+++++++++++++++++++++++++++++++++ || cellular component || +++++++++++++++++++++++++++++++++ There are 44 functional categories (terminal infomative nodes). 0: (0 GO:0008372) 1015 cellular component unknown 1: (3 GO:0005935) 108 bud neck 2: (4 GO:0005934) 50 bud tip 3: (6 GO:0005624) 79 membrane fraction 4: (7 GO:0005625) 36 soluble fraction 5: (9 GO:0043332) 31 mating projection tip 6: (10 GO:0009277) 111 cell wall (sensu Fungi) 7: (14 GO:0000790) 36 nuclear chromatin 8: (16 GO:0000778) 47 condensed nuclear chromosome kinetochore 9: (22 GO:0005657) 39 replication fork 10: (26 GO:0030479) 39 actin cortical patch 11: (29 GO:0030136) 32 clathrin-coated vesicle 12: (30 GO:0030120) 31 vesicle coat 13: (33 GO:0005842) 93 cytosolic large ribosomal subunit (sensu Eukaryota) 14: (34 GO:0005843) 63 cytosolic small ribosomal subunit (sensu Eukaryota) 15: (35 GO:0000502) 46 proteasome complex (sensu Eukaryota) 16: (37 GO:0005789) 115 endoplasmic reticulum membrane 17: (38 GO:0005768) 70 endosome 18: (40 GO:0005794) 130 Golgi apparatus 19: (41 GO:0005811) 33 lipid particle 20: (43 GO:0005777) 56 peroxisome 21: (44 GO:0005816) 58 spindle pole body 22: (48 GO:0005762) 43 mitochondrial large ribosomal subunit 23: (49 GO:0005763) 34 mitochondrial small ribosomal subunit 24: (51 GO:0005743) 158 mitochondrial inner membrane 25: (52 GO:0005741) 34 mitochondrial outer membrane 26: (58 GO:0000329) 62 vacuolar membrane (sensu Fungi) 27: (63 GO:0005874) 36 microtubule 28: (64 GO:0005875) 35 microtubule associated complex 29: (67 GO:0000131) 35 incipient bud site 30: (72 GO:0005643) 50 nuclear pore 31: (74 GO:0005732) 57 small nucleolar ribonucleoprotein complex 32: (76 GO:0016585) 71 chromatin remodeling complex 33: (77 GO:0016591) 74 DNA-directed RNA polymerase II\, holoenzyme 34: (79 GO:0000123) 39 histone acetyltransferase complex 35: (80 GO:0000943) 94 retrotransposon nucleocapsid 36: (82 GO:0046540) 30 U4/U6 x U5 tri-snRNP complex 37: (84 GO:0005684) 37 major (U2-dependent) spliceosome 38: (87 GO:0030880) 32 RNA polymerase complex 39: (88 GO:0000151) 35 ubiquitin ligase complex 40: (92 GO:0019898) 31 extrinsic to membrane 41: (95 GO:0031301) 35 integral to organelle membrane 42: (97 GO:0031226) 31 intrinsic to plasma membrane 43: (102 GO:0005941) 38 unlocalized protein complex 44: UNCOVERED_CLASS 3190 The function multiplicity distribution (5 nozero) is as: 1695: annotated with 1 functions. 219: annotated with 2 functions. 62: annotated with 3 functions. 15: annotated with 4 functions. 3: annotated with 5 functions. +++++++++++++++++++++++++++++++++ || molecular function || +++++++++++++++++++++++++++++++++ There are 53 functional categories (terminal infomative nodes). 0: (0 GO:0005554) 2308 molecular function unknown 1: (4 GO:0003700) 62 transcription factor activity 2: (6 GO:0003729) 32 mRNA binding 3: (8 GO:0030563) 42 snRNA 2'-O-ribose methylation guide activity 4: (9 GO:0031202) 42 RNA splicing factor activity\, transesterification mechanism 5: (10 GO:0019843) 35 rRNA binding 6: (13 GO:0003743) 30 translation initiation factor activity 7: (15 GO:0017076) 32 purine nucleotide binding 8: (17 GO:0008092) 48 cytoskeletal protein binding 9: (19 GO:0003712) 36 transcription cofactor activity 10: (20 GO:0051082) 58 unfolded protein binding 11: (23 GO:0008026) 37 ATP-dependent helicase activity 12: (24 GO:0003724) 41 RNA helicase activity 13: (27 GO:0042625) 30 ATPase activity\, coupled to transmembrane movement of ions 14: (33 GO:0003924) 59 GTPase activity 15: (35 GO:0016811) 37 hydrolase activity\, acting on carbon-nitrogen (but not peptide) bonds\, in linear amides 16: (38 GO:0004519) 56 endonuclease activity 17: (39 GO:0004527) 33 exonuclease activity 18: (40 GO:0004540) 100 ribonuclease activity 19: (44 GO:0004722) 30 protein serine/threonine phosphatase activity 20: (46 GO:0004553) 53 hydrolase activity\, hydrolyzing O-glycosyl compounds 21: (48 GO:0004175) 64 endopeptidase activity 22: (49 GO:0016853) 49 isomerase activity 23: (53 GO:0004842) 37 ubiquitin-protein ligase activity 24: (54 GO:0004812) 36 tRNA ligase activity 25: (58 GO:0016835) 36 carbon-oxygen lyase activity 26: (61 