CREATE TABLE FunctCode (Code varchar(100), Descript varchar(100));
INSERT INTO FunctCode  VALUES ('funcat_id', 'desc');
INSERT INTO FunctCode  VALUES ('01', 'METABOLISM');
INSERT INTO FunctCode  VALUES ('01.01', 'amino acid metabolism');
INSERT INTO FunctCode  VALUES ('01.01.03', 'assimilation of ammonia, metabolism of the glutamate group');
INSERT INTO FunctCode  VALUES ('01.01.03.01', 'metabolism of glutamine');
INSERT INTO FunctCode  VALUES ('01.01.03.01.01', 'biosynthesis of glutamine');
INSERT INTO FunctCode  VALUES ('01.01.03.01.02', 'degradation of glutamine');
INSERT INTO FunctCode  VALUES ('01.01.03.02', 'metabolism of glutamate');
INSERT INTO FunctCode  VALUES ('01.01.03.02.01', 'biosynthesis of glutamate');
INSERT INTO FunctCode  VALUES ('01.01.03.02.02', 'degradation of glutamate');
INSERT INTO FunctCode  VALUES ('01.01.03.03', 'metabolism of proline');
INSERT INTO FunctCode  VALUES ('01.01.03.03.01', 'biosynthesis of proline');
INSERT INTO FunctCode  VALUES ('01.01.03.03.02', 'degradation of proline');
INSERT INTO FunctCode  VALUES ('01.01.03.04', 'metabolism of 4-hydroxyproline');
INSERT INTO FunctCode  VALUES ('01.01.03.04.01', 'biosynthesis of 4-hydroxyproline');
INSERT INTO FunctCode  VALUES ('01.01.03.04.02', 'degradation of 4-hydroxyproline');
INSERT INTO FunctCode  VALUES ('01.01.03.05', 'metabolism of arginine');
INSERT INTO FunctCode  VALUES ('01.01.03.05.01', 'biosynthesis of arginine');
INSERT INTO FunctCode  VALUES ('01.01.03.05.02', 'degradation of arginine');
INSERT INTO FunctCode  VALUES ('01.01.05', 'metabolism of urea cycle, creatine and polyamines');
INSERT INTO FunctCode  VALUES ('01.01.05.01', 'metabolism of polyamines');
INSERT INTO FunctCode  VALUES ('01.01.05.01.01', 'biosynthesis of polyamines');
INSERT INTO FunctCode  VALUES ('01.01.05.01.02', 'degradation of polyamines');
INSERT INTO FunctCode  VALUES ('01.01.05.02', 'metabolism of creatine');
INSERT INTO FunctCode  VALUES ('01.01.05.02.01', 'biosynthesis of creatine');
INSERT INTO FunctCode  VALUES ('01.01.05.02.02', 'degradation of creatine');
INSERT INTO FunctCode  VALUES ('01.01.05.03', 'metabolism of urea (urea cycle)');
INSERT INTO FunctCode  VALUES ('01.01.06', 'metabolism of the aspartate family');
INSERT INTO FunctCode  VALUES ('01.01.06.01', 'metabolism of aspartate');
INSERT INTO FunctCode  VALUES ('01.01.06.01.01', 'biosynthesis of aspartate');
INSERT INTO FunctCode  VALUES ('01.01.06.01.02', 'degradation of aspartate');
INSERT INTO FunctCode  VALUES ('01.01.06.02', 'metabolism of asparagine');
INSERT INTO FunctCode  VALUES ('01.01.06.02.01', 'biosynthesis of asparagine');
INSERT INTO FunctCode  VALUES ('01.01.06.02.02', 'degradation of asparagine');
INSERT INTO FunctCode  VALUES ('01.01.06.04', 'metabolism of threonine');
INSERT INTO FunctCode  VALUES ('01.01.06.04.01', 'biosynthesis of threonine');
INSERT INTO FunctCode  VALUES ('01.01.06.04.02', 'degradation of threonine');
INSERT INTO FunctCode  VALUES ('01.01.06.05', 'metabolism of methionine');
INSERT INTO FunctCode  VALUES ('01.01.06.05.01', 'biosynthesis of methionine');
INSERT INTO FunctCode  VALUES ('01.01.06.05.01.01', 'biosynthesis of homocysteine');
INSERT INTO FunctCode  VALUES ('01.01.06.05.01.02', 'degradation of homocysteine');
INSERT INTO FunctCode  VALUES ('01.01.06.05.02', 'degradation of methionine');
INSERT INTO FunctCode  VALUES ('01.01.06.06', 'metabolism of lysine');
INSERT INTO FunctCode  VALUES ('01.01.06.06.01', 'biosynthesis of lysine');
INSERT INTO FunctCode  VALUES ('01.01.06.06.01.01', 'diaminopimelic acid pathway');
INSERT INTO FunctCode  VALUES ('01.01.06.06.01.03', 'aminoadipic acid pathway');
INSERT INTO FunctCode  VALUES ('01.01.06.06.02', 'degradation of lysine');
INSERT INTO FunctCode  VALUES ('01.01.09', 'metabolism of the cysteine - aromatic group');
INSERT INTO FunctCode  VALUES ('01.01.09.01', 'metabolism of glycine');
INSERT INTO FunctCode  VALUES ('01.01.09.01.01', 'biosynthesis of glycine');
INSERT INTO FunctCode  VALUES ('01.01.09.01.02', 'degradation of glycine');
INSERT INTO FunctCode  VALUES ('01.01.09.02', 'metabolism of serine');
INSERT INTO FunctCode  VALUES ('01.01.09.02.01', 'biosynthesis of serine');
INSERT INTO FunctCode  VALUES ('01.01.09.02.02', 'degradation of serine');
INSERT INTO FunctCode  VALUES ('01.01.09.03', 'metabolism of cysteine');
INSERT INTO FunctCode  VALUES ('01.01.09.03.01', 'biosynthesis of cysteine');
INSERT INTO FunctCode  VALUES ('01.01.09.03.02', 'degradation of cysteine');
INSERT INTO FunctCode  VALUES ('01.01.09.04', 'metabolism of phenylalanine');
INSERT INTO FunctCode  VALUES ('01.01.09.04.01', 'biosynthesis of phenylalanine');
INSERT INTO FunctCode  VALUES ('01.01.09.04.02', 'degradation of phenylalanine');
INSERT INTO FunctCode  VALUES ('01.01.09.05', 'metabolism of tyrosine');
INSERT INTO FunctCode  VALUES ('01.01.09.05.01', 'biosynthesis of tyrosine');
INSERT INTO FunctCode  VALUES ('01.01.09.05.02', 'degradation of tyrosine');
INSERT INTO FunctCode  VALUES ('01.01.09.06', 'metabolism of tryptophan');
INSERT INTO FunctCode  VALUES ('01.01.09.06.01', 'biosynthesis of tryptophan');
INSERT INTO FunctCode  VALUES ('01.01.09.06.02', 'degradation of tryptophan');
INSERT INTO FunctCode  VALUES ('01.01.09.07', 'metabolism of histidine');
INSERT INTO FunctCode  VALUES ('01.01.09.07.01', 'biosynthesis of histidine');
INSERT INTO FunctCode  VALUES ('01.01.09.07.02', 'degradation of histidine');
INSERT INTO FunctCode  VALUES ('01.01.11', 'metabolism of the pyruvate family (alanine, isoleucine, leucine, valine) and D-alanine');
INSERT INTO FunctCode  VALUES ('01.01.11.01', 'metabolism of alanine');
INSERT INTO FunctCode  VALUES ('01.01.11.01.01', 'biosynthesis of alanine');
INSERT INTO FunctCode  VALUES ('01.01.11.01.02', 'degradation of alanine');
INSERT INTO FunctCode  VALUES ('01.01.11.02', 'metabolism of isoleucine');
INSERT INTO FunctCode  VALUES ('01.01.11.02.01', 'biosynthesis of isoleucine');
INSERT INTO FunctCode  VALUES ('01.01.11.02.02', 'degradation of isoleucine');
INSERT INTO FunctCode  VALUES ('01.01.11.03', 'metabolism of valine');
INSERT INTO FunctCode  VALUES ('01.01.11.03.01', 'biosynthesis of valine');
INSERT INTO FunctCode  VALUES ('01.01.11.03.02', 'degradation of valine');
INSERT INTO FunctCode  VALUES ('01.01.11.04', 'metabolism of leucine');
INSERT INTO FunctCode  VALUES ('01.01.11.04.01', 'biosynthesis of leucine');
INSERT INTO FunctCode  VALUES ('01.01.11.04.02', 'degradation of leucine');
INSERT INTO FunctCode  VALUES ('01.01.11.06', 'metabolism of the D-alanine amino acid group');
INSERT INTO FunctCode  VALUES ('01.01.11.07', 'metabolism of the hydroxyamino acid group');
INSERT INTO FunctCode  VALUES ('01.01.13', 'regulation of amino acid metabolism');
INSERT INTO FunctCode  VALUES ('01.02', 'nitrogen and sulfur metabolism');
INSERT INTO FunctCode  VALUES ('01.02.01', 'nitrogen and sulfur utilization');
INSERT INTO FunctCode  VALUES ('01.02.01.01', 'nitrogen fixation');
INSERT INTO FunctCode  VALUES ('01.02.01.02', 'nitrate assimilation');
INSERT INTO FunctCode  VALUES ('01.02.01.03', 'nitrate dissimilation');
INSERT INTO FunctCode  VALUES ('01.02.01.05', 'ammonium nitrification');
INSERT INTO FunctCode  VALUES ('01.02.01.06', 'assimilation of ammonia');
INSERT INTO FunctCode  VALUES ('01.02.01.07', 'nitric oxide biosynthesis');
INSERT INTO FunctCode  VALUES ('01.02.01.09', 'catabolism of nitrogenous compounds');
INSERT INTO FunctCode  VALUES ('01.02.01.09.01', 'urea catabolism (not urea cycle)');
INSERT INTO FunctCode  VALUES ('01.02.01.09.03', 'urate catabolism');
INSERT INTO FunctCode  VALUES ('01.02.01.09.05', 'cyanate catabolism');
INSERT INTO FunctCode  VALUES ('01.02.01.09.06', 'anthranilate catabolism');
INSERT INTO FunctCode  VALUES ('01.02.01.09.07', 'formamide catabolism');
INSERT INTO FunctCode  VALUES ('01.02.01.09.08', 'nitriles catabolism');
INSERT INTO FunctCode  VALUES ('01.02.01.11', 'sulfate assimilation');
INSERT INTO FunctCode  VALUES ('01.02.01.13', 'assimilatory reduction of sulfur');
INSERT INTO FunctCode  VALUES ('01.02.01.14', 'conjunction of sulfate');
INSERT INTO FunctCode  VALUES ('01.02.01.15', 'oxidation of sulfur to sulfate, electron as energy source');
INSERT INTO FunctCode  VALUES ('01.02.01.16', 'sulfate dissimilation, anaerobic respiration, sulfate respiration');
INSERT INTO FunctCode  VALUES ('01.02.04', 'regulation of nitrogen and sulphur utilization');
INSERT INTO FunctCode  VALUES ('01.02.04.01', 'regulation of nitrogen utilization');
INSERT INTO FunctCode  VALUES ('01.02.04.03', 'regulation of sulfur utilization');
INSERT INTO FunctCode  VALUES ('01.03', 'nucleotide metabolism');
INSERT INTO FunctCode  VALUES ('01.03.01', 'purine nucleotide metabolism');
INSERT INTO FunctCode  VALUES ('01.03.01.01', 'purine nucleotide catabolism');
INSERT INTO FunctCode  VALUES ('01.03.01.01.01', 'hypoxanthine catabolism');
INSERT INTO FunctCode  VALUES ('01.03.01.01.03', 'xanthine catabolism');
INSERT INTO FunctCode  VALUES ('01.03.01.03', 'purine nucleotide anabolism');
INSERT INTO FunctCode  VALUES ('01.03.04', 'pyrimidine nucleotide metabolism');
INSERT INTO FunctCode  VALUES ('01.03.04.01', 'pyrimidine nucleotide catabolism');
INSERT INTO FunctCode  VALUES ('01.03.04.03', 'pyrimidine nucleotide anabolism');
INSERT INTO FunctCode  VALUES ('01.03.07', 'deoxyribonucleotide metabolism');
INSERT INTO FunctCode  VALUES ('01.03.10', 'metabolism of cyclic and unusual nucleotides');
INSERT INTO FunctCode  VALUES ('01.03.13', 'regulation of nucleotide metabolism');
INSERT INTO FunctCode  VALUES ('01.03.16', 'polynucleotide degradation');
INSERT INTO FunctCode  VALUES ('01.03.16.01', 'RNA degradation');
INSERT INTO FunctCode  VALUES ('01.03.16.03', 'DNA degradation');
INSERT INTO FunctCode  VALUES ('01.04', 'phosphate metabolism');
INSERT INTO FunctCode  VALUES ('01.04.01', 'phosphate utilization');
INSERT INTO FunctCode  VALUES ('01.04.04', 'regulation of phosphate utilization');
INSERT INTO FunctCode  VALUES ('01.05', 'C-compound and carbohydrate metabolism');
INSERT INTO FunctCode  VALUES ('01.05.01', 'C-compound and carbohydrate utilization');
INSERT INTO FunctCode  VALUES ('01.05.01.01', 'C-compound, carbohydrate catabolism');
INSERT INTO FunctCode  VALUES ('01.05.01.01.01', 'sugar, glucoside, polyol and carboxylate catabolism');
INSERT INTO FunctCode  VALUES ('01.05.01.01.02', 'polysaccharide degradation');
INSERT INTO FunctCode  VALUES ('01.05.01.01.03', 'C-2 compound and organic acid catabolism');
INSERT INTO FunctCode  VALUES ('01.05.01.01.04', 'aminosaccharide catabolism');
INSERT INTO FunctCode  VALUES ('01.05.01.01.05', 'C-1 compound catabolism');
INSERT INTO FunctCode  VALUES ('01.05.01.01.05.01', 'serine-isocitrate lyase pathway');
INSERT INTO FunctCode  VALUES ('01.05.01.01.05.03', 'ribulose-monophosphate cycle');
INSERT INTO FunctCode  VALUES ('01.05.01.01.07', 'aliphatic hydrocarbon catabolism');
INSERT INTO FunctCode  VALUES ('01.05.01.01.09', 'aerobic aromate catabolism');
INSERT INTO FunctCode  VALUES ('01.05.01.01.09.01', 'ortho-cleavage');
INSERT INTO FunctCode  VALUES ('01.05.01.01.09.03', 'meta-cleavage');
INSERT INTO FunctCode  VALUES ('01.05.01.01.11', 'anaerobic aromate catabolism');
INSERT INTO FunctCode  VALUES ('01.05.01.03', 'C-compound, carbohydrate anabolism');
INSERT INTO FunctCode  VALUES ('01.05.01.03.01', 'sugar, glucoside, polyol and carboxylate anabolism');
INSERT INTO FunctCode  VALUES ('01.05.01.03.02', 'polysaccharide biosynthesis');
INSERT INTO FunctCode  VALUES ('01.05.01.03.02.01', 'glycogen biosynthesis');
INSERT INTO FunctCode  VALUES ('01.05.01.03.02.02', 'peptidoglycan biosynthesis');
INSERT INTO FunctCode  VALUES ('01.05.01.03.02.03', 'chitin biosynthesis');
INSERT INTO FunctCode  VALUES ('01.05.01.03.02.04', 'starch biosynthesis');
INSERT INTO FunctCode  VALUES ('01.05.01.03.03', 'C-2 compound and organic acid anabolism');
INSERT INTO FunctCode  VALUES ('01.05.01.03.04', 'aminosaccharide biosynthesis');
INSERT INTO FunctCode  VALUES ('01.05.01.03.05', 'C-1 compound anabolism');
INSERT INTO FunctCode  VALUES ('01.05.01.03.07', 'aliphatic hydrocarbon anabolism');
INSERT INTO FunctCode  VALUES ('01.05.01.03.09', 'aromate anabolism');
INSERT INTO FunctCode  VALUES ('01.05.01.05', 'autotrophic CO2-fixation');
INSERT INTO FunctCode  VALUES ('01.05.01.05.01', 'Calvin cycle');
INSERT INTO FunctCode  VALUES ('01.05.01.05.03', 'reductive TCA cycle');
