class(mips_01,"METABOLISM").
class(mips_01_01,"amino-acid metabolism").
class(mips_01_01_01,"amino-acid biosynthesis").
class(mips_01_01_01_01,"assimilation of ammonia, biosynthesis of the glutamate family").
class(mips_01_01_01_03,"urea cycle, biosynthesis of polyamines and creatine").
class(mips_01_01_01_05,"assimilatory reduction of sulfur and biosynthesis of the serine family").
class(mips_01_01_01_05_02,"biosynthesis of the serine family (serine, cysteine, glycine)").
class(mips_01_01_01_07,"biosynthesis of the aspartate family").
class(mips_01_01_01_09,"biosynthesis of lysin").
class(mips_01_01_01_11,"biosynthesis of the aromatic family").
class(mips_01_01_01_13,"biosynthesis of histidine").
class(mips_01_01_04,"regulation of amino-acid metabolism").
class(mips_01_01_07,"amino-acid transport").
class(mips_01_01_10,"amino-acid degradation (catabolism)").
class(mips_01_01_10_01,"degradation of amino-acids of the glutamate-group").
class(mips_01_01_10_03,"degradation of amino-acids of the aspartate-group").
class(mips_01_01_10_05,"degradation of amino-acids of the cysteine-aromatic-group").
class(mips_01_01_10_07,"degradation of amino-acids of the hydroxyaminoacid-group").
class(mips_01_01_99,"other amino-acid metabolism activities").
class(mips_01_02,"nitrogen and sulphur metabolism").
class(mips_01_02_01,"nitrogen and sulphur utilization").
class(mips_01_02_04,"regulation of nitrogen and sulphur utilization").
class(mips_01_02_99,"other nitrogen and sulphur metabolism activities").
class(mips_01_03,"nucleotide metabolism").
class(mips_01_03_01,"purine-ribonucleotide metabolism").
class(mips_01_03_04,"pyrimidine-ribonucleotide metabolism").
class(mips_01_03_07,"deoxyribonucleotide metabolism").
class(mips_01_03_10,"metabolism of cyclic and unusual nucleotides").
class(mips_01_03_13,"regulation of nucleotide metabolism").
class(mips_01_03_16,"polynucleotide degradation").
class(mips_01_03_16_01,"RNA degradation").
class(mips_01_03_19,"nucleotide transport").
class(mips_01_03_99,"other nucleotide-metabolism activities").
class(mips_01_04,"phosphate metabolism").
class(mips_01_04_01,"phosphate utilization").
class(mips_01_04_04,"regulation of phosphate utilization").
class(mips_01_04_07,"phosphate transport").
class(mips_01_04_99,"other phosphate metabolism activities").
class(mips_01_05,"C-compound and carbohydrate metabolism").
class(mips_01_05_01,"C-compound and carbohydrate utilization").
class(mips_01_05_01_01,"C-compound, carbohydrate catabolism").
class(mips_01_05_01_01_01,"sugar, glucoside, polyol and carboxylate catabolism").
class(mips_01_05_01_01_03,"C-2 compound, organic acid and fatty acid catabolism").
class(mips_01_05_01_03,"C-compound, carbohydrate anabolism").
class(mips_01_05_01_03_01,"polysaccharide biosynthesis").
class(mips_01_05_01_03_03,"aminosaccharide biosynthesis").
class(mips_01_05_01_05,"autotrophic CO2-fixation").
class(mips_01_05_04,"regulation of C-compound and carbohydrate utilization").
class(mips_01_05_07,"C-compound, carbohydrate transport").
class(mips_01_05_99,"other carbohydrate metabolism activities").
class(mips_01_06,"lipid, fatty-acid and isoprenoid metabolism").
class(mips_01_06_01,"lipid, fatty-acid and isoprenoid biosynthesis").
class(mips_01_06_01_01,"phospholipid biosynthesis").
class(mips_01_06_01_05,"fatty acid biosynthesis").
class(mips_01_06_01_07,"isoprenoid biosynthesis").
class(mips_01_06_01_07_11,"tetracyclic and pentacyclic triterpenes (steroids and hopanoids) biosynthesis").
class(mips_01_06_04,"breakdown of lipids, fatty acids and isoprenoids").
class(mips_01_06_07,"lipid, fatty-acid and isoprenoid utilization").