GO:0016616) 67 oxidoreductase activity\, acting on the CH-OH group of donors\, NAD or NADP as acceptor 27: (66 GO:0008080) 37 N-acetyltransferase activity 28: (68 GO:0016765) 34 transferase activity\, transferring alkyl or aryl (other than methyl) groups 29: (71 GO:0000030) 42 mannosyltransferase activity 30: (74 GO:0008757) 61 S-adenosylmethionine-dependent methyltransferase activity 31: (78 GO:0004674) 71 protein serine/threonine kinase activity 32: (80 GO:0003887) 67 DNA-directed DNA polymerase activity 33: (81 GO:0003899) 33 DNA-directed RNA polymerase activity 34: (82 GO:0003964) 52 RNA-directed DNA polymerase activity 35: (86 GO:0005096) 31 GTPase activator activity 36: (88 GO:0005083) 58 small GTPase regulator activity 37: (90 GO:0019887) 36 protein kinase regulator activity 38: (91 GO:0004871) 65 signal transducer activity 39: (93 GO:0005200) 49 structural constituent of cytoskeleton 40: (94 GO:0003735) 229 structural constituent of ribosome 41: (97 GO:0016251) 62 general RNA polymerase II transcription factor activity 42: (98 GO:0003704) 43 specific RNA polymerase II transcription factor activity 43: (99 GO:0016563) 34 transcriptional activator activity 44: (103 GO:0015171) 32 amino acid transporter activity 45: (105 GO:0015291) 38 porter activity 46: (106 GO:0015399) 50 primary active transporter activity 47: (107 GO:0005478) 30 intracellular transporter activity 48: (110 GO:0015082) 35 di-\, tri-valent inorganic cation transporter activity 49: (112 GO:0015078) 54 hydrogen ion transporter activity 50: (113 GO:0046873) 38 metal ion transporter activity 51: (116 GO:0008565) 50 protein transporter activity 52: (117 GO:0030533) 45 triplet codon-amino acid adaptor activity 53: UNCOVERED_CLASS 1762 The function multiplicity distribution (5 nozero) is as: 1798: annotated with 1 functions. 241: annotated with 2 functions. 85: annotated with 3 functions. 4: annotated with 4 functions. 1: annotated with 5 functions. +++++++++++++++++++++++++++++++++ || biological_process || +++++++++++++++++++++++++++++++++ There are 109 functional categories (terminal infomative nodes). 0: (0 GO:0000004) 1655 biological process unknown 1: (4 GO:0007166) 40 cell surface receptor linked signal transduction 2: (6 GO:0007264) 55 small GTPase mediated signal transduction 3: (10 GO:0030476) 37 spore wall assembly (sensu Fungi) 4: (12 GO:0006914) 35 autophagy 5: (15 GO:0000082) 55 G1/S transition of mitotic cell cycle 6: (16 GO:0000086) 32 G2/M transition of mitotic cell cycle 7: (20 GO:0007131) 39 meiotic recombination 8: (23 GO:0000070) 55 mitotic sister chromatid segregation 9: (24 GO:0007052) 42 mitotic spindle organization and biogenesis 10: (25 GO:0007088) 48 regulation of mitosis 11: (28 GO:0000075) 47 cell cycle checkpoint 12: (31 GO:0001302) 33 replicative cell aging 13: (34 GO:0007121) 32 bipolar bud site selection 14: (40 GO:0030005) 52 di-\, tri-valent inorganic cation homeostasis 15: (42 GO:0046916) 47 transition metal ion homeostasis 16: (43 GO:0030004) 32 monovalent inorganic cation homeostasis 17: (51 GO:0000027) 39 ribosomal large subunit assembly and maintenance 18: (54 GO:0006365) 67 35S primary transcript processing 19: (55 GO:0030490) 46 processing of 20S pre-rRNA 20: (56 GO:0007047) 140 cell wall organization and biogenesis 21: (57 GO:0016044) 31 membrane organization and biogenesis 22: (65 GO:0006348) 42 chromatin silencing at telomere 23: (68 GO:0016570) 59 histone modification 24: (69 GO:0000723) 42 telomere maintenance 25: (73 GO:0007015) 63 actin filament organization 26: (76 GO:0007020) 33 microtubule nucleation 27: (78 GO:0016197) 36 endosome transport 28: (79 GO:0007005) 95 mitochondrion organization and biogenesis 29: (80 GO:0006997) 65 nuclear organization and biogenesis 30: (81 GO:0048308) 37 organelle inheritance 31: (82 GO:0007031) 37 peroxisome organization and biogenesis 32: (83 GO:0007033) 38 vacuole organization and biogenesis 33: (86 GO:0046165) 30 alcohol biosynthesis 34: (88 GO:0046365) 33 monosaccharide catabolism 35: (91 GO:0006006) 64 glucose metabolism 36: (92 GO:0016125) 37 sterol metabolism 37: (95 GO:0008652) 99 amino acid biosynthesis 38: (96 