INSERT INTO FunctCode  VALUES ('01.05.01.05.05', 'hydroxypropionate pathway');
INSERT INTO FunctCode  VALUES ('01.05.01.05.07', 'acetyl-CoA pathway');
INSERT INTO FunctCode  VALUES ('01.05.01.07', 'transfer of activated C-1 groups');
INSERT INTO FunctCode  VALUES ('01.05.01.07.01', 'S-adenosyl-methionine - homocysteine cycle');
INSERT INTO FunctCode  VALUES ('01.05.01.07.03', 'tetrahydrofolate-dependent C-1-transfer');
INSERT INTO FunctCode  VALUES ('01.05.04', 'regulation of C-compound and carbohydrate utilization');
INSERT INTO FunctCode  VALUES ('01.06', 'lipid, fatty acid and isoprenoid metabolism');
INSERT INTO FunctCode  VALUES ('01.06.01', 'lipid, fatty acid and isoprenoid biosynthesis');
INSERT INTO FunctCode  VALUES ('01.06.01.01', 'phospholipid biosynthesis');
INSERT INTO FunctCode  VALUES ('01.06.01.03', 'glycolipid biosynthesis');
INSERT INTO FunctCode  VALUES ('01.06.01.05', 'fatty acid biosynthesis');
INSERT INTO FunctCode  VALUES ('01.06.01.07', 'isoprenoid biosynthesis');
INSERT INTO FunctCode  VALUES ('01.06.01.07.01', 'hemiterpenes biosynthesis');
INSERT INTO FunctCode  VALUES ('01.06.01.07.03', 'monoterpenes biosynthesis');
INSERT INTO FunctCode  VALUES ('01.06.01.07.05', 'sesquiterpenes biosynthesis');
INSERT INTO FunctCode  VALUES ('01.06.01.07.07', 'diterpenes biosynthesis');
INSERT INTO FunctCode  VALUES ('01.06.01.07.09', 'triterpenes biosynthesis');
INSERT INTO FunctCode  VALUES ('01.06.01.07.11', 'tetracyclic and pentacyclic triterpenes (cholesterin, steroids and hopanoids) biosynthesis');
INSERT INTO FunctCode  VALUES ('01.06.01.07.13', 'tetraterpenes (carotinoids) biosynthesis');
INSERT INTO FunctCode  VALUES ('01.06.01.07.15', 'polyterpenes biosynthesis');
INSERT INTO FunctCode  VALUES ('01.06.04', 'degradation of lipids, fatty acids and isoprenoids');
INSERT INTO FunctCode  VALUES ('01.06.04.01', 'phospholipid degradation');
INSERT INTO FunctCode  VALUES ('01.06.04.03', 'glycolipid degradation');
INSERT INTO FunctCode  VALUES ('01.06.04.05', 'fatty acid degradation (alpha- and beta-oxidation)');
INSERT INTO FunctCode  VALUES ('01.06.04.07', 'isoprenoid degradation');
INSERT INTO FunctCode  VALUES ('01.06.07', 'lipid, fatty acid and isoprenoid utilization');
INSERT INTO FunctCode  VALUES ('01.06.10', 'regulation of lipid, fatty acid and isoprenoid metabolism');
INSERT INTO FunctCode  VALUES ('01.07', 'metabolism of vitamins, cofactors, and prosthetic groups');
INSERT INTO FunctCode  VALUES ('01.07.01', 'biosynthesis of vitamins, cofactors, and prosthetic groups');
INSERT INTO FunctCode  VALUES ('01.07.03', 'catabolism of vitamins, cofactors, and prosthetic groups');
INSERT INTO FunctCode  VALUES ('01.07.04', 'utilization of vitamins, cofactors, and prosthetic groups');
INSERT INTO FunctCode  VALUES ('01.07.07', 'regulation of vitamins, cofactors, and prosthetic groups metabolism');
INSERT INTO FunctCode  VALUES ('01.20', 'secondary metabolism');
INSERT INTO FunctCode  VALUES ('01.20.01', 'metabolism of primary metabolic sugars derivatives');
INSERT INTO FunctCode  VALUES ('01.20.01.01', 'biosynthesis of secondary monosaccharides');
INSERT INTO FunctCode  VALUES ('01.20.01.03', 'biosynthesis of sugar carboxylic acids');
INSERT INTO FunctCode  VALUES ('01.20.01.05', 'biosynthesis of sugar alcohols');
INSERT INTO FunctCode  VALUES ('01.20.01.07', 'biosynthesis of glycosides');
INSERT INTO FunctCode  VALUES ('01.20.01.09', 'biosynthesis of aminoglycoside antibiotics');
INSERT INTO FunctCode  VALUES ('01.20.03', 'biosynthesis of derivatives of intermediates of glucose degradation');
INSERT INTO FunctCode  VALUES ('01.20.05', 'biosynthesis of acetic acid derivatives');
INSERT INTO FunctCode  VALUES ('01.20.05.01', 'biosynthesis of acetoacetate, acetone, hydroxybutyric acid');
INSERT INTO FunctCode  VALUES ('01.20.05.03', 'biosynthesis of alkanes, alkenes, alkanals, alkanols');
INSERT INTO FunctCode  VALUES ('01.20.05.05', 'biosynthesis of fatty acid esters');
INSERT INTO FunctCode  VALUES ('01.20.05.07', 'biosynthesis of acetylenes');
INSERT INTO FunctCode  VALUES ('01.20.05.09', 'biosynthesis of eicosanoids');
INSERT INTO FunctCode  VALUES ('01.20.05.11', 'biosynthesis of polyketides');
INSERT INTO FunctCode  VALUES ('01.20.07', 'biosynthesis of propionic acid derivatives');
INSERT INTO FunctCode  VALUES ('01.20.09', 'biosynthesis of derivatives of intermediates of the TCA and glyoxylate pathway');
INSERT INTO FunctCode  VALUES ('01.20.13', 'biosynthesis of derivatives of homoisopentenyl pyrophosphate');
INSERT INTO FunctCode  VALUES ('01.20.15', 'biosynthesis of derivatives of dehydroquinic acid, shikimic acid and chorismic acid');
INSERT INTO FunctCode  VALUES ('01.20.15.01', 'biosynthesis of naphthoquinone, anthraquinone');
INSERT INTO FunctCode  VALUES ('01.20.15.03', 'biosynthesis of ubiquinone');
INSERT INTO FunctCode  VALUES ('01.20.17', 'biosynthesis of secondary products derived from primary amino acids');
INSERT INTO FunctCode  VALUES ('01.20.17.01', 'biosynthesis of nonprotein amino acids');
INSERT INTO FunctCode  VALUES ('01.20.17.03', 'biosynthesis of amines');
INSERT INTO FunctCode  VALUES ('01.20.17.05', 'biosynthesis of cyanogenic glycosides');
INSERT INTO FunctCode  VALUES ('01.20.17.07', 'biosynthesis of glycosinolates and derivatives');
INSERT INTO FunctCode  VALUES ('01.20.17.09', 'biosynthesis of alkaloids');
INSERT INTO FunctCode  VALUES ('01.20.19', 'biosynthesis of secondary products derived from glycine, L-serine and L-alanine');
INSERT INTO FunctCode  VALUES ('01.20.19.01', 'biosynthesis of porphyrins');
INSERT INTO FunctCode  VALUES ('01.20.19.03', 'biosynthesis of open-chain tetrapyrrols');
INSERT INTO FunctCode  VALUES ('01.20.19.05', 'biosynthesis of cobalamins');
INSERT INTO FunctCode  VALUES ('01.20.21', 'biosynthesis of sulfuric acid and L-cysteine derivatives');
INSERT INTO FunctCode  VALUES ('01.20.23', 'biosynthesis of secondary products derived from L-methionine');
INSERT INTO FunctCode  VALUES ('01.20.25', 'biosynthesis of secondary products derived from L-valin, L-leucin and L-isoleucin');
INSERT INTO FunctCode  VALUES ('01.20.27', 'biosynthesis of secondary products derived from L-aspartic acid and L-threonine');
INSERT INTO FunctCode  VALUES ('01.20.29', 'biosynthesis of secondary products derived from L-glutamic acid, L-proline and L-ornithine');
INSERT INTO FunctCode  VALUES ('01.20.31', 'biosynthesis of secondary products derived from L-lysine, L-arginine and L-histidine');
INSERT INTO FunctCode  VALUES ('01.20.33', 'biosynthesis of secondary products derived from L-tryptophan');
INSERT INTO FunctCode  VALUES ('01.20.35', 'biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine');
INSERT INTO FunctCode  VALUES ('01.20.35.01', 'biosynthesis of phenylpropanoids');
INSERT INTO FunctCode  VALUES ('01.20.35.01.01', 'biosynthesis of melanins');
INSERT INTO FunctCode  VALUES ('01.20.35.01.03', 'biosynthesis of lignins');
INSERT INTO FunctCode  VALUES ('01.20.35.01.05', 'biosynthesis of stilbenes, flavonoids');
INSERT INTO FunctCode  VALUES ('01.20.35.01.07', 'biosynthesis of coumarins');
INSERT INTO FunctCode  VALUES ('01.20.35.01.09', 'biosynthesis of cinnamic acids');
INSERT INTO FunctCode  VALUES ('01.20.35.02', 'biosynthesis of thyroids');
INSERT INTO FunctCode  VALUES ('01.20.35.03', 'biosynthesis of catecholamines');
INSERT INTO FunctCode  VALUES ('01.20.36', 'non-ribosomal peptide synthesis');
INSERT INTO FunctCode  VALUES ('01.20.37', 'biosynthesis of peptide derived compounds');
INSERT INTO FunctCode  VALUES ('01.20.37.01', 'biosynthesis of thioredoxin, glutaredoxin, glutathion');
INSERT INTO FunctCode  VALUES ('01.20.37.03', 'biosynthesis of peptide antibiotics');
INSERT INTO FunctCode  VALUES ('01.20.37.05', 'biosynthesis of beta-lactams');
INSERT INTO FunctCode  VALUES ('01.20.50', 'catabolism of secondary metabolites');
INSERT INTO FunctCode  VALUES ('01.20.70', 'regulation of secondary metabolism');
INSERT INTO FunctCode  VALUES ('01.25', 'extracellular metabolism');
INSERT INTO FunctCode  VALUES ('01.25.01', 'extracellular polysaccharide degradation');
INSERT INTO FunctCode  VALUES ('01.25.03', 'extracellular protein degradation');
INSERT INTO FunctCode  VALUES ('01.25.05', 'extracellular polynucleotide degradation');
INSERT INTO FunctCode  VALUES ('01.25.07', 'extracellular ester compound degradation');
INSERT INTO FunctCode  VALUES ('01.25.09', 'extracellular lignin degradation');
INSERT INTO FunctCode  VALUES ('01.25.11', 'extracellular aminosaccharide degradation');
INSERT INTO FunctCode  VALUES ('02', 'ENERGY');
INSERT INTO FunctCode  VALUES ('02.01', 'glycolysis and gluconeogenesis');
INSERT INTO FunctCode  VALUES ('02.01.01', 'glycolysis methylglyoxal bypass');
INSERT INTO FunctCode  VALUES ('02.01.03', 'regulation of glycolysis and gluconeogenesis');
INSERT INTO FunctCode  VALUES ('02.04', 'glyoxylate cycle');
INSERT INTO FunctCode  VALUES ('02.05', 'Entner-Doudoroff pathway');
INSERT INTO FunctCode  VALUES ('02.07', 'pentose-phosphate pathway');
INSERT INTO FunctCode  VALUES ('02.07.01', 'pentose-phosphate pathway oxidative branch');
INSERT INTO FunctCode  VALUES ('02.07.03', 'pentose-phosphate pathway non oxidative branch');
INSERT INTO FunctCode  VALUES ('02.07.05', 'regulation of pentose-phosphate pathway');
INSERT INTO FunctCode  VALUES ('02.08', 'pyruvate dehydrogenase complex');
INSERT INTO FunctCode  VALUES ('02.09', 'anaplerotic reactions');
INSERT INTO FunctCode  VALUES ('02.10', 'tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)');
INSERT INTO FunctCode  VALUES ('02.11', 'electron transport and membrane-associated energy conservation');
INSERT INTO FunctCode  VALUES ('02.11.05', 'accessory proteins of electron transport and membrane-associated energy conservation');
INSERT INTO FunctCode  VALUES ('02.11.07', 'regulation of electron transport and membrane-associated energy conservation');
INSERT INTO FunctCode  VALUES ('02.13', 'respiration');
INSERT INTO FunctCode  VALUES ('02.13.01', 'anaerobic respiration');
INSERT INTO FunctCode  VALUES ('02.13.03', 'aerobic respiration');
INSERT INTO FunctCode  VALUES ('02.13.05', 'regulation of respiration');
INSERT INTO FunctCode  VALUES ('02.16', 'fermentation');
INSERT INTO FunctCode  VALUES ('02.16.01', 'alcohol fermentation');
INSERT INTO FunctCode  VALUES ('02.16.01.01', 'bacterial type ethanol fermentation');
INSERT INTO FunctCode  VALUES ('02.16.03', 'lactate fermentation');
INSERT INTO FunctCode  VALUES ('02.16.03.01', 'homofermentative pathway');
INSERT INTO FunctCode  VALUES ('02.16.03.03', 'heterofermentative pathway and fermentaton of other saccharides');
INSERT INTO FunctCode  VALUES ('02.16.03.05', 'bifidum pathway');
INSERT INTO FunctCode  VALUES ('02.16.03.07', 'malo-lactate fermentation');
INSERT INTO FunctCode  VALUES ('02.16.05', 'butyrate and butanol-acetoine fermentation');
INSERT INTO FunctCode  VALUES ('02.16.07', 'ethanol-acetate fermentation');
INSERT INTO FunctCode  VALUES ('02.16.09', 'mixed acid and butanediol fermentation');
INSERT INTO FunctCode  VALUES ('02.16.11', 'propionate fermentation');
INSERT INTO FunctCode  VALUES ('02.16.11.01', 'acrylate pathway');
INSERT INTO FunctCode  VALUES ('02.16.11.03', 'succinate-propionate pathway');
INSERT INTO FunctCode  VALUES ('02.16.13', 'acetate fermentation');
INSERT INTO FunctCode  VALUES ('02.16.15', 'methane fermentation');
INSERT INTO FunctCode  VALUES ('02.16.17', 'fermentation of nitrogenous compounds');
INSERT INTO FunctCode  VALUES ('02.16.17.01', 'single amino acid fermentations');
INSERT INTO FunctCode  VALUES ('02.16.17.03', 'stickland reactions');
INSERT INTO FunctCode  VALUES ('02.16.17.05', 'fermentation of heterocyclic compounds');
INSERT INTO FunctCode  VALUES ('02.16.20', 'regulation of fermentation');
INSERT INTO FunctCode  VALUES ('02.17', 'chemolithotrophie (e.g. sulfide, nitrogenous compounds)');
INSERT INTO FunctCode  VALUES ('02.19', 'metabolism of energy reserves (e.g. glycogen, trehalose)');
INSERT INTO FunctCode  VALUES ('02.25', 'oxidation of fatty acids');
INSERT INTO FunctCode  VALUES ('02.30', 'photosynthesis');
INSERT INTO FunctCode  VALUES ('02.30.01', 'anoxygenic photosynthesis');
INSERT INTO FunctCode  VALUES ('02.30.03', 'oxygenic photosynthesis');
INSERT INTO FunctCode  VALUES ('02.30.07', 'accessory proteins of photosynthetic electron transport');
