrogenase activity",cytoplasm,S000000056 YAL060W=D <= MOT3=D NRG1=D | [81,1,36],0.68,[0,1,1],0,[7,0,11],0.39,0.68,YAL060W,BDH1,1149,butanediol fermentation,"(R,R)-butanediol dehydrogenase activity",cytoplasm,S000000056 YAL060W=D <= MSN2=D MSN4=D | [72,7,80],0.41,[7,0,10],0.41,[3,0,14],0.18,0.41,YAL060W,BDH1,1149,butanediol fermentation,"(R,R)-butanediol dehydrogenase activity",cytoplasm,S000000056 YAL060W=D <= MSN4=D | [1975,226,2645],0.37,[168,12,175],0.44,[31,12,237],0.08,0.44,YAL060W,BDH1,1149,butanediol fermentation,"(R,R)-butanediol dehydrogenase activity",cytoplasm,S000000056 YAL060W=D <= NRG1=D | [1902,191,2155],0.41,[69,57,163],0.13,[22,29,176],0.04,0.41,YAL060W,BDH1,1149,butanediol fermentation,"(R,R)-butanediol dehydrogenase activity",cytoplasm,S000000056 YAR014C=D <= DIG1=I FKH1=I | [126,14,126],0.43,[0,6,12],0,[0,0,0],0,0.43,YAR014C,BUD14,2124,cellular morphogenesis during vegetative growth,molecular_function unknown,bud neck*,S000000069 YAR015W=D <= DIG1=D | [298,11,456],0.38,[16,55,101],0.02,[0,2,79],0,0.38,YAR015W,ADE1,921,purine nucleotide biosynthesis*,phosphoribosylaminoimidazolesuccinocarboxamide synthase activity,cytoplasm*,S000000070 YAR015W=D <= DIG1=D FKH1=D | [217,0,67],0.76,[13,3,19],0.3,[0,0,0],0,0.76,YAR015W,ADE1,921,purine nucleotide biosynthesis*,phosphoribosylaminoimidazolesuccinocarboxamide synthase activity,cytoplasm*,S000000070 YBL015W=D <= PHD1=D UME6=I | [33,0,0],1,[0,0,6],0,[0,0,4],0,1,YBL015W,ACH1,1581,acetate metabolism*,acetyl-CoA hydrolase activity,mitochondrion*,S000000111 YBL015W=D <= UME6=I | [172,3,33],0.81,[4,5,31],0.04,[1,6,104],0,0.81,YBL015W,ACH1,1581,acetate metabolism*,acetyl-CoA hydrolase activity,mitochondrion*,S000000111 YBL030C=D <= HAP4=D | [2398,2,3722],0.39,[142,10,219],0.36,[38,12,205],0.11,0.39,YBL030C,PET9,957,aerobic respiration*,ATP:ADP antiporter activity,mitochondrial inner membrane,S000000126 YBL039C=D <= ABF1=D | [291,51,57],0.62,[132,21,81],0.49,[3,27,166],0,0.62,YBL039C,URA7,1740,phospholipid biosynthesis*,CTP synthase activity,cytosol,S000000135 YBL045C=D <= HAP1=D HAP4=D | [28,0,13],0.68,[0,0,2],0,[0,1,11],0,0.68,YBL045C,COR1,1374,aerobic respiration,ubiquinol-cytochrome-c reductase activity,respiratory chain complex III (sensu Eukaryota),S000000141 YBL045C=D <= HAP4=D | [3341,1,2845],0.54,[40,33,298],0.06,[0,5,223],0,0.54,YBL045C,COR1,1374,aerobic respiration,ubiquinol-cytochrome-c reductase activity,respiratory chain complex III (sensu Eukaryota),S000000141 YBL045C=D <= HAP4=D SOK2=I | [558,0,260],0.68,[2,6,39],0.01,[0,0,6],0,0.68,YBL045C,COR1,1374,aerobic respiration,ubiquinol-cytochrome-c reductase activity,respiratory chain complex III (sensu Eukaryota),S000000141 YBL051C=D <= REB1=D | [255,0,143],0.64,[54,1,140],0.27,[2,21,45],0,0.64,YBL051C,PIN4,2007,G2/M transition of mitotic cell cycle*,molecular_function unknown,cytoplasm,S000000147 YBL064C=D <= PUT3=I | [206,47,130],0.44,[31,34,31],0.15,[16,16,74],0.08,0.44,YBL064C,PRX1,786,regulation of cell redox homeostasis,thioredoxin peroxidase activity,mitochondrion,S000000160 YBL072C=D <= FHL1=D | [205,40,175],0.41,[27,8,40],0.28,[17,4,67],0.16,0.41,YBL072C,RPS8A,603,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000000168 YBL072C=D <= RAP1=D | [807,44,676],0.5,[160,1,95],0.62,[0,2,38],0,0.62,YBL072C,RPS8A,603,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000000168 YBL075C=D <= HSF1=D | [770,2,107],0.87,[39,2,53],0.39,[0,6,76],0,0.87,YBL075C,SSA3,1950,response to stress*,ATPase activity,cytosol,S000000171 YBL075C=D <= HSF1=D SNT2=D | [79,0,0],1,[26,2,2],0.8,[0,0,0],0,1,YBL075C,SSA3,1950,response to stress*,ATPase activity,cytosol,S000000171 YBL075C=D <= SNT2=D | [657,22,266],0.67,[60,4,28],0.61,[0,1,8],0,0.67,YBL075C,SSA3,1950,response to stress*,ATPase activity,cytosol,S000000171 YBL086C=D <= STE12=I | [1035,9,639],0.61,[20,9,146],0.08,[0,2,94],0,0.61,YBL086C,,1401,biological_process unknown,molecular_function unknown,cellular_component unknown,S000000182 YBL087C=D <= FHL1=D RAP1=D | [69,2,60],0.51,[22,0,9],0.71,[1,0,4],0.2,0.71,YBL087C,RPL23A,918,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000000183 YBL087C=D <= MOT3=I | [216,9,128],0.59,[19,4,68],0.17,[11,4,110],0.06,0.59,YBL087C,RPL23A,918,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000000183 YBL087C=D <= RAP1=D | [750,38,771],0.46,[117,1,138],0.45,[40,1,59],0.39,0.46,YBL087C,RPL23A,918,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000000183 YBL092W=D <= FHL1=D | [184,28,211],0.38,[25,0,50],0.33,[9,1,152],0.05,0.38,YBL092W,RPL32,393,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000000188 YBL092W=D <= FHL1=D RAP1=D | [81,1,49],0.61,[22,0,9],0.71,[1,0,4],0.2,0.71,YBL092W,RPL32,393,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000000188 YBL092W=D <= RAP1=D | [809,28,738],0.5,[123,1,132],0.48,[7,2,97],0.05,0.5,YBL092W,RPL32,393,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000000188 YBL099W=D <= HAP2=D HAP4=D | [114,2,99],0.52,[2,0,20],0.09,[0,0,4],0,0.52,YBL099W,ATP1,1638,ATP synthesis coupled proton transport,"hydrogen-transporting ATP synthase activity, rotational mechanism","proton-transporting ATP synthase, catalytic core (sensu Eukaryota)",S000000195 YBL099W=D <= HAP4=D | [2030,27,4181],0.32,[49,9,291],0.12,[14,0,241],0.05,0.32,YBL099W,ATP1,1638,ATP synthesis coupled proton transport,"hydrogen-transporting ATP synthase activity, rotational mechanism","proton-transporting ATP synthase, catalytic core (sensu Eukaryota)",S000000195 YBR001C=D <= RGT1=D | [509,54,811],0.33,[34,27,259],0.06,[1,1,48],0.01,0.33,YBR001C,NTH2,2343,response to stress*,"alpha,alpha-trehalase activity",cytoplasm*,S000000205 YBR008C=D <= CIN5=D YAP7=D | [147,12,177],0.4,[8,18,18],0.06,[0,0,5],0,0.4,YBR008C,FLR1,1647,response to toxin,multidrug transporter activity,integral to plasma membrane,S000000212 YBR009C=D <= FKH1=D | [1725,55,1153],0.57,[51,4,95],0.32,[29,306,305],0,0.57,YBR009C,HHF1,312,chromatin assembly or disassembly,DNA binding,nuclear nucleosome,S000000213 YBR009C=D <= FKH1=D FKH2=D | [361,0,139],0.72,[6,2,25],0.14,[4,9,7],0.06,0.72,YBR009C,HHF1,312,chromatin assembly or disassembly,DNA binding,nuclear nucleosome,S000000213 YBR010W=D <= FKH1=D FKH2=D | [181,0,319],0.36,[6,1,26],0.16,[14,0,6],0.7,0.7,YBR010W,HHT1,411,chromatin assembly or disassembly,DNA binding,nucleus*,S000000214 YBR011C=D <= ABF1=D | [198,23,177],0.45,[54,6,186],0.2,[0,0,196],0,0.45,YBR011C,IPP1,864,phosphate metabolism,inorganic diphosphatase activity,cytosol,S000000215 YBR011C=D <= ABF1=D DIG1=D | [126,0,5],0.96,[11,0,14],0.44,[0,0,0],0,0.96,YBR011C,IPP1,864,phosphate metabolism,inorganic diphosphatase activity,cytosol,S000000215 YBR011C=D <= DIG1=D | [268,14,483],0.33,[41,3,137],0.21,[0,0,86],0,0.33,YBR011C,IPP1,864,phosphate metabolism,inorganic diphosphatase activity,cytosol,S000000215 YBR011C=D <= DIG1=D STE12=D | [72,0,14],0.84,[14,0,30],0.32,[0,0,13],0,0.84,YBR011C,IPP1,864,phosphate metabolism,inorganic diphosphatase activity,cytosol,S000000215 YBR011C=D <= DIG1=D TEC1=D | [22,0,14],0.61,[32,2,71],0.29,[0,0,28],0,0.61,YBR011C,IPP1,864,phosphate metabolism,inorganic diphosphatase activity,cytosol,S000000215 YBR011C=D <= HAP5=I STE12=D | [82,0,61],0.57,[2,0,1],0.67,[0,0,0],0,0.67,YBR011C,IPP1,864,phosphate metabolism,inorganic diphosphatase activity,cytosol,S000000215 YBR011C=D <= STE12=D | [1356,3,1316],0.51,[40,2,142],0.21,[1,0,100],0.01,0.51,YBR011C,IPP1,864,phosphate metabolism,inorganic diphosphatase activity,cytosol,S000000215 YBR012W-B=D <= STE12=D TEC1=D | [186,5,226],0.43,[13,2,107],0.09,[0,1,37],0,0.43,,,,,,, YBR017C=D <= REB1=D | [239,0,79],0.75,[66,0,136],0.33,[1,0,67],0.01,0.75,YBR017C,KAP104,2757,protein-nucleus import*,nuclear localization sequence binding,cytosol,S000000221 YBR018C=D <= GAL4=D | [171,27,246],0.33,[0,8,21],0,[0,16,31],0,0.33,YBR018C,GAL7,1101,galactose metabolism,UTP-hexose-1-phosphate uridylyltransferase activity,cytoplasm,S000000222 YBR018C=D <= NRG1=D | [2226,190,1944],0.47,[46,96,216],0.04,[33,14,183],0.1,0.47,YBR018C,GAL7,1101,galactose metabolism,UTP-hexose-1-phosphate uridylyltransferase activity,cytoplasm,S000000222 YBR019C=D <= GAL4=D GAL80=D | [20,0,23],0.47,[3,0,2],0.6,[1,0,0],1,1,YBR019C,GAL10,2100,galactose metabolism,UDP-glucose 4-epimerase activity,cellular_component unknown,S000000223 YBR019C=D <= GAL80=D | [351,30,626],0.32,[65,0,31],0.68,[250,1,8],0.96,0.96,YBR019C,GAL10,2100,galactose metabolism,UDP-glucose 4-epimerase activity,cellular_component unknown,S000000223 YBR020W=D <= GAL4=D GAL80=D | [21,0,13],0.62,[3,0,5],0.38,[0,0,1],0,0.62,YBR020W,GAL1,1587,galactose metabolism,galactokinase activity,cellular_component unknown,S000000224 YBR020W=D <= GAL80=D | [393,17,510],0.41,[58,1,90],0.38,[126,37,116],0.35,0.41,YBR020W,GAL1,1587,galactose metabolism,galactokinase activity,cellular_component unknown,S000000224 YBR028C=D <= GZF3=D | [749,9,1053],0.41,[70,16,259],0.17,[1,0,19],0.05,0.41,YBR028C,,1578,biological_process unknown,protein kinase activity,cytoplasm,S000000232 YBR029C=D <= ABF1=D | [159,19,215],0.36,[62,12,147],0.24,[0,2,111],0,0.36,YBR029C,CDS1,1374,phosphatidylglycerol biosynthesis*,phosphatidate cytidylyltransferase activity,mitochondrion*,S000000233 YBR029C=D <= ABF1=D FKH1=D | [129,0,41],0.76,[23,1,19],0.51,[0,2,48],0,0.76,YBR029C,CDS1,1374,phosphatidylglycerol biosynthesis*,phosphatidate cytidylyltransferase activity,mitochondrion*,S000000233 YBR029C=D <= INO2=I INO4=I | [595,2,291],0.67,[0,0,19],0,[0,0,0],0,0.67,YBR029C,CDS1,1374,phosphatidylglycerol biosynthesis*,phosphatidate cytidylyltransferase activity,mitochondrion*,S000000233 YBR029C=D <= INO4=I | [887,9,1804],0.33,[22,6,99],0.14,[0,0,23],0,0.33,YBR029C,CDS1,1374,phosphatidylglycerol biosynthesis*,phosphatidate cytidylyltransferase activity,mitochondrion*,S000000233 YBR030W=D <= ABF1=D FKH2=D | [38,0,24],0.61,[3,0,17],0.15,[0,0,6],0,0.61,YBR030W,,1659,phospholipid metabolism,molecular_function unknown,nucleus,S000000234 YBR030W=D <= ABF1=D INO2=D | [7,0,5],0.58,[23,0,26],0.47,[0,0,1],0,0.58,YBR030W,,1659,phospholipid metabolism,molecular_function unknown,nucleus,S000000234 YBR030W=D <= FKH1=D | [1061,46,1820],0.35,[47,4,97],0.29,[1,30,635],0,0.35,YBR030W,,1659,phospholipid metabolism,molecular_function unknown,nucleus,S000000234 YBR030W=D <= FKH1=D INO2=D | [37,0,24],0.61,[16,1,14],0.49,[0,0,3],0,0.61,YBR030W,,1659,phospholipid metabolism,molecular_function unknown,nucleus,S000000234 YBR030W=D <= FKH2=D | [378,1,483],0.44,[8,1,77],0.08,[0,1,77],0,0.44,YBR030W,,1659,phospholipid metabolism,molecular_function unknown,nucleus,S000000234 YBR030W=D <= FKH2=D INO2=D | [41,0,57],0.42,[5,0,10],0.33,[0,0,0],0,0.42,YBR030W,,1659,phospholipid metabolism,molecular_function unknown,nucleus,S000000234 YBR039W=D <= CBF1=I TYE7=I | [87,19,135],0.3,[17,0,29],0.37,[0,0,2],0,0.37,YBR039W,ATP3,936,ATP synthesis coupled proton transport,"hydrogen-transporting ATP synthase activity, rotational mechanism","proton-transporting ATP synthase, central stalk (sensu Eukaryota)",S000000243 YBR039W=D <= HAP2=D HAP4=D | [134,3,78],0.61,[2,5,15],0.03,[0,0,4],0,0.61,YBR039W,ATP3,936,ATP synthesis coupled proton transport,"hydrogen-transporting ATP synthase activity, rotational mechanism","proton-transporting ATP synthase, central stalk (sensu Eukaryota)",S000000243 YBR039W=D <= HAP3=D HAP4=D | [333,0,186],0.64,[0,1,28],0,[0,0,0],0,0.64,YBR039W,ATP3,936,ATP synthesis coupled proton transport,"hydrogen-transporting ATP synthase activity, rotational mechanism","proton-transporting ATP synthase, central stalk (sensu Eukaryota)",S000000243 YBR039W=D <= HAP4=D | [2169,27,3975],0.35,[32,10,319],0.07,[0,3,208],0,0.35,YBR039W,ATP3,936,ATP synthesis coupled proton transport,"hydrogen-transporting ATP synthase activity, rotational mechanism","proton-transporting ATP synthase, central stalk (sensu Eukaryota)",S000000243 YBR039W=D <= HAP4=D TYE7=D | [520,2,515],0.5,[1,2,43],0.01,[0,1,46],0,0.5,YBR039W,ATP3,936,ATP synthesis coupled proton transport,"hydrogen-transporting ATP synthase activity, rotational mechanism","proton-transporting ATP synthase, central stalk (sensu Eukaryota)",S000000243 YBR043C=D <= GLN3=D | [408,0,248],0.62,[23,15,83],0.12,[0,0,10],0,0.62,YBR043C,QDR3,2070,biological_process unknown,molecular_function unknown,cellular_component unknown,S000000247 YBR046C=D <= STB4=I YAP7=I | [114,39,118],0.31,[12,5,14],0.27,[0,0,0],0,0.31,YBR046C,ZTA1,1005,biological_process unknown,molecular_function unknown,cytoplasm*,S000000250 YBR047W=D <= STB4=I YAP7=I | [106,37,116],0.3,[3,3,28],0.04,[0,0,0],0,0.3,YBR047W,FMP23,528,biological_process unknown,molecular_function unknown,mitochondrion,S000000251 YBR048W=D <= FHL1=D | [218,32,173],0.45,[33,1,41],0.43,[0,16,150],0,0.45,YBR048W,RPS11B,982,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000000252 YBR048W=D <= FHL1=D RAP1=D | [100,1,30],0.76,[26,0,5],0.84,[0,0,5],0,0.84,YBR048W,RPS11B,982,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000000252 YBR048W=D <= HAP4=I | [3430,286,2522],0.51,[56,31,284],0.1,[6,4,245],0.01,0.51,YBR048W,RPS11B,982,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000000252 YBR048W=D <= HAP4=I MOT3=I | [157,0,6],0.96,[2,0,8],0.2,[0,0,8],0,0.96,YBR048W,RPS11B,982,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000000252 YBR048W=D <= HAP4=I RAP1=D | [625,4,177],0.77,[34,0,28],0.55,[0,0,11],0,0.77,YBR048W,RPS11B,982,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000000252 YBR048W=D <= RAP1=D | [882,27,666],0.54,[122,1,133],0.47,[0,2,127],0,0.54,YBR048W,RPS11B,982,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000000252 YBR048W=D <= RAP1=D UME1=D | [28,5,17],0.48,[1,0,1],0.5,[0,0,0],0,0.5,YBR048W,RPS11B,982,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000000252 YBR053C=D <= SKN7=I | [877,12,470],0.64,[155,14,93],0.54,[4,0,3],0.57,0.64,YBR053C,,1077,biological_process unknown,molecular_function unknown,cellular_component unknown,S000000257 YBR054W=D <= CIN5=I SKN7=I | [120,1,28],0.8,[3,0,21],0.12,[1,0,0],1,1,YBR054W,YRO2,1035,biological_process unknown,molecular_function unknown,mitochondrion*,S000000258 YBR054W=D <= SKN7=I | [935,16,418],0.67,[134,12,116],0.47,[3,2,2],0.26,0.67,YBR054W,YRO2,1035,biological_process unknown,molecular_function unknown,mitochondrion*,S000000258 YBR062C=D <= RPN4=D | [1335,26,2269],0.36,[150,5,305],0.32,[8,0,96],0.08,0.36,YBR062C,,625,biological_process unknown,molecular_function unknown,cellular_component unknown,S000000266 YBR066C=D <= CBF1=D NRG1=D SOK2=I | [4,0,8],0.33,[0,0,0],0,[0,0,0],0,0.33,YBR066C,NRG2,663,invasive growth (sensu Saccharomyces),transcriptional repressor activity,nucleus,S000000270 YBR067C=D <= ASH1=D | [1077,111,1102],0.43,[111,180,303],0.07,[408,171,696],0.23,0.43,YBR067C,TIP1,633,cell wall organization and biogenesis,structural constituent of cell wall*,cell wall (sensu Fungi),S000000271 YBR067C=D <= ASH1=D HSF1=I | [124,0,8],0.94,[0,7,6],0,[0,3,2],0,0.94,YBR067C,TIP1,633,cell wall organization and biogenesis,structural constituent of cell wall*,cell wall (sensu Fungi),S000000271 YBR067C=D <= ASH1=D HSF1=I NRG1=I | [109,0,3],0.97,[0,1,0],0,[0,2,0],0,0.97,YBR067C,TIP1,633,cell wall organization and biogenesis,structural constituent of cell wall*,cell wall (sensu Fungi),S000000271 YBR067C=D <= ASH1=D PHD1=I | [172,11,85],0.6,[2,67,41],0,[15,22,44],0.08,0.6,YBR067C,TIP1,633,cell wall organization and biogenesis,structural constituent of cell wall*,cell wall (sensu Fungi),S000000271 YBR067C=D <= HSF1=I NRG1=I | [301,74,228],0.4,[0,24,6],0,[0,11,16],0,0.4,YBR067C,TIP1,633,cell wall organization and biogenesis,structural constituent of cell wall*,cell wall (sensu Fungi),S000000271 YBR067C=D <= HSF1=I NRG1=I PHD1=I | [194,1,24],0.88,[0,8,0],0,[0,3,3],0,0.88,YBR067C,TIP1,633,cell wall organization and biogenesis,structural constituent of cell wall*,cell wall (sensu Fungi),S000000271 YBR067C=D <= HSF1=I PHD1=I | [211,11,59],0.71,[0,18,4],0,[0,8,9],0,0.71,YBR067C,TIP1,633,cell wall organization and biogenesis,structural constituent of cell wall*,cell wall (sensu Fungi),S000000271 YBR068C=D <= AFT2=I | [549,159,672],0.31,[48,0,227],0.17,[44,0,62],0.42,0.42,YBR068C,BAP2,1830,amino acid transport,amino acid transporter activity,plasma membrane,S000000272 YBR068C=D <= AFT2=I GCN4=I | [191,45,16],0.61,[0,0,0],0,[0,0,0],0,0.61,YBR068C,BAP2,1830,amino acid transport,amino acid transporter activity,plasma membrane,S000000272 YBR068C=D <= AFT2=I PHD1=I | [318,40,24],0.74,[14,0,56],0.2,[0,0,0],0,0.74,YBR068C,BAP2,1830,amino acid transport,amino acid transporter activity,plasma membrane,S000000272 YBR068C=D <= GCN4=D YAP7=D | [25,4,35],0.34,[1,0,27],0.04,[0,0,0],0,0.34,YBR068C,BAP2,1830,amino acid transport,amino acid transporter activity,plasma membrane,S000000272 YBR068C=D <= LEU3=I YAP7=D | [107,0,0],1,[0,0,2],0,[1,0,1],0.5,1,YBR068C,BAP2,1830,amino acid transport,amino acid transporter activity,plasma membrane,S000000272 YBR068C=D <= PHD1=D YAP7=D | [40,5,23],0.52,[0,1,38],0,[2,0,3],0.4,0.52,YBR068C,BAP2,1830,amino acid transport,amino acid transporter activity,plasma membrane,S000000272 YBR069C=D <= NRG1=I | [2303,249,1948],0.46,[78,24,263],0.16,[22,18,193],0.05,0.46,YBR069C,TAT1,1860,amino acid transport,amino acid transporter activity,plasma membrane,S000000273 YBR069C=D <= NRG1=I PHD1=I | [765,15,330],0.68,[28,0,28],0.5,[2,1,23],0.05,0.68,YBR069C,TAT1,1860,amino acid transport,amino acid transporter activity,plasma membrane,S000000273 YBR069C=D <= NRG1=I SUT1=I | [38,1,29],0.54,[0,1,11],0,[0,3,4],0,0.54,YBR069C,TAT1,1860,amino acid transport,amino acid transporter activity,plasma membrane,S000000273 YBR070C=D <= ASH1=I SWI4=D | [4,0,7],0.36,[4,0,1],0.8,[29,0,35],0.45,0.8,YBR070C,,714,biological_process unknown,molecular_function unknown,nuclear envelope-endoplasmic reticulum network,S000000274 YBR072W=D <= CIN5=D | [2861,1064,1357],0.39,[164,16,47],0.66,[39,41,224],0.06,0.66,YBR072W,HSP26,645,response to stress*,unfolded protein binding,cytoplasm*,S000000276 YBR072W=D <= CIN5=D MSN2=D | [123,41,73],0.39,[20,0,1],0.95,[0,0,0],0,0.95,YBR072W,HSP26,645,response to stress*,unfolded protein binding,cytoplasm*,S000000276 YBR072W=D <= CIN5=D MSN4=D | [1268,73,257],0.75,[73,7,13],0.72,[3,0,2],0.6,0.75,YBR072W,HSP26,645,response to stress*,unfolded protein binding,cytoplasm*,S000000276 YBR072W=D <= CIN5=D ROX1=D | [166,9,54],0.69,[74,4,17],0.74,[0,0,1],0,0.74,YBR072W,HSP26,645,response to stress*,unfolded protein binding,cytoplasm*,S000000276 YBR072W=D <= HSF1=D | [745,8,63],0.9,[65,5,25],0.64,[4,10,66],0.01,0.9,YBR072W,HSP26,645,response to stress*,unfolded protein binding,cytoplasm*,S000000276 YBR072W=D <= HSF1=D MSN2=D | [50,1,5],0.88,[6,0,4],0.6,[0,1,5],0,0.88,YBR072W,HSP26,645,response to stress*,unfolded protein binding,cytoplasm*,S000000276 YBR072W=D <= HSF1=D MSN4=D | [543,0,18],0.97,[41,2,7],0.78,[0,0,2],0,0.97,YBR072W,HSP26,645,response to stress*,unfolded protein binding,cytoplasm*,S000000276 YBR072W=D <= MSN4=D | [3610,377,1018],0.65,[213,54,137],0.42,[77,17,201],0.21,0.65,YBR072W,HSP26,645,response to stress*,unfolded protein binding,cytoplasm*,S000000276 YBR072W=D <= MSN4=D ROX1=D | [155,3,23],0.84,[36,2,5],0.79,[22,7,76],0.16,0.84,YBR072W,HSP26,645,response to stress*,unfolded protein binding,cytoplasm*,S000000276 YBR072W=D <= ROX1=D | [357,58,151],0.54,[148,117,200],0.18,[30,10,101],0.16,0.54,YBR072W,HSP26,645,response to stress*,unfolded protein binding,cytoplasm*,S000000276 YBR082C=D <= DIG1=D | [257,36,470],0.3,[18,51,112],0.03,[33,0,53],0.38,0.38,YBR082C,UBC4,542,response to stress*,ubiquitin conjugating enzyme activity,proteasome complex (sensu Eukaryota),S000000286 YBR082C=D <= DIG1=D LEU3=D | [88,0,8],0.92,[1,0,7],0.12,[1,0,0],1,1,YBR082C,UBC4,542,response to stress*,ubiquitin conjugating enzyme activity,proteasome complex (sensu Eukaryota),S000000286 YBR082C=D <= DIG1=D STE12=D | [60,0,24],0.71,[1,23,20],0,[7,0,6],0.54,0.71,YBR082C,UBC4,542,response to stress*,ubiquitin conjugating enzyme activity,proteasome complex (sensu Eukaryota),S000000286 YBR082C=D <= HSF1=D TEC1=D | [52,0,53],0.5,[1,6,20],0.01,[0,0,2],0,0.5,YBR082C,UBC4,542,response to stress*,ubiquitin conjugating enzyme activity,proteasome complex (sensu Eukaryota),S000000286 YBR082C=D <= LEU3=I TEC1=D | [26,1,23],0.5,[0,0,2],0,[0,0,24],0,0.5,YBR082C,UBC4,542,response to stress*,ubiquitin conjugating enzyme activity,proteasome complex (sensu Eukaryota),S000000286 YBR082C=D <= STE12=D | [1091,201,1389],0.34,[14,43,127],0.02,[23,0,79],0.23,0.34,YBR082C,UBC4,542,response to stress*,ubiquitin conjugating enzyme activity,proteasome complex (sensu Eukaryota),S000000286 YBR082C=D <= STE12=D SWI5=D | [608,6,463],0.56,[2,26,66],0,[1,0,18],0.05,0.56,YBR082C,UBC4,542,response to stress*,ubiquitin conjugating enzyme activity,proteasome complex (sensu Eukaryota),S000000286 YBR082C=D <= SWI5=D | [842,98,1335],0.33,[29,120,282],0.01,[81,85,939],0.04,0.33,YBR082C,UBC4,542,response to stress*,ubiquitin conjugating enzyme activity,proteasome complex (sensu Eukaryota),S000000286 YBR084C-A=D <= FHL1=D | [221,16,186],0.49,[31,0,44],0.41,[6,10,154],0.01,0.49,YBR084C-A,RPL19A,1076,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000002156 YBR084C-A=D <= FHL1=D RAP1=D | [92,0,39],0.7,[25,0,6],0.81,[0,1,4],0,0.81,YBR084C-A,RPL19A,1076,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000002156 YBR084C-A=D <= RAP1=D | [770,26,770],0.48,[132,2,122],0.51,[14,5,110],0.08,0.51,YBR084C-A,RPL19A,1076,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000002156 YBR084W=D <= STE12=D | [1359,2,335],0.8,[102,2,79],0.55,[14,0,87],0.14,0.8,YBR084W,MIS1,2928,"nucleobase, nucleoside, nucleotide and nucleic acid metabolism*",formate-tetrahydrofolate ligase activity*,mitochondrion,S000000288 YBR084W=D <= STE12=D SUM1=D | [25,0,2],0.93,[30,0,9],0.77,[0,0,3],0,0.93,YBR084W,MIS1,2928,"nucleobase, nucleoside, nucleotide and nucleic acid metabolism*",formate-tetrahydrofolate ligase activity*,mitochondrion,S000000288 YBR084W=D <= SUM1=D | [102,11,185],0.31,[98,6,106],0.44,[0,1,17],0,0.44,YBR084W,MIS1,2928,"nucleobase, nucleoside, nucleotide and nucleic acid metabolism*",formate-tetrahydrofolate ligase activity*,mitochondrion,S000000288 YBR092C=D <= FKH2=D | [274,47,218],0.43,[65,2,20],0.72,[32,10,36],0.31,0.72,YBR092C,PHO3,1404,phosphate metabolism*,acid phosphatase activity,periplasmic space (sensu Fungi),S000000296 YBR092C=D <= FKH2=I THI2=I | [16,2,21],0.36,[0,11,2],0,[2,2,7],0.09,0.36,YBR092C,PHO3,1404,phosphate metabolism*,acid phosphatase activity,periplasmic space (sensu Fungi),S000000296 YBR092C=D <= SOK2=D THI2=D | [92,30,9],0.53,[6,2,7],0.3,[2,0,4],0.33,0.53,YBR092C,PHO3,1404,phosphate metabolism*,acid phosphatase activity,periplasmic space (sensu Fungi),S000000296 YBR093C=D <= FKH2=D | [493,52,342],0.5,[56,3,27],0.62,[24,4,50],0.26,0.62,YBR093C,PHO5,1404,phosphate metabolism*,acid phosphatase activity,cell wall (sensu Fungi)*,S000000297 YBR096W=D <= REB1=D | [211,13,94],0.63,[0,16,190],0,[5,5,58],0.04,0.63,YBR096W,,693,biological_process unknown,molecular_function unknown,endoplasmic reticulum,S000000300 YBR101C=D <= HSF1=D | [454,15,410],0.5,[35,8,56],0.29,[48,0,6],0.89,0.89,YBR101C,FES1,873,protein biosynthesis,adenyl-nucleotide exchange factor activity,cytosol*,S000000305 YBR101C=D <= HSF1=D MOT3=D | [65,0,1],0.98,[0,4,8],0,[10,0,2],0.83,0.98,YBR101C,FES1,873,protein biosynthesis,adenyl-nucleotide exchange factor activity,cytosol*,S000000305 YBR101C=D <= MOT3=D | [327,0,34],0.91,[2,35,52],0,[10,3,79],0.08,0.91,YBR101C,FES1,873,protein biosynthesis,adenyl-nucleotide exchange factor activity,cytosol*,S000000305 YBR104W=D <= FKH1=D | [1544,66,1305],0.51,[66,1,83],0.43,[7,1,540],0.01,0.51,YBR104W,YMC2,990,transport,transporter activity,mitochondrial inner membrane,S000000308 YBR104W=D <= FKH1=D GCN4=D | [351,1,123],0.74,[20,0,14],0.59,[0,0,7],0,0.74,YBR104W,YMC2,990,transport,transporter activity,mitochondrial inner membrane,S000000308 YBR114W=D <= CBF1=I SWI4=I | [101,0,29],0.78,[0,0,8],0,[0,0,2],0,0.78,YBR114W,RAD16,2373,"nucleotide-excision repair, DNA damage recognition",DNA-dependent ATPase activity,repairosome*,S000000318 YBR114W=D <= CBF1=I UME6=I | [149,2,5],0.94,[4,1,3],0.4,[0,0,0],0,0.94,YBR114W,RAD16,2373,"nucleotide-excision repair, DNA damage recognition",DNA-dependent ATPase activity,repairosome*,S000000318 YBR114W=D <= PHD1=I SWI4=I | [84,2,45],0.63,[0,0,5],0,[0,0,6],0,0.63,YBR114W,RAD16,2373,"nucleotide-excision repair, DNA damage recognition",DNA-dependent ATPase activity,repairosome*,S000000318 YBR114W=D <= SWI4=I | [522,14,331],0.59,[4,5,95],0.02,[4,17,141],0,0.59,YBR114W,RAD16,2373,"nucleotide-excision repair, DNA damage recognition",DNA-dependent ATPase activity,repairosome*,S000000318 YBR114W=D <= UME6=I | [162,13,30],0.73,[9,1,29],0.21,[2,7,31],0.01,0.73,YBR114W,RAD16,2373,"nucleotide-excision repair, DNA damage recognition",DNA-dependent ATPase activity,repairosome*,S000000318 YBR117C=D <= HSF1=D | [724,6,95],0.87,[46,0,50],0.48,[2,6,59],0.01,0.87,YBR117C,TKL2,2046,pentose-phosphate shunt,transketolase activity,cytoplasm*,S000000321 YBR117C=D <= HSF1=D RAP1=I | [103,4,12],0.83,[29,0,1],0.97,[0,0,0],0,0.97,YBR117C,TKL2,2046,pentose-phosphate shunt,transketolase activity,cytoplasm*,S000000321 YBR117C=D <= RAP1=I | [742,192,592],0.39,[92,30,71],0.36,[8,4,75],0.06,0.39,YBR117C,TKL2,2046,pentose-phosphate shunt,transketolase activity,cytoplasm*,S000000321 YBR118W=D <= FHL1=D RAP1=D | [57,1,73],0.43,[12,0,19],0.39,[0,1,4],0,0.43,YBR118W,TEF2,1377,translational elongation,translation elongation factor activity,ribosome,S000000322 YBR118W=D <= HSF1=I RAP1=D | [65,0,56],0.54,[2,0,31],0.06,[0,0,0],0,0.54,YBR118W,TEF2,1377,translational elongation,translation elongation factor activity,ribosome,S000000322 YBR138C=D <= MCM1=D | [49,2,108],0.3,[5,1,71],0.05,[25,1,90],0.21,0.3,YBR138C,,1575,biological_process unknown,molecular_function unknown,cytoplasm,S000000342 YBR139W=D <= FKH1=I | [1438,47,1196],0.52,[115,0,35],0.77,[57,9,282],0.14,0.77,YBR139W,,1527,biological_process unknown,carboxypeptidase C activity,vacuole (sensu Fungi),S000000343 YBR139W=D <= FKH2=I | [378,23,477],0.41,[55,1,31],0.62,[0,23,54],0,0.62,YBR139W,,1527,biological_process unknown,carboxypeptidase C activity,vacuole (sensu Fungi),S000000343 YBR139W=D <= SNT2=D | [554,31,310],0.59,[60,6,34],0.55,[2,0,7],0.22,0.59,YBR139W,,1527,biological_process unknown,carboxypeptidase C activity,vacuole (sensu Fungi),S000000343 YBR143C=D <= INO4=I | [1422,87,940],0.55,[13,3,121],0.08,[0,1,25],0,0.55,YBR143C,SUP45,1314,translational termination,"translation release factor activity, codon specific",cytosol,S000000347 YBR143C=D <= INO4=I SNT2=I | [256,0,22],0.92,[3,0,3],0.5,[0,0,0],0,0.92,YBR143C,SUP45,1314,translational termination,"translation release factor activity, codon specific",cytosol,S000000347 YBR143C=D <= REB1=D | [332,0,52],0.86,[20,15,171],0.06,[7,0,61],0.1,0.86,YBR143C,SUP45,1314,translational termination,"translation release factor activity, codon specific",cytosol,S000000347 YBR143C=D <= SNT2=I | [584,3,252],0.69,[32,2,66],0.3,[0,0,9],0,0.69,YBR143C,SUP45,1314,translational termination,"translation release factor activity, codon specific",cytosol,S000000347 YBR162C=D <= ACE2=D | [279,32,318],0.4,[69,10,186],0.23,[130,92,690],0.08,0.4,YBR162C,TOS1,1368,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000000366 YBR162C=D <= ACE2=D GCN4=D | [39,1,5],0.84,[15,0,3],0.83,[0,2,6],0,0.84,YBR162C,TOS1,1368,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000000366 YBR162C=D <= ACE2=D GCN4=I | [59,9,17],0.6,[0,0,0],0,[1,0,3],0.25,0.6,YBR162C,TOS1,1368,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000000366 YBR162C=D <= ACE2=D MBP1=D | [9,0,10],0.47,[33,0,18],0.65,[7,19,51],0.02,0.65,YBR162C,TOS1,1368,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000000366 YBR162C=D <= ACE2=D STE12=D | [124,0,31],0.8,[26,0,22],0.54,[6,2,12],0.23,0.8,YBR162C,TOS1,1368,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000000366 YBR162C=D <= GCN4=D STE12=D | [285,0,22],0.93,[11,0,0],1,[0,0,0],0,1,YBR162C,TOS1,1368,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000000366 YBR162C=D <= GCN4=I STE12=D | [263,5,63],0.78,[0,0,0],0,[0,1,4],0,0.78,YBR162C,TOS1,1368,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000000366 YBR162C=D <= STE12=D | [1888,9,740],0.71,[84,4,96],0.44,[22,11,64],0.15,0.71,YBR162C,TOS1,1368,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000000366 YBR162C=D <= STE12=D SWI4=D | [421,0,23],0.95,[11,0,9],0.55,[1,0,4],0.2,0.95,YBR162C,TOS1,1368,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000000366 YBR162W-A=D <= ACE2=D GCN4=D | [24,0,21],0.53,[6,0,12],0.33,[0,1,7],0,0.53,YBR162W-A,YSY6,198,protein secretion,molecular_function unknown,endoplasmic reticulum,S000002158 YBR162W-A=D <= ACE2=D STE12=D | [83,0,74],0.53,[5,1,41],0.09,[3,1,20],0.09,0.53,YBR162W-A,YSY6,198,protein secretion,molecular_function unknown,endoplasmic reticulum,S000002158 YBR162W-A=D <= GCN4=D MBP1=D | [86,15,71],0.43,[24,0,21],0.53,[0,1,18],0,0.53,YBR162W-A,YSY6,198,protein secretion,molecular_function unknown,endoplasmic reticulum,S000002158 YBR162W-A=D <= STE12=D | [943,20,1739],0.34,[29,12,137],0.12,[9,3,89],0.07,0.34,YBR162W-A,YSY6,198,protein secretion,molecular_function unknown,endoplasmic reticulum,S000002158 YBR164C=D <= REB1=D | [293,0,109],0.73,[13,31,159],0.02,[1,0,67],0.01,0.73,YBR164C,ARL1,552,protein-vacuolar targeting*,GTPase activity,soluble fraction,S000000368 YBR169C=D <= HSF1=D | [542,4,145],0.78,[43,0,52],0.45,[7,2,72],0.07,0.78,YBR169C,SSE2,2082,protein folding,molecular_function unknown,cytoplasm,S000000373 YBR170C=D <= REB1=D RPN4=D | [24,0,8],0.75,[2,0,6],0.25,[0,0,0],0,0.75,YBR170C,NPL4,1743,ER-associated protein catabolism,molecular_function unknown,endoplasmic reticulum*,S000000374 YBR171W=D <= REB1=D | [265,2,135],0.65,[4,25,177],0,[0,7,61],0,0.65,YBR171W,SEC66,621,"SRP-dependent cotranslational protein-membrane targeting, translocation",protein transporter activity,endoplasmic reticulum membrane,S000000375 YBR181C=D <= FHL1=D | [249,20,120],0.59,[26,6,39],0.3,[3,4,163],0.01,0.59,YBR181C,RPS6B,1063,protein biosynthesis,structural constituent of ribosome,cytoplasm*,S000000385 YBR181C=D <= RAP1=D | [863,26,597],0.56,[148,2,101],0.58,[16,1,112],0.12,0.58,YBR181C,RPS6B,1063,protein biosynthesis,structural constituent of ribosome,cytoplasm*,S000000385 YBR183W=D <= CIN5=D | [2523,352,2632],0.4,[125,49,133],0.29,[44,36,224],0.08,0.4,YBR183W,YPC1,951,ceramide metabolism,ceramidase activity,endoplasmic reticulum,S000000387 YBR183W=D <= CIN5=D NRG1=D | [1444,4,496],0.74,[41,1,10],0.77,[0,3,9],0,0.77,YBR183W,YPC1,951,ceramide metabolism,ceramidase activity,endoplasmic reticulum,S000000387 YBR183W=D <= NRG1=D | [2760,40,1709],0.6,[132,59,174],0.25,[27,18,196],0.07,0.6,YBR183W,YPC1,951,ceramide metabolism,ceramidase activity,endoplasmic reticulum,S000000387 YBR189W=D <= FHL1=D | [248,17,158],0.55,[28,1,46],0.36,[7,12,148],0.02,0.55,YBR189W,RPS9B,1001,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000000393 YBR189W=D <= FHL1=D RAP1=D | [109,1,21],0.82,[23,0,8],0.74,[0,0,5],0,0.82,YBR189W,RPS9B,1001,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000000393 YBR189W=D <= RAP1=D | [908,30,637],0.56,[127,1,128],0.49,[51,1,77],0.39,0.56,YBR189W,RPS9B,1001,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000000393 YBR191W=D <= FHL1=D | [227,20,176],0.49,[27,4,44],0.31,[10,6,154],0.04,0.49,YBR191W,RPL21A,871,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000000395 YBR191W=D <= FHL1=D RAP1=D | [94,1,36],0.71,[24,0,7],0.77,[0,0,5],0,0.77,YBR191W,RPL21A,871,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000000395 YBR191W=D <= RAP1=D | [875,29,671],0.54,[151,1,104],0.59,[3,2,124],0.01,0.59,YBR191W,RPL21A,871,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000000395 YBR205W=D <= AFT2=I | [696,8,613],0.52,[28,2,264],0.09,[0,1,104],0,0.52,YBR205W,KTR3,1215,cell wall organization and biogenesis*,mannosyltransferase activity,membrane fraction,S000000409 YBR205W=D <= DIG1=D | [151,1,211],0.41,[7,4,170],0.02,[3,0,83],0.03,0.41,YBR205W,KTR3,1215,cell wall organization and biogenesis*,mannosyltransferase activity,membrane fraction,S000000409 YBR212W=D <= ABF1=I | [252,32,104],0.58,[38,42,83],0.11,[0,0,121],0,0.58,YBR212W,NGR1,2019,mitochondrion organization and biogenesis*,RNA binding*,cytoplasm*,S000000416 YBR230C=D <= AZF1=D | [1568,43,470],0.73,[144,3,94],0.59,[1,2,79],0,0.73,YBR230C,,502,biological_process unknown,molecular_function unknown,mitochondrion,S000000434 YBR230C=D <= AZF1=D SWI5=I | [436,0,62],0.88,[45,0,22],0.67,[0,0,4],0,0.88,YBR230C,,502,biological_process unknown,molecular_function unknown,mitochondrion,S000000434 YBR230C=D <= GAT1=D | [1969,180,1215],0.54,[153,37,206],0.31,[14,8,183],0.04,0.54,YBR230C,,502,biological_process unknown,molecular_function unknown,mitochondrion,S000000434 YBR230C=D <= SWI5=I | [1246,117,764],0.54,[179,19,233],0.38,[69,89,947],0.03,0.54,YBR230C,,502,biological_process unknown,molecular_function unknown,mitochondrion,S000000434 YBR238C=D <= HSF1=I | [690,4,158],0.81,[10,11,76],0.05,[4,0,78],0.05,0.81,YBR238C,,2196,biological_process unknown,molecular_function unknown,cytoplasm*,S000000442 YBR240C=D <= DAL82=D | [501,6,741],0.4,[5,10,119],0.01,[0,0,7],0,0.4,YBR240C,THI2,1353,positive regulation of transcription from Pol II promoter*,transcriptional activator activity,nucleus,S000000444 YBR249C=D <= CBF1=D | [257,53,256],0.38,[105,15,145],0.35,[0,0,8],0,0.38,YBR249C,ARO4,1113,aromatic amino acid family biosynthesis,3-deoxy-7-phosphoheptulonate synthase activity,cytoplasm*,S000000453 YBR249C=D <= GCN4=D | [863,318,912],0.3,[48,7,23],0.54,[3,9,42],0.01,0.54,YBR249C,ARO4,1113,aromatic amino acid family biosynthesis,3-deoxy-7-phosphoheptulonate synthase activity,cytoplasm*,S000000453 YBR255W=D <= GCN4=D YAP7=D | [32,0,32],0.5,[4,0,22],0.15,[0,0,0],0,0.5,YBR255W,,2085,biological_process unknown,molecular_function unknown,cytoplasm,S000000459 YBR283C=D <= ABF1=D UME6=D | [104,0,42],0.71,[12,0,6],0.67,[0,0,1],0,0.71,YBR283C,SSH1,1473,cotranslational protein-membrane targeting,protein transporter activity,endoplasmic reticulum membrane*,S000000487 YBR283C=D <= RPN4=I UME6=D | [97,0,23],0.81,[6,0,1],0.86,[0,0,1],0,0.86,YBR283C,SSH1,1473,cotranslational protein-membrane targeting,protein transporter activity,endoplasmic reticulum membrane*,S000000487 YBR284W=D <= ABF1=I | [119,4,257],0.3,[34,6,188],0.13,[2,11,183],0,0.3,YBR284W,,2394,biological_process unknown,molecular_function unknown,cellular_component unknown,S000000488 YBR284W=D <= RPN4=D UME6=I | [64,1,52],0.54,[0,0,5],0,[0,0,1],0,0.54,YBR284W,,2394,biological_process unknown,molecular_function unknown,cellular_component unknown,S000000488 YBR287W=D <= CBF1=I | [242,14,310],0.4,[68,5,228],0.21,[3,0,5],0.38,0.4,YBR287W,ZSP1,1284,biological_process unknown,molecular_function unknown,endoplasmic reticulum,S000000491 YBR290W=D <= ABF1=I | [142,1,244],0.36,[22,13,211],0.06,[3,0,193],0.02,0.36,YBR290W,BSD2,966,protein-vacuolar targeting*,molecular_function unknown,endoplasmic reticulum,S000000494 YBR296C=D <= AFT2=D | [655,244,464],0.35,[44,122,105],0.04,[8,4,94],0.05,0.35,YBR296C,PHO89,1725,phosphate transport,sodium:inorganic phosphate symporter activity,plasma membrane,S000000500 YBR296C=D <= AFT2=D PHO4=D | [67,4,11],0.77,[0,0,0],0,[0,0,4],0,0.77,YBR296C,PHO89,1725,phosphate transport,sodium:inorganic phosphate symporter activity,plasma membrane,S000000500 YBR296C=D <= AFT2=I NRG1=D | [18,3,16],0.42,[1,8,5],0.01,[1,2,12],0.02,0.42,YBR296C,PHO89,1725,phosphate transport,sodium:inorganic phosphate symporter activity,plasma membrane,S000000500 YBR297W=D <= AFT2=D PHO4=D | [46,1,36],0.54,[0,0,0],0,[0,0,4],0,0.54,YBR297W,MAL33,1407,"regulation of transcription, DNA-dependent*",transcription factor activity,nucleus,S000000501 YBR297W=D <= AFT2=I NRG1=D | [22,2,15],0.52,[0,6,10],0,[0,4,11],0,0.52,YBR297W,MAL33,1407,"regulation of transcription, DNA-dependent*",transcription factor activity,nucleus,S000000501 YBR297W=D <= NRG1=D | [1939,153,2416],0.4,[45,51,269],0.06,[26,13,204],0.07,0.4,YBR297W,MAL33,1407,"regulation of transcription, DNA-dependent*",transcription factor activity,nucleus,S000000501 YBR297W=D <= NRG1=D PHO4=D | [135,27,91],0.44,[0,13,8],0,[0,0,2],0,0.44,YBR297W,MAL33,1407,"regulation of transcription, DNA-dependent*",transcription factor activity,nucleus,S000000501 YCL024W=D <= UME6=D | [153,3,26],0.82,[5,0,26],0.16,[19,19,73],0.09,0.82,YCL024W,KCC4,3114,protein amino acid phosphorylation*,protein kinase activity,bud neck,S000000529 YCL025C=D <= GLN3=I | [510,38,116],0.71,[11,69,65],0.01,[2,1,7],0.13,0.71,YCL025C,AGP1,1788,amino acid transport,amino acid transporter activity,plasma membrane,S000000530 YCL025C=D <= UME6=I | [189,0,20],0.9,[1,18,21],0,[0,24,87],0,0.9,YCL025C,AGP1,1788,amino acid transport,amino acid transporter activity,plasma membrane,S000000530 YCL027W=D <= STE12=D | [1207,47,1455],0.43,[24,3,157],0.12,[47,8,47],0.39,0.43,YCL027W,FUS1,1539,conjugation with cellular fusion,molecular_function unknown,plasma membrane*,S000000532 YCL030C=D <= BAS1=I GLN3=I | [167,13,90],0.57,[7,3,9],0.26,[0,0,0],0,0.57,YCL030C,HIS4,2400,histidine biosynthesis,phosphoribosyl-ATP diphosphatase activity*,intracellular,S000000535 YCL030C=D <= GLN3=I | [339,101,218],0.4,[24,49,72],0.05,[1,3,6],0.03,0.4,YCL030C,HIS4,2400,histidine biosynthesis,phosphoribosyl-ATP diphosphatase activity*,intracellular,S000000535 YCL037C=D <= FHL1=D | [267,39,117],0.55,[30,3,40],0.37,[9,0,161],0.05,0.55,YCL037C,SRO9,1305,protein biosynthesis,RNA binding,polysome,S000000542 YCL037C=D <= FHL1=D RAP1=D | [121,0,10],0.92,[15,1,15],0.45,[0,0,5],0,0.92,YCL037C,SRO9,1305,protein biosynthesis,RNA binding,polysome,S000000542 YCL037C=D <= RAP1=D | [977,40,558],0.6,[107,1,141],0.43,[0,0,129],0,0.6,YCL037C,SRO9,1305,protein biosynthesis,RNA binding,polysome,S000000542 YCL045C=D <= ABF1=D | [188,10,201],0.45,[11,5,230],0.03,[9,0,187],0.05,0.45,YCL045C,,2283,biological_process unknown,molecular_function unknown,endoplasmic reticulum,S000000550 YCL054W=D <= FKH1=D | [2184,150,611],0.69,[52,8,90],0.3,[44,54,568],0.03,0.69,YCL054W,SPB1,2526,processing of 27S pre-rRNA,S-adenosylmethionine-dependent methyltransferase activity*,nucleus*,S000000559 YCL054W=D <= FKH2=D | [644,18,234],0.7,[40,1,46],0.45,[6,2,70],0.06,0.7,YCL054W,SPB1,2526,processing of 27S pre-rRNA,S-adenosylmethionine-dependent methyltransferase activity*,nucleus*,S000000559 YCL054W=D <= FKH2=D STE12=D | [314,0,9],0.97,[15,1,14],0.47,[1,0,0],1,1,YCL054W,SPB1,2526,processing of 27S pre-rRNA,S-adenosylmethionine-dependent methyltransferase activity*,nucleus*,S000000559 YCL054W=D <= FKH2=D STE12=D TEC1=D | [93,0,0],1,[12,1,12],0.44,[1,0,0],1,1,YCL054W,SPB1,2526,processing of 27S pre-rRNA,S-adenosylmethionine-dependent methyltransferase activity*,nucleus*,S000000559 YCL054W=D <= FKH2=D SWI4=D SWI6=D | [141,0,8],0.95,[0,0,2],0,[0,0,0],0,0.95,YCL054W,SPB1,2526,processing of 27S pre-rRNA,S-adenosylmethionine-dependent methyltransferase activity*,nucleus*,S000000559 YCL054W=D <= SPT23=I | [318,63,272],0.41,[29,8,80],0.19,[1,0,35],0.03,0.41,YCL054W,SPB1,2526,processing of 27S pre-rRNA,S-adenosylmethionine-dependent methyltransferase activity*,nucleus*,S000000559 YCL054W=D <= STE12=D | [2101,11,597],0.77,[81,9,94],0.4,[12,5,84],0.08,0.77,YCL054W,SPB1,2526,processing of 27S pre-rRNA,S-adenosylmethionine-dependent methyltransferase activity*,nucleus*,S000000559 YCL054W=D <= STE12=D TEC1=I | [231,0,6],0.97,[0,0,0],0,[0,0,9],0,0.97,YCL054W,SPB1,2526,processing of 27S pre-rRNA,S-adenosylmethionine-dependent methyltransferase activity*,nucleus*,S000000559 YCL055W=D <= DIG1=D STE12=D | [36,0,50],0.42,[1,15,28],0,[11,0,2],0.85,0.85,YCL055W,KAR4,1008,meiosis*,transcription regulator activity,nucleus,S000000560 YCL055W=D <= STE12=D | [854,4,1842],0.31,[8,37,139],0.01,[57,0,45],0.56,0.56,YCL055W,KAR4,1008,meiosis*,transcription regulator activity,nucleus,S000000560 YCL057W=D <= UME6=D | [123,16,69],0.52,[6,1,33],0.13,[5,0,106],0.05,0.52,YCL057W,PRD1,2139,proteolysis and peptidolysis,metalloendopeptidase activity*,cytoplasm*,S000000562 YCL063W=D <= FKH1=D | [988,15,1892],0.34,[49,0,97],0.34,[186,1,479],0.28,0.34,YCL063W,VAC17,1272,vacuole inheritance,receptor activity,vacuolar membrane,S000000568 YCL063W=D <= GAT1=I SWI6=D | [290,0,190],0.6,[0,0,0],0,[1,0,7],0.12,0.6,YCL063W,VAC17,1272,vacuole inheritance,receptor activity,vacuolar membrane,S000000568 YCL063W=D <= SWI6=D | [454,0,549],0.45,[14,2,45],0.2,[9,10,125],0.03,0.45,YCL063W,VAC17,1272,vacuole inheritance,receptor activity,vacuolar membrane,S000000568 YCL064C=D <= FKH1=D FKH2=D | [240,65,196],0.38,[7,12,14],0.08,[14,0,6],0.7,0.7,YCL064C,CHA1,1083,threonine catabolism*,L-serine ammonia-lyase activity*,mitochondrion,S000000569 YCL064C=D <= FKH1=D GAT1=I | [652,83,285],0.57,[2,25,2],0.01,[3,8,10],0.04,0.57,YCL064C,CHA1,1083,threonine catabolism*,L-serine ammonia-lyase activity*,mitochondrion,S000000569 YCL064C=D <= FKH1=I GAT1=I | [36,2,8],0.74,[9,19,8],0.08,[13,11,23],0.15,0.74,YCL064C,CHA1,1083,threonine catabolism*,L-serine ammonia-lyase activity*,mitochondrion,S000000569 YCL064C=D <= GAT1=I | [2190,306,1197],0.52,[74,203,119],0.05,[43,50,116],0.1,0.52,YCL064C,CHA1,1083,threonine catabolism*,L-serine ammonia-lyase activity*,mitochondrion,S000000569 YCL064C=D <= GLN3=I | [351,26,287],0.49,[10,94,41],0.01,[6,2,2],0.45,0.49,YCL064C,CHA1,1083,threonine catabolism*,L-serine ammonia-lyase activity*,mitochondrion,S000000569 YCL064C=D <= SWI6=D | [700,79,253],0.61,[22,18,22],0.2,[5,53,86],0,0.61,YCL064C,CHA1,1083,threonine catabolism*,L-serine ammonia-lyase activity*,mitochondrion,S000000569 YCR005C=D <= STE12=I | [1487,322,882],0.45,[51,23,110],0.19,[35,8,59],0.28,0.45,YCR005C,CIT2,1383,glutamate biosynthesis*,citrate (Si)-synthase activity,mitochondrion*,S000000598 YCR021C=D <= CIN5=D | [2944,744,1881],0.42,[43,151,50],0.04,[9,24,271],0.01,0.42,YCR021C,HSP30,999,response to stress,molecular_function unknown,plasma membrane,S000000615 YCR021C=D <= CIN5=D RCS1=D YAP6=D | [59,1,13],0.79,[0,1,0],0,[0,0,0],0,0.79,YCR021C,HSP30,999,response to stress,molecular_function unknown,plasma membrane,S000000615 YCR021C=D <= CIN5=D YAP6=I | [52,21,40],0.33,[1,13,4],0,[0,3,32],0,0.33,YCR021C,HSP30,999,response to stress,molecular_function unknown,plasma membrane,S000000615 YCR021C=D <= YAP6=D | [962,284,701],0.38,[160,71,132],0.31,[5,2,76],0.04,0.38,YCR021C,HSP30,999,response to stress,molecular_function unknown,plasma membrane,S000000615 YCR034W=D <= INO4=I | [1912,71,828],0.66,[60,0,77],0.44,[2,2,38],0.02,0.66,YCR034W,FEN1,1044,vesicle-mediated transport*,fatty acid elongase activity,endoplasmic reticulum*,S000000630 YCR053W=D <= ABF1=D | [258,31,108],0.58,[67,0,129],0.34,[0,3,193],0,0.58,YCR053W,THR4,1545,endocytosis*,threonine synthase activity,cytoplasm*,S000000649 YCR057C=D <= INO2=I INO4=I | [546,19,331],0.59,[9,2,8],0.39,[0,0,0],0,0.59,YCR057C,PWP2,2772,processing of 20S pre-rRNA*,snoRNA binding,cytoplasm*,S000000653 YCR057C=D <= INO4=I | [1503,110,1198],0.5,[67,3,63],0.48,[11,1,30],0.24,0.5,YCR057C,PWP2,2772,processing of 20S pre-rRNA*,snoRNA binding,cytoplasm*,S000000653 YCR061W=D <= RPN4=D | [1379,78,2104],0.37,[30,173,234],0.01,[12,2,120],0.08,0.37,YCR061W,,1896,biological_process unknown,molecular_function unknown,cytoplasm,S000000657 YCR065W=D <= ASH1=D MBP1=D | [65,0,50],0.57,[7,3,36],0.11,[7,13,121],0.02,0.57,YCR065W,HCM1,1695,transcription initiation from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000000661 YCR065W=D <= SWI6=D | [349,0,671],0.34,[8,2,27],0.17,[24,0,120],0.17,0.34,YCR065W,HCM1,1695,transcription initiation from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000000661 YCR088W=D <= CBF1=D TYE7=D | [120,33,81],0.4,[15,1,31],0.3,[0,0,2],0,0.4,YCR088W,ABP1,1779,establishment of cell polarity (sensu Fungi)*,protein binding,cytoplasm*,S000000684 YCR091W=D <= SNT2=D | [685,5,246],0.73,[46,6,43],0.43,[0,0,9],0,0.73,YCR091W,KIN82,2163,protein amino acid phosphorylation*,protein kinase activity,cellular_component unknown,S000000687 YDL003W=D <= CIN5=I SWI6=D | [389,3,224],0.63,[0,0,3],0,[17,0,23],0.42,0.63,YDL003W,MCD1,1701,mitotic sister chromatid cohesion*,molecular_function unknown,nucleus*,S000002161 YDL003W=D <= SWI4=D | [407,10,465],0.45,[13,32,73],0.03,[295,10,114],0.68,0.68,YDL003W,MCD1,1701,mitotic sister chromatid cohesion*,molecular_function unknown,nucleus*,S000002161 YDL003W=D <= SWI6=D | [582,4,440],0.56,[18,10,34],0.19,[71,2,71],0.48,0.56,YDL003W,MCD1,1701,mitotic sister chromatid cohesion*,molecular_function unknown,nucleus*,S000002161 YDL004W=D <= HAP4=D | [2268,2,3851],0.37,[76,45,250],0.13,[0,1,210],0,0.37,YDL004W,ATP16,483,ATP synthesis coupled proton transport,"hydrogen-transporting ATP synthase activity, rotational mechanism","proton-transporting ATP synthase, central stalk (sensu Eukaryota)",S000002162 YDL020C=D <= ABF1=I | [151,31,202],0.33,[114,10,122],0.43,[25,2,169],0.12,0.43,YDL020C,RPN4,1596,ubiquitin-dependent protein catabolism*,transcriptional activator activity,proteasome regulatory particle (sensu Eukaryota)*,S000002178 YDL020C=D <= ABF1=I CBF1=I | [108,9,59],0.57,[61,2,27],0.66,[0,0,3],0,0.66,YDL020C,RPN4,1596,ubiquitin-dependent protein catabolism*,transcriptional activator activity,proteasome regulatory particle (sensu Eukaryota)*,S000002178 YDL020C=D <= ABF1=I YAP7=I | [16,1,24],0.37,[51,0,13],0.8,[0,0,4],0,0.8,YDL020C,RPN4,1596,ubiquitin-dependent protein catabolism*,transcriptional activator activity,proteasome regulatory particle (sensu Eukaryota)*,S000002178 YDL020C=D <= HSF1=D | [614,0,151],0.8,[17,10,72],0.11,[0,3,79],0,0.8,YDL020C,RPN4,1596,ubiquitin-dependent protein catabolism*,transcriptional activator activity,proteasome regulatory particle (sensu Eukaryota)*,S000002178 YDL048C=D <= HAP5=D SOK2=I | [20,2,32],0.34,[0,1,1],0,[0,2,1],0,0.34,YDL048C,STP4,1473,biological_process unknown,molecular_function unknown,cytoplasm*,S000002206 YDL048C=D <= PHD1=D ROX1=D | [33,3,57],0.33,[5,40,41],0.01,[33,4,60],0.3,0.33,YDL048C,STP4,1473,biological_process unknown,molecular_function unknown,cytoplasm*,S000002206 YDL048C=D <= PHD1=I ROX1=D | [8,1,15],0.3,[6,44,41],0.01,[0,0,0],0,0.3,YDL048C,STP4,1473,biological_process unknown,molecular_function unknown,cytoplasm*,S000002206 YDL048C=D <= ROX1=D SOK2=D | [29,5,23],0.43,[2,37,44],0,[5,0,7],0.42,0.43,YDL048C,STP4,1473,biological_process unknown,molecular_function unknown,cytoplasm*,S000002206 YDL049C=D <= DAL80=D PHO4=D SOK2=D | [75,0,58],0.56,[4,0,2],0.67,[0,0,0],0,0.67,YDL049C,KNH1,807,"beta-1,6 glucan biosynthesis",molecular_function unknown,cell wall (sensu Fungi)*,S000002207 YDL049C=D <= INO4=D | [899,50,1639],0.33,[5,6,94],0.02,[1,0,41],0.02,0.33,YDL049C,KNH1,807,"beta-1,6 glucan biosynthesis",molecular_function unknown,cell wall (sensu Fungi)*,S000002207 YDL049C=D <= INO4=D SKN7=D | [85,0,121],0.41,[0,0,0],0,[0,0,0],0,0.41,YDL049C,KNH1,807,"beta-1,6 glucan biosynthesis",molecular_function unknown,cell wall (sensu Fungi)*,S000002207 YDL049C=D <= NRG1=D PHO4=D | [104,3,123],0.44,[0,2,16],0,[0,0,2],0,0.44,YDL049C,KNH1,807,"beta-1,6 glucan biosynthesis",molecular_function unknown,cell wall (sensu Fungi)*,S000002207 YDL049C=D <= NRG1=D SOK2=D | [209,0,83],0.72,[0,0,0],0,[0,0,2],0,0.72,YDL049C,KNH1,807,"beta-1,6 glucan biosynthesis",molecular_function unknown,cell wall (sensu Fungi)*,S000002207 YDL051W=D <= ABF1=D | [218,40,139],0.46,[82,9,110],0.37,[1,47,148],0,0.46,YDL051W,LHP1,828,tRNA processing,RNA binding,nucleus*,S000002209 YDL051W=D <= ABF1=D TYE7=D | [93,25,59],0.41,[10,0,15],0.4,[0,3,5],0,0.41,YDL051W,LHP1,828,tRNA processing,RNA binding,nucleus*,S000002209 YDL055C=D <= ACE2=D | [216,17,400],0.32,[22,45,185],0.03,[207,196,599],0.11,0.32,YDL055C,PSA1,1086,protein amino acid glycosylation*,mannose-1-phosphate guanylyltransferase activity,cytoplasm,S000002213 YDL055C=D <= ACE2=D SWI6=D | [13,0,3],0.81,[0,0,5],0,[18,1,11],0.57,0.81,YDL055C,PSA1,1086,protein amino acid glycosylation*,mannose-1-phosphate guanylyltransferase activity,cytoplasm,S000002213 YDL055C=D <= SWI6=D | [773,3,256],0.75,[22,0,38],0.37,[75,10,59],0.46,0.75,YDL055C,PSA1,1086,protein amino acid glycosylation*,mannose-1-phosphate guanylyltransferase activity,cytoplasm,S000002213 YDL059C=D <= CBF1=D MET31=D MET32=D | [28,0,7],0.8,[0,0,0],0,[0,0,0],0,0.8,YDL059C,RAD59,717,telomerase-independent telomere maintenance*,protein binding*,nucleus,S000002217 YDL059C=D <= MET32=D | [1374,0,631],0.69,[60,5,128],0.29,[15,0,71],0.17,0.69,YDL059C,RAD59,717,telomerase-independent telomere maintenance*,protein binding*,nucleus,S000002217 YDL060W=D <= FHL1=D | [249,0,174],0.59,[46,0,29],0.61,[23,2,145],0.12,0.61,YDL060W,TSR1,2367,rRNA processing*,ribonucleoprotein binding,cytoplasm*,S000002218 YDL060W=D <= FHL1=D RAP1=D | [107,0,24],0.82,[26,0,5],0.84,[0,0,5],0,0.84,YDL060W,TSR1,2367,rRNA processing*,ribonucleoprotein binding,cytoplasm*,S000002218 YDL060W=D <= RAP1=D | [677,18,858],0.42,[126,13,117],0.45,[5,0,124],0.04,0.45,YDL060W,TSR1,2367,rRNA processing*,ribonucleoprotein binding,cytoplasm*,S000002218 YDL061C=D <= FHL1=D | [186,30,207],0.38,[25,4,35],0.34,[8,8,151],0.02,0.38,YDL061C,RPS29B,171,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000002219 YDL061C=D <= FHL1=D RAP1=D | [85,0,46],0.65,[20,0,7],0.74,[1,0,4],0.2,0.74,YDL061C,RPS29B,171,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000002219 YDL061C=D <= RAP1=D | [826,15,711],0.52,[128,5,65],0.62,[51,6,72],0.35,0.62,YDL061C,RPS29B,171,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000002219 YDL067C=D <= GCN4=D HAP4=D | [253,0,379],0.4,[0,0,5],0,[0,0,0],0,0.4,YDL067C,COX9,180,aerobic respiration,cytochrome-c oxidase activity,respiratory chain complex IV (sensu Eukaryota),S000002225 YDL067C=D <= HAP2=D | [170,0,100],0.63,[3,6,87],0.01,[1,0,34],0.03,0.63,YDL067C,COX9,180,aerobic respiration,cytochrome-c oxidase activity,respiratory chain complex IV (sensu Eukaryota),S000002225 YDL067C=D <= HAP2=D HAP4=D | [158,0,57],0.73,[1,0,17],0.06,[0,0,4],0,0.73,YDL067C,COX9,180,aerobic respiration,cytochrome-c oxidase activity,respiratory chain complex IV (sensu Eukaryota),S000002225 YDL075W=D <= FHL1=D | [270,11,138],0.62,[25,5,39],0.3,[3,6,85],0.01,0.62,YDL075W,RPL31A,763,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000002233 YDL075W=D <= FHL1=D RAP1=D | [110,0,21],0.84,[22,0,7],0.76,[0,0,5],0,0.84,YDL075W,RPL31A,763,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000002233 YDL075W=D <= RAP1=D | [801,16,670],0.53,[190,3,47],0.78,[1,1,76],0.01,0.78,YDL075W,RPL31A,763,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000002233 YDL082W=D <= FHL1=D | [216,15,190],0.48,[32,0,43],0.43,[1,10,159],0,0.48,YDL082W,RPL13A,965,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000002240 YDL082W=D <= FHL1=D RAP1=D | [98,1,32],0.74,[26,0,5],0.84,[0,0,5],0,0.84,YDL082W,RPL13A,965,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000002240 YDL082W=D <= RAP1=D | [889,28,624],0.56,[169,1,86],0.66,[3,0,126],0.02,0.66,YDL082W,RPL13A,965,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000002240 YDL083C=D <= FHL1=D | [224,32,167],0.46,[23,2,36],0.35,[8,21,132],0.01,0.46,YDL083C,RPS16B,864,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000002241 YDL083C=D <= FHL1=D RAP1=D | [105,0,26],0.8,[16,0,12],0.57,[0,3,2],0,0.8,YDL083C,RPS16B,864,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000002241 YDL083C=D <= RAP1=D | [832,13,672],0.54,[119,1,101],0.53,[4,29,69],0,0.54,YDL083C,RPS16B,864,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000002241 YDL084W=D <= ABF1=D | [236,19,140],0.55,[70,1,143],0.32,[0,0,196],0,0.55,YDL084W,SUB2,1341,mRNA-nucleus export*,protein binding*,nucleus*,S000002242 YDL084W=D <= ABF1=D FKH1=D | [148,1,23],0.85,[25,0,18],0.58,[0,0,84],0,0.85,YDL084W,SUB2,1341,mRNA-nucleus export*,protein binding*,nucleus*,S000002242 YDL084W=D <= FKH1=D | [1239,89,1471],0.41,[46,0,99],0.32,[20,0,646],0.03,0.41,YDL084W,SUB2,1341,mRNA-nucleus export*,protein binding*,nucleus*,S000002242 YDL112W=D <= SWI5=D | [929,9,1297],0.41,[149,2,225],0.39,[79,1,1025],0.07,0.41,YDL112W,TRM3,4311,tRNA methylation,tRNA (guanosine) methyltransferase activity,cytoplasm,S000002270 YDL124W=D <= MSN4=D | [2530,324,2364],0.43,[248,29,171],0.5,[63,26,210],0.15,0.5,YDL124W,,939,metabolism,alpha-keto amide reductase activity*,cytoplasm*,S000002282 YDL124W=D <= MSN4=D YAP7=I | [213,14,110],0.59,[134,8,52],0.65,[1,1,8],0.05,0.65,YDL124W,,939,metabolism,alpha-keto amide reductase activity*,cytoplasm*,S000002282 YDL127W=D <= STE12=D TEC1=D | [204,0,233],0.47,[18,1,81],0.17,[19,0,19],0.5,0.5,YDL127W,PCL2,927,cell cycle,cyclin-dependent protein kinase regulator activity,cyclin-dependent protein kinase holoenzyme complex,S000002285 YDL127W=D <= SWI4=D | [328,0,551],0.37,[20,2,90],0.16,[127,55,237],0.21,0.37,YDL127W,PCL2,927,cell cycle,cyclin-dependent protein kinase regulator activity,cyclin-dependent protein kinase holoenzyme complex,S000002285 YDL130W=D <= FHL1=D RAP1=D | [18,3,29],0.31,[0,1,0],0,[0,0,5],0,0.31,YDL130W,RPP1B,622,translational elongation*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000002288 YDL143W=D <= RPN4=I | [1202,91,2241],0.32,[13,133,336],0,[1,0,36],0.03,0.32,YDL143W,CCT4,1587,protein folding*,unfolded protein binding,cytoplasm*,S000002302 YDL170W=D <= CIN5=D GCN4=D | [55,0,61],0.47,[0,0,0],0,[0,0,1],0,0.47,YDL170W,UGA3,1587,regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000002329 YDL170W=D <= DAL82=D | [907,3,409],0.69,[2,43,113],0,[0,0,7],0,0.69,YDL170W,UGA3,1587,regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000002329 YDL170W=D <= DAL82=D GCN4=D | [322,0,39],0.89,[0,3,1],0,[0,0,0],0,0.89,YDL170W,UGA3,1587,regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000002329 YDL170W=D <= DAL82=D GLN3=D | [458,0,6],0.99,[0,0,20],0,[0,0,0],0,0.99,YDL170W,UGA3,1587,regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000002329 YDL170W=D <= DAL82=D HAP2=D | [60,0,7],0.9,[0,0,18],0,[0,0,0],0,0.9,YDL170W,UGA3,1587,regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000002329 YDL170W=D <= GCN4=D GLN3=D | [196,0,1],0.99,[0,0,1],0,[0,0,0],0,0.99,YDL170W,UGA3,1587,regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000002329 YDL170W=D <= GCN4=D HAP3=D | [104,0,45],0.7,[2,2,20],0.04,[0,0,0],0,0.7,YDL170W,UGA3,1587,regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000002329 YDL170W=D <= GLN3=D | [594,1,69],0.89,[22,3,103],0.15,[1,0,9],0.1,0.89,YDL170W,UGA3,1587,regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000002329 YDL170W=D <= HAP3=D | [388,0,700],0.36,[21,7,129],0.1,[0,0,29],0,0.36,YDL170W,UGA3,1587,regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000002329 YDL181W=D <= HAP2=D | [224,0,31],0.88,[5,20,77],0.01,[0,2,26],0,0.88,YDL181W,INH1,258,ATP synthesis coupled proton transport,enzyme inhibitor activity,proton-transporting ATP synthase complex (sensu Eukaryota),S000002340 YDL181W=D <= HAP4=D | [3749,62,2080],0.63,[34,40,227],0.05,[6,21,195],0.01,0.63,YDL181W,INH1,258,ATP synthesis coupled proton transport,enzyme inhibitor activity,proton-transporting ATP synthase complex (sensu Eukaryota),S000002340 YDL181W=D <= HAP4=D HAP5=D | [190,0,19],0.91,[2,1,3],0.22,[2,0,5],0.29,0.91,YDL181W,INH1,258,ATP synthesis coupled proton transport,enzyme inhibitor activity,proton-transporting ATP synthase complex (sensu Eukaryota),S000002340 YDL204W=D <= YAP7=I | [514,235,221],0.36,[154,63,143],0.3,[0,10,14],0,0.36,YDL204W,RTN2,1182,biological_process unknown,molecular_function unknown,endoplasmic reticulum,S000002363 YDL210W=D <= UME6=I | [85,0,4],0.96,[1,0,1],0.5,[2,0,60],0.03,0.96,YDL210W,UGA4,1716,transport*,gamma-aminobutyric acid transporter activity*,vacuolar membrane (sensu Fungi),S000002369 YDL210W=D <= YAP7=D | [167,12,85],0.59,[0,2,7],0,[0,0,6],0,0.59,YDL210W,UGA4,1716,transport*,gamma-aminobutyric acid transporter activity*,vacuolar membrane (sensu Fungi),S000002369 YDL211C=D <= SWI6=I | [152,21,139],0.43,[0,0,0],0,[2,9,133],0,0.43,YDL211C,,1119,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000002370 YDL215C=D <= UME6=I | [138,6,56],0.66,[8,5,25],0.13,[6,0,105],0.05,0.66,YDL215C,GDH2,3279,nitrogen compound metabolism,glutamate dehydrogenase activity,mitochondrion*,S000002374 YDL225W=D <= REB1=D | [162,0,154],0.51,[20,12,171],0.06,[5,0,63],0.07,0.51,YDL225W,SHS1,1656,establishment of cell polarity (sensu Fungi)*,structural constituent of cytoskeleton,septin ring,S000002384 YDL236W=D <= GAT1=I | [1096,17,2528],0.3,[21,46,297],0.02,[0,0,209],0,0.3,YDL236W,PHO13,939,protein amino acid dephosphorylation*,alkaline phosphatase activity*,cytoplasm*,S000002395 YDL238C=D <= DAL80=D GAT1=D | [801,17,1221],0.38,[34,1,24],0.56,[2,0,20],0.09,0.56,YDL238C,GUD1,1470,guanine metabolism,"hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in linear amides",cytoplasm,S000002397 YDL238C=D <= GLN3=D | [230,5,349],0.39,[28,3,94],0.2,[1,1,8],0.05,0.39,YDL238C,GUD1,1470,guanine metabolism,"hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in linear amides",cytoplasm,S000002397 YDR003W=D <= FKH1=I | [1108,3,1780],0.38,[16,3,131],0.09,[16,58,592],0.01,0.38,YDR003W,RCR2,633,biological_process unknown,molecular_function unknown,cytoplasm*,S000002410 YDR003W=D <= FKH1=I YAP7=I | [136,0,106],0.56,[13,1,48],0.19,[0,3,11],0,0.56,YDR003W,RCR2,633,biological_process unknown,molecular_function unknown,cytoplasm*,S000002410 YDR003W=D <= REB1=I | [145,0,256],0.36,[27,14,165],0.09,[0,1,67],0,0.36,YDR003W,RCR2,633,biological_process unknown,molecular_function unknown,cytoplasm*,S000002410 YDR011W=D <= ROX1=D | [185,3,360],0.33,[109,13,425],0.18,[73,0,70],0.51,0.51,YDR011W,SNQ2,4506,response to drug*,xenobiotic-transporting ATPase activity,mitochondrion*,S000002418 YDR030C=D <= GLN3=D | [286,1,333],0.46,[0,10,135],0,[1,0,9],0.1,0.46,YDR030C,RAD28,1521,DNA repair,molecular_function unknown,nucleus,S000002437 YDR031W=D <= GLN3=D | [203,7,433],0.31,[4,37,61],0,[1,2,7],0.03,0.31,YDR031W,,366,biological_process unknown,molecular_function unknown,cytoplasm*,S000002438 YDR032C=D <= CIN5=D HAP5=D | [90,2,83],0.5,[8,1,15],0.3,[6,0,4],0.6,0.6,YDR032C,PST2,597,biological_process unknown,molecular_function unknown,cytoplasm*,S000002439 YDR032C=D <= DAL82=I FKH2=I | [54,0,47],0.53,[3,0,8],0.27,[0,0,0],0,0.53,YDR032C,PST2,597,biological_process unknown,molecular_function unknown,cytoplasm*,S000002439 YDR032C=D <= FKH2=I | [336,8,402],0.44,[37,1,19],0.63,[4,2,72],0.03,0.63,YDR032C,PST2,597,biological_process unknown,molecular_function unknown,cytoplasm*,S000002439 YDR032C=D <= MSN2=I MSN4=D | [94,2,48],0.64,[10,0,11],0.48,[0,0,0],0,0.64,YDR032C,PST2,597,biological_process unknown,molecular_function unknown,cytoplasm*,S000002439 YDR032C=D <= MSN4=D | [1970,272,2832],0.34,[113,6,107],0.47,[20,9,270],0.05,0.47,YDR032C,PST2,597,biological_process unknown,molecular_function unknown,cytoplasm*,S000002439 YDR033W=D <= CIN5=I MSN2=I | [87,0,160],0.35,[10,4,42],0.13,[0,0,0],0,0.35,YDR033W,MRH1,963,biological_process unknown,molecular_function unknown,mitochondrion*,S000002440 YDR033W=D <= DAL82=I | [588,39,700],0.42,[20,31,165],0.04,[0,5,2],0,0.42,YDR033W,MRH1,963,biological_process unknown,molecular_function unknown,mitochondrion*,S000002440 YDR033W=D <= DAL82=I HAP5=I | [26,0,10],0.72,[1,1,14],0.03,[0,0,0],0,0.72,YDR033W,MRH1,963,biological_process unknown,molecular_function unknown,mitochondrion*,S000002440 YDR033W=D <= DAL82=I MSN2=I | [32,0,32],0.5,[7,0,22],0.24,[0,0,0],0,0.5,YDR033W,MRH1,963,biological_process unknown,molecular_function unknown,mitochondrion*,S000002440 YDR033W=D <= HAP5=I MSN4=I | [50,1,95],0.34,[1,0,5],0.17,[0,12,1],0,0.34,YDR033W,MRH1,963,biological_process unknown,molecular_function unknown,mitochondrion*,S000002440 YDR037W=D <= RAP1=D | [945,14,601],0.6,[128,4,124],0.48,[8,0,121],0.06,0.6,YDR037W,KRS1,1776,lysyl-tRNA aminoacylation,lysine-tRNA ligase activity,cytoplasm,S000002444 YDR037W=D <= RAP1=D REB1=D | [26,0,4],0.87,[29,0,11],0.72,[0,0,2],0,0.87,YDR037W,KRS1,1776,lysyl-tRNA aminoacylation,lysine-tRNA ligase activity,cytoplasm,S000002444 YDR037W=D <= REB1=D | [248,4,65],0.77,[86,11,109],0.37,[1,5,62],0,0.77,YDR037W,KRS1,1776,lysyl-tRNA aminoacylation,lysine-tRNA ligase activity,cytoplasm,S000002444 YDR050C=D <= INO2=I | [522,17,657],0.42,[26,32,232],0.04,[3,3,55],0.02,0.42,YDR050C,TPI1,747,gluconeogenesis*,triose-phosphate isomerase activity,cytoplasm*,S000002457 YDR050C=D <= INO4=I | [1097,48,1637],0.38,[6,41,90],0.01,[6,0,36],0.14,0.38,YDR050C,TPI1,747,gluconeogenesis*,triose-phosphate isomerase activity,cytoplasm*,S000002457 YDR059C=D <= UME6=I | [147,13,37],0.69,[2,4,26],0.02,[2,0,109],0.02,0.69,YDR059C,UBC5,537,response to stress*,ubiquitin conjugating enzyme activity,proteasome complex (sensu Eukaryota),S000002466 YDR060W=D <= UME6=I | [87,1,114],0.43,[0,12,28],0,[6,7,98],0.02,0.43,YDR060W,MAK21,3078,ribosomal large subunit assembly and maintenance,molecular_function unknown,Noc1p-Noc2p complex,S000002467 YDR060W=D <= YAP7=D | [360,12,601],0.36,[132,2,251],0.34,[0,0,35],0,0.36,YDR060W,MAK21,3078,ribosomal large subunit assembly and maintenance,molecular_function unknown,Noc1p-Noc2p complex,S000002467 YDR064W=D <= RAP1=D | [926,16,628],0.58,[83,0,126],0.4,[7,1,121],0.05,0.58,YDR064W,RPS13,995,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000002471 YDR070C=D <= MSN4=D | [3672,104,1451],0.68,[93,39,316],0.15,[34,7,246],0.1,0.68,YDR070C,FMP16,282,biological_process unknown,molecular_function unknown,mitochondrion,S000002477 YDR077W=D <= FKH2=I | [469,58,365],0.47,[21,19,47],0.13,[4,13,61],0.01,0.47,YDR077W,SED1,1017,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi)*,S000002484 YDR077W=D <= FKH2=I SOK2=I | [61,17,33],0.43,[2,8,5],0.03,[0,0,0],0,0.43,YDR077W,SED1,1017,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi)*,S000002484 YDR077W=D <= MOT3=D | [206,20,132],0.52,[38,5,48],0.37,[22,8,98],0.13,0.52,YDR077W,SED1,1017,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi)*,S000002484 YDR077W=D <= MOT3=D RLM1=D | [34,0,2],0.94,[1,0,0],1,[0,0,2],0,1,YDR077W,SED1,1017,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi)*,S000002484 YDR077W=D <= MOT3=D SFP1=D | [8,0,3],0.73,[16,2,8],0.55,[5,0,1],0.83,0.83,YDR077W,SED1,1017,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi)*,S000002484 YDR077W=D <= MOT3=D SOK2=D | [41,0,1],0.98,[16,0,22],0.42,[2,0,2],0.5,0.98,YDR077W,SED1,1017,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi)*,S000002484 YDR077W=D <= NRG1=D | [2498,152,1895],0.52,[116,81,168],0.19,[36,12,195],0.11,0.52,YDR077W,SED1,1017,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi)*,S000002484 YDR077W=D <= NRG1=D RLM1=D | [198,5,137],0.57,[26,2,17],0.54,[1,1,3],0.1,0.57,YDR077W,SED1,1017,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi)*,S000002484 YDR077W=D <= NRG1=D SKO1=I SOK2=D | [195,0,20],0.91,[0,0,0],0,[0,0,0],0,0.91,YDR077W,SED1,1017,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi)*,S000002484 YDR077W=D <= RLM1=D SKO1=I | [103,0,17],0.86,[0,0,0],0,[0,0,0],0,0.86,YDR077W,SED1,1017,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi)*,S000002484 YDR077W=D <= ROX1=D SOK2=I | [33,1,9],0.74,[0,15,2],0,[0,0,1],0,0.74,YDR077W,SED1,1017,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi)*,S000002484 YDR077W=D <= SKO1=I | [520,24,225],0.65,[0,37,15],0,[1,0,3],0.25,0.65,YDR077W,SED1,1017,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi)*,S000002484 YDR085C=D <= DIG1=D MSN4=D | [47,0,66],0.42,[31,0,8],0.79,[4,0,6],0.4,0.79,YDR085C,AFR1,1863,signal transduction during conjugation with cellular fusion*,receptor signaling protein activity,shmoo tip,S000002492 YDR085C=D <= MSN4=D | [2568,62,2299],0.51,[232,2,214],0.51,[76,9,214],0.23,0.51,YDR085C,AFR1,1863,signal transduction during conjugation with cellular fusion*,receptor signaling protein activity,shmoo tip,S000002492 YDR085C=D <= MSN4=D RLM1=D | [190,0,96],0.66,[15,0,5],0.75,[13,0,24],0.35,0.75,YDR085C,AFR1,1863,signal transduction during conjugation with cellular fusion*,receptor signaling protein activity,shmoo tip,S000002492 YDR085C=D <= MSN4=D RLM1=D STE12=I | [109,0,28],0.8,[2,0,2],0.5,[3,0,7],0.3,0.8,YDR085C,AFR1,1863,signal transduction during conjugation with cellular fusion*,receptor signaling protein activity,shmoo tip,S000002492 YDR085C=D <= STE12=I | [1342,59,1229],0.49,[90,8,86],0.45,[5,24,73],0.01,0.49,YDR085C,AFR1,1863,signal transduction during conjugation with cellular fusion*,receptor signaling protein activity,shmoo tip,S000002492 YDR086C=D <= STE12=D | [1211,3,1439],0.46,[11,20,144],0.02,[2,1,99],0.01,0.46,YDR086C,SSS1,243,protein secretion*,protein transporter activity,endoplasmic reticulum membrane*,S000002493 YDR090C=D <= DAL82=D | [415,3,909],0.31,[0,15,201],0,[0,0,7],0,0.31,YDR090C,,933,biological_process unknown,molecular_function unknown,integral to membrane,S000002497 YDR090C=D <= GLN3=D | [298,11,355],0.43,[4,2,139],0.02,[0,0,10],0,0.43,YDR090C,,933,biological_process unknown,molecular_function unknown,integral to membrane,S000002497 YDR091C=D <= UME6=D | [136,17,55],0.58,[23,1,16],0.55,[7,0,104],0.06,0.58,YDR091C,RLI1,1827,biological_process unknown,"ATPase activity, coupled to transmembrane movement of substances",cytoplasm,S000002498 YDR127W=D <= DAL80=D GCN4=I YHP1=D | [4,0,8],0.33,[0,0,0],0,[0,0,0],0,0.33,YDR127W,ARO1,4767,aromatic amino acid family biosynthesis,3-dehydroquinate dehydratase activity*,cytoplasm,S000002534 YDR127W=D <= DAL80=I GCN4=I | [204,12,344],0.34,[0,1,3],0,[0,0,11],0,0.34,YDR127W,ARO1,4767,aromatic amino acid family biosynthesis,3-dehydroquinate dehydratase activity*,cytoplasm,S000002534 YDR127W=D <= YHP1=D | [518,38,954],0.32,[35,3,270],0.1,[4,0,817],0,0.32,YDR127W,ARO1,4767,aromatic amino acid family biosynthesis,3-dehydroquinate dehydratase activity*,cytoplasm,S000002534 YDR132C=D <= CAD1=D MSN2=I | [46,0,39],0.54,[2,0,0],1,[0,0,0],0,1,YDR132C,,1488,biological_process unknown,molecular_function unknown,cytoplasm*,S000002539 YDR132C=D <= NRG1=D SUT1=I | [56,1,121],0.31,[4,0,31],0.11,[0,0,12],0,0.31,YDR132C,,1488,biological_process unknown,molecular_function unknown,cytoplasm*,S000002539 YDR132C=D <= SWI6=I | [345,33,635],0.31,[11,6,34],0.14,[1,0,139],0.01,0.31,YDR132C,,1488,biological_process unknown,molecular_function unknown,cytoplasm*,S000002539 YDR144C=D <= MBP1=D STE12=D | [81,0,16],0.84,[18,1,22],0.42,[1,0,6],0.14,0.84,YDR144C,MKC7,1791,proteolysis and peptidolysis,aspartic-type signal peptidase activity,cell wall (sensu Fungi),S000002551 YDR144C=D <= NRG1=I | [2205,38,2192],0.49,[53,48,259],0.08,[7,43,193],0,0.49,YDR144C,MKC7,1791,proteolysis and peptidolysis,aspartic-type signal peptidase activity,cell wall (sensu Fungi),S000002551 YDR144C=D <= STE12=D | [1757,26,713],0.69,[51,7,113],0.26,[4,10,88],0.01,0.69,YDR144C,MKC7,1791,proteolysis and peptidolysis,aspartic-type signal peptidase activity,cell wall (sensu Fungi),S000002551 YDR146C=D <= INO2=I | [743,25,433],0.6,[14,71,205],0.01,[3,17,41],0.01,0.6,YDR146C,SWI5,2130,G1-specific transcription in mitotic cell cycle,transcriptional activator activity,cytoplasm*,S000002553 YDR146C=D <= INO2=I INO4=I | [692,2,191],0.78,[0,4,16],0,[0,0,0],0,0.78,YDR146C,SWI5,2130,G1-specific transcription in mitotic cell cycle,transcriptional activator activity,cytoplasm*,S000002553 YDR146C=D <= INO4=I | [1108,36,1602],0.39,[9,18,110],0.02,[13,5,24],0.22,0.39,YDR146C,SWI5,2130,G1-specific transcription in mitotic cell cycle,transcriptional activator activity,cytoplasm*,S000002553 YDR146C=D <= INO4=I MCM1=D | [41,0,7],0.85,[0,0,1],0,[0,0,0],0,0.85,YDR146C,SWI5,2130,G1-specific transcription in mitotic cell cycle,transcriptional activator activity,cytoplasm*,S000002553 YDR146C=D <= STE12=D | [1085,15,1542],0.41,[94,23,67],0.41,[19,38,44],0.06,0.41,YDR146C,SWI5,2130,G1-specific transcription in mitotic cell cycle,transcriptional activator activity,cytoplasm*,S000002553 YDR148C=D <= HAP4=D | [3403,5,2720],0.55,[72,14,275],0.17,[2,6,247],0,0.55,YDR148C,KGD2,1392,tricarboxylic acid cycle*,molecular_function unknown,mitochondrial matrix*,S000002555 YDR155C=D <= AFT2=I SKN7=I | [67,0,134],0.33,[3,5,10],0.06,[0,0,0],0,0.33,YDR155C,CPR1,489,protein metabolism,peptidyl-prolyl cis-trans isomerase activity,histone deacetylase complex,S000002562 YDR155C=D <= RPN4=I SKN7=I | [17,0,40],0.3,[1,0,5],0.17,[0,0,0],0,0.3,YDR155C,CPR1,489,protein metabolism,peptidyl-prolyl cis-trans isomerase activity,histone deacetylase complex,S000002562 YDR156W=D <= AFT2=I SKN7=I SWI5=D | [34,3,53],0.35,[3,0,3],0.5,[0,0,0],0,0.5,YDR156W,RPA14,414,transcription from Pol I promoter,DNA-directed RNA polymerase activity,DNA-directed RNA polymerase I complex,S000002563 YDR171W=D <= HSF1=D | [703,9,104],0.85,[87,0,12],0.88,[3,10,68],0.01,0.88,YDR171W,HSP42,1128,response to stress*,unfolded protein binding,cytoplasm*,S000002578 YDR171W=D <= HSF1=D MSN2=D | [50,0,8],0.86,[6,0,6],0.5,[0,0,6],0,0.86,YDR171W,HSP42,1128,response to stress*,unfolded protein binding,cytoplasm*,S000002578 YDR171W=D <= HSF1=D MSN4=D | [499,1,42],0.92,[52,0,0],1,[1,0,1],0.5,1,YDR171W,HSP42,1128,response to stress*,unfolded protein binding,cytoplasm*,S000002578 YDR171W=D <= HSF1=D SKN7=I | [95,0,0],1,[0,0,0],0,[0,0,0],0,1,YDR171W,HSP42,1128,response to stress*,unfolded protein binding,cytoplasm*,S000002578 YDR171W=D <= MSN2=I MSN4=D SKN7=I | [37,0,4],0.9,[14,0,5],0.74,[0,0,0],0,0.9,YDR171W,HSP42,1128,response to stress*,unfolded protein binding,cytoplasm*,S000002578 YDR171W=D <= MSN4=D | [3461,298,1240],0.64,[298,11,109],0.69,[40,33,226],0.07,0.69,YDR171W,HSP42,1128,response to stress*,unfolded protein binding,cytoplasm*,S000002578 YDR171W=D <= MSN4=D SKN7=I | [476,0,20],0.96,[47,2,12],0.74,[0,0,1],0,0.96,YDR171W,HSP42,1128,response to stress*,unfolded protein binding,cytoplasm*,S000002578 YDR171W=D <= SKN7=I | [1047,78,211],0.73,[122,34,106],0.36,[1,1,5],0.07,0.73,YDR171W,HSP42,1128,response to stress*,unfolded protein binding,cytoplasm*,S000002578 YDR174W=D <= REB1=D | [254,3,145],0.62,[75,1,130],0.36,[0,1,67],0,0.62,YDR174W,HMO1,741,plasmid maintenance,single-stranded DNA binding*,cytoplasm*,S000002581 YDR190C=D <= CBF1=D | [232,1,321],0.42,[62,24,221],0.15,[0,1,7],0,0.42,YDR190C,RVB1,1392,regulation of transcription from Pol II promoter*,ATPase activity,nucleus*,S000002598 YDR190C=D <= CBF1=D YHP1=D | [70,0,53],0.57,[36,2,20],0.59,[0,0,3],0,0.59,YDR190C,RVB1,1392,regulation of transcription from Pol II promoter*,ATPase activity,nucleus*,S000002598 YDR190C=D <= CBF1=D YOX1=D | [43,0,25],0.63,[19,5,64],0.17,[0,1,6],0,0.63,YDR190C,RVB1,1392,regulation of transcription from Pol II promoter*,ATPase activity,nucleus*,S000002598 YDR190C=D <= MCM1=D | [67,0,99],0.4,[28,3,46],0.33,[0,0,119],0,0.4,YDR190C,RVB1,1392,regulation of transcription from Pol II promoter*,ATPase activity,nucleus*,S000002598 YDR190C=D <= REB1=D | [227,0,173],0.57,[33,3,170],0.15,[0,4,64],0,0.57,YDR190C,RVB1,1392,regulation of transcription from Pol II promoter*,ATPase activity,nucleus*,S000002598 YDR190C=D <= REB1=D YOX1=D | [55,0,19],0.74,[16,3,60],0.17,[0,2,13],0,0.74,YDR190C,RVB1,1392,regulation of transcription from Pol II promoter*,ATPase activity,nucleus*,S000002598 YDR190C=D <= YHP1=D | [438,1,1012],0.3,[97,4,214],0.3,[3,15,803],0,0.3,YDR190C,RVB1,1392,regulation of transcription from Pol II promoter*,ATPase activity,nucleus*,S000002598 YDR190C=D <= YHP1=D YOX1=D | [84,0,177],0.32,[43,3,76],0.33,[1,14,422],0,0.33,YDR190C,RVB1,1392,regulation of transcription from Pol II promoter*,ATPase activity,nucleus*,S000002598 YDR211W=D <= DIG1=D | [249,9,503],0.32,[5,75,101],0,[11,0,75],0.13,0.32,YDR211W,GCD6,2139,translational initiation,translation initiation factor activity,ribosome*,S000002619 YDR214W=D <= HSF1=D | [686,5,178],0.78,[47,13,38],0.38,[7,1,74],0.07,0.78,YDR214W,AHA1,1053,response to stress*,chaperone activator activity,cytoplasm,S000002622 YDR231C=D <= STB5=D | [375,1,189],0.66,[6,41,118],0,[11,2,169],0.05,0.66,YDR231C,COX20,618,aerobic respiration*,unfolded protein binding,mitochondrial inner membrane,S000002639 YDR245W=D <= ABF1=D | [191,22,161],0.46,[22,5,219],0.07,[3,0,66],0.04,0.46,YDR245W,MNN10,1182,actin filament organization*,"alpha-1,6-mannosyltransferase activity",mannosyltransferase complex,S000002653 YDR248C=D <= STB5=D | [221,1,330],0.4,[4,106,61],0,[1,0,111],0.01,0.4,YDR248C,,582,biological_process unknown,molecular_function unknown,cytoplasm,S000002656 YDR256C=D <= UME6=I | [167,17,18],0.75,[2,8,30],0.01,[12,1,98],0.1,0.75,YDR256C,CTA1,1548,oxygen and reactive oxygen species metabolism,catalase activity,mitochondrion*,S000002664 YDR257C=D <= REB1=D | [231,0,87],0.73,[9,84,113],0,[1,4,63],0,0.73,YDR257C,SET7,1485,biological_process unknown,molecular_function unknown,nucleus,S000002665 YDR258C=D <= GCN4=I | [1015,367,690],0.36,[53,0,26],0.67,[4,1,49],0.06,0.67,YDR258C,HSP78,2436,response to stress*,ATPase activity*,mitochondrial matrix,S000002666 YDR258C=D <= GCN4=I HSF1=D | [208,0,7],0.97,[18,0,0],1,[0,0,0],0,1,YDR258C,HSP78,2436,response to stress*,ATPase activity*,mitochondrial matrix,S000002666 YDR258C=D <= HSF1=D | [639,13,215],0.72,[66,5,28],0.62,[2,3,77],0.01,0.72,YDR258C,HSP78,2436,response to stress*,ATPase activity*,mitochondrial matrix,S000002666 YDR258C=D <= HSF1=D MSN4=D | [465,5,102],0.8,[47,0,5],0.9,[0,1,1],0,0.9,YDR258C,HSP78,2436,response to stress*,ATPase activity*,mitochondrial matrix,S000002666 YDR258C=D <= HSF1=D RCS1=D | [102,1,11],0.89,[11,0,11],0.5,[0,0,0],0,0.89,YDR258C,HSP78,2436,response to stress*,ATPase activity*,mitochondrial matrix,S000002666 YDR258C=D <= MSN4=D | [3325,271,1597],0.59,[216,20,212],0.44,[35,84,180],0.03,0.59,YDR258C,HSP78,2436,response to stress*,ATPase activity*,mitochondrial matrix,S000002666 YDR258C=D <= MSN4=D RCS1=D | [139,4,26],0.8,[26,2,36],0.38,[0,0,1],0,0.8,YDR258C,HSP78,2436,response to stress*,ATPase activity*,mitochondrial matrix,S000002666 YDR259C=D <= FKH1=I RCS1=D | [41,0,22],0.65,[1,1,9],0.05,[0,0,0],0,0.65,YDR259C,YAP6,1152,positive regulation of transcription from Pol II promoter,RNA polymerase II transcription factor activity,nucleus,S000002667 YDR259C=D <= FKH1=I SOK2=I | [185,4,169],0.51,[4,1,6],0.29,[2,0,18],0.1,0.51,YDR259C,YAP6,1152,positive regulation of transcription from Pol II promoter,RNA polymerase II transcription factor activity,nucleus,S000002667 YDR259C=D <= FKH2=I SOK2=I | [48,2,65],0.4,[3,0,12],0.2,[0,0,0],0,0.4,YDR259C,YAP6,1152,positive regulation of transcription from Pol II promoter,RNA polymerase II transcription factor activity,nucleus,S000002667 YDR259C=D <= MOT3=D SOK2=I | [19,0,27],0.41,[0,0,0],0,[0,0,0],0,0.41,YDR259C,YAP6,1152,positive regulation of transcription from Pol II promoter,RNA polymerase II transcription factor activity,nucleus,S000002667 YDR259C=D <= RCS1=D SOK2=I | [175,3,189],0.47,[0,4,16],0,[0,0,0],0,0.47,YDR259C,YAP6,1152,positive regulation of transcription from Pol II promoter,RNA polymerase II transcription factor activity,nucleus,S000002667 YDR263C=D <= FKH1=I SWI6=I | [597,0,111],0.84,[0,0,2],0,[0,1,10],0,0.84,YDR263C,DIN7,1293,DNA repair,nuclease activity,mitochondrion,S000002671 YDR263C=D <= MBP1=D SWI6=I | [94,0,11],0.9,[1,2,1],0.08,[0,0,51],0,0.9,YDR263C,DIN7,1293,DNA repair,nuclease activity,mitochondrion,S000002671 YDR263C=D <= SWI6=I | [768,3,261],0.74,[15,16,31],0.12,[0,2,142],0,0.74,YDR263C,DIN7,1293,DNA repair,nuclease activity,mitochondrion,S000002671 YDR270W=D <= AFT2=D RCS1=D | [8,0,10],0.44,[17,0,2],0.89,[0,0,0],0,0.89,YDR270W,CCC2,3015,intracellular copper ion transport*,copper-exporting ATPase activity,Golgi trans face,S000002678 YDR273W=D <= UME6=I | [169,16,21],0.75,[0,5,35],0,[11,3,97],0.08,0.75,YDR273W,DON1,1098,meiosis*,molecular_function unknown,spindle*,S000002681 YDR275W=D <= HSF1=D | [473,15,371],0.53,[10,4,85],0.07,[1,0,81],0.01,0.53,YDR275W,BSC2,708,biological_process unknown,molecular_function unknown,lipid particle,S000002683 YDR277C=D <= GAL4=D | [262,38,278],0.4,[16,0,17],0.48,[0,14,37],0,0.48,YDR277C,MTH1,1302,signal transduction*,molecular_function unknown,cellular_component unknown,S000002685 YDR280W=D <= ABF1=D | [167,23,207],0.37,[30,13,191],0.09,[0,12,184],0,0.37,YDR280W,RRP45,918,35S primary transcript processing*,3'-5'-exoribonuclease activity,nuclear exosome (RNase complex)*,S000002688 YDR285W=D <= ABF1=I UME6=I | [100,0,40],0.71,[1,1,15],0.03,[0,0,1],0,0.71,YDR285W,ZIP1,2628,meiosis*,chromatin binding,synaptonemal complex,S000002693 YDR285W=D <= UME6=I | [121,22,60],0.5,[3,5,30],0.03,[4,17,69],0.01,0.5,YDR285W,ZIP1,2628,meiosis*,chromatin binding,synaptonemal complex,S000002693 YDR295C=D <= ABF1=D | [134,13,248],0.31,[7,8,219],0.01,[0,7,189],0,0.31,YDR295C,HDA2,2025,"regulation of transcription, DNA-dependent*",histone deacetylase activity,nucleus*,S000002703 YDR300C=D <= CIN5=I | [1910,142,3307],0.33,[112,2,193],0.36,[3,16,188],0,0.36,YDR300C,PRO1,1287,proline biosynthesis,glutamate 5-kinase activity,cytoplasm,S000002708 YDR300C=D <= CIN5=I RAP1=D | [276,1,178],0.6,[41,0,19],0.68,[0,2,8],0,0.68,YDR300C,PRO1,1287,proline biosynthesis,glutamate 5-kinase activity,cytoplasm,S000002708 YDR300C=D <= RAP1=D | [573,32,912],0.36,[131,1,124],0.51,[0,7,71],0,0.51,YDR300C,PRO1,1287,proline biosynthesis,glutamate 5-kinase activity,cytoplasm,S000002708 YDR312W=D <= ABF1=D | [235,23,141],0.54,[85,26,135],0.26,[9,31,156],0.01,0.54,YDR312W,SSF2,1362,ribosomal large subunit assembly and maintenance*,rRNA binding,nucleolus,S000002720 YDR312W=D <= ABF1=D STE12=D | [49,0,1],0.98,[21,7,36],0.25,[2,0,1],0.67,0.98,YDR312W,SSF2,1362,ribosomal large subunit assembly and maintenance*,rRNA binding,nucleolus,S000002720 YDR312W=D <= DIG1=D | [277,33,459],0.32,[10,91,80],0.01,[24,1,61],0.27,0.32,YDR312W,SSF2,1362,ribosomal large subunit assembly and maintenance*,rRNA binding,nucleolus,S000002720 YDR312W=D <= STE12=D | [1649,56,1004],0.59,[59,26,99],0.22,[35,0,67],0.34,0.59,YDR312W,SSF2,1362,ribosomal large subunit assembly and maintenance*,rRNA binding,nucleolus,S000002720 YDR313C=D <= DAL82=D | [917,6,341],0.72,[10,0,152],0.06,[0,0,7],0,0.72,YDR313C,PIB1,861,protein ubiquitination,ubiquitin-protein ligase activity,vacuolar membrane (sensu Fungi)*,S000002721 YDR313C=D <= DAL82=D FKH2=D | [81,0,26],0.76,[0,0,14],0,[0,0,0],0,0.76,YDR313C,PIB1,861,protein ubiquitination,ubiquitin-protein ligase activity,vacuolar membrane (sensu Fungi)*,S000002721 YDR313C=D <= DAL82=D HSF1=D | [340,0,15],0.96,[0,0,5],0,[0,0,0],0,0.96,YDR313C,PIB1,861,protein ubiquitination,ubiquitin-protein ligase activity,vacuolar membrane (sensu Fungi)*,S000002721 YDR313C=D <= HSF1=D | [542,7,296],0.63,[5,0,83],0.06,[24,0,51],0.32,0.63,YDR313C,PIB1,861,protein ubiquitination,ubiquitin-protein ligase activity,vacuolar membrane (sensu Fungi)*,S000002721 YDR313C=D <= REB1=I | [288,13,93],0.7,[8,11,158],0.02,[2,1,65],0.02,0.7,YDR313C,PIB1,861,protein ubiquitination,ubiquitin-protein ligase activity,vacuolar membrane (sensu Fungi)*,S000002721 YDR339C=D <= ABF1=D | [213,24,160],0.48,[34,52,148],0.06,[5,5,111],0.02,0.48,YDR339C,,570,biological_process unknown,molecular_function unknown,cellular_component unknown,S000002747 YDR361C=D <= ABF1=D | [223,39,136],0.48,[90,36,120],0.26,[4,19,173],0,0.48,YDR361C,BCP1,852,biological_process unknown,molecular_function unknown,cytoplasm*,S000002769 YDR372C=D <= PHD1=D STE12=D | [83,0,86],0.49,[3,12,40],0.01,[0,0,0],0,0.49,YDR372C,VPS74,1038,protein-vacuolar targeting,molecular_function unknown,cytoplasm*,S000002780 YDR372C=D <= ROX1=I STE12=D | [38,0,45],0.46,[0,0,2],0,[0,0,3],0,0.46,YDR372C,VPS74,1038,protein-vacuolar targeting,molecular_function unknown,cytoplasm*,S000002780 YDR372C=D <= STE12=D | [805,0,1681],0.32,[3,22,150],0,[0,1,101],0,0.32,YDR372C,VPS74,1038,protein-vacuolar targeting,molecular_function unknown,cytoplasm*,S000002780 YDR377W=D <= HAP2=D HAP4=D | [140,0,49],0.74,[1,4,17],0.01,[0,0,4],0,0.74,YDR377W,ATP17,306,ATP synthesis coupled proton transport,"hydrogen-transporting ATP synthase activity, rotational mechanism","proton-transporting ATP synthase complex, coupling factor F(o) (sensu Eukaryota)",S000002785 YDR377W=D <= HAP3=D HAP4=D | [281,1,171],0.62,[0,8,22],0,[0,0,0],0,0.62,YDR377W,ATP17,306,ATP synthesis coupled proton transport,"hydrogen-transporting ATP synthase activity, rotational mechanism","proton-transporting ATP synthase complex, coupling factor F(o) (sensu Eukaryota)",S000002785 YDR377W=D <= HAP4=D | [1859,52,3578],0.33,[62,22,287],0.12,[15,1,239],0.06,0.33,YDR377W,ATP17,306,ATP synthesis coupled proton transport,"hydrogen-transporting ATP synthase activity, rotational mechanism","proton-transporting ATP synthase complex, coupling factor F(o) (sensu Eukaryota)",S000002785 YDR385W=D <= ABF1=D | [254,47,98],0.54,[125,22,93],0.44,[9,5,178],0.03,0.54,YDR385W,EFT2,2529,translational elongation,translation elongation factor activity,ribosome,S000002793 YDR385W=D <= HAP5=I | [258,4,353],0.41,[12,25,161],0.02,[7,0,100],0.07,0.41,YDR385W,EFT2,2529,translational elongation,translation elongation factor activity,ribosome,S000002793 YDR398W=D <= ABF1=D | [118,41,92],0.35,[99,30,113],0.31,[16,6,169],0.06,0.35,YDR398W,UTP5,1932,processing of 20S pre-rRNA,snoRNA binding,small nucleolar ribonucleoprotein complex,S000002806 YDR398W=D <= ABF1=D SWI5=D | [19,0,17],0.53,[34,0,25],0.58,[12,6,108],0.06,0.58,YDR398W,UTP5,1932,processing of 20S pre-rRNA,snoRNA binding,small nucleolar ribonucleoprotein complex,S000002806 YDR398W=D <= ABF1=I SWI5=D | [9,3,6],0.38,[3,10,6],0.04,[0,1,3],0,0.38,YDR398W,UTP5,1932,processing of 20S pre-rRNA,snoRNA binding,small nucleolar ribonucleoprotein complex,S000002806 YDR398W=D <= SWI5=D | [887,194,1139],0.33,[184,29,187],0.4,[45,78,938],0.02,0.4,YDR398W,UTP5,1932,processing of 20S pre-rRNA,snoRNA binding,small nucleolar ribonucleoprotein complex,S000002806 YDR399W=D <= ADR1=I | [1575,107,841],0.58,[63,13,49],0.42,[4,0,29],0.12,0.58,YDR399W,HPT1,666,purine nucleotide biosynthesis,hypoxanthine phosphoribosyltransferase activity,cytoplasm*,S000002807 YDR403W=D <= NRG1=D SKN7=D | [22,1,34],0.37,[7,0,24],0.23,[1,0,1],0.5,0.5,YDR403W,DIT1,1611,spore wall assembly (sensu Fungi),catalytic activity,cellular_component unknown,S000002811 YDR418W=D <= FHL1=D | [201,33,118],0.49,[28,3,44],0.34,[4,15,147],0.01,0.49,YDR418W,RPL12B,498,protein biosynthesis*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000002826 YDR418W=D <= FHL1=D RAP1=D | [97,1,25],0.78,[23,0,8],0.74,[0,0,5],0,0.78,YDR418W,RPL12B,498,protein biosynthesis*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000002826 YDR418W=D <= RAP1=D | [825,53,571],0.53,[153,1,102],0.59,[0,2,127],0,0.59,YDR418W,RPL12B,498,protein biosynthesis*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000002826 YDR436W=D <= NRG1=D | [1872,2,2445],0.43,[85,26,219],0.2,[4,1,238],0.01,0.43,YDR436W,PPZ2,2133,sodium ion homeostasis,protein serine/threonine phosphatase activity,cellular_component unknown,S000002844 YDR447C=D <= FHL1=D | [157,14,118],0.5,[32,2,41],0.4,[2,4,164],0,0.5,YDR447C,RPS17B,725,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000002855 YDR447C=D <= RAP1=D | [836,37,559],0.56,[166,1,89],0.64,[48,2,79],0.36,0.64,YDR447C,RPS17B,725,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000002855 YDR449C=D <= FHL1=D | [190,8,91],0.63,[20,7,45],0.21,[11,1,155],0.06,0.63,YDR449C,UTP6,1323,processing of 20S pre-rRNA,snoRNA binding,small nucleolar ribonucleoprotein complex,S000002857 YDR449C=D <= RAP1=D | [786,47,543],0.54,[121,3,111],0.5,[15,1,113],0.11,0.54,YDR449C,UTP6,1323,processing of 20S pre-rRNA,snoRNA binding,small nucleolar ribonucleoprotein complex,S000002857 YDR450W=D <= FHL1=D | [210,16,156],0.51,[27,6,39],0.31,[12,5,153],0.05,0.51,YDR450W,RPS18A,876,protein biosynthesis,structural constituent of ribosome,mitochondrion*,S000002858 YDR450W=D <= FHL1=D RAP1=D | [92,1,17],0.83,[22,0,8],0.73,[0,0,5],0,0.83,YDR450W,RPS18A,876,protein biosynthesis,structural constituent of ribosome,mitochondrion*,S000002858 YDR450W=D <= RAP1=D | [830,37,617],0.54,[150,1,100],0.59,[4,0,125],0.03,0.59,YDR450W,RPS18A,876,protein biosynthesis,structural constituent of ribosome,mitochondrion*,S000002858 YDR453C=D <= SKN7=I | [754,43,466],0.56,[89,25,135],0.28,[0,1,6],0,0.56,YDR453C,TSA2,591,regulation of cell redox homeostasis,thioredoxin peroxidase activity,nucleus,S000002861 YDR454C=D <= ABF1=D | [207,32,158],0.45,[73,11,162],0.26,[0,3,193],0,0.45,YDR454C,GUK1,564,GMP metabolism,guanylate kinase activity,cytoplasm*,S000002862 YDR461W=D <= MCM1=D STE12=D | [37,0,31],0.54,[1,0,3],0.25,[0,0,0],0,0.54,YDR461W,MFA1,111,signal transduction during conjugation with cellular fusion,pheromone activity,soluble fraction*,S000002869 YDR461W=D <= STE12=D | [1150,21,1152],0.49,[30,32,122],0.08,[19,33,49],0.07,0.49,YDR461W,MFA1,111,signal transduction during conjugation with cellular fusion,pheromone activity,soluble fraction*,S000002869 YDR465C=D <= DIG1=D REB1=D | [8,2,11],0.3,[18,1,20],0.44,[0,0,1],0,0.44,YDR465C,RMT2,1239,peptidyl-arginine methylation,protein-arginine N-methyltransferase activity,cytoplasm*,S000002873 YDR465C=D <= REB1=D | [250,17,132],0.59,[59,13,134],0.23,[0,5,63],0,0.59,YDR465C,RMT2,1239,peptidyl-arginine methylation,protein-arginine N-methyltransferase activity,cytoplasm*,S000002873 YDR473C=D <= DAL80=D DAL82=D | [260,3,479],0.35,[2,22,9],0.01,[0,0,0],0,0.35,YDR473C,PRP3,1410,"nuclear mRNA splicing, via spliceosome",pre-mRNA splicing factor activity,U4/U6 x U5 tri-snRNP complex,S000002881 YDR497C=D <= INO2=I INO4=I | [542,9,252],0.66,[0,16,4],0,[0,0,0],0,0.66,YDR497C,ITR1,1755,myo-inositol transport,myo-inositol transporter activity,membrane,S000002905 YDR497C=D <= INO4=I | [860,43,1666],0.32,[5,50,79],0,[3,0,39],0.07,0.32,YDR497C,ITR1,1755,myo-inositol transport,myo-inositol transporter activity,membrane,S000002905 YDR502C=D <= MET31=D | [558,71,804],0.35,[96,15,81],0.43,[1,1,135],0,0.43,YDR502C,SAM2,1155,methionine metabolism,methionine adenosyltransferase activity,cellular_component unknown,S000002910 YDR507C=D <= SWI4=D | [418,10,377],0.51,[35,3,39],0.42,[174,11,226],0.4,0.51,YDR507C,GIN4,3429,protein amino acid phosphorylation*,protein kinase activity,bud neck,S000002915 YDR507C=D <= SWI6=D | [540,32,341],0.56,[15,3,36],0.23,[14,26,100],0.04,0.56,YDR507C,GIN4,3429,protein amino acid phosphorylation*,protein kinase activity,bud neck,S000002915 YDR508C=D <= CBF1=D NRG1=I | [50,3,94],0.32,[21,6,77],0.16,[0,0,0],0,0.32,YDR508C,GNP1,1992,amino acid transport,amino acid transporter activity*,mitochondrion*,S000002916 YDR508C=D <= CBF1=I NRG1=I | [37,0,8],0.82,[6,0,2],0.75,[0,0,2],0,0.82,YDR508C,GNP1,1992,amino acid transport,amino acid transporter activity*,mitochondrion*,S000002916 YDR508C=D <= GCN4=I | [717,119,1046],0.33,[2,20,55],0,[0,0,54],0,0.33,YDR508C,GNP1,1992,amino acid transport,amino acid transporter activity*,mitochondrion*,S000002916 YDR508C=D <= NRG1=I | [1600,133,2445],0.35,[67,16,266],0.15,[15,8,220],0.04,0.35,YDR508C,GNP1,1992,amino acid transport,amino acid transporter activity*,mitochondrion*,S000002916 YDR508C=D <= NRG1=I THI2=I | [633,2,561],0.53,[1,0,12],0.08,[0,4,42],0,0.53,YDR508C,GNP1,1992,amino acid transport,amino acid transporter activity*,mitochondrion*,S000002916 YDR508C=D <= SWI4=D | [479,32,292],0.56,[33,1,63],0.33,[21,5,393],0.04,0.56,YDR508C,GNP1,1992,amino acid transport,amino acid transporter activity*,mitochondrion*,S000002916 YDR528W=D <= DIG1=D SWI6=D | [55,0,84],0.4,[0,0,8],0,[1,0,0],1,1,YDR528W,HLR1,1272,cell wall organization and biogenesis,molecular_function unknown,cytoplasm,S000002936 YDR528W=D <= MCM1=D | [70,8,81],0.4,[7,21,49],0.02,[21,6,92],0.14,0.4,YDR528W,HLR1,1272,cell wall organization and biogenesis,molecular_function unknown,cytoplasm,S000002936 YDR528W=D <= REB1=D | [169,0,231],0.42,[6,31,169],0,[5,27,36],0.01,0.42,YDR528W,HLR1,1272,cell wall organization and biogenesis,molecular_function unknown,cytoplasm,S000002936 YDR528W=D <= SWI6=D | [360,3,627],0.36,[7,2,53],0.09,[15,4,125],0.08,0.36,YDR528W,HLR1,1272,cell wall organization and biogenesis,molecular_function unknown,cytoplasm,S000002936 YDR529C=D <= HAP2=D HAP4=D | [205,0,10],0.95,[0,11,11],0,[1,0,3],0.25,0.95,YDR529C,QCR7,384,aerobic respiration*,ubiquinol-cytochrome-c reductase activity,respiratory chain complex III (sensu Eukaryota),S000002937 YDR529C=D <= HAP4=D | [3693,4,2541],0.59,[118,44,209],0.23,[19,3,233],0.06,0.59,YDR529C,QCR7,384,aerobic respiration*,ubiquinol-cytochrome-c reductase activity,respiratory chain complex III (sensu Eukaryota),S000002937 YDR530C=D <= CBF1=I | [261,22,190],0.51,[10,61,221],0,[0,0,8],0,0.51,YDR530C,APA2,978,nucleotide metabolism,bis(5'-nucleosyl)-tetraphosphatase activity*,cytoplasm*,S000002938 YDR530C=D <= CBF1=I STE12=I | [72,0,11],0.87,[1,11,44],0,[0,0,0],0,0.87,YDR530C,APA2,978,nucleotide metabolism,bis(5'-nucleosyl)-tetraphosphatase activity*,cytoplasm*,S000002938 YDR530C=D <= STE12=I | [1479,2,1046],0.58,[24,22,127],0.07,[3,0,99],0.03,0.58,YDR530C,APA2,978,nucleotide metabolism,bis(5'-nucleosyl)-tetraphosphatase activity*,cytoplasm*,S000002938 YDR533C=D <= CAD1=D | [1110,12,175],0.85,[97,40,33],0.4,[0,4,115],0,0.85,YDR533C,HSP31,714,biological_process unknown,unfolded protein binding*,soluble fraction,S000002941 YDR533C=D <= CAD1=D YAP1=D | [193,3,70],0.71,[28,1,2],0.87,[0,0,0],0,0.87,YDR533C,HSP31,714,biological_process unknown,unfolded protein binding*,soluble fraction,S000002941 YDR533C=D <= CAD1=D YAP7=D | [25,1,4],0.8,[14,7,3],0.39,[0,1,9],0,0.8,YDR533C,HSP31,714,biological_process unknown,unfolded protein binding*,soluble fraction,S000002941 YDR533C=D <= CAD1=D YAP7=I | [124,1,10],0.91,[25,0,3],0.89,[0,0,0],0,0.91,YDR533C,HSP31,714,biological_process unknown,unfolded protein binding*,soluble fraction,S000002941 YDR533C=D <= YAP1=D | [664,253,612],0.31,[122,15,36],0.63,[7,1,42],0.12,0.63,YDR533C,HSP31,714,biological_process unknown,unfolded protein binding*,soluble fraction,S000002941 YDR533C=D <= YAP1=D YAP7=I | [32,6,4],0.64,[46,5,5],0.74,[0,0,1],0,0.74,YDR533C,HSP31,714,biological_process unknown,unfolded protein binding*,soluble fraction,S000002941 YDR533C=D <= YAP7=I | [349,151,257],0.32,[247,47,91],0.54,[2,3,30],0.02,0.54,YDR533C,HSP31,714,biological_process unknown,unfolded protein binding*,soluble fraction,S000002941 YEL024W=D <= HAP2=D HAP4=D | [196,0,18],0.92,[1,1,19],0.02,[1,0,3],0.25,0.92,YEL024W,RIP1,648,aerobic respiration*,ubiquinol-cytochrome-c reductase activity,respiratory chain complex III (sensu Eukaryota),S000000750 YEL024W=D <= HAP4=D | [4084,11,2092],0.66,[122,39,193],0.26,[18,28,209],0.03,0.66,YEL024W,RIP1,648,aerobic respiration*,ubiquinol-cytochrome-c reductase activity,respiratory chain complex III (sensu Eukaryota),S000000750 YEL024W=D <= HAP4=D UME6=I | [169,0,13],0.93,[0,0,1],0,[0,1,0],0,0.93,YEL024W,RIP1,648,aerobic respiration*,ubiquinol-cytochrome-c reductase activity,respiratory chain complex III (sensu Eukaryota),S000000750 YEL037C=D <= ABF1=I RPN4=I | [10,0,20],0.33,[0,3,6],0,[0,0,2],0,0.33,YEL037C,RAD23,1197,"nucleotide-excision repair, DNA damage recognition*",damaged DNA binding,mitochondrion*,S000000763 YEL041W=D <= STB5=D | [372,3,208],0.63,[19,4,101],0.13,[0,1,181],0,0.63,YEL041W,,1488,biological_process unknown,molecular_function unknown,cellular_component unknown,S000000767 YEL044W=D <= CAD1=I GCN4=D | [99,3,147],0.39,[2,0,3],0.4,[0,0,0],0,0.4,YEL044W,IES6,501,metabolism,molecular_function unknown,nucleus,S000000770 YEL044W=D <= HSF1=I TYE7=D | [89,4,83],0.48,[0,1,2],0,[0,1,10],0,0.48,YEL044W,IES6,501,metabolism,molecular_function unknown,nucleus,S000000770 YEL046C=D <= CAD1=I | [739,5,613],0.54,[16,4,132],0.08,[1,3,115],0,0.54,YEL046C,GLY1,1164,threonine catabolism*,threonine aldolase activity,cytosol,S000000772 YEL046C=D <= CAD1=I GCN4=D | [179,1,69],0.71,[5,0,2],0.71,[0,0,0],0,0.71,YEL046C,GLY1,1164,threonine catabolism*,threonine aldolase activity,cytosol,S000000772 YEL046C=D <= CAD1=I TYE7=I | [229,0,123],0.65,[3,1,14],0.12,[1,0,10],0.09,0.65,YEL046C,GLY1,1164,threonine catabolism*,threonine aldolase activity,cytosol,S000000772 YEL046C=D <= CBF1=D TYE7=D | [115,29,88],0.4,[4,5,38],0.04,[0,0,2],0,0.4,YEL046C,GLY1,1164,threonine catabolism*,threonine aldolase activity,cytosol,S000000772 YEL046C=D <= GCN4=I STP1=I YAP1=I | [25,0,20],0.56,[0,0,0],0,[0,0,0],0,0.56,YEL046C,GLY1,1164,threonine catabolism*,threonine aldolase activity,cytosol,S000000772 YEL046C=D <= HSF1=I | [536,0,300],0.64,[25,5,59],0.23,[1,2,78],0,0.64,YEL046C,GLY1,1164,threonine catabolism*,threonine aldolase activity,cytosol,S000000772 YEL046C=D <= HSF1=I TYE7=D | [150,0,26],0.85,[0,0,3],0,[0,2,9],0,0.85,YEL046C,GLY1,1164,threonine catabolism*,threonine aldolase activity,cytosol,S000000772 YEL046C=D <= STP1=I YAP1=I | [99,2,130],0.42,[1,0,11],0.08,[0,0,2],0,0.42,YEL046C,GLY1,1164,threonine catabolism*,threonine aldolase activity,cytosol,S000000772 YEL054C=D <= FHL1=D | [264,37,122],0.55,[28,8,39],0.29,[5,5,157],0.01,0.55,YEL054C,RPL12A,498,protein biosynthesis*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000000780 YEL054C=D <= FHL1=D RAP1=D | [120,1,10],0.91,[22,0,9],0.71,[1,0,4],0.2,0.91,YEL054C,RPL12A,498,protein biosynthesis*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000000780 YEL054C=D <= RAP1=D | [989,39,547],0.6,[180,2,74],0.7,[5,19,105],0.01,0.7,YEL054C,RPL12A,498,protein biosynthesis*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000000780 YEL060C=D <= AFT2=I NRG1=D | [15,0,21],0.42,[1,1,4],0.08,[1,8,6],0.01,0.42,YEL060C,PRB1,1908,sporulation*,serine-type endopeptidase activity,vacuole (sensu Fungi),S000000786 YEL060C=D <= HAP5=D | [343,17,239],0.55,[45,14,113],0.2,[20,1,86],0.18,0.55,YEL060C,PRB1,1908,sporulation*,serine-type endopeptidase activity,vacuole (sensu Fungi),S000000786 YEL060C=D <= HAP5=D NRG1=D | [155,0,18],0.9,[0,0,0],0,[2,0,1],0.67,0.9,YEL060C,PRB1,1908,sporulation*,serine-type endopeptidase activity,vacuole (sensu Fungi),S000000786 YEL060C=D <= HAP5=D RCS1=D | [32,1,11],0.71,[11,2,13],0.36,[0,0,0],0,0.71,YEL060C,PRB1,1908,sporulation*,serine-type endopeptidase activity,vacuole (sensu Fungi),S000000786 YEL060C=D <= NRG1=D | [2854,86,1550],0.62,[58,36,113],0.17,[112,24,105],0.38,0.62,YEL060C,PRB1,1908,sporulation*,serine-type endopeptidase activity,vacuole (sensu Fungi),S000000786 YEL060C=D <= NRG1=D RCS1=D | [185,3,28],0.84,[0,0,0],0,[0,0,0],0,0.84,YEL060C,PRB1,1908,sporulation*,serine-type endopeptidase activity,vacuole (sensu Fungi),S000000786 YEL063C=D <= GAT1=D | [1141,97,2111],0.31,[56,0,248],0.18,[28,11,160],0.1,0.31,YEL063C,CAN1,1773,basic amino acid transport,basic amino acid transporter activity*,mitochondrion*,S000000789 YEL063C=D <= GCN4=D GLN3=D | [152,0,32],0.83,[0,0,1],0,[0,0,0],0,0.83,YEL063C,CAN1,1773,basic amino acid transport,basic amino acid transporter activity*,mitochondrion*,S000000789 YEL063C=D <= GLN3=D | [393,0,155],0.72,[7,0,95],0.07,[0,4,6],0,0.72,YEL063C,CAN1,1773,basic amino acid transport,basic amino acid transporter activity*,mitochondrion*,S000000789 YER007C-A=D <= HAP4=I MOT3=I | [68,0,87],0.44,[3,0,7],0.3,[0,0,1],0,0.44,YER007C-A,RBF20,649,biological_process unknown,RNA binding,cytoplasm,S000002957 YER025W=D <= REB1=D | [304,2,95],0.75,[79,0,124],0.39,[2,1,65],0.02,0.75,YER025W,GCD11,1584,translational initiation,translation initiation factor activity,ribosome,S000000827 YER028C=D <= NRG1=D RGT1=I | [73,0,52],0.58,[1,33,46],0,[0,0,4],0,0.58,YER028C,MIG3,1185,negative regulation of transcription from Pol II promoter*,DNA binding*,nucleus,S000000830 YER033C=D <= RAP1=I | [560,53,861],0.35,[83,1,156],0.34,[5,0,124],0.04,0.35,YER033C,ZRG8,3231,biological_process unknown,molecular_function unknown,cytoplasm*,S000000835 YER035W=D <= HSF1=D | [509,1,342],0.6,[39,0,60],0.39,[1,1,79],0.01,0.6,YER035W,EDC2,438,deadenylylation-dependent decapping,RNA binding,cytoplasm*,S000000837 YER035W=D <= PHO2=D SOK2=I | [34,5,16],0.54,[1,3,7],0.02,[0,0,2],0,0.54,YER035W,EDC2,438,deadenylylation-dependent decapping,RNA binding,cytoplasm*,S000000837 YER036C=D <= HSF1=I | [418,7,434],0.48,[16,8,75],0.11,[0,2,79],0,0.48,YER036C,ARB1,1833,biological_process unknown,"ATPase activity, coupled to transmembrane movement of substances",cytoplasm,S000000838 YER037W=D <= HSF1=D | [711,0,147],0.83,[52,1,45],0.52,[2,0,80],0.02,0.83,YER037W,PHM8,966,biological_process unknown,molecular_function unknown,cytoplasm*,S000000839 YER043C=D <= CBF1=D | [283,79,183],0.41,[76,63,168],0.14,[0,0,8],0,0.41,YER043C,SAH1,1350,methionine metabolism*,adenosylhomocysteinase activity,cytoplasm,S000000845 YER043C=D <= CBF1=D INO2=I | [72,0,0],1,[7,17,10],0.06,[0,0,0],0,1,YER043C,SAH1,1350,methionine metabolism*,adenosylhomocysteinase activity,cytoplasm,S000000845 YER043C=D <= HSF1=I | [656,17,201],0.73,[49,2,48],0.48,[10,4,68],0.09,0.73,YER043C,SAH1,1350,methionine metabolism*,adenosylhomocysteinase activity,cytoplasm,S000000845 YER043C=D <= INO2=I INO4=I | [807,2,77],0.91,[11,0,9],0.55,[0,0,0],0,0.91,YER043C,SAH1,1350,methionine metabolism*,adenosylhomocysteinase activity,cytoplasm,S000000845 YER043C=D <= INO4=I | [1938,155,662],0.65,[63,2,72],0.45,[5,1,36],0.1,0.65,YER043C,SAH1,1350,methionine metabolism*,adenosylhomocysteinase activity,cytoplasm,S000000845 YER045C=D <= CIN5=I DAL82=D | [230,0,63],0.78,[0,3,11],0,[0,0,1],0,0.78,YER045C,ACA1,1470,transcription initiation from Pol II promoter,specific RNA polymerase II transcription factor activity,nucleus,S000000847 YER045C=D <= DAL82=D | [929,1,397],0.7,[1,18,197],0,[0,0,7],0,0.7,YER045C,ACA1,1470,transcription initiation from Pol II promoter,specific RNA polymerase II transcription factor activity,nucleus,S000000847 YER045C=D <= DAL82=D FKH1=D | [68,0,20],0.77,[0,1,14],0,[0,0,2],0,0.77,YER045C,ACA1,1470,transcription initiation from Pol II promoter,specific RNA polymerase II transcription factor activity,nucleus,S000000847 YER045C=D <= DAL82=D HAP5=D | [34,0,2],0.94,[0,2,14],0,[0,0,0],0,0.94,YER045C,ACA1,1470,transcription initiation from Pol II promoter,specific RNA polymerase II transcription factor activity,nucleus,S000000847 YER045C=D <= DAL82=D PHD1=D | [588,0,57],0.91,[1,1,60],0.01,[0,0,0],0,0.91,YER045C,ACA1,1470,transcription initiation from Pol II promoter,specific RNA polymerase II transcription factor activity,nucleus,S000000847 YER045C=D <= FKH1=I RAP1=I | [160,2,355],0.31,[3,1,67],0.03,[0,0,24],0,0.31,YER045C,ACA1,1470,transcription initiation from Pol II promoter,specific RNA polymerase II transcription factor activity,nucleus,S000000847 YER046W=D <= CBF1=D PHD1=D | [37,0,46],0.45,[6,0,110],0.05,[0,0,0],0,0.45,YER046W,SPO73,432,sporulation (sensu Fungi),molecular_function unknown,cellular_component unknown,S000000848 YER046W=D <= CIN5=I DAL82=D | [207,0,62],0.77,[0,2,12],0,[0,0,0],0,0.77,YER046W,SPO73,432,sporulation (sensu Fungi),molecular_function unknown,cellular_component unknown,S000000848 YER046W=D <= DAL82=D | [882,0,406],0.68,[48,5,132],0.23,[0,0,0],0,0.68,YER046W,SPO73,432,sporulation (sensu Fungi),molecular_function unknown,cellular_component unknown,S000000848 YER046W=D <= DAL82=D FKH1=D | [58,0,23],0.72,[0,1,14],0,[0,0,0],0,0.72,YER046W,SPO73,432,sporulation (sensu Fungi),molecular_function unknown,cellular_component unknown,S000000848 YER046W=D <= DAL82=D PHD1=D | [552,0,74],0.88,[1,1,54],0.01,[0,0,0],0,0.88,YER046W,SPO73,432,sporulation (sensu Fungi),molecular_function unknown,cellular_component unknown,S000000848 YER065C=D <= SIP4=D | [2510,123,1953],0.52,[33,41,112],0.08,[39,24,308],0.07,0.52,YER065C,ICL1,1674,glyoxylate cycle,isocitrate lyase activity,cellular_component unknown,S000000867 YER073W=D <= GCN4=D | [614,73,1133],0.3,[45,17,17],0.41,[2,0,52],0.04,0.41,YER073W,ALD5,1563,electron transport*,aldehyde dehydrogenase activity,mitochondrion,S000000875 YER073W=D <= GCN4=D LEU3=D | [58,0,9],0.87,[0,0,0],0,[0,0,0],0,0.87,YER073W,ALD5,1563,electron transport*,aldehyde dehydrogenase activity,mitochondrion,S000000875 YER073W=D <= LEU3=D | [107,2,182],0.36,[3,13,19],0.02,[0,2,37],0,0.36,YER073W,ALD5,1563,electron transport*,aldehyde dehydrogenase activity,mitochondrion,S000000875 YER074W=D <= FHL1=D | [237,24,162],0.51,[29,2,44],0.36,[0,6,164],0,0.51,YER074W,RPS24A,874,protein biosynthesis,structural constituent of ribosome,mitochondrion*,S000000876 YER074W=D <= FHL1=D RAP1=D | [100,2,29],0.75,[23,0,8],0.74,[0,1,4],0,0.75,YER074W,RPS24A,874,protein biosynthesis,structural constituent of ribosome,mitochondrion*,S000000876 YER074W=D <= RAP1=D | [871,43,661],0.53,[149,2,97],0.59,[7,1,121],0.05,0.59,YER074W,RPS24A,874,protein biosynthesis,structural constituent of ribosome,mitochondrion*,S000000876 YER079W=D <= AFT2=D | [771,76,518],0.51,[113,40,132],0.29,[24,8,69],0.18,0.51,YER079W,,633,biological_process unknown,molecular_function unknown,cytoplasm*,S000000881 YER086W=D <= DAL80=I | [1641,267,2073],0.35,[14,26,164],0.02,[19,4,255],0.06,0.35,YER086W,ILV1,1731,branched chain family amino acid biosynthesis,threonine ammonia-lyase activity,mitochondrion,S000000888 YER086W=D <= DAL80=I GCN4=D | [152,11,76],0.59,[3,0,2],0.6,[0,0,2],0,0.6,YER086W,ILV1,1731,branched chain family amino acid biosynthesis,threonine ammonia-lyase activity,mitochondrion,S000000888 YER088C=D <= FHL1=I | [152,13,180],0.41,[5,11,56],0.02,[0,1,165],0,0.41,YER088C,DOT6,2013,regulation of transcription from Pol II promoter*,molecular_function unknown,cytoplasm*,S000000890 YER088C=D <= FHL1=I RAP1=I | [50,1,44],0.52,[4,1,24],0.11,[0,0,5],0,0.52,YER088C,DOT6,2013,regulation of transcription from Pol II promoter*,molecular_function unknown,cytoplasm*,S000000890 YER091C=D <= ASH1=D | [1184,127,990],0.46,[235,156,227],0.23,[140,210,1077],0.04,0.46,YER091C,MET6,2304,methionine biosynthesis,5-methyltetrahydropteroyltriglutamate-homocysteine S-methyltransferase activity,cytoplasm,S000000893 YER091C=D <= ASH1=D BAS1=D | [181,18,120],0.52,[79,0,23],0.77,[0,18,10],0,0.77,YER091C,MET6,2304,methionine biosynthesis,5-methyltetrahydropteroyltriglutamate-homocysteine S-methyltransferase activity,cytoplasm,S000000893 YER091C=D <= ASH1=D GCN4=D | [195,28,173],0.43,[4,2,4],0.27,[6,0,15],0.29,0.43,YER091C,MET6,2304,methionine biosynthesis,5-methyltetrahydropteroyltriglutamate-homocysteine S-methyltransferase activity,cytoplasm,S000000893 YER091C=D <= ASH1=D INO2=D | [50,1,20],0.69,[39,20,48],0.24,[0,7,10],0,0.69,YER091C,MET6,2304,methionine biosynthesis,5-methyltetrahydropteroyltriglutamate-homocysteine S-methyltransferase activity,cytoplasm,S000000893 YER091C=D <= ASH1=D INO2=I | [262,2,79],0.76,[0,30,9],0,[0,8,19],0,0.76,YER091C,MET6,2304,methionine biosynthesis,5-methyltetrahydropteroyltriglutamate-homocysteine S-methyltransferase activity,cytoplasm,S000000893 YER091C=D <= ASH1=D MET4=D | [26,0,13],0.67,[46,0,9],0.84,[1,0,4],0.2,0.84,YER091C,MET6,2304,methionine biosynthesis,5-methyltetrahydropteroyltriglutamate-homocysteine S-methyltransferase activity,cytoplasm,S000000893 YER091C=D <= CBF1=D | [321,40,203],0.51,[136,53,118],0.32,[3,0,5],0.38,0.51,YER091C,MET6,2304,methionine biosynthesis,5-methyltetrahydropteroyltriglutamate-homocysteine S-methyltransferase activity,cytoplasm,S000000893 YER091C=D <= CBF1=D MET32=D | [71,12,16],0.61,[0,0,3],0,[0,0,0],0,0.61,YER091C,MET6,2304,methionine biosynthesis,5-methyltetrahydropteroyltriglutamate-homocysteine S-methyltransferase activity,cytoplasm,S000000893 YER091C=D <= INO2=I INO4=I | [555,3,330],0.62,[0,14,6],0,[0,0,0],0,0.62,YER091C,MET6,2304,methionine biosynthesis,5-methyltetrahydropteroyltriglutamate-homocysteine S-methyltransferase activity,cytoplasm,S000000893 YER091C=D <= INO4=I | [1359,202,1214],0.43,[29,65,43],0.07,[2,14,26],0.01,0.43,YER091C,MET6,2304,methionine biosynthesis,5-methyltetrahydropteroyltriglutamate-homocysteine S-methyltransferase activity,cytoplasm,S000000893 YER091C=D <= INO4=I MET31=I | [132,7,64],0.62,[0,7,2],0,[0,0,0],0,0.62,YER091C,MET6,2304,methionine biosynthesis,5-methyltetrahydropteroyltriglutamate-homocysteine S-methyltransferase activity,cytoplasm,S000000893 YER091C=D <= MET32=D | [936,453,624],0.31,[74,49,77],0.22,[19,7,60],0.16,0.31,YER091C,MET6,2304,methionine biosynthesis,5-methyltetrahydropteroyltriglutamate-homocysteine S-methyltransferase activity,cytoplasm,S000000893 YER095W=D <= FKH1=I | [1010,5,1898],0.35,[42,44,43],0.16,[112,93,461],0.09,0.35,YER095W,RAD51,1203,telomerase-independent telomere maintenance*,recombinase activity,nuclear chromosome*,S000000897 YER095W=D <= FKH1=I FKH2=I SWI6=I | [127,0,44],0.74,[0,0,0],0,[0,0,0],0,0.74,YER095W,RAD51,1203,telomerase-independent telomere maintenance*,recombinase activity,nuclear chromosome*,S000000897 YER095W=D <= FKH1=I MBP1=D SWI6=I | [74,0,9],0.89,[0,0,0],0,[0,0,0],0,0.89,YER095W,RAD51,1203,telomerase-independent telomere maintenance*,recombinase activity,nuclear chromosome*,S000000897 YER095W=D <= SWI6=I | [624,0,383],0.62,[25,2,30],0.41,[1,36,107],0,0.62,YER095W,RAD51,1203,telomerase-independent telomere maintenance*,recombinase activity,nuclear chromosome*,S000000897 YER096W=D <= NRG1=D | [2468,31,2019],0.54,[30,22,290],0.05,[15,13,215],0.03,0.54,YER096W,SHC1,1539,sporulation (sensu Fungi)*,enzyme activator activity,cellular_component unknown,S000000898 YER101C=D <= RAP1=I | [493,25,1057],0.3,[12,12,216],0.03,[0,0,129],0,0.3,YER101C,AST2,1293,biological_process unknown,molecular_function unknown,cytoplasm,S000000903 YER102W=D <= FHL1=D | [212,36,175],0.43,[26,2,47],0.32,[3,2,165],0.01,0.43,YER102W,RPS8B,603,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000000904 YER102W=D <= FHL1=D RAP1=D | [90,1,40],0.68,[22,0,9],0.71,[0,1,4],0,0.71,YER102W,RPS8B,603,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000000904 YER102W=D <= RAP1=D | [837,29,709],0.51,[137,1,114],0.54,[3,2,124],0.01,0.54,YER102W,RPS8B,603,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000000904 YER103W=D <= HSF1=D | [587,21,242],0.67,[42,0,54],0.44,[30,1,51],0.35,0.67,YER103W,SSA4,1929,response to stress*,unfolded protein binding,cytoplasm*,S000000905 YER103W=D <= HSF1=D MSN2=D | [47,0,11],0.81,[4,0,6],0.4,[3,0,3],0.5,0.81,YER103W,SSA4,1929,response to stress*,unfolded protein binding,cytoplasm*,S000000905 YER105C=D <= REB1=D | [304,0,97],0.76,[47,1,114],0.28,[0,0,68],0,0.76,YER105C,NUP157,4176,mRNA-nucleus export*,structural molecule activity,nuclear pore,S000000907 YER117W=D <= FHL1=D | [178,30,215],0.36,[26,1,48],0.33,[1,0,169],0.01,0.36,YER117W,RPL23B,885,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000000919 YER117W=D <= FHL1=D RAP1=D | [73,1,57],0.55,[21,0,10],0.68,[0,0,5],0,0.68,YER117W,RPL23B,885,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000000919 YER117W=D <= RAP1=D | [783,35,757],0.48,[112,5,139],0.42,[3,28,98],0,0.48,YER117W,RPL23B,885,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000000919 YER118C=D <= STE12=D | [1304,0,1367],0.49,[30,0,126],0.19,[16,5,81],0.12,0.49,YER118C,SHO1,1104,pseudohyphal growth*,osmosensor activity,plasma membrane*,S000000920 YER131W=D <= FHL1=D | [234,23,165],0.5,[31,3,41],0.38,[1,2,164],0,0.5,YER131W,RPS26B,360,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000000933 YER131W=D <= UME6=D | [184,6,18],0.86,[21,0,19],0.53,[0,0,111],0,0.86,YER131W,RPS26B,360,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000000933 YER141W=D <= CAD1=D | [627,19,713],0.45,[37,13,120],0.16,[6,2,111],0.04,0.45,YER141W,COX15,1461,cytochrome c oxidase biogenesis*,"oxidoreductase activity, acting on NADH or NADPH, heme protein as acceptor",mitochondrial inner membrane,S000000943 YER141W=D <= CAD1=D CIN5=I | [35,2,44],0.41,[0,1,5],0,[0,0,2],0,0.41,YER141W,COX15,1461,cytochrome c oxidase biogenesis*,"oxidoreductase activity, acting on NADH or NADPH, heme protein as acceptor",mitochondrial inner membrane,S000000943 YER141W=D <= CAD1=D YAP7=D | [19,2,9],0.57,[11,1,12],0.42,[0,0,10],0,0.57,YER141W,COX15,1461,cytochrome c oxidase biogenesis*,"oxidoreductase activity, acting on NADH or NADPH, heme protein as acceptor",mitochondrial inner membrane,S000000943 YER141W=D <= CIN5=D YAP7=D | [140,31,165],0.34,[22,1,22],0.47,[0,1,4],0,0.47,YER141W,COX15,1461,cytochrome c oxidase biogenesis*,"oxidoreductase activity, acting on NADH or NADPH, heme protein as acceptor",mitochondrial inner membrane,S000000943 YER141W=D <= CIN5=D YAP7=I | [52,1,76],0.4,[0,6,44],0,[0,0,3],0,0.4,YER141W,COX15,1461,cytochrome c oxidase biogenesis*,"oxidoreductase activity, acting on NADH or NADPH, heme protein as acceptor",mitochondrial inner membrane,S000000943 YER145C=D <= AFT2=I RCS1=D | [93,5,66],0.54,[51,1,21],0.69,[0,0,0],0,0.69,YER145C,FTR1,1215,high affinity iron ion transport,iron ion transporter activity,plasma membrane,S000000947 YER145C=D <= AFT2=I SOK2=I | [233,25,90],0.6,[9,2,3],0.53,[2,0,1],0.67,0.67,YER145C,FTR1,1215,high affinity iron ion transport,iron ion transporter activity,plasma membrane,S000000947 YER145C=D <= HAP1=D | [166,8,235],0.39,[35,27,38],0.2,[3,20,145],0,0.39,YER145C,FTR1,1215,high affinity iron ion transport,iron ion transporter activity,plasma membrane,S000000947 YER145C=D <= HAP1=D PHD1=D | [35,0,20],0.64,[2,26,15],0,[0,1,3],0,0.64,YER145C,FTR1,1215,high affinity iron ion transport,iron ion transporter activity,plasma membrane,S000000947 YER145C=D <= NRG1=I | [1595,104,2909],0.32,[174,43,148],0.38,[20,61,162],0.02,0.38,YER145C,FTR1,1215,high affinity iron ion transport,iron ion transporter activity,plasma membrane,S000000947 YER145C=D <= NRG1=I PHD1=I | [364,33,707],0.3,[48,0,8],0.86,[0,15,11],0,0.86,YER145C,FTR1,1215,high affinity iron ion transport,iron ion transporter activity,plasma membrane,S000000947 YER145C=D <= RCS1=D | [386,87,576],0.3,[152,4,104],0.57,[0,0,2],0,0.57,YER145C,FTR1,1215,high affinity iron ion transport,iron ion transporter activity,plasma membrane,S000000947 YER145C=D <= RCS1=D SOK2=I | [206,7,160],0.53,[14,0,6],0.7,[0,0,0],0,0.7,YER145C,FTR1,1215,high affinity iron ion transport,iron ion transporter activity,plasma membrane,S000000947 YER146W=D <= AFT2=I RCS1=D | [74,0,90],0.45,[5,0,68],0.07,[0,0,0],0,0.45,YER146W,LSM5,282,"nuclear mRNA splicing, via spliceosome*",pre-mRNA splicing factor activity,small nuclear ribonucleoprotein complex,S000000948 YER146W=D <= AFT2=I SOK2=I | [116,7,225],0.31,[1,0,13],0.07,[0,0,3],0,0.31,YER146W,LSM5,282,"nuclear mRNA splicing, via spliceosome*",pre-mRNA splicing factor activity,small nuclear ribonucleoprotein complex,S000000948 YER148W=D <= YAP7=D | [306,1,656],0.32,[61,0,324],0.16,[0,0,35],0,0.32,YER148W,SPT15,723,transcription initiation from Pol II promoter*,DNA binding*,nucleus*,S000000950 YER150W=D <= HSF1=D | [567,53,231],0.61,[74,2,13],0.81,[3,10,69],0.01,0.81,YER150W,SPI1,447,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi),S000000952 YER150W=D <= HSF1=D MOT3=D | [62,0,2],0.97,[9,0,2],0.82,[1,1,14],0.03,0.97,YER150W,SPI1,447,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi),S000000952 YER150W=D <= MOT3=D | [198,59,91],0.44,[23,3,64],0.23,[26,6,96],0.17,0.44,YER150W,SPI1,447,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi),S000000952 YER150W=D <= ROX1=D | [294,77,187],0.42,[67,124,352],0.04,[8,83,54],0,0.42,YER150W,SPI1,447,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi),S000000952 YER156C=D <= REB1=D | [184,2,170],0.51,[84,6,116],0.38,[0,3,65],0,0.51,YER156C,,1017,biological_process unknown,molecular_function unknown,cytoplasm*,S000000958 YER158C=D <= ABF1=I | [192,43,152],0.41,[81,7,158],0.3,[35,12,149],0.13,0.41,YER158C,,1722,biological_process unknown,molecular_function unknown,cellular_component unknown,S000000960 YER158C=D <= ABF1=I SOK2=I | [39,0,4],0.91,[27,3,33],0.39,[0,0,0],0,0.91,YER158C,,1722,biological_process unknown,molecular_function unknown,cellular_component unknown,S000000960 YER165W=D <= ABF1=D | [228,37,130],0.5,[143,1,102],0.58,[1,0,112],0.01,0.58,YER165W,PAB1,1734,regulation of translational initiation,poly(A) binding,cytoplasm*,S000000967 YER177W=D <= GCR1=D MSN4=I | [34,0,74],0.31,[2,16,14],0.01,[0,0,7],0,0.31,YER177W,BMH1,804,sporulation (sensu Fungi)*,protein binding*,nucleus,S000000979 YER177W=D <= GCR1=D SWI6=D | [92,2,19],0.8,[0,1,2],0,[0,0,0],0,0.8,YER177W,BMH1,804,sporulation (sensu Fungi)*,protein binding*,nucleus,S000000979 YER177W=D <= MSN4=D SWI6=D | [50,2,13],0.74,[1,4,6],0.02,[0,0,4],0,0.74,YER177W,BMH1,804,sporulation (sensu Fungi)*,protein binding*,nucleus,S000000979 YER177W=D <= SWI6=D | [651,26,350],0.61,[3,16,43],0.01,[0,6,116],0,0.61,YER177W,BMH1,804,sporulation (sensu Fungi)*,protein binding*,nucleus,S000000979 YER177W=D <= SWI6=D TYE7=D | [342,0,45],0.88,[0,1,8],0,[0,0,6],0,0.88,YER177W,BMH1,804,sporulation (sensu Fungi)*,protein binding*,nucleus,S000000979 YER179W=D <= UME6=D | [15,3,14],0.39,[1,4,34],0.01,[1,1,95],0.01,0.39,YER179W,DMC1,1097,meiosis*,single-stranded DNA binding*,nucleus*,S000000981 YER187W=D <= ADR1=D DAL82=D | [10,0,20],0.33,[4,0,6],0.4,[0,0,0],0,0.4,YER187W,,426,biological_process unknown,molecular_function unknown,cellular_component unknown,S000000989 YER189W=D <= DIG1=I STE12=I | [38,0,48],0.44,[3,1,40],0.05,[0,0,13],0,0.44,YER189W,,369,biological_process unknown,molecular_function unknown,cellular_component unknown,S000000991 YFL004W=D <= CIN5=I GCN4=I | [40,0,75],0.35,[0,0,0],0,[0,0,1],0,0.35,YFL004W,VTC2,2487,"vacuole fusion, non-autophagic*",molecular_function unknown,vacuolar membrane,S000001890 YFL014W=D <= ASH1=I | [1142,638,533],0.32,[348,83,167],0.47,[151,308,932],0.04,0.47,YFL014W,HSP12,330,response to oxidative stress*,molecular_function unknown,cytoplasm*,S000001880 YFL014W=D <= HSF1=D | [673,71,135],0.69,[72,6,20],0.68,[2,17,62],0,0.69,YFL014W,HSP12,330,response to oxidative stress*,molecular_function unknown,cytoplasm*,S000001880 YFL018C=D <= ABF1=D CBF1=D | [100,16,28],0.6,[18,0,72],0.2,[0,0,3],0,0.6,YFL018C,LPD1,1500,acetyl-CoA biosynthesis from pyruvate*,dihydrolipoyl dehydrogenase activity,pyruvate dehydrogenase complex (sensu Eukaryota)*,S000001876 YFL018C=D <= CBF1=D | [159,65,110],0.34,[51,11,245],0.14,[0,2,6],0,0.34,YFL018C,LPD1,1500,acetyl-CoA biosynthesis from pyruvate*,dihydrolipoyl dehydrogenase activity,pyruvate dehydrogenase complex (sensu Eukaryota)*,S000001876 YFL023W=D <= CBF1=D REB1=D RPN4=I | [4,0,9],0.31,[18,0,9],0.67,[0,0,0],0,0.67,YFL023W,BUD27,2391,bud site selection,molecular_function unknown,cytoplasm,S000001871 YFL023W=D <= RDS1=D RPN4=I | [81,15,88],0.37,[6,0,10],0.38,[0,1,14],0,0.38,YFL023W,BUD27,2391,bud site selection,molecular_function unknown,cytoplasm,S000001871 YFL023W=D <= REB1=D RPN4=I | [11,0,18],0.38,[34,1,51],0.38,[0,1,7],0,0.38,YFL023W,BUD27,2391,bud site selection,molecular_function unknown,cytoplasm,S000001871 YFL026W=D <= DIG1=D | [291,26,448],0.35,[11,3,167],0.05,[13,1,72],0.14,0.35,YFL026W,STE2,1296,response to pheromone during conjugation with cellular fusion*,mating-type alpha-factor pheromone receptor activity,integral to plasma membrane,S000001868 YFL026W=D <= DIG1=D STE12=D | [83,0,3],0.97,[6,0,38],0.14,[3,0,10],0.23,0.97,YFL026W,STE2,1296,response to pheromone during conjugation with cellular fusion*,mating-type alpha-factor pheromone receptor activity,integral to plasma membrane,S000001868 YFL026W=D <= STE12=D | [1917,5,759],0.71,[34,0,150],0.18,[44,5,53],0.39,0.71,YFL026W,STE2,1296,response to pheromone during conjugation with cellular fusion*,mating-type alpha-factor pheromone receptor activity,integral to plasma membrane,S000001868 YFL037W=D <= FKH1=D | [1084,30,1596],0.39,[42,10,98],0.23,[194,5,467],0.28,0.39,YFL037W,TUB2,1374,mitotic sister chromatid segregation*,structural constituent of cytoskeleton,spindle pole body*,S000001857 YFL039C=D <= DIG1=D MBP1=I | [68,0,22],0.76,[0,0,4],0,[0,21,25],0,0.76,YFL039C,ACT1,1436,cell wall organization and biogenesis*,structural constituent of cytoskeleton*,actin cortical patch*,S000001855 YFL039C=D <= STE12=D | [1040,1,1650],0.39,[36,13,135],0.14,[1,2,99],0,0.39,YFL039C,ACT1,1436,cell wall organization and biogenesis*,structural constituent of cytoskeleton*,actin cortical patch*,S000001855 YFL039C=D <= STE12=D TEC1=D | [268,0,165],0.62,[29,9,89],0.17,[1,1,36],0.01,0.62,YFL039C,ACT1,1436,cell wall organization and biogenesis*,structural constituent of cytoskeleton*,actin cortical patch*,S000001855 YFL042C=D <= AFT2=D | [288,25,457],0.34,[14,59,221],0.01,[0,10,96],0,0.34,YFL042C,,2025,biological_process unknown,molecular_function unknown,cellular_component unknown,S000001852 YFL044C=D <= RPN4=D | [1380,22,2283],0.37,[29,82,371],0.02,[23,0,111],0.17,0.37,YFL044C,YOD1,906,biological_process unknown,molecular_function unknown,cytoplasm*,S000001850 YFL055W=D <= RPN4=D | [888,49,1347],0.37,[1,110,277],0,[7,2,125],0.04,0.37,YFL055W,AGP3,1677,amino acid transport,amino acid transporter activity,plasma membrane,S000001839 YFL055W=D <= RPN4=D YAP7=D | [75,0,42],0.64,[0,0,10],0,[0,0,1],0,0.64,YFL055W,AGP3,1677,amino acid transport,amino acid transporter activity,plasma membrane,S000001839 YFL055W=D <= RPN4=D YAP7=I | [99,0,64],0.61,[1,52,53],0,[0,0,0],0,0.61,YFL055W,AGP3,1677,amino acid transport,amino acid transporter activity,plasma membrane,S000001839 YFL056C=D <= RPN4=D | [1348,208,1803],0.35,[209,19,188],0.46,[6,0,34],0.15,0.46,YFL056C,AAD6,639,aldehyde metabolism,aryl-alcohol dehydrogenase activity,cellular_component unknown,S000001838 YFL056C=D <= RPN4=D YAP1=D | [321,1,77],0.8,[47,1,10],0.79,[0,0,8],0,0.8,YFL056C,AAD6,639,aldehyde metabolism,aryl-alcohol dehydrogenase activity,cellular_component unknown,S000001838 YFL056C=D <= RPN4=D YAP1=D YAP7=I | [28,0,2],0.93,[17,1,3],0.76,[0,0,0],0,0.93,YFL056C,AAD6,639,aldehyde metabolism,aryl-alcohol dehydrogenase activity,cellular_component unknown,S000001838 YFL056C=D <= RPN4=D YAP7=D | [86,3,35],0.67,[1,0,5],0.17,[0,0,0],0,0.67,YFL056C,AAD6,639,aldehyde metabolism,aryl-alcohol dehydrogenase activity,cellular_component unknown,S000001838 YFL056C=D <= YAP1=D | [1229,58,582],0.63,[104,4,59],0.6,[0,2,37],0,0.63,YFL056C,AAD6,639,aldehyde metabolism,aryl-alcohol dehydrogenase activity,cellular_component unknown,S000001838 YFL056C=D <= YAP1=D YAP7=I | [32,2,8],0.72,[43,4,6],0.74,[0,0,0],0,0.74,YFL056C,AAD6,639,aldehyde metabolism,aryl-alcohol dehydrogenase activity,cellular_component unknown,S000001838 YFR002W=D <= REB1=D | [327,0,68],0.83,[1,7,174],0,[0,1,67],0,0.83,YFR002W,NIC96,2520,mRNA-nucleus export*,structural molecule activity,nuclear pore,S000001898 YFR015C=D <= INO4=I NRG1=D | [50,1,25],0.64,[2,4,3],0.07,[0,0,0],0,0.64,YFR015C,GSY1,2127,glycogen metabolism,glycogen (starch) synthase activity,cytoplasm*,S000001911 YFR015C=D <= NRG1=D | [2862,349,1227],0.57,[85,92,132],0.13,[115,20,100],0.42,0.57,YFR015C,GSY1,2127,glycogen metabolism,glycogen (starch) synthase activity,cytoplasm*,S000001911 YFR015C=D <= UME6=I | [167,2,35],0.81,[4,10,23],0.03,[9,21,67],0.03,0.81,YFR015C,GSY1,2127,glycogen metabolism,glycogen (starch) synthase activity,cytoplasm*,S000001911 YFR017C=D <= AFT2=D SWI5=I | [323,51,278],0.43,[4,22,7],0.02,[2,8,40],0.01,0.43,YFR017C,,588,biological_process unknown,molecular_function unknown,cytoplasm,S000001913 YFR017C=D <= SWI5=I | [968,120,774],0.46,[116,26,151],0.32,[158,64,883],0.1,0.46,YFR017C,,588,biological_process unknown,molecular_function unknown,cytoplasm,S000001913 YFR017C=D <= SWI5=I SWI6=I | [365,11,120],0.71,[1,0,5],0.17,[17,0,28],0.38,0.71,YFR017C,,588,biological_process unknown,molecular_function unknown,cytoplasm,S000001913 YFR017C=D <= SWI6=I | [631,22,233],0.69,[2,21,31],0,[23,5,116],0.13,0.69,YFR017C,,588,biological_process unknown,molecular_function unknown,cytoplasm,S000001913 YFR023W=D <= HAP3=D | [312,3,719],0.3,[0,1,234],0,[2,1,26],0.05,0.3,YFR023W,PES4,1836,biological_process unknown,molecular_function unknown,cellular_component unknown,S000001919 YFR031C-A=D <= FHL1=D | [199,46,145],0.41,[25,3,47],0.3,[0,0,69],0,0.41,YFR031C-A,RPL2A,912,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000002104 YFR031C-A=D <= FHL1=D RAP1=D | [94,1,32],0.73,[22,0,9],0.71,[0,0,3],0,0.73,YFR031C-A,RPL2A,912,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000002104 YFR031C-A=D <= RAP1=D | [786,22,513],0.58,[119,2,135],0.46,[0,0,24],0,0.58,YFR031C-A,RPL2A,912,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000002104 YFR033C=D <= HAP1=I HAP4=D | [82,0,30],0.73,[2,2,24],0.04,[3,0,3],0.5,0.73,YFR033C,QCR6,444,aerobic respiration*,ubiquinol-cytochrome-c reductase activity,mitochondrion*,S000001929 YFR033C=D <= HAP2=D HAP4=D | [166,0,30],0.85,[0,12,10],0,[0,0,4],0,0.85,YFR033C,QCR6,444,aerobic respiration*,ubiquinol-cytochrome-c reductase activity,mitochondrion*,S000001929 YFR033C=D <= HAP4=D | [2468,20,2640],0.48,[73,59,239],0.11,[14,5,236],0.04,0.48,YFR033C,QCR6,444,aerobic respiration*,ubiquinol-cytochrome-c reductase activity,mitochondrion*,S000001929 YFR050C=D <= REB1=D | [128,7,183],0.38,[5,38,160],0,[0,1,67],0,0.38,YFR050C,PRE4,801,ubiquitin-dependent protein catabolism,endopeptidase activity,"proteasome core complex, beta-subunit complex (sensu Eukaryota)",S000001946 YFR052W=D <= REB1=D | [134,6,260],0.32,[7,87,109],0,[1,0,67],0.01,0.32,YFR052W,RPN12,825,ubiquitin-dependent protein catabolism,endopeptidase activity,proteasome regulatory particle (sensu Eukaryota),S000001948 YFR052W=D <= REB1=D RPN4=D | [21,0,11],0.66,[4,0,4],0.5,[0,0,0],0,0.66,YFR052W,RPN12,825,ubiquitin-dependent protein catabolism,endopeptidase activity,proteasome regulatory particle (sensu Eukaryota),S000001948 YFR052W=D <= REB1=D RPN4=I | [14,1,14],0.45,[1,58,27],0,[0,0,8],0,0.45,YFR052W,RPN12,825,ubiquitin-dependent protein catabolism,endopeptidase activity,proteasome regulatory particle (sensu Eukaryota),S000001948 YGL006W=D <= ACE2=I ASH1=D | [44,1,56],0.43,[1,4,35],0.01,[9,0,217],0.04,0.43,YGL006W,PMC1,3522,calcium ion homeostasis*,calcium-transporting ATPase activity,vacuolar membrane (sensu Fungi),S000002974 YGL006W=D <= ACE2=I HSF1=D | [56,0,68],0.45,[6,0,10],0.38,[0,0,4],0,0.45,YGL006W,PMC1,3522,calcium ion homeostasis*,calcium-transporting ATPase activity,vacuolar membrane (sensu Fungi),S000002974 YGL008C=D <= HSF1=I | [606,18,255],0.67,[33,4,62],0.3,[3,24,55],0,0.67,YGL008C,PMA1,2757,regulation of pH*,"hydrogen-exporting ATPase activity, phosphorylative mechanism",plasma membrane*,S000002976 YGL010W=D <= RPN4=D | [1280,58,2260],0.34,[49,13,390],0.09,[0,10,124],0,0.34,YGL010W,,525,biological_process unknown,molecular_function unknown,endoplasmic reticulum,S000002978 YGL012W=D <= MBP1=I NRG1=I | [96,0,56],0.63,[0,2,2],0,[1,24,83],0,0.63,YGL012W,ERG4,1422,ergosterol biosynthesis,delta24(24-1) sterol reductase activity,endoplasmic reticulum,S000002980 YGL012W=D <= MBP1=I RPN4=I | [98,0,47],0.68,[0,0,5],0,[1,0,2],0.33,0.68,YGL012W,ERG4,1422,ergosterol biosynthesis,delta24(24-1) sterol reductase activity,endoplasmic reticulum,S000002980 YGL012W=D <= NRG1=I | [1616,34,2879],0.35,[84,29,252],0.17,[19,36,188],0.03,0.35,YGL012W,ERG4,1422,ergosterol biosynthesis,delta24(24-1) sterol reductase activity,endoplasmic reticulum,S000002980 YGL012W=D <= NRG1=I RPN4=I | [1111,10,1174],0.48,[63,3,67],0.45,[4,0,5],0.44,0.48,YGL012W,ERG4,1422,ergosterol biosynthesis,delta24(24-1) sterol reductase activity,endoplasmic reticulum,S000002980 YGL012W=D <= RPN4=I | [1389,40,2156],0.38,[165,5,312],0.33,[71,0,63],0.53,0.53,YGL012W,ERG4,1422,ergosterol biosynthesis,delta24(24-1) sterol reductase activity,endoplasmic reticulum,S000002980 YGL021W=D <= FKH2=D | [418,86,392],0.39,[46,0,41],0.53,[36,11,31],0.35,0.53,YGL021W,ALK1,2283,mitosis,protein serine/threonine kinase activity,nucleus,S000002989 YGL021W=D <= MCM1=D | [59,10,97],0.3,[11,9,57],0.08,[18,28,73],0.06,0.3,YGL021W,ALK1,2283,mitosis,protein serine/threonine kinase activity,nucleus,S000002989 YGL028C=D <= FKH2=D STE12=D | [240,1,82],0.74,[12,6,11],0.28,[1,0,0],1,1,YGL028C,SCW11,1629,"cytokinesis, completion of separation","glucan 1,3-beta-glucosidase activity",cell wall (sensu Fungi),S000002996 YGL028C=D <= STE12=D | [1450,87,1160],0.51,[85,26,45],0.42,[47,4,50],0.43,0.51,YGL028C,SCW11,1629,"cytokinesis, completion of separation","glucan 1,3-beta-glucosidase activity",cell wall (sensu Fungi),S000002996 YGL028C=D <= STE12=D SWI5=D | [960,1,122],0.89,[36,15,18],0.37,[11,0,8],0.58,0.89,YGL028C,SCW11,1629,"cytokinesis, completion of separation","glucan 1,3-beta-glucosidase activity",cell wall (sensu Fungi),S000002996 YGL028C=D <= SWI5=D | [1519,41,714],0.65,[155,67,172],0.27,[377,233,495],0.21,0.65,YGL028C,SCW11,1629,"cytokinesis, completion of separation","glucan 1,3-beta-glucosidase activity",cell wall (sensu Fungi),S000002996 YGL037C=D <= HSF1=D | [506,51,293],0.54,[80,2,16],0.8,[11,3,45],0.15,0.8,YGL037C,PNC1,651,chromatin silencing at telomere*,nicotinamidase activity,cytoplasm*,S000003005 YGL055W=D <= CBF1=D HSF1=D | [39,6,17],0.55,[7,2,2],0.49,[0,0,0],0,0.55,YGL055W,OLE1,1533,mitochondrion inheritance*,stearoyl-CoA 9-desaturase activity,endoplasmic reticulum membrane,S000003023 YGL055W=D <= SKN7=D | [878,34,457],0.62,[110,81,71],0.24,[0,4,3],0,0.62,YGL055W,OLE1,1533,mitochondrion inheritance*,stearoyl-CoA 9-desaturase activity,endoplasmic reticulum membrane,S000003023 YGL056C=D <= CBF1=D HSF1=D | [23,1,23],0.47,[0,0,11],0,[0,0,0],0,0.47,YGL056C,SDS23,1584,biological_process unknown,molecular_function unknown,cytoplasm*,S000003024 YGL056C=D <= CBF1=D ROX1=D | [1,0,2],0.33,[31,0,67],0.32,[0,0,0],0,0.33,YGL056C,SDS23,1584,biological_process unknown,molecular_function unknown,cytoplasm*,S000003024 YGL062W=D <= TEC1=D | [783,113,1037],0.35,[82,21,491],0.11,[53,125,658],0.02,0.35,YGL062W,PYC1,3537,gluconeogenesis*,pyruvate carboxylase activity,cytosol,S000003030 YGL070C=D <= REB1=D | [216,1,182],0.54,[2,35,169],0,[1,0,67],0.01,0.54,YGL070C,RPB9,369,transcription from Pol II promoter,DNA-directed RNA polymerase activity,"DNA-directed RNA polymerase II, core complex",S000003038 YGL077C=D <= INO4=I | [1199,43,1537],0.42,[7,11,119],0.02,[0,1,41],0,0.42,YGL077C,HNM1,1692,choline transport,choline transporter activity,plasma membrane,S000003045 YGL096W=D <= FKH2=I | [391,117,386],0.34,[25,6,56],0.23,[13,13,52],0.08,0.34,YGL096W,TOS8,831,biological_process unknown,transcription factor activity,cellular_component unknown,S000003064 YGL096W=D <= SWI4=I | [489,29,358],0.53,[11,33,74],0.02,[10,11,280],0.02,0.53,YGL096W,TOS8,831,biological_process unknown,transcription factor activity,cellular_component unknown,S000003064 YGL103W=D <= FHL1=D | [188,16,204],0.42,[20,1,54],0.25,[3,2,165],0.01,0.42,YGL103W,RPL28,961,protein biosynthesis,structural constituent of ribosome*,nucleus*,S000003071 YGL103W=D <= FHL1=D RAP1=D | [76,0,54],0.58,[15,0,16],0.48,[0,0,5],0,0.58,YGL103W,RPL28,961,protein biosynthesis,structural constituent of ribosome*,nucleus*,S000003071 YGL103W=D <= RAP1=D | [703,52,739],0.44,[78,2,176],0.3,[1,1,127],0,0.44,YGL103W,RPL28,961,protein biosynthesis,structural constituent of ribosome*,nucleus*,S000003071 YGL104C=D <= FHL1=I | [214,8,181],0.51,[27,3,41],0.34,[6,0,164],0.04,0.51,YGL104C,VPS73,1461,protein-vacuolar targeting,molecular_function unknown,mitochondrion,S000003072 YGL104C=D <= FHL1=I RAP1=I | [79,1,51],0.6,[18,0,11],0.62,[0,0,5],0,0.62,YGL104C,VPS73,1461,protein-vacuolar targeting,molecular_function unknown,mitochondrion,S000003072 YGL104C=D <= RAP1=I | [705,36,828],0.43,[75,3,173],0.29,[1,0,128],0.01,0.43,YGL104C,VPS73,1461,protein-vacuolar targeting,molecular_function unknown,mitochondrion,S000003072 YGL106W=D <= ABF1=D | [157,5,237],0.38,[37,21,188],0.1,[6,11,179],0.01,0.38,YGL106W,MLC1,450,endocytosis*,microfilament motor activity,actin cap,S000003074 YGL116W=D <= DIG1=D FKH2=D | [40,2,31],0.52,[17,0,17],0.5,[1,0,0],1,1,YGL116W,CDC20,1833,ubiquitin-dependent protein catabolism*,enzyme activator activity,anaphase-promoting complex,S000003084 YGL116W=D <= FKH2=D | [331,7,556],0.36,[45,0,42],0.52,[26,4,48],0.29,0.52,YGL116W,CDC20,1833,ubiquitin-dependent protein catabolism*,enzyme activator activity,anaphase-promoting complex,S000003084 YGL120C=D <= REB1=D | [334,7,58],0.82,[76,7,123],0.34,[1,23,44],0,0.82,YGL120C,PRP43,2304,U2-type spliceosome dissembly,pre-mRNA splicing factor activity*,mitochondrion*,S000003088 YGL123W=D <= FHL1=D RAP1=D | [73,2,56],0.54,[25,0,6],0.81,[0,0,5],0,0.81,YGL123W,RPS2,765,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000003091 YGL123W=D <= RAP1=D | [874,33,668],0.53,[124,7,125],0.46,[4,0,125],0.03,0.53,YGL123W,RPS2,765,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000003091 YGL125W=D <= MET32=D | [467,72,770],0.31,[4,34,154],0,[16,0,70],0.19,0.31,YGL125W,MET13,1803,methionine metabolism*,structural constituent of ribosome*,cytoplasm*,S000003093 YGL135W=D <= FHL1=D RAP1=D | [82,1,48],0.62,[24,0,7],0.77,[0,0,5],0,0.77,YGL135W,RPL1B,654,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003103 YGL135W=D <= RAP1=D | [851,41,670],0.52,[138,1,117],0.54,[3,5,121],0.01,0.54,YGL135W,RPL1B,654,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003103 YGL147C=D <= FHL1=D | [220,47,156],0.43,[31,2,42],0.39,[0,10,160],0,0.43,YGL147C,RPL9A,576,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003115 YGL147C=D <= FHL1=D MBP1=D | [51,6,28],0.54,[23,1,12],0.61,[0,2,1],0,0.61,YGL147C,RPL9A,576,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003115 YGL147C=D <= MBP1=D RAP1=D | [100,2,65],0.59,[69,0,14],0.83,[0,3,8],0,0.83,YGL147C,RPL9A,576,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003115 YGL147C=D <= MBP1=I RAP1=D | [42,0,13],0.76,[2,1,3],0.22,[0,0,7],0,0.76,YGL147C,RPL9A,576,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003115 YGL147C=D <= RAP1=D | [863,39,673],0.52,[152,1,103],0.59,[2,6,121],0,0.59,YGL147C,RPL9A,576,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003115 YGL157W=D <= RGT1=I | [950,153,271],0.6,[41,11,268],0.1,[1,1,63],0.01,0.6,YGL157W,,1044,biological_process unknown,oxidoreductase activity*,cytoplasm*,S000003125 YGL158W=D <= RLM1=D SOK2=I | [96,39,15],0.46,[0,5,1],0,[3,0,1],0.75,0.75,YGL158W,RCK1,1539,protein amino acid phosphorylation*,protein serine/threonine kinase activity,cellular_component unknown,S000003126 YGL163C=D <= DIG1=I NRG1=D | [83,0,107],0.44,[3,9,31],0.02,[1,0,11],0.08,0.44,YGL163C,RAD54,2697,chromatin remodeling*,DNA-dependent ATPase activity*,nucleus,S000003131 YGL166W=D <= AFT2=D | [694,83,607],0.45,[10,42,221],0.01,[6,0,100],0.06,0.45,YGL166W,CUP2,678,transcription initiation from Pol II promoter*,ligand-regulated transcription factor activity,nucleus,S000003134 YGL170C=D <= GCN4=D SUM1=D | [22,0,31],0.42,[0,0,0],0,[0,0,0],0,0.42,YGL170C,SPO74,1242,sporulation (sensu Fungi),structural molecule activity,spindle pole body,S000003138 YGL178W=D <= MBP1=D SWI4=D | [11,0,20],0.35,[13,0,23],0.36,[1,1,5],0.07,0.36,YGL178W,MPT5,3220,cell wall organization and biogenesis*,mRNA binding,cytoplasm,S000003146 YGL178W=D <= MBP1=D SWI6=I | [66,19,20],0.49,[1,2,1],0.08,[7,0,44],0.14,0.49,YGL178W,MPT5,3220,cell wall organization and biogenesis*,mRNA binding,cytoplasm,S000003146 YGL178W=D <= SWI4=D SWI6=D | [229,77,180],0.35,[14,0,5],0.74,[0,0,5],0,0.74,YGL178W,MPT5,3220,cell wall organization and biogenesis*,mRNA binding,cytoplasm,S000003146 YGL183C=D <= AFT2=D | [633,9,710],0.46,[15,30,235],0.02,[9,17,75],0.03,0.46,YGL183C,MND1,743,meiotic recombination,protein binding*,condensed nuclear chromosome,S000003151 YGL183C=D <= REB1=I | [151,2,243],0.38,[32,29,122],0.09,[8,2,58],0.09,0.38,YGL183C,MND1,743,meiotic recombination,protein binding*,condensed nuclear chromosome,S000003151 YGL184C=D <= BAS1=D GCN4=D MET32=D | [155,3,25],0.83,[0,0,0],0,[0,0,0],0,0.83,YGL184C,STR3,1398,methionine biosynthesis,cystathionine beta-lyase activity,peroxisome,S000003152 YGL184C=D <= BAS1=D MET32=D MET4=D | [199,0,9],0.96,[1,0,0],1,[0,0,0],0,1,YGL184C,STR3,1398,methionine biosynthesis,cystathionine beta-lyase activity,peroxisome,S000003152 YGL184C=D <= BAS1=D MET4=D | [235,1,35],0.86,[15,4,31],0.24,[12,0,3],0.8,0.86,YGL184C,STR3,1398,methionine biosynthesis,cystathionine beta-lyase activity,peroxisome,S000003152 YGL184C=D <= MET31=D MET4=D | [49,0,7],0.88,[16,1,22],0.39,[14,0,2],0.88,0.88,YGL184C,STR3,1398,methionine biosynthesis,cystathionine beta-lyase activity,peroxisome,S000003152 YGL184C=D <= MET31=I | [754,173,497],0.43,[24,58,90],0.04,[13,27,98],0.03,0.43,YGL184C,STR3,1398,methionine biosynthesis,cystathionine beta-lyase activity,peroxisome,S000003152 YGL184C=D <= MET32=D | [1540,20,412],0.77,[99,28,59],0.41,[64,0,22],0.74,0.77,YGL184C,STR3,1398,methionine biosynthesis,cystathionine beta-lyase activity,peroxisome,S000003152 YGL184C=D <= MET32=D MET4=D | [285,0,10],0.97,[18,0,5],0.78,[0,0,0],0,0.97,YGL184C,STR3,1398,methionine biosynthesis,cystathionine beta-lyase activity,peroxisome,S000003152 YGL184C=D <= MET4=D | [621,1,51],0.92,[57,7,50],0.45,[59,0,23],0.72,0.92,YGL184C,STR3,1398,methionine biosynthesis,cystathionine beta-lyase activity,peroxisome,S000003152 YGL184C=D <= UME6=I | [157,31,15],0.65,[11,10,17],0.15,[5,13,93],0.01,0.65,YGL184C,STR3,1398,methionine biosynthesis,cystathionine beta-lyase activity,peroxisome,S000003152 YGL187C=D <= HAP2=D | [155,0,86],0.64,[12,26,69],0.04,[0,4,32],0,0.64,YGL187C,COX4,468,aerobic respiration,cytochrome-c oxidase activity,respiratory chain complex IV (sensu Eukaryota),S000003155 YGL187C=D <= HAP3=D | [427,22,552],0.41,[36,44,147],0.07,[11,8,10],0.22,0.41,YGL187C,COX4,468,aerobic respiration,cytochrome-c oxidase activity,respiratory chain complex IV (sensu Eukaryota),S000003155 YGL189C=D <= RAP1=D | [596,18,696],0.44,[20,2,83],0.17,[0,6,123],0,0.44,YGL189C,RPS26A,360,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000003157 YGL191W=D <= HAP4=D | [3387,4,2711],0.55,[97,52,222],0.17,[7,4,244],0.02,0.55,YGL191W,COX13,390,aerobic respiration,enzyme regulator activity*,respiratory chain complex IV (sensu Eukaryota),S000003159 YGL191W=D <= HAP4=D REB1=I | [317,0,5],0.98,[9,0,10],0.47,[0,1,9],0,0.98,YGL191W,COX13,390,aerobic respiration,enzyme regulator activity*,respiratory chain complex IV (sensu Eukaryota),S000003159 YGL191W=D <= REB1=I | [341,2,58],0.85,[44,44,118],0.11,[0,15,53],0,0.85,YGL191W,COX13,390,aerobic respiration,enzyme regulator activity*,respiratory chain complex IV (sensu Eukaryota),S000003159 YGL192W=D <= ABF1=I | [268,36,94],0.59,[14,67,161],0.01,[40,2,154],0.19,0.59,YGL192W,IME4,1803,meiosis*,mRNA methyltransferase activity,cellular_component unknown,S000003160 YGL195W=D <= ABF1=D | [189,28,182],0.41,[50,1,189],0.2,[5,2,189],0.02,0.41,YGL195W,GCN1,8019,regulation of translational elongation,molecular_function unknown,mitochondrion*,S000003163 YGL200C=D <= REB1=D | [212,3,187],0.52,[34,0,172],0.17,[4,0,64],0.06,0.52,YGL200C,EMP24,612,ER to Golgi transport*,molecular_function unknown,endoplasmic reticulum*,S000003168 YGL205W=D <= UME6=I | [168,16,12],0.78,[1,9,29],0,[5,0,53],0.09,0.78,YGL205W,POX1,2247,fatty acid beta-oxidation,acyl-CoA oxidase activity,peroxisomal matrix,S000003173 YGL222C=D <= ABF1=I | [205,1,191],0.51,[28,44,138],0.05,[1,65,130],0,0.51,YGL222C,EDC1,528,deadenylylation-dependent decapping,mRNA binding,cytoplasm,S000003190 YGL248W=D <= REB1=I | [197,5,171],0.52,[50,0,133],0.27,[0,0,68],0,0.52,YGL248W,PDE1,1110,cAMP-mediated signaling,cAMP-specific phosphodiesterase activity,cellular_component unknown,S000003217 YGL250W=D <= UME6=I | [142,13,32],0.7,[4,5,30],0.05,[11,1,99],0.09,0.7,YGL250W,,726,biological_process unknown,molecular_function unknown,cytoplasm*,S000003219 YGL253W=D <= ABF1=D | [190,28,181],0.42,[46,32,168],0.11,[39,9,148],0.16,0.42,YGL253W,HXK2,1461,fructose metabolism,hexokinase activity,nucleus*,S000003222 YGL253W=D <= ABF1=D CIN5=I SWI6=D | [123,0,5],0.96,[2,0,0],1,[0,1,0],0,1,YGL253W,HXK2,1461,fructose metabolism,hexokinase activity,nucleus*,S000003222 YGL253W=D <= ABF1=D SWI6=D | [138,0,7],0.95,[14,0,16],0.47,[1,1,0],0.25,0.95,YGL253W,HXK2,1461,fructose metabolism,hexokinase activity,nucleus*,S000003222 YGL253W=D <= SWI6=D | [777,8,247],0.75,[35,0,27],0.56,[11,5,128],0.05,0.75,YGL253W,HXK2,1461,fructose metabolism,hexokinase activity,nucleus*,S000003222 YGR008C=D <= MSN2=D MSN4=D | [113,0,45],0.72,[18,0,6],0.75,[1,3,14],0.01,0.75,YGR008C,STF2,255,ATP synthesis coupled proton transport*,molecular_function unknown,proton-transporting ATP synthase complex (sensu Eukaryota),S000003240 YGR008C=D <= MSN2=I MSN4=D | [74,23,47],0.39,[19,0,3],0.86,[0,0,0],0,0.86,YGR008C,STF2,255,ATP synthesis coupled proton transport*,molecular_function unknown,proton-transporting ATP synthase complex (sensu Eukaryota),S000003240 YGR008C=D <= MSN4=D | [3222,142,1607],0.62,[336,7,105],0.73,[74,18,207],0.2,0.73,YGR008C,STF2,255,ATP synthesis coupled proton transport*,molecular_function unknown,proton-transporting ATP synthase complex (sensu Eukaryota),S000003240 YGR019W=D <= DAL81=D GLN3=D | [36,0,21],0.63,[1,0,4],0.2,[0,0,0],0,0.63,YGR019W,UGA1,1416,nitrogen utilization,4-aminobutyrate transaminase activity,intracellular,S000003251 YGR019W=D <= GLN3=D | [397,3,256],0.6,[44,7,94],0.26,[1,0,9],0.1,0.6,YGR019W,UGA1,1416,nitrogen utilization,4-aminobutyrate transaminase activity,intracellular,S000003251 YGR019W=D <= HAP2=D | [208,0,37],0.85,[14,27,66],0.04,[0,7,29],0,0.85,YGR019W,UGA1,1416,nitrogen utilization,4-aminobutyrate transaminase activity,intracellular,S000003251 YGR032W=D <= STE12=I | [1174,26,1411],0.44,[20,16,141],0.06,[2,5,95],0.01,0.44,YGR032W,GSC2,5688,cell wall organization and biogenesis*,"1,3-beta-glucan synthase activity",actin cap*,S000003264 YGR034W=D <= FHL1=D | [187,30,206],0.38,[30,0,45],0.4,[5,0,162],0.03,0.4,YGR034W,RPL26B,744,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000003266 YGR034W=D <= FHL1=D RAP1=D | [74,0,57],0.56,[24,0,7],0.77,[0,0,5],0,0.77,YGR034W,RPL26B,744,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000003266 YGR034W=D <= RAP1=D | [818,23,734],0.51,[125,1,130],0.48,[0,39,90],0,0.51,YGR034W,RPL26B,744,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000003266 YGR049W=D <= HAP1=I | [112,1,147],0.43,[16,48,36],0.04,[2,0,166],0.01,0.43,YGR049W,SCM4,564,cell cycle,molecular_function unknown,mitochondrion,S000003281 YGR053C=D <= ABF1=I | [221,52,107],0.47,[62,8,142],0.26,[9,8,173],0.03,0.47,YGR053C,,852,biological_process unknown,molecular_function unknown,cellular_component unknown,S000003285 YGR054W=D <= ABF1=D | [237,19,139],0.56,[61,13,168],0.21,[0,2,194],0,0.56,YGR054W,,1929,translational initiation,translation initiation factor activity,cytosolic small ribosomal subunit (sensu Eukaryota)*,S000003286 YGR055W=D <= MET32=I | [1189,118,525],0.59,[37,106,57],0.05,[6,24,56],0.01,0.59,YGR055W,MUP1,1725,sulfur amino acid transport,L-methionine porter activity,integral to plasma membrane,S000003287 YGR055W=D <= MET32=I MET4=I | [274,2,16],0.93,[0,20,3],0,[0,0,0],0,0.93,YGR055W,MUP1,1725,sulfur amino acid transport,L-methionine porter activity,integral to plasma membrane,S000003287 YGR055W=D <= MET4=I | [430,15,353],0.52,[0,67,54],0,[0,13,69],0,0.52,YGR055W,MUP1,1725,sulfur amino acid transport,L-methionine porter activity,integral to plasma membrane,S000003287 YGR059W=D <= ABF1=I | [174,25,171],0.41,[17,22,188],0.03,[4,17,170],0,0.41,YGR059W,SPR3,1539,cell wall organization and biogenesis*,structural constituent of cytoskeleton,prospore membrane*,S000003291 YGR061C=D <= BAS1=D | [1567,280,1911],0.35,[121,0,253],0.32,[1,0,159],0.01,0.35,YGR061C,ADE6,4077,purine nucleotide biosynthesis,phosphoribosylformylglycinamidine synthase activity,cytoplasm,S000003293 YGR081C=D <= GCN4=D | [762,77,1254],0.33,[29,5,42],0.33,[0,1,53],0,0.33,YGR081C,SLX9,633,DNA metabolism,molecular_function unknown,nucleus*,S000003313 YGR085C=D <= FHL1=D | [193,23,183],0.43,[29,7,39],0.31,[17,8,145],0.07,0.43,YGR085C,RPL11B,525,protein biosynthesis*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003317 YGR086C=D <= SKN7=I | [390,5,849],0.31,[26,19,217],0.06,[1,0,6],0.14,0.31,YGR086C,PIL1,1020,response to heat,protein kinase inhibitor activity,cytoplasm*,S000003318 YGR087C=D <= HAP1=I MSN4=D | [46,3,54],0.42,[1,0,8],0.11,[0,24,1],0,0.42,YGR087C,PDC6,1692,ethanol metabolism,pyruvate decarboxylase activity,cytoplasm,S000003319 YGR088W=D <= HAP1=D MSN4=D | [49,6,19],0.59,[17,2,3],0.69,[6,0,1],0.86,0.86,YGR088W,CTT1,1722,response to stress,catalase activity,cytoplasm,S000003320 YGR088W=D <= HAP1=I MSN2=I | [34,12,7],0.47,[0,2,0],0,[0,0,0],0,0.47,YGR088W,CTT1,1722,response to stress,catalase activity,cytoplasm,S000003320 YGR088W=D <= HAP1=I MSN4=D | [99,0,10],0.91,[6,0,4],0.6,[0,1,25],0,0.91,YGR088W,CTT1,1722,response to stress,catalase activity,cytoplasm,S000003320 YGR088W=D <= MSN2=D MSN4=D | [145,3,11],0.89,[18,0,5],0.78,[1,0,17],0.06,0.89,YGR088W,CTT1,1722,response to stress,catalase activity,cytoplasm,S000003320 YGR088W=D <= MSN4=D | [4170,140,852],0.78,[191,54,157],0.37,[54,15,230],0.14,0.78,YGR088W,CTT1,1722,response to stress,catalase activity,cytoplasm,S000003320 YGR088W=D <= SKN7=I | [959,228,178],0.57,[36,72,106],0.06,[0,0,7],0,0.57,YGR088W,CTT1,1722,response to stress,catalase activity,cytoplasm,S000003320 YGR092W=D <= FKH1=D FKH2=D | [221,5,250],0.45,[3,0,30],0.09,[2,1,17],0.07,0.45,YGR092W,DBF2,1719,protein amino acid phosphorylation*,protein serine/threonine kinase activity,bud neck*,S000003324 YGR092W=D <= FKH1=D MCM1=D | [45,0,8],0.85,[0,0,2],0,[0,2,11],0,0.85,YGR092W,DBF2,1719,protein amino acid phosphorylation*,protein serine/threonine kinase activity,bud neck*,S000003324 YGR092W=D <= MCM1=D | [59,1,49],0.53,[0,1,73],0,[0,15,104],0,0.53,YGR092W,DBF2,1719,protein amino acid phosphorylation*,protein serine/threonine kinase activity,bud neck*,S000003324 YGR108W=D <= CIN5=I SOK2=I | [468,17,344],0.54,[0,20,52],0,[1,2,10],0.03,0.54,YGR108W,CLB1,1416,G2/M transition of mitotic cell cycle*,cyclin-dependent protein kinase regulator activity,nucleus,S000003340 YGR108W=D <= FKH1=D | [1296,33,1616],0.43,[82,0,51],0.62,[489,6,171],0.73,0.73,YGR108W,CLB1,1416,G2/M transition of mitotic cell cycle*,cyclin-dependent protein kinase regulator activity,nucleus,S000003340 YGR109C=D <= MBP1=D STB1=D | [9,0,8],0.53,[23,0,20],0.53,[5,0,4],0.56,0.56,YGR109C,CLB6,1143,G1/S transition of mitotic cell cycle*,cyclin-dependent protein kinase regulator activity,cellular_component unknown,S000003341 YGR109C=D <= STB1=D SWI4=D | [42,0,12],0.78,[1,1,8],0.05,[46,0,6],0.88,0.88,YGR109C,CLB6,1143,G1/S transition of mitotic cell cycle*,cyclin-dependent protein kinase regulator activity,cellular_component unknown,S000003341 YGR109C=D <= SWI4=D | [378,31,462],0.4,[8,17,82],0.02,[250,9,160],0.58,0.58,YGR109C,CLB6,1143,G1/S transition of mitotic cell cycle*,cyclin-dependent protein kinase regulator activity,cellular_component unknown,S000003341 YGR109C=D <= SWI6=D | [534,18,463],0.51,[0,4,55],0,[48,18,78],0.24,0.51,YGR109C,CLB6,1143,G1/S transition of mitotic cell cycle*,cyclin-dependent protein kinase regulator activity,cellular_component unknown,S000003341 YGR110W=D <= SWI6=I | [886,10,126],0.86,[6,3,53],0.06,[10,2,132],0.06,0.86,YGR110W,,1338,biological_process unknown,molecular_function unknown,cellular_component unknown,S000003342 YGR125W=D <= GLN3=D | [546,0,113],0.83,[19,0,126],0.13,[0,0,10],0,0.83,YGR125W,,3111,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000003357 YGR128C=D <= ABF1=D | [232,41,119],0.5,[91,10,145],0.33,[4,29,163],0,0.5,YGR128C,UTP8,2142,processing of 20S pre-rRNA,snoRNA binding,small nucleolar ribonucleoprotein complex,S000003360 YGR133W=D <= REB1=I | [110,0,194],0.36,[0,23,153],0,[0,0,68],0,0.36,YGR133W,PEX4,552,peroxisome organization and biogenesis*,ubiquitin conjugating enzyme activity,peroxisome,S000003365 YGR135W=D <= REB1=D | [303,3,96],0.75,[6,138,62],0,[0,0,68],0,0.75,YGR135W,PRE9,777,ubiquitin-dependent protein catabolism*,endopeptidase activity,"proteasome core complex, alpha-subunit complex (sensu Eukaryota)",S000003367 YGR135W=D <= REB1=D RPN4=D | [28,0,4],0.88,[3,0,5],0.38,[0,0,0],0,0.88,YGR135W,PRE9,777,ubiquitin-dependent protein catabolism*,endopeptidase activity,"proteasome core complex, alpha-subunit complex (sensu Eukaryota)",S000003367 YGR136W=D <= HSF1=D | [281,8,552],0.32,[40,1,58],0.39,[1,6,75],0,0.39,YGR136W,LSB1,726,biological_process unknown,molecular_function unknown,cytoplasm*,S000003368 YGR140W=D <= DIG1=I SOK2=D | [121,0,51],0.7,[0,0,0],0,[0,1,5],0,0.7,YGR140W,CBF2,2871,chromosome segregation,DNA bending activity*,condensed nuclear chromosome kinetochore,S000003372 YGR142W=D <= HSF1=D | [654,24,201],0.72,[52,17,30],0.4,[7,5,68],0.05,0.72,YGR142W,BTN2,1233,intracellular protein transport*,molecular_function unknown,cytosol,S000003374 YGR142W=D <= HSF1=D MOT3=D | [66,0,0],1,[1,8,3],0.01,[0,3,13],0,1,YGR142W,BTN2,1233,intracellular protein transport*,molecular_function unknown,cytosol,S000003374 YGR142W=D <= HSF1=D RPN4=D | [497,6,111],0.8,[16,0,1],0.94,[0,0,0],0,0.94,YGR142W,BTN2,1233,intracellular protein transport*,molecular_function unknown,cytosol,S000003374 YGR142W=D <= MOT3=D | [229,36,96],0.55,[13,56,22],0.03,[0,50,78],0,0.55,YGR142W,BTN2,1233,intracellular protein transport*,molecular_function unknown,cytosol,S000003374 YGR142W=D <= MOT3=D RPN4=D | [126,0,2],0.98,[2,3,2],0.11,[0,1,1],0,0.98,YGR142W,BTN2,1233,intracellular protein transport*,molecular_function unknown,cytosol,S000003374 YGR142W=D <= RPN4=D | [2856,84,745],0.75,[349,8,125],0.71,[9,25,98],0.02,0.75,YGR142W,BTN2,1233,intracellular protein transport*,molecular_function unknown,cytosol,S000003374 YGR145W=D <= CIN5=I | [3068,326,2296],0.49,[201,11,95],0.62,[89,3,212],0.28,0.62,YGR145W,ENP2,2124,rRNA processing,molecular_function unknown,nucleolus,S000003377 YGR145W=D <= CIN5=I REB1=D | [196,1,17],0.91,[22,0,9],0.71,[1,0,0],1,1,YGR145W,ENP2,2124,rRNA processing,molecular_function unknown,nucleolus,S000003377 YGR145W=D <= REB1=D | [323,9,70],0.78,[72,17,117],0.28,[3,31,34],0,0.78,YGR145W,ENP2,2124,rRNA processing,molecular_function unknown,nucleolus,S000003377 YGR146C=D <= HSF1=D | [318,36,525],0.32,[46,6,47],0.41,[1,1,80],0.01,0.41,YGR146C,,636,biological_process unknown,molecular_function unknown,cellular_component unknown,S000003378 YGR148C=D <= FHL1=D | [234,25,164],0.5,[30,0,45],0.4,[19,0,151],0.11,0.5,YGR148C,RPL24B,468,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000003380 YGR148C=D <= FHL1=D RAP1=D | [96,1,34],0.73,[23,0,8],0.74,[0,0,5],0,0.74,YGR148C,RPL24B,468,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000003380 YGR148C=D <= RAP1=D | [862,32,681],0.53,[136,1,119],0.53,[2,2,125],0.01,0.53,YGR148C,RPL24B,468,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000003380 YGR149W=D <= FHL1=I | [210,2,211],0.49,[33,0,42],0.44,[15,0,152],0.09,0.49,YGR149W,,1299,biological_process unknown,molecular_function unknown,integral to membrane,S000003381 YGR149W=D <= FHL1=I RAP1=I | [97,0,34],0.74,[25,0,6],0.81,[1,0,4],0.2,0.81,YGR149W,,1299,biological_process unknown,molecular_function unknown,integral to membrane,S000003381 YGR149W=D <= RAP1=I | [832,15,728],0.52,[144,5,107],0.54,[15,0,114],0.12,0.54,YGR149W,,1299,biological_process unknown,molecular_function unknown,integral to membrane,S000003381 YGR152C=D <= MBP1=I SWI6=D | [37,5,63],0.31,[0,1,3],0,[22,0,29],0.43,0.43,YGR152C,RSR1,819,bipolar bud site selection*,GTPase activity*,plasma membrane*,S000003384 YGR152C=D <= SWI4=D | [510,24,352],0.55,[5,30,83],0.01,[204,2,213],0.48,0.55,YGR152C,RSR1,819,bipolar bud site selection*,GTPase activity*,plasma membrane*,S000003384 YGR152C=D <= SWI4=D SWI6=D | [404,6,84],0.81,[0,7,13],0,[4,0,1],0.8,0.81,YGR152C,RSR1,819,bipolar bud site selection*,GTPase activity*,plasma membrane*,S000003384 YGR152C=D <= SWI6=D | [634,16,382],0.6,[6,18,38],0.02,[57,1,86],0.39,0.6,YGR152C,RSR1,819,bipolar bud site selection*,GTPase activity*,plasma membrane*,S000003384 YGR154C=D <= CBF1=D GCN4=D | [34,4,10],0.63,[1,0,17],0.06,[0,0,0],0,0.63,YGR154C,,1071,biological_process unknown,molecular_function unknown,peroxisome,S000003386 YGR155W=D <= CBF1=D | [278,29,245],0.46,[20,2,285],0.06,[0,3,5],0,0.46,YGR155W,CYS4,1524,cysteine biosynthesis,cystathionine beta-synthase activity,cytoplasm*,S000003387 YGR161C=D <= GCN4=D HSF1=D | [112,0,4],0.97,[0,0,0],0,[9,0,9],0.5,0.97,YGR161C,RTS3,792,protein amino acid dephosphorylation,protein phosphatase type 2A activity,cytoplasm*,S000003393 YGR161C=D <= GCN4=D ROX1=D | [30,5,3],0.68,[0,5,17],0,[3,0,1],0.75,0.75,YGR161C,RTS3,792,protein amino acid dephosphorylation,protein phosphatase type 2A activity,cytoplasm*,S000003393 YGR161C=D <= GCN4=D THI2=D | [173,6,29],0.8,[1,5,13],0.01,[0,0,0],0,0.8,YGR161C,RTS3,792,protein amino acid dephosphorylation,protein phosphatase type 2A activity,cytoplasm*,S000003393 YGR161C=D <= HSF1=D | [699,8,146],0.81,[27,17,55],0.17,[40,0,42],0.49,0.81,YGR161C,RTS3,792,protein amino acid dephosphorylation,protein phosphatase type 2A activity,cytoplasm*,S000003393 YGR161C=D <= HSF1=D ROX1=I | [5,1,1],0.6,[15,3,5],0.54,[0,0,0],0,0.6,YGR161C,RTS3,792,protein amino acid dephosphorylation,protein phosphatase type 2A activity,cytoplasm*,S000003393 YGR161C=D <= ROX1=D | [240,45,257],0.37,[96,213,263],0.05,[28,2,115],0.18,0.37,YGR161C,RTS3,792,protein amino acid dephosphorylation,protein phosphatase type 2A activity,cytoplasm*,S000003393 YGR161C=D <= THI2=D | [1286,125,1138],0.46,[41,60,97],0.08,[6,21,216],0.01,0.46,YGR161C,RTS3,792,protein amino acid dephosphorylation,protein phosphatase type 2A activity,cytoplasm*,S000003393 YGR173W=D <= REB1=D | [301,2,96],0.75,[31,20,141],0.1,[0,10,58],0,0.75,YGR173W,RBG2,1107,biological_process unknown,GTP binding,cytoplasm,S000003405 YGR179C=D <= REB1=D | [190,0,206],0.48,[26,3,168],0.12,[2,1,65],0.02,0.48,YGR179C,OKP1,1221,chromosome segregation,protein binding,condensed nuclear chromosome kinetochore*,S000003411 YGR180C=D <= DAL82=D | [764,30,533],0.55,[57,56,95],0.14,[0,0,7],0,0.55,YGR180C,RNR4,1038,DNA replication,ribonucleoside-diphosphate reductase activity,cytoplasm*,S000003412 YGR180C=D <= DAL82=D GAT1=D | [519,19,271],0.62,[2,31,24],0,[0,0,0],0,0.62,YGR180C,RNR4,1038,DNA replication,ribonucleoside-diphosphate reductase activity,cytoplasm*,S000003412 YGR180C=D <= GAT1=I MBP1=I | [101,20,78],0.42,[22,1,5],0.75,[2,0,57],0.03,0.75,YGR180C,RNR4,1038,DNA replication,ribonucleoside-diphosphate reductase activity,cytoplasm*,S000003412 YGR180C=D <= SWI6=D | [617,36,379],0.56,[1,42,18],0,[1,1,142],0,0.56,YGR180C,RNR4,1038,DNA replication,ribonucleoside-diphosphate reductase activity,cytoplasm*,S000003412 YGR185C=D <= ABF1=D | [282,31,80],0.65,[62,9,175],0.22,[0,7,185],0,0.65,YGR185C,TYS1,1185,tyrosyl-tRNA aminoacylation,tyrosine-tRNA ligase activity,cytoplasm*,S000003417 YGR189C=D <= DIG1=D MBP1=I | [66,0,16],0.8,[0,0,4],0,[23,4,19],0.43,0.8,YGR189C,CRH1,1524,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000003421 YGR189C=D <= DIG1=D SWI6=D | [141,0,0],1,[1,4,3],0.03,[1,0,0],1,1,YGR189C,CRH1,1524,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000003421 YGR189C=D <= DIG1=D TEC1=I | [52,3,108],0.3,[0,0,3],0,[4,0,0],1,1,YGR189C,CRH1,1524,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000003421 YGR189C=D <= STE12=D | [1197,18,1328],0.46,[14,46,124],0.02,[50,9,43],0.42,0.46,YGR189C,CRH1,1524,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000003421 YGR189C=D <= STE12=D SWI4=D | [362,0,20],0.95,[1,3,16],0.01,[2,0,3],0.4,0.95,YGR189C,CRH1,1524,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000003421 YGR189C=D <= STE12=D SWI4=D SWI6=D | [344,0,7],0.98,[0,2,5],0,[0,0,0],0,0.98,YGR189C,CRH1,1524,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000003421 YGR189C=D <= STE12=D SWI5=I | [5,0,10],0.33,[0,14,9],0,[22,1,15],0.55,0.55,YGR189C,CRH1,1524,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000003421 YGR189C=D <= STE12=D TEC1=D | [324,0,36],0.9,[8,28,91],0.01,[10,5,23],0.18,0.9,YGR189C,CRH1,1524,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000003421 YGR189C=D <= SWI4=D | [497,48,258],0.56,[13,10,95],0.06,[195,22,202],0.42,0.56,YGR189C,CRH1,1524,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000003421 YGR189C=D <= SWI4=D SWI6=D TEC1=D | [153,4,0],0.95,[0,3,6],0,[1,0,0],1,1,YGR189C,CRH1,1524,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000003421 YGR189C=D <= SWI5=D | [1197,128,792],0.51,[82,46,303],0.12,[120,483,502],0.02,0.51,YGR189C,CRH1,1524,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000003421 YGR189C=D <= SWI5=D TEC1=D | [447,8,94],0.8,[9,28,131],0.01,[8,147,93],0,0.8,YGR189C,CRH1,1524,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000003421 YGR189C=D <= SWI6=D | [814,44,159],0.76,[2,9,51],0.01,[84,2,58],0.57,0.76,YGR189C,CRH1,1524,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000003421 YGR189C=D <= SWI6=D TEC1=I | [21,0,6],0.78,[0,0,5],0,[18,0,4],0.82,0.82,YGR189C,CRH1,1524,biological_process unknown,molecular_function unknown,cell wall (sensu Fungi)*,S000003421 YGR192C=D <= GCR1=D MSN4=I | [36,0,74],0.33,[0,14,18],0,[1,0,6],0.14,0.33,YGR192C,TDH3,999,gluconeogenesis*,glyceraldehyde-3-phosphate dehydrogenase (phosphorylating) activity,cytoplasm*,S000003424 YGR194C=D <= MSN4=D | [2439,87,2742],0.45,[308,2,108],0.73,[78,0,221],0.26,0.73,YGR194C,XKS1,1803,xylulose catabolism,xylulokinase activity,cytoplasm,S000003426 YGR204W=D <= ABF1=D | [189,8,200],0.46,[30,26,186],0.07,[26,0,170],0.13,0.46,YGR204W,ADE3,2841,purine base biosynthesis*,formate-tetrahydrofolate ligase activity*,cytoplasm*,S000003436 YGR204W=D <= ABF1=D BAS1=D | [91,0,31],0.75,[12,10,107],0.05,[0,0,9],0,0.75,YGR204W,ADE3,2841,purine base biosynthesis*,formate-tetrahydrofolate ligase activity*,cytoplasm*,S000003436 YGR204W=D <= ABF1=D CBF1=D | [151,0,32],0.83,[13,7,67],0.1,[0,0,3],0,0.83,YGR204W,ADE3,2841,purine base biosynthesis*,formate-tetrahydrofolate ligase activity*,cytoplasm*,S000003436 YGR204W=D <= BAS1=D GCN4=I | [18,0,27],0.4,[1,0,4],0.2,[0,0,0],0,0.4,YGR204W,ADE3,2841,purine base biosynthesis*,formate-tetrahydrofolate ligase activity*,cytoplasm*,S000003436 YGR204W=D <= CBF1=D | [298,5,261],0.52,[40,8,232],0.12,[0,0,8],0,0.52,YGR204W,ADE3,2841,purine base biosynthesis*,formate-tetrahydrofolate ligase activity*,cytoplasm*,S000003436 YGR209C=D <= CIN5=D | [2043,285,3362],0.32,[80,49,178],0.16,[0,2,302],0,0.32,YGR209C,TRX2,315,response to oxidative stress*,thiol-disulfide exchange intermediate activity,cytosol*,S000003441 YGR209C=D <= CIN5=D YAP1=D | [675,17,194],0.74,[15,2,11],0.47,[0,0,0],0,0.74,YGR209C,TRX2,315,response to oxidative stress*,thiol-disulfide exchange intermediate activity,cytosol*,S000003441 YGR209C=D <= CIN5=D YAP7=I | [54,1,74],0.41,[29,0,21],0.58,[0,0,3],0,0.58,YGR209C,TRX2,315,response to oxidative stress*,thiol-disulfide exchange intermediate activity,cytosol*,S000003441 YGR209C=D <= YAP1=D | [1060,82,930],0.47,[128,3,42],0.72,[2,1,51],0.02,0.72,YGR209C,TRX2,315,response to oxidative stress*,thiol-disulfide exchange intermediate activity,cytosol*,S000003441 YGR209C=D <= YAP1=D YAP6=D | [41,1,47],0.45,[43,0,6],0.88,[0,0,7],0,0.88,YGR209C,TRX2,315,response to oxidative stress*,thiol-disulfide exchange intermediate activity,cytosol*,S000003441 YGR214W=D <= FHL1=D | [259,30,133],0.55,[36,0,39],0.48,[0,2,168],0,0.55,YGR214W,RPS0A,1214,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000003446 YGR214W=D <= FHL1=D RAP1=D | [117,0,14],0.89,[27,0,4],0.87,[0,0,5],0,0.89,YGR214W,RPS0A,1214,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000003446 YGR214W=D <= RAP1=D | [901,25,610],0.57,[138,1,117],0.54,[8,0,121],0.06,0.57,YGR214W,RPS0A,1214,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000003446 YGR218W=D <= REB1=D | [215,2,103],0.67,[34,2,170],0.16,[0,0,68],0,0.67,YGR218W,CRM1,3255,mRNA-nucleus export*,protein carrier activity,nucleus,S000003450 YGR218W=D <= REB1=D TEC1=D | [97,0,12],0.89,[11,0,83],0.12,[0,0,7],0,0.89,YGR218W,CRM1,3255,mRNA-nucleus export*,protein carrier activity,nucleus,S000003450 YGR229C=D <= CBF1=D | [258,18,289],0.43,[51,16,240],0.13,[0,0,8],0,0.43,YGR229C,SMI1,1518,cell wall organization and biogenesis*,molecular_function unknown,nucleus*,S000003461 YGR237C=D <= NRG1=D | [1521,3,3002],0.34,[85,8,260],0.22,[2,2,234],0,0.34,YGR237C,,2358,biological_process unknown,molecular_function unknown,cytoplasm,S000003469 YGR238C=D <= INO2=D INO4=D SOK2=D | [79,1,60],0.56,[1,0,3],0.25,[0,0,0],0,0.56,YGR238C,KEL2,2649,conjugation with cellular fusion,molecular_function unknown,bud neck*,S000003470 YGR238C=D <= INO2=D SOK2=D | [86,5,76],0.49,[1,0,31],0.03,[0,0,0],0,0.49,YGR238C,KEL2,2649,conjugation with cellular fusion,molecular_function unknown,bud neck*,S000003470 YGR238C=D <= INO4=D RCS1=I | [82,0,156],0.34,[15,0,29],0.34,[0,0,0],0,0.34,YGR238C,KEL2,2649,conjugation with cellular fusion,molecular_function unknown,bud neck*,S000003470 YGR243W=D <= HAP2=D | [208,16,37],0.74,[28,2,27],0.46,[0,5,31],0,0.74,YGR243W,FMP43,441,biological_process unknown,molecular_function unknown,mitochondrion,S000003475 YGR243W=D <= REB1=I | [349,2,37],0.89,[12,33,146],0.02,[5,10,53],0.02,0.89,YGR243W,FMP43,441,biological_process unknown,molecular_function unknown,mitochondrion,S000003475 YGR250C=D <= CIN5=D | [2236,448,2826],0.34,[41,75,164],0.05,[1,0,303],0,0.34,YGR250C,,2346,biological_process unknown,RNA binding,cytoplasm,S000003482 YGR251W=D <= CIN5=I RCS1=I | [62,2,78],0.42,[3,0,8],0.27,[0,0,0],0,0.42,YGR251W,,591,processing of 20S pre-rRNA,molecular_function unknown,nucleus*,S000003483 YGR253C=D <= INO2=I PHO4=I | [54,0,78],0.41,[27,1,14],0.62,[0,0,1],0,0.62,YGR253C,PUP2,783,ubiquitin-dependent protein catabolism*,endopeptidase activity,"proteasome core complex, alpha-subunit complex (sensu Eukaryota)",S000003485 YGR254W=D <= ABF1=D | [184,14,201],0.43,[5,57,184],0,[54,4,138],0.26,0.43,YGR254W,ENO1,1314,gluconeogenesis*,phosphopyruvate hydratase activity,cytoplasm*,S000003486 YGR254W=D <= ABF1=D RPN4=I | [109,0,42],0.72,[3,18,93],0,[7,0,18],0.28,0.72,YGR254W,ENO1,1314,gluconeogenesis*,phosphopyruvate hydratase activity,cytoplasm*,S000003486 YGR254W=D <= ABF1=I INO2=I MSN4=D | [1,0,0],1,[12,0,16],0.43,[0,0,0],0,1,YGR254W,ENO1,1314,gluconeogenesis*,phosphopyruvate hydratase activity,cytoplasm*,S000003486 YGR254W=D <= INO2=I | [536,19,658],0.43,[65,12,213],0.19,[6,1,54],0.08,0.43,YGR254W,ENO1,1314,gluconeogenesis*,phosphopyruvate hydratase activity,cytoplasm*,S000003486 YGR254W=D <= INO2=I MSN4=I | [232,5,331],0.4,[0,4,18],0,[0,0,1],0,0.4,YGR254W,ENO1,1314,gluconeogenesis*,phosphopyruvate hydratase activity,cytoplasm*,S000003486 YGR254W=D <= INO2=I RPN4=I | [317,6,331],0.48,[8,3,45],0.1,[0,0,2],0,0.48,YGR254W,ENO1,1314,gluconeogenesis*,phosphopyruvate hydratase activity,cytoplasm*,S000003486 YGR254W=D <= PHO4=I RPN4=I | [90,9,48],0.56,[4,0,9],0.31,[0,0,5],0,0.56,YGR254W,ENO1,1314,gluconeogenesis*,phosphopyruvate hydratase activity,cytoplasm*,S000003486 YGR256W=D <= MSN2=D RCS1=D | [37,5,20],0.53,[3,0,12],0.2,[0,0,0],0,0.53,YGR256W,GND2,1479,glucose metabolism,phosphogluconate dehydrogenase (decarboxylating) activity,cytosol,S000003488 YGR264C=D <= NRG1=I | [3075,28,1475],0.67,[64,62,239],0.09,[20,2,221],0.07,0.67,YGR264C,MES1,2256,methionyl-tRNA aminoacylation,methionine-tRNA ligase activity,cytoplasm*,S000003496 YGR264C=D <= NRG1=I UME6=D | [90,0,0],1,[2,0,1],0.67,[0,0,0],0,1,YGR264C,MES1,2256,methionyl-tRNA aminoacylation,methionine-tRNA ligase activity,cytoplasm*,S000003496 YGR264C=D <= UME6=D | [143,25,39],0.59,[15,2,23],0.33,[11,4,96],0.07,0.59,YGR264C,MES1,2256,methionyl-tRNA aminoacylation,methionine-tRNA ligase activity,cytoplasm*,S000003496 YGR266W=D <= NRG1=I UME6=D | [89,0,1],0.99,[0,0,3],0,[0,0,0],0,0.99,YGR266W,,2106,biological_process unknown,molecular_function unknown,mitochondrion*,S000003498 YGR266W=D <= UME6=D | [163,16,29],0.71,[0,2,34],0,[0,0,111],0,0.71,YGR266W,,2106,biological_process unknown,molecular_function unknown,mitochondrion*,S000003498 YGR268C=D <= ABF1=I | [195,6,192],0.48,[21,12,188],0.06,[3,0,193],0.02,0.48,YGR268C,HUA1,597,actin cortical patch assembly,molecular_function unknown,cytoplasm,S000003500 YGR268C=D <= ABF1=I UME6=I | [126,0,18],0.88,[0,1,16],0,[0,0,1],0,0.88,YGR268C,HUA1,597,actin cortical patch assembly,molecular_function unknown,cytoplasm,S000003500 YGR268C=D <= UME6=I | [147,1,41],0.77,[3,2,34],0.05,[0,1,110],0,0.77,YGR268C,HUA1,597,actin cortical patch assembly,molecular_function unknown,cytoplasm,S000003500 YGR280C=D <= GCN4=D | [946,160,977],0.39,[55,1,25],0.67,[2,7,42],0.01,0.67,YGR280C,PXR1,816,35S primary transcript processing*,RNA binding,nucleolus,S000003512 YGR281W=D <= UME6=I | [137,0,72],0.66,[17,2,21],0.38,[0,0,64],0,0.66,YGR281W,YOR1,4434,transport*,xenobiotic-transporting ATPase activity,plasma membrane,S000003513 YHL015W=D <= GLN3=I | [405,18,198],0.62,[33,15,97],0.16,[0,0,10],0,0.62,YHL015W,RPS20,366,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000001007 YHL016C=D <= GLN3=D | [587,0,25],0.96,[26,2,108],0.18,[0,0,10],0,0.96,YHL016C,DUR3,2208,urea transport,urea transporter activity,plasma membrane,S000001008 YHL024W=D <= FKH1=I | [1781,10,864],0.67,[40,3,96],0.27,[14,65,572],0,0.67,YHL024W,RIM4,2142,meiosis*,RNA binding,cytoplasm,S000001016 YHL024W=D <= FKH1=I UME6=I | [147,0,14],0.91,[0,0,6],0,[0,0,35],0,0.91,YHL024W,RIM4,2142,meiosis*,RNA binding,cytoplasm,S000001016 YHL024W=D <= UME6=I | [159,10,34],0.74,[0,5,29],0,[3,0,94],0.03,0.74,YHL024W,RIM4,2142,meiosis*,RNA binding,cytoplasm,S000001016 YHL028W=D <= ABF1=D PHD1=D | [15,5,14],0.33,[17,3,33],0.27,[56,4,22],0.64,0.64,YHL028W,WSC4,1818,cell wall organization and biogenesis*,transmembrane receptor activity,endoplasmic reticulum membrane*,S000001020 YHL028W=D <= NDD1=D PHD1=D | [31,1,64],0.31,[6,0,6],0.5,[0,1,2],0,0.5,YHL028W,WSC4,1818,cell wall organization and biogenesis*,transmembrane receptor activity,endoplasmic reticulum membrane*,S000001020 YHL028W=D <= NDD1=I PHD1=D | [3,0,1],0.75,[2,0,8],0.2,[11,2,4],0.55,0.75,YHL028W,WSC4,1818,cell wall organization and biogenesis*,transmembrane receptor activity,endoplasmic reticulum membrane*,S000001020 YHL030W=D <= REB1=D | [265,3,134],0.65,[1,23,174],0,[0,1,67],0,0.65,YHL030W,ECM29,5607,protein catabolism,protein binding,cytoplasm*,S000001022 YHL032C=D <= ADR1=D | [1067,84,1485],0.38,[43,2,74],0.35,[4,0,29],0.12,0.38,YHL032C,GUT1,2130,glycerol metabolism,glycerol kinase activity,cytoplasm,S000001024 YHL033C=D <= FHL1=D | [268,17,138],0.6,[38,1,36],0.49,[1,1,165],0,0.6,YHL033C,RPL8A,771,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000001025 YHL036W=D <= RAP1=I | [490,23,986],0.31,[80,19,157],0.25,[7,4,118],0.03,0.31,YHL036W,MUP3,1641,amino acid transport,L-methionine transporter activity,membrane,S000001028 YHR001W-A=D <= CBF1=I | [258,63,188],0.41,[66,18,67],0.34,[0,1,2],0,0.41,YHR001W-A,QCR10,297,aerobic respiration*,ubiquinol-cytochrome-c reductase activity,mitochondrion*,S000003529 YHR001W-A=D <= HAP1=I TYE7=I | [43,7,29],0.47,[5,0,5],0.5,[0,0,2],0,0.5,YHR001W-A,QCR10,297,aerobic respiration*,ubiquinol-cytochrome-c reductase activity,mitochondrion*,S000003529 YHR001W-A=D <= HAP2=D | [130,5,115],0.5,[2,29,46],0,[0,0,19],0,0.5,YHR001W-A,QCR10,297,aerobic respiration*,ubiquinol-cytochrome-c reductase activity,mitochondrion*,S000003529 YHR001W-A=D <= HAP3=D TYE7=I | [107,11,31],0.65,[1,9,10],0.01,[1,1,2],0.12,0.65,YHR001W-A,QCR10,297,aerobic respiration*,ubiquinol-cytochrome-c reductase activity,mitochondrion*,S000003529 YHR005C=D <= DIG1=D | [252,4,499],0.33,[24,21,136],0.07,[16,11,55],0.12,0.33,YHR005C,GPA1,1419,signal transduction during conjugation with cellular fusion,GTPase activity,plasma membrane*,S000001047 YHR005C=D <= MCM1=D | [92,0,74],0.55,[39,0,38],0.51,[15,32,72],0.04,0.55,YHR005C,GPA1,1419,signal transduction during conjugation with cellular fusion,GTPase activity,plasma membrane*,S000001047 YHR005C=D <= MCM1=D STE12=D | [69,0,2],0.97,[1,0,3],0.25,[0,0,0],0,0.97,YHR005C,GPA1,1419,signal transduction during conjugation with cellular fusion,GTPase activity,plasma membrane*,S000001047 YHR005C=D <= STE12=D | [999,2,1558],0.39,[21,8,155],0.08,[21,9,70],0.15,0.39,YHR005C,GPA1,1419,signal transduction during conjugation with cellular fusion,GTPase activity,plasma membrane*,S000001047 YHR006W=D <= GCN4=D GLN3=D | [128,0,55],0.7,[0,0,1],0,[0,0,0],0,0.7,YHR006W,STP2,1626,positive regulation of transcription from Pol II promoter,specific RNA polymerase II transcription factor activity,nucleus,S000001048 YHR006W=D <= GCN4=D HAP5=D | [21,0,11],0.66,[3,0,6],0.33,[0,0,0],0,0.66,YHR006W,STP2,1626,positive regulation of transcription from Pol II promoter,specific RNA polymerase II transcription factor activity,nucleus,S000001048 YHR006W=D <= GLN3=D | [361,1,285],0.56,[3,5,137],0.01,[0,0,10],0,0.56,YHR006W,STP2,1626,positive regulation of transcription from Pol II promoter,specific RNA polymerase II transcription factor activity,nucleus,S000001048 YHR008C=D <= AFT2=D MSN4=I | [58,5,106],0.32,[1,1,18],0.03,[0,0,8],0,0.32,YHR008C,SOD2,702,replicative cell aging*,manganese superoxide dismutase activity,mitochondrion*,S000001050 YHR008C=D <= AFT2=D YAP7=D | [31,0,52],0.37,[5,1,16],0.19,[0,0,1],0,0.37,YHR008C,SOD2,702,replicative cell aging*,manganese superoxide dismutase activity,mitochondrion*,S000001050 YHR008C=D <= CAD1=D MSN4=I | [46,3,40],0.49,[1,0,12],0.08,[0,0,1],0,0.49,YHR008C,SOD2,702,replicative cell aging*,manganese superoxide dismutase activity,mitochondrion*,S000001050 YHR008C=D <= MSN4=D YAP7=D | [32,1,32],0.48,[4,0,16],0.2,[0,0,4],0,0.48,YHR008C,SOD2,702,replicative cell aging*,manganese superoxide dismutase activity,mitochondrion*,S000001050 YHR013C=D <= UME6=D | [120,8,79],0.54,[6,0,33],0.15,[0,2,109],0,0.54,YHR013C,ARD1,717,protein amino acid acetylation,peptide alpha-N-acetyltransferase activity,cytoplasm*,S000001055 YHR021C=D <= FHL1=D | [195,10,215],0.44,[19,0,56],0.25,[0,1,169],0,0.44,YHR021C,RPS27B,799,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000001063 YHR021C=D <= FHL1=D RAP1=D | [73,0,56],0.57,[17,0,14],0.55,[0,0,5],0,0.57,YHR021C,RPS27B,799,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000001063 YHR021C=D <= RAP1=D | [650,14,788],0.44,[119,5,125],0.46,[3,0,126],0.02,0.46,YHR021C,RPS27B,799,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000001063 YHR026W=D <= REB1=D | [156,0,245],0.39,[2,0,204],0.01,[3,1,64],0.03,0.39,YHR026W,PPA1,642,vacuolar acidification,"hydrogen-transporting ATPase activity, rotational mechanism",integral to membrane*,S000001068 YHR029C=D <= GAT1=I YAP7=I | [125,17,41],0.6,[53,3,34],0.56,[0,0,1],0,0.6,YHR029C,,885,biological_process unknown,molecular_function unknown,cellular_component unknown,S000001071 YHR029C=D <= GCN4=D GLN3=D | [166,1,30],0.84,[0,0,1],0,[0,0,0],0,0.84,YHR029C,,885,biological_process unknown,molecular_function unknown,cellular_component unknown,S000001071 YHR029C=D <= GLN3=D | [556,2,102],0.84,[33,39,67],0.11,[1,0,9],0.1,0.84,YHR029C,,885,biological_process unknown,molecular_function unknown,cellular_component unknown,S000001071 YHR031C=D <= FKH2=D | [331,7,553],0.36,[19,0,43],0.31,[1,9,68],0,0.36,YHR031C,RRM3,2172,DNA replication,DNA helicase activity*,nuclear telomeric heterochromatin,S000001073 YHR042W=D <= ABF1=D | [205,18,168],0.48,[85,35,126],0.24,[4,7,185],0.01,0.48,YHR042W,NCP1,2076,ergosterol biosynthesis,electron transporter activity,mitochondrion*,S000001084 YHR042W=D <= ABF1=D CBF1=D | [148,3,31],0.8,[30,22,38],0.19,[0,0,3],0,0.8,YHR042W,NCP1,2076,ergosterol biosynthesis,electron transporter activity,mitochondrion*,S000001084 YHR042W=D <= ABF1=D CBF1=D TYE7=D | [94,3,15],0.81,[1,4,5],0.02,[0,0,0],0,0.81,YHR042W,NCP1,2076,ergosterol biosynthesis,electron transporter activity,mitochondrion*,S000001084 YHR042W=D <= CBF1=D | [210,14,301],0.38,[48,69,190],0.06,[2,0,6],0.25,0.38,YHR042W,NCP1,2076,ergosterol biosynthesis,electron transporter activity,mitochondrion*,S000001084 YHR051W=D <= ABF1=I HAP4=D | [196,0,95],0.67,[14,7,50],0.13,[0,2,35],0,0.67,YHR051W,COX6,447,aerobic respiration,cytochrome-c oxidase activity,respiratory chain complex IV (sensu Eukaryota),S000001093 YHR051W=D <= HAP2=D HAP4=D | [174,0,41],0.81,[0,9,13],0,[0,0,4],0,0.81,YHR051W,COX6,447,aerobic respiration,cytochrome-c oxidase activity,respiratory chain complex IV (sensu Eukaryota),S000001093 YHR051W=D <= HAP4=D | [3116,2,2984],0.51,[87,46,238],0.15,[14,11,230],0.03,0.51,YHR051W,COX6,447,aerobic respiration,cytochrome-c oxidase activity,respiratory chain complex IV (sensu Eukaryota),S000001093 YHR064C=D <= ABF1=D | [282,34,83],0.63,[113,4,129],0.44,[0,0,121],0,0.63,YHR064C,SSZ1,1617,protein biosynthesis,unfolded protein binding,cytoplasm,S000001106 YHR068W=D <= RPN4=I | [2127,77,1481],0.56,[90,37,355],0.13,[0,0,37],0,0.56,YHR068W,DYS1,1164,hypusine biosynthesis from peptidyl-lysine,"transferase activity, transferring alkyl or aryl (other than methyl) groups",cytoplasm,S000001110 YHR080C=D <= ABF1=D NRG1=D | [25,0,41],0.38,[0,0,0],0,[0,0,7],0,0.38,YHR080C,,4038,biological_process unknown,molecular_function unknown,mitochondrion,S000001122 YHR080C=D <= NRG1=D | [1419,0,3065],0.32,[66,19,224],0.17,[8,3,232],0.02,0.32,YHR080C,,4038,biological_process unknown,molecular_function unknown,mitochondrion,S000001122 YHR082C=D <= HSF1=D | [314,1,554],0.36,[50,0,49],0.51,[1,0,80],0.01,0.51,YHR082C,KSP1,3090,protein amino acid phosphorylation,protein serine/threonine kinase activity,nucleus,S000001124 YHR087W=D <= MSN4=D | [3164,451,1618],0.53,[175,24,205],0.38,[36,13,78],0.21,0.53,YHR087W,,336,biological_process unknown,molecular_function unknown,cytoplasm*,S000001129 YHR094C=D <= FKH1=D | [979,120,1444],0.34,[51,12,87],0.28,[21,70,575],0.01,0.34,YHR094C,HXT1,1713,hexose transport,glucose transporter activity*,plasma membrane,S000001136 YHR094C=D <= FKH1=D MSN2=D | [23,0,9],0.72,[3,3,9],0.1,[0,1,15],0,0.72,YHR094C,HXT1,1713,hexose transport,glucose transporter activity*,plasma membrane,S000001136 YHR094C=D <= FKH1=D MSN2=I | [64,3,56],0.5,[1,3,3],0.04,[0,0,2],0,0.5,YHR094C,HXT1,1713,hexose transport,glucose transporter activity*,plasma membrane,S000001136 YHR094C=D <= RGT1=D SIP4=I | [81,0,37],0.69,[3,1,9],0.17,[0,0,0],0,0.69,YHR094C,HXT1,1713,hexose transport,glucose transporter activity*,plasma membrane,S000001136 YHR098C=D <= CBF1=D UME6=D | [82,2,75],0.5,[0,2,7],0,[1,0,0],1,1,YHR098C,SFB3,2790,ER to Golgi transport,molecular_function unknown,endoplasmic reticulum*,S000001140 YHR098C=D <= MCM1=D | [75,2,89],0.44,[1,7,68],0,[2,0,117],0.02,0.44,YHR098C,SFB3,2790,ER to Golgi transport,molecular_function unknown,endoplasmic reticulum*,S000001140 YHR098C=D <= UME6=D | [93,29,86],0.34,[7,3,29],0.13,[1,0,110],0.01,0.34,YHR098C,SFB3,2790,ER to Golgi transport,molecular_function unknown,endoplasmic reticulum*,S000001140 YHR099W=D <= CBF1=I UME6=I | [90,0,62],0.59,[0,2,7],0,[0,1,0],0,0.59,YHR099W,TRA1,11235,regulation of transcription from Pol II promoter*,histone acetyltransferase activity,histone acetyltransferase complex*,S000001141 YHR099W=D <= NDD1=I | [153,7,133],0.5,[21,5,72],0.17,[27,0,143],0.16,0.5,YHR099W,TRA1,11235,regulation of transcription from Pol II promoter*,histone acetyltransferase activity,histone acetyltransferase complex*,S000001141 YHR099W=D <= UME6=I | [100,0,102],0.5,[0,5,34],0,[3,3,105],0.01,0.5,YHR099W,TRA1,11235,regulation of transcription from Pol II promoter*,histone acetyltransferase activity,histone acetyltransferase complex*,S000001141 YHR104W=D <= HSF1=D | [514,26,298],0.58,[78,2,19],0.77,[1,2,52],0.01,0.77,YHR104W,GRE3,984,response to stress*,aldo-keto reductase activity*,cytoplasm*,S000001146 YHR123W=D <= INO4=I | [1102,42,1550],0.39,[0,13,124],0,[0,1,41],0,0.39,YHR123W,EPT1,1267,phosphatidylethanolamine biosynthesis,ethanolaminephosphotransferase activity,endoplasmic reticulum,S000001165 YHR136C=D <= CBF1=D PHD1=D PHO4=D | [4,0,5],0.44,[41,1,18],0.67,[0,0,0],0,0.67,YHR136C,SPL2,447,response to temperature,enzyme inhibitor activity,cytoplasm,S000001178 YHR136C=D <= PHD1=D PHO2=D | [138,11,151],0.43,[8,1,42],0.14,[3,0,2],0.6,0.6,YHR136C,SPL2,447,response to temperature,enzyme inhibitor activity,cytoplasm,S000001178 YHR138C=D <= SNT2=D | [667,18,238],0.7,[47,18,34],0.34,[0,0,9],0,0.7,YHR138C,,345,"vacuole fusion, non-autophagic",endopeptidase inhibitor activity,cellular_component unknown,S000001180 YHR138C=D <= SNT2=D UME6=I | [139,1,12],0.91,[0,0,0],0,[0,0,0],0,0.91,YHR138C,,345,"vacuole fusion, non-autophagic",endopeptidase inhibitor activity,cellular_component unknown,S000001180 YHR149C=D <= SWI4=D SWI6=D | [22,8,8],0.42,[0,0,0],0,[2,0,3],0.4,0.42,YHR149C,SKG6,2205,biological_process unknown,molecular_function unknown,bud neck*,S000001192 YHR150W=D <= SWI4=I SWI6=I | [208,3,63],0.75,[4,0,4],0.5,[0,0,5],0,0.75,YHR150W,PEX28,1740,peroxisome organization and biogenesis,molecular_function unknown,peroxisomal membrane,S000001193 YHR150W=D <= SWI6=I | [447,23,170],0.66,[10,0,15],0.4,[0,0,144],0,0.66,YHR150W,PEX28,1740,peroxisome organization and biogenesis,molecular_function unknown,peroxisomal membrane,S000001193 YHR161C=D <= HSF1=D | [349,0,508],0.41,[39,1,59],0.38,[0,0,81],0,0.41,YHR161C,YAP1801,1914,endocytosis,clathrin binding,actin cortical patch,S000001204 YHR162W=D <= GCN4=I HSF1=I | [67,1,42],0.6,[0,0,0],0,[1,2,10],0.03,0.6,YHR162W,,390,biological_process unknown,molecular_function unknown,mitochondrion,S000001205 YHR162W=D <= HSF1=I | [377,6,261],0.58,[21,21,55],0.11,[3,2,56],0.03,0.58,YHR162W,,390,biological_process unknown,molecular_function unknown,mitochondrion,S000001205 YHR163W=D <= STB5=I | [308,38,227],0.48,[4,7,152],0.01,[50,30,102],0.17,0.48,YHR163W,SOL3,843,tRNA processing*,6-phosphogluconolactonase activity,cytoplasm*,S000001206 YHR170W=D <= REB1=D | [287,17,88],0.69,[56,17,124],0.22,[4,12,52],0.01,0.69,YHR170W,NMD3,1557,ribosomal large subunit assembly and maintenance,protein binding*,cytosol*,S000001213 YHR183W=D <= STB5=I | [236,19,342],0.37,[6,10,129],0.02,[4,12,166],0.01,0.37,YHR183W,GND1,1470,glucose metabolism,phosphogluconate dehydrogenase (decarboxylating) activity,cytoplasm*,S000001226 YHR195W=D <= AFT2=D | [608,102,677],0.38,[30,5,250],0.09,[2,0,89],0.02,0.38,YHR195W,NVJ1,966,microautophagy,protein binding,nuclear membrane,S000001238 YHR199C=D <= ABF1=I FKH1=I RPN4=D | [105,0,13],0.89,[0,1,16],0,[1,0,19],0.05,0.89,YHR199C,FMP34,933,biological_process unknown,molecular_function unknown,mitochondrion,S000001242 YHR199C=D <= FKH1=I RPN4=D YAP7=D | [99,0,13],0.88,[0,0,0],0,[0,0,0],0,0.88,YHR199C,FMP34,933,biological_process unknown,molecular_function unknown,mitochondrion,S000001242 YHR200W=D <= FKH1=D YAP7=I | [55,0,117],0.32,[0,1,7],0,[0,0,1],0,0.32,YHR200W,RPN10,807,ubiquitin-dependent protein catabolism,endopeptidase activity,proteasome regulatory particle (sensu Eukaryota)*,S000001243 YHR203C=D <= FHL1=D | [204,38,181],0.41,[34,2,39],0.43,[0,0,170],0,0.43,YHR203C,RPS4B,1055,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000001246 YHR203C=D <= FHL1=D RAP1=D | [89,1,41],0.67,[24,0,7],0.77,[0,0,5],0,0.77,YHR203C,RPS4B,1055,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000001246 YHR203C=D <= RAP1=D | [895,27,653],0.55,[145,1,110],0.56,[4,0,125],0.03,0.56,YHR203C,RPS4B,1055,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000001246 YIL015W=D <= DIG1=D | [309,39,421],0.36,[47,25,109],0.17,[6,8,67],0.03,0.36,YIL015W,BAR1,1764,protein catabolism,aspartic-type endopeptidase activity,periplasmic space (sensu Fungi),S000001277 YIL015W=D <= STE12=D | [1845,36,818],0.67,[133,2,49],0.71,[5,10,79],0.02,0.71,YIL015W,BAR1,1764,protein catabolism,aspartic-type endopeptidase activity,periplasmic space (sensu Fungi),S000001277 YIL018W=D <= FHL1=D RAP1=D | [82,1,48],0.62,[23,0,8],0.74,[0,0,5],0,0.74,YIL018W,RPL2B,1165,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000001280 YIL018W=D <= RAP1=D | [819,35,689],0.51,[121,7,128],0.45,[4,5,120],0.01,0.51,YIL018W,RPL2B,1165,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000001280 YIL019W=D <= NRG1=I | [2177,152,2282],0.44,[136,53,176],0.27,[18,1,222],0.07,0.44,YIL019W,FAF1,1041,processing of 20S pre-rRNA,molecular_function unknown,cytoplasm*,S000001281 YIL050W=D <= MSN4=D | [1680,12,3457],0.32,[23,29,396],0.02,[65,0,234],0.22,0.32,YIL050W,PCL7,858,regulation of glycogen biosynthesis*,cyclin-dependent protein kinase regulator activity,cyclin-dependent protein kinase holoenzyme complex,S000001312 YIL056W=D <= AZF1=D | [676,9,1542],0.3,[108,10,123],0.41,[0,3,80],0,0.41,YIL056W,,1923,biological_process unknown,molecular_function unknown,cytoplasm*,S000001318 YIL056W=D <= AZF1=D GCN4=D | [60,0,51],0.54,[0,0,2],0,[0,0,0],0,0.54,YIL056W,,1923,biological_process unknown,molecular_function unknown,cytoplasm*,S000001318 YIL056W=D <= FHL1=I SOK2=I | [27,2,16],0.56,[0,2,7],0,[0,0,6],0,0.56,YIL056W,,1923,biological_process unknown,molecular_function unknown,cytoplasm*,S000001318 YIL056W=D <= GCN4=D SWI6=I | [82,0,30],0.73,[0,1,0],0,[0,0,2],0,0.73,YIL056W,,1923,biological_process unknown,molecular_function unknown,cytoplasm*,S000001318 YIL056W=D <= PHD1=D SOK2=D SWI6=I | [103,0,15],0.87,[0,0,0],0,[0,0,0],0,0.87,YIL056W,,1923,biological_process unknown,molecular_function unknown,cytoplasm*,S000001318 YIL056W=D <= SWI6=I | [399,12,621],0.38,[0,35,27],0,[6,0,138],0.04,0.38,YIL056W,,1923,biological_process unknown,molecular_function unknown,cytoplasm*,S000001318 YIL064W=D <= SKN7=D | [553,17,775],0.4,[44,12,206],0.13,[0,0,7],0,0.4,YIL064W,,774,biological_process unknown,S-adenosylmethionine-dependent methyltransferase activity,cytoplasm,S000001326 YIL077C=D <= MCM1=I | [52,6,76],0.35,[1,0,73],0.01,[2,0,117],0.02,0.35,YIL077C,,963,biological_process unknown,molecular_function unknown,mitochondrion,S000001339 YIL109C=D <= REB1=D | [140,2,257],0.35,[50,3,144],0.24,[1,0,67],0.01,0.35,YIL109C,SEC24,2781,ER to Golgi transport*,protein binding,COPII vesicle coat,S000001371 YIL113W=D <= SKN7=I | [879,84,397],0.59,[56,30,147],0.16,[0,1,6],0,0.59,YIL113W,SDP1,630,MAPKKK cascade during cell wall biogenesis,MAP kinase phosphatase activity,cytoplasm*,S000001375 YIL117C=D <= GCN4=I | [913,73,1095],0.41,[44,5,32],0.49,[5,0,49],0.09,0.49,YIL117C,PRM5,957,conjugation with cellular fusion,molecular_function unknown,integral to membrane,S000001379 YIL117C=D <= GCN4=I STE12=I | [176,12,127],0.52,[10,0,1],0.91,[0,0,0],0,0.91,YIL117C,PRM5,957,conjugation with cellular fusion,molecular_function unknown,integral to membrane,S000001379 YIL122W=D <= MSN4=D SOK2=D | [163,0,82],0.67,[3,3,22],0.05,[0,3,9],0,0.67,YIL122W,POG1,1056,re-entry into mitotic cell cycle after pheromone arrest,specific RNA polymerase II transcription factor activity,nucleus,S000001384 YIL123W=D <= DIG1=D | [247,9,509],0.31,[86,1,94],0.47,[2,36,48],0,0.47,YIL123W,SIM1,1428,microtubule cytoskeleton organization and biogenesis,molecular_function unknown,cell wall (sensu Fungi),S000001385 YIL123W=D <= DIG1=D FKH2=D | [34,0,39],0.47,[28,0,6],0.82,[0,0,1],0,0.82,YIL123W,SIM1,1428,microtubule cytoskeleton organization and biogenesis,molecular_function unknown,cell wall (sensu Fungi),S000001385 YIL123W=D <= DIG1=D STE12=D | [56,0,30],0.65,[26,0,18],0.59,[0,6,7],0,0.65,YIL123W,SIM1,1428,microtubule cytoskeleton organization and biogenesis,molecular_function unknown,cell wall (sensu Fungi),S000001385 YIL123W=D <= DIG1=D SWI4=D | [52,0,24],0.68,[18,0,8],0.69,[0,5,7],0,0.69,YIL123W,SIM1,1428,microtubule cytoskeleton organization and biogenesis,molecular_function unknown,cell wall (sensu Fungi),S000001385 YIL123W=D <= DIG1=D SWI6=D | [135,0,7],0.95,[7,0,1],0.88,[0,0,1],0,0.95,YIL123W,SIM1,1428,microtubule cytoskeleton organization and biogenesis,molecular_function unknown,cell wall (sensu Fungi),S000001385 YIL123W=D <= FKH2=D STE12=D SWI6=D | [108,0,37],0.74,[2,0,0],1,[0,0,0],0,1,YIL123W,SIM1,1428,microtubule cytoskeleton organization and biogenesis,molecular_function unknown,cell wall (sensu Fungi),S000001385 YIL123W=D <= STE12=D | [1260,0,1421],0.47,[51,28,105],0.18,[23,29,50],0.1,0.47,YIL123W,SIM1,1428,microtubule cytoskeleton organization and biogenesis,molecular_function unknown,cell wall (sensu Fungi),S000001385 YIL123W=D <= STE12=D SWI4=D SWI6=D | [217,0,133],0.62,[3,0,4],0.43,[0,0,0],0,0.62,YIL123W,SIM1,1428,microtubule cytoskeleton organization and biogenesis,molecular_function unknown,cell wall (sensu Fungi),S000001385 YIL123W=D <= SWI4=D | [306,15,558],0.33,[50,1,67],0.42,[43,117,259],0.03,0.42,YIL123W,SIM1,1428,microtubule cytoskeleton organization and biogenesis,molecular_function unknown,cell wall (sensu Fungi),S000001385 YIL123W=D <= SWI6=D | [522,1,504],0.51,[25,3,34],0.36,[33,20,91],0.14,0.51,YIL123W,SIM1,1428,microtubule cytoskeleton organization and biogenesis,molecular_function unknown,cell wall (sensu Fungi),S000001385 YIL127C=D <= CBF1=D | [234,34,263],0.38,[65,72,170],0.1,[0,0,8],0,0.38,YIL127C,,621,biological_process unknown,molecular_function unknown,nucleolus,S000001389 YIL127C=D <= CBF1=D UME6=D | [131,0,25],0.84,[4,1,4],0.36,[0,0,1],0,0.84,YIL127C,,621,biological_process unknown,molecular_function unknown,nucleolus,S000001389 YIL127C=D <= UME6=D | [155,2,48],0.75,[13,5,22],0.23,[4,3,104],0.02,0.75,YIL127C,,621,biological_process unknown,molecular_function unknown,nucleolus,S000001389 YIL131C=D <= FKH2=D | [501,14,360],0.56,[33,0,47],0.41,[20,11,47],0.17,0.56,YIL131C,FKH1,1455,pseudohyphal growth*,transcription factor activity,nucleus,S000001393 YIL133C=D <= FHL1=D | [197,19,118],0.54,[38,0,36],0.51,[6,1,160],0.03,0.54,YIL133C,RPL16A,890,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000001395 YIL133C=D <= FHL1=D RAP1=D | [82,0,13],0.86,[27,0,3],0.9,[0,0,5],0,0.9,YIL133C,RPL16A,890,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000001395 YIL133C=D <= RAP1=D | [911,17,494],0.63,[162,1,88],0.64,[1,13,115],0,0.64,YIL133C,RPL16A,890,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000001395 YIL133C=D <= YAP5=I | [1858,39,733],0.69,[23,64,121],0.03,[1,0,160],0.01,0.69,YIL133C,RPL16A,890,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000001395 YIL145C=D <= ABF1=I | [262,5,132],0.64,[0,16,230],0,[0,0,196],0,0.64,YIL145C,PAN6,930,pantothenate biosynthesis,pantoate-beta-alanine ligase activity,cytoplasm*,S000001407 YIL148W=D <= FHL1=D | [169,1,253],0.4,[21,3,51],0.24,[0,7,163],0,0.4,YIL148W,RPL40A,821,protein biosynthesis*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000001410 YIL148W=D <= FHL1=D RAP1=D | [66,0,65],0.5,[21,0,10],0.68,[0,0,5],0,0.68,YIL148W,RPL40A,821,protein biosynthesis*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000001410 YIL148W=D <= RAP1=D | [646,7,922],0.41,[113,0,143],0.44,[0,3,126],0,0.44,YIL148W,RPL40A,821,protein biosynthesis*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000001410 YIL149C=D <= FHL1=D | [118,0,225],0.34,[17,0,58],0.23,[3,9,154],0,0.34,YIL149C,MLP2,5040,protein-nucleus import,molecular_function unknown,mitochondrion*,S000001411 YIL149C=D <= FHL1=D RAP1=D | [45,0,50],0.47,[12,0,19],0.39,[1,0,4],0.2,0.47,YIL149C,MLP2,5040,protein-nucleus import,molecular_function unknown,mitochondrion*,S000001411 YIL160C=D <= MBP1=D SNT2=D | [76,1,17],0.8,[0,0,0],0,[0,0,0],0,0.8,YIL160C,POT1,1254,fatty acid beta-oxidation,acetyl-CoA C-acyltransferase activity,peroxisomal matrix,S000001422 YIL160C=D <= MBP1=I SNT2=D | [54,0,52],0.51,[0,16,17],0,[0,0,0],0,0.51,YIL160C,POT1,1254,fatty acid beta-oxidation,acetyl-CoA C-acyltransferase activity,peroxisomal matrix,S000001422 YIL160C=D <= SNT2=D | [488,6,436],0.52,[0,44,40],0,[0,0,9],0,0.52,YIL160C,POT1,1254,fatty acid beta-oxidation,acetyl-CoA C-acyltransferase activity,peroxisomal matrix,S000001422 YIL160C=D <= STB5=D | [373,17,166],0.64,[43,11,94],0.23,[1,0,181],0.01,0.64,YIL160C,POT1,1254,fatty acid beta-oxidation,acetyl-CoA C-acyltransferase activity,peroxisomal matrix,S000001422 YIR005W=D <= GLN3=D | [338,1,250],0.57,[8,48,76],0.01,[0,1,9],0,0.57,YIR005W,IST3,447,spliceosome assembly,pre-mRNA splicing factor activity,snRNP U2,S000001444 YIR005W=D <= GLN3=D GZF3=D | [177,1,132],0.57,[3,2,7],0.15,[0,0,0],0,0.57,YIR005W,IST3,447,spliceosome assembly,pre-mRNA splicing factor activity,snRNP U2,S000001444 YIR014W=D <= NRG1=D | [1895,12,2677],0.41,[25,40,293],0.03,[6,11,226],0.01,0.41,YIR014W,,729,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000001453 YIR017C=D <= CBF1=D GCN4=D | [31,5,41],0.35,[5,0,10],0.33,[0,0,0],0,0.35,YIR017C,MET28,564,regulation of transcription from Pol II promoter*,DNA binding*,nucleus,S000001456 YIR017C=D <= GCN4=I SKN7=I | [237,14,124],0.6,[4,1,8],0.25,[0,0,0],0,0.6,YIR017C,MET28,564,regulation of transcription from Pol II promoter*,DNA binding*,nucleus,S000001456 YIR017C=D <= SKN7=I | [608,74,652],0.41,[85,17,127],0.31,[3,0,4],0.43,0.43,YIR017C,MET28,564,regulation of transcription from Pol II promoter*,DNA binding*,nucleus,S000001456 YIR018W=D <= CBF1=D GCN4=D | [32,4,42],0.36,[9,0,9],0.5,[0,0,0],0,0.5,YIR018W,YAP5,738,positive regulation of transcription from Pol II promoter,RNA polymerase II transcription factor activity,nucleus,S000001457 YIR027C=D <= DAL82=D | [1009,3,235],0.81,[27,0,108],0.2,[0,0,7],0,0.81,YIR027C,DAL1,1383,allantoin catabolism,allantoinase activity,intracellular,S000001466 YIR027C=D <= DAL82=D GLN3=D | [439,0,0],1,[0,0,21],0,[0,0,0],0,1,YIR027C,DAL1,1383,allantoin catabolism,allantoinase activity,intracellular,S000001466 YIR027C=D <= DAL82=I GAT1=D | [2,0,3],0.4,[0,12,13],0,[0,0,0],0,0.4,YIR027C,DAL1,1383,allantoin catabolism,allantoinase activity,intracellular,S000001466 YIR027C=D <= GAT1=D | [2396,5,897],0.72,[4,80,280],0,[11,8,176],0.03,0.72,YIR027C,DAL1,1383,allantoin catabolism,allantoinase activity,intracellular,S000001466 YIR027C=D <= GAT1=D SUM1=D | [43,0,5],0.9,[0,8,43],0,[1,0,1],0.5,0.9,YIR027C,DAL1,1383,allantoin catabolism,allantoinase activity,intracellular,S000001466 YIR027C=D <= GLN3=D | [550,8,28],0.93,[2,15,120],0,[4,0,6],0.4,0.93,YIR027C,DAL1,1383,allantoin catabolism,allantoinase activity,intracellular,S000001466 YIR028W=D <= DAL82=D | [1020,4,231],0.81,[51,7,145],0.22,[0,3,4],0,0.81,YIR028W,DAL4,1908,allantoin transport,allantoin permease activity,membrane,S000001467 YIR028W=D <= DAL82=D GLN3=D | [440,0,0],1,[5,1,15],0.2,[0,0,0],0,1,YIR028W,DAL4,1908,allantoin transport,allantoin permease activity,membrane,S000001467 YIR028W=D <= GAT1=D | [2272,2,1287],0.64,[46,13,284],0.1,[18,1,184],0.08,0.64,YIR028W,DAL4,1908,allantoin transport,allantoin permease activity,membrane,S000001467 YIR028W=D <= GAT1=D SUM1=I | [32,0,15],0.68,[0,1,3],0,[0,0,0],0,0.68,YIR028W,DAL4,1908,allantoin transport,allantoin permease activity,membrane,S000001467 YIR028W=D <= GLN3=D | [587,3,34],0.94,[8,15,111],0.02,[0,0,10],0,0.94,YIR028W,DAL4,1908,allantoin transport,allantoin permease activity,membrane,S000001467 YIR029W=D <= DAL82=D | [971,6,263],0.78,[32,51,55],0.09,[0,0,7],0,0.78,YIR029W,DAL2,1032,allantoin catabolism,allantoicase activity,cellular_component unknown,S000001468 YIR029W=D <= DAL82=D GLN3=D | [433,0,1],1,[0,11,11],0,[0,0,0],0,1,YIR029W,DAL2,1032,allantoin catabolism,allantoicase activity,cellular_component unknown,S000001468 YIR029W=D <= GAT1=D | [2436,4,822],0.75,[38,56,287],0.04,[16,1,188],0.07,0.75,YIR029W,DAL2,1032,allantoin catabolism,allantoicase activity,cellular_component unknown,S000001468 YIR029W=D <= GAT1=D GLN3=D | [472,1,13],0.97,[7,17,55],0.03,[0,0,0],0,0.97,YIR029W,DAL2,1032,allantoin catabolism,allantoicase activity,cellular_component unknown,S000001468 YIR029W=D <= GLN3=D | [550,6,24],0.94,[16,21,101],0.05,[0,1,9],0,0.94,YIR029W,DAL2,1032,allantoin catabolism,allantoicase activity,cellular_component unknown,S000001468 YIR030C=D <= DAL82=D | [970,3,323],0.75,[24,56,136],0.03,[0,0,7],0,0.75,YIR030C,DCG1,735,nitrogen compound metabolism,molecular_function unknown,cellular_component unknown,S000001469 YIR030C=D <= DAL82=D GLN3=D | [449,0,0],1,[0,6,16],0,[0,0,0],0,1,YIR030C,DCG1,735,nitrogen compound metabolism,molecular_function unknown,cellular_component unknown,S000001469 YIR030C=D <= GAT1=D | [1724,19,1851],0.47,[11,67,318],0,[9,0,200],0.04,0.47,YIR030C,DCG1,735,nitrogen compound metabolism,molecular_function unknown,cellular_component unknown,S000001469 YIR030C=D <= GLN3=D | [581,5,49],0.91,[0,35,110],0,[0,0,10],0,0.91,YIR030C,DCG1,735,nitrogen compound metabolism,molecular_function unknown,cellular_component unknown,S000001469 YIR031C=D <= DAL82=D | [958,10,335],0.73,[13,1,124],0.09,[0,0,7],0,0.73,YIR031C,DAL7,1665,allantoin catabolism,malate synthase activity,cytoplasm,S000001470 YIR031C=D <= DAL82=D GLN3=D | [459,0,0],1,[2,0,20],0.09,[0,0,0],0,1,YIR031C,DAL7,1665,allantoin catabolism,malate synthase activity,cytoplasm,S000001470 YIR031C=D <= GAT1=D | [2286,2,1148],0.66,[18,6,357],0.04,[5,12,192],0.01,0.66,YIR031C,DAL7,1665,allantoin catabolism,malate synthase activity,cytoplasm,S000001470 YIR031C=D <= GAT1=D GLN3=D | [499,0,9],0.98,[4,1,74],0.04,[0,0,0],0,0.98,YIR031C,DAL7,1665,allantoin catabolism,malate synthase activity,cytoplasm,S000001470 YIR031C=D <= GLN3=D | [589,4,19],0.96,[12,1,125],0.08,[0,3,7],0,0.96,YIR031C,DAL7,1665,allantoin catabolism,malate synthase activity,cytoplasm,S000001470 YIR032C=D <= DAL82=D | [925,32,346],0.69,[61,25,83],0.26,[5,0,2],0.71,0.71,YIR032C,DAL3,588,allantoin catabolism,ureidoglycolate hydrolase activity,membrane,S000001471 YIR032C=D <= DAL82=D GAT1=D GLN3=D | [375,0,1],1,[15,0,5],0.75,[0,0,0],0,1,YIR032C,DAL3,588,allantoin catabolism,ureidoglycolate hydrolase activity,membrane,S000001471 YIR032C=D <= DAL82=D GAT1=D HAP2=D | [40,0,22],0.65,[16,0,2],0.89,[0,0,0],0,0.89,YIR032C,DAL3,588,allantoin catabolism,ureidoglycolate hydrolase activity,membrane,S000001471 YIR032C=D <= GAT1=D | [1991,3,1626],0.55,[99,32,241],0.2,[37,0,168],0.18,0.55,YIR032C,DAL3,588,allantoin catabolism,ureidoglycolate hydrolase activity,membrane,S000001471 YIR032C=D <= GLN3=D | [592,1,59],0.91,[43,10,86],0.25,[0,0,10],0,0.91,YIR032C,DAL3,588,allantoin catabolism,ureidoglycolate hydrolase activity,membrane,S000001471 YIR033W=D <= DAL82=I HAP2=I | [46,0,21],0.69,[0,6,13],0,[0,0,0],0,0.69,YIR033W,MGA2,3342,positive regulation of transcription from Pol II promoter*,transcriptional activator activity,endoplasmic reticulum membrane,S000001472 YIR038C=D <= DAL82=D | [805,45,469],0.58,[76,44,96],0.22,[0,0,7],0,0.58,YIR038C,GTT1,705,glutathione metabolism,glutathione transferase activity,mitochondrion*,S000001477 YIR038C=D <= DAL82=D SKN7=I | [34,0,8],0.81,[15,2,26],0.31,[0,0,0],0,0.81,YIR038C,GTT1,705,glutathione metabolism,glutathione transferase activity,mitochondrion*,S000001477 YIR038C=D <= MOT3=D | [237,7,113],0.64,[50,3,38],0.52,[3,6,119],0.01,0.64,YIR038C,GTT1,705,glutathione metabolism,glutathione transferase activity,mitochondrion*,S000001477 YIR038C=D <= SKN7=I | [668,231,456],0.37,[111,18,133],0.36,[1,0,6],0.14,0.37,YIR038C,GTT1,705,glutathione metabolism,glutathione transferase activity,mitochondrion*,S000001477 YJL001W=D <= REB1=D | [257,7,138],0.62,[8,49,149],0.01,[1,1,66],0.01,0.62,YJL001W,PRE3,764,ubiquitin-dependent protein catabolism*,endopeptidase activity,"proteasome core complex, beta-subunit complex (sensu Eukaryota)",S000003538 YJL001W=D <= REB1=D RPN4=D | [29,0,3],0.91,[3,0,5],0.38,[0,0,0],0,0.91,YJL001W,PRE3,764,ubiquitin-dependent protein catabolism*,endopeptidase activity,"proteasome core complex, beta-subunit complex (sensu Eukaryota)",S000003538 YJL002C=D <= REB1=D | [292,0,74],0.8,[1,0,205],0,[6,1,61],0.08,0.8,YJL002C,OST1,1431,N-linked glycosylation*,dolichyl-diphosphooligosaccharide-protein glycotransferase activity,oligosaccharyl transferase complex*,S000003539 YJL002C=D <= RPN4=I | [1262,53,2200],0.34,[2,3,477],0,[6,0,128],0.04,0.34,YJL002C,OST1,1431,N-linked glycosylation*,dolichyl-diphosphooligosaccharide-protein glycotransferase activity,oligosaccharyl transferase complex*,S000003539 YJL034W=D <= AFT2=I | [648,102,635],0.4,[44,109,128],0.05,[12,9,85],0.06,0.4,YJL034W,KAR2,2049,"SRP-dependent cotranslational protein-membrane targeting, translocation*",ATPase activity*,endoplasmic reticulum lumen,S000003571 YJL034W=D <= AFT2=I HAC1=D | [24,5,6],0.57,[17,38,26],0.06,[0,6,9],0,0.57,YJL034W,KAR2,2049,"SRP-dependent cotranslational protein-membrane targeting, translocation*",ATPase activity*,endoplasmic reticulum lumen,S000003571 YJL034W=D <= HAC1=D HSF1=D | [35,0,0],1,[20,2,17],0.47,[0,0,0],0,1,YJL034W,KAR2,2049,"SRP-dependent cotranslational protein-membrane targeting, translocation*",ATPase activity*,endoplasmic reticulum lumen,S000003571 YJL035C=D <= HAC1=D HSF1=I | [12,0,21],0.36,[0,1,0],0,[0,0,3],0,0.36,YJL035C,TAD2,753,tRNA modification,tRNA specific adenosine deaminase activity,cytoplasm*,S000003572 YJL048C=D <= INO2=D | [545,28,621],0.43,[117,23,140],0.35,[0,2,59],0,0.43,YJL048C,UBX6,1191,biological_process unknown,molecular_function unknown,cellular_component unknown,S000003584 YJL048C=D <= INO2=D MSN4=D | [339,0,222],0.6,[7,0,10],0.41,[0,0,1],0,0.6,YJL048C,UBX6,1191,biological_process unknown,molecular_function unknown,cellular_component unknown,S000003584 YJL048C=D <= INO4=D | [1194,119,1448],0.39,[58,7,68],0.39,[8,0,34],0.19,0.39,YJL048C,UBX6,1191,biological_process unknown,molecular_function unknown,cellular_component unknown,S000003584 YJL048C=D <= INO4=D MSN4=D | [748,21,437],0.6,[16,1,20],0.41,[1,0,1],0.5,0.6,YJL048C,UBX6,1191,biological_process unknown,molecular_function unknown,cellular_component unknown,S000003584 YJL048C=D <= MSN4=D | [2297,105,2691],0.43,[54,190,174],0.03,[5,0,294],0.02,0.43,YJL048C,UBX6,1191,biological_process unknown,molecular_function unknown,cellular_component unknown,S000003584 YJL051W=D <= UME6=D | [168,1,30],0.84,[14,3,18],0.33,[16,24,71],0.06,0.84,YJL051W,,2469,biological_process unknown,molecular_function unknown,bud tip,S000003587 YJL069C=D <= ABF1=D | [273,50,70],0.59,[123,2,121],0.49,[3,33,160],0,0.59,YJL069C,UTP18,1785,processing of 20S pre-rRNA,snoRNA binding,nucleolus,S000003605 YJL082W=D <= HSF1=D | [390,3,486],0.44,[59,0,39],0.6,[6,0,75],0.07,0.6,YJL082W,IML2,2196,biological_process unknown,molecular_function unknown,cytoplasm*,S000003618 YJL088W=D <= RTG3=I YAP7=D | [30,2,17],0.57,[0,0,0],0,[0,0,0],0,0.57,YJL088W,ARG3,1017,arginine biosynthesis*,ornithine carbamoyltransferase activity,cytosol,S000003624 YJL089W=D <= RAP1=I | [695,59,683],0.45,[88,6,115],0.39,[16,1,85],0.15,0.45,YJL089W,SIP4,2490,regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000003625 YJL089W=D <= RAP1=I UME6=I | [81,0,6],0.93,[11,0,4],0.73,[0,0,2],0,0.93,YJL089W,SIP4,2490,regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000003625 YJL089W=D <= UME6=I | [135,19,32],0.64,[15,2,16],0.4,[1,6,86],0,0.64,YJL089W,SIP4,2490,regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000003625 YJL093C=D <= SNT2=D SWI6=I | [168,0,59],0.74,[0,0,0],0,[0,0,0],0,0.74,YJL093C,TOK1,2076,potassium ion homeostasis,potassium channel activity,plasma membrane,S000003629 YJL093C=D <= SWI6=I | [651,1,338],0.66,[0,4,58],0,[10,0,134],0.07,0.66,YJL093C,TOK1,2076,potassium ion homeostasis,potassium channel activity,plasma membrane,S000003629 YJL094C=D <= RCS1=I | [329,10,716],0.3,[4,19,237],0,[0,0,2],0,0.3,YJL094C,KHA1,2622,monovalent inorganic cation transport,potassium:hydrogen antiporter activity,mitochondrion*,S000003630 YJL100W=D <= CAD1=D | [593,2,742],0.44,[8,16,146],0.02,[3,0,116],0.03,0.44,YJL100W,LSB6,1824,actin filament organization,1-phosphatidylinositol 4-kinase activity,cytoplasm*,S000003636 YJL100W=D <= CAD1=D MSN4=D | [426,0,409],0.51,[0,10,45],0,[0,0,8],0,0.51,YJL100W,LSB6,1824,actin filament organization,1-phosphatidylinositol 4-kinase activity,cytoplasm*,S000003636 YJL100W=D <= CBF1=I YAP7=D | [112,0,37],0.75,[0,0,1],0,[0,0,0],0,0.75,YJL100W,LSB6,1824,actin filament organization,1-phosphatidylinositol 4-kinase activity,cytoplasm*,S000003636 YJL100W=D <= FKH1=I | [856,4,1918],0.31,[2,10,138],0,[2,7,651],0,0.31,YJL100W,LSB6,1824,actin filament organization,1-phosphatidylinositol 4-kinase activity,cytoplasm*,S000003636 YJL100W=D <= FKH1=I YAP1=D | [128,0,203],0.39,[0,1,15],0,[1,0,12],0.08,0.39,YJL100W,LSB6,1824,actin filament organization,1-phosphatidylinositol 4-kinase activity,cytoplasm*,S000003636 YJL100W=D <= FKH1=I YAP7=I | [116,0,122],0.49,[0,6,56],0,[0,0,14],0,0.49,YJL100W,LSB6,1824,actin filament organization,1-phosphatidylinositol 4-kinase activity,cytoplasm*,S000003636 YJL100W=D <= MET32=D | [637,7,1334],0.32,[4,20,176],0,[1,0,84],0.01,0.32,YJL100W,LSB6,1824,actin filament organization,1-phosphatidylinositol 4-kinase activity,cytoplasm*,S000003636 YJL101C=D <= CAD1=D YAP1=D | [128,0,162],0.44,[22,0,9],0.71,[0,0,0],0,0.71,YJL101C,GSH1,2037,glutathione biosynthesis*,glutamate-cysteine ligase activity,intracellular,S000003637 YJL101C=D <= YAP1=D | [635,46,1212],0.31,[78,6,89],0.42,[0,0,54],0,0.42,YJL101C,GSH1,2037,glutathione biosynthesis*,glutamate-cysteine ligase activity,intracellular,S000003637 YJL111W=D <= ABF1=D | [250,38,109],0.55,[20,0,212],0.09,[0,0,196],0,0.55,YJL111W,CCT7,1653,protein folding*,unfolded protein binding,cytoplasm*,S000003647 YJL116C=D <= CBF1=I MBP1=D | [66,0,3],0.96,[0,0,3],0,[2,0,0],1,1,YJL116C,NCA3,1014,mitochondrion organization and biogenesis,molecular_function unknown,cellular_component unknown,S000003652 YJL116C=D <= CBF1=I SKN7=D | [39,0,1],0.97,[0,10,25],0,[0,0,0],0,0.97,YJL116C,NCA3,1014,mitochondrion organization and biogenesis,molecular_function unknown,cellular_component unknown,S000003652 YJL116C=D <= SWI6=I | [879,19,118],0.85,[10,4,41],0.13,[72,3,69],0.48,0.85,YJL116C,NCA3,1014,mitochondrion organization and biogenesis,molecular_function unknown,cellular_component unknown,S000003652 YJL133W=D <= AFT2=I CBF1=D RAP1=D | [1,0,1],0.5,[6,0,12],0.33,[0,0,0],0,0.5,YJL133W,MRS3,945,transport*,iron ion transporter activity*,mitochondrion,S000003669 YJL141C=D <= INO4=D | [1314,52,1431],0.45,[19,7,100],0.11,[0,1,41],0,0.45,YJL141C,YAK1,2424,protein amino acid phosphorylation,protein kinase activity,cytoplasm*,S000003677 YJL145W=D <= HAP3=I | [435,3,641],0.4,[21,48,131],0.03,[0,1,28],0,0.4,YJL145W,SFH5,885,phospholipid transport,phosphatidylinositol transporter activity,cytosol*,S000003681 YJL145W=D <= HAP3=I TEC1=I | [25,0,23],0.52,[12,3,51],0.15,[0,1,9],0,0.52,YJL145W,SFH5,885,phospholipid transport,phosphatidylinositol transporter activity,cytosol*,S000003681 YJL145W=D <= STE12=D | [1555,1,1129],0.58,[26,17,125],0.09,[3,0,99],0.03,0.58,YJL145W,SFH5,885,phospholipid transport,phosphatidylinositol transporter activity,cytosol*,S000003681 YJL148W=D <= DIG1=D | [286,39,422],0.34,[9,85,79],0,[51,0,35],0.59,0.59,YJL148W,RPA34,702,transcription from Pol I promoter,DNA-directed RNA polymerase activity,nucleus*,S000003684 YJL148W=D <= DIG1=D STE12=D | [57,0,14],0.8,[3,19,19],0.01,[7,0,6],0.54,0.8,YJL148W,RPA34,702,transcription from Pol I promoter,DNA-directed RNA polymerase activity,nucleus*,S000003684 YJL148W=D <= STE12=D | [1890,6,653],0.74,[48,29,91],0.18,[30,0,72],0.29,0.74,YJL148W,RPA34,702,transcription from Pol I promoter,DNA-directed RNA polymerase activity,nucleus*,S000003684 YJL151C=D <= CBF1=I | [291,9,206],0.56,[47,47,213],0.08,[0,0,8],0,0.56,YJL151C,SNA3,402,biological_process unknown,molecular_function unknown,membrane*,S000003687 YJL151C=D <= CBF1=I INO2=D | [72,0,1],0.99,[0,12,22],0,[0,0,0],0,0.99,YJL151C,SNA3,402,biological_process unknown,molecular_function unknown,membrane*,S000003687 YJL153C=D <= INO2=D | [990,7,146],0.86,[7,53,209],0,[12,2,47],0.17,0.86,YJL153C,INO1,1602,myo-inositol metabolism,inositol-3-phosphate synthase activity,cytoplasm,S000003689 YJL153C=D <= INO2=D INO4=D | [817,5,46],0.94,[0,1,18],0,[0,0,0],0,0.94,YJL153C,INO1,1602,myo-inositol metabolism,inositol-3-phosphate synthase activity,cytoplasm,S000003689 YJL153C=D <= INO4=D | [1665,92,926],0.59,[31,4,92],0.22,[9,4,28],0.15,0.59,YJL153C,INO1,1602,myo-inositol metabolism,inositol-3-phosphate synthase activity,cytoplasm,S000003689 YJL155C=D <= ADR1=D | [1282,89,914],0.52,[18,18,87],0.07,[7,0,26],0.21,0.52,YJL155C,FBP26,1359,gluconeogenesis,"fructose-2,6-bisphosphate 2-phosphatase activity*",cytosol,S000003691 YJL159W=D <= MCM1=D | [69,1,96],0.41,[7,19,50],0.02,[15,28,76],0.04,0.41,YJL159W,HSP150,1164,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi),S000003695 YJL159W=D <= RLM1=I SOK2=I | [107,19,103],0.4,[0,2,8],0,[0,2,3],0,0.4,YJL159W,HSP150,1164,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi),S000003695 YJL159W=D <= SOK2=I | [777,103,1414],0.3,[50,12,92],0.26,[22,16,73],0.11,0.3,YJL159W,HSP150,1164,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi),S000003695 YJL159W=D <= SWI5=D | [788,86,1400],0.31,[34,107,277],0.02,[129,383,593],0.03,0.31,YJL159W,HSP150,1164,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi),S000003695 YJL160C=D <= ACE2=I | [181,5,315],0.35,[14,39,152],0.02,[13,59,804],0,0.35,YJL160C,,864,biological_process unknown,molecular_function unknown,cellular_component unknown,S000003696 YJL160C=D <= ACE2=I ASH1=D | [41,1,28],0.57,[1,3,24],0.01,[5,22,190],0,0.57,YJL160C,,864,biological_process unknown,molecular_function unknown,cellular_component unknown,S000003696 YJL160C=D <= ACE2=I SWI5=I | [71,1,90],0.43,[11,7,42],0.11,[9,40,431],0,0.43,YJL160C,,864,biological_process unknown,molecular_function unknown,cellular_component unknown,S000003696 YJL164C=D <= MOT3=D | [153,72,114],0.31,[56,3,30],0.6,[4,17,107],0.01,0.6,YJL164C,TPK1,1194,protein amino acid phosphorylation*,protein serine/threonine kinase activity*,cytoplasm*,S000003700 YJL164C=D <= MOT3=D MSN4=D | [115,1,17],0.86,[32,0,2],0.94,[0,0,3],0,0.94,YJL164C,TPK1,1194,protein amino acid phosphorylation*,protein serine/threonine kinase activity*,cytoplasm*,S000003700 YJL164C=D <= MSN2=D MSN4=D | [103,4,47],0.64,[14,0,10],0.58,[6,0,12],0.33,0.64,YJL164C,TPK1,1194,protein amino acid phosphorylation*,protein serine/threonine kinase activity*,cytoplasm*,S000003700 YJL164C=D <= MSN4=D | [3135,134,1674],0.61,[295,23,130],0.61,[64,2,229],0.21,0.61,YJL164C,TPK1,1194,protein amino acid phosphorylation*,protein serine/threonine kinase activity*,cytoplasm*,S000003700 YJL166W=D <= CBF1=I | [285,62,205],0.42,[83,28,190],0.21,[3,0,5],0.38,0.42,YJL166W,QCR8,285,aerobic respiration*,ubiquinol-cytochrome-c reductase activity,respiratory chain complex III (sensu Eukaryota),S000003702 YJL167W=D <= CBF1=D | [242,23,240],0.44,[43,54,210],0.06,[0,0,8],0,0.44,YJL167W,ERG20,1059,ergosterol biosynthesis*,dimethylallyltranstransferase activity*,cytosol,S000003703 YJL167W=D <= INO4=I | [1005,14,1764],0.36,[7,22,108],0.01,[0,0,42],0,0.36,YJL167W,ERG20,1059,ergosterol biosynthesis*,dimethylallyltranstransferase activity*,cytosol,S000003703 YJL177W=D <= FHL1=D | [244,28,151],0.52,[25,3,44],0.31,[2,14,151],0,0.52,YJL177W,RPL17B,872,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003713 YJL177W=D <= FHL1=D RAP1=D | [109,1,21],0.82,[22,0,9],0.71,[0,0,5],0,0.82,YJL177W,RPL17B,872,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003713 YJL177W=D <= RAP1=D | [906,27,635],0.56,[144,1,106],0.57,[0,24,105],0,0.57,YJL177W,RPL17B,872,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003713 YJL183W=D <= ABF1=D | [241,29,128],0.54,[41,0,201],0.17,[17,1,178],0.08,0.54,YJL183W,MNN11,1269,protein amino acid glycosylation,"alpha-1,6-mannosyltransferase activity",mannosyltransferase complex,S000003719 YJL191W=D <= SPT23=I | [274,14,362],0.4,[23,3,85],0.18,[3,0,33],0.08,0.4,YJL191W,RPS14B,825,protein biosynthesis*,structural constituent of ribosome*,cytosolic small ribosomal subunit (sensu Eukaryota),S000003727 YJL194W=D <= REB1=I SWI6=I | [63,0,18],0.78,[4,0,5],0.44,[0,0,1],0,0.78,YJL194W,CDC6,1542,pre-replicative complex formation and maintenance,protein binding*,pre-replicative complex,S000003730 YJL194W=D <= STE12=I | [245,35,282],0.38,[12,10,16],0.17,[11,20,70],0.04,0.38,YJL194W,CDC6,1542,pre-replicative complex formation and maintenance,protein binding*,pre-replicative complex,S000003730 YJL194W=D <= SWI6=I | [207,9,88],0.65,[7,0,6],0.54,[39,3,102],0.25,0.65,YJL194W,CDC6,1542,pre-replicative complex formation and maintenance,protein binding*,pre-replicative complex,S000003730 YJL196C=D <= REB1=D | [247,0,155],0.61,[28,16,162],0.09,[5,4,59],0.04,0.61,YJL196C,ELO1,933,"fatty acid elongation, unsaturated fatty acid",fatty acid elongase activity,membrane,S000003732 YJL196C=D <= REB1=D STE12=D | [212,0,58],0.79,[11,1,52],0.16,[0,0,0],0,0.79,YJL196C,ELO1,933,"fatty acid elongation, unsaturated fatty acid",fatty acid elongase activity,membrane,S000003732 YJL196C=D <= STE12=D | [1119,13,1568],0.41,[22,19,143],0.06,[29,7,66],0.23,0.41,YJL196C,ELO1,933,"fatty acid elongation, unsaturated fatty acid",fatty acid elongase activity,membrane,S000003732 YJL196C=D <= SWI6=D | [724,0,308],0.7,[11,0,51],0.18,[35,1,108],0.24,0.7,YJL196C,ELO1,933,"fatty acid elongation, unsaturated fatty acid",fatty acid elongase activity,membrane,S000003732 YJL198W=D <= DIG1=D YOX1=D | [42,0,73],0.37,[31,1,43],0.4,[0,1,20],0,0.4,YJL198W,PHO90,2646,phosphate transport,phosphate transporter activity,membrane,S000003734 YJL198W=D <= GCN4=D | [887,126,1070],0.37,[37,3,39],0.43,[0,4,50],0,0.43,YJL198W,PHO90,2646,phosphate transport,phosphate transporter activity,membrane,S000003734 YJL198W=D <= GCN4=D YOX1=D | [99,3,89],0.5,[20,0,10],0.67,[0,2,11],0,0.67,YJL198W,PHO90,2646,phosphate transport,phosphate transporter activity,membrane,S000003734 YJL198W=D <= HAP2=I | [205,0,64],0.76,[1,17,69],0,[0,3,32],0,0.76,YJL198W,PHO90,2646,phosphate transport,phosphate transporter activity,membrane,S000003734 YJL198W=D <= YOX1=D | [422,23,763],0.33,[133,3,233],0.35,[25,18,1294],0.01,0.35,YJL198W,PHO90,2646,phosphate transport,phosphate transporter activity,membrane,S000003734 YJL200C=D <= GCN4=D | [975,225,883],0.38,[46,0,35],0.57,[15,3,33],0.25,0.57,YJL200C,,2370,biological_process unknown,aconitate hydratase activity,mitochondrion,S000003736 YJL212C=D <= AFT2=D | [656,49,676],0.44,[11,66,211],0.01,[1,8,94],0,0.44,YJL212C,OPT1,2400,sulfur metabolism,oligopeptide transporter activity,endoplasmic reticulum*,S000003748 YJL212C=D <= AFT2=D GCN4=D | [199,2,48],0.79,[0,0,0],0,[0,0,0],0,0.79,YJL212C,OPT1,2400,sulfur metabolism,oligopeptide transporter activity,endoplasmic reticulum*,S000003748 YJR001W=D <= GAT1=I MBP1=I | [105,1,93],0.52,[0,6,22],0,[0,17,42],0,0.52,YJR001W,AVT1,1809,neutral amino acid transport,neutral amino acid transporter activity,vacuole,S000003761 YJR001W=D <= GAT1=I MOT3=I | [41,0,35],0.54,[0,10,19],0,[0,1,9],0,0.54,YJR001W,AVT1,1809,neutral amino acid transport,neutral amino acid transporter activity,vacuole,S000003761 YJR006W=D <= ABF1=D UME6=D | [139,0,4],0.97,[0,0,18],0,[0,0,1],0,0.97,YJR006W,HYS2,1464,nucleotide-excision repair*,delta DNA polymerase activity,delta DNA polymerase complex,S000003766 YJR006W=D <= RPN4=I UME6=D | [110,0,8],0.93,[0,0,6],0,[0,0,1],0,0.93,YJR006W,HYS2,1464,nucleotide-excision repair*,delta DNA polymerase activity,delta DNA polymerase complex,S000003766 YJR006W=D <= UME6=D | [164,0,42],0.8,[0,0,33],0,[3,0,108],0.03,0.8,YJR006W,HYS2,1464,nucleotide-excision repair*,delta DNA polymerase activity,delta DNA polymerase complex,S000003766 YJR007W=D <= REB1=D | [333,1,68],0.83,[15,15,132],0.05,[0,3,65],0,0.83,YJR007W,SUI2,915,translational initiation,translation initiation factor activity,cytoplasm*,S000003767 YJR009C=D <= CBF1=D TYE7=D | [140,1,99],0.58,[16,6,25],0.25,[0,0,2],0,0.58,YJR009C,TDH2,999,gluconeogenesis*,glyceraldehyde-3-phosphate dehydrogenase (phosphorylating) activity,cytoplasm*,S000003769 YJR009C=D <= CBF1=D UME6=D | [155,0,4],0.97,[1,1,7],0.06,[0,0,1],0,0.97,YJR009C,TDH2,999,gluconeogenesis*,glyceraldehyde-3-phosphate dehydrogenase (phosphorylating) activity,cytoplasm*,S000003769 YJR009C=D <= GCN4=D MET32=I | [59,8,102],0.31,[0,17,21],0,[1,0,0],1,1,YJR009C,TDH2,999,gluconeogenesis*,glyceraldehyde-3-phosphate dehydrogenase (phosphorylating) activity,cytoplasm*,S000003769 YJR009C=D <= TYE7=D UME6=D | [111,0,18],0.86,[1,0,5],0.17,[1,0,4],0.2,0.86,YJR009C,TDH2,999,gluconeogenesis*,glyceraldehyde-3-phosphate dehydrogenase (phosphorylating) activity,cytoplasm*,S000003769 YJR009C=D <= UME6=D | [171,0,37],0.82,[4,4,32],0.05,[8,4,99],0.05,0.82,YJR009C,TDH2,999,gluconeogenesis*,glyceraldehyde-3-phosphate dehydrogenase (phosphorylating) activity,cytoplasm*,S000003769 YJR010W=D <= CBF1=D MET32=D | [68,0,24],0.74,[2,0,0],1,[0,0,0],0,1,YJR010W,MET3,1536,methionine metabolism*,sulfate adenylyltransferase (ATP) activity,cytoplasm*,S000003771 YJR010W=D <= MET32=D | [1157,23,816],0.57,[30,9,153],0.12,[70,0,16],0.81,0.81,YJR010W,MET3,1536,methionine metabolism*,sulfate adenylyltransferase (ATP) activity,cytoplasm*,S000003771 YJR010W=D <= MET32=D TYE7=D | [396,17,476],0.43,[12,0,41],0.23,[2,0,4],0.33,0.43,YJR010W,MET3,1536,methionine metabolism*,sulfate adenylyltransferase (ATP) activity,cytoplasm*,S000003771 YJR011C=D <= DAL82=D | [869,0,409],0.68,[37,18,110],0.15,[0,0,7],0,0.68,YJR011C,,786,biological_process unknown,molecular_function unknown,cellular_component unknown,S000003772 YJR011C=D <= DAL82=D GLN3=D | [455,0,0],1,[1,12,8],0,[0,0,0],0,1,YJR011C,,786,biological_process unknown,molecular_function unknown,cellular_component unknown,S000003772 YJR011C=D <= GLN3=D | [499,0,146],0.77,[14,32,98],0.03,[0,0,10],0,0.77,YJR011C,,786,biological_process unknown,molecular_function unknown,cellular_component unknown,S000003772 YJR016C=D <= LEU3=D | [239,1,62],0.79,[9,3,23],0.19,[2,2,35],0.03,0.79,YJR016C,ILV3,1758,branched chain family amino acid biosynthesis,dihydroxy-acid dehydratase activity,mitochondrion,S000003777 YJR031C=D <= FKH2=D | [267,5,503],0.34,[32,2,26],0.5,[1,4,73],0,0.5,YJR031C,GEA1,4227,ER to Golgi transport*,ARF guanyl-nucleotide exchange factor activity,Golgi vesicle,S000003792 YJR045C=D <= HSF1=D MSN2=D | [27,4,27],0.41,[9,0,3],0.75,[0,0,6],0,0.75,YJR045C,SSC1,1965,protein folding*,ATPase activity*,mitochondrion*,S000003806 YJR046W=D <= HSF1=D | [381,4,484],0.43,[9,0,89],0.09,[0,0,82],0,0.43,YJR046W,TAH11,1815,DNA replication licensing,molecular_function unknown,cytoplasm*,S000003807 YJR047C=D <= SWI4=D | [395,11,480],0.43,[72,7,39],0.56,[41,9,369],0.08,0.56,YJR047C,ANB1,474,translational initiation,translation initiation factor activity,ribosome,S000003808 YJR054W=D <= DAL80=D SWI4=D SWI6=D | [34,0,7],0.83,[0,0,0],0,[0,0,0],0,0.83,YJR054W,,1494,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000003815 YJR054W=D <= STE12=D | [965,0,1687],0.36,[1,4,179],0,[19,2,79],0.17,0.36,YJR054W,,1494,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000003815 YJR054W=D <= STE12=D SWI4=D | [379,0,64],0.86,[0,0,20],0,[2,0,3],0.4,0.86,YJR054W,,1494,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000003815 YJR054W=D <= STE12=D SWI4=D SWI6=D | [320,0,29],0.92,[0,0,7],0,[0,0,0],0,0.92,YJR054W,,1494,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000003815 YJR054W=D <= SWI4=D SWI6=D | [367,1,121],0.75,[0,3,17],0,[3,0,2],0.6,0.75,YJR054W,,1494,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000003815 YJR054W=D <= SWI6=D | [481,9,532],0.46,[0,3,59],0,[27,5,110],0.16,0.46,YJR054W,,1494,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000003815 YJR063W=D <= ABF1=D | [216,56,127],0.43,[78,10,158],0.28,[20,8,168],0.07,0.43,YJR063W,RPA12,378,transcription from Pol I promoter,DNA-directed RNA polymerase activity,DNA-directed RNA polymerase I complex,S000003824 YJR063W=D <= DAL80=I | [1733,297,2041],0.36,[101,14,138],0.35,[9,20,249],0.01,0.36,YJR063W,RPA12,378,transcription from Pol I promoter,DNA-directed RNA polymerase activity,DNA-directed RNA polymerase I complex,S000003824 YJR064W=D <= ABF1=D | [254,47,97],0.54,[46,3,197],0.18,[0,2,178],0,0.54,YJR064W,CCT5,1689,protein folding*,unfolded protein binding,cytoplasm*,S000003825 YJR085C=D <= REB1=I | [200,1,201],0.5,[50,1,155],0.24,[0,0,68],0,0.5,YJR085C,,318,biological_process unknown,molecular_function unknown,mitochondrion,S000003845 YJR091C=D <= FKH1=D UME6=D | [62,3,92],0.38,[0,1,6],0,[0,0,35],0,0.38,YJR091C,JSN1,3276,"mRNA catabolism, deadenylylation-dependent decay",mRNA binding,cellular_component unknown,S000003851 YJR091C=D <= SWI6=D UME6=D | [65,0,88],0.42,[0,0,3],0,[0,0,4],0,0.42,YJR091C,JSN1,3276,"mRNA catabolism, deadenylylation-dependent decay",mRNA binding,cellular_component unknown,S000003851 YJR092W=D <= FKH1=D | [1194,50,1701],0.39,[85,3,58],0.56,[295,8,363],0.43,0.56,YJR092W,BUD4,4347,bud site selection*,GTP binding,contractile ring (sensu Saccharomyces),S000003852 YJR092W=D <= FKH1=D NDD1=D | [18,0,1],0.95,[19,0,1],0.95,[6,0,5],0.55,0.95,YJR092W,BUD4,4347,bud site selection*,GTP binding,contractile ring (sensu Saccharomyces),S000003852 YJR092W=D <= FKH1=D SWI6=D | [507,6,195],0.71,[1,0,1],0.5,[5,0,6],0.45,0.71,YJR092W,BUD4,4347,bud site selection*,GTP binding,contractile ring (sensu Saccharomyces),S000003852 YJR092W=D <= FKH2=D | [497,73,326],0.48,[59,0,24],0.71,[36,7,35],0.39,0.71,YJR092W,BUD4,4347,bud site selection*,GTP binding,contractile ring (sensu Saccharomyces),S000003852 YJR092W=D <= MCM1=D SWI6=D | [50,0,3],0.94,[2,0,0],1,[0,1,1],0,1,YJR092W,BUD4,4347,bud site selection*,GTP binding,contractile ring (sensu Saccharomyces),S000003852 YJR092W=D <= SWI6=D | [706,9,317],0.68,[12,6,43],0.13,[14,29,101],0.03,0.68,YJR092W,BUD4,4347,bud site selection*,GTP binding,contractile ring (sensu Saccharomyces),S000003852 YJR094C=D <= CIN5=D SOK2=D | [411,26,405],0.46,[1,23,72],0,[1,0,12],0.08,0.46,YJR094C,IME1,1083,meiosis,transcription regulator activity,nucleus,S000003854 