GO:0009310) 31 amine catabolism 39: (98 GO:0006418) 30 tRNA aminoacylation for protein translation 40: (99 GO:0009066) 45 aspartate family amino acid metabolism 41: (100 GO:0009064) 43 glutamine family amino acid metabolism 42: (101 GO:0000096) 32 sulfur amino acid metabolism 43: (104 GO:0009112) 33 nucleobase metabolism 44: (107 GO:0009108) 56 coenzyme biosynthesis 45: (109 GO:0016051) 59 carbohydrate biosynthesis 46: (113 GO:0006487) 43 protein amino acid N-linked glycosylation 47: (114 GO:0006497) 36 protein lipidation 48: (116 GO:0006414) 59 translational elongation 49: (117 GO:0006413) 46 translational initiation 50: (120 GO:0009152) 38 purine ribonucleotide biosynthesis 51: (122 GO:0031326) 44 regulation of cellular biosynthesis 52: (123 GO:0042364) 36 water-soluble vitamin biosynthesis 53: (129 GO:0043161) 45 proteasomal ubiquitin-dependent protein catabolism 54: (131 GO:0006402) 55 mRNA catabolism 55: (133 GO:0006631) 43 fatty acid metabolism 56: (137 GO:0046474) 34 glycerophospholipid biosynthesis 57: (138 GO:0006694) 36 steroid biosynthesis 58: (142 GO:0030384) 31 phosphoinositide metabolism 59: (147 GO:0006073) 38 glucan metabolism 60: (148 GO:0006092) 69 main pathways of carbohydrate metabolism 61: (152 GO:0006457) 67 protein folding 62: (154 GO:0006473) 38 protein amino acid acetylation 63: (155 GO:0006468) 91 protein amino acid phosphorylation 64: (156 GO:0016485) 33 protein processing 65: (158 GO:0016567) 51 protein ubiquitination 66: (161 GO:0006752) 44 group transfer coenzyme metabolism 67: (164 GO:0006769) 30 nicotinamide metabolism 68: (166 GO:0006118) 31 electron transport 69: (169 GO:0009060) 82 aerobic respiration 70: (170 GO:0006112) 32 energy reserve metabolism 71: (171 GO:0006119) 46 oxidative phosphorylation 72: (177 GO:0006319) 95 Ty element transposition 73: (179 GO:0006302) 41 double-strand break repair 74: (180 GO:0006289) 31 nucleotide-excision repair 75: (183 GO:0006271) 30 DNA strand elongation 76: (192 GO:0000122) 41 negative regulation of transcription from RNA polymerase II promoter 77: (196 GO:0045944) 48 positive regulation of transcription from RNA polymerase II promoter 78: (203 GO:0000398) 97 nuclear mRNA splicing\, via spliceosome 79: (205 GO:0000154) 89 rRNA modification 80: (211 GO:0008033) 34 tRNA processing 81: (217 GO:0006367) 44 transcription initiation from RNA polymerase II promoter 82: (218 GO:0006383) 38 transcription from RNA polymerase III promoter 83: (221 GO:0006090) 37 pyruvate metabolism 84: (223 GO:0006979) 51 response to oxidative stress 85: (225 GO:0016311) 35 dephosphorylation 86: (238 GO:0000749) 53 response to pheromone during conjugation with cellular fusion 87: (239 GO:0030471) 37 spindle pole body and microtubule cycle (sensu Fungi) 88: (242 GO:0006865) 37 amino acid transport 89: (243 GO:0008643) 32 carbohydrate transport 90: (246 GO:0006888) 76 ER to Golgi transport 91: (247 GO:0006892) 51 post-Golgi transport 92: (250 GO:0006612) 31 protein-membrane targeting 93: (251 GO:0006626) 47 protein-mitochondrial targeting 94: (252 GO:0006611) 44 protein-nucleus export 95: (253 GO:0006606) 46 protein-nucleus import 96: (254 GO:0006623) 60 protein-vacuolar targeting 97: (258 GO:0006406) 60 mRNA-nucleus export 98: (260 GO:0007034) 48 vacuolar transport 99: (264 GO:0000041) 42 transition metal ion transport 100: (272 GO:0006887) 36 exocytosis 101: (274 GO:0006897) 69 endocytosis 102: (275 GO:0006906) 30 vesicle fusion 103: (283 GO:0001403) 30 invasive growth (sensu Saccharomyces) 104: (284 GO:0007124) 48 pseudohyphal growth 105: (300 GO:0043414) 35 biopolymer methylation 106: (307 GO:0051246) 42 regulation of protein metabolism 107: (322 GO:0042493) 31 response to drug 108: (324 GO:0006970) 59 response to osmotic stress 109: UNCOVERED_CLASS 1509 The function multiplicity distribution (10 nozero) is as: 1837: annotated with 1 functions. 674: annotated with 2 functions. 302: annotated with 3 functions. 149: annotated with 4 functions. 41: annotated with 5 functions. 24: annotated with 6 functions. 7: annotated with 7 functions. 0: annotated with 8 functions. 0: annotated with 9 functions. 1: annotated with 10 functions.