INSERT INTO FunctCode  VALUES ('02.30.10', 'regulation of photosynthesis');
INSERT INTO FunctCode  VALUES ('02.45', 'energy conversion and regeneration');
INSERT INTO FunctCode  VALUES ('02.45.01', 'bioluminescence');
INSERT INTO FunctCode  VALUES ('02.45.03', 'light absorption');
INSERT INTO FunctCode  VALUES ('02.45.07', 'heat production');
INSERT INTO FunctCode  VALUES ('02.45.11', 'conversion to kinetic energy (e.g. movement)');
INSERT INTO FunctCode  VALUES ('02.45.15', 'energy generation (e.g. ATP synthase)');
INSERT INTO FunctCode  VALUES ('02.45.20', 'regulation of energy conversion / regeneration');
INSERT INTO FunctCode  VALUES ('04', 'STORAGE PROTEIN');
INSERT INTO FunctCode  VALUES ('04.01', 'storage facilitating proteins');
INSERT INTO FunctCode  VALUES ('04.02', 'stored proteins');
INSERT INTO FunctCode  VALUES ('10', 'CELL CYCLE AND DNA PROCESSING');
INSERT INTO FunctCode  VALUES ('10.01', 'DNA processing');
INSERT INTO FunctCode  VALUES ('10.01.01', 'cellular DNA uptake');
INSERT INTO FunctCode  VALUES ('10.01.01.01', 'bacterial competence');
INSERT INTO FunctCode  VALUES ('10.01.01.03', 'conjugational DNA transfer');
INSERT INTO FunctCode  VALUES ('10.01.03', 'DNA synthesis and replication');
INSERT INTO FunctCode  VALUES ('10.01.03.01', 'DNA topology');
INSERT INTO FunctCode  VALUES ('10.01.03.03', 'ori recognition and priming complex formation');
INSERT INTO FunctCode  VALUES ('10.01.03.05', 'extension/ polymerization activity');
INSERT INTO FunctCode  VALUES ('10.01.05', 'DNA recombination and DNA repair');
INSERT INTO FunctCode  VALUES ('10.01.05.01', 'DNA repair');
INSERT INTO FunctCode  VALUES ('10.01.05.03', 'DNA recombination');
INSERT INTO FunctCode  VALUES ('10.01.05.03.01', 'meiotic recombination');
INSERT INTO FunctCode  VALUES ('10.01.05.03.03', 'somatic / mitotic recombination');
INSERT INTO FunctCode  VALUES ('10.01.05.03.05', 'DNA integration');
INSERT INTO FunctCode  VALUES ('10.01.09', 'DNA restriction or modification');
INSERT INTO FunctCode  VALUES ('10.01.09.01', 'DNA methylation');
INSERT INTO FunctCode  VALUES ('10.01.09.03', 'DNA restriction');
INSERT INTO FunctCode  VALUES ('10.01.09.05', 'DNA conformation modification (e.g. chromatin)');
INSERT INTO FunctCode  VALUES ('10.01.09.07', 'DNA imprinting');
INSERT INTO FunctCode  VALUES ('10.01.11', 'regulation of DNA processing');
INSERT INTO FunctCode  VALUES ('10.03', 'cell cycle');
INSERT INTO FunctCode  VALUES ('10.03.01', 'mitotic cell cycle and cell cycle control');
INSERT INTO FunctCode  VALUES ('10.03.01.01', 'mitotic cell cycle');
INSERT INTO FunctCode  VALUES ('10.03.01.01.01', 'G1 phase of mitotic cell cycle');
INSERT INTO FunctCode  VALUES ('10.03.01.01.03', 'G1/S transition of mitotic cell cycle');
INSERT INTO FunctCode  VALUES ('10.03.01.01.05', 'S phase of mitotic cell cycle');
INSERT INTO FunctCode  VALUES ('10.03.01.01.07', 'G2 phase of mitotic cell cycle');
INSERT INTO FunctCode  VALUES ('10.03.01.01.09', 'G2/M transition of mitotic cell cycle');
INSERT INTO FunctCode  VALUES ('10.03.01.01.11', 'mitosis');
INSERT INTO FunctCode  VALUES ('10.03.01.01.13', 'M/G1 transition of mitotic cell cycle');
INSERT INTO FunctCode  VALUES ('10.03.01.02', 'cell cycle arrest');
INSERT INTO FunctCode  VALUES ('10.03.01.03', 'cell cycle checkpoints (checkpoints of morphogenesis, DNA-damage,-replication, mitotic phase and spindle)');
INSERT INTO FunctCode  VALUES ('10.03.02', 'meiosis');
INSERT INTO FunctCode  VALUES ('10.03.02.01', 'meiosis I');
INSERT INTO FunctCode  VALUES ('10.03.02.03', 'meiosis II');
INSERT INTO FunctCode  VALUES ('10.03.03', 'cytokinesis (cell division) /septum formation');
INSERT INTO FunctCode  VALUES ('10.03.04', 'nuclear and chromosomal cycle');
INSERT INTO FunctCode  VALUES ('10.03.04.01', 'centromere/kinetochore complex maturation');
INSERT INTO FunctCode  VALUES ('10.03.04.03', 'chromosome condensation');
INSERT INTO FunctCode  VALUES ('10.03.04.05', 'chromosome segregation/division');
INSERT INTO FunctCode  VALUES ('10.03.04.06', 'chromosome inactivation');
INSERT INTO FunctCode  VALUES ('10.03.04.07', 'nuclear division');
INSERT INTO FunctCode  VALUES ('10.03.04.09', 'nuclear migration');
INSERT INTO FunctCode  VALUES ('10.03.05', 'cell cycle dependent cytoskeleton reorganization');
INSERT INTO FunctCode  VALUES ('10.03.05.01', 'spindle pole body/centrosome and microtubule cycle');
INSERT INTO FunctCode  VALUES ('10.03.05.03', 'cell cycle dependent actin filament reorganization');
INSERT INTO FunctCode  VALUES ('11', 'TRANSCRIPTION');
INSERT INTO FunctCode  VALUES ('11.02', 'RNA synthesis');
INSERT INTO FunctCode  VALUES ('11.02.01', 'rRNA synthesis');
INSERT INTO FunctCode  VALUES ('11.02.02', 'tRNA synthesis');
INSERT INTO FunctCode  VALUES ('11.02.03', 'mRNA synthesis');
INSERT INTO FunctCode  VALUES ('11.02.03.01', 'general transcription activities');
INSERT INTO FunctCode  VALUES ('11.02.03.01.01', 'transcription initiation');
INSERT INTO FunctCode  VALUES ('11.02.03.01.04', 'transcription elongation');
INSERT INTO FunctCode  VALUES ('11.02.03.01.07', 'transcription termination');
INSERT INTO FunctCode  VALUES ('11.02.03.04', 'transcriptional control');
INSERT INTO FunctCode  VALUES ('11.02.03.04.01', 'transcriptional activator');
INSERT INTO FunctCode  VALUES ('11.02.03.04.03', 'transcriptional repressor');
INSERT INTO FunctCode  VALUES ('11.02.03.04.05', 'enhancer/silencer interaction');
INSERT INTO FunctCode  VALUES ('11.02.03.04.07', 'posttranscriptional control');
INSERT INTO FunctCode  VALUES ('11.04', 'RNA processing');
INSERT INTO FunctCode  VALUES ('11.04.01', 'rRNA processing');
INSERT INTO FunctCode  VALUES ('11.04.02', 'tRNA processing');
INSERT INTO FunctCode  VALUES ('11.04.03', 'mRNA processing (splicing, 5'-, 3'-end processing)');
INSERT INTO FunctCode  VALUES ('11.04.03.01', 'splicing');
INSERT INTO FunctCode  VALUES ('11.04.03.01.10', 'regulation of splicing');
INSERT INTO FunctCode  VALUES ('11.04.03.03', '5'-end processing');
INSERT INTO FunctCode  VALUES ('11.04.03.05', '3'-end processing');
INSERT INTO FunctCode  VALUES ('11.04.03.11', 'control of mRNA stability');
INSERT INTO FunctCode  VALUES ('11.06', 'RNA modification');
INSERT INTO FunctCode  VALUES ('11.06.01', 'rRNA modification');
INSERT INTO FunctCode  VALUES ('11.06.02', 'tRNA modification');
INSERT INTO FunctCode  VALUES ('11.06.03', 'mRNA modification');
INSERT INTO FunctCode  VALUES ('11.06.03.01', 'mRNA editing');
INSERT INTO FunctCode  VALUES ('12', 'PROTEIN SYNTHESIS');
INSERT INTO FunctCode  VALUES ('12.01', 'ribosome biogenesis');
INSERT INTO FunctCode  VALUES ('12.01.01', 'ribosomal proteins');
INSERT INTO FunctCode  VALUES ('12.04', 'translation');
INSERT INTO FunctCode  VALUES ('12.04.01', 'translation initiation');
INSERT INTO FunctCode  VALUES ('12.04.02', 'translation elongation');
INSERT INTO FunctCode  VALUES ('12.04.03', 'translation termination');
INSERT INTO FunctCode  VALUES ('12.07', 'translational control');
INSERT INTO FunctCode  VALUES ('12.10', 'aminoacyl-tRNA-synthetases');
INSERT INTO FunctCode  VALUES ('14', 'PROTEIN FATE (folding, modification, destination)');
INSERT INTO FunctCode  VALUES ('14.01', 'protein folding and stabilization');
INSERT INTO FunctCode  VALUES ('14.04', 'protein targeting, sorting and translocation');
INSERT INTO FunctCode  VALUES ('14.07', 'protein modification');
INSERT INTO FunctCode  VALUES ('14.07.01', 'modification with fatty acids (e.g. myristylation, palmitylation, farnesylation)');
INSERT INTO FunctCode  VALUES ('14.07.02', 'modification with sugar residues (e.g. glycosylation)');
INSERT INTO FunctCode  VALUES ('14.07.02.01', 'O-directed glycosylation');
INSERT INTO FunctCode  VALUES ('14.07.02.02', 'N-directed glycosylation');
INSERT INTO FunctCode  VALUES ('14.07.03', 'modification by phosphorylation, dephosphorylation, autophosphorylation');
INSERT INTO FunctCode  VALUES ('14.07.04', 'modification by acetylation, deacetylation');
INSERT INTO FunctCode  VALUES ('14.07.05', 'modification by ubiquitination, deubiquitination');
INSERT INTO FunctCode  VALUES ('14.07.07', 'modification by ubiquitin-related proteins');
INSERT INTO FunctCode  VALUES ('14.07.09', 'posttranslational modification of amino acids (e.g. hydroxylation, methylation)');
INSERT INTO FunctCode  VALUES ('14.07.11', 'protein processing (proteolytic)');
INSERT INTO FunctCode  VALUES ('14.07.11.01', 'autoproteolytic processing');
INSERT INTO FunctCode  VALUES ('14.10', 'assembly of protein complexes');
INSERT INTO FunctCode  VALUES ('14.13', 'protein degradation');
INSERT INTO FunctCode  VALUES ('14.13.01', 'cytoplasmic and nuclear protein degradation');
INSERT INTO FunctCode  VALUES ('14.13.01.01', 'proteasomal degradation (ubiquitin/proteasomal pathway)');
INSERT INTO FunctCode  VALUES ('14.13.04', 'lysosomal and vacuolar protein degradation');
INSERT INTO FunctCode  VALUES ('14.13.04.01', 'lysosomal protein degradation');
INSERT INTO FunctCode  VALUES ('14.13.04.02', 'vacuolar protein degradation');
INSERT INTO FunctCode  VALUES ('16', 'PROTEIN WITH BINDING FUNCTION OR COFACTOR REQUIREMENT (structural or catalytic)');
INSERT INTO FunctCode  VALUES ('16.01', 'protein binding');
INSERT INTO FunctCode  VALUES ('16.02', 'peptide binding');
INSERT INTO FunctCode  VALUES ('16.03', 'nucleic acid binding');
INSERT INTO FunctCode  VALUES ('16.03.01', 'DNA binding');
INSERT INTO FunctCode  VALUES ('16.03.03', 'RNA binding');
INSERT INTO FunctCode  VALUES ('16.05', 'polysaccharide binding');
INSERT INTO FunctCode  VALUES ('16.06', 'motor protein');
INSERT INTO FunctCode  VALUES ('16.07', 'structural protein');
INSERT INTO FunctCode  VALUES ('16.09', 'lipid binding');
INSERT INTO FunctCode  VALUES ('16.11', 'amino acid binding');
INSERT INTO FunctCode  VALUES ('16.12', 'sulfate binding');
INSERT INTO FunctCode  VALUES ('16.13', 'C-compound binding');
INSERT INTO FunctCode  VALUES ('16.13.01', 'sugar binding');
INSERT INTO FunctCode  VALUES ('16.13.03', 'fatty acid binding (e.g. acyl-carrier protein)');
INSERT INTO FunctCode  VALUES ('16.17', 'metal binding');
INSERT INTO FunctCode  VALUES ('16.17.01', 'calcium binding');
INSERT INTO FunctCode  VALUES ('16.17.03', 'potassium binding');
INSERT INTO FunctCode  VALUES ('16.17.05', 'sodium binding');
INSERT INTO FunctCode  VALUES ('16.17.07', 'magnesium binding');
INSERT INTO FunctCode  VALUES ('16.17.09', 'heavy metal binding (Cu, Fe, Zn)');
INSERT INTO FunctCode  VALUES ('16.19', 'nucleotide binding');
INSERT INTO FunctCode  VALUES ('16.19.01', 'cyclic nucleotide binding (cAMP, cGMP, etc.)');
INSERT INTO FunctCode  VALUES ('16.19.03', 'ATP binding');
INSERT INTO FunctCode  VALUES ('16.19.05', 'GTP binding');
INSERT INTO FunctCode  VALUES ('16.21', 'complex cofactor/cosubstrate binding');
INSERT INTO FunctCode  VALUES ('16.21.01', 'heme binding');
INSERT INTO FunctCode  VALUES ('16.21.03', 'molybdopterin binding');
INSERT INTO FunctCode  VALUES ('16.21.05', 'FAD/FMN binding');
INSERT INTO FunctCode  VALUES ('16.21.07', 'NAD/NADP binding');
INSERT INTO FunctCode  VALUES ('16.21.08', 'FE/S binding');
INSERT INTO FunctCode  VALUES ('16.21.09', 'cobalamin binding');
INSERT INTO FunctCode  VALUES ('16.21.11', 'thiamin pyrophosphate binding');
INSERT INTO FunctCode  VALUES ('16.21.13', 'lipoamid binding');
INSERT INTO FunctCode  VALUES ('16.21.15', 'biotin binding');
INSERT INTO FunctCode  VALUES ('16.21.17', 'pyridoxal phosphate binding');
INSERT INTO FunctCode  VALUES ('18', 'PROTEIN ACTIVITY REGULATION');
INSERT INTO FunctCode  VALUES ('18.01', 'mechanism of regulation');
INSERT INTO FunctCode  VALUES ('18.01.01', 'modification');
INSERT INTO FunctCode  VALUES ('18.01.03', 'localization');
INSERT INTO FunctCode  VALUES ('18.01.05', 'processing');
INSERT INTO FunctCode  VALUES ('18.01.07', 'binding / dissociation');
INSERT INTO FunctCode  VALUES ('18.02', 'target of regulation');
INSERT INTO FunctCode  VALUES ('18.02.01', 'enzymatic activity regulation / enzyme regulator');
INSERT INTO FunctCode  VALUES ('18.02.01.01', 'enzyme activator');
INSERT INTO FunctCode  VALUES ('18.02.01.01.01', 'GTPase activator (GAP)');
INSERT INTO FunctCode  VALUES ('18.02.01.01.03', 'protease activator');
INSERT INTO FunctCode  VALUES ('18.02.01.01.05', 'kinase activator');
INSERT INTO FunctCode  VALUES ('18.02.01.02', 'enzyme inhibitor');
INSERT INTO FunctCode  VALUES ('18.02.01.02.01', 'GTPase inhibitor (GIP)');