class(mips_01_06_10,"regulation of lipid, fatty-acid and isoprenoid biosynthesis").
class(mips_01_06_13,"lipid and fatty-acid transport").
class(mips_01_06_99,"other lipid, fatty-acid and isoprenoid metabolism activities").
class(mips_01_07,"metabolism of vitamins, cofactors, and prosthetic groups").
class(mips_01_07_01,"biosynthesis of vitamins, cofactors, and prosthetic groups").
class(mips_01_07_04,"utilization of vitamins, cofactors, and prosthetic groups").
class(mips_01_20,"secondary metabolism").
class(mips_01_20_01,"metabolism of primary metabolic sugars derivatives").
class(mips_01_20_01_01,"biosynthesis of secondary monosaccharides").
class(mips_01_20_01_07,"biosynthesis of glycosides").
class(mips_01_20_13,"biosynthesis of derivatives of homoisopentenyl pyrophosphate").
class(mips_01_20_15,"biosynthesis of derivatives of dehydroquinic acid, shikimic acid and chorismic acid").
class(mips_01_20_17,"biosynthesis of secondary products derived from primary amino acids").
class(mips_01_20_17_01,"biosynthesis of nonprotein amino acids").
class(mips_01_20_17_03,"biosynthesis of amines").
class(mips_01_20_17_07,"biosynthesis of glycosinolates and derivatives").
class(mips_01_20_17_09,"biosynthesis of alkaloids").
class(mips_01_20_23,"biosynthesis of L-Methionine derived secondary products").
class(mips_01_20_33,"biosynthesis of secondary products build from L-tryptophan").
class(mips_01_20_35,"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine (Phenylpropanoids)").
class(mips_01_20_35_05,"biosynthesis of stilbenes, flavonoids").
class(mips_01_20_37,"biosynthesis of peptide derived compounds").
class(mips_01_20_99,"other secondary metabolism activities").
class(mips_02,"ENERGY").
class(mips_02_01,"glycolysis and gluconeogenesis").
class(mips_02_07,"pentose-phosphate pathway").
class(mips_02_07_01,"pentose-phosphate pathway oxidative branch").
class(mips_02_10,"tricarboxylic-acid pathway").
class(mips_02_11,"electron transport and membrane-associated energy conservation").
class(mips_02_11_01,"electron transport proteins").
class(mips_02_11_03,"ATP synthesis proteins").
class(mips_02_11_05,"accessory proteins of electron transport and membrane-associated energy conservation").
class(mips_02_11_99,"other electron transport and membrane-associated energy conservation proteins").
class(mips_02_13,"respiration").
class(mips_02_13_01,"anaerobic respiration").
class(mips_02_13_03,"aerobic respiration").
class(mips_02_16,"fermentation").
class(mips_02_16_01,"alcohol fermentation").
class(mips_02_19,"metabolism of energy reserves (glycogen, trehalose)").
class(mips_02_22,"glyoxylate cycle").
class(mips_02_25,"oxidation of fatty acids").
class(mips_02_30,"photosynthesis").
class(mips_02_30_01,"electron transport proteins of photosynthesis").
class(mips_02_30_03,"accessory proteins of photosynthetic electron transport").
class(mips_02_99,"other energy generation activities").
class(mips_03,"CELL GROWTH, CELL DIVISION AND DNA SYNTHESIS").
class(mips_03_01,"cell growth").
class(mips_03_04,"budding, cell polarity and filament formation").
class(mips_03_13,"meiosis").
class(mips_03_16,"DNA synthesis and replication").
class(mips_03_19,"recombination and DNA repair").
class(mips_03_22,"cell cycle control and mitosis").
class(mips_03_22_01,"cell cycle check point proteins").
class(mips_03_25,"cytokinesis").
class(mips_03_26,"growth regulators").
class(mips_03_99,"other cell growth, cell division and DNA synthesis activities").
class(mips_04,"TRANSCRIPTION").
class(mips_04_01,"rRNA transcription").
class(mips_04_01_01,"rRNA synthesis").
class(mips_04_01_04,"rRNA processing").
class(mips_04_01_99,"other rRNA-transcription activities").
class(mips_04_03,"tRNA transcription").
class(mips_04_03_01,"tRNA synthesis").
class(mips_04_03_03,"tRNA processing").