YJR094C=D <= FKH1=I | [972,53,1920],0.31,[2,12,132],0,[51,40,517],0.05,0.31,YJR094C,IME1,1083,meiosis,transcription regulator activity,nucleus,S000003854 YJR094C=D <= FKH1=I PHD1=D SOK2=D | [97,0,15],0.87,[0,6,3],0,[0,0,2],0,0.87,YJR094C,IME1,1083,meiosis,transcription regulator activity,nucleus,S000003854 YJR094C=D <= FKH1=I SOK2=D | [409,12,159],0.69,[0,6,3],0,[0,0,3],0,0.69,YJR094C,IME1,1083,meiosis,transcription regulator activity,nucleus,S000003854 YJR094C=D <= PHD1=D XBP1=D | [577,15,1192],0.32,[0,5,15],0,[0,2,23],0,0.32,YJR094C,IME1,1083,meiosis,transcription regulator activity,nucleus,S000003854 YJR094C=D <= SOK2=D XBP1=D | [448,1,241],0.65,[0,4,14],0,[0,1,1],0,0.65,YJR094C,IME1,1083,meiosis,transcription regulator activity,nucleus,S000003854 YJR094W-A=D <= CIN5=D FKH1=D | [54,10,31],0.48,[0,0,7],0,[0,1,14],0,0.48,YJR094W-A,RPL43B,554,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003855 YJR094W-A=D <= CIN5=I XBP1=I | [1143,38,1389],0.43,[16,0,20],0.44,[0,0,4],0,0.44,YJR094W-A,RPL43B,554,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003855 YJR094W-A=D <= FKH1=D | [1554,93,916],0.57,[55,0,92],0.37,[11,3,171],0.05,0.57,YJR094W-A,RPL43B,554,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003855 YJR094W-A=D <= FKH1=D SOK2=D | [265,0,79],0.77,[6,0,4],0.6,[0,0,0],0,0.77,YJR094W-A,RPL43B,554,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003855 YJR094W-A=D <= FKH1=D SOK2=I | [337,4,131],0.71,[0,0,10],0,[0,0,2],0,0.71,YJR094W-A,RPL43B,554,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003855 YJR094W-A=D <= FKH1=I XBP1=I | [66,0,29],0.69,[0,11,16],0,[0,0,13],0,0.69,YJR094W-A,RPL43B,554,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003855 YJR094W-A=D <= XBP1=I | [3090,56,3617],0.45,[47,17,224],0.12,[0,3,71],0,0.45,YJR094W-A,RPL43B,554,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003855 YJR095W=D <= PHD1=D SIP4=D | [818,1,131],0.86,[1,1,24],0.02,[1,2,47],0.01,0.86,YJR095W,SFC1,969,fumarate transport*,succinate:fumarate antiporter activity,mitochondrial inner membrane,S000003856 YJR095W=D <= SIP4=D | [3553,50,1511],0.69,[61,8,145],0.25,[69,14,292],0.15,0.69,YJR095W,SFC1,969,fumarate transport*,succinate:fumarate antiporter activity,mitochondrial inner membrane,S000003856 YJR095W=D <= SIP4=D UME6=I | [127,0,4],0.97,[6,0,8],0.43,[0,0,1],0,0.97,YJR095W,SFC1,969,fumarate transport*,succinate:fumarate antiporter activity,mitochondrial inner membrane,S000003856 YJR105W=D <= AFT2=I INO2=I | [385,7,187],0.65,[5,0,19],0.21,[0,0,11],0,0.65,YJR105W,ADO1,1023,purine base metabolism,adenosine kinase activity,cytoplasm*,S000003866 YJR105W=D <= INO2=I INO4=I | [600,4,280],0.67,[11,0,9],0.55,[0,0,0],0,0.67,YJR105W,ADO1,1023,purine base metabolism,adenosine kinase activity,cytoplasm*,S000003866 YJR105W=D <= INO4=I | [1203,45,1480],0.43,[57,0,80],0.42,[10,0,32],0.24,0.43,YJR105W,ADO1,1023,purine base metabolism,adenosine kinase activity,cytoplasm*,S000003866 YJR105W=D <= INO4=I YAP7=I | [146,1,19],0.87,[4,0,10],0.29,[0,0,2],0,0.87,YJR105W,ADO1,1023,purine base metabolism,adenosine kinase activity,cytoplasm*,S000003866 YJR105W=D <= YAP1=I YAP7=D | [35,6,3],0.68,[20,0,36],0.36,[0,0,1],0,0.68,YJR105W,ADO1,1023,purine base metabolism,adenosine kinase activity,cytoplasm*,S000003866 YJR109C=D <= GAT1=D YAP7=D | [90,9,83],0.45,[18,20,52],0.09,[1,0,0],1,1,YJR109C,CPA2,3357,arginine biosynthesis,carbamoyl-phosphate synthase (glutamine-hydrolyzing) activity,cytosol,S000003870 YJR109C=D <= GCN4=D YAP7=D | [40,7,13],0.57,[10,3,13],0.3,[0,0,0],0,0.57,YJR109C,CPA2,3357,arginine biosynthesis,carbamoyl-phosphate synthase (glutamine-hydrolyzing) activity,cytosol,S000003870 YJR109C=D <= RTG3=D | [174,32,136],0.43,[33,5,48],0.33,[4,3,71],0.03,0.43,YJR109C,CPA2,3357,arginine biosynthesis,carbamoyl-phosphate synthase (glutamine-hydrolyzing) activity,cytosol,S000003870 YJR109C=D <= YAP7=D | [387,70,497],0.34,[76,89,195],0.1,[3,3,29],0.04,0.34,YJR109C,CPA2,3357,arginine biosynthesis,carbamoyl-phosphate synthase (glutamine-hydrolyzing) activity,cytosol,S000003870 YJR123W=D <= FHL1=D | [236,27,140],0.53,[33,1,37],0.45,[3,7,156],0.01,0.53,YJR123W,RPS5,678,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000003884 YJR123W=D <= FHL1=D RAP1=D | [101,1,29],0.76,[25,0,4],0.86,[0,0,5],0,0.86,YJR123W,RPS5,678,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000003884 YJR123W=D <= RAP1=D | [950,41,584],0.58,[133,2,116],0.52,[3,2,124],0.01,0.58,YJR123W,RPS5,678,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000003884 YJR127C=D <= INO4=D REB1=I | [86,0,61],0.59,[0,14,22],0,[0,0,2],0,0.59,YJR127C,ZMS1,4143,biological_process unknown,transcription factor activity,nucleus,S000003888 YJR127C=D <= INO4=D SOK2=I | [79,4,129],0.35,[0,0,3],0,[0,0,0],0,0.35,YJR127C,ZMS1,4143,biological_process unknown,transcription factor activity,nucleus,S000003888 YJR127C=D <= REB1=I | [158,2,242],0.39,[2,42,155],0,[0,0,68],0,0.39,YJR127C,ZMS1,4143,biological_process unknown,transcription factor activity,nucleus,S000003888 YJR130C=D <= SNT2=D | [335,2,594],0.36,[2,19,79],0,[2,1,6],0.15,0.36,YJR130C,STR2,1920,sulfur metabolism,cystathionine gamma-synthase activity,cytoplasm*,S000003891 YJR145C=D <= CBF1=D CIN5=I | [192,20,67],0.62,[30,0,1],0.97,[0,0,0],0,0.97,YJR145C,RPS4A,1042,protein biosynthesis*,structural constituent of ribosome,cytoplasm*,S000003906 YJR145C=D <= CBF1=D RAP1=D | [100,1,12],0.88,[32,0,2],0.94,[0,0,1],0,0.94,YJR145C,RPS4A,1042,protein biosynthesis*,structural constituent of ribosome,cytoplasm*,S000003906 YJR145C=D <= CIN5=I PHO4=I | [195,4,40],0.8,[11,3,27],0.21,[0,0,3],0,0.8,YJR145C,RPS4A,1042,protein biosynthesis*,structural constituent of ribosome,cytoplasm*,S000003906 YJR145C=D <= FHL1=D | [192,29,124],0.48,[33,1,37],0.45,[4,2,164],0.02,0.48,YJR145C,RPS4A,1042,protein biosynthesis*,structural constituent of ribosome,cytoplasm*,S000003906 YJR145C=D <= FHL1=D RAP1=D | [73,0,22],0.77,[23,0,6],0.79,[0,0,5],0,0.79,YJR145C,RPS4A,1042,protein biosynthesis*,structural constituent of ribosome,cytoplasm*,S000003906 YJR145C=D <= GCN4=D RAP1=D | [141,3,18],0.85,[40,0,4],0.91,[0,0,2],0,0.91,YJR145C,RPS4A,1042,protein biosynthesis*,structural constituent of ribosome,cytoplasm*,S000003906 YJR145C=D <= GCN4=I RAP1=D | [45,5,15],0.62,[0,0,0],0,[0,0,1],0,0.62,YJR145C,RPS4A,1042,protein biosynthesis*,structural constituent of ribosome,cytoplasm*,S000003906 YJR145C=D <= PHO4=D RAP1=D | [26,0,44],0.37,[33,0,9],0.79,[0,0,12],0,0.79,YJR145C,RPS4A,1042,protein biosynthesis*,structural constituent of ribosome,cytoplasm*,S000003906 YJR145C=D <= RAP1=D | [904,19,596],0.58,[138,1,112],0.55,[11,0,118],0.09,0.58,YJR145C,RPS4A,1042,protein biosynthesis*,structural constituent of ribosome,cytoplasm*,S000003906 YJR147W=D <= CBF1=I GCN4=I | [26,2,45],0.33,[0,12,6],0,[0,0,0],0,0.33,YJR147W,HMS2,1077,pseudohyphal growth,molecular_function unknown,cytoplasm*,S000003908 YJR147W=D <= GCN4=D RAP1=D | [60,2,90],0.38,[27,1,14],0.62,[0,0,2],0,0.62,YJR147W,HMS2,1077,pseudohyphal growth,molecular_function unknown,cytoplasm*,S000003908 YJR147W=D <= GCN4=I RAP1=D | [35,0,29],0.55,[0,0,0],0,[0,0,1],0,0.55,YJR147W,HMS2,1077,pseudohyphal growth,molecular_function unknown,cytoplasm*,S000003908 YJR147W=D <= PHO4=D RAP1=D | [24,0,42],0.36,[32,0,5],0.86,[0,0,12],0,0.86,YJR147W,HMS2,1077,pseudohyphal growth,molecular_function unknown,cytoplasm*,S000003908 YJR148W=D <= SKN7=I | [479,84,802],0.3,[150,6,106],0.55,[0,0,7],0,0.55,YJR148W,BAT2,1131,branched chain family amino acid biosynthesis*,branched-chain-amino-acid transaminase activity,cytoplasm*,S000003909 YJR152W=D <= DAL82=D | [966,17,328],0.72,[43,44,92],0.12,[0,0,7],0,0.72,YJR152W,DAL5,1632,allantoate transport,allantoate transporter activity,plasma membrane,S000003913 YJR152W=D <= DAL82=D GCN4=D | [326,0,35],0.9,[0,2,1],0,[0,0,0],0,0.9,YJR152W,DAL5,1632,allantoate transport,allantoate transporter activity,plasma membrane,S000003913 YJR152W=D <= DAL82=D GLN3=D | [460,0,0],1,[1,0,18],0.05,[0,0,0],0,1,YJR152W,DAL5,1632,allantoate transport,allantoate transporter activity,plasma membrane,S000003913 YJR152W=D <= GAT1=D | [2190,11,1369],0.61,[48,8,225],0.15,[18,0,185],0.09,0.61,YJR152W,DAL5,1632,allantoate transport,allantoate transporter activity,plasma membrane,S000003913 YJR152W=D <= GAT1=D GLN3=D | [526,0,8],0.99,[7,2,41],0.11,[0,0,0],0,0.99,YJR152W,DAL5,1632,allantoate transport,allantoate transporter activity,plasma membrane,S000003913 YJR152W=D <= GLN3=D | [635,0,25],0.96,[13,2,78],0.12,[0,4,6],0,0.96,YJR152W,DAL5,1632,allantoate transport,allantoate transporter activity,plasma membrane,S000003913 YKL001C=D <= MET32=D | [1145,12,877],0.56,[10,21,169],0.02,[26,0,60],0.3,0.56,YKL001C,MET14,609,methionine metabolism*,adenylyl-sulfate kinase activity,intracellular,S000001484 YKL008C=D <= ABF1=D CBF1=D | [79,2,102],0.42,[10,11,69],0.05,[1,0,2],0.33,0.42,YKL008C,LAC1,1257,ceramide biosynthesis*,sphingosine N-acyltransferase activity,endoplasmic reticulum,S000001491 YKL008C=D <= CBF1=D MBP1=I | [47,0,31],0.6,[0,0,4],0,[1,0,1],0.5,0.6,YKL008C,LAC1,1257,ceramide biosynthesis*,sphingosine N-acyltransferase activity,endoplasmic reticulum,S000001491 YKL008C=D <= MBP1=D SWI6=D | [8,0,17],0.32,[0,0,6],0,[11,1,5],0.59,0.59,YKL008C,LAC1,1257,ceramide biosynthesis*,sphingosine N-acyltransferase activity,endoplasmic reticulum,S000001491 YKL008C=D <= SWI4=D SWI6=D | [278,0,210],0.57,[2,0,18],0.1,[0,0,5],0,0.57,YKL008C,LAC1,1257,ceramide biosynthesis*,sphingosine N-acyltransferase activity,endoplasmic reticulum,S000001491 YKL008C=D <= SWI6=D | [427,0,594],0.42,[11,0,51],0.18,[24,3,117],0.15,0.42,YKL008C,LAC1,1257,ceramide biosynthesis*,sphingosine N-acyltransferase activity,endoplasmic reticulum,S000001491 YKL016C=D <= CBF1=D RPN4=D TYE7=D | [13,0,28],0.32,[0,0,5],0,[0,0,0],0,0.32,YKL016C,ATP7,525,protein complex assembly*,structural molecule activity*,"proton-transporting ATP synthase, stator stalk (sensu Eukaryota)",S000001499 YKL026C=D <= CIN5=D | [2313,490,2300],0.37,[121,17,169],0.35,[14,7,283],0.03,0.37,YKL026C,GPX1,504,response to oxidative stress,glutathione peroxidase activity,cellular_component unknown,S000001509 YKL029C=D <= CIN5=I | [1970,94,3271],0.35,[115,37,155],0.28,[79,8,217],0.24,0.35,YKL029C,MAE1,2010,pyruvate metabolism*,malate dehydrogenase (oxaloacetate-decarboxylating) (NADP+) activity,mitochondrion,S000001512 YKL038W=D <= FKH1=I HAP1=I | [38,3,46],0.4,[0,0,3],0,[0,0,35],0,0.4,YKL038W,RGT1,3513,glucose metabolism*,DNA binding*,nucleus,S000001521 YKL038W=D <= FKH1=I UME6=I | [140,0,16],0.9,[0,4,3],0,[0,0,35],0,0.9,YKL038W,RGT1,3513,glucose metabolism*,DNA binding*,nucleus,S000001521 YKL038W=D <= UME6=I | [162,1,35],0.81,[4,8,24],0.04,[0,2,109],0,0.81,YKL038W,RGT1,3513,glucose metabolism*,DNA binding*,nucleus,S000001521 YKL051W=D <= GCN4=I HSF1=I | [56,1,59],0.47,[0,0,0],0,[0,0,18],0,0.47,YKL051W,SFK1,1062,actin cytoskeleton organization and biogenesis*,molecular_function unknown,plasma membrane,S000001534 YKL051W=D <= HAP1=D HSF1=I | [30,0,5],0.86,[0,1,0],0,[0,0,3],0,0.86,YKL051W,SFK1,1062,actin cytoskeleton organization and biogenesis*,molecular_function unknown,plasma membrane,S000001534 YKL051W=D <= HSF1=I NRG1=I | [238,69,314],0.3,[0,26,5],0,[0,0,29],0,0.3,YKL051W,SFK1,1062,actin cytoskeleton organization and biogenesis*,molecular_function unknown,plasma membrane,S000001534 YKL054C=D <= AFT2=I RPN4=I | [152,7,310],0.31,[40,0,89],0.31,[0,8,16],0,0.31,YKL054C,DEF1,2217,ubiquitin-dependent protein catabolism*,molecular_function unknown,nucleus,S000001537 YKL060C=D <= ABF1=D | [277,4,118],0.68,[28,24,194],0.06,[44,1,151],0.22,0.68,YKL060C,FBA1,1080,gluconeogenesis*,fructose-bisphosphate aldolase activity,cytoplasm*,S000001543 YKL060C=D <= ABF1=D GCN4=I | [38,0,10],0.79,[2,0,1],0.67,[0,0,0],0,0.79,YKL060C,FBA1,1080,gluconeogenesis*,fructose-bisphosphate aldolase activity,cytoplasm*,S000001543 YKL060C=D <= ABF1=D GCR1=D | [39,0,5],0.89,[6,2,16],0.19,[7,0,11],0.39,0.89,YKL060C,FBA1,1080,gluconeogenesis*,fructose-bisphosphate aldolase activity,cytoplasm*,S000001543 YKL060C=D <= ABF1=D INO2=I | [64,0,0],1,[0,0,9],0,[0,0,2],0,1,YKL060C,FBA1,1080,gluconeogenesis*,fructose-bisphosphate aldolase activity,cytoplasm*,S000001543 YKL060C=D <= GCR1=D | [252,0,390],0.39,[42,2,87],0.31,[20,1,119],0.14,0.39,YKL060C,FBA1,1080,gluconeogenesis*,fructose-bisphosphate aldolase activity,cytoplasm*,S000001543 YKL062W=D <= GLN3=D | [405,27,232],0.57,[14,16,109],0.05,[0,0,10],0,0.57,YKL062W,MSN4,1893,response to stress*,DNA binding*,cytoplasm*,S000001545 YKL062W=D <= GLN3=D PHD1=D | [245,2,102],0.7,[9,7,72],0.06,[0,0,1],0,0.7,YKL062W,MSN4,1893,response to stress*,DNA binding*,cytoplasm*,S000001545 YKL062W=D <= LEU3=I SKN7=I | [58,1,38],0.59,[2,3,14],0.04,[0,0,0],0,0.59,YKL062W,MSN4,1893,response to stress*,DNA binding*,cytoplasm*,S000001545 YKL062W=D <= RAP1=I | [696,57,822],0.41,[76,14,145],0.27,[17,0,112],0.13,0.41,YKL062W,MSN4,1893,response to stress*,DNA binding*,cytoplasm*,S000001545 YKL062W=D <= RAP1=I SUT1=I | [85,2,35],0.68,[12,0,13],0.48,[2,0,6],0.25,0.68,YKL062W,MSN4,1893,response to stress*,DNA binding*,cytoplasm*,S000001545 YKL062W=D <= SKN7=I | [500,76,793],0.32,[61,22,150],0.19,[1,0,6],0.14,0.32,YKL062W,MSN4,1893,response to stress*,DNA binding*,cytoplasm*,S000001545 YKL072W=D <= REB1=D | [166,0,185],0.47,[15,4,187],0.06,[0,0,68],0,0.47,YKL072W,STB6,2301,biological_process unknown,molecular_function unknown,cellular_component unknown,S000001555 YKL078W=D <= ABF1=D | [266,59,67],0.56,[114,18,114],0.4,[4,26,166],0,0.56,YKL078W,DHR2,2208,ribosome biogenesis,RNA helicase activity,nucleolus,S000001561 YKL078W=D <= ABF1=D UME6=D | [142,0,1],0.99,[10,0,8],0.56,[0,0,1],0,0.99,YKL078W,DHR2,2208,ribosome biogenesis,RNA helicase activity,nucleolus,S000001561 YKL078W=D <= UME6=D | [173,5,16],0.87,[15,6,19],0.27,[1,19,91],0,0.87,YKL078W,DHR2,2208,ribosome biogenesis,RNA helicase activity,nucleolus,S000001561 YKL081W=D <= INO2=I | [980,16,205],0.8,[29,21,179],0.07,[0,0,61],0,0.8,YKL081W,TEF4,1565,translational elongation,translation elongation factor activity,mitochondrion*,S000001564 YKL085W=D <= MSN2=I MSN4=D | [93,2,53],0.62,[10,0,12],0.45,[0,0,0],0,0.62,YKL085W,MDH1,1005,tricarboxylic acid cycle*,L-malate dehydrogenase activity,mitochondrial matrix,S000001568 YKL085W=D <= MSN4=D | [2514,93,2643],0.46,[181,2,265],0.4,[64,7,228],0.19,0.46,YKL085W,MDH1,1005,tricarboxylic acid cycle*,L-malate dehydrogenase activity,mitochondrial matrix,S000001568 YKL087C=D <= CAD1=D SKN7=I YAP1=D | [25,0,5],0.83,[0,0,0],0,[0,0,0],0,0.83,YKL087C,CYT2,675,cytochrome c-heme linkage,holocytochrome-c synthase activity,mitochondrial intermembrane space,S000001570 YKL087C=D <= CAD1=D YAP1=D | [118,0,182],0.39,[10,0,20],0.33,[0,0,0],0,0.39,YKL087C,CYT2,675,cytochrome c-heme linkage,holocytochrome-c synthase activity,mitochondrial intermembrane space,S000001570 YKL087C=D <= CAD1=D YAP7=I | [80,0,71],0.53,[8,1,18],0.26,[0,0,0],0,0.53,YKL087C,CYT2,675,cytochrome c-heme linkage,holocytochrome-c synthase activity,mitochondrial intermembrane space,S000001570 YKL087C=D <= SKN7=D YAP1=D | [65,0,133],0.33,[1,0,2],0.33,[0,0,0],0,0.33,YKL087C,CYT2,675,cytochrome c-heme linkage,holocytochrome-c synthase activity,mitochondrial intermembrane space,S000001570 YKL095W=D <= DIG1=I STE12=I | [54,0,31],0.64,[0,16,28],0,[0,0,13],0,0.64,YKL095W,YJU2,837,"nuclear mRNA splicing, via spliceosome",molecular_function unknown,nucleus,S000001578 YKL096W=D <= DIG1=D NRG1=D | [32,7,22],0.43,[6,4,11],0.17,[0,3,4],0,0.43,YKL096W,CWP1,720,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi),S000001579 YKL096W=D <= DIG1=D SKO1=D | [106,2,22],0.8,[15,0,2],0.88,[0,0,0],0,0.88,YKL096W,CWP1,720,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi),S000001579 YKL096W=D <= DIG1=D SWI4=D | [44,8,24],0.49,[22,1,3],0.81,[0,11,1],0,0.81,YKL096W,CWP1,720,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi),S000001579 YKL096W=D <= DIG1=D SWI6=D | [113,2,27],0.78,[5,0,3],0.62,[0,1,0],0,0.78,YKL096W,CWP1,720,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi),S000001579 YKL096W=D <= DIG1=D TEC1=D | [25,3,8],0.62,[70,5,30],0.62,[0,18,10],0,0.62,YKL096W,CWP1,720,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi),S000001579 YKL096W=D <= SKO1=D | [375,47,352],0.43,[36,0,16],0.69,[3,0,1],0.75,0.75,YKL096W,CWP1,720,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi),S000001579 YKL096W=D <= STE12=I SUT1=I | [45,10,32],0.42,[9,5,13],0.21,[0,0,0],0,0.42,YKL096W,CWP1,720,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi),S000001579 YKL096W=D <= SUT1=I | [367,55,425],0.38,[64,39,81],0.22,[68,32,134],0.2,0.38,YKL096W,CWP1,720,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi),S000001579 YKL096W=D <= TEC1=D | [1240,214,487],0.54,[228,76,271],0.3,[103,276,457],0.03,0.54,YKL096W,CWP1,720,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi),S000001579 YKL099C=D <= ABF1=D | [221,38,138],0.48,[91,30,125],0.28,[2,17,177],0,0.48,YKL099C,UTP11,771,processing of 20S pre-rRNA,snoRNA binding,small nucleolar ribonucleoprotein complex,S000001582 YKL101W=D <= AFT2=I CAD1=I GCN4=I | [41,0,3],0.93,[0,0,0],0,[0,0,0],0,0.93,YKL101W,HSL1,4557,protein amino acid phosphorylation*,protein kinase activity,bud neck*,S000001584 YKL101W=D <= AFT2=I GCN4=I | [121,2,129],0.47,[0,0,0],0,[0,0,0],0,0.47,YKL101W,HSL1,4557,protein amino acid phosphorylation*,protein kinase activity,bud neck*,S000001584 YKL101W=D <= AFT2=I MSN4=I | [269,2,226],0.54,[7,0,49],0.12,[0,0,2],0,0.54,YKL101W,HSL1,4557,protein amino acid phosphorylation*,protein kinase activity,bud neck*,S000001584 YKL101W=D <= CAD1=I | [418,5,893],0.31,[0,17,118],0,[19,9,91],0.11,0.31,YKL101W,HSL1,4557,protein amino acid phosphorylation*,protein kinase activity,bud neck*,S000001584 YKL101W=D <= CAD1=I GCN4=I | [70,0,29],0.71,[0,0,0],0,[0,0,0],0,0.71,YKL101W,HSL1,4557,protein amino acid phosphorylation*,protein kinase activity,bud neck*,S000001584 YKL101W=D <= CAD1=I MBP1=D | [40,0,61],0.4,[0,1,23],0,[0,0,1],0,0.4,YKL101W,HSL1,4557,protein amino acid phosphorylation*,protein kinase activity,bud neck*,S000001584 YKL101W=D <= GCN4=I MSN4=I | [204,0,337],0.38,[0,1,0],0,[0,2,1],0,0.38,YKL101W,HSL1,4557,protein amino acid phosphorylation*,protein kinase activity,bud neck*,S000001584 YKL103C=D <= AFT2=D MSN4=D | [195,60,242],0.3,[62,0,6],0.91,[1,0,1],0.5,0.91,YKL103C,LAP4,1545,vacuolar protein catabolism,aminopeptidase I activity,vacuole (sensu Fungi),S000001586 YKL103C=D <= AFT2=I SWI4=D | [107,23,142],0.32,[8,23,10],0.05,[0,0,1],0,0.32,YKL103C,LAP4,1545,vacuolar protein catabolism,aminopeptidase I activity,vacuole (sensu Fungi),S000001586 YKL103C=D <= CAD1=D | [1015,30,294],0.74,[100,23,47],0.48,[19,26,74],0.07,0.74,YKL103C,LAP4,1545,vacuolar protein catabolism,aminopeptidase I activity,vacuole (sensu Fungi),S000001586 YKL103C=D <= CAD1=D GCN4=I | [225,4,17],0.9,[6,0,3],0.67,[0,0,0],0,0.9,YKL103C,LAP4,1545,vacuolar protein catabolism,aminopeptidase I activity,vacuole (sensu Fungi),S000001586 YKL103C=D <= CAD1=D MOT3=D | [44,0,2],0.96,[9,0,1],0.9,[0,0,1],0,0.96,YKL103C,LAP4,1545,vacuolar protein catabolism,aminopeptidase I activity,vacuole (sensu Fungi),S000001586 YKL103C=D <= CAD1=D MSN4=D | [673,17,157],0.77,[45,1,9],0.8,[0,0,8],0,0.8,YKL103C,LAP4,1545,vacuolar protein catabolism,aminopeptidase I activity,vacuole (sensu Fungi),S000001586 YKL103C=D <= CAD1=D MSN4=I | [68,2,13],0.8,[0,8,5],0,[0,1,0],0,0.8,YKL103C,LAP4,1545,vacuolar protein catabolism,aminopeptidase I activity,vacuole (sensu Fungi),S000001586 YKL103C=D <= CAD1=D YAP7=I | [127,6,18],0.8,[21,0,7],0.75,[0,0,0],0,0.8,YKL103C,LAP4,1545,vacuolar protein catabolism,aminopeptidase I activity,vacuole (sensu Fungi),S000001586 YKL103C=D <= GCN4=I | [1145,143,712],0.51,[66,0,15],0.81,[5,8,41],0.04,0.81,YKL103C,LAP4,1545,vacuolar protein catabolism,aminopeptidase I activity,vacuole (sensu Fungi),S000001586 YKL103C=D <= MBP1=I | [526,198,567],0.3,[158,15,97],0.53,[132,48,316],0.2,0.53,YKL103C,LAP4,1545,vacuolar protein catabolism,aminopeptidase I activity,vacuole (sensu Fungi),S000001586 YKL103C=D <= MBP1=I YAP7=I | [120,7,38],0.69,[69,2,25],0.7,[0,0,1],0,0.7,YKL103C,LAP4,1545,vacuolar protein catabolism,aminopeptidase I activity,vacuole (sensu Fungi),S000001586 YKL103C=D <= MOT3=D | [200,26,133],0.49,[52,4,35],0.53,[22,15,91],0.1,0.53,YKL103C,LAP4,1545,vacuolar protein catabolism,aminopeptidase I activity,vacuole (sensu Fungi),S000001586 YKL103C=D <= MOT3=D MSN4=D | [93,14,36],0.57,[29,0,5],0.85,[1,0,2],0.33,0.85,YKL103C,LAP4,1545,vacuolar protein catabolism,aminopeptidase I activity,vacuole (sensu Fungi),S000001586 YKL103C=D <= MSN4=D | [2698,491,1817],0.46,[299,28,121],0.61,[73,15,211],0.2,0.61,YKL103C,LAP4,1545,vacuolar protein catabolism,aminopeptidase I activity,vacuole (sensu Fungi),S000001586 YKL103C=D <= SWI4=D YAP7=I | [36,2,9],0.73,[2,11,2],0.02,[3,0,5],0.38,0.73,YKL103C,LAP4,1545,vacuolar protein catabolism,aminopeptidase I activity,vacuole (sensu Fungi),S000001586 YKL103C=D <= YAP7=I | [495,166,307],0.38,[201,65,119],0.39,[8,3,24],0.17,0.39,YKL103C,LAP4,1545,vacuolar protein catabolism,aminopeptidase I activity,vacuole (sensu Fungi),S000001586 YKL104C=D <= REB1=D | [224,25,70],0.63,[30,16,160],0.09,[0,13,55],0,0.63,YKL104C,GFA1,2154,cell wall chitin biosynthesis,glutamine-fructose-6-phosphate transaminase (isomerizing) activity,cellular_component unknown,S000001587 YKL104C=D <= REB1=D STE12=D | [184,0,9],0.95,[6,4,54],0.06,[0,0,0],0,0.95,YKL104C,GFA1,2154,cell wall chitin biosynthesis,glutamine-fructose-6-phosphate transaminase (isomerizing) activity,cellular_component unknown,S000001587 YKL104C=D <= REB1=D TEC1=D | [54,6,4],0.76,[10,3,81],0.08,[0,0,7],0,0.76,YKL104C,GFA1,2154,cell wall chitin biosynthesis,glutamine-fructose-6-phosphate transaminase (isomerizing) activity,cellular_component unknown,S000001587 YKL104C=D <= STE12=D | [1259,4,1298],0.49,[17,30,137],0.03,[28,2,72],0.26,0.49,YKL104C,GFA1,2154,cell wall chitin biosynthesis,glutamine-fructose-6-phosphate transaminase (isomerizing) activity,cellular_component unknown,S000001587 YKL104C=D <= STE12=D TEC1=D | [342,0,19],0.95,[9,15,103],0.03,[8,2,28],0.17,0.95,YKL104C,GFA1,2154,cell wall chitin biosynthesis,glutamine-fructose-6-phosphate transaminase (isomerizing) activity,cellular_component unknown,S000001587 YKL109W=D <= ASH1=D HSF1=D NRG1=D | [52,0,4],0.93,[7,0,2],0.78,[0,0,12],0,0.93,YKL109W,HAP4,1665,transcription*,transcriptional activator activity,CCAAT-binding factor complex,S000001592 YKL109W=D <= ASH1=I SKN7=I | [86,6,63],0.52,[0,54,105],0,[1,0,0],1,1,YKL109W,HAP4,1665,transcription*,transcriptional activator activity,CCAAT-binding factor complex,S000001592 YKL109W=D <= CIN5=D | [2341,496,2655],0.35,[45,55,207],0.07,[13,37,198],0.01,0.35,YKL109W,HAP4,1665,transcription*,transcriptional activator activity,CCAAT-binding factor complex,S000001592 YKL109W=D <= CIN5=D GAL4=D | [178,19,120],0.51,[0,0,2],0,[0,0,2],0,0.51,YKL109W,HAP4,1665,transcription*,transcriptional activator activity,CCAAT-binding factor complex,S000001592 YKL109W=D <= CIN5=D HSF1=D | [222,8,47],0.77,[8,0,5],0.62,[0,0,2],0,0.77,YKL109W,HAP4,1665,transcription*,transcriptional activator activity,CCAAT-binding factor complex,S000001592 YKL109W=D <= GAL4=D NRG1=D | [150,0,22],0.87,[1,0,2],0.33,[0,0,0],0,0.87,YKL109W,HAP4,1665,transcription*,transcriptional activator activity,CCAAT-binding factor complex,S000001592 YKL109W=D <= GAL4=D PHD1=D | [123,3,27],0.78,[1,0,5],0.17,[0,0,2],0,0.78,YKL109W,HAP4,1665,transcription*,transcriptional activator activity,CCAAT-binding factor complex,S000001592 YKL109W=D <= HSF1=D | [390,84,400],0.37,[36,1,62],0.35,[0,7,62],0,0.37,YKL109W,HAP4,1665,transcription*,transcriptional activator activity,CCAAT-binding factor complex,S000001592 YKL109W=D <= HSF1=D NRG1=D SUT1=I | [38,0,5],0.88,[6,0,1],0.86,[0,0,0],0,0.88,YKL109W,HAP4,1665,transcription*,transcriptional activator activity,CCAAT-binding factor complex,S000001592 YKL109W=D <= MOT3=D | [163,47,148],0.35,[10,16,65],0.04,[8,9,108],0.03,0.35,YKL109W,HAP4,1665,transcription*,transcriptional activator activity,CCAAT-binding factor complex,S000001592 YKL109W=D <= MOT3=D NRG1=D | [111,0,14],0.89,[1,0,2],0.33,[0,2,16],0,0.89,YKL109W,HAP4,1665,transcription*,transcriptional activator activity,CCAAT-binding factor complex,S000001592 YKL109W=D <= MOT3=D PHD1=D | [36,0,1],0.97,[3,14,26],0.01,[0,0,3],0,0.97,YKL109W,HAP4,1665,transcription*,transcriptional activator activity,CCAAT-binding factor complex,S000001592 YKL109W=D <= NRG1=D | [2514,134,1892],0.53,[155,0,210],0.42,[2,11,194],0,0.53,YKL109W,HAP4,1665,transcription*,transcriptional activator activity,CCAAT-binding factor complex,S000001592 YKL109W=D <= NRG1=D PHD1=I | [174,25,308],0.3,[73,0,46],0.61,[0,1,11],0,0.61,YKL109W,HAP4,1665,transcription*,transcriptional activator activity,CCAAT-binding factor complex,S000001592 YKL109W=D <= SKN7=I | [664,199,402],0.4,[2,86,174],0,[2,0,5],0.29,0.4,YKL109W,HAP4,1665,transcription*,transcriptional activator activity,CCAAT-binding factor complex,S000001592 YKL110C=D <= ASH1=D SOK2=I | [234,10,253],0.45,[4,9,52],0.02,[4,0,38],0.1,0.45,YKL110C,KTI12,942,carbon utilization,enzyme regulator activity,"DNA-directed RNA polymerase II, holoenzyme",S000001593 YKL110C=D <= CIN5=I NRG1=I | [640,1,1334],0.32,[28,0,24],0.54,[0,0,12],0,0.54,YKL110C,KTI12,942,carbon utilization,enzyme regulator activity,"DNA-directed RNA polymerase II, holoenzyme",S000001593 YKL110C=D <= CIN5=I SKN7=I | [72,1,71],0.49,[21,1,2],0.84,[0,0,1],0,0.84,YKL110C,KTI12,942,carbon utilization,enzyme regulator activity,"DNA-directed RNA polymerase II, holoenzyme",S000001593 YKL110C=D <= MOT3=I NRG1=I SOK2=I | [25,0,12],0.68,[0,0,0],0,[0,0,0],0,0.68,YKL110C,KTI12,942,carbon utilization,enzyme regulator activity,"DNA-directed RNA polymerase II, holoenzyme",S000001593 YKL110C=D <= MOT3=I SOK2=I | [27,0,15],0.64,[9,0,29],0.24,[0,0,4],0,0.64,YKL110C,KTI12,942,carbon utilization,enzyme regulator activity,"DNA-directed RNA polymerase II, holoenzyme",S000001593 YKL113C=D <= SWI6=D | [396,6,625],0.38,[4,2,56],0.04,[27,6,66],0.22,0.38,YKL113C,RAD27,1149,DNA repair*,5'-flap endonuclease activity,nucleus,S000001596 YKL122C=D <= REB1=D | [337,1,59],0.85,[24,61,121],0.03,[5,15,48],0.02,0.85,YKL122C,SRP21,504,protein-ER targeting,signal sequence binding,nucleus*,S000001605 YKL128C=D <= HSF1=I | [455,1,379],0.54,[12,0,87],0.12,[1,5,55],0,0.54,YKL128C,PMU1,888,biological_process unknown,molecular_function unknown,cytoplasm*,S000001611 YKL143W=D <= ABF1=D | [185,42,106],0.45,[89,43,114],0.24,[8,6,99],0.04,0.45,YKL143W,LTV1,1392,biological_process unknown,molecular_function unknown,cytoplasm,S000001626 YKL144C=D <= ABF1=D | [228,18,152],0.53,[41,20,164],0.12,[3,5,183],0.01,0.53,YKL144C,RPC25,639,transcription from Pol III promoter,DNA-directed RNA polymerase activity,DNA-directed RNA polymerase III complex,S000001627 YKL145W=D <= REB1=D | [209,1,127],0.62,[11,56,139],0.01,[1,1,66],0.01,0.62,YKL145W,RPT1,1404,ubiquitin-dependent protein catabolism,ATPase activity*,proteasome regulatory particle (sensu Eukaryota),S000001628 YKL146W=D <= HAP4=D | [2100,20,4072],0.34,[31,13,271],0.07,[0,0,255],0,0.34,YKL146W,AVT3,2079,neutral amino acid transport,neutral amino acid transporter activity,vacuole,S000001629 YKL146W=D <= HAP4=D SKN7=D | [177,0,20],0.9,[3,10,60],0.01,[0,0,0],0,0.9,YKL146W,AVT3,2079,neutral amino acid transport,neutral amino acid transporter activity,vacuole,S000001629 YKL148C=D <= HAP4=D | [4490,36,1666],0.72,[120,18,201],0.31,[16,4,235],0.05,0.72,YKL148C,SDH1,1923,tricarboxylic acid cycle*,succinate dehydrogenase (ubiquinone) activity,respiratory chain complex II (sensu Eukaryota),S000001631 YKL148C=D <= HAP4=D SKN7=D | [152,2,43],0.76,[27,9,41],0.26,[0,0,0],0,0.76,YKL148C,SDH1,1923,tricarboxylic acid cycle*,succinate dehydrogenase (ubiquinone) activity,respiratory chain complex II (sensu Eukaryota),S000001631 YKL148C=D <= HAP4=D SKN7=I | [598,0,65],0.9,[0,0,1],0,[0,0,2],0,0.9,YKL148C,SDH1,1923,tricarboxylic acid cycle*,succinate dehydrogenase (ubiquinone) activity,respiratory chain complex II (sensu Eukaryota),S000001631 YKL150W=D <= PHO4=I RAP1=I | [56,0,14],0.8,[38,0,6],0.86,[2,0,10],0.17,0.86,YKL150W,MCR1,909,response to oxidative stress*,cytochrome-b5 reductase activity,mitochondrial intermembrane space*,S000001633 YKL150W=D <= RAP1=I | [932,31,601],0.58,[134,8,107],0.51,[20,0,109],0.16,0.58,YKL150W,MCR1,909,response to oxidative stress*,cytochrome-b5 reductase activity,mitochondrial intermembrane space*,S000001633 YKL151C=D <= PHO4=I RAP1=I | [44,2,23],0.61,[33,1,10],0.73,[1,0,11],0.08,0.73,YKL151C,,1014,biological_process unknown,molecular_function unknown,cytoplasm,S000001634 YKL151C=D <= RAP1=I | [747,41,585],0.52,[124,18,114],0.42,[24,0,105],0.19,0.52,YKL151C,,1014,biological_process unknown,molecular_function unknown,cytoplasm,S000001634 YKL152C=D <= GCR1=D | [256,2,378],0.4,[23,6,93],0.15,[18,27,96],0.05,0.4,YKL152C,GPM1,744,gluconeogenesis*,phosphoglycerate mutase activity,cytosol,S000001635 YKL152C=D <= GCR1=D TYE7=D | [99,1,62],0.6,[10,2,30],0.2,[1,0,2],0.33,0.6,YKL152C,GPM1,744,gluconeogenesis*,phosphoglycerate mutase activity,cytosol,S000001635 YKL152C=D <= RAP1=D TYE7=D | [94,14,96],0.4,[0,0,13],0,[0,0,1],0,0.4,YKL152C,GPM1,744,gluconeogenesis*,phosphoglycerate mutase activity,cytosol,S000001635 YKL171W=D <= CIN5=D SNT2=D | [267,0,161],0.62,[0,2,22],0,[0,0,0],0,0.62,YKL171W,,2787,proteolysis and peptidolysis,protein kinase activity,cytoplasm,S000001654 YKL171W=D <= SNT2=D | [483,0,446],0.52,[3,3,86],0.02,[0,5,4],0,0.52,YKL171W,,2787,proteolysis and peptidolysis,protein kinase activity,cytoplasm,S000001654 YKL172W=D <= ABF1=D | [281,46,70],0.61,[103,26,117],0.33,[10,72,114],0.01,0.61,YKL172W,EBP2,1284,rRNA processing,molecular_function unknown,nucleolus,S000001655 YKL180W=D <= FHL1=D | [227,18,178],0.5,[25,8,42],0.25,[8,8,154],0.02,0.5,YKL180W,RPL17A,861,protein biosynthesis,structural constituent of ribosome,cytoplasm*,S000001663 YKL180W=D <= FHL1=D RAP1=D | [106,1,24],0.8,[22,0,9],0.71,[1,0,4],0.2,0.8,YKL180W,RPL17A,861,protein biosynthesis,structural constituent of ribosome,cytoplasm*,S000001663 YKL180W=D <= RAP1=D | [796,58,721],0.47,[158,1,97],0.61,[11,0,118],0.09,0.61,YKL180W,RPL17A,861,protein biosynthesis,structural constituent of ribosome,cytoplasm*,S000001663 YKL182W=D <= ABF1=D CIN5=D | [29,7,19],0.42,[4,5,29],0.05,[0,0,3],0,0.42,YKL182W,FAS1,6156,fatty acid biosynthesis,[acyl-carrier protein] S-malonyltransferase activity*,mitochondrion*,S000001665 YKL182W=D <= ABF1=I DAL82=I | [13,1,11],0.48,[7,1,17],0.24,[0,0,0],0,0.48,YKL182W,FAS1,6156,fatty acid biosynthesis,[acyl-carrier protein] S-malonyltransferase activity*,mitochondrion*,S000001665 YKL182W=D <= ABF1=I INO4=I | [22,1,21],0.48,[2,0,1],0.67,[0,0,1],0,0.67,YKL182W,FAS1,6156,fatty acid biosynthesis,[acyl-carrier protein] S-malonyltransferase activity*,mitochondrion*,S000001665 YKL182W=D <= CIN5=I HAP5=I | [63,4,125],0.31,[0,7,24],0,[0,0,10],0,0.31,YKL182W,FAS1,6156,fatty acid biosynthesis,[acyl-carrier protein] S-malonyltransferase activity*,mitochondrion*,S000001665 YKL182W=D <= CIN5=I INO2=I | [65,2,108],0.36,[4,8,41],0.03,[0,0,0],0,0.36,YKL182W,FAS1,6156,fatty acid biosynthesis,[acyl-carrier protein] S-malonyltransferase activity*,mitochondrion*,S000001665 YKL182W=D <= DAL82=I | [602,24,694],0.44,[65,19,127],0.24,[0,0,7],0,0.44,YKL182W,FAS1,6156,fatty acid biosynthesis,[acyl-carrier protein] S-malonyltransferase activity*,mitochondrion*,S000001665 YKL182W=D <= DAL82=I INO4=I | [512,1,409],0.55,[10,0,10],0.5,[0,0,0],0,0.55,YKL182W,FAS1,6156,fatty acid biosynthesis,[acyl-carrier protein] S-malonyltransferase activity*,mitochondrion*,S000001665 YKL182W=D <= HAP1=D INO4=I | [65,0,64],0.5,[0,0,3],0,[0,1,3],0,0.5,YKL182W,FAS1,6156,fatty acid biosynthesis,[acyl-carrier protein] S-malonyltransferase activity*,mitochondrion*,S000001665 YKL182W=D <= HAP5=I INO2=I | [33,0,12],0.73,[0,3,11],0,[0,1,7],0,0.73,YKL182W,FAS1,6156,fatty acid biosynthesis,[acyl-carrier protein] S-malonyltransferase activity*,mitochondrion*,S000001665 YKL182W=D <= INO2=I | [558,18,628],0.45,[23,72,190],0.02,[0,1,60],0,0.45,YKL182W,FAS1,6156,fatty acid biosynthesis,[acyl-carrier protein] S-malonyltransferase activity*,mitochondrion*,S000001665 YKL182W=D <= INO4=I | [1178,41,1592],0.4,[32,11,92],0.18,[0,3,39],0,0.4,YKL182W,FAS1,6156,fatty acid biosynthesis,[acyl-carrier protein] S-malonyltransferase activity*,mitochondrion*,S000001665 YKL184W=D <= HSF1=I | [312,0,562],0.36,[24,0,75],0.24,[0,61,21],0,0.36,YKL184W,SPE1,1401,pantothenate biosynthesis,ornithine decarboxylase activity,cytoplasm,S000001667 YKL192C=D <= CBF1=D TYE7=D | [97,30,113],0.31,[0,3,44],0,[0,0,2],0,0.31,YKL192C,ACP1,378,fatty acid biosynthesis,acyl carrier activity,mitochondrion,S000001675 YKL209C=D <= MCM1=D STE12=D | [51,0,5],0.91,[4,0,0],1,[0,0,0],0,1,YKL209C,STE6,3873,peptide pheromone export,"ATPase activity, coupled to transmembrane movement of substances",shmoo tip*,S000001692 YKL209C=D <= STE12=D | [1697,1,829],0.67,[66,0,116],0.36,[13,3,81],0.11,0.67,YKL209C,STE6,3873,peptide pheromone export,"ATPase activity, coupled to transmembrane movement of substances",shmoo tip*,S000001692 YKL217W=D <= FKH1=I | [1977,35,732],0.71,[4,35,98],0,[11,16,613],0.01,0.71,YKL217W,JEN1,1851,lactate transport,lactate transporter activity,mitochondrion*,S000001700 YKL217W=D <= FKH1=I UME6=I | [154,3,1],0.96,[0,1,6],0,[0,0,35],0,0.96,YKL217W,JEN1,1851,lactate transport,lactate transporter activity,mitochondrion*,S000001700 YKL218C=D <= BAS1=I FKH1=I | [373,39,225],0.53,[14,3,33],0.23,[1,0,17],0.06,0.53,YKL218C,SRY1,981,amino acid derivative catabolism,threo-3-hydroxyaspartate ammonia-lyase activity*,cellular_component unknown,S000001701 YKL218C=D <= FKH1=I | [1111,201,875],0.43,[44,8,92],0.26,[69,7,590],0.09,0.43,YKL218C,SRY1,981,amino acid derivative catabolism,threo-3-hydroxyaspartate ammonia-lyase activity*,cellular_component unknown,S000001701 YKR009C=D <= SPT23=D | [296,33,316],0.41,[6,3,102],0.04,[0,0,36],0,0.41,YKR009C,FOX2,2703,fatty acid beta-oxidation,3-hydroxyacyl-CoA dehydrogenase activity*,peroxisomal matrix,S000001717 YKR009C=D <= UME6=I | [163,22,22],0.69,[1,0,37],0.03,[4,0,107],0.04,0.69,YKR009C,FOX2,2703,fatty acid beta-oxidation,3-hydroxyacyl-CoA dehydrogenase activity*,peroxisomal matrix,S000001717 YKR011C=D <= STE12=I | [946,156,1442],0.32,[106,6,47],0.63,[32,3,67],0.29,0.63,YKR011C,,1062,biological_process unknown,molecular_function unknown,nucleus,S000001719 YKR013W=D <= DIG1=D STE12=D | [45,3,38],0.49,[25,2,13],0.58,[2,2,9],0.08,0.58,YKR013W,PRY2,990,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi)*,S000001721 YKR013W=D <= DIG1=D SWI4=D SWI6=D | [20,1,27],0.4,[1,0,1],0.5,[0,0,0],0,0.5,YKR013W,PRY2,990,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi)*,S000001721 YKR013W=D <= DIG1=D SWI6=D | [60,3,78],0.41,[5,0,3],0.62,[1,0,0],1,1,YKR013W,PRY2,990,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi)*,S000001721 YKR013W=D <= STE12=D | [1429,25,1204],0.53,[61,5,102],0.34,[39,16,47],0.27,0.53,YKR013W,PRY2,990,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi)*,S000001721 YKR013W=D <= SWI6=D | [430,54,534],0.38,[7,7,47],0.06,[94,3,47],0.63,0.63,YKR013W,PRY2,990,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi)*,S000001721 YKR015C=D <= REB1=I | [226,0,160],0.59,[0,1,183],0,[0,2,66],0,0.59,YKR015C,,1707,biological_process unknown,molecular_function unknown,cellular_component unknown,S000001723 YKR016W=D <= REB1=D | [193,28,178],0.42,[1,31,174],0,[2,1,65],0.02,0.42,YKR016W,FMP13,1623,biological_process unknown,molecular_function unknown,mitochondrion,S000001724 YKR039W=D <= CIN5=D YAP7=D | [174,72,90],0.37,[32,2,11],0.67,[0,2,3],0,0.67,YKR039W,GAP1,1809,amino acid transport,amino acid permease activity,integral to plasma membrane,S000001747 YKR039W=D <= CIN5=I GLN3=D | [133,0,0],1,[2,0,5],0.29,[0,0,2],0,1,YKR039W,GAP1,1809,amino acid transport,amino acid permease activity,integral to plasma membrane,S000001747 YKR039W=D <= GLN3=D | [621,9,18],0.94,[61,18,66],0.32,[4,0,6],0.4,0.94,YKR039W,GAP1,1809,amino acid transport,amino acid permease activity,integral to plasma membrane,S000001747 YKR042W=D <= MCM1=D SKO1=D | [43,0,4],0.91,[0,0,0],0,[0,0,0],0,0.91,YKR042W,UTH1,1353,mitochondrion organization and biogenesis,molecular_function unknown,cell wall (sensu Fungi)*,S000001750 YKR042W=D <= SKO1=D SWI6=D | [536,0,117],0.82,[7,0,10],0.41,[0,1,0],0,0.82,YKR042W,UTH1,1353,mitochondrion organization and biogenesis,molecular_function unknown,cell wall (sensu Fungi)*,S000001750 YKR042W=D <= STE12=D | [1618,13,619],0.71,[22,27,111],0.06,[17,11,74],0.1,0.71,YKR042W,UTH1,1353,mitochondrion organization and biogenesis,molecular_function unknown,cell wall (sensu Fungi)*,S000001750 YKR042W=D <= SWI6=D | [664,19,246],0.69,[12,0,42],0.22,[3,57,84],0,0.69,YKR042W,UTH1,1353,mitochondrion organization and biogenesis,molecular_function unknown,cell wall (sensu Fungi)*,S000001750 YKR046C=D <= ABF1=I | [199,50,149],0.4,[94,49,103],0.25,[1,69,126],0,0.4,YKR046C,PET10,852,aerobic respiration,molecular_function unknown,lipid particle,S000001754 YKR052C=D <= AFT2=D | [473,7,895],0.34,[49,78,167],0.06,[6,0,99],0.06,0.34,YKR052C,MRS4,915,transport*,iron ion transporter activity*,mitochondrion,S000001760 YKR052C=D <= CAD1=D | [542,6,811],0.39,[70,37,63],0.27,[2,1,116],0.01,0.39,YKR052C,MRS4,915,transport*,iron ion transporter activity*,mitochondrion,S000001760 YKR052C=D <= CAD1=D YAP7=I | [90,5,56],0.56,[15,7,6],0.37,[0,0,0],0,0.56,YKR052C,MRS4,915,transport*,iron ion transporter activity*,mitochondrion,S000001760 YKR052C=D <= YAP1=D | [749,44,1236],0.35,[117,3,53],0.66,[7,0,43],0.14,0.66,YKR052C,MRS4,915,transport*,iron ion transporter activity*,mitochondrion,S000001760 YKR052C=D <= YAP1=D YAP7=D | [102,0,81],0.56,[2,0,0],1,[0,0,0],0,1,YKR052C,MRS4,915,transport*,iron ion transporter activity*,mitochondrion,S000001760 YKR056W=D <= HAP2=I | [227,2,40],0.84,[24,38,47],0.09,[0,1,34],0,0.84,YKR056W,TRM2,1920,tRNA modification,tRNA methyltransferase activity,cellular_component unknown,S000001764 YKR066C=D <= MCM1=I | [95,2,62],0.59,[7,2,68],0.07,[0,0,119],0,0.59,YKR066C,CCP1,1086,response to oxidative stress,cytochrome-c peroxidase activity,mitochondrion*,S000001774 YKR066C=D <= MCM1=I NRG1=D | [36,0,6],0.86,[0,1,14],0,[0,0,3],0,0.86,YKR066C,CCP1,1086,response to oxidative stress,cytochrome-c peroxidase activity,mitochondrion*,S000001774 YKR066C=D <= MSN2=I NRG1=D | [83,5,83],0.46,[1,4,16],0.01,[0,0,0],0,0.46,YKR066C,CCP1,1086,response to oxidative stress,cytochrome-c peroxidase activity,mitochondrion*,S000001774 YKR066C=D <= NRG1=D | [1773,226,2579],0.34,[25,30,310],0.03,[0,1,237],0,0.34,YKR066C,CCP1,1086,response to oxidative stress,cytochrome-c peroxidase activity,mitochondrion*,S000001774 YKR067W=D <= MCM1=I NRG1=D | [29,0,13],0.69,[0,2,13],0,[0,0,3],0,0.69,YKR067W,GPT2,2232,phospholipid biosynthesis,glycerol-3-phosphate O-acyltransferase activity,cytoplasm*,S000001775 YKR067W=D <= MSN4=D | [2096,251,2802],0.36,[113,16,319],0.22,[47,1,251],0.15,0.36,YKR067W,GPT2,2232,phospholipid biosynthesis,glycerol-3-phosphate O-acyltransferase activity,cytoplasm*,S000001775 YKR067W=D <= NRG1=D | [2196,98,2268],0.46,[71,65,229],0.1,[17,4,220],0.06,0.46,YKR067W,GPT2,2232,phospholipid biosynthesis,glycerol-3-phosphate O-acyltransferase activity,cytoplasm*,S000001775 YKR075C=D <= NRG1=D SKN7=D | [47,1,14],0.74,[18,9,4],0.39,[0,0,2],0,0.74,YKR075C,,924,biological_process unknown,molecular_function unknown,cytoplasm*,S000001783 YKR075C=D <= RGT1=D | [735,119,528],0.46,[113,41,166],0.26,[19,1,48],0.27,0.46,YKR075C,,924,biological_process unknown,molecular_function unknown,cytoplasm*,S000001783 YKR075C=D <= RGT1=D SKN7=D | [123,1,7],0.93,[73,0,53],0.58,[0,0,0],0,0.93,YKR075C,,924,biological_process unknown,molecular_function unknown,cytoplasm*,S000001783 YKR075C=D <= RGT1=D SUT1=D | [21,1,20],0.48,[34,7,20],0.46,[0,0,1],0,0.48,YKR075C,,924,biological_process unknown,molecular_function unknown,cytoplasm*,S000001783 YKR076W=D <= NRG1=D | [3432,135,880],0.74,[76,123,137],0.09,[33,7,203],0.11,0.74,YKR076W,ECM4,1113,cell wall organization and biogenesis,molecular_function unknown,cytoplasm,S000001784 YKR076W=D <= NRG1=D RGT1=D | [423,17,86],0.77,[4,3,10],0.13,[6,0,18],0.25,0.77,YKR076W,ECM4,1113,cell wall organization and biogenesis,molecular_function unknown,cytoplasm,S000001784 YKR076W=D <= RGT1=D | [754,233,376],0.42,[41,139,135],0.03,[13,1,54],0.18,0.42,YKR076W,ECM4,1113,cell wall organization and biogenesis,molecular_function unknown,cytoplasm,S000001784 YKR076W=D <= RGT1=D SKN7=D | [87,9,29],0.63,[11,72,41],0.01,[0,0,0],0,0.63,YKR076W,ECM4,1113,cell wall organization and biogenesis,molecular_function unknown,cytoplasm,S000001784 YKR076W=D <= SKN7=I | [689,268,303],0.39,[148,13,90],0.54,[0,1,6],0,0.54,YKR076W,ECM4,1113,cell wall organization and biogenesis,molecular_function unknown,cytoplasm,S000001784 YKR076W=D <= SUT1=I | [497,137,215],0.46,[104,22,56],0.47,[15,11,208],0.04,0.47,YKR076W,ECM4,1113,cell wall organization and biogenesis,molecular_function unknown,cytoplasm,S000001784 YKR079C=D <= BAS1=D | [1827,2,1926],0.49,[140,6,228],0.36,[14,0,146],0.09,0.49,YKR079C,TRZ1,2517,removal of tRNA 3'-trailer sequence,purine nucleotide binding*,cytoplasm*,S000001787 YKR081C=D <= ABF1=D | [278,38,83],0.61,[113,15,113],0.41,[1,14,181],0,0.61,YKR081C,RPF2,1035,ribosomal large subunit assembly and maintenance*,rRNA binding*,nucleolus,S000001789 YKR091W=D <= MBP1=I | [412,79,654],0.3,[70,1,199],0.26,[58,47,386],0.07,0.3,YKR091W,SRL3,741,"nucleobase, nucleoside, nucleotide and nucleic acid metabolism",molecular_function unknown,cytoplasm,S000001799 YKR091W=D <= MBP1=I STE12=I | [50,0,35],0.59,[20,0,23],0.47,[0,2,5],0,0.59,YKR091W,SRL3,741,"nucleobase, nucleoside, nucleotide and nucleic acid metabolism",molecular_function unknown,cytoplasm,S000001799 YKR091W=D <= STE12=I | [986,149,1465],0.33,[60,0,124],0.33,[1,22,78],0,0.33,YKR091W,SRL3,741,"nucleobase, nucleoside, nucleotide and nucleic acid metabolism",molecular_function unknown,cytoplasm,S000001799 YKR091W=D <= TEC1=D | [735,98,1022],0.35,[19,66,509],0.01,[101,48,687],0.08,0.35,YKR091W,SRL3,741,"nucleobase, nucleoside, nucleotide and nucleic acid metabolism",molecular_function unknown,cytoplasm,S000001799 YKR097W=D <= GCN4=D SIP4=D | [602,1,23],0.96,[0,0,0],0,[0,0,2],0,0.96,YKR097W,PCK1,1650,gluconeogenesis,phosphoenolpyruvate carboxykinase (ATP) activity,cytosol,S000001805 YKR097W=D <= SIP4=D | [3395,47,1936],0.62,[1,9,185],0,[78,19,278],0.17,0.62,YKR097W,PCK1,1650,gluconeogenesis,phosphoenolpyruvate carboxykinase (ATP) activity,cytosol,S000001805 YKR097W=D <= SIP4=D SKN7=D | [206,0,25],0.89,[0,1,15],0,[0,0,0],0,0.89,YKR097W,PCK1,1650,gluconeogenesis,phosphoenolpyruvate carboxykinase (ATP) activity,cytosol,S000001805 YKR102W=D <= CIN5=D NRG1=D SOK2=D | [220,2,32],0.86,[0,0,0],0,[0,0,1],0,0.86,YKR102W,FLO10,3510,flocculation (sensu Saccharomyces),mannose binding,cell wall (sensu Fungi),S000001810 YKR102W=D <= CIN5=D SOK2=D | [417,67,296],0.46,[28,3,55],0.29,[0,0,13],0,0.46,YKR102W,FLO10,3510,flocculation (sensu Saccharomyces),mannose binding,cell wall (sensu Fungi),S000001810 YKR102W=D <= NRG1=D SOK2=D | [249,3,44],0.83,[0,0,0],0,[0,0,2],0,0.83,YKR102W,FLO10,3510,flocculation (sensu Saccharomyces),mannose binding,cell wall (sensu Fungi),S000001810 YLL011W=D <= ABF1=D | [278,51,62],0.6,[55,22,157],0.17,[4,45,147],0,0.6,YLL011W,SOF1,1470,rRNA modification*,snoRNA binding,small nucleolar ribonucleoprotein complex*,S000003934 YLL011W=D <= ABF1=I DAL80=I | [46,25,23],0.32,[1,10,8],0,[13,0,7],0.65,0.65,YLL011W,SOF1,1470,rRNA modification*,snoRNA binding,small nucleolar ribonucleoprotein complex*,S000003934 YLL011W=D <= DAL80=I | [1530,342,2103],0.31,[68,27,131],0.22,[32,4,242],0.1,0.31,YLL011W,SOF1,1470,rRNA modification*,snoRNA binding,small nucleolar ribonucleoprotein complex*,S000003934 YLL019C=D <= UME6=I | [125,5,79],0.58,[1,0,39],0.03,[1,0,96],0.01,0.58,YLL019C,KNS1,2214,protein amino acid phosphorylation,protein serine/threonine kinase activity*,cellular_component unknown,S000003942 YLL025W=D <= ARR1=D | [287,0,155],0.65,[7,2,208],0.03,[0,6,78],0,0.65,YLL025W,,375,biological_process unknown,molecular_function unknown,cellular_component unknown,S000003948 YLL026W=D <= MSN4=D | [3552,368,1375],0.61,[372,8,68],0.81,[92,47,160],0.2,0.81,YLL026W,HSP104,2727,response to stress*,chaperone binding*,cytoplasm*,S000003949 YLL027W=D <= HAP2=D | [105,0,163],0.39,[15,0,91],0.14,[21,0,15],0.58,0.58,YLL027W,ISA1,753,iron ion transport,molecular_function unknown,mitochondrial matrix,S000003950 YLL027W=D <= HAP3=D | [388,7,693],0.35,[11,9,209],0.03,[1,0,28],0.03,0.35,YLL027W,ISA1,753,iron ion transport,molecular_function unknown,mitochondrial matrix,S000003950 YLL027W=D <= HAP3=D HAP5=D | [30,0,30],0.5,[0,3,37],0,[0,0,1],0,0.5,YLL027W,ISA1,753,iron ion transport,molecular_function unknown,mitochondrial matrix,S000003950 YLL029W=D <= HAP2=D | [193,0,72],0.73,[19,0,88],0.18,[1,0,35],0.03,0.73,YLL029W,,2250,biological_process unknown,molecular_function unknown,cytoplasm,S000003952 YLL039C=D <= HSF1=D | [504,5,370],0.57,[52,0,47],0.53,[0,1,79],0,0.57,YLL039C,UBI4,1146,response to stress*,ATP-dependent protein binding,cytoplasm,S000003962 YLL039C=D <= HSF1=D RPN4=D | [389,3,222],0.63,[14,0,3],0.82,[0,0,0],0,0.82,YLL039C,UBI4,1146,response to stress*,ATP-dependent protein binding,cytoplasm,S000003962 YLL039C=D <= RAP1=I | [622,67,886],0.36,[133,5,118],0.5,[4,0,125],0.03,0.5,YLL039C,UBI4,1146,response to stress*,ATP-dependent protein binding,cytoplasm,S000003962 YLL039C=D <= RPN4=D | [1449,138,2098],0.36,[112,24,346],0.19,[7,18,107],0.01,0.36,YLL039C,UBI4,1146,response to stress*,ATP-dependent protein binding,cytoplasm,S000003962 YLL045C=D <= FHL1=D | [262,18,143],0.58,[36,0,26],0.58,[1,8,161],0,0.58,YLL045C,RPL8B,771,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003968 YLL045C=D <= FHL1=D RAP1=D | [117,1,13],0.89,[26,0,3],0.9,[0,0,5],0,0.9,YLL045C,RPL8B,771,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003968 YLL045C=D <= RAP1=D | [954,36,585],0.58,[147,2,95],0.59,[7,0,122],0.05,0.59,YLL045C,RPL8B,771,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000003968 YLL052C=D <= YAP6=I YAP7=D | [20,0,38],0.34,[64,0,92],0.41,[0,0,0],0,0.41,YLL052C,AQY2,450,water transport,water channel activity,plasma membrane*,S000003975 YLL060C=D <= CAD1=D | [702,23,593],0.52,[93,11,66],0.49,[0,1,118],0,0.52,YLL060C,GTT2,702,glutathione metabolism,glutathione transferase activity,mitochondrion,S000003983 YLL060C=D <= CAD1=D YAP1=D | [267,0,16],0.94,[29,0,2],0.94,[0,0,0],0,0.94,YLL060C,GTT2,702,glutathione metabolism,glutathione transferase activity,mitochondrion,S000003983 YLL060C=D <= CAD1=D YAP7=D | [11,1,18],0.34,[22,0,2],0.92,[0,0,10],0,0.92,YLL060C,GTT2,702,glutathione metabolism,glutathione transferase activity,mitochondrion,S000003983 YLL060C=D <= YAP1=D | [1248,53,623],0.62,[123,7,43],0.67,[0,0,54],0,0.67,YLL060C,GTT2,702,glutathione metabolism,glutathione transferase activity,mitochondrion,S000003983 YLL060C=D <= YAP1=D YAP7=D | [156,1,20],0.88,[2,0,0],1,[0,0,0],0,1,YLL060C,GTT2,702,glutathione metabolism,glutathione transferase activity,mitochondrion,S000003983 YLL060C=D <= YAP1=D YAP7=I | [36,0,7],0.84,[43,4,9],0.7,[0,0,1],0,0.84,YLL060C,GTT2,702,glutathione metabolism,glutathione transferase activity,mitochondrion,S000003983 YLR004C=D <= THI2=D | [790,15,1773],0.3,[40,0,158],0.2,[49,18,169],0.15,0.3,YLR004C,,1572,transport,transporter activity,integral to membrane,S000003994 YLR008C=D <= DAL82=I | [457,18,845],0.33,[12,17,178],0.02,[0,1,6],0,0.33,YLR008C,PAM18,507,mitochondrial matrix protein import,unfolded protein binding*,presequence translocase-associated import motor*,S000003998 YLR008C=D <= DAL82=I NRG1=I | [352,2,253],0.58,[0,1,21],0,[0,0,0],0,0.58,YLR008C,PAM18,507,mitochondrial matrix protein import,unfolded protein binding*,presequence translocase-associated import motor*,S000003998 YLR008C=D <= NRG1=I | [1639,9,2963],0.35,[21,10,325],0.04,[5,18,218],0,0.35,YLR008C,PAM18,507,mitochondrial matrix protein import,unfolded protein binding*,presequence translocase-associated import motor*,S000003998 YLR009W=D <= DAL82=D NRG1=I | [23,0,9],0.72,[19,3,12],0.48,[0,0,1],0,0.72,YLR009W,RLP24,600,ribosomal large subunit biogenesis,molecular_function unknown,nucleolus,S000003999 YLR009W=D <= NRG1=I | [3035,51,1420],0.66,[106,64,175],0.19,[29,1,213],0.12,0.66,YLR009W,RLP24,600,ribosomal large subunit biogenesis,molecular_function unknown,nucleolus,S000003999 YLR012C=D <= NRG1=I UME6=D | [71,1,15],0.8,[1,0,2],0.33,[0,0,0],0,0.8,YLR012C,,300,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004002 YLR012C=D <= UME6=D | [136,3,58],0.68,[3,0,36],0.08,[3,13,95],0.01,0.68,YLR012C,,300,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004002 YLR013W=D <= NRG1=D UME6=I | [74,0,11],0.87,[0,3,0],0,[0,0,0],0,0.87,YLR013W,GAT3,426,transcription,transcription factor activity,nucleus,S000004003 YLR013W=D <= UME6=I | [134,1,57],0.69,[0,14,23],0,[2,10,54],0.01,0.69,YLR013W,GAT3,426,transcription,transcription factor activity,nucleus,S000004003 YLR029C=D <= ABF1=D | [277,53,66],0.59,[76,29,137],0.23,[6,2,173],0.02,0.59,YLR029C,RPL15A,615,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000004019 YLR029C=D <= ABF1=D CIN5=D | [40,5,10],0.65,[5,11,23],0.04,[0,0,3],0,0.65,YLR029C,RPL15A,615,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000004019 YLR029C=D <= ABF1=D CIN5=I | [144,9,15],0.81,[36,0,5],0.88,[0,0,20],0,0.88,YLR029C,RPL15A,615,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000004019 YLR029C=D <= ABF1=D FHL1=D | [91,5,8],0.83,[17,2,11],0.51,[0,0,16],0,0.83,YLR029C,RPL15A,615,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000004019 YLR029C=D <= FHL1=D | [180,32,207],0.36,[27,3,41],0.34,[8,1,150],0.04,0.36,YLR029C,RPL15A,615,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000004019 YLR038C=D <= HAP4=D | [2704,75,3413],0.42,[61,75,179],0.09,[18,9,228],0.05,0.42,YLR038C,COX12,252,cytochrome c oxidase biogenesis,cytochrome-c oxidase activity,respiratory chain complex IV (sensu Eukaryota),S000004028 YLR048W=D <= FHL1=D | [243,25,155],0.52,[39,3,33],0.48,[2,4,164],0,0.52,YLR048W,RPS0B,1118,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004038 YLR048W=D <= FHL1=D MBP1=D | [38,6,41],0.39,[28,1,7],0.75,[0,0,3],0,0.75,YLR048W,RPS0B,1118,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004038 YLR048W=D <= MBP1=D RAP1=D | [96,2,65],0.58,[73,0,10],0.88,[4,0,7],0.36,0.88,YLR048W,RPS0B,1118,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004038 YLR048W=D <= MBP1=I RIM101=I | [82,0,10],0.89,[0,0,2],0,[0,0,0],0,0.89,YLR048W,RPS0B,1118,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004038 YLR048W=D <= RAP1=D | [909,31,595],0.57,[167,3,86],0.64,[17,0,112],0.13,0.64,YLR048W,RPS0B,1118,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004038 YLR048W=D <= RAP1=D YOX1=D | [101,0,23],0.81,[45,0,35],0.56,[4,0,28],0.12,0.81,YLR048W,RPS0B,1118,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004038 YLR048W=D <= RIM101=I | [1172,3,236],0.83,[0,1,6],0,[9,0,111],0.07,0.83,YLR048W,RPS0B,1118,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004038 YLR048W=D <= SPT23=I | [304,39,242],0.46,[63,16,38],0.43,[0,1,35],0,0.46,YLR048W,RPS0B,1118,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004038 YLR056W=D <= ABF1=D | [262,1,136],0.65,[131,23,80],0.48,[102,0,94],0.52,0.65,YLR056W,ERG3,1098,ergosterol biosynthesis,C-5 sterol desaturase activity,endoplasmic reticulum,S000004046 YLR056W=D <= ABF1=D MBP1=D | [17,0,8],0.68,[70,4,26],0.66,[28,0,18],0.61,0.68,YLR056W,ERG3,1098,ergosterol biosynthesis,C-5 sterol desaturase activity,endoplasmic reticulum,S000004046 YLR056W=D <= ABF1=D SWI4=D | [42,0,29],0.59,[23,2,10],0.6,[16,0,11],0.59,0.6,YLR056W,ERG3,1098,ergosterol biosynthesis,C-5 sterol desaturase activity,endoplasmic reticulum,S000004046 YLR056W=D <= CIN5=I | [2601,122,2967],0.44,[96,77,126],0.18,[70,15,219],0.19,0.44,YLR056W,ERG3,1098,ergosterol biosynthesis,C-5 sterol desaturase activity,endoplasmic reticulum,S000004046 YLR056W=D <= SWI4=D | [551,27,308],0.59,[68,9,39],0.52,[43,79,297],0.04,0.59,YLR056W,ERG3,1098,ergosterol biosynthesis,C-5 sterol desaturase activity,endoplasmic reticulum,S000004046 YLR056W=D <= SWI4=D SWI6=D | [434,2,58],0.87,[10,1,9],0.45,[0,0,5],0,0.87,YLR056W,ERG3,1098,ergosterol biosynthesis,C-5 sterol desaturase activity,endoplasmic reticulum,S000004046 YLR056W=D <= SWI6=D | [771,13,248],0.73,[14,17,31],0.1,[15,10,119],0.06,0.73,YLR056W,ERG3,1098,ergosterol biosynthesis,C-5 sterol desaturase activity,endoplasmic reticulum,S000004046 YLR058C=D <= BAS1=D GCN4=I | [29,4,14],0.54,[0,0,4],0,[0,0,0],0,0.54,YLR058C,SHM2,1410,one-carbon compound metabolism,glycine hydroxymethyltransferase activity,cytoplasm,S000004048 YLR074C=D <= FHL1=D | [188,4,231],0.44,[10,8,54],0.08,[4,10,153],0.01,0.44,YLR074C,BUD20,501,bud site selection,molecular_function unknown,nucleus,S000004064 YLR074C=D <= FHL1=D YAP1=D | [17,0,20],0.46,[0,0,1],0,[0,0,0],0,0.46,YLR074C,BUD20,501,bud site selection,molecular_function unknown,nucleus,S000004064 YLR074C=D <= FHL1=D YAP7=D | [41,0,47],0.47,[6,5,20],0.11,[0,0,0],0,0.47,YLR074C,BUD20,501,bud site selection,molecular_function unknown,nucleus,S000004064 YLR074C=D <= FHL1=D YAP7=I | [30,0,8],0.79,[0,0,1],0,[0,0,0],0,0.79,YLR074C,BUD20,501,bud site selection,molecular_function unknown,nucleus,S000004064 YLR075W=D <= FHL1=D | [178,28,216],0.36,[25,8,42],0.25,[1,5,164],0,0.36,YLR075W,RPL10,666,protein biosynthesis*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000004065 YLR075W=D <= FHL1=D YAP7=I | [31,1,6],0.79,[1,0,0],1,[0,0,0],0,1,YLR075W,RPL10,666,protein biosynthesis*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000004065 YLR075W=D <= YAP1=I YAP7=D | [20,7,17],0.34,[8,5,43],0.09,[0,0,1],0,0.34,YLR075W,RPL10,666,protein biosynthesis*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000004065 YLR081W=D <= CBF1=I | [218,26,310],0.35,[37,83,140],0.04,[0,3,5],0,0.35,YLR081W,GAL2,1725,galactose metabolism*,glucose transporter activity*,plasma membrane,S000004071 YLR081W=D <= CBF1=I CIN5=D | [165,5,106],0.58,[1,20,10],0,[0,0,0],0,0.58,YLR081W,GAL2,1725,galactose metabolism*,glucose transporter activity*,plasma membrane,S000004071 YLR092W=D <= CBF1=D MET32=D | [83,0,16],0.84,[2,0,1],0.67,[0,0,0],0,0.84,YLR092W,SUL2,2682,sulfate transport,sulfate transporter activity,plasma membrane,S000004082 YLR092W=D <= MET32=D | [1505,0,453],0.77,[44,53,97],0.1,[5,6,73],0.03,0.77,YLR092W,SUL2,2682,sulfate transport,sulfate transporter activity,plasma membrane,S000004082 YLR096W=D <= ABF1=D | [190,40,167],0.4,[108,0,122],0.47,[0,0,196],0,0.47,YLR096W,KIN2,3444,biological_process unknown,protein kinase activity,membrane fraction,S000004086 YLR110C=D <= FKH1=D SUT1=D | [47,1,38],0.54,[3,3,27],0.05,[5,0,24],0.17,0.54,YLR110C,CCW12,402,cell wall organization and biogenesis*,molecular_function unknown,cell wall (sensu Fungi),S000004100 YLR120C=D <= AFT2=I MBP1=I | [28,1,34],0.43,[0,0,2],0,[0,0,0],0,0.43,YLR120C,YPS1,1710,protein processing,aspartic-type endopeptidase activity,cell wall (sensu Fungi),S000004110 YLR134W=D <= DAL82=I | [601,38,688],0.43,[27,33,156],0.06,[0,0,7],0,0.43,YLR134W,PDC5,1692,pyruvate metabolism*,pyruvate decarboxylase activity,cytoplasm*,S000004124 YLR153C=D <= HAP1=D | [175,5,221],0.42,[30,5,65],0.26,[0,29,139],0,0.42,YLR153C,ACS2,2052,acetyl-CoA biosynthesis,acetate-CoA ligase activity,cytosol,S000004143 YLR167W=D <= FHL1=D RAP1=D | [61,0,70],0.47,[21,0,10],0.68,[0,0,5],0,0.68,YLR167W,RPS31,459,protein biosynthesis*,structural constituent of ribosome,cytoplasm*,S000004157 YLR167W=D <= GLN3=I RAP1=D | [12,0,15],0.44,[7,1,24],0.19,[0,0,0],0,0.44,YLR167W,RPS31,459,protein biosynthesis*,structural constituent of ribosome,cytoplasm*,S000004157 YLR167W=D <= RAP1=D | [642,20,881],0.4,[105,4,147],0.4,[0,1,128],0,0.4,YLR167W,RPS31,459,protein biosynthesis*,structural constituent of ribosome,cytoplasm*,S000004157 YLR177W=D <= AFT2=D SNT2=D | [44,0,48],0.48,[9,1,23],0.25,[0,0,1],0,0.48,YLR177W,,1887,biological_process unknown,molecular_function unknown,cytoplasm,S000004167 YLR177W=D <= SNT2=D | [437,4,504],0.46,[22,2,76],0.2,[0,0,9],0,0.46,YLR177W,,1887,biological_process unknown,molecular_function unknown,cytoplasm,S000004167 YLR179C=D <= ABF1=D | [174,43,180],0.35,[16,41,177],0.02,[10,8,178],0.03,0.35,YLR179C,,606,biological_process unknown,molecular_function unknown,cytoplasm*,S000004169 YLR179C=D <= MET32=I MET4=I | [158,4,151],0.49,[7,0,15],0.32,[0,0,0],0,0.49,YLR179C,,606,biological_process unknown,molecular_function unknown,cytoplasm*,S000004169 YLR180W=D <= ABF1=D | [242,57,100],0.49,[93,21,132],0.31,[1,14,181],0,0.49,YLR180W,SAM1,1149,methionine metabolism,methionine adenosyltransferase activity,cytoplasm,S000004170 YLR180W=D <= ABF1=D MET31=D | [114,0,19],0.86,[20,2,10],0.57,[0,0,1],0,0.86,YLR180W,SAM1,1149,methionine metabolism,methionine adenosyltransferase activity,cytoplasm,S000004170 YLR180W=D <= MET31=D | [825,68,599],0.51,[60,4,128],0.29,[2,1,134],0.01,0.51,YLR180W,SAM1,1149,methionine metabolism,methionine adenosyltransferase activity,cytoplasm,S000004170 YLR180W=D <= MET32=I MET4=I | [158,44,117],0.39,[1,2,20],0.01,[0,0,0],0,0.39,YLR180W,SAM1,1149,methionine metabolism,methionine adenosyltransferase activity,cytoplasm,S000004170 YLR192C=D <= ABF1=D | [254,38,105],0.56,[31,2,213],0.12,[10,0,186],0.05,0.56,YLR192C,HCR1,798,protein biosynthesis*,translation initiation factor activity*,eukaryotic translation initiation factor 3 complex,S000004182 YLR205C=D <= AFT2=D RCS1=D | [10,0,8],0.56,[17,0,2],0.89,[0,0,0],0,0.89,YLR205C,HMX1,954,iron ion homeostasis*,heme binding*,endoplasmic reticulum*,S000004195 YLR205C=D <= SKN7=I | [650,15,691],0.47,[57,106,99],0.08,[0,2,5],0,0.47,YLR205C,HMX1,954,iron ion homeostasis*,heme binding*,endoplasmic reticulum*,S000004195 YLR216C=D <= HSF1=D | [387,37,425],0.42,[47,5,42],0.45,[2,6,74],0.01,0.45,YLR216C,CPR6,1116,protein folding,unfolded protein binding*,cytoplasm,S000004206 YLR216C=D <= HSF1=D STE12=I | [159,6,232],0.39,[12,0,4],0.75,[0,2,6],0,0.75,YLR216C,CPR6,1116,protein folding,unfolded protein binding*,cytoplasm,S000004206 YLR220W=D <= HAP3=D HAP5=D | [25,0,28],0.47,[5,0,29],0.15,[0,0,1],0,0.47,YLR220W,CCC1,969,iron ion homeostasis*,molecular_function unknown,membrane fraction*,S000004210 YLR222C=D <= ABF1=D | [276,32,91],0.62,[88,17,129],0.32,[13,18,165],0.03,0.62,YLR222C,UTP13,2454,processing of 20S pre-rRNA,snoRNA binding,small nucleolar ribonucleoprotein complex,S000004212 YLR223C=D <= REB1=D | [113,1,176],0.39,[56,8,113],0.28,[1,8,59],0,0.39,YLR223C,IFH1,3258,rRNA processing*,transcription factor activity,nucleus*,S000004213 YLR249W=D <= INO4=I | [1776,177,616],0.63,[71,1,65],0.51,[1,2,39],0.01,0.63,YLR249W,YEF3,3135,translational elongation,translation elongation factor activity,ribosome,S000004239 YLR249W=D <= INO4=I NRG1=I | [1061,1,122],0.9,[39,0,17],0.7,[1,1,8],0.05,0.9,YLR249W,YEF3,3135,translational elongation,translation elongation factor activity,ribosome,S000004239 YLR249W=D <= NRG1=I | [3265,65,998],0.74,[114,46,205],0.22,[31,12,200],0.09,0.74,YLR249W,YEF3,3135,translational elongation,translation elongation factor activity,ribosome,S000004239 YLR257W=D <= FKH1=I SKN7=I | [198,0,93],0.68,[32,1,20],0.59,[0,0,2],0,0.68,YLR257W,,966,biological_process unknown,molecular_function unknown,cytoplasm,S000004247 YLR257W=D <= SKN7=I | [568,2,799],0.41,[135,13,114],0.47,[0,0,7],0,0.47,YLR257W,,966,biological_process unknown,molecular_function unknown,cytoplasm,S000004247 YLR259C=D <= ABF1=D UME6=D | [62,0,84],0.42,[4,8,6],0.07,[0,0,1],0,0.42,YLR259C,HSP60,1719,protein folding*,single-stranded DNA binding,mitochondrion,S000004249 YLR259C=D <= HSF1=D | [341,60,478],0.33,[70,0,29],0.71,[0,15,67],0,0.71,YLR259C,HSP60,1719,protein folding*,single-stranded DNA binding,mitochondrion,S000004249 YLR259C=D <= HSF1=D RPN4=D | [234,46,334],0.32,[17,0,0],1,[0,0,0],0,1,YLR259C,HSP60,1719,protein folding*,single-stranded DNA binding,mitochondrion,S000004249 YLR259C=D <= UME6=D | [70,5,128],0.32,[7,14,19],0.06,[3,10,98],0.01,0.32,YLR259C,HSP60,1719,protein folding*,single-stranded DNA binding,mitochondrion,S000004249 YLR263W=D <= UME6=D | [167,0,32],0.84,[2,3,25],0.03,[1,4,91],0,0.84,YLR263W,RED1,2484,synaptonemal complex formation,molecular_function unknown,synaptonemal complex,S000004253 YLR264W=D <= ABF1=D | [281,33,85],0.63,[73,24,149],0.22,[11,1,184],0.05,0.63,YLR264W,RPS28B,204,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004254 YLR267W=D <= CBF1=I | [257,86,202],0.35,[52,50,205],0.09,[0,0,8],0,0.35,YLR267W,BOP2,1713,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004257 YLR284C=D <= ADR1=D | [864,70,1148],0.38,[17,0,93],0.15,[0,0,32],0,0.38,YLR284C,ECI1,843,fatty acid beta-oxidation,dodecenoyl-CoA delta-isomerase activity,peroxisome,S000004274 YLR284C=D <= AFT2=D | [613,78,578],0.43,[10,6,234],0.03,[0,0,103],0,0.43,YLR284C,ECI1,843,fatty acid beta-oxidation,dodecenoyl-CoA delta-isomerase activity,peroxisome,S000004274 YLR285W=D <= ADR1=I | [821,123,1138],0.34,[18,3,95],0.13,[0,0,33],0,0.34,YLR285W,NNT1,786,chromatin silencing at ribosomal DNA*,nicotinamide N-methyltransferase activity,cytoplasm,S000004275 YLR285W=D <= ADR1=I AFT2=I | [159,5,45],0.74,[0,0,6],0,[0,0,0],0,0.74,YLR285W,NNT1,786,chromatin silencing at ribosomal DNA*,nicotinamide N-methyltransferase activity,cytoplasm,S000004275 YLR285W=D <= AFT2=I | [661,53,540],0.49,[6,52,220],0,[0,1,105],0,0.49,YLR285W,NNT1,786,chromatin silencing at ribosomal DNA*,nicotinamide N-methyltransferase activity,cytoplasm,S000004275 YLR286C=D <= ACE2=D FKH1=D | [119,1,68],0.63,[14,6,17],0.26,[14,146,71],0.01,0.63,YLR286C,CTS1,1689,"cytokinesis, completion of separation",chitinase activity,endoplasmic reticulum*,S000004276 YLR286C=D <= FKH2=I SWI5=D | [84,0,3],0.97,[1,2,13],0.02,[0,6,3],0,0.97,YLR286C,CTS1,1689,"cytokinesis, completion of separation",chitinase activity,endoplasmic reticulum*,S000004276 YLR286C=D <= RFX1=D SWI5=D | [82,0,14],0.85,[7,0,3],0.7,[12,4,18],0.26,0.85,YLR286C,CTS1,1689,"cytokinesis, completion of separation",chitinase activity,endoplasmic reticulum*,S000004276 YLR286C=D <= SWI5=D | [1392,24,870],0.6,[150,59,222],0.25,[194,540,371],0.05,0.6,YLR286C,CTS1,1689,"cytokinesis, completion of separation",chitinase activity,endoplasmic reticulum*,S000004276 YLR287C-A=D <= FHL1=D | [172,11,204],0.42,[10,2,63],0.11,[2,10,57],0,0.42,YLR287C-A,RPS30A,622,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004278 YLR287C-A=D <= FHL1=D RAP1=D | [53,6,68],0.37,[7,0,24],0.23,[0,0,3],0,0.37,YLR287C-A,RPS30A,622,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004278 YLR292C=D <= ABF1=D | [236,15,146],0.56,[10,12,224],0.02,[0,0,196],0,0.56,YLR292C,SEC72,582,"SRP-dependent cotranslational protein-membrane targeting, translocation",protein transporter activity,endoplasmic reticulum membrane,S000004283 YLR293C=D <= ABF1=D | [271,45,83],0.58,[53,21,172],0.15,[1,5,190],0,0.58,YLR293C,GSP1,660,rRNA processing*,GTPase activity,cytoplasm*,S000004284 YLR297W=D <= ASH1=D ROX1=D | [18,2,6],0.62,[7,61,79],0,[22,0,38],0.37,0.62,YLR297W,,390,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000004288 YLR297W=D <= ASH1=I DAL82=D | [185,17,77],0.61,[12,4,24],0.23,[0,0,2],0,0.61,YLR297W,,390,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000004288 YLR297W=D <= ASH1=I DAL82=I YAP7=D | [1,0,2],0.33,[0,1,2],0,[0,0,0],0,0.33,YLR297W,,390,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000004288 YLR297W=D <= DAL82=D | [664,53,507],0.5,[36,41,119],0.09,[0,0,7],0,0.5,YLR297W,,390,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000004288 YLR297W=D <= DAL82=D HAP4=D | [174,1,24],0.87,[2,6,8],0.03,[0,0,0],0,0.87,YLR297W,,390,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000004288 YLR297W=D <= HAP4=D | [2747,160,2632],0.47,[105,23,197],0.27,[79,5,171],0.29,0.47,YLR297W,,390,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000004288 YLR297W=D <= HAP4=D UME6=I YAP7=D | [130,2,17],0.86,[0,0,0],0,[0,0,0],0,0.86,YLR297W,,390,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000004288 YLR297W=D <= ROX1=D | [207,32,283],0.34,[32,152,307],0.01,[42,0,103],0.29,0.34,YLR297W,,390,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000004288 YLR300W=D <= FKH1=D | [1276,41,1628],0.42,[18,14,118],0.07,[154,62,450],0.16,0.42,YLR300W,EXG1,1347,cell wall organization and biogenesis*,"glucan 1,3-beta-glucosidase activity",cell wall (sensu Fungi),S000004291 YLR300W=D <= FKH2=D SOK2=D | [50,12,53],0.35,[3,0,12],0.2,[0,0,0],0,0.35,YLR300W,EXG1,1347,cell wall organization and biogenesis*,"glucan 1,3-beta-glucosidase activity",cell wall (sensu Fungi),S000004291 YLR300W=D <= FKH2=D SWI6=D | [170,2,25],0.85,[0,0,4],0,[0,0,0],0,0.85,YLR300W,EXG1,1347,cell wall organization and biogenesis*,"glucan 1,3-beta-glucosidase activity",cell wall (sensu Fungi),S000004291 YLR300W=D <= SOK2=I SWI6=D | [508,2,112],0.81,[0,0,0],0,[0,0,2],0,0.81,YLR300W,EXG1,1347,cell wall organization and biogenesis*,"glucan 1,3-beta-glucosidase activity",cell wall (sensu Fungi),S000004291 YLR300W=D <= SWI5=D | [1292,37,957],0.55,[40,49,342],0.04,[202,197,706],0.09,0.55,YLR300W,EXG1,1347,cell wall organization and biogenesis*,"glucan 1,3-beta-glucosidase activity",cell wall (sensu Fungi),S000004291 YLR300W=D <= SWI5=I SWI6=D | [2,0,0],1,[1,3,7],0.02,[9,2,20],0.24,1,YLR300W,EXG1,1347,cell wall organization and biogenesis*,"glucan 1,3-beta-glucosidase activity",cell wall (sensu Fungi),S000004291 YLR300W=D <= SWI6=D | [760,7,265],0.73,[3,6,53],0.02,[38,5,101],0.23,0.73,YLR300W,EXG1,1347,cell wall organization and biogenesis*,"glucan 1,3-beta-glucosidase activity",cell wall (sensu Fungi),S000004291 YLR304C=D <= CIN5=D MOT3=D | [113,13,51],0.57,[10,4,29],0.17,[0,0,4],0,0.57,YLR304C,ACO1,2337,tricarboxylic acid cycle*,aconitate hydratase activity,cytosol*,S000004295 YLR304C=D <= MOT3=D | [174,36,151],0.4,[23,11,57],0.17,[5,13,110],0.01,0.4,YLR304C,ACO1,2337,tricarboxylic acid cycle*,aconitate hydratase activity,cytosol*,S000004295 YLR308W=D <= SIP4=D SUM1=D | [29,0,55],0.35,[1,0,14],0.07,[0,6,0],0,0.35,YLR308W,CDA2,939,spore wall assembly (sensu Fungi),chitin deacetylase activity,chitosan layer of spore wall,S000004299 YLR312C=D <= NRG1=D | [3324,70,979],0.74,[90,54,194],0.17,[27,6,197],0.1,0.74,YLR312C,,1197,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004303 YLR312C=D <= NRG1=D RAP1=I | [595,0,61],0.91,[43,0,30],0.59,[0,0,3],0,0.91,YLR312C,,1197,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004303 YLR312C=D <= PUT3=I | [206,23,77],0.61,[31,11,49],0.25,[5,11,91],0.01,0.61,YLR312C,,1197,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004303 YLR312C=D <= RAP1=I | [892,57,562],0.55,[131,3,105],0.54,[7,12,105],0.02,0.55,YLR312C,,1197,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004303 YLR314C=D <= UME6=D | [171,25,12],0.72,[9,0,29],0.24,[6,3,102],0.04,0.72,YLR314C,CDC3,1563,cell wall organization and biogenesis*,structural constituent of cytoskeleton*,shmoo tip*,S000004306 YLR325C=D <= FHL1=D | [249,20,134],0.57,[31,0,44],0.41,[3,4,163],0.01,0.57,YLR325C,RPL38,237,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000004317 YLR325C=D <= FHL1=D RAP1=D | [104,0,27],0.79,[24,0,7],0.77,[0,0,5],0,0.79,YLR325C,RPL38,237,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000004317 YLR325C=D <= RAP1=D | [931,18,586],0.6,[125,3,128],0.48,[4,0,125],0.03,0.6,YLR325C,RPL38,237,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000004317 YLR327C=D <= HSF1=D | [729,16,97],0.85,[67,2,30],0.66,[8,2,72],0.08,0.85,YLR327C,RBF9,261,biological_process unknown,molecular_function unknown,cytoplasm*,S000004319 YLR333C=D <= FHL1=D | [249,17,139],0.58,[20,6,27],0.29,[2,3,165],0,0.58,YLR333C,RPS25B,327,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004325 YLR333C=D <= RAP1=D | [649,49,737],0.42,[139,3,78],0.62,[8,2,119],0.05,0.62,YLR333C,RPS25B,327,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004325 YLR340W=D <= AFT2=I | [925,60,402],0.63,[91,7,99],0.43,[36,6,64],0.29,0.63,YLR340W,RPP0,939,translational elongation*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000004332 YLR340W=D <= AFT2=I RAP1=D | [51,0,5],0.91,[42,0,7],0.86,[0,0,0],0,0.91,YLR340W,RPP0,939,translational elongation*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000004332 YLR340W=D <= FHL1=D | [187,66,160],0.33,[19,2,22],0.4,[8,8,154],0.02,0.4,YLR340W,RPP0,939,translational elongation*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000004332 YLR340W=D <= RAP1=D | [895,27,649],0.55,[102,2,65],0.59,[5,3,121],0.02,0.59,YLR340W,RPP0,939,translational elongation*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000004332 YLR344W=D <= FHL1=D | [261,9,124],0.64,[24,5,21],0.4,[7,3,160],0.03,0.64,YLR344W,RPL26A,831,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000004336 YLR344W=D <= FHL1=D RAP1=D | [107,1,23],0.81,[22,0,3],0.88,[0,0,5],0,0.88,YLR344W,RPL26A,831,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000004336 YLR344W=D <= RAP1=D | [745,15,628],0.53,[146,0,73],0.67,[12,2,115],0.08,0.67,YLR344W,RPL26A,831,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000004336 YLR346C=D <= CIN5=D SWI5=I | [530,14,153],0.74,[9,22,13],0.06,[0,1,65],0,0.74,YLR346C,,306,biological_process unknown,molecular_function unknown,mitochondrion,S000004338 YLR346C=D <= CIN5=D UME6=I | [115,12,31],0.66,[0,2,4],0,[0,0,10],0,0.66,YLR346C,,306,biological_process unknown,molecular_function unknown,mitochondrion,S000004338 YLR346C=D <= SWI5=I | [1489,34,459],0.73,[76,46,258],0.12,[58,36,1011],0.03,0.73,YLR346C,,306,biological_process unknown,molecular_function unknown,mitochondrion,S000004338 YLR346C=D <= SWI5=I UME6=I | [38,0,7],0.84,[2,0,5],0.29,[0,3,35],0,0.84,YLR346C,,306,biological_process unknown,molecular_function unknown,mitochondrion,S000004338 YLR346C=D <= UME6=I | [125,35,37],0.5,[3,7,28],0.02,[0,4,107],0,0.5,YLR346C,,306,biological_process unknown,molecular_function unknown,mitochondrion,S000004338 YLR353W=D <= FKH1=D FKH2=D STE12=D | [132,0,105],0.56,[8,0,4],0.67,[0,0,0],0,0.67,YLR353W,BUD8,1812,pseudohyphal growth*,molecular_function unknown,bud tip*,S000004345 YLR353W=D <= FKH1=D TEC1=D | [102,0,110],0.48,[16,0,25],0.39,[26,0,37],0.41,0.48,YLR353W,BUD8,1812,pseudohyphal growth*,molecular_function unknown,bud tip*,S000004345 YLR355C=D <= GCN4=D | [672,94,665],0.41,[43,0,38],0.53,[12,1,41],0.21,0.53,YLR355C,ILV5,1188,mitochondrial genome maintenance*,ketol-acid reductoisomerase activity,mitochondrion,S000004347 YLR355C=D <= GCN4=D LEU3=D | [53,0,10],0.84,[0,0,0],0,[0,0,0],0,0.84,YLR355C,ILV5,1188,mitochondrial genome maintenance*,ketol-acid reductoisomerase activity,mitochondrion,S000004347 YLR355C=D <= LEU3=D | [124,0,55],0.69,[6,0,29],0.17,[0,0,39],0,0.69,YLR355C,ILV5,1188,mitochondrial genome maintenance*,ketol-acid reductoisomerase activity,mitochondrion,S000004347 YLR356W=D <= LEU3=I | [229,3,76],0.73,[6,1,28],0.15,[1,0,38],0.03,0.73,YLR356W,,594,biological_process unknown,molecular_function unknown,mitochondrion,S000004348 YLR359W=D <= BAS1=D | [1310,300,1931],0.3,[51,20,303],0.1,[0,0,160],0,0.3,YLR359W,ADE13,1449,purine nucleotide biosynthesis*,adenylosuccinate lyase activity,cellular_component unknown,S000004351 YLR367W=D <= ADR1=I | [1349,153,1075],0.47,[42,3,80],0.31,[0,0,33],0,0.47,YLR367W,RPS22B,876,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004359 YLR378C=D <= REB1=D | [117,7,112],0.47,[84,0,122],0.41,[4,0,64],0.06,0.47,YLR378C,SEC61,1443,protein-ER targeting*,protein transporter activity,integral to endoplasmic reticulum membrane*,S000004370 YLR388W=D <= RAP1=D | [845,27,703],0.52,[168,1,87],0.65,[6,2,121],0.03,0.65,YLR388W,RPS29A,171,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004380 YLR395C=D <= HAP4=D | [2400,2,3794],0.39,[91,32,231],0.19,[8,13,234],0.01,0.39,YLR395C,COX8,237,aerobic respiration,cytochrome-c oxidase activity,respiratory chain complex IV (sensu Eukaryota),S000004387 YLR409C=D <= CBF1=D | [201,57,184],0.35,[46,49,170],0.08,[0,0,8],0,0.35,YLR409C,UTP21,2820,processing of 20S pre-rRNA,snoRNA binding,nucleus,S000004401 YLR413W=D <= CIN5=I | [2823,807,1861],0.4,[88,89,130],0.14,[55,28,221],0.12,0.4,YLR413W,,2028,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004405 YLR413W=D <= CIN5=I SOK2=D | [356,17,63],0.78,[4,0,0],1,[0,0,2],0,1,YLR413W,,2028,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004405 YLR413W=D <= CIN5=I SOK2=I STE12=D | [319,0,9],0.97,[0,0,0],0,[2,0,3],0.4,0.97,YLR413W,,2028,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004405 YLR413W=D <= SOK2=D STE12=D | [332,0,10],0.97,[15,3,12],0.42,[0,0,0],0,0.97,YLR413W,,2028,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004405 YLR413W=D <= SOK2=I STE12=D | [451,1,18],0.96,[0,0,0],0,[3,0,7],0.3,0.96,YLR413W,,2028,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004405 YLR413W=D <= STE12=D | [2415,16,183],0.92,[63,44,77],0.2,[48,0,54],0.47,0.92,YLR413W,,2028,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004405 YLR413W=D <= STE12=D TEC1=D | [415,3,27],0.93,[32,39,56],0.11,[24,0,14],0.63,0.93,YLR413W,,2028,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004405 YLR441C=D <= FHL1=D | [131,3,121],0.5,[29,5,41],0.33,[8,1,161],0.04,0.5,YLR441C,RPS1A,768,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004433 YLR441C=D <= FHL1=D RAP1=D | [44,0,19],0.7,[25,0,6],0.81,[0,0,5],0,0.81,YLR441C,RPS1A,768,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004433 YLR441C=D <= RAP1=D | [542,30,552],0.46,[148,4,104],0.56,[3,1,125],0.02,0.56,YLR441C,RPS1A,768,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004433 YLR448W=D <= FHL1=D | [268,16,139],0.6,[35,4,36],0.42,[25,4,141],0.13,0.6,YLR448W,RPL6B,915,protein biosynthesis*,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000004440 YLR448W=D <= FHL1=D RAP1=D | [118,1,12],0.89,[26,0,5],0.84,[0,1,4],0,0.89,YLR448W,RPL6B,915,protein biosynthesis*,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000004440 YLR448W=D <= RAP1=D | [961,34,580],0.59,[174,2,80],0.67,[7,4,118],0.03,0.67,YLR448W,RPL6B,915,protein biosynthesis*,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000004440 YLR452C=D <= STE12=D | [1797,0,714],0.72,[26,10,73],0.17,[23,14,63],0.14,0.72,YLR452C,SST2,2097,signal transduction*,GTPase activator activity,plasma membrane,S000004444 YLR452C=D <= STE12=D TEC1=D | [364,0,46],0.89,[14,8,49],0.13,[17,5,16],0.35,0.89,YLR452C,SST2,2097,signal transduction*,GTPase activator activity,plasma membrane,S000004444 YML017W=D <= CBF1=I | [183,52,171],0.35,[1,17,178],0,[0,1,1],0,0.35,YML017W,PSP2,2144,biological_process unknown,molecular_function unknown,cytoplasm,S000004479 YML024W=D <= FHL1=D | [170,25,178],0.4,[32,0,43],0.43,[0,0,0],0,0.43,YML024W,RPS17A,809,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota)*,S000004486 YML024W=D <= FHL1=D RAP1=D | [81,1,43],0.64,[24,0,7],0.77,[0,0,0],0,0.77,YML024W,RPS17A,809,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota)*,S000004486 YML024W=D <= RAP1=D | [728,11,530],0.57,[128,1,127],0.5,[0,0,0],0,0.57,YML024W,RPS17A,809,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota)*,S000004486 YML026C=D <= FHL1=D | [201,25,157],0.47,[23,1,51],0.29,[0,0,0],0,0.47,YML026C,RPS18B,842,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004488 YML026C=D <= FHL1=D RAP1=D | [90,1,34],0.71,[21,0,10],0.68,[0,0,0],0,0.71,YML026C,RPS18B,842,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004488 YML026C=D <= RAP1=D | [772,11,486],0.6,[120,4,132],0.45,[0,0,0],0,0.6,YML026C,RPS18B,842,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004488 YML026C=D <= YAP5=I | [1645,68,839],0.62,[14,61,136],0.01,[0,0,0],0,0.62,YML026C,RPS18B,842,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004488 YML042W=D <= UME6=I | [162,24,19],0.69,[4,1,34],0.08,[5,0,91],0.05,0.69,YML042W,CAT2,2013,carnitine metabolism,carnitine O-acetyltransferase activity,mitochondrion*,S000004506 YML054C=D <= HAP1=I | [191,64,140],0.36,[10,20,60],0.04,[1,20,147],0,0.36,YML054C,CYB2,1776,electron transport,L-lactate dehydrogenase (cytochrome) activity,mitochondrial intermembrane space,S000004518 YML063W=D <= FHL1=D | [209,21,139],0.51,[27,9,37],0.28,[15,3,152],0.07,0.51,YML063W,RPS1B,768,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004528 YML063W=D <= FHL1=D RAP1=D | [83,1,23],0.77,[23,0,8],0.74,[0,0,5],0,0.77,YML063W,RPS1B,768,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004528 YML063W=D <= FKH2=D | [525,35,310],0.57,[22,14,51],0.15,[2,4,72],0.01,0.57,YML063W,RPS1B,768,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004528 YML063W=D <= RAP1=D | [820,29,589],0.55,[164,1,84],0.65,[6,1,122],0.04,0.65,YML063W,RPS1B,768,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000004528 YML091C=D <= UME6=I | [126,3,74],0.61,[4,3,13],0.11,[2,7,102],0,0.61,YML091C,RPM2,3609,protein biosynthesis*,ribonuclease P activity,mitochondrion,S000004556 YML100W=D <= HSF1=D | [516,107,249],0.49,[61,0,5],0.92,[0,24,56],0,0.92,YML100W,TSL1,3297,response to stress*,enzyme regulator activity,"alpha,alpha-trehalose-phosphate synthase complex (UDP-forming)",S000004566 YML100W=D <= MSN4=D | [3870,241,1101],0.7,[244,11,97],0.66,[44,19,232],0.1,0.7,YML100W,TSL1,3297,response to stress*,enzyme regulator activity,"alpha,alpha-trehalose-phosphate synthase complex (UDP-forming)",S000004566 YML100W=D <= SKN7=I | [1011,102,248],0.67,[50,40,58],0.19,[3,0,4],0.43,0.67,YML100W,TSL1,3297,response to stress*,enzyme regulator activity,"alpha,alpha-trehalose-phosphate synthase complex (UDP-forming)",S000004566 YML100W=D <= SKN7=I SWI5=I | [40,1,2],0.91,[31,0,11],0.74,[2,0,1],0.67,0.91,YML100W,TSL1,3297,response to stress*,enzyme regulator activity,"alpha,alpha-trehalose-phosphate synthase complex (UDP-forming)",S000004566 YML100W=D <= SWI5=I | [1059,404,797],0.34,[239,5,98],0.68,[138,200,749],0.05,0.68,YML100W,TSL1,3297,response to stress*,enzyme regulator activity,"alpha,alpha-trehalose-phosphate synthase complex (UDP-forming)",S000004566 YML100W=D <= UME6=I | [96,32,77],0.35,[18,5,5],0.5,[17,10,74],0.11,0.5,YML100W,TSL1,3297,response to stress*,enzyme regulator activity,"alpha,alpha-trehalose-phosphate synthase complex (UDP-forming)",S000004566 YML116W=D <= CIN5=I GCN4=D YAP7=D | [2,0,3],0.4,[8,1,5],0.51,[0,0,0],0,0.51,YML116W,ATR1,1629,multidrug transport,multidrug efflux pump activity,plasma membrane,S000004584 YML116W=D <= GCN4=D YAP7=D | [19,0,15],0.56,[14,3,9],0.44,[0,0,0],0,0.56,YML116W,ATR1,1629,multidrug transport,multidrug efflux pump activity,plasma membrane,S000004584 YML116W=D <= YAP7=D | [277,32,523],0.3,[81,70,172],0.13,[2,0,33],0.06,0.3,YML116W,ATR1,1629,multidrug transport,multidrug efflux pump activity,plasma membrane,S000004584 YML119W=D <= HAP4=D REB1=I | [149,0,173],0.46,[0,8,11],0,[0,1,9],0,0.46,YML119W,,1074,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004588 YML120C=D <= CBF1=D HAP4=D | [52,0,3],0.95,[4,0,2],0.67,[0,0,0],0,0.95,YML120C,NDI1,1542,"mitochondrial electron transport, NADH to ubiquinone","oxidoreductase activity, acting on NADH or NADPH, quinone or similar compound as acceptor",mitochondrial inner membrane,S000004589 YML120C=D <= HAP3=D | [623,8,449],0.57,[25,18,151],0.07,[10,7,12],0.2,0.57,YML120C,NDI1,1542,"mitochondrial electron transport, NADH to ubiquinone","oxidoreductase activity, acting on NADH or NADPH, quinone or similar compound as acceptor",mitochondrial inner membrane,S000004589 YML120C=D <= HAP3=D HAP4=D | [467,0,46],0.91,[5,0,16],0.24,[0,0,0],0,0.91,YML120C,NDI1,1542,"mitochondrial electron transport, NADH to ubiquinone","oxidoreductase activity, acting on NADH or NADPH, quinone or similar compound as acceptor",mitochondrial inner membrane,S000004589 YML120C=D <= HAP4=D | [3801,11,2280],0.62,[84,8,223],0.24,[13,24,218],0.02,0.62,YML120C,NDI1,1542,"mitochondrial electron transport, NADH to ubiquinone","oxidoreductase activity, acting on NADH or NADPH, quinone or similar compound as acceptor",mitochondrial inner membrane,S000004589 YML123C=D <= CBF1=D | [276,19,271],0.46,[82,15,210],0.23,[1,0,7],0.12,0.46,YML123C,PHO84,1764,phosphate transport*,inorganic phosphate transporter activity*,integral to plasma membrane,S000004592 YML123C=D <= CBF1=D NRG1=D | [31,3,20],0.52,[0,1,7],0,[0,0,2],0,0.52,YML123C,PHO84,1764,phosphate transport*,inorganic phosphate transporter activity*,integral to plasma membrane,S000004592 YML123C=D <= CBF1=D PHO4=D | [26,1,25],0.48,[18,9,75],0.12,[0,0,6],0,0.48,YML123C,PHO84,1764,phosphate transport*,inorganic phosphate transporter activity*,integral to plasma membrane,S000004592 YML123C=D <= NRG1=I | [2029,306,2307],0.38,[47,25,293],0.08,[56,22,165],0.17,0.38,YML123C,PHO84,1764,phosphate transport*,inorganic phosphate transporter activity*,integral to plasma membrane,S000004592 YML124C=D <= REB1=D | [264,0,104],0.72,[4,0,202],0.02,[0,0,45],0,0.72,YML124C,TUB3,1636,mitotic sister chromatid segregation*,structural constituent of cytoskeleton,spindle pole body*,S000004593 YML126C=D <= HAP1=D | [171,5,225],0.41,[23,10,67],0.16,[0,22,146],0,0.41,YML126C,ERG13,1476,ergosterol biosynthesis,hydroxymethylglutaryl-CoA synthase activity,mitochondrion*,S000004595 YML129C=D <= REB1=I | [153,3,218],0.4,[17,5,159],0.07,[0,1,67],0,0.4,YML129C,COX14,213,aerobic respiration*,molecular_function unknown,integral to membrane*,S000004598 YMR001C=D <= MCM1=D | [72,11,83],0.38,[1,7,45],0,[18,35,66],0.05,0.38,YMR001C,CDC5,2118,protein amino acid phosphorylation*,protein serine/threonine kinase activity,nucleus*,S000004603 YMR001C=D <= REB1=D | [346,0,56],0.86,[46,0,144],0.24,[31,8,29],0.36,0.86,YMR001C,CDC5,2118,protein amino acid phosphorylation*,protein serine/threonine kinase activity,nucleus*,S000004603 YMR014W=D <= TEC1=I | [769,138,942],0.35,[138,72,347],0.16,[57,58,721],0.03,0.35,YMR014W,BUD22,1560,bud site selection,molecular_function unknown,nucleus,S000004616 YMR015C=D <= AFT2=I PHD1=D | [37,5,67],0.3,[13,37,7],0.06,[11,0,21],0.34,0.34,YMR015C,ERG5,1617,ergosterol biosynthesis,C-22 sterol desaturase activity,endoplasmic reticulum,S000004617 YMR015C=D <= HAP1=D PHD1=D | [39,0,10],0.8,[18,1,22],0.42,[0,1,3],0,0.8,YMR015C,ERG5,1617,ergosterol biosynthesis,C-22 sterol desaturase activity,endoplasmic reticulum,S000004617 YMR017W=D <= CIN5=D SOK2=D | [518,24,250],0.63,[2,19,57],0,[0,1,12],0,0.63,YMR017W,SPO20,1194,vesicle fusion*,t-SNARE activity,prospore membrane,S000004619 YMR017W=D <= MBP1=D SWI4=I | [64,0,6],0.91,[0,0,0],0,[3,6,43],0.02,0.91,YMR017W,SPO20,1194,vesicle fusion*,t-SNARE activity,prospore membrane,S000004619 YMR017W=D <= MOT3=D SOK2=D | [41,0,0],1,[0,21,10],0,[0,1,3],0,1,YMR017W,SPO20,1194,vesicle fusion*,t-SNARE activity,prospore membrane,S000004619 YMR017W=D <= RCS1=I SWI6=I | [308,0,7],0.98,[0,1,10],0,[0,0,0],0,0.98,YMR017W,SPO20,1194,vesicle fusion*,t-SNARE activity,prospore membrane,S000004619 YMR017W=D <= SWI4=I SWI6=I | [452,0,9],0.98,[1,0,12],0.08,[0,1,4],0,0.98,YMR017W,SPO20,1194,vesicle fusion*,t-SNARE activity,prospore membrane,S000004619 YMR017W=D <= SWI6=I | [841,2,94],0.9,[7,2,36],0.12,[19,2,123],0.12,0.9,YMR017W,SPO20,1194,vesicle fusion*,t-SNARE activity,prospore membrane,S000004619 YMR033W=D <= ABF1=D | [208,22,117],0.54,[12,6,228],0.03,[0,1,65],0,0.54,YMR033W,ARP9,1490,chromatin remodeling,general RNA polymerase II transcription factor activity,nucleus*,S000004636 YMR034C=D <= AFT2=D | [527,30,802],0.37,[6,11,258],0.01,[1,1,104],0,0.37,YMR034C,,1305,biological_process unknown,sterol transporter activity,cellular_component unknown,S000004637 YMR038C=D <= CAD1=I YAP7=D | [79,2,70],0.51,[3,12,13],0.02,[0,0,0],0,0.51,YMR038C,CCS1,750,intracellular copper ion transport,superoxide dismutase copper chaperone activity,cytosol*,S000004641 YMR038C=D <= YAP1=D YAP7=D | [71,3,110],0.37,[1,0,1],0.5,[0,0,0],0,0.5,YMR038C,CCS1,750,intracellular copper ion transport,superoxide dismutase copper chaperone activity,cytosol*,S000004641 YMR040W=D <= REB1=I | [321,1,59],0.84,[99,1,79],0.55,[13,6,49],0.13,0.84,YMR040W,YET2,483,biological_process unknown,molecular_function unknown,integral to membrane,S000004643 YMR040W=D <= UME6=I | [160,21,21],0.7,[4,4,14],0.09,[27,1,83],0.23,0.7,YMR040W,YET2,483,biological_process unknown,molecular_function unknown,integral to membrane,S000004643 YMR041C=D <= AFT2=D | [691,30,641],0.49,[47,3,238],0.15,[0,4,100],0,0.49,YMR041C,,1008,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004644 YMR056C=D <= HAP1=I | [101,13,169],0.32,[3,6,86],0.01,[1,7,154],0,0.32,YMR056C,AAC1,930,aerobic respiration*,ATP:ADP antiporter activity,mitochondrial inner membrane,S000004660 YMR058W=D <= HAP1=D | [109,16,159],0.33,[40,41,19],0.2,[3,94,71],0,0.33,YMR058W,FET3,1911,high affinity iron ion transport*,ferroxidase activity,plasma membrane,S000004662 YMR060C=D <= ABF1=D | [117,2,229],0.33,[2,32,212],0,[0,4,62],0,0.33,YMR060C,SAM37,984,outer mitochondrial membrane organization and biogenesis,protein binding,mitochondrial sorting and assembly machinery complex,S000004664 YMR079W=D <= FKH1=D | [1268,0,1254],0.5,[3,0,147],0.02,[0,7,180],0,0.5,YMR079W,SEC14,1071,sporulation (sensu Fungi)*,phosphatidylinositol transporter activity,cytosol,S000004684 YMR079W=D <= FKH1=D MBP1=I | [107,0,46],0.7,[0,0,1],0,[0,0,3],0,0.7,YMR079W,SEC14,1071,sporulation (sensu Fungi)*,phosphatidylinositol transporter activity,cytosol,S000004684 YMR081C=D <= CIN5=D NRG1=D | [1218,20,635],0.64,[32,0,20],0.62,[0,0,12],0,0.64,YMR081C,ISF1,1017,aerobic respiration,molecular_function unknown,cellular_component unknown,S000004686 YMR081C=D <= CIN5=D NRG1=D SKN7=D | [37,0,1],0.97,[0,0,0],0,[0,0,0],0,0.97,YMR081C,ISF1,1017,aerobic respiration,molecular_function unknown,cellular_component unknown,S000004686 YMR081C=D <= CIN5=D SKN7=D | [113,9,23],0.72,[6,0,18],0.25,[0,0,1],0,0.72,YMR081C,ISF1,1017,aerobic respiration,molecular_function unknown,cellular_component unknown,S000004686 YMR081C=D <= CIN5=D SKN7=I | [380,36,165],0.6,[11,5,14],0.25,[0,0,3],0,0.6,YMR081C,ISF1,1017,aerobic respiration,molecular_function unknown,cellular_component unknown,S000004686 YMR081C=D <= NRG1=D | [2884,47,1537],0.64,[212,9,144],0.56,[20,2,221],0.07,0.64,YMR081C,ISF1,1017,aerobic respiration,molecular_function unknown,cellular_component unknown,S000004686 YMR081C=D <= NRG1=D SKN7=I | [369,9,164],0.66,[26,2,22],0.48,[0,0,0],0,0.66,YMR081C,ISF1,1017,aerobic respiration,molecular_function unknown,cellular_component unknown,S000004686 YMR084W=D <= NRG1=D | [1827,23,1983],0.47,[12,54,234],0.01,[0,0,0],0,0.47,YMR084W,,789,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004689 YMR090W=D <= CIN5=D | [2923,587,2130],0.43,[197,12,91],0.62,[20,6,278],0.05,0.62,YMR090W,,684,biological_process unknown,molecular_function unknown,cytoplasm,S000004696 YMR090W=D <= RIM101=D | [1024,13,374],0.72,[2,1,4],0.19,[4,8,106],0.01,0.72,YMR090W,,684,biological_process unknown,molecular_function unknown,cytoplasm,S000004696 YMR093W=D <= ABF1=D | [221,55,122],0.44,[64,2,180],0.25,[1,26,169],0,0.44,YMR093W,UTP15,1542,processing of 20S pre-rRNA,snoRNA binding,small nucleolar ribonucleoprotein complex,S000004699 YMR101C=D <= UME6=I | [107,22,76],0.43,[6,0,34],0.15,[15,7,89],0.09,0.43,YMR101C,SRT1,1032,protein amino acid glycosylation,prenyltransferase activity,lipid particle,S000004707 YMR105C=D <= MSN4=D | [3460,362,1249],0.62,[320,17,111],0.68,[26,68,205],0.02,0.68,YMR105C,PGM2,1710,glucose 1-phosphate utilization*,phosphoglucomutase activity,cytosol,S000004711 YMR107W=D <= STE12=I | [2328,7,159],0.93,[18,24,123],0.05,[4,6,87],0.02,0.93,YMR107W,SPG4,348,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004713 YMR108W=D <= LEU3=D | [145,0,163],0.47,[8,3,24],0.17,[0,0,39],0,0.47,YMR108W,ILV2,2064,branched chain family amino acid biosynthesis,acetolactate synthase activity,mitochondrion,S000004714 YMR116C=D <= FHL1=D | [202,67,111],0.4,[51,0,24],0.68,[2,13,54],0,0.68,YMR116C,ASC1,1233,biological_process unknown,molecular_function unknown,cytoplasm,S000004722 YMR116C=D <= FHL1=D RAP1=D | [109,1,17],0.85,[30,0,1],0.97,[0,1,2],0,0.97,YMR116C,ASC1,1233,biological_process unknown,molecular_function unknown,cytoplasm,S000004722 YMR116C=D <= RAP1=D | [825,34,456],0.6,[155,3,98],0.59,[1,9,14],0,0.6,YMR116C,ASC1,1233,biological_process unknown,molecular_function unknown,cytoplasm,S000004722 YMR117C=D <= FKH1=D FKH2=D | [70,24,28],0.43,[0,0,0],0,[1,0,15],0.06,0.43,YMR117C,SPC24,642,chromosome segregation*,structural constituent of cytoskeleton,condensed nuclear chromosome kinetochore*,S000004723 YMR118C=D <= GLN3=D | [510,25,124],0.74,[7,3,131],0.03,[0,2,8],0,0.74,YMR118C,,591,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004724 YMR118C=D <= SPT23=D | [295,28,327],0.41,[27,15,75],0.15,[0,0,36],0,0.41,YMR118C,,591,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004724 YMR121C=D <= REB1=D | [303,3,89],0.76,[34,12,149],0.13,[0,0,68],0,0.76,YMR121C,RPL15B,615,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000004728 YMR123W=D <= REB1=D | [106,2,208],0.33,[0,17,178],0,[0,0,68],0,0.33,YMR123W,PKR1,369,biological_process unknown,molecular_function unknown,endoplasmic reticulum,S000004730 YMR125W=D <= ABF1=D | [244,27,127],0.55,[18,15,201],0.04,[0,5,191],0,0.55,YMR125W,STO1,2908,"nuclear mRNA splicing, via spliceosome",mRNA binding,commitment complex*,S000004732 YMR169C=D <= ADR1=D | [1433,65,905],0.57,[50,1,74],0.39,[0,0,0],0,0.57,YMR169C,ALD3,1521,response to stress*,aldehyde dehydrogenase activity,cytoplasm,S000004779 YMR173W=D <= CIN5=D | [2431,734,2525],0.33,[186,17,104],0.56,[47,34,223],0.09,0.56,YMR173W,DDR48,1293,DNA repair,ATPase activity*,cytoplasm,S000004784 YMR173W=D <= CIN5=D MSN2=D MSN4=D | [56,4,12],0.73,[8,0,2],0.8,[0,0,0],0,0.8,YMR173W,DDR48,1293,DNA repair,ATPase activity*,cytoplasm,S000004784 YMR173W=D <= CIN5=D MSN4=D | [928,101,659],0.5,[81,1,19],0.79,[0,0,5],0,0.79,YMR173W,DDR48,1293,DNA repair,ATPase activity*,cytoplasm,S000004784 YMR173W=D <= CIN5=I SKN7=I | [109,6,34],0.69,[5,5,14],0.1,[0,0,1],0,0.69,YMR173W,DDR48,1293,DNA repair,ATPase activity*,cytoplasm,S000004784 YMR173W=D <= MSN2=I MSN4=D | [68,16,64],0.37,[19,0,3],0.86,[0,0,0],0,0.86,YMR173W,DDR48,1293,DNA repair,ATPase activity*,cytoplasm,S000004784 YMR173W=D <= SKN7=I | [798,86,485],0.53,[167,16,79],0.58,[3,0,4],0.43,0.58,YMR173W,DDR48,1293,DNA repair,ATPase activity*,cytoplasm,S000004784 YMR175W=D <= MSN2=D | [235,70,244],0.33,[17,6,136],0.08,[0,1,8],0,0.33,YMR175W,SIP18,240,response to osmotic stress*,phospholipid binding,soluble fraction,S000004787 YMR179W=D <= SWI4=D | [386,2,496],0.43,[9,0,106],0.08,[271,0,148],0.65,0.65,YMR179W,SPT21,2277,regulation of transcription from Pol II promoter,molecular_function unknown,nucleus,S000004791 YMR179W=D <= SWI6=D | [395,0,637],0.38,[1,0,61],0.02,[64,0,80],0.44,0.44,YMR179W,SPT21,2277,regulation of transcription from Pol II promoter,molecular_function unknown,nucleus,S000004791 YMR186W=D <= HSF1=D | [319,72,468],0.3,[46,13,40],0.36,[8,8,66],0.05,0.36,YMR186W,HSC82,2118,response to stress*,unfolded protein binding,cytoplasm*,S000004798 YMR186W=D <= INO4=I REB1=D | [122,3,21],0.82,[7,9,20],0.09,[0,0,2],0,0.82,YMR186W,HSC82,2118,response to stress*,unfolded protein binding,cytoplasm*,S000004798 YMR186W=D <= INO4=I UME6=D | [156,0,5],0.97,[1,0,0],1,[0,0,0],0,1,YMR186W,HSC82,2118,response to stress*,unfolded protein binding,cytoplasm*,S000004798 YMR186W=D <= REB1=D | [308,9,84],0.75,[35,55,116],0.07,[12,16,40],0.08,0.75,YMR186W,HSC82,2118,response to stress*,unfolded protein binding,cytoplasm*,S000004798 YMR188C=D <= BAS1=I REB1=I | [56,0,36],0.61,[40,2,24],0.58,[0,0,0],0,0.61,YMR188C,MRPS17,714,protein biosynthesis*,structural constituent of ribosome,mitochondrial small ribosomal subunit,S000004800 YMR188C=D <= REB1=I | [181,0,220],0.45,[90,11,105],0.39,[0,0,68],0,0.45,YMR188C,MRPS17,714,protein biosynthesis*,structural constituent of ribosome,mitochondrial small ribosomal subunit,S000004800 YMR189W=D <= BAS1=I GCN4=I | [323,39,595],0.3,[31,0,4],0.89,[0,0,0],0,0.89,YMR189W,GCV2,3105,one-carbon compound metabolism,glycine dehydrogenase (decarboxylating) activity,mitochondrion,S000004801 YMR194W=D <= FHL1=D | [239,13,136],0.58,[28,8,37],0.3,[0,0,0],0,0.58,YMR194W,RPL36A,766,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000004807 YMR194W=D <= RAP1=D | [656,15,579],0.51,[78,4,167],0.3,[0,0,0],0,0.51,YMR194W,RPL36A,766,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000004807 YMR194W=D <= SPT23=I | [250,9,236],0.49,[41,5,65],0.33,[0,0,0],0,0.49,YMR194W,RPL36A,766,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000004807 YMR195W=D <= CBF1=D MBP1=D PHD1=D | [1,0,0],1,[15,0,0],1,[0,0,0],0,1,YMR195W,ICY1,384,biological_process unknown,molecular_function unknown,vacuolar membrane (sensu Fungi),S000004808 YMR195W=D <= HAP5=D | [235,9,363],0.37,[27,93,97],0.03,[43,1,49],0.45,0.45,YMR195W,ICY1,384,biological_process unknown,molecular_function unknown,vacuolar membrane (sensu Fungi),S000004808 YMR195W=D <= HAP5=D MBP1=D | [20,2,22],0.41,[6,40,23],0.01,[1,0,4],0.2,0.41,YMR195W,ICY1,384,biological_process unknown,molecular_function unknown,vacuolar membrane (sensu Fungi),S000004808 YMR195W=D <= NRG1=D | [2682,19,1792],0.59,[124,101,140],0.19,[11,50,156],0.01,0.59,YMR195W,ICY1,384,biological_process unknown,molecular_function unknown,vacuolar membrane (sensu Fungi),S000004808 YMR195W=D <= NRG1=D PHD1=D | [777,0,295],0.72,[37,2,17],0.63,[1,9,14],0,0.72,YMR195W,ICY1,384,biological_process unknown,molecular_function unknown,vacuolar membrane (sensu Fungi),S000004808 YMR195W=D <= PHD1=D ROX1=D | [51,10,40],0.42,[87,4,15],0.78,[2,14,68],0,0.78,YMR195W,ICY1,384,biological_process unknown,molecular_function unknown,vacuolar membrane (sensu Fungi),S000004808 YMR196W=D <= CBF1=D TYE7=I | [7,1,8],0.38,[1,15,7],0,[0,0,2],0,0.38,YMR196W,,3267,biological_process unknown,molecular_function unknown,cytoplasm,S000004809 YMR197C=D <= ABF1=D DIG1=D | [63,1,65],0.48,[0,8,17],0,[0,0,0],0,0.48,YMR197C,VTI1,654,vesicle fusion*,v-SNARE activity,integral to Golgi membrane,S000004810 YMR197C=D <= DIG1=I FKH2=I | [28,8,37],0.3,[7,0,27],0.21,[0,0,1],0,0.3,YMR197C,VTI1,654,vesicle fusion*,v-SNARE activity,integral to Golgi membrane,S000004810 YMR199W=D <= NDD1=I SOK2=D | [18,1,33],0.33,[0,0,1],0,[0,1,3],0,0.33,YMR199W,CLN1,1641,regulation of cyclin dependent protein kinase activity,cyclin-dependent protein kinase regulator activity,cytoplasm*,S000004812 YMR199W=D <= SWI4=D | [387,6,493],0.43,[28,2,88],0.22,[252,4,159],0.6,0.6,YMR199W,CLN1,1641,regulation of cyclin dependent protein kinase activity,cyclin-dependent protein kinase regulator activity,cytoplasm*,S000004812 YMR199W=D <= SWI6=D | [563,2,467],0.54,[16,1,45],0.24,[41,5,96],0.26,0.54,YMR199W,CLN1,1641,regulation of cyclin dependent protein kinase activity,cyclin-dependent protein kinase regulator activity,cytoplasm*,S000004812 YMR206W=D <= RAP1=I | [775,68,656],0.48,[39,52,146],0.07,[4,6,25],0.05,0.48,YMR206W,,942,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004819 YMR214W=D <= REB1=D | [147,16,238],0.33,[9,11,177],0.02,[1,2,65],0,0.33,YMR214W,SCJ1,1134,protein folding*,chaperone binding,endoplasmic reticulum lumen,S000004827 YMR215W=D <= FKH1=D | [1696,51,1126],0.57,[21,2,127],0.13,[452,0,214],0.68,0.68,YMR215W,GAS3,1575,biological_process unknown,"1,3-beta-glucanosyltransferase activity",cell wall (sensu Fungi),S000004828 YMR215W=D <= FKH1=D SWI6=D | [649,0,41],0.94,[1,0,1],0.5,[10,0,1],0.91,0.94,YMR215W,GAS3,1575,biological_process unknown,"1,3-beta-glucanosyltransferase activity",cell wall (sensu Fungi),S000004828 YMR215W=D <= SWI6=D | [876,2,126],0.87,[22,0,40],0.35,[53,17,74],0.28,0.87,YMR215W,GAS3,1575,biological_process unknown,"1,3-beta-glucanosyltransferase activity",cell wall (sensu Fungi),S000004828 YMR217W=D <= ABF1=D | [267,55,74],0.56,[150,26,70],0.52,[2,7,112],0,0.56,YMR217W,GUA1,1578,GMP metabolism,GMP synthase (glutamine-hydrolyzing) activity,cellular_component unknown,S000004830 YMR217W=D <= ABF1=D CBF1=D | [141,5,36],0.75,[51,14,25],0.44,[0,0,1],0,0.75,YMR217W,GUA1,1578,GMP metabolism,GMP synthase (glutamine-hydrolyzing) activity,cellular_component unknown,S000004830 YMR217W=D <= AFT2=I | [927,84,373],0.61,[127,22,145],0.37,[1,2,77],0,0.61,YMR217W,GUA1,1578,GMP metabolism,GMP synthase (glutamine-hydrolyzing) activity,cellular_component unknown,S000004830 YMR217W=D <= AFT2=I CBF1=D | [26,0,7],0.79,[33,1,23],0.56,[0,0,0],0,0.79,YMR217W,GUA1,1578,GMP metabolism,GMP synthase (glutamine-hydrolyzing) activity,cellular_component unknown,S000004830 YMR221C=D <= REB1=D | [215,0,182],0.54,[42,0,164],0.2,[2,2,64],0.01,0.54,YMR221C,FMP42,1515,biological_process unknown,molecular_function unknown,mitochondrion*,S000004834 YMR235C=D <= ABF1=D | [252,39,108],0.55,[32,14,188],0.1,[0,7,189],0,0.55,YMR235C,RNA1,1224,rRNA-nucleus export*,Ran GTPase activator activity,nucleus*,S000004848 YMR235C=D <= ABF1=D DIG1=D | [128,0,4],0.97,[1,5,19],0.01,[0,0,0],0,0.97,YMR235C,RNA1,1224,rRNA-nucleus export*,Ran GTPase activator activity,nucleus*,S000004848 YMR235C=D <= ABF1=D STE12=D | [43,0,7],0.86,[6,1,51],0.09,[0,0,3],0,0.86,YMR235C,RNA1,1224,rRNA-nucleus export*,Ran GTPase activator activity,nucleus*,S000004848 YMR235C=D <= DIG1=D STE12=D | [78,0,8],0.91,[2,9,33],0.01,[1,0,12],0.08,0.91,YMR235C,RNA1,1224,rRNA-nucleus export*,Ran GTPase activator activity,nucleus*,S000004848 YMR235C=D <= STE12=D | [2080,1,628],0.77,[34,9,132],0.15,[5,0,97],0.05,0.77,YMR235C,RNA1,1224,rRNA-nucleus export*,Ran GTPase activator activity,nucleus*,S000004848 YMR242C=D <= FHL1=D | [244,26,149],0.53,[29,4,42],0.34,[3,0,85],0.03,0.53,YMR242C,RPL20A,973,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000004855 YMR242C=D <= FHL1=D RAP1=D | [105,1,25],0.79,[23,0,8],0.74,[0,0,5],0,0.79,YMR242C,RPL20A,973,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000004855 YMR242C=D <= RAP1=D | [873,31,589],0.56,[163,1,92],0.63,[0,2,38],0,0.63,YMR242C,RPL20A,973,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000004855 YMR246W=D <= HSF1=I | [610,1,197],0.75,[52,27,20],0.35,[4,3,75],0.03,0.75,YMR246W,FAA4,2085,lipid metabolism*,long-chain-fatty-acid-CoA ligase activity,cytoplasm*,S000004860 YMR251W-A=D <= DAL82=I GCN4=I | [192,25,112],0.52,[4,0,0],1,[0,0,0],0,1,YMR251W-A,HOR7,180,response to stress,molecular_function unknown,endoplasmic reticulum*,S000004864 YMR251W-A=D <= DAL82=I HSF1=I | [132,37,159],0.31,[0,0,4],0,[0,0,0],0,0.31,YMR251W-A,HOR7,180,response to stress,molecular_function unknown,endoplasmic reticulum*,S000004864 YMR251W-A=D <= GCN4=I | [992,198,655],0.45,[50,7,15],0.61,[0,0,0],0,0.61,YMR251W-A,HOR7,180,response to stress,molecular_function unknown,endoplasmic reticulum*,S000004864 YMR251W-A=D <= GCN4=I HSF1=D | [129,1,18],0.86,[16,0,0],1,[0,0,0],0,1,YMR251W-A,HOR7,180,response to stress,molecular_function unknown,endoplasmic reticulum*,S000004864 YMR251W-A=D <= GCN4=I MSN4=D | [396,4,42],0.89,[22,1,5],0.75,[0,0,0],0,0.89,YMR251W-A,HOR7,180,response to stress,molecular_function unknown,endoplasmic reticulum*,S000004864 YMR251W-A=D <= GCN4=I NRG1=D | [426,4,82],0.82,[31,0,1],0.97,[0,0,0],0,0.97,YMR251W-A,HOR7,180,response to stress,molecular_function unknown,endoplasmic reticulum*,S000004864 YMR251W-A=D <= GCN4=I SWI5=I | [55,4,24],0.62,[16,0,2],0.89,[0,0,0],0,0.89,YMR251W-A,HOR7,180,response to stress,molecular_function unknown,endoplasmic reticulum*,S000004864 YMR251W-A=D <= MSN4=D | [2484,407,1800],0.45,[149,57,150],0.3,[0,0,0],0,0.45,YMR251W-A,HOR7,180,response to stress,molecular_function unknown,endoplasmic reticulum*,S000004864 YMR251W-A=D <= NRG1=D | [2375,262,1377],0.53,[115,108,116],0.17,[0,0,0],0,0.53,YMR251W-A,HOR7,180,response to stress,molecular_function unknown,endoplasmic reticulum*,S000004864 YMR251W-A=D <= SKN7=I | [603,141,262],0.49,[114,27,92],0.4,[0,0,0],0,0.49,YMR251W-A,HOR7,180,response to stress,molecular_function unknown,endoplasmic reticulum*,S000004864 YMR251W-A=D <= SWI5=I | [908,372,837],0.3,[124,41,142],0.3,[0,0,0],0,0.3,YMR251W-A,HOR7,180,response to stress,molecular_function unknown,endoplasmic reticulum*,S000004864 YMR253C=D <= HSF1=D | [454,0,390],0.54,[13,1,64],0.15,[1,0,80],0.01,0.54,YMR253C,,1245,biological_process unknown,molecular_function unknown,cytoplasm,S000004866 YMR253C=D <= MCM1=I RCS1=I | [23,1,22],0.48,[0,1,2],0,[0,0,0],0,0.48,YMR253C,,1245,biological_process unknown,molecular_function unknown,cytoplasm,S000004866 YMR255W=D <= HSF1=D | [316,6,554],0.35,[8,1,79],0.08,[3,0,69],0.04,0.35,YMR255W,GFD1,567,mRNA-nucleus export,molecular_function unknown,cytoplasm*,S000004868 YMR255W=D <= MCM1=I RCS1=I | [39,0,7],0.85,[0,0,3],0,[0,0,0],0,0.85,YMR255W,GFD1,567,mRNA-nucleus export,molecular_function unknown,cytoplasm*,S000004868 YMR255W=D <= RCS1=I | [335,18,695],0.3,[35,6,183],0.13,[0,0,2],0,0.3,YMR255W,GFD1,567,mRNA-nucleus export,molecular_function unknown,cytoplasm*,S000004868 YMR256C=D <= HAP2=D | [95,0,54],0.64,[1,62,44],0,[0,1,18],0,0.64,YMR256C,COX7,183,aerobic respiration,cytochrome-c oxidase activity,respiratory chain complex IV (sensu Eukaryota),S000004869 YMR256C=D <= HAP4=D | [2702,8,2568],0.51,[94,72,183],0.15,[1,15,114],0,0.51,YMR256C,COX7,183,aerobic respiration,cytochrome-c oxidase activity,respiratory chain complex IV (sensu Eukaryota),S000004869 YMR258C=D <= SPT23=D YAP6=D | [19,0,14],0.58,[26,0,12],0.68,[0,0,1],0,0.68,YMR258C,,1662,biological_process unknown,molecular_function unknown,cytoplasm*,S000004871 YMR260C=D <= ABF1=D | [283,42,72],0.62,[65,36,120],0.19,[6,3,104],0.04,0.62,YMR260C,TIF11,462,translational initiation,translation initiation factor activity,ribosome,S000004873 YMR279C=D <= RFX1=D | [367,11,350],0.49,[84,2,58],0.57,[21,0,131],0.14,0.57,YMR279C,,1623,biological_process unknown,molecular_function unknown,cellular_component unknown,S000004892 YMR280C=D <= ABF1=I | [229,25,128],0.54,[21,48,173],0.03,[24,2,155],0.12,0.54,YMR280C,CAT8,4302,positive regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000004893 YMR280C=D <= ABF1=I UME6=I | [137,0,3],0.98,[0,3,15],0,[0,0,1],0,0.98,YMR280C,CAT8,4302,positive regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000004893 YMR280C=D <= REB1=I | [298,6,47],0.83,[13,29,161],0.02,[2,7,59],0.01,0.83,YMR280C,CAT8,4302,positive regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000004893 YMR280C=D <= UME6=I | [163,5,32],0.79,[0,6,33],0,[17,3,70],0.16,0.79,YMR280C,CAT8,4302,positive regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000004893 YMR290C=D <= LEU3=D | [246,6,57],0.78,[25,0,10],0.71,[5,1,33],0.11,0.78,YMR290C,HAS1,1518,rRNA processing,molecular_function unknown,nucleolus*,S000004903 YMR290C=D <= UME6=D | [135,16,57],0.58,[25,5,10],0.52,[7,3,101],0.04,0.58,YMR290C,HAS1,1518,rRNA processing,molecular_function unknown,nucleolus*,S000004903 YMR291W=D <= LEU3=I | [147,0,162],0.48,[4,5,26],0.05,[7,0,32],0.18,0.48,YMR291W,,1761,biological_process unknown,protein kinase activity,cytoplasm*,S000004905 YMR296C=D <= ABF1=D | [195,12,189],0.46,[56,9,176],0.2,[1,21,174],0,0.46,YMR296C,LCB1,1677,sphingolipid biosynthesis,serine C-palmitoyltransferase activity,membrane fraction*,S000004911 YMR300C=D <= BAS1=D | [1315,221,2162],0.3,[38,27,297],0.06,[20,4,136],0.1,0.3,YMR300C,ADE4,1533,purine nucleotide biosynthesis*,amidophosphoribosyltransferase activity,cytoplasm,S000004915 YMR305C=D <= DIG1=D STE12=D | [73,0,13],0.85,[23,1,20],0.5,[3,0,10],0.23,0.85,YMR305C,SCW10,1170,conjugation with cellular fusion,glucosidase activity,cytoplasm*,S000004921 YMR305C=D <= MBP1=D STE12=D | [91,0,13],0.88,[19,2,22],0.4,[0,4,3],0,0.88,YMR305C,SCW10,1170,conjugation with cellular fusion,glucosidase activity,cytoplasm*,S000004921 YMR305C=D <= SKN7=D | [682,220,457],0.38,[92,16,154],0.3,[3,1,3],0.32,0.38,YMR305C,SCW10,1170,conjugation with cellular fusion,glucosidase activity,cytoplasm*,S000004921 YMR305C=D <= SOK2=D STE12=D | [355,0,39],0.9,[11,3,16],0.29,[0,0,0],0,0.9,YMR305C,SCW10,1170,conjugation with cellular fusion,glucosidase activity,cytoplasm*,S000004921 YMR305C=D <= SOK2=I STE12=D | [431,0,28],0.94,[0,0,0],0,[0,4,6],0,0.94,YMR305C,SCW10,1170,conjugation with cellular fusion,glucosidase activity,cytoplasm*,S000004921 YMR305C=D <= SOK2=I SWI6=D | [487,17,108],0.77,[0,0,0],0,[0,2,0],0,0.77,YMR305C,SCW10,1170,conjugation with cellular fusion,glucosidase activity,cytoplasm*,S000004921 YMR305C=D <= STE12=D | [2205,3,459],0.83,[47,21,116],0.18,[29,13,51],0.22,0.83,YMR305C,SCW10,1170,conjugation with cellular fusion,glucosidase activity,cytoplasm*,S000004921 YMR305C=D <= STE12=D SWI6=D | [567,0,37],0.94,[3,0,19],0.14,[2,2,1],0.2,0.94,YMR305C,SCW10,1170,conjugation with cellular fusion,glucosidase activity,cytoplasm*,S000004921 YMR305C=D <= SWI6=D | [761,44,217],0.7,[15,2,45],0.21,[47,30,43],0.24,0.7,YMR305C,SCW10,1170,conjugation with cellular fusion,glucosidase activity,cytoplasm*,S000004921 YMR305C=D <= XBP1=I | [4261,289,3285],0.51,[37,74,190],0.04,[31,36,66],0.11,0.51,YMR305C,SCW10,1170,conjugation with cellular fusion,glucosidase activity,cytoplasm*,S000004921 YMR307W=D <= MBP1=D STB1=D | [9,1,10],0.41,[30,0,14],0.68,[0,4,4],0,0.68,YMR307W,GAS1,1680,cell wall organization and biogenesis,"1,3-beta-glucanosyltransferase activity",mitochondrion*,S000004924 YMR307W=D <= MBP1=I SWI6=D | [97,0,6],0.94,[0,1,3],0,[4,7,27],0.04,0.94,YMR307W,GAS1,1680,cell wall organization and biogenesis,"1,3-beta-glucanosyltransferase activity",mitochondrion*,S000004924 YMR307W=D <= SWI4=D | [397,22,243],0.57,[32,1,85],0.26,[55,41,205],0.1,0.57,YMR307W,GAS1,1680,cell wall organization and biogenesis,"1,3-beta-glucanosyltransferase activity",mitochondrion*,S000004924 YMR307W=D <= SWI4=D SWI6=D | [326,1,19],0.94,[14,0,6],0.7,[1,1,3],0.1,0.94,YMR307W,GAS1,1680,cell wall organization and biogenesis,"1,3-beta-glucanosyltransferase activity",mitochondrion*,S000004924 YMR307W=D <= SWI6=D | [745,3,118],0.86,[28,1,33],0.44,[20,10,82],0.12,0.86,YMR307W,GAS1,1680,cell wall organization and biogenesis,"1,3-beta-glucanosyltransferase activity",mitochondrion*,S000004924 YMR308C=D <= CBF1=D | [221,59,254],0.33,[28,26,247],0.05,[0,0,8],0,0.33,YMR308C,PSE1,3270,mRNA-nucleus export,protein carrier activity,cytoplasm*,S000004925 YMR308C=D <= CBF1=D TYE7=D | [119,27,87],0.42,[1,3,43],0.01,[0,0,2],0,0.42,YMR308C,PSE1,3270,mRNA-nucleus export,protein carrier activity,cytoplasm*,S000004925 YMR311C=D <= REB1=I | [227,0,174],0.57,[94,6,106],0.43,[6,1,61],0.08,0.57,YMR311C,GLC8,690,glycogen