INSERT INTO FunctCode  VALUES ('18.02.01.02.03', 'protease inhibitor');
INSERT INTO FunctCode  VALUES ('18.02.01.02.05', 'kinase inhibitior');
INSERT INTO FunctCode  VALUES ('18.02.03', 'guanyl-nucleotide exchange factor (GEF)');
INSERT INTO FunctCode  VALUES ('18.02.05', 'regulator of G-protein signalling');
INSERT INTO FunctCode  VALUES ('18.02.07', 'regulator of receptor activity');
INSERT INTO FunctCode  VALUES ('18.02.09', 'regulator of transcription factor');
INSERT INTO FunctCode  VALUES ('20', 'CELLULAR TRANSPORT, TRANSPORT FACILITATION AND TRANSPORT ROUTES');
INSERT INTO FunctCode  VALUES ('20.01', 'transported compounds (substrates)');
INSERT INTO FunctCode  VALUES ('20.01.01', 'ion transport');
INSERT INTO FunctCode  VALUES ('20.01.01.01', 'cation transport (Na, K, Ca , NH4, etc.)');
INSERT INTO FunctCode  VALUES ('20.01.01.01.01', 'heavy metal ion transport (Cu, Fe, etc.)');
INSERT INTO FunctCode  VALUES ('20.01.01.01.01.01', 'siderophore-iron transport');
INSERT INTO FunctCode  VALUES ('20.01.01.01.01.02', 'citrate-iron transport');
INSERT INTO FunctCode  VALUES ('20.01.01.07', 'anion transport (Cl, SO4, PO4, etc.)');
INSERT INTO FunctCode  VALUES ('20.01.01.07.01', 'nitrate transport');
INSERT INTO FunctCode  VALUES ('20.01.01.07.03', 'nitrite transport');
INSERT INTO FunctCode  VALUES ('20.01.01.07.05', 'sulfate transport');
INSERT INTO FunctCode  VALUES ('20.01.01.07.07', 'phosphate transport');
INSERT INTO FunctCode  VALUES ('20.01.01.07.09', 'chloride transport');
INSERT INTO FunctCode  VALUES ('20.01.03', 'C-compound and carbohydrate transport');
INSERT INTO FunctCode  VALUES ('20.01.03.01', 'sugar transport');
INSERT INTO FunctCode  VALUES ('20.01.03.03', 'C4-dicarboxylate transport (e.g. malate, succinate, fumarate)');
INSERT INTO FunctCode  VALUES ('20.01.07', 'amino acid transport');
INSERT INTO FunctCode  VALUES ('20.01.09', 'peptide transport');
INSERT INTO FunctCode  VALUES ('20.01.10', 'protein transport');
INSERT INTO FunctCode  VALUES ('20.01.11', 'amine / polyamine transport');
INSERT INTO FunctCode  VALUES ('20.01.13', 'lipid transport');
INSERT INTO FunctCode  VALUES ('20.01.15', 'electron / hydrogen transport');
INSERT INTO FunctCode  VALUES ('20.01.17', 'nucleotide transport');
INSERT INTO FunctCode  VALUES ('20.01.19', 'nucleoside transport');
INSERT INTO FunctCode  VALUES ('20.01.21', 'RNA transport');
INSERT INTO FunctCode  VALUES ('20.01.23', 'allantoin and allantoate transport');
INSERT INTO FunctCode  VALUES ('20.01.25', 'vitamin/cofactor transport');
INSERT INTO FunctCode  VALUES ('20.01.26', 'neurotransmitter transport');
INSERT INTO FunctCode  VALUES ('20.01.27', 'drug transport');
INSERT INTO FunctCode  VALUES ('20.03', 'transport facilitation');
INSERT INTO FunctCode  VALUES ('20.03.01', 'channel / pore class transport');
INSERT INTO FunctCode  VALUES ('20.03.01.01', 'ion channels');
INSERT INTO FunctCode  VALUES ('20.03.01.03', 'gap-junction forming protein family (e.g. connexin, innexin)');
INSERT INTO FunctCode  VALUES ('20.03.01.05', 'nuclear pore forming protein');
INSERT INTO FunctCode  VALUES ('20.03.01.07', 'general bacterial porin family (e.g. ompf, sugar porin, omf)');
INSERT INTO FunctCode  VALUES ('20.03.01.09', 'pore-forming toxins (e.g. diphteria toxin, hemolysin)');
INSERT INTO FunctCode  VALUES ('20.03.03', 'uniporter');
INSERT INTO FunctCode  VALUES ('20.03.05', 'symporters');
INSERT INTO FunctCode  VALUES ('20.03.05.01', 'proton driven symporter');
INSERT INTO FunctCode  VALUES ('20.03.05.03', 'sodium driven symporter');
INSERT INTO FunctCode  VALUES ('20.03.07', 'antiporters');
INSERT INTO FunctCode  VALUES ('20.03.07.01', 'proton driven antiporter');
INSERT INTO FunctCode  VALUES ('20.03.07.03', 'sodium driven antiporter');
INSERT INTO FunctCode  VALUES ('20.03.09', 'phosphotransferase system');
INSERT INTO FunctCode  VALUES ('20.03.22', 'transport ATPases');
INSERT INTO FunctCode  VALUES ('20.03.25', 'ABC transporters');
INSERT INTO FunctCode  VALUES ('20.09', 'transport routes');
INSERT INTO FunctCode  VALUES ('20.09.01', 'nuclear transport');
INSERT INTO FunctCode  VALUES ('20.09.02', 'chloroplast transport');
INSERT INTO FunctCode  VALUES ('20.09.04', 'mitochondrial transport');
INSERT INTO FunctCode  VALUES ('20.09.05', 'non-vesicular ER transport');
INSERT INTO FunctCode  VALUES ('20.09.07', 'vesicular transport (Golgi network, etc.)');
INSERT INTO FunctCode  VALUES ('20.09.07.03', 'ER to Golgi transport');
INSERT INTO FunctCode  VALUES ('20.09.07.05', 'intra Golgi transport');
INSERT INTO FunctCode  VALUES ('20.09.07.06', 'post Golgi transport');
INSERT INTO FunctCode  VALUES ('20.09.07.25', 'vesicle formation');
INSERT INTO FunctCode  VALUES ('20.09.07.27', 'vesicle fusion');
INSERT INTO FunctCode  VALUES ('20.09.07.29', 'vesicle recycling');
INSERT INTO FunctCode  VALUES ('20.09.10', 'peroxisomal transport');
INSERT INTO FunctCode  VALUES ('20.09.13', 'vacuolar transport');
INSERT INTO FunctCode  VALUES ('20.09.14', 'cytoskeleton-dependent transport');
INSERT INTO FunctCode  VALUES ('20.09.14.01', 'tubulin dependent transport');
INSERT INTO FunctCode  VALUES ('20.09.14.02', 'actin dependent transport');
INSERT INTO FunctCode  VALUES ('20.09.16', 'cellular export and secretion');
INSERT INTO FunctCode  VALUES ('20.09.16.01', 'Type I protein secretion system (ABC-type transport systems)');
INSERT INTO FunctCode  VALUES ('20.09.16.02', 'Type II protein secretion system (general secretory pathway, exocytosis)');
INSERT INTO FunctCode  VALUES ('20.09.16.03', 'Type III protein secretion system (virulence related secretory pathway, Gram- bacteria specific)');
INSERT INTO FunctCode  VALUES ('20.09.16.04', 'Type IV protein secretion system (conjugal DNA-protein transfer)');
INSERT INTO FunctCode  VALUES ('20.09.16.05', 'Type V protein secretion system (MttABC or TatABCDE-system)');
INSERT INTO FunctCode  VALUES ('20.09.16.07', 'non-vesicular cellular export');
INSERT INTO FunctCode  VALUES ('20.09.16.09', 'vesicular cellular export');
INSERT INTO FunctCode  VALUES ('20.09.16.09.03', 'exocytosis');
INSERT INTO FunctCode  VALUES ('20.09.16.09.05', 'synaptic vesicles');
INSERT INTO FunctCode  VALUES ('20.09.18', 'cellular import');
INSERT INTO FunctCode  VALUES ('20.09.18.07', 'non-vesicular cellular import');
INSERT INTO FunctCode  VALUES ('20.09.18.09', 'vesicular cellular import');
INSERT INTO FunctCode  VALUES ('20.09.18.09.01', 'endocytosis');
INSERT INTO FunctCode  VALUES ('20.09.18.09.01.01', 'receptor-mediated endocytosis');
INSERT INTO FunctCode  VALUES ('20.09.18.09.01.03', 'constitutive endocytosis');
INSERT INTO FunctCode  VALUES ('30', 'CELLULAR COMMUNICATION/SIGNAL TRANSDUCTION MECHANISM');
INSERT INTO FunctCode  VALUES ('30.01', 'intracellular signalling');
INSERT INTO FunctCode  VALUES ('30.01.01', 'unspecified signal transduction');
INSERT INTO FunctCode  VALUES ('30.01.05', 'enzyme mediated signal transduction');
INSERT INTO FunctCode  VALUES ('30.01.05.01', 'protein kinase cascades');
INSERT INTO FunctCode  VALUES ('30.01.05.01.01', 'JAK-STAT cascade');
INSERT INTO FunctCode  VALUES ('30.01.05.01.02', 'JNK cascade');
INSERT INTO FunctCode  VALUES ('30.01.05.01.03', 'MAPKKK cascade');
INSERT INTO FunctCode  VALUES ('30.01.05.01.04', 'NIK-I-kappaB/NF-kappaB cascade');
INSERT INTO FunctCode  VALUES ('30.01.05.03', 'protease mediated signal transduction');
INSERT INTO FunctCode  VALUES ('30.01.05.05', 'G-protein mediated signal transduction');
INSERT INTO FunctCode  VALUES ('30.01.05.05.01', 'small GTPase mediated signal transduction');
INSERT INTO FunctCode  VALUES ('30.01.05.05.03', 'trimeric G-protein mediated signal transduction');
INSERT INTO FunctCode  VALUES ('30.01.05.07', 'two-component signal transduction system (e.g. phosphorelay)');
INSERT INTO FunctCode  VALUES ('30.01.09', 'second messenger mediated signal transduction');
INSERT INTO FunctCode  VALUES ('30.01.09.01', 'NO mediated signal transduction');
INSERT INTO FunctCode  VALUES ('30.01.09.03', 'Ca2+ mediated signal transduction');
INSERT INTO FunctCode  VALUES ('30.01.09.07', 'cAMP mediated signal transduction');
INSERT INTO FunctCode  VALUES ('30.01.09.08', 'hormone mediated signal transduction');
INSERT INTO FunctCode  VALUES ('30.01.09.09', 'fatty acid derivatives mediated signal transduction');
INSERT INTO FunctCode  VALUES ('30.01.09.11', 'polyphosphoinositol mediated  signal transduction');
INSERT INTO FunctCode  VALUES ('30.01.11', 'ligand-dependent nuclear receptors');
INSERT INTO FunctCode  VALUES ('30.05', 'transmembrane signal transduction');
INSERT INTO FunctCode  VALUES ('30.05.01', 'receptor enzyme mediated signalling');
INSERT INTO FunctCode  VALUES ('30.05.01.05', 'interleukine receptor signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.01.10', 'two-component signal transduction system (sensor kinase component)');
INSERT INTO FunctCode  VALUES ('30.05.01.12', 'transmembrane receptor protein tyrosine kinase signalling pathways');
INSERT INTO FunctCode  VALUES ('30.05.01.12.01', 'EGF-receptor signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.01.12.03', 'FGF-receptor signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.01.12.04', 'IGF-receptor signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.01.12.05', 'insulin receptor signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.01.18', 'transmembrane receptor protein serine/threonine kinase signalling pathways');
INSERT INTO FunctCode  VALUES ('30.05.01.18.01', 'TGF-beta-receptor signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.02', 'non-enzymatic receptor mediated signalling');
INSERT INTO FunctCode  VALUES ('30.05.02.14', 'Notch-receptor signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.02.16', 'hedgehog-dependent signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.02.20', 'wnt signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.02.22', 'Tl-receptor (LRR proteins) signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.02.24', 'G-protein coupled receptor signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.02.24.01', 'serotonin receptor signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.02.24.02', 'acetyl choline receptor signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.02.24.03', 'dopamine receptor signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.02.24.04', 'gamma-aminobutyric acid signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.02.24.05', 'glutamate signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.02.24.06', 'neuropeptide signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.02.26', 'integrin receptor signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.02.28', 'cadherin mediated signalling pathway');
INSERT INTO FunctCode  VALUES ('30.05.02.30', 'ion channel mediated signalling pathway');
INSERT INTO FunctCode  VALUES ('32', 'CELL RESCUE, DEFENSE AND VIRULENCE');
INSERT INTO FunctCode  VALUES ('32.01', 'stress response');
INSERT INTO FunctCode  VALUES ('32.01.01', 'oxydative stress response');
INSERT INTO FunctCode  VALUES ('32.01.03', 'osmotic and salt stress response');
INSERT INTO FunctCode  VALUES ('32.01.04', 'pH stress response');
INSERT INTO FunctCode  VALUES ('32.01.05', 'heat shock response');
INSERT INTO FunctCode  VALUES ('32.01.06', 'cold shock response');
INSERT INTO FunctCode  VALUES ('32.01.07', 'unfolded protein response (ER quality control)');
INSERT INTO FunctCode  VALUES ('32.01.09', 'DNA damage response');
INSERT INTO FunctCode  VALUES ('32.01.11', 'nutrient starvation response');
INSERT INTO FunctCode  VALUES ('32.01.13', 'electromagnetic waves stress response (e.g. UV, X-ray)');
INSERT INTO FunctCode  VALUES ('32.05', 'disease, virulence and defense');
INSERT INTO FunctCode  VALUES ('32.05.01', 'resistance proteins');
INSERT INTO FunctCode  VALUES ('32.05.01.01', 'antibiotic resistance');
INSERT INTO FunctCode  VALUES ('32.05.01.03', 'chemical agent resistance');
INSERT INTO FunctCode  VALUES ('32.05.01.03.01', 'organic chemical agent resistance');
INSERT INTO FunctCode  VALUES ('32.05.01.03.03', 'inorganic chemical agent resistance (e.g. heavy metals)');
INSERT INTO FunctCode  VALUES ('32.05.01.05', 'bacteriocine resistance');
INSERT INTO FunctCode  VALUES ('32.05.01.07', 'electromagnetic waves resistance (e.g. UV)');
INSERT INTO FunctCode  VALUES ('32.05.03', 'defense related proteins');