class(mips_04_03_06,"tRNA modification").
class(mips_04_03_99,"other tRNA-transcription activities").
class(mips_04_05,"mRNA transcription").
class(mips_04_05_01,"mRNA synthesis").
class(mips_04_05_01_01,"general transcription activities").
class(mips_04_05_01_04,"transcriptional control").
class(mips_04_05_01_07,"chromatin modification").
class(mips_04_05_03,"mRNA processing (splicing)").
class(mips_04_05_05,"mRNA processing (5'-, 3'-end processing, mRNA degradation)").
class(mips_04_05_99,"other mRNA-transcription activities").
class(mips_04_07,"RNA transport").
class(mips_04_99,"other transcription activities").
class(mips_05,"PROTEIN SYNTHESIS").
class(mips_05_01,"ribosomal proteins").
class(mips_05_04,"translation").
class(mips_05_07,"translational control").
class(mips_05_10,"tRNA-synthetases").
class(mips_05_99,"other protein-synthesis activities").
class(mips_06,"PROTEIN DESTINATION").
class(mips_06_01,"protein folding and stabilization").
class(mips_06_04,"protein targeting, sorting and translocation").
class(mips_06_07,"protein modification").
class(mips_06_10,"assembly of protein complexes").
class(mips_06_13,"proteolysis").
class(mips_06_13_01,"cytoplasmic and nuclear degradation").
class(mips_06_13_04,"lysosomal and vacuolar degradation").
class(mips_06_13_07,"other proteolytic degradation").
class(mips_06_20,"storage proteins").
class(mips_06_99,"other protein-destination activities").
class(mips_07,"TRANSPORT FACILITATION").
class(mips_07_01,"channels/pores").
class(mips_07_01_01,"ion channels").
class(mips_07_04,"ion transporters").
class(mips_07_04_01,"metal ion transporters (Cu, Fe, etc.)").
class(mips_07_04_04,"other cation transporters (Na, K, Ca , NH4, etc.)").
class(mips_07_04_07,"anion transporters (Cl, SO4, PO4, etc.)").
class(mips_07_07,"C-compound and carbohydrate transporters").
class(mips_07_07_01,"phosphotransferase systems").
class(mips_07_10,"amino-acid transporters").
class(mips_07_11,"peptide-transporters").
class(mips_07_13,"lipid transporters").
class(mips_07_16,"purine and pyrimidine transporters").
class(mips_07_22,"transport ATPases").
class(mips_07_25,"ABC transporters").
class(mips_07_28,"drug transporters").
class(mips_07_99,"other transport facilitators").
class(mips_08,"CELLULAR TRANSPORT AND TRANSPORT MECHANISMS").
class(mips_08_01,"nuclear transport").
class(mips_08_02,"chloroplast transport").
class(mips_08_04,"mitochondrial transport").
class(mips_08_07,"vesicular transport (Golgi network, etc.)").
class(mips_08_10,"peroxisomal transport").
class(mips_08_13,"vacuolar transport").
class(mips_08_16,"extracellular transport (secretion)").
class(mips_08_19,"cellular import").
class(mips_08_22,"cytoskeleton-dependent transport").
class(mips_08_25,"transport mechanism").
class(mips_08_25_03,"symporters").
class(mips_08_25_03_01,"proton driven symporter").
class(mips_08_99,"other intracellular-transport activities").
class(mips_09,"CELLULAR BIOGENESIS   (proteins are not localized to the corresponding organelle)").
class(mips_09_01,"biogenesis of cell wall (cell envelope)").
class(mips_09_02,"biogenesis of plasma membrane").
class(mips_09_03,"biogenesis of cytoplasm").
class(mips_09_04,"biogenesis of cytoskeleton").
class(mips_09_08,"biogenesis of Golgi").
class(mips_09_09,"biogenesis of intracellular transport vesicles").
class(mips_09_10,"nuclear biogenesis").
class(mips_09_13,"biogenesis of chromosome structure").
class(mips_09_16,"mitochondrial biogenesis").
class(mips_09_19,"peroxisomal biogenesis").
class(mips_09_25,"vacuolar and lysosomal biogenesis").
class(mips_09_26,"chloroplast biogenesis").
class(mips_10,"CELLULAR COMMUNICATION/SIGNAL TRANSDUCTION").
