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Saccharomyces cerevisiae - Functional Catalogue |
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number of ORFs which match to at least one category: 3908 ORFs
(ORFs not counted that are classified as "classification unknown" or "not yet clear-cut")
Last update: Wed Jul 25 09:36:17 MET DST 2001
- METABOLISM (1062 ORFs)
- amino-acid metabolism (204 ORFs)
- nitrogen and sulphur metabolism (74 ORFs)
- nucleotide metabolism (143 ORFs)
- purine-ribonucleotide metabolism (45 ORFs)
- pyrimidine-ribonucleotide metabolism (29 ORFs)
- deoxyribonucleotide metabolism (11 ORFs)
- metabolism of cyclic and unusual nucleotides (8 ORFs)
- regulation of nucleotide metabolism (13 ORFs)
- polynucleotide degradation (23 ORFs)
- nucleotide transport (14 ORFs)
- other nucleotide-metabolism activities (7 ORFs)
- phosphate metabolism (32 ORFs)
- C-compound and carbohydrate metabolism (415 ORFs)
- lipid, fatty-acid and isoprenoid metabolism (213 ORFs)
- lipid, fatty-acid and isoprenoid biosynthesis (118 ORFs)
- breakdown of lipids, fatty acids and isoprenoids (24 ORFs)
- lipid, fatty-acid and isoprenoid utilization (26 ORFs)
- regulation of lipid, fatty-acid and isoprenoid biosynthesis (20 ORFs)
- lipid and fatty-acid transport (16 ORFs)
- lipid and fatty-acid binding (8 ORFs)
- other lipid, fatty-acid and isoprenoid metabolism activities (13 ORFs)
- metabolism of vitamins, cofactors, and prosthetic groups (83 ORFs)
- biosynthesis of vitamins, cofactors, and prosthetic groups (61 ORFs)
- utilization of vitamins, cofactors, and prosthetic groups (7 ORFs)
- regulation of vitamins, cofactors, and prosthetic groups (3 ORFs)
- transport of vitamins, cofactors, and prosthetic groups (3 ORFs)
- other vitamin, cofactor, and prosthetic group activities (8 ORFs)
- secondary metabolism (5 ORFs)
- ENERGY (252 ORFs)
- glycolysis and gluconeogenesis (35 ORFs)
- pentose-phosphate pathway (9 ORFs)
- tricarboxylic-acid pathway (25 ORFs)
- electron transport and membrane-associated energy conservation (2 ORFs)
- respiration (88 ORFs)
- fermentation (34 ORFs)
- metabolism of energy reserves (glycogen, trehalose) (37 ORFs)
- glyoxylate cycle (6 ORFs)
- oxidation of fatty acids (7 ORFs)
- other energy generation activities (15 ORFs)
- CELL GROWTH, CELL DIVISION AND DNA SYNTHESIS (833 ORFs)
- cell growth (76 ORFs)
- budding, cell polarity and filament formation (172 ORFs)
- pheromone response, mating-type determination, sex-specific proteins (161 ORFs)
- sporulation and germination (114 ORFs)
- meiosis (103 ORFs)
- DNA synthesis and replication (91 ORFs)
- recombination and DNA repair (99 ORFs)
- cell cycle control and mitosis (348 ORFs)
- cytokinesis (34 ORFs)
- other cell growth, cell division and DNA synthesis activities (16 ORFs)
- TRANSCRIPTION (787 ORFs)
- rRNA transcription (106 ORFs)
- tRNA transcription (83 ORFs)
- mRNA transcription (575 ORFs)
- RNA transport (27 ORFs)
- other transcription activities (57 ORFs)
- PROTEIN SYNTHESIS (357 ORFs)
- PROTEIN DESTINATION (586 ORFs)
- protein folding and stabilization (58 ORFs)
- protein targeting, sorting and translocation (140 ORFs)