INSERT INTO FunctCode  VALUES ('32.05.05', 'virulence, disease factors');
INSERT INTO FunctCode  VALUES ('32.05.05.01', 'toxins');
INSERT INTO FunctCode  VALUES ('32.05.05.03', 'bacteriocins');
INSERT INTO FunctCode  VALUES ('32.05.05.05', 'invasins');
INSERT INTO FunctCode  VALUES ('32.05.05.06', 'internalins');
INSERT INTO FunctCode  VALUES ('32.05.05.07', 'adhaesins');
INSERT INTO FunctCode  VALUES ('32.05.05.08', 'cytolysins');
INSERT INTO FunctCode  VALUES ('32.05.05.09', 'evasion of host immune system');
INSERT INTO FunctCode  VALUES ('32.05.05.13', 'antigenic determinants');
INSERT INTO FunctCode  VALUES ('32.07', 'detoxification');
INSERT INTO FunctCode  VALUES ('32.07.01', 'detoxification involving cytochrome P450');
INSERT INTO FunctCode  VALUES ('32.07.03', 'detoxification by modification');
INSERT INTO FunctCode  VALUES ('32.07.05', 'detoxification by export');
INSERT INTO FunctCode  VALUES ('32.07.07', 'oxygen and radical detoxification');
INSERT INTO FunctCode  VALUES ('32.07.07.01', 'catalase reaction');
INSERT INTO FunctCode  VALUES ('32.07.07.03', 'glutathione conjugation reaction');
INSERT INTO FunctCode  VALUES ('32.07.07.05', 'peroxidase reaction');
INSERT INTO FunctCode  VALUES ('32.07.07.07', 'superoxide metabolism');
INSERT INTO FunctCode  VALUES ('32.07.09', 'detoxification by degradation');
INSERT INTO FunctCode  VALUES ('32.07.11', 'detoxification by impermeability');
INSERT INTO FunctCode  VALUES ('32.10', 'degradation of foreign (exogenous) compounds');
INSERT INTO FunctCode  VALUES ('32.10.03', 'degradation of foreign (exogenous) polynucleotides');
INSERT INTO FunctCode  VALUES ('32.10.05', 'degradation of foreign (exogenous) proteins');
INSERT INTO FunctCode  VALUES ('32.10.07', 'degradation of foreign (exogenous) polysaccharides');
INSERT INTO FunctCode  VALUES ('32.10.09', 'degradation of foreign (exogenous) ester compounds');
INSERT INTO FunctCode  VALUES ('34', 'INTERACTION WITH THE CELLULAR ENVIRONMENT');
INSERT INTO FunctCode  VALUES ('34.01', 'ionic homeostasis');
INSERT INTO FunctCode  VALUES ('34.01.01', 'homeostasis of cations');
INSERT INTO FunctCode  VALUES ('34.01.01.01', 'homeostasis of metal ions (Na, K, Ca etc.)');
INSERT INTO FunctCode  VALUES ('34.01.01.03', 'homeostasis of protons');
INSERT INTO FunctCode  VALUES ('34.01.03', 'homeostasis of anions');
INSERT INTO FunctCode  VALUES ('34.01.03.01', 'homeostasis of sulfates');
INSERT INTO FunctCode  VALUES ('34.01.03.03', 'homeostasis of phosphate');
INSERT INTO FunctCode  VALUES ('34.01.03.05', 'homeostasis of chloride');
INSERT INTO FunctCode  VALUES ('34.03', 'membrane excitability');
INSERT INTO FunctCode  VALUES ('34.03.01', 'synaptic transmission');
INSERT INTO FunctCode  VALUES ('34.03.03', 'regulation, generation and propagation of action potential');
INSERT INTO FunctCode  VALUES ('34.05', 'cell motility');
INSERT INTO FunctCode  VALUES ('34.05.01', 'cell migration');
INSERT INTO FunctCode  VALUES ('34.05.07', 'ciliary/flagellar motility');
INSERT INTO FunctCode  VALUES ('34.05.09', 'polymerization based motility');
INSERT INTO FunctCode  VALUES ('34.07', 'cell adhesion');
INSERT INTO FunctCode  VALUES ('34.07.01', 'cell-cell adhesion');
INSERT INTO FunctCode  VALUES ('34.07.02', 'cell-matrix adhesion');
INSERT INTO FunctCode  VALUES ('34.11', 'cellular sensing and response');
INSERT INTO FunctCode  VALUES ('34.11.01', 'photoperception and response');
INSERT INTO FunctCode  VALUES ('34.11.01.01', 'light environment response');
INSERT INTO FunctCode  VALUES ('34.11.01.03', 'visual transduction');
INSERT INTO FunctCode  VALUES ('34.11.01.05', 'phototaxis');
INSERT INTO FunctCode  VALUES ('34.11.03', 'chemoperception and response');
INSERT INTO FunctCode  VALUES ('34.11.03.01', 'perception of nutrients and nutritional adaptation');
INSERT INTO FunctCode  VALUES ('34.11.03.03', 'chemotaxis');
INSERT INTO FunctCode  VALUES ('34.11.03.05', 'chemical environment response');
INSERT INTO FunctCode  VALUES ('34.11.03.07', 'pheromone response, mating-type determination, sex-specific proteins');
INSERT INTO FunctCode  VALUES ('34.11.03.07.01', 'incompatibility');
INSERT INTO FunctCode  VALUES ('34.11.03.11', 'pH response');
INSERT INTO FunctCode  VALUES ('34.11.03.13', 'osmosensing');
INSERT INTO FunctCode  VALUES ('34.11.03.15', 'quorum sensing system');
INSERT INTO FunctCode  VALUES ('34.11.05', 'mechanical stimulus perception and response');
INSERT INTO FunctCode  VALUES ('34.11.07', 'gravity perception and response');
INSERT INTO FunctCode  VALUES ('34.11.08', 'electromagnetic field perception and response');
INSERT INTO FunctCode  VALUES ('34.11.09', 'temperature perception and response');
INSERT INTO FunctCode  VALUES ('34.11.11', 'rhythm (e.g. circadian, ultradian)');
INSERT INTO FunctCode  VALUES ('36', 'INTERACTION WITH THE ENVIRONMENT (Systemic)');
INSERT INTO FunctCode  VALUES ('36.03', 'nutrients uptake and absorption (e.g. digestion)');
INSERT INTO FunctCode  VALUES ('36.05', 'osmoregulation and excretion');
INSERT INTO FunctCode  VALUES ('36.07', 'gas and metabolite distribution');
INSERT INTO FunctCode  VALUES ('36.07.01', 'gas exchange and distribution');
INSERT INTO FunctCode  VALUES ('36.07.03', 'control of respiratory activity');
INSERT INTO FunctCode  VALUES ('36.07.05', 'metabolite distribution');
INSERT INTO FunctCode  VALUES ('36.07.07', 'circulation');
INSERT INTO FunctCode  VALUES ('36.09', 'systemic temperature regulation');
INSERT INTO FunctCode  VALUES ('36.11', 'systemic rhythm control');
INSERT INTO FunctCode  VALUES ('36.20', 'plant / fungal specific systemic sensing and response');
INSERT INTO FunctCode  VALUES ('36.20.16', 'plant defense response');
INSERT INTO FunctCode  VALUES ('36.20.16.01', 'disease resistance (R-gene) specific');
INSERT INTO FunctCode  VALUES ('36.20.16.03', 'jasmonic acid/ethylene dependent systemic resistance');
INSERT INTO FunctCode  VALUES ('36.20.16.05', 'systemic acquired resistance');
INSERT INTO FunctCode  VALUES ('36.20.16.07', 'hypersensitive response');
INSERT INTO FunctCode  VALUES ('36.20.18', 'plant hormonal regulation');
INSERT INTO FunctCode  VALUES ('36.20.18.01', 'auxin response');
INSERT INTO FunctCode  VALUES ('36.20.18.02', 'ethylen response');
INSERT INTO FunctCode  VALUES ('36.20.18.03', 'gibberellic acid response');
INSERT INTO FunctCode  VALUES ('36.20.18.04', 'cytokinin response');
INSERT INTO FunctCode  VALUES ('36.20.18.05', 'abscisic acid response');
INSERT INTO FunctCode  VALUES ('36.20.18.06', 'brassinosteroid response');
INSERT INTO FunctCode  VALUES ('36.20.18.99', 'other plant signalling molecules response (jasmonic acid, salicylic acid etc.)');
INSERT INTO FunctCode  VALUES ('36.20.35', 'response to environmental stimuli');
INSERT INTO FunctCode  VALUES ('36.20.35.09', 'chemical environment sensing and response');
INSERT INTO FunctCode  VALUES ('36.20.35.09.01', 'water response and homeostasis');
INSERT INTO FunctCode  VALUES ('36.20.35.09.03', 'pH response');
INSERT INTO FunctCode  VALUES ('36.20.35.09.05', 'osmotic response');
INSERT INTO FunctCode  VALUES ('36.20.35.09.07', 'chemotropism');
INSERT INTO FunctCode  VALUES ('36.20.35.11', 'light sensing and response');
INSERT INTO FunctCode  VALUES ('36.20.35.11.01', 'phototropism');
INSERT INTO FunctCode  VALUES ('36.20.35.13', 'gravity sensing and response');
INSERT INTO FunctCode  VALUES ('36.20.35.13.01', 'gravitropism');
INSERT INTO FunctCode  VALUES ('36.20.35.15', 'mechanical stimulus response');
INSERT INTO FunctCode  VALUES ('36.25', 'animal specific systemic sensing and response');
INSERT INTO FunctCode  VALUES ('36.25.01', 'animal sensory mechanisms');
INSERT INTO FunctCode  VALUES ('36.25.01.01', 'vision');
INSERT INTO FunctCode  VALUES ('36.25.01.03', 'hearing');
INSERT INTO FunctCode  VALUES ('36.25.01.05', 'tactile sense (peripheral physical and mechanical stimuli perception)');
INSERT INTO FunctCode  VALUES ('36.25.01.07', 'sense of balance and equilibrium (vestibular pathways and mechanisms)');
INSERT INTO FunctCode  VALUES ('36.25.01.09', 'proprioceptive pathways and mechanisms');
INSERT INTO FunctCode  VALUES ('36.25.01.11', 'taste');
INSERT INTO FunctCode  VALUES ('36.25.01.13', 'olfaction');
INSERT INTO FunctCode  VALUES ('36.25.01.15', 'pain (nociceptive pathways)');
INSERT INTO FunctCode  VALUES ('36.25.03', 'nervous system physiology');
INSERT INTO FunctCode  VALUES ('36.25.03.01', 'nervous system mediated vegetative activities / neurosecretory activities');
INSERT INTO FunctCode  VALUES ('36.25.03.01.01', 'effect on glands / hormones');
INSERT INTO FunctCode  VALUES ('36.25.03.01.03', 'effect on smooth muscles');
INSERT INTO FunctCode  VALUES ('36.25.03.01.05', 'effect on heart muscle');
INSERT INTO FunctCode  VALUES ('36.25.03.03', 'nervous system mediated motor activity');
INSERT INTO FunctCode  VALUES ('36.25.03.03.01', 'neuromuscular junction-related activities');
INSERT INTO FunctCode  VALUES ('36.25.03.03.03', 'movement and posture coordination');
INSERT INTO FunctCode  VALUES ('36.25.03.04', 'neuronal integrative functions');
INSERT INTO FunctCode  VALUES ('36.25.03.04.01', 'learning and memory');
INSERT INTO FunctCode  VALUES ('36.25.07', 'animal hormonal regulation');
INSERT INTO FunctCode  VALUES ('36.25.07.01', 'effect on kinetics (muscle contraction, pigment, gland secretion)');
INSERT INTO FunctCode  VALUES ('36.25.07.03', 'effect on homeostasis (e.g. metabolism or electrolyte homeostasis)');
INSERT INTO FunctCode  VALUES ('36.25.07.05', 'effect on morphogenesis');
INSERT INTO FunctCode  VALUES ('36.25.07.07', 'effect on behaviour');
INSERT INTO FunctCode  VALUES ('36.25.09', 'muscle contraction');
INSERT INTO FunctCode  VALUES ('36.25.09.01', 'smooth muscle contraction');
INSERT INTO FunctCode  VALUES ('36.25.09.03', 'striated muscle contraction');
INSERT INTO FunctCode  VALUES ('36.25.09.05', 'general muscle contraction regulation');
INSERT INTO FunctCode  VALUES ('36.25.16', 'immune response');
INSERT INTO FunctCode  VALUES ('36.25.16.01', 'innate immune response (invertebrates and vertebrates)');
INSERT INTO FunctCode  VALUES ('36.25.16.01.01', 'complement response');
INSERT INTO FunctCode  VALUES ('36.25.16.01.03', 'phagocyte response (e.g. macrophages, dendritic cells, granulocytes)');
INSERT INTO FunctCode  VALUES ('36.25.16.01.05', 'cytotoxic cell response (e.g. NK)');
INSERT INTO FunctCode  VALUES ('36.25.16.01.07', 'acute phase response (C-reactive protein)');
INSERT INTO FunctCode  VALUES ('36.25.16.03', 'adaptive immune response (vertebrates)');
INSERT INTO FunctCode  VALUES ('36.25.16.03.01', 'humoral response (B-cells)');
INSERT INTO FunctCode  VALUES ('36.25.16.03.03', 'adaptive cell mediated response (T-cells)');
INSERT INTO FunctCode  VALUES ('36.25.16.03.05', 'antigen presentation / processing');
INSERT INTO FunctCode  VALUES ('36.25.16.03.07', 'immunological memory');
INSERT INTO FunctCode  VALUES ('36.25.16.07', 'inflammatory response');
INSERT INTO FunctCode  VALUES ('36.25.16.09', 'blood coagulation');
INSERT INTO FunctCode  VALUES ('38', 'TRANSPOSABLE ELEMENTS, VIRAL AND PLASMID PROTEINS');
INSERT INTO FunctCode  VALUES ('38.01', 'LTR retroelements (retroviral)');
INSERT INTO FunctCode  VALUES ('38.02', 'non-LTR retroelements');
INSERT INTO FunctCode  VALUES ('38.03', 'transposons');
INSERT INTO FunctCode  VALUES ('38.05', 'viral proteins');
INSERT INTO FunctCode  VALUES ('38.06', 'phage proteins');
INSERT INTO FunctCode  VALUES ('38.07', 'proteins necessary for the integration or inhibition of transposon movement');
INSERT INTO FunctCode  VALUES ('40', 'CELL FATE');
INSERT INTO FunctCode  VALUES ('40.01', 'cell growth / morphogenesis');
INSERT INTO FunctCode  VALUES ('40.01.01', 'non-directional cell growth');
INSERT INTO FunctCode  VALUES ('40.01.03', 'directional cell growth (morphogenesis)');
INSERT INTO FunctCode  VALUES ('40.01.03.01', 'regulation of directional cell growth');
INSERT INTO FunctCode  VALUES ('40.01.03.03', 'guidance of longitudinal cell extension (e.g. pollen tube guidance, axonal pathfinding)');
INSERT INTO FunctCode  VALUES ('40.01.05', 'growth regulators / regulation of cell size');
INSERT INTO FunctCode  VALUES ('40.01.05.01', 'interpretation of external signals that control cell growth');
INSERT INTO FunctCode  VALUES ('40.01.05.02', 'interpretation of nuclear/cytoplasmic ratio to control cell growth');
INSERT INTO FunctCode  VALUES ('40.02', 'cell differentiation');