class(mips_10_01,"intracellular communication").
class(mips_10_01_01,"unspecified signal transduction").
class(mips_10_01_01_01,"receptor proteins").
class(mips_10_01_01_03,"second messenger formation").
class(mips_10_01_01_05,"mediator proteins").
class(mips_10_01_01_07,"G-proteins").
class(mips_10_01_01_09,"regulation of G-protein activity").
class(mips_10_01_01_11,"key kinases").
class(mips_10_01_01_13,"key phosphatases").
class(mips_10_01_01_15,"two-component signal transduction").
class(mips_10_01_01_99,"other unspecified signal transduction activities").
class(mips_10_01_05,"morphogenesis").
class(mips_10_01_05_01,"receptor proteins").
class(mips_10_01_05_11,"key kinases").
class(mips_10_01_05_99,"other morphogenetic activities").
class(mips_10_01_10,"osmosensing").
class(mips_10_01_10_11,"key kinases").
class(mips_10_01_10_13,"key phosphatases").
class(mips_10_01_15,"nutritional response pathway").
class(mips_10_01_15_01,"receptor proteins").
class(mips_10_01_15_03,"second messenger formation").
class(mips_10_01_15_07,"G-proteins").
class(mips_10_01_20,"pheromone response generation").
class(mips_10_01_20_01,"receptor proteins").
class(mips_10_01_99,"other signal-transduction activities").
class(mips_10_05,"intercellular communication").
class(mips_10_05_03,"hormones").
class(mips_11,"CELL RESCUE, DEFENSE, CELL DEATH AND AGEING").
class(mips_11_01,"stress response").
class(mips_11_04,"DNA repair").
class(mips_11_04_01,"nucleotide excision repair").
class(mips_11_05,"Disease, virulence and defense").
class(mips_11_05_01,"resistance proteins").
class(mips_11_05_03,"defense related proteins").
class(mips_11_05_05,"virulence, disease factors").
class(mips_11_05_05_99,"other virulence, disease factors").
class(mips_11_05_99,"other desease and defense related proteins").
class(mips_11_07,"detoxificaton").
class(mips_11_07_01,"detoxification involving cytochrome P450").
class(mips_11_07_03,"detoxification by modification").
class(mips_11_07_99,"other detoxification").
class(mips_11_10,"cell death").
class(mips_11_11,"ageing").
class(mips_11_19,"degradation of exogenous ester compounds").
class(mips_11_99,"other cell rescue activities").
class(mips_13,"IONIC HOMEOSTASIS").
class(mips_13_01,"homeostasis of cations").
class(mips_30,"CELLULAR ORGANIZATION       (proteins are localized to the corresponding organelle)").
class(mips_30_01,"organization of cell wall").
class(mips_30_02,"organization of plasma membrane").
class(mips_30_03,"organization of cytoplasm").
class(mips_30_04,"organization of cytoskeleton").
class(mips_30_05,"organization of centrosome").
class(mips_30_07,"organization of endoplasmatic reticulum").
class(mips_30_08,"organization of Golgi").
class(mips_30_09,"organization of intracellular transport vesicles").
class(mips_30_10,"nuclear organization").
class(mips_30_13,"organization of chromosome structure").
class(mips_30_16,"mitochondrial organization").
class(mips_30_19,"peroxisomal organization").
class(mips_30_25,"vacuolar and lysosomal organization").
class(mips_30_26,"chloroplast organization").
class(mips_30_27,"outer membrane organization").
class(mips_30_90,"extracellular/secretion proteins").
class(mips_30_99,"other cellular organization").
class(mips_35,"MOTILITY").
class(mips_35_02,"phototaxis").
class(mips_50,"DEVELOPMENT").
class(mips_50_02,"development of eukaryotes").
class(mips_50_02_02,"plants").
class(mips_90,"TRANSPOSABLE ELEMENTS, VIRAL AND PLASMID PROTEINS").
class(mips_90_01,"LTR retroelements (retroviral)").
class(mips_90_02,"non-LTR retroelements").
class(mips_90_99,"other transposable elements, viral and plasmid proteins").
class(mips_97,"ORGANISM SPECIFIC PROTEINS").
class(mips_98,"CLASSIFICATION NOT YET CLEAR-CUT").
class(mips_99,"UNCLASSIFIED PROTEINS").