- protein modification (188 ORFs)
- modification with fatty acids (e.g. myristylation, palmitylation, farnesylation) (1 ORF)
- modification with sugar residues (e.g. glycosylation) (1 ORF)
- modification by phosphorylation, dephosphorylation (6 ORFs)
- modification by acetylation (4 ORFs)
- processing of proteins (1 ORF)
- other protein modifications (5 ORFs)
- assembly of protein complexes (93 ORFs)
- proteolysis (159 ORFs)
- other protein-destination activities (7 ORFs)
- TRANSPORT FACILITATION (310 ORFs)
- channels/pores (6 ORFs)
- ion transporters (78 ORFs)
- C-compound and carbohydrate transporters (46 ORFs)
- amino-acid transporters (25 ORFs)
- peptide-transporters (1 ORF)
- lipid transporters (7 ORFs)
- purine and pyrimidine transporters (15 ORFs)
- allantoin and allantoate transporters (9 ORFs)
- transport ATPases (44 ORFs)
- ABC transporters (28 ORFs)
- drug transporters (35 ORFs)
- other transport facilitators (57 ORFs)
- CELLULAR TRANSPORT AND TRANSPORTMECHANISMS (495 ORFs)
- nuclear transport (58 ORFs)
- mitochondrial transport (80 ORFs)
- vesicular transport (Golgi network, etc.) (125 ORFs)
- peroxisomal transport (16 ORFs)
- vacuolar transport (56 ORFs)
- extracellular transport (secretion) (39 ORFs)
- cellular import (101 ORFs)
- cytoskeleton-dependent transport (27 ORFs)
- transport mechanism (1 ORF)
- other intracellular-transport activities (34 ORFs)
- CELLULAR BIOGENESIS (proteins are not localized to the corresponding organelle) (205 ORFs)
- biogenesis of cell wall (cell envelope) (107 ORFs)
- biogenesis of plasma membrane (1 ORF)
- biogenesis of cytoskeleton (24 ORFs)
- biogenesis of endoplasmatic reticulum (3 ORFs)
- biogenesis of Golgi (2 ORFs)
- biogenesis of intracellular transport vesicles (1 ORF)
- nuclear biogenesis (12 ORFs)
- biogenesis of chromosome structure (18 ORFs)
- mitochondrial biogenesis (17 ORFs)
- peroxisomal biogenesis (4 ORFs)
- endosomal biogenesis (1 ORF)
- vacuolar and lysosomal biogenesis (18 ORFs)
- other cellular biogenesis activities (5 ORFs)
- CELLULAR COMMUNICATION/SIGNAL TRANSDUCTION (133 ORFs)
- CELL RESCUE, DEFENSE, CELL DEATH AND AGEING (363 ORFs)
- IONIC HOMEOSTASIS (123 ORFs)
- CELLULAR ORGANIZATION (proteins are localized to the corresponding organelle) (2254 ORFs)
- organization of cell wall (40 ORFs)
- organization of plasma membrane (144 ORFs)
- organization of cytoplasm (556 ORFs)
- organization of cytoskeleton (106 ORFs)
- organization of centrosome (31 ORFs)
- organization of endoplasmatic reticulum (155 ORFs)
- organization of Golgi (79 ORFs)
- organization of intracellular transport vesicles (42 ORFs)
- nuclear organization (764 ORFs)
- organization of chromosome structure (44 ORFs)
- mitochondrial organization (364 ORFs)
- peroxisomal organization (39 ORFs)
- endosomal organization (12 ORFs)
- vacuolar and lysosomal organization (58 ORFs)
- inner membrane organization (1 ORF)
- extracellular/secretion proteins (20 ORFs)
- other cellular organization (8 ORFs)
- TRANSPOSABLE ELEMENTS, VIRAL AND PLASMID PROTEINS (116 ORFs)
- CLASSIFICATION NOT YET CLEAR-CUT (150 ORFs)
- UNCLASSIFIED PROTEINS (2437 ORFs)