INSERT INTO FunctCode  VALUES ('40.02.03', 'extracellular differentiation regulators');
INSERT INTO FunctCode  VALUES ('40.02.03.01', 'cytokines (interleukines, colony stimulating factors, etc.)');
INSERT INTO FunctCode  VALUES ('40.02.03.03', 'chemokines');
INSERT INTO FunctCode  VALUES ('40.02.03.05', 'growth factors');
INSERT INTO FunctCode  VALUES ('40.02.03.07', 'trophic factors');
INSERT INTO FunctCode  VALUES ('40.05', 'dedifferentiation');
INSERT INTO FunctCode  VALUES ('40.10', 'cell death');
INSERT INTO FunctCode  VALUES ('40.10.02', 'apoptosis (type I programmed cell death)');
INSERT INTO FunctCode  VALUES ('40.10.02.01', 'anti-apoptosis');
INSERT INTO FunctCode  VALUES ('40.10.02.02', 'apoptotic program');
INSERT INTO FunctCode  VALUES ('40.10.02.02.01', 'apoptotic mitochondrial changes');
INSERT INTO FunctCode  VALUES ('40.10.02.02.02', 'caspase activation');
INSERT INTO FunctCode  VALUES ('40.10.02.02.03', 'disassembly of cell structures');
INSERT INTO FunctCode  VALUES ('40.10.02.02.04', 'induction of proapoptotic gene products');
INSERT INTO FunctCode  VALUES ('40.10.02.02.05', 'repression of survival gene products');
INSERT INTO FunctCode  VALUES ('40.10.02.03', 'induction of apoptosis');
INSERT INTO FunctCode  VALUES ('40.10.02.03.01', 'induction of apoptosis by extracellular signals');
INSERT INTO FunctCode  VALUES ('40.10.02.03.02', 'induction of apoptosis by intracellular signals');
INSERT INTO FunctCode  VALUES ('40.10.90', 'other programmed cell death');
INSERT INTO FunctCode  VALUES ('40.20', 'cell aging');
INSERT INTO FunctCode  VALUES ('41', 'DEVELOPMENT (Systemic)');
INSERT INTO FunctCode  VALUES ('41.01', 'fungal/microorganismic development');
INSERT INTO FunctCode  VALUES ('41.01.01', 'mating (fertilization)');
INSERT INTO FunctCode  VALUES ('41.01.03', 'tissue pattern formation');
INSERT INTO FunctCode  VALUES ('41.01.03.01', 'fruit body development (sexually or asexually derived spores)');
INSERT INTO FunctCode  VALUES ('41.01.03.03', 'mycelium development (hyphae, vegetative thallus)');
INSERT INTO FunctCode  VALUES ('41.03', 'plant development');
INSERT INTO FunctCode  VALUES ('41.03.01', 'gametophyte development');
INSERT INTO FunctCode  VALUES ('41.03.01.01', 'microspore development (male gametophyte)');
INSERT INTO FunctCode  VALUES ('41.03.01.02', 'macrospore development (female gametophyte)');
INSERT INTO FunctCode  VALUES ('41.03.02', 'fertilization (pollen hydration, pollen tube guidance, double fertilization of oocyte and endosperm)');
INSERT INTO FunctCode  VALUES ('41.03.03', 'embryonal development');
INSERT INTO FunctCode  VALUES ('41.03.03.01', 'zygote development');
INSERT INTO FunctCode  VALUES ('41.03.03.02', 'early embryo development (Dicotyledone pre-heart stages)');
INSERT INTO FunctCode  VALUES ('41.03.03.03', 'mid-stage embryo development (Dicotyledone heart to torpedo)');
INSERT INTO FunctCode  VALUES ('41.03.03.04', 'late-stage embryo development (Dicotyledone torpedo and later)');
INSERT INTO FunctCode  VALUES ('41.03.03.05', 'mature embryo development');
INSERT INTO FunctCode  VALUES ('41.03.04', 'endosperm development');
INSERT INTO FunctCode  VALUES ('41.03.05', 'germination');
INSERT INTO FunctCode  VALUES ('41.03.06', 'vegetative development');
INSERT INTO FunctCode  VALUES ('41.03.07', 'flower development');
INSERT INTO FunctCode  VALUES ('41.03.08', 'fruit development and ripening');
INSERT INTO FunctCode  VALUES ('41.03.10', 'senescence');
INSERT INTO FunctCode  VALUES ('41.05', 'animal development');
INSERT INTO FunctCode  VALUES ('41.05.01', 'fertilization');
INSERT INTO FunctCode  VALUES ('41.05.02', 'embryo implantation (mammalia)');
INSERT INTO FunctCode  VALUES ('41.05.03', 'early embryonic development');
INSERT INTO FunctCode  VALUES ('41.05.03.01', 'morula development');
INSERT INTO FunctCode  VALUES ('41.05.03.03', 'blastocyst (mammalia)');
INSERT INTO FunctCode  VALUES ('41.05.03.03.01', 'trophectoderm');
INSERT INTO FunctCode  VALUES ('41.05.03.03.03', 'inner cell mass');
INSERT INTO FunctCode  VALUES ('41.05.03.05', 'blastocoel development');
INSERT INTO FunctCode  VALUES ('41.05.03.07', 'blastulation');
INSERT INTO FunctCode  VALUES ('41.05.09', 'gastrulation');
INSERT INTO FunctCode  VALUES ('41.05.10', 'late embryonic development');
INSERT INTO FunctCode  VALUES ('41.05.11', 'extraembryonal tissue development');
INSERT INTO FunctCode  VALUES ('41.05.13', 'neurogenesis');
INSERT INTO FunctCode  VALUES ('41.05.15', 'myogenesis');
INSERT INTO FunctCode  VALUES ('41.05.17', 'osteogenesis');
INSERT INTO FunctCode  VALUES ('41.05.19', 'asymmetries and axis determination');
INSERT INTO FunctCode  VALUES ('41.05.19.01', 'vegetal pole determination');
INSERT INTO FunctCode  VALUES ('41.05.19.03', 'animal pole determination');
INSERT INTO FunctCode  VALUES ('41.05.19.05', 'anterior-posterior axis determination');
INSERT INTO FunctCode  VALUES ('41.05.19.07', 'dorso-ventral axis determination');
INSERT INTO FunctCode  VALUES ('41.05.19.09', 'medio-lateral axis determination');
INSERT INTO FunctCode  VALUES ('41.05.19.11', 'segment specification');
INSERT INTO FunctCode  VALUES ('41.05.21', 'extremities and appendages development');
INSERT INTO FunctCode  VALUES ('41.05.23', 'sex differentiation');
INSERT INTO FunctCode  VALUES ('41.05.25', 'gametogenesis');
INSERT INTO FunctCode  VALUES ('42', 'BIOGENESIS OF CELLULAR COMPONENTS');
INSERT INTO FunctCode  VALUES ('42.01', 'cell wall');
INSERT INTO FunctCode  VALUES ('42.02', 'eukaryotic plasma membrane');
INSERT INTO FunctCode  VALUES ('42.02.01', 'eukaryotic intracellular plasma membrane');
INSERT INTO FunctCode  VALUES ('42.03', 'cytoplasm');
INSERT INTO FunctCode  VALUES ('42.04', 'cytoskeleton');
INSERT INTO FunctCode  VALUES ('42.04.03', 'actin cytoskeleton');
INSERT INTO FunctCode  VALUES ('42.04.05', 'microtubule cytoskeleton');
INSERT INTO FunctCode  VALUES ('42.04.07', 'intermediate filaments');
INSERT INTO FunctCode  VALUES ('42.05', 'centrosome');
INSERT INTO FunctCode  VALUES ('42.06', 'cell junction');
INSERT INTO FunctCode  VALUES ('42.06.03', 'cell-substrate adherens junction');
INSERT INTO FunctCode  VALUES ('42.06.04', 'intercellular junction (gap junction/adherens junction)');
INSERT INTO FunctCode  VALUES ('42.07', 'endoplasmic reticulum');
INSERT INTO FunctCode  VALUES ('42.08', 'Golgi');
INSERT INTO FunctCode  VALUES ('42.09', 'intracellular transport vesicles');
INSERT INTO FunctCode  VALUES ('42.10', 'nucleus');
INSERT INTO FunctCode  VALUES ('42.10.03', 'organization of chromosome structure');
INSERT INTO FunctCode  VALUES ('42.10.04', 'centromere / kinetochore');
INSERT INTO FunctCode  VALUES ('42.10.05', 'nuclear membrane');
INSERT INTO FunctCode  VALUES ('42.10.06', 'nuclear matrix');
INSERT INTO FunctCode  VALUES ('42.10.07', 'nucleolus');
INSERT INTO FunctCode  VALUES ('42.10.09', 'nuclear speckles');
INSERT INTO FunctCode  VALUES ('42.16', 'mitochondrion');
INSERT INTO FunctCode  VALUES ('42.19', 'peroxisome');
INSERT INTO FunctCode  VALUES ('42.22', 'endosome');
INSERT INTO FunctCode  VALUES ('42.25', 'vacuole or lysosome');
INSERT INTO FunctCode  VALUES ('42.26', 'plastid');
INSERT INTO FunctCode  VALUES ('42.26.03', 'chloroplast');
INSERT INTO FunctCode  VALUES ('42.26.05', 'amyloplast');
INSERT INTO FunctCode  VALUES ('42.26.07', 'chromoplast');
INSERT INTO FunctCode  VALUES ('42.26.09', 'elaioplast');
INSERT INTO FunctCode  VALUES ('42.26.11', 'etioplast');
INSERT INTO FunctCode  VALUES ('42.26.13', 'leucoplast');
INSERT INTO FunctCode  VALUES ('42.27', 'extracellular / secretion proteins');
INSERT INTO FunctCode  VALUES ('42.27.01', 'extracellular matrix');
INSERT INTO FunctCode  VALUES ('42.27.03', 'cell membrane or cell wall attached');
INSERT INTO FunctCode  VALUES ('42.28', 'periplasmatic space');
INSERT INTO FunctCode  VALUES ('42.29', 'bud / growth tip');
INSERT INTO FunctCode  VALUES ('42.30', 'prokaryotic cytoplasmic membrane');
INSERT INTO FunctCode  VALUES ('42.32', 'flagellum');
INSERT INTO FunctCode  VALUES ('42.33', 'pilus/fimbria');
INSERT INTO FunctCode  VALUES ('42.34', 'prokaryotic cell envelope structures');
INSERT INTO FunctCode  VALUES ('42.34.01', 'bacterial outer membrane (only in Gram- bacteria)');
INSERT INTO FunctCode  VALUES ('42.34.03', 'capsule and slime layer');
INSERT INTO FunctCode  VALUES ('42.34.05', 'S-Layer');
INSERT INTO FunctCode  VALUES ('42.34.07', 'peptidoglycan layer or other prokaryotic cell wall');
INSERT INTO FunctCode  VALUES ('42.34.09', 'spore or cyst coat');
INSERT INTO FunctCode  VALUES ('42.35', 'prokaryotic intracytoplasmic membrane');
INSERT INTO FunctCode  VALUES ('42.35.03', 'prokaryotic vesicular intracytoplasmic membrane');
INSERT INTO FunctCode  VALUES ('42.35.05', 'prokaryotic tubular intracytoplasmic membrane');
INSERT INTO FunctCode  VALUES ('42.35.07', 'prokaryotic thylakoid-like and thylakoid membrane');
INSERT INTO FunctCode  VALUES ('42.36', 'prokaryotic cell inclusions');
INSERT INTO FunctCode  VALUES ('42.37', 'prokaryotic nucleoid');
INSERT INTO FunctCode  VALUES ('43', 'CELL TYPE DIFFERENTIATION');
INSERT INTO FunctCode  VALUES ('43.01', 'fungal/microorganismic cell type differentiation');
INSERT INTO FunctCode  VALUES ('43.01.02', 'prokaryotic cell type differentiation');
INSERT INTO FunctCode  VALUES ('43.01.02.01', 'development free living cell or mycelium');
INSERT INTO FunctCode  VALUES ('43.01.02.02', 'development of sporangia and cystophore');
INSERT INTO FunctCode  VALUES ('43.01.02.03', 'development of heterocyste');
INSERT INTO FunctCode  VALUES ('43.01.02.05', 'sporulation and other development of resting stage');
INSERT INTO FunctCode  VALUES ('43.01.02.05.01', 'development of endospore');
INSERT INTO FunctCode  VALUES ('43.01.02.05.03', 'development of exospore, cyst, akinete or other resting cell');
INSERT INTO FunctCode  VALUES ('43.01.02.07', 'germination from resting stage');
INSERT INTO FunctCode  VALUES ('43.01.02.09', 'development of stalked or other sessile cell');
INSERT INTO FunctCode  VALUES ('43.01.02.11', 'development of swarmer or other mobile cell');
INSERT INTO FunctCode  VALUES ('43.01.02.13', 'biofilm development');
INSERT INTO FunctCode  VALUES ('43.01.03', 'fungal and other eukaryotic cell type differentiation');
INSERT INTO FunctCode  VALUES ('43.01.03.01', 'development of free swimming or amoeboid cell');
INSERT INTO FunctCode  VALUES ('43.01.03.02', 'development of mycelial or yeast-like cell');
INSERT INTO FunctCode  VALUES ('43.01.03.03', 'development of thallic, plasmodial or sporangiophore cell');
INSERT INTO FunctCode  VALUES ('43.01.03.05', 'budding, cell polarity and filament formation');
INSERT INTO FunctCode  VALUES ('43.01.03.06', 'hyphae formation');
INSERT INTO FunctCode  VALUES ('43.01.03.07', 'development of conidia');
INSERT INTO FunctCode  VALUES ('43.01.03.09', 'development of asco- basidio- or zygospore');
INSERT INTO FunctCode  VALUES ('43.01.06', 'protist cell differentiation');
INSERT INTO FunctCode  VALUES ('43.02', 'plant cell type differentiation');
INSERT INTO FunctCode  VALUES ('43.02.01', 'stem cell/meristematic cell');
INSERT INTO FunctCode  VALUES ('43.02.05', 'epidermal cell');
INSERT INTO FunctCode  VALUES ('43.02.05.01', 'stomata/guard cell');
INSERT INTO FunctCode  VALUES ('43.02.05.02', 'plant hair cell (trichome e.g. cotton)');
INSERT INTO FunctCode  VALUES ('43.02.05.03', 'root hair');
INSERT INTO FunctCode  VALUES ('43.02.07', 'storage cell');
INSERT INTO FunctCode  VALUES ('43.02.09', 'vascular cell');
INSERT INTO FunctCode  VALUES ('43.02.09.01', 'sieve cell (phloem)');
INSERT INTO FunctCode  VALUES ('43.02.09.02', 'companion cell (phloem)');
INSERT INTO FunctCode  VALUES ('43.02.09.03', 'vessel element (xylem)');
INSERT INTO FunctCode  VALUES ('43.02.11', 'mesenchymal / parenchymal cell');
INSERT INTO FunctCode  VALUES ('43.02.13', 'strengthening cell');
INSERT INTO FunctCode  VALUES ('43.02.13.01', 'sclerenchyma cell(dead)');
INSERT INTO FunctCode  VALUES ('43.02.13.02', 'collenchyma cell (living)');
INSERT INTO FunctCode  VALUES ('43.02.17', 'gametophytic cell');
INSERT INTO FunctCode  VALUES ('43.02.17.01', 'male gametophyte');
INSERT INTO FunctCode  VALUES ('43.02.17.01.01', 'generative pollen cell');
INSERT INTO FunctCode  VALUES ('43.02.17.02', 'female gametophyte');
INSERT INTO FunctCode  VALUES ('43.02.17.02.01', 'oocyte');