biosynthesis,enzyme activator activity,cytoplasm*,S000004928 YMR318C=D <= YAP1=I YAP7=D | [36,6,1],0.72,[2,6,48],0.01,[0,0,1],0,0.72,YMR318C,ADH6,1083,aldehyde metabolism*,alcohol dehydrogenase (NADP+) activity,soluble fraction,S000004937 YNL002C=D <= SPT23=I | [312,59,277],0.4,[73,1,41],0.63,[4,1,24],0.11,0.63,YNL002C,RLP7,969,ribosomal large subunit biogenesis*,rRNA binding,nucleolus,S000004947 YNL006W=D <= HSF1=D | [529,4,320],0.62,[18,7,74],0.13,[0,1,80],0,0.62,YNL006W,LST8,912,transport*,protein binding,Golgi membrane*,S000004951 YNL007C=D <= HSF1=D | [694,2,183],0.79,[61,7,31],0.55,[11,4,67],0.1,0.79,YNL007C,SIS1,1059,translational initiation,unfolded protein binding,cytosolic small ribosomal subunit (sensu Eukaryota),S000004952 YNL009W=D <= HAP3=D | [623,2,450],0.58,[11,10,165],0.03,[0,8,21],0,0.58,YNL009W,IDP3,1263,fatty acid beta-oxidation*,isocitrate dehydrogenase (NADP+) activity,cytoplasm*,S000004954 YNL010W=D <= RAP1=D | [555,19,992],0.34,[85,3,161],0.33,[0,0,129],0,0.34,YNL010W,,726,biological_process unknown,molecular_function unknown,cytoplasm*,S000004955 YNL036W=D <= ABF1=D | [191,88,119],0.33,[64,109,73],0.1,[52,13,131],0.21,0.33,YNL036W,NCE103,666,response to oxidative stress,carbonate dehydratase activity,cytoplasm*,S000004981 YNL036W=D <= ABF1=D GCN4=I | [37,4,7],0.7,[2,0,1],0.67,[0,0,0],0,0.7,YNL036W,NCE103,666,response to oxidative stress,carbonate dehydratase activity,cytoplasm*,S000004981 YNL036W=D <= CBF1=D | [238,105,194],0.31,[146,47,108],0.37,[5,0,3],0.62,0.62,YNL036W,NCE103,666,response to oxidative stress,carbonate dehydratase activity,cytoplasm*,S000004981 YNL036W=D <= CBF1=D ROX1=D | [3,1,1],0.45,[61,11,26],0.53,[0,0,0],0,0.53,YNL036W,NCE103,666,response to oxidative stress,carbonate dehydratase activity,cytoplasm*,S000004981 YNL036W=D <= CBF1=D RTG3=D | [35,15,29],0.31,[9,4,6],0.33,[0,0,0],0,0.33,YNL036W,NCE103,666,response to oxidative stress,carbonate dehydratase activity,cytoplasm*,S000004981 YNL036W=D <= GCN4=I | [1093,264,659],0.44,[66,0,13],0.84,[0,15,39],0,0.84,YNL036W,NCE103,666,response to oxidative stress,carbonate dehydratase activity,cytoplasm*,S000004981 YNL036W=D <= ROX1=D | [284,102,193],0.36,[208,117,225],0.24,[22,2,121],0.14,0.36,YNL036W,NCE103,666,response to oxidative stress,carbonate dehydratase activity,cytoplasm*,S000004981 YNL037C=D <= CBF1=D RTG3=D | [23,3,29],0.37,[0,6,9],0,[0,0,0],0,0.37,YNL037C,IDH1,1083,tricarboxylic acid cycle*,isocitrate dehydrogenase (NAD+) activity,mitochondrial matrix,S000004982 YNL037C=D <= GCN4=D PHO2=D | [33,10,35],0.32,[0,0,2],0,[0,0,0],0,0.32,YNL037C,IDH1,1083,tricarboxylic acid cycle*,isocitrate dehydrogenase (NAD+) activity,mitochondrial matrix,S000004982 YNL037C=D <= GCN4=I MOT3=D | [61,9,25],0.56,[0,0,0],0,[0,0,0],0,0.56,YNL037C,IDH1,1083,tricarboxylic acid cycle*,isocitrate dehydrogenase (NAD+) activity,mitochondrial matrix,S000004982 YNL037C=D <= MOT3=D | [131,30,180],0.31,[14,3,63],0.14,[8,4,116],0.04,0.31,YNL037C,IDH1,1083,tricarboxylic acid cycle*,isocitrate dehydrogenase (NAD+) activity,mitochondrial matrix,S000004982 YNL044W=D <= INO2=I | [636,47,477],0.51,[34,7,249],0.1,[5,1,55],0.07,0.51,YNL044W,YIP3,610,ER to Golgi transport,molecular_function unknown,COPII-coated vesicle,S000004989 YNL044W=D <= INO2=I INO4=I | [585,0,290],0.67,[5,0,15],0.25,[0,0,0],0,0.67,YNL044W,YIP3,610,ER to Golgi transport,molecular_function unknown,COPII-coated vesicle,S000004989 YNL044W=D <= INO4=I | [1141,80,1401],0.41,[11,10,116],0.04,[0,4,22],0,0.41,YNL044W,YIP3,610,ER to Golgi transport,molecular_function unknown,COPII-coated vesicle,S000004989 YNL052W=D <= HAP4=D | [1649,23,2248],0.41,[97,52,222],0.17,[0,0,222],0,0.41,YNL052W,COX5A,462,aerobic respiration,cytochrome-c oxidase activity,respiratory chain complex IV (sensu Eukaryota),S000004997 YNL055C=D <= HAP4=D | [2916,59,3051],0.47,[33,44,269],0.04,[6,0,249],0.02,0.47,YNL055C,POR1,852,aerobic respiration*,voltage-gated ion-selective channel activity,mitochondrial outer membrane,S000005000 YNL065W=D <= LEU3=D | [226,4,78],0.72,[11,0,24],0.31,[1,2,36],0.01,0.72,YNL065W,AQR1,1761,drug transport*,monocarboxylic acid transporter activity*,plasma membrane,S000005009 YNL065W=D <= NRG1=I | [2312,137,2137],0.48,[30,107,221],0.02,[92,2,147],0.37,0.48,YNL065W,AQR1,1761,drug transport*,monocarboxylic acid transporter activity*,plasma membrane,S000005009 YNL066W=D <= CIN5=I SPT2=I | [83,0,2],0.98,[4,0,1],0.8,[0,0,0],0,0.98,YNL066W,SUN4,1263,mitochondrion organization and biogenesis,glucosidase activity,cell wall (sensu Fungi)*,S000005010 YNL066W=D <= CIN5=I YAP6=I | [460,29,503],0.44,[36,2,43],0.42,[2,2,10],0.07,0.44,YNL066W,SUN4,1263,mitochondrion organization and biogenesis,glucosidase activity,cell wall (sensu Fungi)*,S000005010 YNL066W=D <= SPT2=I | [100,10,69],0.51,[9,1,14],0.34,[0,0,0],0,0.51,YNL066W,SUN4,1263,mitochondrion organization and biogenesis,glucosidase activity,cell wall (sensu Fungi)*,S000005010 YNL069C=D <= FHL1=D | [218,38,167],0.44,[28,0,44],0.39,[0,22,148],0,0.44,YNL069C,RPL16B,1046,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000005013 YNL069C=D <= FHL1=D RAP1=D | [102,1,28],0.77,[24,0,5],0.83,[0,0,5],0,0.83,YNL069C,RPL16B,1046,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000005013 YNL069C=D <= RAP1=D | [863,30,682],0.53,[140,1,99],0.58,[5,0,124],0.04,0.58,YNL069C,RPL16B,1046,protein biosynthesis,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000005013 YNL077W=D <= MBP1=D MSN4=D | [68,0,106],0.39,[1,1,5],0.07,[5,4,12],0.13,0.39,YNL077W,APJ1,1587,biological_process unknown,unfolded protein binding,cytoplasm*,S000005021 YNL077W=D <= MSN4=D | [1584,58,3524],0.3,[5,43,362],0,[62,9,228],0.18,0.3,YNL077W,APJ1,1587,biological_process unknown,unfolded protein binding,cytoplasm*,S000005021 YNL079C=D <= REB1=D | [287,9,103],0.7,[6,57,143],0,[0,5,63],0,0.7,YNL079C,TPM1,600,actin filament organization*,actin lateral binding,contractile ring (sensu Saccharomyces)*,S000005023 YNL079C=D <= REB1=D SWI5=D | [259,4,50],0.81,[2,8,29],0.01,[0,1,27],0,0.81,YNL079C,TPM1,600,actin filament organization*,actin lateral binding,contractile ring (sensu Saccharomyces)*,S000005023 YNL085W=D <= ABF1=D | [169,17,208],0.39,[35,2,209],0.13,[4,0,192],0.02,0.39,YNL085W,MKT1,2493,viral life cycle,nuclease activity,cytoplasm*,S000005029 YNL087W=D <= CIN5=I STE12=D | [743,0,270],0.73,[13,0,3],0.81,[0,1,11],0,0.81,YNL087W,TCB2,3537,biological_process unknown,molecular_function unknown,bud,S000005031 YNL087W=D <= DIG1=D YAP1=D | [21,1,26],0.42,[0,0,0],0,[0,2,6],0,0.42,YNL087W,TCB2,3537,biological_process unknown,molecular_function unknown,bud,S000005031 YNL087W=D <= SKN7=D | [654,165,420],0.42,[147,14,97],0.52,[1,0,6],0.14,0.52,YNL087W,TCB2,3537,biological_process unknown,molecular_function unknown,bud,S000005031 YNL087W=D <= SKN7=D STE12=D | [241,0,57],0.81,[49,0,25],0.66,[0,0,1],0,0.81,YNL087W,TCB2,3537,biological_process unknown,molecular_function unknown,bud,S000005031 YNL087W=D <= SKN7=I STE12=D | [131,0,27],0.83,[1,0,1],0.5,[0,0,0],0,0.83,YNL087W,TCB2,3537,biological_process unknown,molecular_function unknown,bud,S000005031 YNL087W=D <= STE12=D | [1510,1,950],0.61,[115,0,63],0.65,[14,6,82],0.1,0.65,YNL087W,TCB2,3537,biological_process unknown,molecular_function unknown,bud,S000005031 YNL087W=D <= XBP1=I | [3542,16,3865],0.48,[73,48,172],0.15,[6,4,154],0.02,0.48,YNL087W,TCB2,3537,biological_process unknown,molecular_function unknown,bud,S000005031 YNL090W=D <= REB1=D | [276,0,125],0.69,[19,0,187],0.09,[0,0,68],0,0.69,YNL090W,RHO2,579,cell wall organization and biogenesis*,GTPase activity*,intracellular,S000005034 YNL093W=D <= FKH1=I | [1903,16,766],0.7,[51,0,76],0.4,[27,36,603],0.02,0.7,YNL093W,YPT53,663,protein-vacuolar targeting*,GTPase activity,late endosome,S000005037 YNL096C=D <= FHL1=D | [255,26,128],0.57,[39,2,34],0.49,[1,3,90],0,0.57,YNL096C,RPS7B,918,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000005040 YNL096C=D <= FHL1=D RAP1=D | [116,1,14],0.88,[25,0,6],0.81,[0,0,5],0,0.88,YNL096C,RPS7B,918,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000005040 YNL096C=D <= RAP1=D | [962,24,537],0.62,[142,1,113],0.55,[1,0,39],0.03,0.62,YNL096C,RPS7B,918,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000005040 YNL098C=D <= SKN7=I | [447,3,905],0.33,[68,14,180],0.22,[0,0,7],0,0.33,YNL098C,RAS2,969,sporulation (sensu Fungi)*,GTPase activity,plasma membrane,S000005042 YNL111C=D <= ABF1=D | [257,12,126],0.62,[112,48,86],0.32,[41,0,155],0.21,0.62,YNL111C,CYB5,363,sterol biosynthesis,electron transporter activity,endoplasmic reticulum membrane*,S000005055 YNL111C=D <= REB1=D | [257,6,136],0.63,[62,75,69],0.14,[12,3,53],0.14,0.63,YNL111C,CYB5,363,sterol biosynthesis,electron transporter activity,endoplasmic reticulum membrane*,S000005055 YNL113W=D <= ABF1=D | [291,33,69],0.67,[78,22,131],0.26,[0,38,158],0,0.67,YNL113W,RPC19,429,transcription from Pol I promoter*,DNA-directed RNA polymerase activity,DNA-directed RNA polymerase III complex*,S000005057 YNL113W=D <= REB1=D | [299,8,91],0.73,[33,29,130],0.09,[1,6,61],0,0.73,YNL113W,RPC19,429,transcription from Pol I promoter*,DNA-directed RNA polymerase activity,DNA-directed RNA polymerase III complex*,S000005057 YNL115C=D <= ABF1=I | [195,62,130],0.38,[74,15,138],0.27,[2,7,182],0,0.38,YNL115C,,1935,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000005059 YNL115C=D <= REB1=I | [310,1,83],0.78,[84,5,100],0.42,[5,1,62],0.06,0.78,YNL115C,,1935,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000005059 YNL117W=D <= ABF1=I REB1=I | [52,0,2],0.96,[9,1,60],0.12,[2,0,19],0.1,0.96,YNL117W,MLS1,1665,glyoxylate cycle,malate synthase activity,cytoplasm*,S000005061 YNL117W=D <= SIP4=D | [3376,199,1583],0.62,[2,19,176],0,[61,29,285],0.11,0.62,YNL117W,MLS1,1665,glyoxylate cycle,malate synthase activity,cytoplasm*,S000005061 YNL117W=D <= SIP4=D STB4=D | [170,1,39],0.8,[0,0,3],0,[2,0,0],1,1,YNL117W,MLS1,1665,glyoxylate cycle,malate synthase activity,cytoplasm*,S000005061 YNL118C=D <= ABF1=D | [144,8,240],0.35,[13,6,216],0.04,[0,0,121],0,0.35,YNL118C,DCP2,2913,mRNA catabolism*,mRNA binding*,cytoplasm*,S000005062 YNL118C=D <= REB1=D | [303,0,99],0.75,[20,0,171],0.1,[0,0,68],0,0.75,YNL118C,DCP2,2913,mRNA catabolism*,mRNA binding*,cytoplasm*,S000005062 YNL119W=D <= ABF1=D | [281,43,55],0.64,[61,16,157],0.21,[0,3,193],0,0.64,YNL119W,NCS2,1482,pseudohyphal growth*,molecular_function unknown,cytoplasm,S000005063 YNL121C=D <= ABF1=D | [146,18,233],0.33,[11,0,223],0.05,[10,3,183],0.04,0.33,YNL121C,TOM70,1854,mitochondrial matrix protein import*,protein transporter activity,mitochondrial outer membrane translocase complex,S000005065 YNL124W=D <= GCN4=D | [773,56,1176],0.36,[44,2,33],0.53,[0,3,15],0,0.53,YNL124W,NAF1,1479,transport*,RNA binding*,nucleoplasm,S000005068 YNL125C=D <= HSF1=D | [589,14,247],0.68,[19,2,56],0.22,[6,0,76],0.07,0.68,YNL125C,ESBP6,2022,transport,transporter activity*,mitochondrion*,S000005069 YNL126W=D <= REB1=D | [225,0,138],0.62,[57,3,137],0.27,[13,0,55],0.19,0.62,YNL126W,SPC98,2541,microtubule nucleation*,structural constituent of cytoskeleton,outer plaque of spindle pole body*,S000005070 YNL134C=D <= CIN5=D | [3054,496,2140],0.46,[77,86,144],0.12,[31,19,254],0.06,0.46,YNL134C,,1131,biological_process unknown,alcohol dehydrogenase (NADP+) activity,cytoplasm*,S000005078 YNL134C=D <= CIN5=D YAP1=D | [648,19,219],0.71,[11,0,17],0.39,[0,0,0],0,0.71,YNL134C,,1131,biological_process unknown,alcohol dehydrogenase (NADP+) activity,cytoplasm*,S000005078 YNL134C=D <= CIN5=D YAP7=I | [97,1,31],0.74,[18,3,29],0.31,[1,0,2],0.33,0.74,YNL134C,,1131,biological_process unknown,alcohol dehydrogenase (NADP+) activity,cytoplasm*,S000005078 YNL134C=D <= MOT3=D | [236,17,108],0.61,[35,20,34],0.25,[7,11,110],0.02,0.61,YNL134C,,1131,biological_process unknown,alcohol dehydrogenase (NADP+) activity,cytoplasm*,S000005078 YNL134C=D <= YAP1=D | [966,259,847],0.37,[123,3,39],0.73,[19,0,35],0.35,0.73,YNL134C,,1131,biological_process unknown,alcohol dehydrogenase (NADP+) activity,cytoplasm*,S000005078 YNL160W=D <= DIG1=D MSN2=I | [40,3,30],0.51,[0,0,0],0,[0,0,0],0,0.51,YNL160W,YGP1,1065,response to stress*,molecular_function unknown,cell wall (sensu Fungi),S000005104 YNL160W=D <= DIG1=D MSN4=D | [82,3,29],0.69,[22,0,17],0.56,[7,0,3],0.7,0.7,YNL160W,YGP1,1065,response to stress*,molecular_function unknown,cell wall (sensu Fungi),S000005104 YNL160W=D <= MCM1=I | [93,7,66],0.52,[24,11,42],0.21,[19,17,83],0.08,0.52,YNL160W,YGP1,1065,response to stress*,molecular_function unknown,cell wall (sensu Fungi),S000005104 YNL160W=D <= MSN4=D | [3343,285,1484],0.6,[184,59,205],0.31,[145,30,124],0.4,0.6,YNL160W,YGP1,1065,response to stress*,molecular_function unknown,cell wall (sensu Fungi),S000005104 YNL160W=D <= MSN4=D PHO4=I STE12=D | [1,0,1],0.5,[0,0,0],0,[0,0,0],0,0.5,YNL160W,YGP1,1065,response to stress*,molecular_function unknown,cell wall (sensu Fungi),S000005104 YNL160W=D <= PHO4=I STE12=I | [53,2,15],0.73,[20,13,16],0.25,[0,0,1],0,0.73,YNL160W,YGP1,1065,response to stress*,molecular_function unknown,cell wall (sensu Fungi),S000005104 YNL160W=D <= PHO4=I SWI5=I | [71,6,44],0.54,[21,4,3],0.63,[15,16,21],0.14,0.63,YNL160W,YGP1,1065,response to stress*,molecular_function unknown,cell wall (sensu Fungi),S000005104 YNL160W=D <= STE12=I | [1542,184,937],0.52,[65,30,89],0.24,[53,12,37],0.42,0.52,YNL160W,YGP1,1065,response to stress*,molecular_function unknown,cell wall (sensu Fungi),S000005104 YNL162W=D <= FHL1=D | [199,22,199],0.43,[28,0,47],0.37,[2,0,92],0.02,0.43,YNL162W,RPL42A,833,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005106 YNL162W=D <= FHL1=D RAP1=D | [78,1,52],0.59,[23,0,8],0.74,[0,0,5],0,0.74,YNL162W,RPL42A,833,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005106 YNL162W=D <= RAP1=D | [761,24,725],0.49,[126,2,128],0.48,[0,2,76],0,0.49,YNL162W,RPL42A,833,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005106 YNL163C=D <= FHL1=D | [179,4,230],0.42,[19,0,56],0.25,[12,1,157],0.07,0.42,YNL163C,RIA1,3333,ribosomal large subunit biogenesis*,GTPase activity,cytoplasm,S000005107 YNL163C=D <= RAP1=D | [512,16,1047],0.32,[22,2,232],0.08,[4,0,125],0.03,0.32,YNL163C,RIA1,3333,ribosomal large subunit biogenesis*,GTPase activity,cytoplasm,S000005107 YNL169C=D <= INO2=I INO4=I | [553,1,338],0.62,[0,3,17],0,[0,0,0],0,0.62,YNL169C,PSD1,1503,phosphatidylcholine biosynthesis,phosphatidylserine decarboxylase activity,mitochondrion*,S000005113 YNL173C=D <= FKH2=I SKN7=I | [79,0,62],0.56,[2,6,27],0.01,[1,0,0],1,1,YNL173C,MDG1,1101,signal transduction during conjugation with cellular fusion,molecular_function unknown,plasma membrane,S000005117 YNL173C=D <= MOT3=D | [126,12,217],0.32,[49,1,32],0.59,[10,14,104],0.03,0.59,YNL173C,MDG1,1101,signal transduction during conjugation with cellular fusion,molecular_function unknown,plasma membrane,S000005117 YNL173C=D <= SKN7=I | [733,6,587],0.55,[29,35,130],0.07,[5,0,2],0.71,0.71,YNL173C,MDG1,1101,signal transduction during conjugation with cellular fusion,molecular_function unknown,plasma membrane,S000005117 YNL175C=D <= GCN4=D | [1096,368,629],0.39,[64,1,16],0.78,[2,7,42],0.01,0.78,YNL175C,NOP13,1212,biological_process unknown,RNA binding,nucleolus*,S000005119 YNL175C=D <= INO2=I | [646,93,474],0.47,[53,87,150],0.07,[0,7,54],0,0.47,YNL175C,NOP13,1212,biological_process unknown,RNA binding,nucleolus*,S000005119 YNL182C=D <= SNT2=I | [613,32,293],0.62,[51,6,39],0.48,[0,0,9],0,0.62,YNL182C,IPI3,1668,35S primary transcript processing*,molecular_function unknown,nucleus,S000005126 YNL183C=D <= ABF1=I | [194,14,191],0.45,[45,30,171],0.11,[2,16,178],0,0.45,YNL183C,NPR1,2373,regulation of nitrogen utilization,kinase activity,cytoplasm,S000005127 YNL183C=D <= GCN4=D RPN4=D | [134,0,295],0.31,[0,2,1],0,[0,0,0],0,0.31,YNL183C,NPR1,2373,regulation of nitrogen utilization,kinase activity,cytoplasm,S000005127 YNL189W=D <= ABF1=D | [151,19,227],0.34,[12,6,228],0.03,[0,0,196],0,0.34,YNL189W,SRP1,1629,nucleocytoplasmic transport,protein carrier activity,cytoplasm*,S000005133 YNL192W=D <= MBP1=D STE12=D SWI5=D | [21,0,19],0.53,[1,1,24],0.02,[0,2,1],0,0.53,YNL192W,CHS1,3396,"cytokinesis, completion of separation*",chitin synthase activity,plasma membrane*,S000005136 YNL192W=D <= STE12=D | [863,20,1712],0.33,[26,30,116],0.07,[15,11,39],0.13,0.33,YNL192W,CHS1,3396,"cytokinesis, completion of separation*",chitin synthase activity,plasma membrane*,S000005136 YNL192W=D <= SWI5=D TEC1=D | [284,15,304],0.45,[20,29,103],0.05,[21,27,78],0.07,0.45,YNL192W,CHS1,3396,"cytokinesis, completion of separation*",chitin synthase activity,plasma membrane*,S000005136 YNL194C=D <= AFT2=D | [757,184,378],0.46,[8,92,179],0,[10,3,62],0.1,0.46,YNL194C,,906,biological_process unknown,molecular_function unknown,cytoplasm*,S000005138 YNL194C=D <= AFT2=D MSN4=D | [383,5,75],0.82,[3,25,33],0.01,[0,1,1],0,0.82,YNL194C,,906,biological_process unknown,molecular_function unknown,cytoplasm*,S000005138 YNL194C=D <= MSN4=D | [3341,187,1561],0.62,[62,48,297],0.09,[26,15,86],0.13,0.62,YNL194C,,906,biological_process unknown,molecular_function unknown,cytoplasm*,S000005138 YNL209W=D <= ABF1=D | [235,55,60],0.54,[121,33,80],0.41,[10,8,178],0.03,0.54,YNL209W,SSB2,1842,protein biosynthesis,ATPase activity*,cytoplasm*,S000005153 YNL210W=D <= UME6=D | [148,3,34],0.78,[12,2,26],0.26,[0,3,61],0,0.78,YNL210W,MER1,813,meiosis*,pre-mRNA splicing factor activity,nucleus,S000005154 YNL211C=D <= UME6=I | [83,2,102],0.43,[2,0,36],0.05,[4,0,93],0.04,0.43,YNL211C,,261,biological_process unknown,molecular_function unknown,mitochondrion,S000005155 YNL217W=D <= CIN5=I PHO4=I | [149,0,51],0.74,[25,0,14],0.64,[0,0,3],0,0.74,YNL217W,,981,biological_process unknown,phosphoric monoester hydrolase activity,vacuole (sensu Fungi),S000005161 YNL218W=D <= FKH1=D MBP1=I | [53,1,70],0.42,[0,0,1],0,[0,0,5],0,0.42,YNL218W,MGS1,1764,DNA replication*,ATPase activity*,nucleus,S000005162 YNL220W=D <= CBF1=D | [282,48,202],0.45,[95,23,182],0.25,[0,0,6],0,0.45,YNL220W,ADE12,1302,purine nucleotide biosynthesis*,adenylosuccinate synthase activity,cytoplasm,S000005164 YNL220W=D <= REB1=D | [293,1,105],0.73,[6,106,91],0,[0,1,67],0,0.73,YNL220W,ADE12,1302,purine nucleotide biosynthesis*,adenylosuccinate synthase activity,cytoplasm,S000005164 YNL221C=D <= BAS1=D CBF1=D | [115,0,54],0.68,[32,0,46],0.41,[0,0,0],0,0.68,YNL221C,POP1,2628,rRNA processing*,ribonuclease P activity*,ribonuclease MRP complex*,S000005165 YNL221C=D <= BAS1=D REB1=D | [74,0,15],0.83,[15,0,37],0.29,[0,0,0],0,0.83,YNL221C,POP1,2628,rRNA processing*,ribonuclease P activity*,ribonuclease MRP complex*,S000005165 YNL221C=D <= CBF1=D | [247,0,259],0.49,[41,5,203],0.15,[0,0,8],0,0.49,YNL221C,POP1,2628,rRNA processing*,ribonuclease P activity*,ribonuclease MRP complex*,S000005165 YNL221C=D <= REB1=D | [222,0,167],0.57,[23,0,150],0.13,[0,2,66],0,0.57,YNL221C,POP1,2628,rRNA processing*,ribonuclease P activity*,ribonuclease MRP complex*,S000005165 YNL231C=D <= SWI4=D SWI6=D | [149,0,323],0.32,[0,9,9],0,[2,0,3],0.4,0.4,YNL231C,PDR16,1056,response to drug*,phosphatidylinositol transporter activity,cytoplasm*,S000005175 YNL238W=D <= STE12=D | [554,0,1166],0.32,[44,0,140],0.24,[0,1,64],0,0.32,YNL238W,KEX2,2445,peptide pheromone maturation,serine-type endopeptidase activity,Golgi trans face,S000005182 YNL238W=D <= SWI5=D | [515,12,1076],0.31,[14,26,375],0.01,[2,2,598],0,0.31,YNL238W,KEX2,2445,peptide pheromone maturation,serine-type endopeptidase activity,Golgi trans face,S000005182 YNL241C=D <= AFT2=D MSN2=I | [33,1,49],0.39,[1,19,39],0,[0,0,0],0,0.39,YNL241C,ZWF1,1518,pentose-phosphate shunt,glucose-6-phosphate 1-dehydrogenase activity,cytoplasm,S000005185 YNL241C=D <= AFT2=D MSN4=I | [74,4,87],0.43,[1,10,9],0,[0,1,7],0,0.43,YNL241C,ZWF1,1518,pentose-phosphate shunt,glucose-6-phosphate 1-dehydrogenase activity,cytoplasm,S000005185 YNL241C=D <= MSN2=D RCS1=D | [27,1,35],0.41,[7,0,15],0.32,[0,0,0],0,0.41,YNL241C,ZWF1,1518,pentose-phosphate shunt,glucose-6-phosphate 1-dehydrogenase activity,cytoplasm,S000005185 YNL241C=D <= MSN2=D RDS1=D | [16,0,24],0.4,[4,0,1],0.8,[0,0,6],0,0.8,YNL241C,ZWF1,1518,pentose-phosphate shunt,glucose-6-phosphate 1-dehydrogenase activity,cytoplasm,S000005185 YNL241C=D <= MSN4=D RCS1=D | [58,1,109],0.34,[46,0,18],0.72,[0,0,1],0,0.72,YNL241C,ZWF1,1518,pentose-phosphate shunt,glucose-6-phosphate 1-dehydrogenase activity,cytoplasm,S000005185 YNL255C=D <= ABF1=D | [285,23,90],0.66,[72,4,165],0.28,[1,0,195],0.01,0.66,YNL255C,GIS2,462,intracellular signaling cascade,transcription factor activity,cytoplasm,S000005199 YNL273W=D <= SWI6=D | [402,2,581],0.41,[17,0,44],0.28,[9,5,130],0.04,0.41,YNL273W,TOF1,3717,DNA replication checkpoint*,molecular_function unknown,nuclear chromosome,S000005217 YNL274C=D <= STB5=D | [333,40,211],0.51,[8,95,68],0,[8,13,161],0.02,0.51,YNL274C,,1053,metabolism,"oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor",cytoplasm*,S000005218 YNL277W=D <= CBF1=D MET32=D | [89,0,5],0.95,[1,0,2],0.33,[0,0,0],0,0.95,YNL277W,MET2,1461,methionine biosynthesis*,homoserine O-acetyltransferase activity,cytoplasm,S000005221 YNL277W=D <= MET32=D | [1765,1,240],0.88,[6,57,133],0,[4,11,71],0.01,0.88,YNL277W,MET2,1461,methionine biosynthesis*,homoserine O-acetyltransferase activity,cytoplasm,S000005221 YNL277W=D <= MET4=D | [407,8,411],0.48,[7,38,73],0.01,[7,0,75],0.09,0.48,YNL277W,MET2,1461,methionine biosynthesis*,homoserine O-acetyltransferase activity,cytoplasm,S000005221 YNL279W=D <= DAL82=I | [672,6,649],0.5,[57,43,116],0.15,[0,0,7],0,0.5,YNL279W,PRM1,1986,plasma membrane fusion,molecular_function unknown,integral to membrane*,S000005223 YNL279W=D <= DAL82=I STE12=D | [331,1,176],0.65,[10,0,7],0.59,[0,0,0],0,0.65,YNL279W,PRM1,1986,plasma membrane fusion,molecular_function unknown,integral to membrane*,S000005223 YNL281W=D <= HSF1=D | [514,21,319],0.58,[39,8,52],0.33,[0,0,82],0,0.58,YNL281W,HCH1,462,response to stress*,chaperone activator activity,cytoplasm*,S000005225 YNL287W=D <= ABF1=D | [139,16,240],0.32,[6,9,231],0.01,[5,0,191],0.03,0.32,YNL287W,SEC21,2808,ER to Golgi transport*,molecular_function unknown,COPI vesicle coat,S000005231 YNL305C=D <= UME6=I | [167,5,27],0.81,[9,3,26],0.18,[6,4,101],0.03,0.81,YNL305C,,894,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000005249 YNL308C=D <= REB1=D | [280,8,114],0.68,[49,16,141],0.18,[1,0,67],0.01,0.68,YNL308C,KRI1,1776,ribosome biogenesis,molecular_function unknown,nucleolus,S000005252 YNL313C=D <= ABF1=D | [259,42,63],0.61,[92,8,134],0.36,[5,51,140],0,0.61,YNL313C,,2715,karyogamy,molecular_function unknown,cytoplasm*,S000005257 YNL313C=D <= ABF1=D MBP1=D | [18,0,3],0.86,[59,0,42],0.58,[0,27,19],0,0.86,YNL313C,,2715,karyogamy,molecular_function unknown,cytoplasm*,S000005257 YNL322C=D <= ABF1=I DIG1=I | [126,0,6],0.95,[1,2,22],0.01,[0,0,0],0,0.95,YNL322C,KRE1,942,cell wall organization and biogenesis,structural constituent of cell wall,cell wall (sensu Fungi),S000005266 YNL327W=D <= SWI5=D | [1814,25,426],0.79,[177,73,172],0.3,[550,97,338],0.47,0.79,YNL327W,EGT2,3126,cytokinesis,cellulase activity,cell wall (sensu Fungi),S000005271 YNL331C=D <= STE12=I | [1602,19,1038],0.6,[97,5,82],0.5,[0,0,102],0,0.6,YNL331C,AAD14,1131,aldehyde metabolism,aryl-alcohol dehydrogenase activity,cellular_component unknown,S000005275 YNR001C=D <= UME6=I | [19,0,5],0.79,[12,4,14],0.3,[0,8,56],0,0.79,YNR001C,CIT1,1440,tricarboxylic acid cycle*,citrate (Si)-synthase activity,mitochondrion*,S000005284 YNR009W=D <= AFT2=I MBP1=D | [15,2,19],0.37,[30,0,30],0.5,[18,14,31],0.16,0.5,YNR009W,,750,biological_process unknown,molecular_function unknown,cytoplasm*,S000005292 YNR009W=D <= GCN4=I SWI6=D | [66,0,45],0.59,[0,0,1],0,[2,0,0],1,1,YNR009W,,750,biological_process unknown,molecular_function unknown,cytoplasm*,S000005292 YNR009W=D <= MBP1=D SWI6=D | [14,0,11],0.56,[1,1,4],0.08,[15,0,2],0.88,0.88,YNR009W,,750,biological_process unknown,molecular_function unknown,cytoplasm*,S000005292 YNR009W=D <= MBP1=I SWI6=D | [62,1,42],0.58,[0,1,3],0,[13,10,28],0.14,0.58,YNR009W,,750,biological_process unknown,molecular_function unknown,cytoplasm*,S000005292 YNR009W=D <= SWI6=D | [472,14,536],0.45,[8,3,51],0.09,[69,16,57],0.39,0.45,YNR009W,,750,biological_process unknown,molecular_function unknown,cytoplasm*,S000005292 YNR013C=D <= REB1=D | [250,0,150],0.62,[64,4,135],0.3,[0,0,68],0,0.62,YNR013C,PHO91,2685,phosphate transport,phosphate transporter activity,membrane,S000005296 YNR014W=D <= CBF1=I | [214,19,290],0.38,[37,56,191],0.05,[1,0,7],0.12,0.38,YNR014W,,639,biological_process unknown,molecular_function unknown,cytoplasm,S000005297 YNR016C=D <= MBP1=D STE12=D | [49,1,54],0.46,[13,0,28],0.32,[1,0,6],0.14,0.46,YNR016C,ACC1,6702,protein-nucleus import*,acetyl-CoA carboxylase activity*,mitochondrion*,S000005299 YNR016C=D <= REB1=D STE12=D | [99,1,165],0.37,[18,0,42],0.3,[0,0,0],0,0.37,YNR016C,ACC1,6702,protein-nucleus import*,acetyl-CoA carboxylase activity*,mitochondrion*,S000005299 YNR017W=D <= INO2=I INO4=I | [291,0,298],0.49,[5,0,15],0.25,[0,0,0],0,0.49,YNR017W,MAS6,669,mitochondrial matrix protein import,protein transporter activity,mitochondrion*,S000005300 YNR017W=D <= REB1=D SWI6=D | [80,1,98],0.44,[8,0,31],0.21,[0,0,1],0,0.44,YNR017W,MAS6,669,mitochondrial matrix protein import,protein transporter activity,mitochondrion*,S000005300 YNR018W=D <= AFT2=I | [405,2,916],0.3,[52,24,218],0.12,[0,42,64],0,0.3,YNR018W,,675,biological_process unknown,molecular_function unknown,mitochondrion,S000005301 YNR018W=D <= AFT2=I SKN7=I | [89,0,125],0.42,[1,1,16],0.03,[0,0,0],0,0.42,YNR018W,,675,biological_process unknown,molecular_function unknown,mitochondrion,S000005301 YNR028W=D <= MCM1=D | [44,0,103],0.3,[0,3,74],0,[0,0,119],0,0.3,YNR028W,CPR8,927,biological_process unknown,peptidyl-prolyl cis-trans isomerase activity,vacuole (sensu Fungi),S000005311 YNR043W=D <= HAP1=D | [171,20,211],0.38,[25,11,63],0.18,[0,0,92],0,0.38,YNR043W,MVD1,1191,ergosterol biosynthesis*,diphosphomevalonate decarboxylase activity,cytosol,S000005326 YNR044W=D <= STE12=D | [1710,38,944],0.62,[63,3,111],0.34,[46,6,49],0.4,0.62,YNR044W,AGA1,2178,agglutination during conjugation with cellular fusion,cell adhesion molecule binding,cell wall (sensu Fungi),S000005327 YNR054C=D <= STE12=D | [847,12,1624],0.34,[63,16,93],0.29,[31,0,71],0.3,0.34,YNR054C,ESF2,951,biological_process unknown,transcription regulator activity,cytoplasm*,S000005337 YNR060W=D <= NRG1=D ROX1=D | [78,0,114],0.41,[15,5,29],0.23,[1,0,2],0.33,0.41,YNR060W,FRE4,2160,iron-siderochrome transport,ferric-chelate reductase activity,plasma membrane,S000005343 YNR060W=D <= ROX1=D | [176,1,381],0.31,[344,26,191],0.57,[14,0,129],0.1,0.57,YNR060W,FRE4,2160,iron-siderochrome transport,ferric-chelate reductase activity,plasma membrane,S000005343 YNR069C=D <= GCN4=D GLN3=D | [145,0,23],0.86,[0,0,1],0,[0,0,0],0,0.86,YNR069C,BSC5,1470,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005352 YNR069C=D <= GCN4=D GLN3=D NRG1=D | [78,0,3],0.96,[0,0,0],0,[0,0,0],0,0.96,YNR069C,BSC5,1470,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005352 YNR069C=D <= GCN4=I HSF1=D | [148,0,64],0.7,[0,11,7],0,[0,0,0],0,0.7,YNR069C,BSC5,1470,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005352 YNR069C=D <= GLN3=D | [489,1,120],0.8,[35,33,77],0.12,[2,3,5],0.08,0.8,YNR069C,BSC5,1470,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005352 YNR069C=D <= GLN3=D HSF1=D NRG1=D | [226,0,7],0.97,[0,1,1],0,[0,0,0],0,0.97,YNR069C,BSC5,1470,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005352 YNR069C=D <= HSF1=D | [600,6,218],0.72,[11,30,58],0.03,[6,1,68],0.07,0.72,YNR069C,BSC5,1470,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005352 YNR069C=D <= HSF1=D NRG1=D RCS1=D | [37,0,2],0.95,[1,0,0],1,[0,0,0],0,1,YNR069C,BSC5,1470,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005352 YNR069C=D <= HSF1=D RCS1=I | [5,0,0],1,[1,12,7],0,[0,0,0],0,1,YNR069C,BSC5,1470,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005352 YNR069C=D <= NRG1=D | [1527,126,2684],0.33,[45,72,248],0.05,[9,22,193],0.01,0.33,YNR069C,BSC5,1470,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005352 YNR069C=D <= NRG1=D RCS1=D | [161,3,51],0.74,[10,3,24],0.21,[0,0,0],0,0.74,YNR069C,BSC5,1470,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005352 YNR070W=D <= NRG1=D RCS1=D | [156,9,51],0.68,[8,0,26],0.24,[0,0,0],0,0.68,YNR070W,,4002,transport,"ATPase activity, coupled to transmembrane movement of substances",mitochondrion*,S000005353 YNR070W=D <= NRG1=D RCS1=I | [82,1,80],0.5,[0,37,31],0,[0,0,0],0,0.5,YNR070W,,4002,transport,"ATPase activity, coupled to transmembrane movement of substances",mitochondrion*,S000005353 YNR070W=D <= NRG1=D YAP7=D | [52,0,53],0.5,[3,6,27],0.03,[0,0,0],0,0.5,YNR070W,,4002,transport,"ATPase activity, coupled to transmembrane movement of substances",mitochondrion*,S000005353 YOL006C=D <= REB1=D | [221,0,63],0.78,[16,5,173],0.06,[0,18,50],0,0.78,YOL006C,TOP1,2310,regulation of transcription from Pol II promoter*,DNA topoisomerase type I activity,nucleus,S000005366 YOL019W=D <= DAL82=D | [578,6,726],0.44,[10,22,174],0.02,[0,1,6],0,0.44,YOL019W,,1656,biological_process unknown,molecular_function unknown,plasma membrane*,S000005379 YOL020W=D <= DAL82=I | [868,1,433],0.67,[38,3,165],0.17,[0,0,0],0,0.67,YOL020W,TAT2,1779,aromatic amino acid transport,aromatic amino acid transporter activity,plasma membrane,S000005380 YOL020W=D <= DAL82=I GCN4=I | [284,0,71],0.8,[0,0,3],0,[0,0,0],0,0.8,YOL020W,TAT2,1779,aromatic amino acid transport,aromatic amino acid transporter activity,plasma membrane,S000005380 YOL021C=D <= DAL82=I GCN4=D | [28,0,6],0.82,[1,0,3],0.25,[0,0,0],0,0.82,YOL021C,DIS3,3006,35S primary transcript processing*,3'-5'-exoribonuclease activity,mitochondrion*,S000005381 YOL030W=D <= STE12=D | [1074,21,1586],0.39,[13,25,146],0.02,[2,11,89],0,0.39,YOL030W,GAS5,1455,biological_process unknown,"1,3-beta-glucanosyltransferase activity",cell wall (sensu Fungi),S000005390 YOL031C=D <= FKH1=D STE12=D | [583,1,738],0.44,[0,31,6],0,[1,0,11],0.08,0.44,YOL031C,SIL1,1266,"SRP-dependent cotranslational protein-membrane targeting, translocation",molecular_function unknown,endoplasmic reticulum,S000005391 YOL031C=D <= STE12=D | [968,5,1717],0.36,[5,69,110],0,[2,0,100],0.02,0.36,YOL031C,SIL1,1266,"SRP-dependent cotranslational protein-membrane targeting, translocation",molecular_function unknown,endoplasmic reticulum,S000005391 YOL032W=D <= HSF1=D | [552,6,286],0.65,[25,1,72],0.25,[0,1,80],0,0.65,YOL032W,,741,biological_process unknown,molecular_function unknown,cytoplasm*,S000005392 YOL036W=D <= ABF1=I | [156,4,234],0.39,[3,30,213],0,[0,0,196],0,0.39,YOL036W,,2286,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005396 YOL039W=D <= FHL1=D | [215,33,175],0.44,[32,0,40],0.44,[9,3,158],0.04,0.44,YOL039W,RPP2A,321,translational elongation*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005399 YOL039W=D <= FHL1=D RAP1=D | [101,1,29],0.76,[23,0,6],0.79,[0,0,5],0,0.79,YOL039W,RPP2A,321,translational elongation*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005399 YOL039W=D <= FHL1=D SKN7=D | [37,3,14],0.63,[12,0,23],0.34,[0,0,1],0,0.63,YOL039W,RPP2A,321,translational elongation*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005399 YOL039W=D <= RAP1=D | [710,79,786],0.41,[112,2,126],0.46,[5,2,122],0.03,0.46,YOL039W,RPP2A,321,translational elongation*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005399 YOL039W=D <= RAP1=D SKN7=D | [154,10,90],0.57,[10,0,27],0.27,[0,0,0],0,0.57,YOL039W,RPP2A,321,translational elongation*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005399 YOL040C=D <= FHL1=D | [225,24,173],0.48,[32,1,42],0.41,[6,0,164],0.04,0.48,YOL040C,RPS15,429,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000005400 YOL040C=D <= FHL1=D RAP1=D | [94,1,36],0.71,[24,0,7],0.77,[0,0,5],0,0.77,YOL040C,RPS15,429,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000005400 YOL040C=D <= RAP1=D | [757,39,732],0.47,[138,1,117],0.54,[0,0,129],0,0.54,YOL040C,RPS15,429,protein biosynthesis*,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000005400 YOL049W=D <= REB1=D | [203,2,165],0.54,[1,7,198],0,[5,0,63],0.07,0.54,YOL049W,GSH2,1476,glutathione biosynthesis,glutathione synthase activity,intracellular,S000005409 YOL058W=D <= GCN4=D YAP7=D | [29,1,32],0.45,[14,3,11],0.41,[0,0,0],0,0.45,YOL058W,ARG1,1263,arginine biosynthesis*,argininosuccinate synthase activity,cytosol,S000005419 YOL058W=D <= SKN7=D YAP7=D | [27,4,43],0.32,[3,36,11],0,[0,0,0],0,0.32,YOL058W,ARG1,1263,arginine biosynthesis*,argininosuccinate synthase activity,cytosol,S000005419 YOL058W=D <= YAP7=D | [372,39,472],0.38,[96,159,113],0.1,[1,1,33],0.01,0.38,YOL058W,ARG1,1263,arginine biosynthesis*,argininosuccinate synthase activity,cytosol,S000005419 YOL077C=D <= ABF1=D | [284,47,68],0.61,[82,38,110],0.24,[7,27,162],0.01,0.61,YOL077C,BRX1,876,ribosomal large subunit assembly and maintenance,rRNA primary transcript binding*,nucleolus,S000005437 YOL082W=D <= DIG1=I RAP1=I | [116,2,32],0.76,[24,0,4],0.86,[1,0,2],0.33,0.86,YOL082W,ATG19,1248,protein-vacuolar targeting,protein binding,cytoplasm*,S000005442 YOL082W=D <= DIG1=I STE12=I | [51,1,31],0.6,[22,2,17],0.49,[0,0,13],0,0.6,YOL082W,ATG19,1248,protein-vacuolar targeting,protein binding,cytoplasm*,S000005442 YOL082W=D <= HAP5=I RAP1=I | [10,0,14],0.42,[19,0,5],0.79,[0,0,0],0,0.79,YOL082W,ATG19,1248,protein-vacuolar targeting,protein binding,cytoplasm*,S000005442 YOL082W=D <= MBP1=I STE12=I | [85,2,17],0.8,[35,0,6],0.85,[2,0,5],0.29,0.85,YOL082W,ATG19,1248,protein-vacuolar targeting,protein binding,cytoplasm*,S000005442 YOL082W=D <= RAP1=I | [942,25,508],0.62,[145,7,85],0.58,[8,3,118],0.05,0.62,YOL082W,ATG19,1248,protein-vacuolar targeting,protein binding,cytoplasm*,S000005442 YOL082W=D <= RAP1=I STE12=I | [320,4,72],0.8,[29,0,2],0.94,[1,0,1],0.5,0.94,YOL082W,ATG19,1248,protein-vacuolar targeting,protein binding,cytoplasm*,S000005442 YOL082W=D <= STE12=I | [1545,28,1032],0.58,[100,2,65],0.59,[3,2,96],0.02,0.59,YOL082W,ATG19,1248,protein-vacuolar targeting,protein binding,cytoplasm*,S000005442 YOL084W=D <= FHL1=I GCR1=I | [25,7,13],0.43,[6,0,17],0.26,[0,0,1],0,0.43,YOL084W,PHM7,2976,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000005444 YOL084W=D <= MOT3=D | [186,58,98],0.41,[18,5,48],0.2,[0,26,100],0,0.41,YOL084W,PHM7,2976,biological_process unknown,molecular_function unknown,vacuole (sensu Fungi),S000005444 YOL086C=D <= FHL1=D GCR1=D | [29,0,25],0.54,[5,0,18],0.22,[0,0,1],0,0.54,YOL086C,ADH1,1047,fermentation,alcohol dehydrogenase activity,cytosol,S000005446 YOL086C=D <= GCR1=D | [227,7,395],0.35,[28,10,93],0.16,[15,1,125],0.1,0.35,YOL086C,ADH1,1047,fermentation,alcohol dehydrogenase activity,cytosol,S000005446 YOL086C=D <= GCR1=D MOT3=I | [18,0,21],0.46,[0,0,0],0,[0,1,9],0,0.46,YOL086C,ADH1,1047,fermentation,alcohol dehydrogenase activity,cytosol,S000005446 YOL087C=D <= SPT2=D | [68,19,67],0.35,[0,6,18],0,[0,0,0],0,0.35,YOL087C,,3351,biological_process unknown,molecular_function unknown,cytoplasm,S000005447 YOL092W=D <= UME6=D | [81,13,114],0.34,[18,0,15],0.55,[4,0,107],0.04,0.55,YOL092W,,927,biological_process unknown,molecular_function unknown,cytoplasm*,S000005452 YOL101C=D <= CBF1=I UME6=I | [135,0,3],0.98,[1,3,5],0.03,[1,0,0],1,1,YOL101C,IZH4,939,lipid metabolism*,metal ion binding,integral to membrane*,S000005461 YOL101C=D <= UME6=I | [163,1,13],0.92,[9,11,20],0.1,[34,5,72],0.27,0.92,YOL101C,IZH4,939,lipid metabolism*,metal ion binding,integral to membrane*,S000005461 YOL105C=D <= STE12=D TEC1=D | [232,1,184],0.55,[12,8,102],0.06,[0,0,38],0,0.55,YOL105C,WSC3,1671,cell wall organization and biogenesis*,transmembrane receptor activity,membrane fraction,S000005465 YOL109W=D <= CIN5=I SOK2=I | [220,18,363],0.34,[56,3,41],0.53,[6,0,7],0.46,0.53,YOL109W,ZEO1,342,cell wall organization and biogenesis*,molecular_function unknown,mitochondrion*,S000005469 YOL109W=D <= GLN3=D | [423,9,159],0.7,[0,65,80],0,[3,3,4],0.15,0.7,YOL109W,ZEO1,342,cell wall organization and biogenesis*,molecular_function unknown,mitochondrion*,S000005469 YOL109W=D <= HSF1=D | [462,18,313],0.56,[2,45,52],0,[1,13,68],0,0.56,YOL109W,ZEO1,342,cell wall organization and biogenesis*,molecular_function unknown,mitochondrion*,S000005469 YOL113W=D <= FKH1=D MSN4=D | [20,1,38],0.32,[0,0,1],0,[66,0,15],0.81,0.81,YOL113W,SKM1,1968,protein amino acid phosphorylation*,protein serine/threonine kinase activity,cellular_component unknown,S000005473 YOL113W=D <= FKH1=D SWI6=D | [139,0,258],0.35,[0,0,2],0,[5,0,6],0.45,0.45,YOL113W,SKM1,1968,protein amino acid phosphorylation*,protein serine/threonine kinase activity,cellular_component unknown,S000005473 YOL113W=D <= MSN4=D SWI4=D SWI6=D | [33,0,9],0.79,[0,0,3],0,[0,0,1],0,0.79,YOL113W,SKM1,1968,protein amino acid phosphorylation*,protein serine/threonine kinase activity,cellular_component unknown,S000005473 YOL113W=D <= MSN4=D SWI6=D | [35,0,15],0.7,[2,0,9],0.18,[0,0,4],0,0.7,YOL113W,SKM1,1968,protein amino acid phosphorylation*,protein serine/threonine kinase activity,cellular_component unknown,S000005473 YOL114C=D <= FKH1=I HAP1=I | [32,0,55],0.37,[0,0,2],0,[1,1,33],0.01,0.37,YOL114C,,609,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005474 YOL114C=D <= MSN4=D SWI6=I | [136,0,186],0.42,[0,0,3],0,[0,1,6],0,0.42,YOL114C,,609,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005474 YOL117W=D <= CAD1=D | [871,2,488],0.64,[41,1,128],0.24,[6,6,102],0.03,0.64,YOL117W,RRI2,1938,adaptation to pheromone during conjugation with cellular fusion*,molecular_function unknown,signalosome complex,S000005477 YOL117W=D <= GAT1=D | [1191,71,2402],0.31,[83,15,298],0.18,[7,9,183],0.02,0.31,YOL117W,RRI2,1938,adaptation to pheromone during conjugation with cellular fusion*,molecular_function unknown,signalosome complex,S000005477 YOL117W=D <= GAT1=D MSN4=D | [813,23,821],0.48,[42,0,52],0.45,[2,2,62],0.02,0.48,YOL117W,RRI2,1938,adaptation to pheromone during conjugation with cellular fusion*,molecular_function unknown,signalosome complex,S000005477 YOL117W=D <= GLN3=D | [322,8,328],0.48,[18,2,125],0.11,[0,0,10],0,0.48,YOL117W,RRI2,1938,adaptation to pheromone during conjugation with cellular fusion*,molecular_function unknown,signalosome complex,S000005477 YOL117W=D <= MSN4=D | [1851,94,3059],0.35,[128,4,316],0.28,[10,29,245],0.01,0.35,YOL117W,RRI2,1938,adaptation to pheromone during conjugation with cellular fusion*,molecular_function unknown,signalosome complex,S000005477 YOL119C=D <= CAD1=D | [674,8,679],0.49,[65,14,90],0.32,[57,1,61],0.47,0.49,YOL119C,MCH4,1506,transport,transporter activity*,vacuolar membrane (sensu Fungi),S000005479 YOL119C=D <= CAD1=D GCN4=D MSN4=D | [71,0,7],0.91,[0,0,0],0,[0,0,0],0,0.91,YOL119C,MCH4,1506,transport,transporter activity*,vacuolar membrane (sensu Fungi),S000005479 YOL119C=D <= CAD1=D GLN3=D MSN4=D | [223,0,12],0.95,[1,0,3],0.25,[0,0,0],0,0.95,YOL119C,MCH4,1506,transport,transporter activity*,vacuolar membrane (sensu Fungi),S000005479 YOL119C=D <= CAD1=D MSN4=D | [487,6,375],0.55,[28,1,26],0.49,[6,0,2],0.75,0.75,YOL119C,MCH4,1506,transport,transporter activity*,vacuolar membrane (sensu Fungi),S000005479 YOL119C=D <= CAD1=D YAP1=D | [231,0,61],0.79,[24,0,7],0.77,[0,0,0],0,0.79,YOL119C,MCH4,1506,transport,transporter activity*,vacuolar membrane (sensu Fungi),S000005479 YOL119C=D <= GAT1=D | [1557,85,2022],0.4,[37,93,262],0.03,[40,8,157],0.16,0.4,YOL119C,MCH4,1506,transport,transporter activity*,vacuolar membrane (sensu Fungi),S000005479 YOL119C=D <= GAT1=D GLN3=D MSN4=D | [311,0,26],0.92,[1,0,7],0.12,[0,0,0],0,0.92,YOL119C,MCH4,1506,transport,transporter activity*,vacuolar membrane (sensu Fungi),S000005479 YOL119C=D <= GAT1=D GLN3=D YAP1=D | [162,0,9],0.95,[0,0,0],0,[0,0,0],0,0.95,YOL119C,MCH4,1506,transport,transporter activity*,vacuolar membrane (sensu Fungi),S000005479 YOL119C=D <= GCN4=D GLN3=D | [133,0,60],0.69,[0,0,1],0,[0,0,0],0,0.69,YOL119C,MCH4,1506,transport,transporter activity*,vacuolar membrane (sensu Fungi),S000005479 YOL119C=D <= GLN3=D | [479,1,178],0.73,[17,24,85],0.06,[4,0,6],0.4,0.73,YOL119C,MCH4,1506,transport,transporter activity*,vacuolar membrane (sensu Fungi),S000005479 YOL119C=D <= GLN3=D MSN4=D YAP1=D | [138,0,7],0.95,[1,0,0],1,[0,0,0],0,1,YOL119C,MCH4,1506,transport,transporter activity*,vacuolar membrane (sensu Fungi),S000005479 YOL119C=D <= YAP1=D | [855,61,1105],0.39,[103,2,65],0.59,[6,2,42],0.09,0.59,YOL119C,MCH4,1506,transport,transporter activity*,vacuolar membrane (sensu Fungi),S000005479 YOL120C=D <= FHL1=D | [205,17,201],0.45,[34,0,41],0.45,[2,3,165],0,0.45,YOL120C,RPL18A,1008,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005480 YOL120C=D <= FHL1=D RAP1=D | [91,2,38],0.68,[26,0,5],0.84,[0,0,5],0,0.84,YOL120C,RPL18A,1008,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005480 YOL120C=D <= RAP1=D | [778,39,758],0.47,[137,2,117],0.53,[6,0,123],0.05,0.53,YOL120C,RPL18A,1008,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005480 YOL121C=D <= FHL1=D | [203,11,208],0.46,[28,2,45],0.35,[3,1,166],0.01,0.46,YOL121C,RPS19A,825,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000005481 YOL121C=D <= FHL1=D RAP1=D | [73,3,55],0.54,[23,0,8],0.74,[0,0,5],0,0.74,YOL121C,RPS19A,825,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000005481 YOL121C=D <= RAP1=D | [639,61,843],0.38,[132,4,120],0.5,[0,1,128],0,0.5,YOL121C,RPS19A,825,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000005481 YOL124C=D <= SKN7=D | [899,169,287],0.56,[71,36,155],0.18,[2,0,5],0.29,0.56,YOL124C,,1302,biological_process unknown,S-adenosylmethionine-dependent methyltransferase activity,cytoplasm,S000005484 YOL124C=D <= UME6=I | [78,4,121],0.37,[5,12,23],0.04,[12,1,98],0.1,0.37,YOL124C,,1302,biological_process unknown,S-adenosylmethionine-dependent methyltransferase activity,cytoplasm,S000005484 YOL125W=D <= RDS1=D SIP4=I SKN7=D | [58,0,11],0.84,[1,0,0],1,[0,0,0],0,1,YOL125W,,1431,biological_process unknown,molecular_function unknown,cytoplasm*,S000005485 YOL125W=D <= RDS1=I SIP4=I | [86,14,142],0.31,[0,0,2],0,[0,3,62],0,0.31,YOL125W,,1431,biological_process unknown,molecular_function unknown,cytoplasm*,S000005485 YOL125W=D <= SKN7=D | [642,36,667],0.45,[39,5,218],0.13,[0,0,7],0,0.45,YOL125W,,1431,biological_process unknown,molecular_function unknown,cytoplasm*,S000005485 YOL126C=D <= SIP4=D | [2550,299,2695],0.41,[64,38,148],0.16,[33,13,329],0.06,0.41,YOL126C,MDH2,1272,gluconeogenesis*,malic enzyme activity,cytoplasm*,S000005486 YOL126C=D <= SIP4=D STP1=D | [495,0,155],0.76,[0,0,2],0,[0,0,0],0,0.76,YOL126C,MDH2,1272,gluconeogenesis*,malic enzyme activity,cytoplasm*,S000005486 YOL127W=D <= FHL1=D | [180,9,233],0.41,[28,3,41],0.35,[4,0,166],0.02,0.41,YOL127W,RPL25,843,protein biosynthesis*,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000005487 YOL127W=D <= FHL1=D RAP1=D | [68,2,61],0.5,[23,0,7],0.77,[0,0,5],0,0.77,YOL127W,RPL25,843,protein biosynthesis*,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000005487 YOL127W=D <= RAP1=D | [703,23,806],0.44,[140,2,109],0.55,[0,0,129],0,0.55,YOL127W,RPL25,843,protein biosynthesis*,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000005487 YOL127W=D <= THI2=I | [942,58,1664],0.33,[29,21,135],0.09,[5,2,236],0.01,0.33,YOL127W,RPL25,843,protein biosynthesis*,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000005487 YOL128C=D <= FHL1=D THI2=D | [30,0,24],0.56,[1,0,10],0.09,[0,0,0],0,0.56,YOL128C,YGK3,1128,protein amino acid phosphorylation*,glycogen synthase kinase 3 activity,cellular_component unknown,S000005488 YOL131W=D <= UME6=I | [156,29,7],0.69,[3,4,29],0.04,[2,8,49],0.01,0.69,YOL131W,,327,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005491 YOL136C=D <= CBF1=D | [237,35,277],0.38,[25,31,244],0.04,[0,0,8],0,0.38,YOL136C,PFK27,1194,"fructose 2,6-bisphosphate metabolism*",6-phosphofructo-2-kinase activity,cytoplasm,S000005496 YOL136C=D <= CBF1=D RAP1=D | [99,0,17],0.85,[2,1,31],0.04,[0,0,1],0,0.85,YOL136C,PFK27,1194,"fructose 2,6-bisphosphate metabolism*",6-phosphofructo-2-kinase activity,cytoplasm,S000005496 YOL144W=D <= REB1=D | [229,6,167],0.56,[24,14,168],0.07,[0,4,64],0,0.56,YOL144W,NOP8,1455,rRNA processing*,molecular_function unknown,nucleolus,S000005504 YOL145C=D <= REB1=D | [235,0,78],0.75,[10,0,196],0.05,[3,1,64],0.03,0.75,YOL145C,CTR9,3234,transcription from Pol II promoter*,Pol II transcription elongation factor activity*,nucleus*,S000005505 YOL151W=D <= CIN5=D | [3032,593,2028],0.45,[94,55,158],0.19,[6,9,289],0.01,0.45,YOL151W,GRE2,1029,response to stress,oxidoreductase activity*,cytoplasm*,S000005511 YOL151W=D <= YAP7=I | [447,240,281],0.3,[202,66,117],0.4,[1,1,33],0.01,0.4,YOL151W,GRE2,1029,response to stress,oxidoreductase activity*,cytoplasm*,S000005511 YOL152W=D <= DAL82=D | [665,50,581],0.48,[86,22,108],0.32,[0,0,7],0,0.48,YOL152W,FRE7,1890,biological_process unknown,ferric-chelate reductase activity,cellular_component unknown,S000005512 YOL152W=D <= DAL82=D GCN4=D | [209,2,138],0.59,[3,0,1],0.75,[0,0,0],0,0.75,YOL152W,FRE7,1890,biological_process unknown,ferric-chelate reductase activity,cellular_component unknown,S000005512 YOL152W=D <= DAL82=D GCN4=I | [20,0,14],0.59,[2,0,2],0.5,[0,0,0],0,0.59,YOL152W,FRE7,1890,biological_process unknown,ferric-chelate reductase activity,cellular_component unknown,S000005512 YOL152W=D <= DAL82=D MAC1=D | [111,3,39],0.71,[1,0,2],0.33,[0,0,0],0,0.71,YOL152W,FRE7,1890,biological_process unknown,ferric-chelate reductase activity,cellular_component unknown,S000005512 YOL152W=D <= MAC1=D | [145,17,112],0.47,[18,6,16],0.34,[0,0,2],0,0.47,YOL152W,FRE7,1890,biological_process unknown,ferric-chelate reductase activity,cellular_component unknown,S000005512 YOL152W=D <= MAC1=D STE12=I | [63,0,2],0.97,[2,1,1],0.33,[0,0,1],0,0.97,YOL152W,FRE7,1890,biological_process unknown,ferric-chelate reductase activity,cellular_component unknown,S000005512 YOL152W=D <= STE12=I | [1262,31,1098],0.52,[32,17,135],0.11,[4,25,73],0.01,0.52,YOL152W,FRE7,1890,biological_process unknown,ferric-chelate reductase activity,cellular_component unknown,S000005512 YOL156W=D <= CIN5=D RGT1=D | [331,4,295],0.52,[8,0,44],0.15,[1,0,1],0.5,0.52,YOL156W,HXT11,1704,hexose transport,glucose transporter activity*,plasma membrane,S000005516 YOL156W=D <= RGT1=D | [545,31,778],0.38,[16,8,280],0.04,[3,6,59],0.01,0.38,YOL156W,HXT11,1704,hexose transport,glucose transporter activity*,plasma membrane,S000005516 YOR020C=D <= ABF1=D UME6=D | [87,0,59],0.6,[1,12,4],0,[0,0,1],0,0.6,YOR020C,HSP10,321,protein folding,unfolded protein binding,mitochondrial matrix,S000005546 YOR020C=D <= HSF1=D | [358,28,493],0.38,[41,14,44],0.31,[0,3,79],0,0.38,YOR020C,HSP10,321,protein folding,unfolded protein binding,mitochondrial matrix,S000005546 YOR020C=D <= UME6=D | [105,4,94],0.5,[1,17,19],0,[0,4,107],0,0.5,YOR020C,HSP10,321,protein folding,unfolded protein binding,mitochondrial matrix,S000005546 YOR021C=D <= REB1=D | [130,6,259],0.31,[23,37,146],0.04,[0,16,52],0,0.31,YOR021C,,642,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005547 YOR027W=D <= ABF1=D | [220,43,136],0.46,[48,90,99],0.07,[23,4,169],0.1,0.46,YOR027W,STI1,1770,protein folding,unfolded protein binding*,cytoplasm,S000005553 YOR027W=D <= HSF1=D | [758,0,121],0.86,[62,3,33],0.6,[6,5,70],0.04,0.86,YOR027W,STI1,1770,protein folding,unfolded protein binding*,cytoplasm,S000005553 YOR030W=D <= CIN5=D DAL80=D | [444,4,306],0.58,[28,0,56],0.33,[9,0,28],0.24,0.58,YOR030W,DFG16,1860,invasive growth (sensu Saccharomyces),molecular_function unknown,cellular_component unknown,S000005556 YOR030W=D <= CIN5=D DAL80=D SOK2=D | [294,1,58],0.83,[14,0,20],0.41,[0,0,0],0,0.83,YOR030W,DFG16,1860,invasive growth (sensu Saccharomyces),molecular_function unknown,cellular_component unknown,S000005556 YOR030W=D <= CIN5=D PHD1=I SOK2=D | [29,0,39],0.43,[0,0,2],0,[0,0,0],0,0.43,YOR030W,DFG16,1860,invasive growth (sensu Saccharomyces),molecular_function unknown,cellular_component unknown,S000005556 YOR030W=D <= CIN5=D SOK2=D | [437,9,355],0.53,[16,1,78],0.16,[0,1,12],0,0.53,YOR030W,DFG16,1860,invasive growth (sensu Saccharomyces),molecular_function unknown,cellular_component unknown,S000005556 YOR030W=D <= DAL80=D MSN2=D NRG1=D | [23,0,37],0.38,[0,0,5],0,[0,0,1],0,0.38,YOR030W,DFG16,1860,invasive growth (sensu Saccharomyces),molecular_function unknown,cellular_component unknown,S000005556 YOR030W=D <= DAL80=D PHD1=D SOK2=D | [83,1,54],0.59,[15,0,18],0.45,[0,0,0],0,0.59,YOR030W,DFG16,1860,invasive growth (sensu Saccharomyces),molecular_function unknown,cellular_component unknown,S000005556 YOR030W=D <= DAL80=D SOK2=D | [387,5,165],0.69,[16,0,26],0.38,[0,0,1],0,0.69,YOR030W,DFG16,1860,invasive growth (sensu Saccharomyces),molecular_function unknown,cellular_component unknown,S000005556 YOR030W=D <= NRG1=D SOK2=D | [227,0,76],0.75,[0,0,0],0,[0,1,1],0,0.75,YOR030W,DFG16,1860,invasive growth (sensu Saccharomyces),molecular_function unknown,cellular_component unknown,S000005556 YOR030W=D <= SOK2=D | [716,63,1293],0.32,[22,2,123],0.14,[0,7,99],0,0.32,YOR030W,DFG16,1860,invasive growth (sensu Saccharomyces),molecular_function unknown,cellular_component unknown,S000005556 YOR032C=D <= INO2=D | [892,18,227],0.77,[66,18,191],0.19,[3,5,53],0.02,0.77,YOR032C,HMS1,1305,pseudohyphal growth,transcription factor activity,cellular_component unknown,S000005558 YOR052C=D <= HSF1=D | [619,8,252],0.7,[62,1,36],0.62,[1,4,71],0,0.7,YOR052C,,453,biological_process unknown,molecular_function unknown,nucleus,S000005578 YOR052C=D <= HSF1=D RPN4=D | [474,2,138],0.77,[15,0,2],0.88,[0,0,0],0,0.88,YOR052C,,453,biological_process unknown,molecular_function unknown,nucleus,S000005578 YOR052C=D <= RPN4=D | [2214,124,1347],0.57,[273,5,204],0.56,[5,10,108],0.01,0.57,YOR052C,,453,biological_process unknown,molecular_function unknown,nucleus,S000005578 YOR054C=D <= CBF1=I | [196,10,359],0.33,[21,29,251],0.03,[0,0,8],0,0.33,YOR054C,VHS3,2025,G1/S transition of mitotic cell cycle*,phosphopantothenoylcysteine decarboxylase activity*,cellular_component unknown,S000005580 YOR056C=D <= ABF1=D | [229,32,138],0.5,[97,8,141],0.36,[0,14,178],0,0.5,YOR056C,NOB1,1380,processing of 20S pre-rRNA*,protein binding*,nucleus*,S000005582 YOR056C=D <= ABF1=D RAP1=D | [98,1,18],0.83,[48,0,18],0.73,[0,0,10],0,0.83,YOR056C,NOB1,1380,processing of 20S pre-rRNA*,protein binding*,nucleus*,S000005582 YOR056C=D <= RAP1=D | [632,121,822],0.34,[133,7,116],0.49,[10,0,119],0.08,0.49,YOR056C,NOB1,1380,processing of 20S pre-rRNA*,protein binding*,nucleus*,S000005582 YOR065W=D <= CBF1=I | [238,42,286],0.36,[56,63,188],0.09,[0,0,8],0,0.36,YOR065W,CYT1,930,"mitochondrial electron transport, ubiquinol to cytochrome c*","electron transporter, transferring electrons within CoQH2-cytochrome c reductase complex activity",mitochondrial inner membrane*,S000005591 YOR074C=D <= REB1=D | [308,5,85],0.76,[17,38,151],0.03,[11,13,44],0.07,0.76,YOR074C,CDC21,915,DNA-dependent DNA replication*,thymidylate synthase activity,nucleus,S000005600 YOR074C=D <= SWI6=D | [605,65,325],0.55,[3,15,44],0.01,[34,9,81],0.22,0.55,YOR074C,CDC21,915,DNA-dependent DNA replication*,thymidylate synthase activity,nucleus,S000005600 YOR076C=D <= REB1=D | [262,1,135],0.66,[4,42,160],0,[0,0,68],0,0.66,YOR076C,SKI7,2244,mRNA catabolism,protein binding,cytoplasm*,S000005602 YOR092W=D <= STE12=D TEC1=D | [160,3,270],0.36,[4,22,101],0,[0,0,38],0,0.36,YOR092W,ECM3,1842,cell wall organization and biogenesis,ATPase activity,endoplasmic reticulum,S000005618 YOR093C=D <= REB1=D STE12=D | [97,0,170],0.36,[30,0,30],0.5,[0,0,0],0,0.5,YOR093C,,4947,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005619 YOR095C=D <= FHL1=D | [245,23,145],0.54,[40,8,27],0.44,[7,0,160],0.04,0.54,YOR095C,RKI1,777,pentose-phosphate shunt,ribose-5-phosphate isomerase activity,cytoplasm*,S000005621 YOR095C=D <= FHL1=D RAP1=D | [112,0,19],0.85,[27,1,3],0.84,[0,0,5],0,0.85,YOR095C,RKI1,777,pentose-phosphate shunt,ribose-5-phosphate isomerase activity,cytoplasm*,S000005621 YOR095C=D <= RAP1=D | [888,78,605],0.52,[179,2,68],0.71,[4,0,125],0.03,0.71,YOR095C,RKI1,777,pentose-phosphate shunt,ribose-5-phosphate isomerase activity,cytoplasm*,S000005621 YOR095C=D <= RAP1=I STE12=D | [6,0,2],0.75,[0,15,2],0,[0,0,3],0,0.75,YOR095C,RKI1,777,pentose-phosphate shunt,ribose-5-phosphate isomerase activity,cytoplasm*,S000005621 YOR095C=D <= STE12=D | [1631,34,887],0.63,[78,23,82],0.33,[1,2,98],0,0.63,YOR095C,RKI1,777,pentose-phosphate shunt,ribose-5-phosphate isomerase activity,cytoplasm*,S000005621 YOR096W=D <= FHL1=D | [174,31,218],0.35,[28,8,37],0.3,[5,1,164],0.02,0.35,YOR096W,RPS7A,974,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000005622 YOR096W=D <= FHL1=D STE12=D | [46,1,4],0.88,[14,4,20],0.29,[0,0,2],0,0.88,YOR096W,RPS7A,974,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000005622 YOR096W=D <= RAP1=D | [656,85,834],0.37,[160,2,87],0.63,[0,40,89],0,0.63,YOR096W,RPS7A,974,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000005622 YOR096W=D <= STE12=D | [2026,19,664],0.74,[47,19,109],0.19,[11,0,91],0.11,0.74,YOR096W,RPS7A,974,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000005622 YOR099W=D <= ABF1=D CBF1=D | [91,8,85],0.45,[2,9,67],0,[0,0,3],0,0.45,YOR099W,KTR1,1182,O-linked