INSERT INTO FunctCode  VALUES ('43.02.17.02.03', 'central cell (2n)');
INSERT INTO FunctCode  VALUES ('43.02.19', 'secretory cell');
INSERT INTO FunctCode  VALUES ('43.03', 'animal cell type differentiation');
INSERT INTO FunctCode  VALUES ('43.03.01', 'stem cell (toti- or pluripotent)');
INSERT INTO FunctCode  VALUES ('43.03.02', 'germ cell');
INSERT INTO FunctCode  VALUES ('43.03.03', 'pigment cell');
INSERT INTO FunctCode  VALUES ('43.03.07', 'oxygen transporting cell (erythrocyte, etc.)');
INSERT INTO FunctCode  VALUES ('43.03.09', 'immune cell');
INSERT INTO FunctCode  VALUES ('43.03.09.01', 'T-cell');
INSERT INTO FunctCode  VALUES ('43.03.09.03', 'B-cell');
INSERT INTO FunctCode  VALUES ('43.03.09.05', 'macrophage');
INSERT INTO FunctCode  VALUES ('43.03.09.07', 'dendritic cell');
INSERT INTO FunctCode  VALUES ('43.03.11', 'glia cell');
INSERT INTO FunctCode  VALUES ('43.03.13', 'neuron');
INSERT INTO FunctCode  VALUES ('43.03.15', 'secretory cell (mastcell, endocrine cell, etc.)');
INSERT INTO FunctCode  VALUES ('43.03.17', 'structural cell of tissue (fibroblast, osteoblast, etc.)');
INSERT INTO FunctCode  VALUES ('43.03.18', 'storage cell (lipocyte, etc.)');
INSERT INTO FunctCode  VALUES ('43.03.19', 'extracellular matrix forming cell (fibrocyte, chondrocyte, osteocyte)');
INSERT INTO FunctCode  VALUES ('43.03.21', 'extracellular matrix degrading cell (chondroclast, osteoclast)');
INSERT INTO FunctCode  VALUES ('43.03.23', 'sensory cell');
INSERT INTO FunctCode  VALUES ('45', 'TISSUE DIFFERENTIATION');
INSERT INTO FunctCode  VALUES ('45.01', 'fungal/microorganismic tissue');
INSERT INTO FunctCode  VALUES ('45.01.01', 'reproductive tissue');
INSERT INTO FunctCode  VALUES ('45.01.10', 'thallic tissue');
INSERT INTO FunctCode  VALUES ('45.01.11', 'plectenchymatic tissue and tissue of primitive thalli (e.g. higher fungi)');
INSERT INTO FunctCode  VALUES ('45.02', 'plant tissue');
INSERT INTO FunctCode  VALUES ('45.02.01', 'meristematic tissue');
INSERT INTO FunctCode  VALUES ('45.02.01.01', 'shoot apical meristem');
INSERT INTO FunctCode  VALUES ('45.02.01.02', 'root meristem');
INSERT INTO FunctCode  VALUES ('45.02.05', 'parenchyma');
INSERT INTO FunctCode  VALUES ('45.02.09', 'dermal tissue');
INSERT INTO FunctCode  VALUES ('45.02.09.01', 'epidermis');
INSERT INTO FunctCode  VALUES ('45.02.09.03', 'rhizodermis');
INSERT INTO FunctCode  VALUES ('45.02.09.05', 'secondary dermal tissue (cork, phellem)');
INSERT INTO FunctCode  VALUES ('45.02.09.07', 'endodermis (with casparian band)');
INSERT INTO FunctCode  VALUES ('45.02.13', 'vascular tissue');
INSERT INTO FunctCode  VALUES ('45.02.15', 'thallus');
INSERT INTO FunctCode  VALUES ('45.03', 'animal tissue');
INSERT INTO FunctCode  VALUES ('45.03.03', 'proliferative tissue (bone marrow, epidermis, etc.)');
INSERT INTO FunctCode  VALUES ('45.03.05', 'connective tissue');
INSERT INTO FunctCode  VALUES ('45.03.05.01', 'loose connective tissue / soft tissue');
INSERT INTO FunctCode  VALUES ('45.03.05.03', 'fibrous connective tissue (tendons, ligaments)');
INSERT INTO FunctCode  VALUES ('45.03.05.05', 'cartilage');
INSERT INTO FunctCode  VALUES ('45.03.05.07', 'bone');
INSERT INTO FunctCode  VALUES ('45.03.05.09', 'whole blood and lymph');
INSERT INTO FunctCode  VALUES ('45.03.05.11', 'adipose tissue');
INSERT INTO FunctCode  VALUES ('45.03.09', 'epithelium');
INSERT INTO FunctCode  VALUES ('45.03.12', 'muscle');
INSERT INTO FunctCode  VALUES ('45.03.12.01', 'striated muscle');
INSERT INTO FunctCode  VALUES ('45.03.12.02', 'smooth muscle');
INSERT INTO FunctCode  VALUES ('45.03.12.03', 'heart muscle');
INSERT INTO FunctCode  VALUES ('45.03.15', 'reproductive tissue');
INSERT INTO FunctCode  VALUES ('45.03.17', 'nervous tissue');
INSERT INTO FunctCode  VALUES ('45.03.19', 'glandular tissue');
INSERT INTO FunctCode  VALUES ('47', 'ORGAN DIFFERENTIATION');
INSERT INTO FunctCode  VALUES ('47.01', 'fungal organ');
INSERT INTO FunctCode  VALUES ('47.01.01', 'hyphe');
INSERT INTO FunctCode  VALUES ('47.01.03', 'reproductive organ');
INSERT INTO FunctCode  VALUES ('47.01.03.01', 'fruit body');
INSERT INTO FunctCode  VALUES ('47.02', 'plant organ');
INSERT INTO FunctCode  VALUES ('47.02.01', 'shoot');
INSERT INTO FunctCode  VALUES ('47.02.01.01', 'stem');
INSERT INTO FunctCode  VALUES ('47.02.01.02', 'leaf');
INSERT INTO FunctCode  VALUES ('47.02.01.03', 'flower');
INSERT INTO FunctCode  VALUES ('47.02.01.03.01', 'sepal');
INSERT INTO FunctCode  VALUES ('47.02.01.03.02', 'petal');
INSERT INTO FunctCode  VALUES ('47.02.01.03.03', 'anther');
INSERT INTO FunctCode  VALUES ('47.02.01.03.04', 'carpel');
INSERT INTO FunctCode  VALUES ('47.02.01.04', 'fruit');
INSERT INTO FunctCode  VALUES ('47.02.01.05', 'seed');
INSERT INTO FunctCode  VALUES ('47.02.01.05.01', 'embryo');
INSERT INTO FunctCode  VALUES ('47.02.01.05.02', 'endosperm');
INSERT INTO FunctCode  VALUES ('47.02.01.06', 'rhizome (potato tuber/onion)');
INSERT INTO FunctCode  VALUES ('47.02.02', 'root');
INSERT INTO FunctCode  VALUES ('47.03', 'animal organ');
INSERT INTO FunctCode  VALUES ('47.03.01', 'nervous system');
INSERT INTO FunctCode  VALUES ('47.03.01.01', 'central nervous system');
INSERT INTO FunctCode  VALUES ('47.03.01.01.01', 'brain');
INSERT INTO FunctCode  VALUES ('47.03.01.01.01.01', 'cerebrum');
INSERT INTO FunctCode  VALUES ('47.03.01.01.01.02', 'cerebellum');
INSERT INTO FunctCode  VALUES ('47.03.01.02', 'peripheral nervous system');
INSERT INTO FunctCode  VALUES ('47.03.02', 'sensory organs');
INSERT INTO FunctCode  VALUES ('47.03.02.01', 'ear');
INSERT INTO FunctCode  VALUES ('47.03.02.02', 'eye');
INSERT INTO FunctCode  VALUES ('47.03.02.03', 'nose');
INSERT INTO FunctCode  VALUES ('47.03.02.04', 'tongue');
INSERT INTO FunctCode  VALUES ('47.03.02.05', 'skin');
INSERT INTO FunctCode  VALUES ('47.03.03', 'vascular organs');
INSERT INTO FunctCode  VALUES ('47.03.03.01', 'heart');
INSERT INTO FunctCode  VALUES ('47.03.03.02', 'vessels');
INSERT INTO FunctCode  VALUES ('47.03.05', 'immune system organs');
INSERT INTO FunctCode  VALUES ('47.03.05.01', 'thymus');
INSERT INTO FunctCode  VALUES ('47.03.05.02', 'spleen');
INSERT INTO FunctCode  VALUES ('47.03.05.03', 'lymphatic system');
INSERT INTO FunctCode  VALUES ('47.03.07', 'excretory apparatus');
INSERT INTO FunctCode  VALUES ('47.03.07.01', 'kidney');
INSERT INTO FunctCode  VALUES ('47.03.07.03', 'malphigi');
INSERT INTO FunctCode  VALUES ('47.03.07.05', 'pronephros (sensu Invertebrata)');
INSERT INTO FunctCode  VALUES ('47.03.07.07', 'metanephros (sensu Invertebrata)');
INSERT INTO FunctCode  VALUES ('47.03.09', 'respiratory system');
INSERT INTO FunctCode  VALUES ('47.03.09.01', 'lung');
INSERT INTO FunctCode  VALUES ('47.03.09.03', 'gill');
INSERT INTO FunctCode  VALUES ('47.03.09.05', 'trachea (sensu Insecta)');
INSERT INTO FunctCode  VALUES ('47.03.11', 'gastro-intestinal system');
INSERT INTO FunctCode  VALUES ('47.03.11.01', 'teeth');
INSERT INTO FunctCode  VALUES ('47.03.11.02', 'oesophagus');
INSERT INTO FunctCode  VALUES ('47.03.11.03', 'stomach');
INSERT INTO FunctCode  VALUES ('47.03.11.05', 'intestine');
INSERT INTO FunctCode  VALUES ('47.03.11.07', 'liver');
INSERT INTO FunctCode  VALUES ('47.03.11.09', 'pancreas');
INSERT INTO FunctCode  VALUES ('47.03.11.11', 'gastro-intestinal system accessory organs');
INSERT INTO FunctCode  VALUES ('47.03.13', 'dermis/cuticula');
INSERT INTO FunctCode  VALUES ('47.03.13.05', 'hair / feather follicule');
INSERT INTO FunctCode  VALUES ('47.03.15', 'reproductive apparatus');
INSERT INTO FunctCode  VALUES ('47.03.15.01', 'female gonad (ovary)');
INSERT INTO FunctCode  VALUES ('47.03.15.02', 'oviduct');
INSERT INTO FunctCode  VALUES ('47.03.15.04', 'uterus');
INSERT INTO FunctCode  VALUES ('47.03.15.04.03', 'cervix');
INSERT INTO FunctCode  VALUES ('47.03.15.05', 'placenta');
INSERT INTO FunctCode  VALUES ('47.03.15.07', 'male gonad (testis)');
INSERT INTO FunctCode  VALUES ('47.03.15.09', 'prostate');
INSERT INTO FunctCode  VALUES ('47.03.17', 'skeletal system');
INSERT INTO FunctCode  VALUES ('47.03.19', 'non-organ cavities and their linings');
INSERT INTO FunctCode  VALUES ('47.03.21', 'secretory organs (glands)');
INSERT INTO FunctCode  VALUES ('47.03.21.01', 'mammary gland');
INSERT INTO FunctCode  VALUES ('47.03.21.02', 'salivary gland');
INSERT INTO FunctCode  VALUES ('47.03.21.03', 'endocrine organ');
INSERT INTO FunctCode  VALUES ('47.03.21.03.01', 'adrenal gland');
INSERT INTO FunctCode  VALUES ('47.03.21.03.02', 'pancreatic islet');
INSERT INTO FunctCode  VALUES ('47.03.21.03.03', 'parathyroid');
INSERT INTO FunctCode  VALUES ('47.03.21.03.04', 'pineal gland');
INSERT INTO FunctCode  VALUES ('47.03.21.03.05', 'pituitary gland');
INSERT INTO FunctCode  VALUES ('47.03.21.03.06', 'thyroid gland');
INSERT INTO FunctCode  VALUES ('47.03.21.05', 'sweat (perspiratory) gland');
INSERT INTO FunctCode  VALUES ('70', 'SUBCELLULAR LOCALIZATION');
INSERT INTO FunctCode  VALUES ('70.01', 'cell wall');
INSERT INTO FunctCode  VALUES ('70.02', 'eukaryotic plasma membrane / membrane attached');
INSERT INTO FunctCode  VALUES ('70.02.01', 'eukaryotic intracellular plasma membrane');
INSERT INTO FunctCode  VALUES ('70.03', 'cytoplasm');
INSERT INTO FunctCode  VALUES ('70.04', 'cytoskeleton');
INSERT INTO FunctCode  VALUES ('70.04.03', 'actin cytoskeleton');
INSERT INTO FunctCode  VALUES ('70.04.05', 'microtubule cytoskeleton');
INSERT INTO FunctCode  VALUES ('70.04.07', 'intermediate filaments');
INSERT INTO FunctCode  VALUES ('70.05', 'centrosome');
INSERT INTO FunctCode  VALUES ('70.06', 'cell junction');
INSERT INTO FunctCode  VALUES ('70.06.03', 'cell-substrate adherens junction');
INSERT INTO FunctCode  VALUES ('70.06.04', 'intercellular junction (gap junction/adherens junction)');
INSERT INTO FunctCode  VALUES ('70.07', 'endoplasmic reticulum');
INSERT INTO FunctCode  VALUES ('70.08', 'Golgi');
INSERT INTO FunctCode  VALUES ('70.09', 'intracellular transport vesicles');
INSERT INTO FunctCode  VALUES ('70.10', 'nucleus');
INSERT INTO FunctCode  VALUES ('70.10.03', 'chromosome');
INSERT INTO FunctCode  VALUES ('70.10.04', 'centromere / kinetochore');
INSERT INTO FunctCode  VALUES ('70.10.05', 'nuclear membrane');
INSERT INTO FunctCode  VALUES ('70.10.06', 'nuclear matrix');
INSERT INTO FunctCode  VALUES ('70.10.07', 'nucleolus');
INSERT INTO FunctCode  VALUES ('70.10.09', 'nuclear speckles');
INSERT INTO FunctCode  VALUES ('70.16', 'mitochondrion');
INSERT INTO FunctCode  VALUES ('70.16.01', 'mitochondrial outer membrane');
INSERT INTO FunctCode  VALUES ('70.16.03', 'mitochondrial intermembrane space');
INSERT INTO FunctCode  VALUES ('70.16.05', 'mitochondrial inner membrane');
INSERT INTO FunctCode  VALUES ('70.16.07', 'mitochondrial matrix');
INSERT INTO FunctCode  VALUES ('70.19', 'peroxisome');
INSERT INTO FunctCode  VALUES ('70.22', 'endosome');
INSERT INTO FunctCode  VALUES ('70.25', 'vacuole or lysosome');
INSERT INTO FunctCode  VALUES ('70.26', 'plastid');
INSERT INTO FunctCode  VALUES ('70.26.03', 'chloroplast');
INSERT INTO FunctCode  VALUES ('70.26.05', 'amyloplast');
INSERT INTO FunctCode  VALUES ('70.26.07', 'chromoplast');
INSERT INTO FunctCode  VALUES ('70.26.09', 'elaioplast');
INSERT INTO FunctCode  VALUES ('70.26.11', 'etioplast');
INSERT INTO FunctCode  VALUES ('70.26.13', 'leucoplast');
INSERT INTO FunctCode  VALUES ('70.27', 'extracellular / secretion proteins');
INSERT INTO FunctCode  VALUES ('70.27.01', 'extracellular matrix component');
INSERT INTO FunctCode  VALUES ('70.27.03', 'cell membrane or cell wall attached');
INSERT INTO FunctCode  VALUES ('70.28', 'periplasmatic space');
INSERT INTO FunctCode  VALUES ('70.29', 'bud / growth tip');
INSERT INTO FunctCode  VALUES ('70.30', 'prokaryotic cytoplasmic membrane');
INSERT INTO FunctCode  VALUES ('70.32', 'flagellum');
INSERT INTO FunctCode  VALUES ('70.33', 'pilus/fimbria');
INSERT INTO FunctCode  VALUES ('70.34', 'prokaryotic cell envelope component');
INSERT INTO FunctCode  VALUES ('70.34.01', 'bacterial outer membrane (only present in Gram- bacteria)');
INSERT INTO FunctCode  VALUES ('70.34.03', 'capsule and slime layer');
INSERT INTO FunctCode  VALUES ('70.34.05', 'S-Layer');
INSERT INTO FunctCode  VALUES ('70.34.07', 'peptidoglycan layer or other prokaryotic cell wall');
INSERT INTO FunctCode  VALUES ('70.34.09', 'spore or cyst coat');
INSERT INTO FunctCode  VALUES ('70.35', 'prokaryotic intracytoplasmic membrane');
INSERT INTO FunctCode  VALUES ('70.35.03', 'prokaryotic vesicular intracytoplasmic membrane');
INSERT INTO FunctCode  VALUES ('70.35.05', 'prokaryotic tubular intracytoplasmic membrane');
INSERT INTO FunctCode  VALUES ('70.35.07', 'prokaryotic thylakoid-like and thylakoid membrane');
INSERT INTO FunctCode  VALUES ('70.36', 'prokaryotic cell inclusions');
INSERT INTO FunctCode  VALUES ('70.36.03', 'carboxysomes');
INSERT INTO FunctCode  VALUES ('70.36.05', 'gas vesicles');
INSERT INTO FunctCode  VALUES ('70.36.07', 'sulfur globules or magnetosomes');
INSERT INTO FunctCode  VALUES ('70.36.09', 'bacteriocins, rhapidosomes and protein crystals');
INSERT INTO FunctCode  VALUES ('70.37', 'prokaryotic nucleoid');
INSERT INTO FunctCode  VALUES ('73', 'CELL TYPE LOCALIZATION');
INSERT INTO FunctCode  VALUES ('73.01', 'fungal / microorganismic cell type');
INSERT INTO FunctCode  VALUES ('73.01.02', 'prokaryotic cell type');
INSERT INTO FunctCode  VALUES ('73.01.02.01', 'free living cell or mycelium');
INSERT INTO FunctCode  VALUES ('73.01.02.02', 'sporangial or cystophor cell');
INSERT INTO FunctCode  VALUES ('73.01.02.03', 'heterocyste');
INSERT INTO FunctCode  VALUES ('73.01.02.05', 'spores and other resting cell types');
INSERT INTO FunctCode  VALUES ('73.01.02.05.01', 'endospore');
INSERT INTO FunctCode  VALUES ('73.01.02.05.03', 'exospore, cyst, akinete or other resting cells');
INSERT INTO FunctCode  VALUES ('73.01.02.11', 'swarmer and other mobile cells');
INSERT INTO FunctCode  VALUES ('73.01.03', 'fungal and other eukaryotic cell types');
INSERT INTO FunctCode  VALUES ('73.01.03.01', 'free swimming or amoeboid cell');
INSERT INTO FunctCode  VALUES ('73.01.03.02', 'mycelial or yeast-like cell');
INSERT INTO FunctCode  VALUES ('73.01.03.03', 'thallic, plasmodial or sporangiophore cell');
INSERT INTO FunctCode  VALUES ('73.01.03.07', 'conidia');
INSERT INTO FunctCode  VALUES ('73.01.03.09', 'asco- basidio- or zygospore');
INSERT INTO FunctCode  VALUES ('73.02', 'plant cell type');
INSERT INTO FunctCode  VALUES ('73.02.01', 'stem cell/meristematic cell');
INSERT INTO FunctCode  VALUES ('73.02.05', 'specialized epidermal cell');
INSERT INTO FunctCode  VALUES ('73.02.05.01', 'stomata/guard cell');
INSERT INTO FunctCode  VALUES ('73.02.05.02', 'plant hair cell (trichome e.g. cotton)');
INSERT INTO FunctCode  VALUES ('73.02.05.03', 'root hair');
INSERT INTO FunctCode  VALUES ('73.02.07', 'storage cell');
INSERT INTO FunctCode  VALUES ('73.02.09', 'vascular cell');
INSERT INTO FunctCode  VALUES ('73.02.09.01', 'sieve cell (phloem)');
INSERT INTO FunctCode  VALUES ('73.02.09.02', 'companion cell (phloem)');
INSERT INTO FunctCode  VALUES ('73.02.09.03', 'vessel element (xylem)');
INSERT INTO FunctCode  VALUES ('73.02.13', 'strengthening cell');
INSERT INTO FunctCode  VALUES ('73.02.13.01', 'sclerenchyma cell(dead)');
INSERT INTO FunctCode  VALUES ('73.02.13.02', 'collenchyma cell (living)');
INSERT INTO FunctCode  VALUES ('73.02.17', 'gametophytic cell');
INSERT INTO FunctCode  VALUES ('73.02.17.01', 'male gametophyte');
INSERT INTO FunctCode  VALUES ('73.02.17.01.01', 'generative pollen cell');
INSERT INTO FunctCode  VALUES ('73.02.17.02', 'female gametophyte');
INSERT INTO FunctCode  VALUES ('73.02.17.02.01', 'oocyte');
INSERT INTO FunctCode  VALUES ('73.02.17.02.03', 'central cell (2n)');
INSERT INTO FunctCode  VALUES ('73.02.19', 'secretory cell');
INSERT INTO FunctCode  VALUES ('73.03', 'animal cell type');
INSERT INTO FunctCode  VALUES ('73.03.01', 'stem cell (toti- or pluripotent)');
INSERT INTO FunctCode  VALUES ('73.03.02', 'germ cell');
INSERT INTO FunctCode  VALUES ('73.03.03', 'pigment cell');
INSERT INTO FunctCode  VALUES ('73.03.07', 'oxygen transporting cell (erythrocyte, etc.)');
INSERT INTO FunctCode  VALUES ('73.03.09', 'immune cell');
INSERT INTO FunctCode  VALUES ('73.03.09.01', 'T-cell');
INSERT INTO FunctCode  VALUES ('73.03.09.03', 'B-cell');
INSERT INTO FunctCode  VALUES ('73.03.09.05', 'macrophage');
INSERT INTO FunctCode  VALUES ('73.03.09.07', 'dendritic cell');
INSERT INTO FunctCode  VALUES ('73.03.11', 'glia cell');
INSERT INTO FunctCode  VALUES ('73.03.13', 'neuron');
INSERT INTO FunctCode  VALUES ('73.03.15', 'secretory cell (mastcell, endocrine cell, etc.)');
INSERT INTO FunctCode  VALUES ('73.03.17', 'structural cell of tissue (fibroblast, osteoblast, etc.)');
INSERT INTO FunctCode  VALUES ('73.03.18', 'storage cell (lipocyte, etc.)');
INSERT INTO FunctCode  VALUES ('73.03.19', 'extracellular matrix forming cell (fibrocyte, chondrocyte, osteocyte)');
INSERT INTO FunctCode  VALUES ('73.03.21', 'extracellular matrix degrading cell (chondroclast, osteoclast)');
INSERT INTO FunctCode  VALUES ('73.03.23', 'sensory cell');
INSERT INTO FunctCode  VALUES ('75', 'TISSUE LOCALIZATION');
INSERT INTO FunctCode  VALUES ('75.01', 'fungal/microorganismic tissue');
INSERT INTO FunctCode  VALUES ('75.01.01', 'reproductive tissue');
INSERT INTO FunctCode  VALUES ('75.01.10', 'thallic tissue');
INSERT INTO FunctCode  VALUES ('75.01.11', 'plectenchymatic tissue and tissue of primitive thalli (e.g. higher fungi)');
INSERT INTO FunctCode  VALUES ('75.02', 'plant tissue');
INSERT INTO FunctCode  VALUES ('75.02.01', 'meristematic tissue');
INSERT INTO FunctCode  VALUES ('75.02.01.01', 'shoot apical meristem');
INSERT INTO FunctCode  VALUES ('75.02.01.02', 'root meristem');
INSERT INTO FunctCode  VALUES ('75.02.05', 'parenchyma');
INSERT INTO FunctCode  VALUES ('75.02.09', 'dermal tissue');
INSERT INTO FunctCode  VALUES ('75.02.09.01', 'epidermis');
INSERT INTO FunctCode  VALUES ('75.02.09.03', 'rhizodermis');
INSERT INTO FunctCode  VALUES ('75.02.09.05', 'secondary dermal tissue (cork, phellem)');
INSERT INTO FunctCode  VALUES ('75.02.09.07', 'endodermis (with casparian band)');
INSERT INTO FunctCode  VALUES ('75.02.13', 'vascular tissue');
INSERT INTO FunctCode  VALUES ('75.02.15', 'thallus');
INSERT INTO FunctCode  VALUES ('75.03', 'animal tissue');
INSERT INTO FunctCode  VALUES ('75.03.03', 'proliferative tissue');
INSERT INTO FunctCode  VALUES ('75.03.03.01', 'bone marrow');
INSERT INTO FunctCode  VALUES ('75.03.04', 'adipose tissue');
INSERT INTO FunctCode  VALUES ('75.03.05', 'connective tissue');
INSERT INTO FunctCode  VALUES ('75.03.05.01', 'loose connective tissue / soft tissue');
INSERT INTO FunctCode  VALUES ('75.03.05.03', 'fibrous connective tissue (tendons, ligaments)');
INSERT INTO FunctCode  VALUES ('75.03.06', 'cartilage');
INSERT INTO FunctCode  VALUES ('75.03.07', 'bone');
INSERT INTO FunctCode  VALUES ('75.03.08', 'whole blood and lymph');
INSERT INTO FunctCode  VALUES ('75.03.09', 'epithelium');
INSERT INTO FunctCode  VALUES ('75.03.12', 'muscle');
INSERT INTO FunctCode  VALUES ('75.03.12.01', 'striated muscle');
INSERT INTO FunctCode  VALUES ('75.03.12.02', 'smooth muscle');
INSERT INTO FunctCode  VALUES ('75.03.12.03', 'heart muscle');
INSERT INTO FunctCode  VALUES ('75.03.15', 'reproductive tissue');
INSERT INTO FunctCode  VALUES ('75.03.17', 'nervous tissue');
INSERT INTO FunctCode  VALUES ('75.03.19', 'glandular tissue');
INSERT INTO FunctCode  VALUES ('77', 'ORGAN LOCALIZATION');
INSERT INTO FunctCode  VALUES ('77.01', 'fungal organ');
INSERT INTO FunctCode  VALUES ('77.01.01', 'hyphe');
INSERT INTO FunctCode  VALUES ('77.01.03', 'reproductive organ');
INSERT INTO FunctCode  VALUES ('77.01.03.01', 'fruit body');
INSERT INTO FunctCode  VALUES ('77.02', 'plant organ');
INSERT INTO FunctCode  VALUES ('77.02.01', 'shoot');
INSERT INTO FunctCode  VALUES ('77.02.01.01', 'stem');
INSERT INTO FunctCode  VALUES ('77.02.01.02', 'leaf');
INSERT INTO FunctCode  VALUES ('77.02.01.03', 'flower');
INSERT INTO FunctCode  VALUES ('77.02.01.03.01', 'sepal');
INSERT INTO FunctCode  VALUES ('77.02.01.03.02', 'petal');
INSERT INTO FunctCode  VALUES ('77.02.01.03.03', 'anther');
INSERT INTO FunctCode  VALUES ('77.02.01.03.04', 'carpel');
INSERT INTO FunctCode  VALUES ('77.02.01.04', 'fruit');
INSERT INTO FunctCode  VALUES ('77.02.01.05', 'seed');
INSERT INTO FunctCode  VALUES ('77.02.01.05.01', 'embryo');
INSERT INTO FunctCode  VALUES ('77.02.01.05.02', 'endosperm');
INSERT INTO FunctCode  VALUES ('77.02.01.06', 'rhizome (potato tuber/onion)');
INSERT INTO FunctCode  VALUES ('77.02.02', 'root');
INSERT INTO FunctCode  VALUES ('77.03', 'animal organ');
INSERT INTO FunctCode  VALUES ('77.03.01', 'nervous system');
INSERT INTO FunctCode  VALUES ('77.03.01.01', 'central nervous system');
INSERT INTO FunctCode  VALUES ('77.03.01.01.01', 'brain');
INSERT INTO FunctCode  VALUES ('77.03.01.01.01.01', 'cerebrum');
INSERT INTO FunctCode  VALUES ('77.03.01.01.01.02', 'cerebellum');
INSERT INTO FunctCode  VALUES ('77.03.01.02', 'peripheral nervous system');
INSERT INTO FunctCode  VALUES ('77.03.02', 'sensory organs');
INSERT INTO FunctCode  VALUES ('77.03.02.01', 'ear');
INSERT INTO FunctCode  VALUES ('77.03.02.02', 'eye');
INSERT INTO FunctCode  VALUES ('77.03.02.03', 'nose');
INSERT INTO FunctCode  VALUES ('77.03.02.04', 'tongue');
INSERT INTO FunctCode  VALUES ('77.03.02.05', 'skin');
INSERT INTO FunctCode  VALUES ('77.03.03', 'vascular organs');
INSERT INTO FunctCode  VALUES ('77.03.03.01', 'heart');
INSERT INTO FunctCode  VALUES ('77.03.03.02', 'vessels');
INSERT INTO FunctCode  VALUES ('77.03.05', 'immune system organs');
INSERT INTO FunctCode  VALUES ('77.03.05.01', 'thymus');
INSERT INTO FunctCode  VALUES ('77.03.05.02', 'spleen');
INSERT INTO FunctCode  VALUES ('77.03.05.03', 'lymphatic system');
INSERT INTO FunctCode  VALUES ('77.03.07', 'excretory apparatus');
INSERT INTO FunctCode  VALUES ('77.03.07.01', 'kidney');
INSERT INTO FunctCode  VALUES ('77.03.07.03', 'malphigi');
INSERT INTO FunctCode  VALUES ('77.03.07.05', 'pronephros (sensu Invertebrata)');
INSERT INTO FunctCode  VALUES ('77.03.07.07', 'metanephros (sensu Invertebrata)');
INSERT INTO FunctCode  VALUES ('77.03.09', 'respiratory system');
INSERT INTO FunctCode  VALUES ('77.03.09.01', 'lung');
INSERT INTO FunctCode  VALUES ('77.03.09.03', 'gill');
INSERT INTO FunctCode  VALUES ('77.03.09.05', 'trachea (sensu Insecta)');
INSERT INTO FunctCode  VALUES ('77.03.11', 'gastro-intestinal system');
INSERT INTO FunctCode  VALUES ('77.03.11.01', 'teeth');
INSERT INTO FunctCode  VALUES ('77.03.11.02', 'oesophagus');
INSERT INTO FunctCode  VALUES ('77.03.11.03', 'stomach');
INSERT INTO FunctCode  VALUES ('77.03.11.05', 'intestine');
INSERT INTO FunctCode  VALUES ('77.03.11.07', 'liver');
INSERT INTO FunctCode  VALUES ('77.03.11.09', 'pancreas');
INSERT INTO FunctCode  VALUES ('77.03.11.11', 'gastro-intestinal system accessory organs');
INSERT INTO FunctCode  VALUES ('77.03.13', 'dermis/cuticula');
INSERT INTO FunctCode  VALUES ('77.03.13.05', 'hair / feather follicule');
INSERT INTO FunctCode  VALUES ('77.03.15', 'reproductive apparatus');
INSERT INTO FunctCode  VALUES ('77.03.15.01', 'female gonad (ovary)');
INSERT INTO FunctCode  VALUES ('77.03.15.02', 'oviduct');
INSERT INTO FunctCode  VALUES ('77.03.15.04', 'uterus');
INSERT INTO FunctCode  VALUES ('77.03.15.04.03', 'cervix');
INSERT INTO FunctCode  VALUES ('77.03.15.05', 'placenta');
INSERT INTO FunctCode  VALUES ('77.03.15.07', 'male gonad (testis)');
INSERT INTO FunctCode  VALUES ('77.03.15.09', 'prostate');
INSERT INTO FunctCode  VALUES ('77.03.17', 'skeletal system');
INSERT INTO FunctCode  VALUES ('77.03.19', 'non organ cavities and their linings');
INSERT INTO FunctCode  VALUES ('77.03.21', 'secretory organs (glands)');
INSERT INTO FunctCode  VALUES ('77.03.21.01', 'mammary gland');
INSERT INTO FunctCode  VALUES ('77.03.21.02', 'salivary gland');
INSERT INTO FunctCode  VALUES ('77.03.21.03', 'endocrine organ');
INSERT INTO FunctCode  VALUES ('77.03.21.03.01', 'adrenal gland');
INSERT INTO FunctCode  VALUES ('77.03.21.03.02', 'pancreatic islet');
INSERT INTO FunctCode  VALUES ('77.03.21.03.03', 'parathyroid');
INSERT INTO FunctCode  VALUES ('77.03.21.03.04', 'pineal gland');
INSERT INTO FunctCode  VALUES ('77.03.21.03.05', 'pituitary gland');
INSERT INTO FunctCode  VALUES ('77.03.21.03.06', 'thyroid gland');
INSERT INTO FunctCode  VALUES ('77.03.21.05', 'sweat (perspiratory) gland');
INSERT INTO FunctCode  VALUES ('78', 'ubiquitous expression');
INSERT INTO FunctCode  VALUES ('98', 'CLASSIFICATION NOT YET CLEAR-CUT');
INSERT INTO FunctCode  VALUES ('99', 'UNCLASSIFIED PROTEINS');