glycosylation*,"alpha-1,2-mannosyltransferase activity",Golgi apparatus,S000005625 YOR100C=D <= UME6=I | [170,21,14],0.74,[5,1,31],0.11,[6,2,55],0.07,0.74,YOR100C,CRC1,984,fatty acid metabolism,carnitine:acyl carnitine antiporter activity,mitochondrion*,S000005626 YOR101W=D <= UME6=I | [118,18,71],0.49,[4,1,35],0.08,[0,5,106],0,0.49,YOR101W,RAS1,930,Ras protein signal transduction*,GTPase activity,plasma membrane,S000005627 YOR117W=D <= ABF1=D | [158,19,207],0.37,[12,65,163],0.01,[0,0,196],0,0.37,YOR117W,RPT5,1305,ubiquitin-dependent protein catabolism,ATPase activity*,proteasome regulatory particle (sensu Eukaryota)*,S000005643 YOR117W=D <= REB1=D | [236,1,133],0.64,[4,64,134],0,[0,1,67],0,0.64,YOR117W,RPT5,1305,ubiquitin-dependent protein catabolism,ATPase activity*,proteasome regulatory particle (sensu Eukaryota)*,S000005643 YOR127W=D <= STE12=D TEC1=D | [165,1,261],0.38,[17,5,105],0.1,[9,0,29],0.24,0.38,YOR127W,RGA1,3024,actin filament organization*,signal transducer activity*,intracellular,S000005653 YOR128C=D <= REB1=D | [156,2,243],0.38,[1,79,111],0,[0,6,62],0,0.38,YOR128C,ADE2,1716,purine nucleotide biosynthesis*,phosphoribosylaminoimidazole carboxylase activity,cytoplasm,S000005654 YOR134W=D <= MSN4=D | [2263,96,2311],0.46,[191,7,250],0.41,[58,2,227],0.2,0.46,YOR134W,BAG7,1230,small GTPase mediated signal transduction,signal transducer activity*,intracellular,S000005660 YOR136W=D <= NRG1=D | [1857,370,2297],0.34,[147,16,182],0.38,[32,11,195],0.1,0.38,YOR136W,IDH2,1110,tricarboxylic acid cycle*,isocitrate dehydrogenase (NAD+) activity,mitochondrion*,S000005662 YOR140W=D <= PDR1=I | [142,3,300],0.31,[0,0,11],0,[0,5,207],0,0.31,YOR140W,SFL1,2301,negative regulation of transcription from Pol II promoter,specific transcriptional repressor activity,nuclear chromosome,S000005666 YOR145C=D <= ABF1=D | [159,39,200],0.32,[105,11,121],0.4,[0,21,175],0,0.4,YOR145C,PNO1,825,rRNA processing*,unfolded protein binding,nucleus*,S000005671 YOR147W=D <= ABF1=I | [208,6,181],0.51,[16,0,221],0.07,[1,0,189],0.01,0.51,YOR147W,MDM32,1962,mitochondrion organization and biogenesis,molecular_function unknown,mitochondrion,S000005673 YOR151C=D <= REB1=D | [286,3,112],0.71,[38,9,159],0.15,[0,0,68],0,0.71,YOR151C,RPB2,3675,transcription from Pol II promoter,DNA-directed RNA polymerase activity,"DNA-directed RNA polymerase II, core complex",S000005677 YOR152C=D <= HSF1=D | [320,31,262],0.48,[30,0,57],0.34,[15,2,65],0.16,0.48,YOR152C,,771,biological_process unknown,molecular_function unknown,membrane fraction,S000005678 YOR152C=D <= HSF1=D XBP1=D | [315,27,215],0.52,[9,0,14],0.39,[3,2,7],0.15,0.52,YOR152C,,771,biological_process unknown,molecular_function unknown,membrane fraction,S000005678 YOR152C=D <= HSF1=D YAP6=D | [22,4,21],0.4,[11,0,29],0.28,[0,0,1],0,0.4,YOR152C,,771,biological_process unknown,molecular_function unknown,membrane fraction,S000005678 YOR152C=D <= SOK2=D XBP1=D | [474,3,172],0.73,[7,0,9],0.44,[1,0,1],0.5,0.73,YOR152C,,771,biological_process unknown,molecular_function unknown,membrane fraction,S000005678 YOR152C=D <= XBP1=D | [3391,95,2815],0.52,[69,5,199],0.24,[14,12,138],0.05,0.52,YOR152C,,771,biological_process unknown,molecular_function unknown,membrane fraction,S000005678 YOR153W=D <= HSF1=I | [420,80,332],0.42,[0,31,68],0,[1,13,68],0,0.42,YOR153W,PDR5,4536,response to drug*,xenobiotic-transporting ATPase activity,mitochondrion*,S000005679 YOR153W=D <= SOK2=I XBP1=I | [374,3,244],0.6,[0,9,9],0,[0,0,2],0,0.6,YOR153W,PDR5,4536,response to drug*,xenobiotic-transporting ATPase activity,mitochondrion*,S000005679 YOR153W=D <= UME6=D | [81,24,95],0.31,[14,1,25],0.33,[14,7,90],0.08,0.33,YOR153W,PDR5,4536,response to drug*,xenobiotic-transporting ATPase activity,mitochondrion*,S000005679 YOR153W=D <= XBP1=I YAP6=D | [88,1,40],0.67,[8,16,56],0.03,[0,0,0],0,0.67,YOR153W,PDR5,4536,response to drug*,xenobiotic-transporting ATPase activity,mitochondrion*,S000005679 YOR157C=D <= REB1=D | [253,4,144],0.62,[9,64,126],0.01,[2,0,66],0.03,0.62,YOR157C,PUP1,786,ubiquitin-dependent protein catabolism,endopeptidase activity,"proteasome core complex, beta-subunit complex (sensu Eukaryota)",S000005683 YOR158W=D <= REB1=D RPN4=I | [14,4,11],0.38,[0,29,57],0,[0,0,8],0,0.38,YOR158W,PET123,957,protein biosynthesis,structural constituent of ribosome,mitochondrial small ribosomal subunit,S000005684 YOR161C=D <= FHL1=I | [228,7,165],0.55,[22,11,42],0.2,[18,1,151],0.1,0.55,YOR161C,PNS1,1620,biological_process unknown,molecular_function unknown*,integral to plasma membrane,S000005687 YOR161C=D <= RAP1=I | [868,111,528],0.51,[165,7,84],0.62,[2,1,126],0.01,0.62,YOR161C,PNS1,1620,biological_process unknown,molecular_function unknown*,integral to plasma membrane,S000005687 YOR167C=D <= ABF1=D | [209,26,164],0.47,[66,20,160],0.21,[5,2,189],0.02,0.47,YOR167C,RPS28A,204,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000005693 YOR168W=D <= ABF1=D | [263,27,104],0.61,[70,4,172],0.27,[0,13,183],0,0.61,YOR168W,GLN4,2430,glutaminyl-tRNA aminoacylation,glutamine-tRNA ligase activity,cytoplasm,S000005694 YOR173W=D <= CAD1=D | [968,26,360],0.7,[69,4,86],0.41,[1,29,89],0,0.7,YOR173W,DCS2,1194,biological_process unknown,molecular_function unknown,cytoplasm,S000005699 YOR173W=D <= CAD1=D YAP7=D | [17,2,11],0.51,[15,0,9],0.62,[0,0,10],0,0.62,YOR173W,DCS2,1194,biological_process unknown,molecular_function unknown,cytoplasm,S000005699 YOR173W=D <= CAD1=D YAP7=I | [107,3,41],0.69,[13,0,8],0.62,[0,0,0],0,0.69,YOR173W,DCS2,1194,biological_process unknown,molecular_function unknown,cytoplasm,S000005699 YOR173W=D <= YAP7=I | [387,95,474],0.33,[155,33,163],0.36,[1,5,29],0,0.36,YOR173W,DCS2,1194,biological_process unknown,molecular_function unknown,cytoplasm,S000005699 YOR177C=D <= CIN5=D UME6=I | [136,4,11],0.87,[2,0,4],0.33,[0,1,9],0,0.87,YOR177C,MPC54,1395,spore wall assembly (sensu Fungi),structural molecule activity,spindle pole body,S000005703 YOR177C=D <= UME6=I | [149,19,19],0.71,[15,0,25],0.38,[0,4,107],0,0.71,YOR177C,MPC54,1395,spore wall assembly (sensu Fungi),structural molecule activity,spindle pole body,S000005703 YOR178C=D <= CIN5=D | [2346,691,2404],0.33,[161,11,125],0.51,[15,8,281],0.03,0.51,YOR178C,GAC1,2382,meiosis*,protein phosphatase type 1 activity*,protein phosphatase type 1 complex,S000005704 YOR178C=D <= CIN5=D MOT3=D | [112,47,9],0.47,[10,1,31],0.22,[3,0,1],0.75,0.75,YOR178C,GAC1,2382,meiosis*,protein phosphatase type 1 activity*,protein phosphatase type 1 complex,S000005704 YOR178C=D <= CIN5=D PHD1=D | [537,52,491],0.45,[100,5,55],0.6,[1,2,60],0.01,0.6,YOR178C,GAC1,2382,meiosis*,protein phosphatase type 1 activity*,protein phosphatase type 1 complex,S000005704 YOR178C=D <= MOT3=D PHD1=D | [34,0,3],0.92,[8,2,33],0.15,[1,0,2],0.33,0.92,YOR178C,GAC1,2382,meiosis*,protein phosphatase type 1 activity*,protein phosphatase type 1 complex,S000005704 YOR178C=D <= MOT3=D SOK2=D | [41,1,0],0.95,[8,3,27],0.15,[1,0,3],0.25,0.95,YOR178C,GAC1,2382,meiosis*,protein phosphatase type 1 activity*,protein phosphatase type 1 complex,S000005704 YOR178C=D <= MOT3=I PHD1=D | [150,30,16],0.64,[1,0,6],0.14,[0,0,10],0,0.64,YOR178C,GAC1,2382,meiosis*,protein phosphatase type 1 activity*,protein phosphatase type 1 complex,S000005704 YOR178C=D <= PHD1=D | [1876,458,1810],0.36,[140,40,293],0.23,[24,11,431],0.04,0.36,YOR178C,GAC1,2382,meiosis*,protein phosphatase type 1 activity*,protein phosphatase type 1 complex,S000005704 YOR178C=D <= SKO1=I | [691,8,57],0.9,[0,37,15],0,[0,0,4],0,0.9,YOR178C,GAC1,2382,meiosis*,protein phosphatase type 1 activity*,protein phosphatase type 1 complex,S000005704 YOR178C=D <= SKO1=I SOK2=D | [518,1,38],0.93,[0,0,0],0,[0,0,0],0,0.93,YOR178C,GAC1,2382,meiosis*,protein phosphatase type 1 activity*,protein phosphatase type 1 complex,S000005704 YOR178C=D <= UME6=I | [152,24,28],0.64,[15,4,21],0.3,[6,0,105],0.05,0.64,YOR178C,GAC1,2382,meiosis*,protein phosphatase type 1 activity*,protein phosphatase type 1 complex,S000005704 YOR188W=D <= STE12=D | [1227,2,1470],0.45,[82,0,101],0.45,[10,0,91],0.1,0.45,YOR188W,MSB1,3414,establishment of cell polarity (sensu Fungi),molecular_function unknown,mitochondrion*,S000005714 YOR197W=D <= REB1=D | [136,0,151],0.47,[22,24,142],0.06,[4,3,61],0.03,0.47,YOR197W,MCA1,1362,apoptosis,caspase activity,nucleus,S000005723 YOR205C=D <= ABF1=D | [110,2,213],0.33,[7,6,233],0.02,[3,0,193],0.02,0.33,YOR205C,FMP38,1671,biological_process unknown,molecular_function unknown,mitochondrion,S000005731 YOR206W=D <= ABF1=D | [296,45,58],0.64,[109,24,101],0.38,[4,63,129],0,0.64,YOR206W,NOC2,2133,ribosome assembly*,molecular_function unknown,nucleus*,S000005732 YOR207C=D <= ABF1=D | [130,31,70],0.45,[56,15,170],0.18,[0,13,183],0,0.45,YOR207C,RET1,3450,transcription from Pol III promoter,DNA-directed RNA polymerase activity,DNA-directed RNA polymerase III complex,S000005733 YOR226C=D <= LEU3=D YAP7=I | [36,1,72],0.32,[0,0,5],0,[0,0,2],0,0.32,YOR226C,ISU2,471,iron ion homeostasis*,molecular_function unknown,mitochondrial matrix,S000005752 YOR226C=D <= MSN4=I YAP7=D | [144,8,182],0.41,[35,84,60],0.06,[0,3,7],0,0.41,YOR226C,ISU2,471,iron ion homeostasis*,molecular_function unknown,mitochondrial matrix,S000005752 YOR226C=D <= NRG1=I YAP7=D | [129,8,166],0.4,[40,9,19],0.48,[0,0,0],0,0.48,YOR226C,ISU2,471,iron ion homeostasis*,molecular_function unknown,mitochondrial matrix,S000005752 YOR226C=D <= NRG1=I YAP7=I | [37,4,60],0.33,[18,3,14],0.44,[0,0,0],0,0.44,YOR226C,ISU2,471,iron ion homeostasis*,molecular_function unknown,mitochondrial matrix,S000005752 YOR227W=D <= NRG1=D YAP7=I | [114,6,153],0.4,[35,6,25],0.45,[0,0,0],0,0.45,YOR227W,,3741,biological_process unknown,molecular_function unknown,cytoplasm*,S000005753 YOR227W=D <= SKN7=I YAP7=I | [34,3,36],0.43,[5,5,27],0.07,[0,0,0],0,0.43,YOR227W,,3741,biological_process unknown,molecular_function unknown,cytoplasm*,S000005753 YOR230W=D <= CBF1=D | [277,35,254],0.43,[116,43,148],0.28,[0,0,8],0,0.43,YOR230W,WTM1,1314,regulation of meiosis,transcription corepressor activity,nucleus,S000005756 YOR230W=D <= CBF1=D CIN5=I | [196,1,83],0.7,[3,27,2],0.01,[0,0,0],0,0.7,YOR230W,WTM1,1314,regulation of meiosis,transcription corepressor activity,nucleus,S000005756 YOR233W=D <= FKH2=D | [322,6,567],0.35,[37,0,25],0.6,[1,0,77],0.01,0.6,YOR233W,KIN4,2403,biological_process unknown,protein kinase activity,cytoplasm,S000005759 YOR234C=D <= FHL1=D | [220,12,189],0.5,[23,6,43],0.25,[3,3,164],0.01,0.5,YOR234C,RPL33B,851,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005760 YOR234C=D <= INO4=D RAP1=D | [53,3,17],0.69,[1,0,1],0.5,[0,0,0],0,0.69,YOR234C,RPL33B,851,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005760 YOR234C=D <= INO4=I RAP1=D | [225,4,114],0.64,[9,0,19],0.32,[0,0,1],0,0.64,YOR234C,RPL33B,851,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005760 YOR234C=D <= RAP1=D | [812,23,700],0.51,[106,0,129],0.45,[4,2,123],0.02,0.51,YOR234C,RPL33B,851,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005760 YOR236W=D <= HAP2=I | [171,4,90],0.63,[2,19,82],0,[0,1,35],0,0.63,YOR236W,DFR1,636,folic acid and derivative metabolism,dihydrofolate reductase activity,cytosol,S000005762 YOR237W=D <= REB1=D | [135,14,247],0.31,[31,2,158],0.15,[13,3,52],0.16,0.31,YOR237W,HES1,1305,steroid biosynthesis,oxysterol binding,cellular_component unknown,S000005763 YOR247W=D <= SKO1=D | [677,13,79],0.86,[20,11,21],0.25,[3,0,1],0.75,0.86,YOR247W,SRL1,633,"nucleobase, nucleoside, nucleotide and nucleic acid metabolism",molecular_function unknown,cytoplasm*,S000005773 YOR247W=D <= SKO1=D SWI4=D | [415,5,28],0.92,[6,0,3],0.67,[0,0,0],0,0.92,YOR247W,SRL1,633,"nucleobase, nucleoside, nucleotide and nucleic acid metabolism",molecular_function unknown,cytoplasm*,S000005773 YOR247W=D <= SKO1=D SWI6=D | [653,9,51],0.9,[9,1,8],0.45,[1,0,0],1,1,YOR247W,SRL1,633,"nucleobase, nucleoside, nucleotide and nucleic acid metabolism",molecular_function unknown,cytoplasm*,S000005773 YOR247W=D <= STE12=D | [1932,3,732],0.72,[49,27,108],0.17,[42,8,52],0.35,0.72,YOR247W,SRL1,633,"nucleobase, nucleoside, nucleotide and nucleic acid metabolism",molecular_function unknown,cytoplasm*,S000005773 YOR247W=D <= STE12=D SWI6=D | [597,0,7],0.99,[6,0,16],0.27,[3,0,2],0.6,0.99,YOR247W,SRL1,633,"nucleobase, nucleoside, nucleotide and nucleic acid metabolism",molecular_function unknown,cytoplasm*,S000005773 YOR247W=D <= STE12=D TEC1=D | [414,0,15],0.97,[31,25,71],0.14,[6,6,26],0.08,0.97,YOR247W,SRL1,633,"nucleobase, nucleoside, nucleotide and nucleic acid metabolism",molecular_function unknown,cytoplasm*,S000005773 YOR247W=D <= SWI4=D | [535,67,271],0.54,[32,1,85],0.26,[93,47,279],0.15,0.54,YOR247W,SRL1,633,"nucleobase, nucleoside, nucleotide and nucleic acid metabolism",molecular_function unknown,cytoplasm*,S000005773 YOR247W=D <= SWI6=D | [829,29,164],0.78,[21,2,39],0.31,[49,6,89],0.3,0.78,YOR247W,SRL1,633,"nucleobase, nucleoside, nucleotide and nucleic acid metabolism",molecular_function unknown,cytoplasm*,S000005773 YOR260W=D <= RPN4=I | [1574,55,2026],0.42,[17,43,422],0.01,[0,0,134],0,0.42,YOR260W,GCD1,1737,translational initiation,translation initiation factor activity,ribosome*,S000005786 YOR265W=D <= REB1=D | [238,8,155],0.57,[0,36,170],0,[1,8,59],0,0.57,YOR265W,RBL2,321,post-chaperonin tubulin folding pathway*,tubulin binding*,cytoplasm,S000005791 YOR267C=D <= HAP2=D | [144,9,116],0.5,[22,10,77],0.14,[0,0,34],0,0.5,YOR267C,HRK1,2280,cell ion homeostasis,protein kinase activity,cytoplasm,S000005793 YOR267C=D <= HSF1=D RFX1=D | [122,0,46],0.73,[7,0,5],0.58,[0,0,0],0,0.73,YOR267C,HRK1,2280,cell ion homeostasis,protein kinase activity,cytoplasm,S000005793 YOR267C=D <= RFX1=D | [648,4,496],0.56,[31,0,114],0.21,[0,2,136],0,0.56,YOR267C,HRK1,2280,cell ion homeostasis,protein kinase activity,cytoplasm,S000005793 YOR270C=D <= CBF1=D | [221,12,325],0.38,[0,44,263],0,[0,0,8],0,0.38,YOR270C,VPH1,2523,vacuolar acidification*,"hydrogen-transporting ATPase activity, rotational mechanism",vacuole*,S000005796 YOR271C=D <= LEU3=D | [122,4,180],0.39,[3,3,29],0.04,[2,0,37],0.05,0.39,YOR271C,,984,biological_process unknown,molecular_function unknown,mitochondrion,S000005797 YOR272W=D <= REB1=D | [157,3,37],0.78,[70,18,118],0.27,[6,3,59],0.06,0.78,YOR272W,YTM1,1383,ribosomal large subunit biogenesis*,molecular_function unknown,nucleus*,S000005798 YOR273C=D <= SKN7=I | [916,40,405],0.64,[18,47,197],0.02,[3,0,4],0.43,0.64,YOR273C,TPO4,1980,polyamine transport,spermine transporter activity*,plasma membrane*,S000005799 YOR287C=D <= REB1=D | [243,5,151],0.6,[35,73,98],0.06,[0,1,67],0,0.6,YOR287C,,903,processing of 20S pre-rRNA,molecular_function unknown,cellular_component unknown,S000005813 YOR291W=D <= UME6=D | [107,21,79],0.43,[0,2,35],0,[2,0,88],0.02,0.43,YOR291W,,4419,biological_process unknown,molecular_function unknown,membrane,S000005817 YOR299W=D <= CBF1=D | [166,17,236],0.36,[21,28,216],0.03,[0,0,8],0,0.36,YOR299W,BUD7,2241,bud site selection,molecular_function unknown,clathrin-coated vesicle,S000005825 YOR310C=D <= ABF1=D | [307,56,34],0.65,[94,19,122],0.33,[9,0,187],0.05,0.65,YOR310C,NOP58,1536,rRNA modification*,molecular_function unknown,small nucleolar ribonucleoprotein complex*,S000005837 YOR310C=D <= ABF1=D FKH1=D | [169,0,3],0.98,[29,0,12],0.71,[3,0,81],0.04,0.98,YOR310C,NOP58,1536,rRNA modification*,molecular_function unknown,small nucleolar ribonucleoprotein complex*,S000005837 YOR310C=D <= FKH1=D | [2391,100,302],0.82,[78,3,52],0.56,[45,16,605],0.05,0.82,YOR310C,NOP58,1536,rRNA modification*,molecular_function unknown,small nucleolar ribonucleoprotein complex*,S000005837 YOR312C=D <= FHL1=D | [231,24,165],0.5,[35,11,26],0.37,[4,4,162],0.01,0.5,YOR312C,RPL20B,932,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005839 YOR312C=D <= FHL1=D RAP1=D | [95,1,35],0.72,[25,0,3],0.89,[0,0,5],0,0.89,YOR312C,RPL20B,932,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005839 YOR312C=D <= FKH1=D | [2268,96,555],0.75,[84,2,52],0.59,[27,81,558],0.01,0.75,YOR312C,RPL20B,932,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005839 YOR312C=D <= RAP1=D | [940,24,611],0.58,[158,1,76],0.67,[53,1,75],0.4,0.67,YOR312C,RPL20B,932,protein biosynthesis,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000005839 YOR326W=D <= REB1=D | [339,0,53],0.86,[43,10,114],0.21,[10,0,58],0.15,0.86,YOR326W,MYO2,4725,endocytosis*,microfilament motor activity,actin cap*,S000005853 YOR335C=D <= REB1=D | [314,0,82],0.79,[93,0,113],0.45,[0,0,68],0,0.79,YOR335C,ALA1,2877,alanyl-tRNA aminoacylation,alanine-tRNA ligase activity,cytoplasm*,S000005862 YOR338W=D <= NRG1=D UME6=I | [70,0,17],0.8,[1,0,2],0.33,[0,0,0],0,0.8,YOR338W,,1092,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005865 YOR338W=D <= UME6=I | [122,22,46],0.54,[9,3,27],0.17,[8,11,92],0.03,0.54,YOR338W,,1092,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005865 YOR357C=D <= ABF1=D | [178,20,194],0.41,[3,62,169],0,[6,45,145],0,0.41,YOR357C,GRD19,489,protein localization,protein binding,cytosol,S000005884 YOR357C=D <= ABF1=D FKH1=D | [126,1,44],0.73,[0,16,28],0,[3,20,61],0,0.73,YOR357C,GRD19,489,protein localization,protein binding,cytosol,S000005884 YOR375C=D <= DAL82=I GLN3=I | [192,3,267],0.41,[0,6,16],0,[0,0,0],0,0.41,YOR375C,GDH1,1365,glutamate biosynthesis,glutamate dehydrogenase (NADP+) activity,cytoplasm*,S000005902 YOR375C=D <= HAP2=I | [120,1,145],0.45,[3,63,41],0,[1,0,35],0.03,0.45,YOR375C,GDH1,1365,glutamate biosynthesis,glutamate dehydrogenase (NADP+) activity,cytoplasm*,S000005902 YOR378W=D <= UME6=I | [151,5,43],0.73,[3,3,21],0.06,[7,0,104],0.06,0.73,YOR378W,,1548,biological_process unknown,molecular_function unknown,cellular_component unknown,S000005905 YOR381W=D <= CIN5=I RCS1=I | [66,30,42],0.33,[0,4,3],0,[0,0,0],0,0.33,YOR381W,FRE3,2136,iron ion homeostasis*,ferric-chelate reductase activity,plasma membrane*,S000005908 YOR382W=D <= RCS1=D STE12=I | [37,0,9],0.8,[9,0,0],1,[0,0,1],0,1,YOR382W,FIT2,462,siderochrome transport,molecular_function unknown,cell wall (sensu Fungi),S000005909 YOR382W=D <= RCS1=I STE12=I | [179,15,100],0.56,[3,5,10],0.06,[0,0,0],0,0.56,YOR382W,FIT2,462,siderochrome transport,molecular_function unknown,cell wall (sensu Fungi),S000005909 YOR382W=D <= STE12=I | [1577,184,942],0.52,[104,12,51],0.56,[16,13,71],0.09,0.56,YOR382W,FIT2,462,siderochrome transport,molecular_function unknown,cell wall (sensu Fungi),S000005909 YOR387C=D <= UME6=I | [111,15,73],0.49,[0,0,27],0,[6,0,65],0.08,0.49,YOR387C,,621,biological_process unknown,molecular_function unknown,soluble fraction,S000005914 YPL001W=D <= ABF1=D | [261,21,100],0.63,[7,22,217],0.01,[0,1,195],0,0.63,YPL001W,HAT1,1125,chromatin silencing at telomere*,H3/H4 histone acetyltransferase activity,cytoplasm*,S000005922 YPL012W=D <= ABF1=D | [153,21,200],0.36,[89,6,151],0.34,[21,5,170],0.09,0.36,YPL012W,RRP12,3687,processing of 20S pre-rRNA*,molecular_function unknown,nucleus*,S000005933 YPL016W=D <= FKH2=I SWI4=I | [96,4,133],0.4,[0,6,7],0,[0,0,10],0,0.4,YPL016W,SWI1,3945,chromatin remodeling,general RNA polymerase II transcription factor activity,chromatin remodeling complex*,S000005937 YPL016W=D <= UME6=I | [110,5,88],0.52,[1,11,26],0,[8,2,87],0.07,0.52,YPL016W,SWI1,3945,chromatin remodeling,general RNA polymerase II transcription factor activity,chromatin remodeling complex*,S000005937 YPL017C=D <= UME6=I | [77,15,98],0.34,[0,3,8],0,[1,3,86],0,0.34,YPL017C,,1500,biological_process unknown,S-adenosylmethionine-dependent methyltransferase activity,cytoplasm,S000005938 YPL019C=D <= CBF1=D | [273,8,239],0.51,[32,12,116],0.15,[1,0,7],0.12,0.51,YPL019C,VTC3,2508,"vacuole fusion, non-autophagic",molecular_function unknown,vacuolar membrane,S000005940 YPL019C=D <= CBF1=D NRG1=I | [139,0,16],0.9,[7,3,42],0.09,[0,0,0],0,0.9,YPL019C,VTC3,2508,"vacuole fusion, non-autophagic",molecular_function unknown,vacuolar membrane,S000005940 YPL019C=D <= HAP2=I | [192,1,71],0.72,[8,0,18],0.31,[0,10,24],0,0.72,YPL019C,VTC3,2508,"vacuole fusion, non-autophagic",molecular_function unknown,vacuolar membrane,S000005940 YPL019C=D <= NRG1=I | [2157,82,1988],0.49,[53,19,167],0.16,[15,0,202],0.07,0.49,YPL019C,VTC3,2508,"vacuole fusion, non-autophagic",molecular_function unknown,vacuolar membrane,S000005940 YPL019C=D <= NRG1=I PHO4=I | [164,5,69],0.67,[2,5,11],0.03,[0,0,2],0,0.67,YPL019C,VTC3,2508,"vacuole fusion, non-autophagic",molecular_function unknown,vacuolar membrane,S000005940 YPL019C=D <= PDR1=D | [160,17,201],0.38,[4,1,6],0.29,[1,4,189],0,0.38,YPL019C,VTC3,2508,"vacuole fusion, non-autophagic",molecular_function unknown,vacuolar membrane,S000005940 YPL024W=D <= ASH1=I NRG1=D | [222,18,344],0.35,[13,4,28],0.22,[0,3,16],0,0.35,YPL024W,NCE4,726,biological_process unknown,molecular_function unknown,cytoplasm*,S000005945 YPL026C=D <= ASH1=I NRG1=D | [218,1,339],0.39,[5,10,35],0.03,[0,2,17],0,0.39,YPL026C,SKS1,1509,protein amino acid phosphorylation*,protein serine/threonine kinase activity,cytoplasm,S000005947 YPL026C=D <= ASH1=I SOK2=D | [311,9,166],0.62,[8,4,48],0.09,[3,0,39],0.07,0.62,YPL026C,SKS1,1509,protein amino acid phosphorylation*,protein serine/threonine kinase activity,cytoplasm,S000005947 YPL026C=D <= NRG1=D SOK2=D | [215,0,83],0.72,[0,0,0],0,[0,0,2],0,0.72,YPL026C,SKS1,1509,protein amino acid phosphorylation*,protein serine/threonine kinase activity,cytoplasm,S000005947 YPL026C=D <= SOK2=D | [632,42,1195],0.32,[28,4,106],0.18,[15,0,96],0.14,0.32,YPL026C,SKS1,1509,protein amino acid phosphorylation*,protein serine/threonine kinase activity,cytoplasm,S000005947 YPL036W=D <= ABF1=D | [124,4,266],0.3,[64,16,166],0.21,[36,27,128],0.11,0.3,YPL036W,PMA2,2844,regulation of pH*,"hydrogen-exporting ATPase activity, phosphorylative mechanism",plasma membrane,S000005957 YPL037C=D <= ABF1=D | [263,38,97],0.58,[40,44,162],0.08,[8,0,184],0.04,0.58,YPL037C,EGD1,474,nascent polypeptide association,unfolded protein binding,cytosolic ribosome (sensu Eukaryota)*,S000005958 YPL048W=D <= DIG1=D | [259,26,466],0.31,[62,0,119],0.34,[3,0,83],0.03,0.34,YPL048W,CAM1,1248,regulation of translational elongation,translation elongation factor activity,cytosolic ribosome (sensu Eukaryota),S000005969 YPL048W=D <= DIG1=D FKH1=D | [202,0,68],0.75,[7,0,28],0.2,[0,0,0],0,0.75,YPL048W,CAM1,1248,regulation of translational elongation,translation elongation factor activity,cytosolic ribosome (sensu Eukaryota),S000005969 YPL048W=D <= DIG1=D FKH1=D STE12=D | [48,0,1],0.98,[5,0,10],0.33,[0,0,0],0,0.98,YPL048W,CAM1,1248,regulation of translational elongation,translation elongation factor activity,cytosolic ribosome (sensu Eukaryota),S000005969 YPL048W=D <= DIG1=D STE12=D | [60,0,11],0.85,[27,0,17],0.61,[0,0,13],0,0.85,YPL048W,CAM1,1248,regulation of translational elongation,translation elongation factor activity,cytosolic ribosome (sensu Eukaryota),S000005969 YPL048W=D <= FKH1=D | [1074,40,1704],0.37,[22,5,123],0.12,[7,3,656],0.01,0.37,YPL048W,CAM1,1248,regulation of translational elongation,translation elongation factor activity,cytosolic ribosome (sensu Eukaryota),S000005969 YPL048W=D <= STE12=D | [1340,13,1208],0.52,[42,5,137],0.2,[0,1,101],0,0.52,YPL048W,CAM1,1248,regulation of translational elongation,translation elongation factor activity,cytosolic ribosome (sensu Eukaryota),S000005969 YPL090C=D <= FHL1=D | [257,18,145],0.57,[30,5,38],0.35,[5,0,147],0.03,0.57,YPL090C,RPS6A,1105,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000006011 YPL090C=D <= FHL1=D RAP1=D | [110,1,20],0.83,[24,0,7],0.77,[0,0,5],0,0.83,YPL090C,RPS6A,1105,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000006011 YPL090C=D <= HAP5=I | [255,9,334],0.41,[37,18,156],0.12,[1,5,80],0,0.41,YPL090C,RPS6A,1105,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000006011 YPL090C=D <= RAP1=D | [864,25,609],0.56,[152,1,96],0.61,[1,10,75],0,0.61,YPL090C,RPS6A,1105,protein biosynthesis,structural constituent of ribosome,cytosolic small ribosomal subunit (sensu Eukaryota),S000006011 YPL091W=D <= YAP1=D YAP7=D | [90,18,49],0.48,[1,0,1],0.5,[0,0,0],0,0.5,YPL091W,GLR1,1452,response to oxidative stress,glutathione-disulfide reductase activity,cytoplasm*,S000006012 YPL111W=D <= GCN4=I | [860,109,1103],0.37,[25,9,43],0.24,[0,13,41],0,0.37,YPL111W,CAR1,1002,arginine catabolism to ornithine,arginase activity,cytosol,S000006032 YPL111W=D <= HAP4=I UME6=D | [145,4,28],0.8,[0,0,1],0,[0,0,1],0,0.8,YPL111W,CAR1,1002,arginine catabolism to ornithine,arginase activity,cytosol,S000006032 YPL111W=D <= UME6=D | [151,18,34],0.66,[5,0,34],0.13,[7,4,100],0.04,0.66,YPL111W,CAR1,1002,arginine catabolism to ornithine,arginase activity,cytosol,S000006032 YPL117C=D <= FKH1=D | [962,18,1725],0.35,[12,15,103],0.04,[0,2,664],0,0.35,YPL117C,IDI1,867,ergosterol biosynthesis,isopentenyl-diphosphate delta-isomerase activity,cytosol,S000006038 YPL126W=D <= SWI4=D | [439,39,245],0.56,[22,7,87],0.14,[7,12,396],0.01,0.56,YPL126W,NAN1,2691,processing of 20S pre-rRNA,snoRNA binding,small nucleolar ribonucleoprotein complex*,S000006047 YPL126W=D <= SWI6=D | [613,26,211],0.69,[13,4,42],0.17,[2,8,132],0,0.69,YPL126W,NAN1,2691,processing of 20S pre-rRNA,snoRNA binding,small nucleolar ribonucleoprotein complex*,S000006047 YPL131W=D <= FHL1=D | [132,51,108],0.33,[13,2,9],0.47,[1,3,166],0,0.47,YPL131W,RPL5,894,protein biosynthesis*,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000006052 YPL131W=D <= RAP1=D | [534,180,536],0.32,[103,0,41],0.72,[11,0,118],0.09,0.72,YPL131W,RPL5,894,protein biosynthesis*,structural constituent of ribosome*,cytosolic large ribosomal subunit (sensu Eukaryota),S000006052 YPL135W=D <= AFT2=D | [536,40,797],0.36,[46,28,211],0.1,[3,17,85],0,0.36,YPL135W,ISU1,498,iron ion homeostasis*,protein binding,mitochondrion*,S000006056 YPL135W=D <= AFT2=D GCN4=I | [94,3,45],0.64,[11,0,33],0.25,[0,2,3],0,0.64,YPL135W,ISU1,498,iron ion homeostasis*,protein binding,mitochondrion*,S000006056 YPL135W=D <= AFT2=D SKN7=D | [167,12,32],0.74,[4,0,14],0.22,[0,0,0],0,0.74,YPL135W,ISU1,498,iron ion homeostasis*,protein binding,mitochondrion*,S000006056 YPL135W=D <= RCS1=I | [426,136,465],0.31,[26,37,186],0.04,[0,0,2],0,0.31,YPL135W,ISU1,498,iron ion homeostasis*,protein binding,mitochondrion*,S000006056 YPL145C=D <= MBP1=I NRG1=I | [75,0,84],0.47,[0,1,3],0,[1,7,100],0,0.47,YPL145C,KES1,1305,vesicle-mediated transport*,oxysterol binding,cytoplasm*,S000006066 YPL145C=D <= NRG1=I RAP1=D | [195,0,466],0.3,[23,3,53],0.26,[0,0,3],0,0.3,YPL145C,KES1,1305,vesicle-mediated transport*,oxysterol binding,cytoplasm*,S000006066 YPL146C=D <= ABF1=D | [236,44,119],0.5,[84,19,137],0.29,[5,68,123],0,0.5,YPL146C,RRP16,1368,biological_process unknown,molecular_function unknown,nucleus*,S000006067 YPL146C=D <= ABF1=D STE12=D | [45,0,5],0.9,[21,3,40],0.29,[0,0,3],0,0.9,YPL146C,RRP16,1368,biological_process unknown,molecular_function unknown,nucleus*,S000006067 YPL146C=D <= STE12=D | [1785,25,899],0.65,[51,15,111],0.22,[27,0,75],0.26,0.65,YPL146C,RRP16,1368,biological_process unknown,molecular_function unknown,nucleus*,S000006067 YPL147W=D <= ADR1=D | [998,115,1204],0.39,[1,0,115],0.01,[0,1,32],0,0.39,YPL147W,PXA1,2613,fatty acid transport,"ATPase activity, coupled to transmembrane movement of substances",integral to peroxisomal membrane,S000006068 YPL147W=D <= UME6=I | [169,23,9],0.74,[0,0,40],0,[3,1,107],0.02,0.74,YPL147W,PXA1,2613,fatty acid transport,"ATPase activity, coupled to transmembrane movement of substances",integral to peroxisomal membrane,S000006068 YPL156C=D <= DIG1=I STE12=I | [47,1,38],0.54,[1,2,41],0.01,[0,0,13],0,0.54,YPL156C,PRM4,855,conjugation with cellular fusion,molecular_function unknown,integral to membrane,S000006077 YPL156C=D <= DIG1=I SUT1=I | [27,0,16],0.63,[2,4,39],0.01,[0,0,0],0,0.63,YPL156C,PRM4,855,conjugation with cellular fusion,molecular_function unknown,integral to membrane,S000006077 YPL156C=D <= RCS1=D STE12=I | [23,0,23],0.5,[0,0,9],0,[0,0,1],0,0.5,YPL156C,PRM4,855,conjugation with cellular fusion,molecular_function unknown,integral to membrane,S000006077 YPL156C=D <= STE12=I SUT1=I | [64,4,19],0.69,[1,3,24],0.01,[0,0,0],0,0.69,YPL156C,PRM4,855,conjugation with cellular fusion,molecular_function unknown,integral to membrane,S000006077 YPL158C=D <= SWI5=D | [1146,0,955],0.55,[202,13,190],0.47,[317,132,612],0.21,0.55,YPL158C,,2277,biological_process unknown,molecular_function unknown,bud neck,S000006079 YPL160W=D <= UME6=D | [160,19,30],0.68,[20,0,20],0.5,[5,6,100],0.02,0.68,YPL160W,CDC60,3273,leucyl-tRNA aminoacylation,leucine-tRNA ligase activity,cytoplasm,S000006081 YPL163C=D <= STE12=D | [1976,3,657],0.75,[92,9,83],0.46,[18,29,48],0.07,0.75,YPL163C,SVS1,783,response to chemical substance,molecular_function unknown,cell wall (sensu Fungi)*,S000006084 YPL163C=D <= STE12=D SWI4=D | [396,0,51],0.89,[17,0,3],0.85,[4,0,1],0.8,0.89,YPL163C,SVS1,783,response to chemical substance,molecular_function unknown,cell wall (sensu Fungi)*,S000006084 YPL163C=D <= STE12=D SWI4=D SWI6=D | [318,0,35],0.9,[5,0,2],0.71,[0,0,0],0,0.9,YPL163C,SVS1,783,response to chemical substance,molecular_function unknown,cell wall (sensu Fungi)*,S000006084 YPL163C=D <= STE12=D SWI4=I | [7,0,5],0.58,[0,0,2],0,[0,16,3],0,0.58,YPL163C,SVS1,783,response to chemical substance,molecular_function unknown,cell wall (sensu Fungi)*,S000006084 YPL163C=D <= STE12=D TEC1=D | [379,0,64],0.86,[65,7,55],0.46,[8,12,18],0.08,0.86,YPL163C,SVS1,783,response to chemical substance,molecular_function unknown,cell wall (sensu Fungi)*,S000006084 YPL163C=D <= SWI4=D | [472,68,337],0.47,[49,4,65],0.38,[179,36,166],0.39,0.47,YPL163C,SVS1,783,response to chemical substance,molecular_function unknown,cell wall (sensu Fungi)*,S000006084 YPL163C=D <= SWI6=D | [623,32,362],0.58,[30,7,25],0.39,[43,19,62],0.24,0.58,YPL163C,SVS1,783,response to chemical substance,molecular_function unknown,cell wall (sensu Fungi)*,S000006084 YPL170W=D <= HSF1=D YAP1=D | [70,0,84],0.45,[2,0,0],1,[0,0,0],0,1,YPL170W,DAP1,459,sterol metabolism,molecular_function unknown,membrane,S000006091 YPL171C=D <= CAD1=D YAP7=D | [22,1,7],0.7,[2,0,22],0.08,[0,0,10],0,0.7,YPL171C,OYE3,1203,biological_process unknown,NADPH dehydrogenase activity,cellular_component unknown,S000006092 YPL177C=D <= FKH1=I SUT1=I | [51,1,36],0.57,[4,10,19],0.03,[0,0,29],0,0.57,YPL177C,CUP9,921,transcription initiation from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000006098 YPL177C=D <= MAC1=D | [310,0,194],0.62,[18,0,11],0.62,[0,0,2],0,0.62,YPL177C,CUP9,921,transcription initiation from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000006098 YPL177C=D <= MAC1=D PHD1=D | [113,0,18],0.86,[0,0,0],0,[0,0,0],0,0.86,YPL177C,CUP9,921,transcription initiation from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000006098 YPL177C=D <= MAC1=D PHD1=I | [18,0,28],0.39,[18,0,4],0.82,[0,0,0],0,0.82,YPL177C,CUP9,921,transcription initiation from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000006098 YPL177C=D <= MAC1=D SOK2=I | [120,0,34],0.78,[15,0,2],0.88,[0,0,0],0,0.88,YPL177C,CUP9,921,transcription initiation from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000006098 YPL177C=D <= SOK2=I STE12=D | [175,14,222],0.39,[0,0,0],0,[0,2,8],0,0.39,YPL177C,CUP9,921,transcription initiation from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000006098 YPL180W=D <= REB1=I | [166,3,226],0.41,[32,54,115],0.06,[0,15,53],0,0.41,YPL180W,TCO89,2400,glycerol metabolism,molecular_function unknown,plasma membrane*,S000006101 YPL183C=D <= UME6=D | [124,8,74],0.57,[5,6,27],0.06,[0,5,90],0,0.57,YPL183C,,3042,biological_process unknown,molecular_function unknown,cytoplasm,S000006104 YPL200W=D <= UME6=I | [155,4,40],0.76,[4,2,12],0.15,[3,0,61],0.05,0.76,YPL200W,CSM4,471,meiotic chromosome segregation,molecular_function unknown,endoplasmic reticulum membrane,S000006121 YPL201C=D <= UME6=I | [155,1,17],0.89,[1,8,22],0,[5,0,91],0.05,0.89,YPL201C,,1386,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006122 YPL202C=D <= YAP1=D | [772,5,1264],0.38,[20,10,138],0.08,[8,0,46],0.15,0.38,YPL202C,AFT2,1251,transcription initiation from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus*,S000006123 YPL207W=D <= HAP2=I | [180,2,86],0.66,[6,27,48],0.01,[0,4,32],0,0.66,YPL207W,,2433,biological_process unknown,molecular_function unknown,endoplasmic reticulum,S000006128 YPL207W=D <= HAP3=I YAP7=I | [70,4,19],0.71,[0,36,41],0,[0,0,0],0,0.71,YPL207W,,2433,biological_process unknown,molecular_function unknown,endoplasmic reticulum,S000006128 YPL211W=D <= REB1=D | [247,3,67],0.77,[43,33,121],0.12,[1,7,60],0,0.77,YPL211W,NIP7,546,rRNA processing*,molecular_function unknown,nucleolus*,S000006132 YPL212C=D <= REB1=D | [229,10,161],0.55,[41,1,164],0.19,[3,6,59],0.01,0.55,YPL212C,PUS1,1635,tRNA modification,pseudouridylate synthase activity,nucleus,S000006133 YPL225W=D <= REB1=D | [140,0,261],0.35,[0,53,153],0,[0,0,68],0,0.35,YPL225W,,441,biological_process unknown,molecular_function unknown,cytoplasm,S000006146 YPL226W=D <= FKH1=D | [2408,42,495],0.8,[65,6,76],0.4,[47,9,610],0.06,0.8,YPL226W,NEW1,3591,biological_process unknown,ATPase activity*,cytoplasm*,S000006147 YPL227C=D <= FKH1=D | [1742,6,1179],0.59,[15,1,134],0.09,[41,0,625],0.06,0.59,YPL227C,ALG5,1005,N-linked glycosylation,dolichyl-phosphate beta-glucosyltransferase activity,endoplasmic reticulum membrane,S000006148 YPL230W=D <= MBP1=D NRG1=D | [142,3,15],0.87,[0,2,2],0,[1,6,101],0,0.87,YPL230W,,1176,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006151 YPL230W=D <= MBP1=I NRG1=D PHD1=D | [71,2,10],0.83,[20,3,8],0.56,[0,0,0],0,0.83,YPL230W,,1176,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006151 YPL230W=D <= NRG1=D | [3771,85,786],0.79,[80,38,193],0.17,[7,12,224],0.01,0.79,YPL230W,,1176,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006151 YPL230W=D <= NRG1=D PHD1=D | [987,19,108],0.87,[25,4,18],0.46,[3,0,23],0.12,0.87,YPL230W,,1176,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006151 YPL230W=D <= NRG1=D PHD1=D SOK2=D | [102,0,1],0.99,[0,0,0],0,[0,0,0],0,0.99,YPL230W,,1176,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006151 YPL230W=D <= NRG1=D ROX1=D | [199,0,13],0.94,[11,4,31],0.18,[0,0,3],0,0.94,YPL230W,,1176,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006151 YPL230W=D <= NRG1=D SOK2=D | [301,0,9],0.97,[0,0,0],0,[0,0,2],0,0.97,YPL230W,,1176,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006151 YPL230W=D <= ROX1=D | [355,67,163],0.51,[91,95,339],0.08,[1,12,132],0,0.51,YPL230W,,1176,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006151 YPL230W=D <= ROX1=D SOK2=I | [44,1,0],0.96,[2,0,15],0.12,[0,0,1],0,0.96,YPL230W,,1176,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006151 YPL230W=D <= SKN7=I | [796,291,282],0.43,[33,36,150],0.07,[0,0,7],0,0.43,YPL230W,,1176,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006151 YPL230W=D <= SWI4=I | [639,85,162],0.64,[7,36,73],0.01,[16,13,390],0.02,0.64,YPL230W,,1176,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006151 YPL235W=D <= CBF1=D | [203,9,354],0.34,[25,0,282],0.08,[0,0,8],0,0.34,YPL235W,RVB2,1416,regulation of transcription from Pol II promoter*,ATPase activity,nucleus*,S000006156 YPL237W=D <= REB1=D | [313,2,86],0.78,[32,5,169],0.13,[0,1,67],0,0.78,YPL237W,SUI3,858,translational initiation,translation initiation factor activity,ribosome,S000006158 YPL240C=D <= HSF1=D | [420,28,431],0.45,[48,15,36],0.37,[12,6,62],0.1,0.45,YPL240C,HSP82,2130,response to stress*,"ATPase activity, coupled",cytoplasm,S000006161 YPL250C=D <= CBF1=D HSF1=D | [26,3,27],0.42,[0,5,6],0,[0,0,0],0,0.42,YPL250C,ICY2,411,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006171 YPL265W=D <= GAT1=D PHD1=D STP1=D | [59,3,29],0.62,[9,0,2],0.82,[0,0,0],0,0.82,YPL265W,DIP5,1827,amino acid transport,amino acid transporter activity*,plasma membrane,S000006186 YPL265W=D <= GAT1=D ROX1=D STP1=D | [26,0,4],0.87,[4,0,0],1,[0,0,0],0,1,YPL265W,DIP5,1827,amino acid transport,amino acid transporter activity*,plasma membrane,S000006186 YPL265W=D <= GLN3=I | [316,79,269],0.38,[11,81,53],0.01,[3,1,6],0.23,0.38,YPL265W,DIP5,1827,amino acid transport,amino acid transporter activity*,plasma membrane,S000006186 YPL265W=D <= HAP2=D | [183,31,56],0.58,[42,38,29],0.2,[3,6,26],0.03,0.58,YPL265W,DIP5,1827,amino acid transport,amino acid transporter activity*,plasma membrane,S000006186 YPL265W=D <= NRG1=D | [1977,502,2163],0.34,[151,96,118],0.25,[35,31,172],0.08,0.34,YPL265W,DIP5,1827,amino acid transport,amino acid transporter activity*,plasma membrane,S000006186 YPL265W=D <= PHD1=D ROX1=D | [47,5,55],0.4,[99,0,7],0.93,[80,0,13],0.86,0.93,YPL265W,DIP5,1827,amino acid transport,amino acid transporter activity*,plasma membrane,S000006186 YPL266W=D <= REB1=D | [264,12,126],0.63,[48,24,134],0.16,[0,34,34],0,0.63,YPL266W,DIM1,957,rRNA modification*,"rRNA (adenine-N6,N6-)-dimethyltransferase activity",nucleolus,S000006187 YPL271W=D <= HAP4=D | [1853,38,3583],0.33,[25,4,78],0.2,[13,2,240],0.04,0.33,YPL271W,ATP15,189,ATP synthesis coupled proton transport,"hydrogen-transporting ATP synthase activity, rotational mechanism","proton-transporting ATP synthase, central stalk (sensu Eukaryota)",S000006192 YPR005C=D <= CIN5=D DIG1=I | [216,0,118],0.65,[1,1,5],0.07,[0,0,0],0,0.65,YPR005C,HAL1,885,positive regulation of transcription from Pol II promoter*,molecular_function unknown,cytoplasm,S000006209 YPR005C=D <= CIN5=I DIG1=I | [27,2,29],0.43,[4,2,50],0.05,[0,0,0],0,0.43,YPR005C,HAL1,885,positive regulation of transcription from Pol II promoter*,molecular_function unknown,cytoplasm,S000006209 YPR005C=D <= DIG1=I | [357,7,392],0.46,[32,4,144],0.16,[0,2,79],0,0.46,YPR005C,HAL1,885,positive regulation of transcription from Pol II promoter*,molecular_function unknown,cytoplasm,S000006209 YPR005C=D <= STE12=I | [1803,3,848],0.68,[50,0,124],0.29,[2,4,90],0.01,0.68,YPR005C,HAL1,885,positive regulation of transcription from Pol II promoter*,molecular_function unknown,cytoplasm,S000006209 YPR009W=D <= FKH1=D | [1139,9,1469],0.43,[1,26,120],0,[12,22,617],0.01,0.43,YPR009W,SUT2,807,regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000006213 YPR009W=D <= FKH1=D SWI6=D | [568,0,91],0.86,[0,0,2],0,[0,0,11],0,0.86,YPR009W,SUT2,807,regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000006213 YPR009W=D <= SWI4=D SWI6=D | [368,0,109],0.77,[0,3,16],0,[1,0,4],0.2,0.77,YPR009W,SUT2,807,regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000006213 YPR009W=D <= SWI6=D | [719,2,233],0.75,[0,14,47],0,[6,4,130],0.03,0.75,YPR009W,SUT2,807,regulation of transcription from Pol II promoter*,specific RNA polymerase II transcription factor activity,nucleus,S000006213 YPR013C=D <= ASH1=D NRG1=D | [111,0,242],0.31,[30,2,76],0.26,[3,0,98],0.03,0.31,YPR013C,,954,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006217 YPR013C=D <= ASH1=D PHD1=D | [118,1,249],0.32,[74,0,82],0.47,[2,0,132],0.01,0.47,YPR013C,,954,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006217 YPR018W=D <= ABF1=D | [177,4,202],0.45,[47,6,140],0.22,[2,66,124],0,0.45,YPR018W,RLF2,1821,nucleosome assembly,molecular_function unknown,nucleus*,S000006222 YPR018W=D <= ABF1=D MBP1=D | [21,0,4],0.84,[42,2,49],0.43,[1,18,27],0,0.84,YPR018W,RLF2,1821,nucleosome assembly,molecular_function unknown,nucleus*,S000006222 YPR025C=D <= REB1=I | [279,2,120],0.69,[41,14,128],0.17,[0,0,68],0,0.69,YPR025C,CCL1,1182,transcription initiation from Pol II promoter*,general RNA polymerase II transcription factor activity*,mitochondrion*,S000006229 YPR026W=D <= REB1=I | [294,12,81],0.73,[19,35,121],0.04,[2,0,66],0.03,0.73,YPR026W,ATH1,3636,response to stress*,"alpha,alpha-trehalase activity",vacuole (sensu Fungi),S000006230 YPR030W=D <= RAP1=I | [628,92,680],0.39,[20,14,210],0.05,[2,11,113],0,0.39,YPR030W,CSR2,3366,cell wall organization and biogenesis*,molecular_function unknown,nucleus,S000006234 YPR030W=D <= RAP1=I UME6=I | [86,0,4],0.96,[0,2,13],0,[0,0,2],0,0.96,YPR030W,CSR2,3366,cell wall organization and biogenesis*,molecular_function unknown,nucleus,S000006234 YPR030W=D <= REB1=I | [240,6,61],0.76,[1,24,135],0,[4,9,55],0.02,0.76,YPR030W,CSR2,3366,cell wall organization and biogenesis*,molecular_function unknown,nucleus,S000006234 YPR030W=D <= UME6=I | [145,25,27],0.63,[0,7,28],0,[3,4,90],0.01,0.63,YPR030W,CSR2,3366,cell wall organization and biogenesis*,molecular_function unknown,nucleus,S000006234 YPR033C=D <= FKH1=D | [2082,80,765],0.68,[66,1,83],0.43,[38,21,607],0.04,0.68,YPR033C,HTS1,1641,histidyl-tRNA aminoacylation,histidine-tRNA ligase activity,cytoplasm*,S000006237 YPR035W=D <= FKH1=D GLN3=D | [25,1,18],0.55,[2,3,13],0.04,[0,0,1],0,0.55,YPR035W,GLN1,1113,nitrogen compound metabolism*,glutamate-ammonia ligase activity,cytoplasm,S000006239 YPR048W=D <= CAD1=I | [497,17,845],0.35,[34,1,135],0.19,[2,0,117],0.02,0.35,YPR048W,TAH18,1872,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006252 YPR048W=D <= CAD1=I YAP7=I | [20,4,6],0.56,[4,0,20],0.17,[0,0,10],0,0.56,YPR048W,TAH18,1872,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006252 YPR055W=D <= REB1=D | [106,1,211],0.33,[2,16,151],0,[0,10,58],0,0.33,YPR055W,SEC8,3198,cytokinesis*,protein binding,bud tip*,S000006259 YPR060C=D <= DIG1=D | [285,18,462],0.35,[10,36,135],0.01,[11,0,75],0.13,0.35,YPR060C,ARO7,771,aromatic amino acid family biosynthesis,chorismate mutase activity,cytoplasm*,S000006264 YPR061C=D <= NRG1=D | [2026,13,2057],0.49,[43,12,310],0.09,[15,10,218],0.04,0.49,YPR061C,JID1,906,biological_process unknown,molecular_function unknown,mitochondrion,S000006265 YPR065W=D <= MOT3=D PHD1=D | [12,0,25],0.32,[36,1,6],0.81,[0,0,3],0,0.81,YPR065W,ROX1,1107,negative regulation of transcription from Pol II promoter,specific transcriptional repressor activity*,nuclear chromosome,S000006269 YPR074C=D <= PHD1=D REB1=D | [11,3,9],0.38,[15,1,23],0.36,[3,0,9],0.25,0.38,YPR074C,TKL1,2043,pentose-phosphate shunt,transketolase activity,cytoplasm,S000006278 YPR074C=D <= PHD1=I STB5=I | [211,1,24],0.89,[3,11,14],0.02,[0,2,22],0,0.89,YPR074C,TKL1,2043,pentose-phosphate shunt,transketolase activity,cytoplasm,S000006278 YPR074C=D <= REB1=D | [265,4,49],0.82,[75,1,130],0.36,[5,0,63],0.07,0.82,YPR074C,TKL1,2043,pentose-phosphate shunt,transketolase activity,cytoplasm,S000006278 YPR074C=D <= STB5=I | [389,19,189],0.62,[3,66,102],0,[5,3,174],0.02,0.62,YPR074C,TKL1,2043,pentose-phosphate shunt,transketolase activity,cytoplasm,S000006278 YPR075C=D <= FKH1=I STE12=I | [630,0,634],0.5,[0,1,36],0,[0,0,12],0,0.5,YPR075C,OPY2,1083,cell cycle arrest in response to pheromone,molecular_function unknown,cytoplasm*,S000006279 YPR075C=D <= STE12=I | [806,0,1829],0.31,[38,3,143],0.19,[3,5,93],0.01,0.31,YPR075C,OPY2,1083,cell cycle arrest in response to pheromone,molecular_function unknown,cytoplasm*,S000006279 YPR075C=D <= STE12=I SWI6=I | [456,0,153],0.75,[1,0,21],0.05,[0,2,3],0,0.75,YPR075C,OPY2,1083,cell cycle arrest in response to pheromone,molecular_function unknown,cytoplasm*,S000006279 YPR075C=D <= SWI6=I | [551,0,471],0.54,[1,11,50],0,[3,18,123],0,0.54,YPR075C,OPY2,1083,cell cycle arrest in response to pheromone,molecular_function unknown,cytoplasm*,S000006279 YPR080W=D <= AZF1=I | [955,50,1222],0.41,[22,25,194],0.04,[2,0,81],0.02,0.41,YPR080W,TEF1,1377,translational elongation,translation elongation factor activity,ribosome,S000006284 YPR080W=D <= AZF1=I FHL1=D | [34,0,9],0.79,[0,0,2],0,[0,0,0],0,0.79,YPR080W,TEF1,1377,translational elongation,translation elongation factor activity,ribosome,S000006284 YPR080W=D <= FHL1=D RAP1=D | [56,1,74],0.42,[16,0,15],0.52,[0,0,5],0,0.52,YPR080W,TEF1,1377,translational elongation,translation elongation factor activity,ribosome,S000006284 YPR080W=D <= RAP1=D | [522,20,1033],0.32,[49,0,207],0.19,[3,0,126],0.02,0.32,YPR080W,TEF1,1377,translational elongation,translation elongation factor activity,ribosome,S000006284 YPR102C=D <= CBF1=D | [255,67,100],0.48,[75,40,192],0.16,[0,0,8],0,0.48,YPR102C,RPL11A,525,protein biosynthesis*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000006306 YPR102C=D <= CBF1=D FHL1=D | [60,1,9],0.84,[9,2,10],0.35,[0,0,4],0,0.84,YPR102C,RPL11A,525,protein biosynthesis*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000006306 YPR102C=D <= CBF1=D RAP1=D | [99,2,12],0.86,[31,0,4],0.89,[0,0,1],0,0.89,YPR102C,RPL11A,525,protein biosynthesis*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000006306 YPR102C=D <= FHL1=D | [184,20,117],0.52,[31,4,40],0.37,[2,3,165],0,0.52,YPR102C,RPL11A,525,protein biosynthesis*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000006306 YPR102C=D <= RAP1=D | [809,24,560],0.56,[154,1,101],0.6,[4,1,124],0.02,0.6,YPR102C,RPL11A,525,protein biosynthesis*,structural constituent of ribosome,cytosolic large ribosomal subunit (sensu Eukaryota),S000006306 YPR103W=D <= CBF1=D RAP1=D | [87,4,25],0.72,[0,2,33],0,[0,0,1],0,0.72,YPR103W,PRE2,864,ubiquitin-dependent protein catabolism,endopeptidase activity,"proteasome core complex, beta-subunit complex (sensu Eukaryota)",S000006307 YPR118W=D <= YHP1=D | [910,26,577],0.58,[155,12,140],0.47,[2,0,819],0,0.58,YPR118W,,1236,methionine salvage,ribose isomerase activity,cytoplasm*,S000006322 YPR120C=D <= SWI6=D | [329,3,691],0.32,[15,1,45],0.23,[35,0,109],0.24,0.32,YPR120C,CLB5,1308,G1/S transition of mitotic cell cycle*,cyclin-dependent protein kinase regulator activity,nucleus,S000006324 YPR124W=D <= INO4=D RCS1=D | [52,4,77],0.36,[0,0,0],0,[0,0,0],0,0.36,YPR124W,CTR1,1221,copper ion import,copper uptake transporter activity,plasma membrane,S000006328 YPR124W=D <= INO4=I RCS1=D | [126,3,109],0.52,[21,10,13],0.32,[0,0,0],0,0.52,YPR124W,CTR1,1221,copper ion import,copper uptake transporter activity,plasma membrane,S000006328 YPR129W=D <= ABF1=D | [209,12,177],0.5,[12,7,216],0.03,[1,0,195],0.01,0.5,YPR129W,SCD6,1050,RNA metabolism,RNA binding,cytoplasm,S000006333 YPR137W=D <= ABF1=D | [221,31,147],0.49,[108,5,133],0.42,[5,4,181],0.01,0.49,YPR137W,RRP9,1722,rRNA modification*,snoRNA binding,small nucleolar ribonucleoprotein complex*,S000006341 YPR145W=D <= DAL82=I | [820,56,435],0.59,[19,42,155],0.03,[0,1,6],0,0.59,YPR145W,ASN1,1719,asparagine biosynthesis,asparagine synthase (glutamine-hydrolyzing) activity,cytoplasm,S000006349 YPR145W=D <= DAL82=I GCN4=I | [256,15,95],0.66,[0,1,3],0,[0,0,0],0,0.66,YPR145W,ASN1,1719,asparagine biosynthesis,asparagine synthase (glutamine-hydrolyzing) activity,cytoplasm,S000006349 YPR145W=D <= DAL82=I GLN3=I | [356,11,92],0.75,[6,2,14],0.2,[0,0,0],0,0.75,YPR145W,ASN1,1719,asparagine biosynthesis,asparagine synthase (glutamine-hydrolyzing) activity,cytoplasm,S000006349 YPR145W=D <= GCN4=I STE12=D | [300,0,33],0.9,[0,0,0],0,[0,0,5],0,0.9,YPR145W,ASN1,1719,asparagine biosynthesis,asparagine synthase (glutamine-hydrolyzing) activity,cytoplasm,S000006349 YPR145W=D <= HAP2=I | [227,0,42],0.84,[7,42,40],0.01,[1,0,35],0.03,0.84,YPR145W,ASN1,1719,asparagine biosynthesis,asparagine synthase (glutamine-hydrolyzing) activity,cytoplasm,S000006349 YPR145W=D <= HAP5=I | [209,11,414],0.31,[79,11,110],0.35,[2,0,105],0.02,0.35,YPR145W,ASN1,1719,asparagine biosynthesis,asparagine synthase (glutamine-hydrolyzing) activity,cytoplasm,S000006349 YPR145W=D <= STE12=D | [2198,8,479],0.82,[36,11,130],0.16,[0,0,102],0,0.82,YPR145W,ASN1,1719,asparagine biosynthesis,asparagine synthase (glutamine-hydrolyzing) activity,cytoplasm,S000006349 YPR149W=D <= CIN5=D | [2395,422,2717],0.37,[84,16,207],0.23,[49,103,152],0.05,0.37,YPR149W,NCE102,522,protein secretion,molecular_function unknown,cytoplasm*,S000006353 YPR149W=D <= CIN5=D FKH2=I | [333,2,162],0.67,[4,0,0],1,[0,1,5],0,1,YPR149W,NCE102,522,protein secretion,molecular_function unknown,cytoplasm*,S000006353 YPR149W=D <= CIN5=D FKH2=I RAP1=I | [61,0,8],0.88,[2,0,0],1,[0,0,0],0,1,YPR149W,NCE102,522,protein secretion,molecular_function unknown,cytoplasm*,S000006353 YPR149W=D <= CIN5=D MOT3=D | [134,2,35],0.77,[5,2,36],0.08,[1,1,2],0.12,0.77,YPR149W,NCE102,522,protein secretion,molecular_function unknown,cytoplasm*,S000006353 YPR149W=D <= CIN5=D NRG1=D | [1459,12,478],0.74,[37,0,15],0.71,[0,5,7],0,0.74,YPR149W,NCE102,522,protein secretion,molecular_function unknown,cytoplasm*,S000006353 YPR149W=D <= CIN5=D RAP1=I | [387,0,74],0.84,[27,3,30],0.41,[1,4,7],0.02,0.84,YPR149W,NCE102,522,protein secretion,molecular_function unknown,cytoplasm*,S000006353 YPR149W=D <= FKH2=I | [477,40,373],0.49,[49,1,37],0.55,[8,37,33],0.02,0.55,YPR149W,NCE102,522,protein secretion,molecular_function unknown,cytoplasm*,S000006353 YPR149W=D <= MOT3=D | [206,10,135],0.56,[9,5,77],0.06,[32,44,52],0.11,0.56,YPR149W,NCE102,522,protein secretion,molecular_function unknown,cytoplasm*,S000006353 YPR149W=D <= MOT3=D NRG1=D | [117,0,4],0.97,[1,0,2],0.33,[3,6,9],0.06,0.97,YPR149W,NCE102,522,protein secretion,molecular_function unknown,cytoplasm*,S000006353 YPR149W=D <= NDD1=D NRG1=D | [84,0,22],0.79,[11,0,2],0.85,[1,6,4],0.01,0.85,YPR149W,NCE102,522,protein secretion,molecular_function unknown,cytoplasm*,S000006353 YPR149W=D <= NRG1=D | [2856,30,1628],0.63,[95,54,216],0.17,[88,43,112],0.24,0.63,YPR149W,NCE102,522,protein secretion,molecular_function unknown,cytoplasm*,S000006353 YPR149W=D <= NRG1=D RAP1=I | [608,0,72],0.89,[51,0,28],0.65,[2,0,1],0.67,0.89,YPR149W,NCE102,522,protein secretion,molecular_function unknown,cytoplasm*,S000006353 YPR149W=D <= RAP1=I | [1019,39,502],0.63,[119,9,128],0.43,[26,31,72],0.09,0.63,YPR149W,NCE102,522,protein secretion,molecular_function unknown,cytoplasm*,S000006353 YPR149W=D <= RAP1=I SUT1=I | [102,1,15],0.86,[17,0,8],0.68,[2,3,3],0.1,0.86,YPR149W,NCE102,522,protein secretion,molecular_function unknown,cytoplasm*,S000006353 YPR151C=D <= AFT2=D | [716,80,329],0.57,[104,51,139],0.24,[2,12,92],0,0.57,YPR151C,SUE1,621,protein catabolism,molecular_function unknown,mitochondrial membrane,S000006355 YPR154W=D <= ABF1=I | [178,17,199],0.41,[48,41,132],0.12,[12,1,183],0.06,0.41,YPR154W,PIN3,648,actin cytoskeleton organization and biogenesis,molecular_function unknown,cytoplasm*,S000006358 YPR154W=D <= HSF1=D | [404,12,453],0.45,[51,0,47],0.52,[3,1,78],0.03,0.52,YPR154W,PIN3,648,actin cytoskeleton organization and biogenesis,molecular_function unknown,cytoplasm*,S000006358 YPR154W=D <= HSF1=D MOT3=D | [64,0,2],0.97,[5,0,6],0.45,[0,0,16],0,0.97,YPR154W,PIN3,648,actin cytoskeleton organization and biogenesis,molecular_function unknown,cytoplasm*,S000006358 YPR154W=D <= MOT3=D | [186,15,152],0.49,[22,0,36],0.38,[1,1,126],0,0.49,YPR154W,PIN3,648,actin cytoskeleton organization and biogenesis,molecular_function unknown,cytoplasm*,S000006358 YPR155C=D <= STE12=I | [779,32,1717],0.3,[12,0,150],0.07,[13,0,89],0.13,0.3,YPR155C,NCA2,1851,aerobic respiration*,molecular_function unknown,mitochondrion,S000006359 YPR156C=D <= ASH1=D FKH2=I | [21,6,22],0.33,[0,0,2],0,[1,3,7],0.02,0.33,YPR156C,TPO3,1869,polyamine transport,spermine transporter activity,plasma membrane*,S000006360 YPR157W=D <= ASH1=D FKH2=I | [21,4,19],0.4,[0,0,2],0,[0,1,10],0,0.4,YPR157W,,1404,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006361 YPR158W=D <= HSF1=D | [709,2,159],0.81,[39,4,55],0.36,[6,3,72],0.05,0.81,YPR158W,,759,biological_process unknown,molecular_function unknown,cellular_component unknown,S000006362 YPR160W=D <= MSN4=D | [2488,113,2518],0.46,[212,65,156],0.37,[39,42,171],0.07,0.46,YPR160W,GPH1,2709,glycogen catabolism,glycogen phosphorylase activity,cytoplasm,S000006364 YPR160W=D <= SKN7=I | [755,65,431],0.56,[87,23,148],0.27,[4,0,3],0.57,0.57,YPR160W,GPH1,2709,glycogen catabolism,glycogen phosphorylase activity,cytoplasm,S000006364 YPR163C=D <= REB1=D | [333,4,64],0.82,[42,5,159],0.18,[1,3,64],0,0.82,YPR163C,TIF3,1311,translational initiation,translation initiation factor activity,ribosome,S000006367 YPR163C=D <= UME6=D | [164,8,36],0.75,[21,0,19],0.53,[11,0,100],0.1,0.75,YPR163C,TIF3,1311,translational initiation,translation initiation factor activity,ribosome,S000006367 YPR181C=D <= REB1=D | [171,0,230],0.43,[68,0,138],0.33,[2,0,66],0.03,0.43,YPR181C,SEC23,2307,ER to Golgi transport*,GTPase activator activity,cytoplasm*,S000006385 YPR184W=D <= CIN5=D | [2184,560,2097],0.36,[204,9,81],0.66,[14,5,285],0.03,0.66,YPR184W,GDB1,4611,glycogen catabolism,4-alpha-glucanotransferase activity*,cytoplasm*,S000006388 YPR184W=D <= CIN5=D MOT3=D | [127,8,41],0.68,[38,0,5],0.88,[0,1,3],0,0.88,YPR184W,GDB1,4611,glycogen catabolism,4-alpha-glucanotransferase activity*,cytoplasm*,S000006388 YPR184W=D <= CIN5=D SNT2=D | [341,1,71],0.82,[22,0,2],0.92,[0,0,0],0,0.92,YPR184W,GDB1,4611,glycogen catabolism,4-alpha-glucanotransferase activity*,cytoplasm*,S000006388 YPR184W=D <= MOT3=D | [193,37,116],0.47,[55,1,29],0.64,[3,11,114],0.01,0.64,YPR184W,GDB1,4611,glycogen catabolism,4-alpha-glucanotransferase activity*,cytoplasm*,S000006388 YPR184W=D <= SNT2=D | [654,9,230],0.72,[45,10,31],0.43,[0,0,9],0,0.72,YPR184W,GDB1,4611,glycogen catabolism,4-alpha-glucanotransferase activity*,cytoplasm*,S000006388 YPR187W=D <= ABF1=D | [239,16,57],0.72,[43,14,82],0.23,[1,3,188],0,0.72,YPR187W,RPO26,544,transcription from Pol II promoter*,DNA-directed RNA polymerase activity,DNA-directed RNA polymerase III complex*,S000006391 YPR190C=D <= ABF1=D | [151,12,234],0.35,[99,26,95],0.36,[1,4,171],0,0.36,YPR190C,RPC82,1965,transcription from Pol III promoter,DNA-directed RNA polymerase activity,DNA-directed RNA polymerase III complex,S000006394