| Ac/Ds two components transposon system |
| Activation of mitosis in Schizosaccharomyces |
| alteration of amino acid metabolism |
| alteration of carbohydrate composition |
| alteration of ethylene biosynthesis |
| alteration of forage quality |
| alteration of keeping qualities |
| alteration of leaf morphology |
| alteration of lignin biosynthesis |
| alteration of number of stomata |
| alteration of oil composition |
| alteration of phosphate metabolism |
| alteration of photosynthetic properties |
| alteration of pigment production |
| alteration of plant morphology |
| alteration of ripening characteristics |
| alteration of starch biosynthesis |
| alteration of the distribution of storage metabolites |
| Assessment of ecological relevance of a lipoxygenase gene |
| biofuel |
| Change of colour in vicinity of explosives |
| control of broomrape |
| controlled cell division |
| conversion of phytic acid |
| conversion of xylan into xylose |
| downregulation of nitrate level |
| downregulation of acid invertase |
| downregulation of amino acid permease |
| downregulation of amylose synthesis |
| downregulation of cinnamoyl CoA reductase |
| downregulation of cinnamyl alcohol dehydrogenase |
| downregulation of endoglucanase |
| downregulation of fructose-1,6-bisphosphatase |
| downregulation of glucosinolate |
| downregulation of glucosinolate |
| downregulation of granule bound starch synthase |
| downregulation of invertase |
| downregulation of nitrite level |
| downregulation of o-methyl transferase |
| downregulation of pectin esterase |
| downregulation of polyphenol oxydase |
| downregulation of sucrose |
| downregulation of systemin |
| downregulation of the floral homeotic gene to induce sterility |
| downregulation of the photorespiration rate |
| downregulation of trypsine proteinase inhibitor |
| Downregulation of zeaxanthinepoxydase |
| dwarf phenotype |
| earlier development of seed embryo |
| Elevated stomata density |
| Evaluation of isolation distances |
| Expression of a beta-glucanase |
| Expression of antibodies |
| Expression of Cyanophycin Synthetase |
| Expression of endochitinase |
| Gene silencing |
| gene tagging |
| human acid beta-glucosidase |
| hypolignification |
| improved nitrogen assimilation |
| improved photosynthesis |
| improvement of baking quality |
| improvement of digestibility |
| Improvement of elasticity of flax fibres |
| improvement of flowering characteristics |
| improvement of malting quality |
| improvement of paper production |
| improvement of photosynthetic performances |
| improvement of processing quality |
| improvement of starch quality |
| improvement of storage proteins |
| improvement of the efficiency of ammonium assimilation/retention |
| improvement of the rooting ability |
| Improvement of thermoplastic properties of flax fibres |
| improvement of vase-life |
| improvement of wood quality |
| increase of protein content in seeds |
| Increase of zeaxanthin |
| increased amino acid content in seed |
| Increased amino acid transporter protein |
| Increased amino acid uptake into seeds |
| Increased antioxidant capacity |
| increased beta carotene content |
| increased carotenoid content |
| increased cell wall thickness |
| increased endogenous hormone level |
| increased erucic acid content |
| increased essential amino acid content |
| increased fitness |
| increased food quality |
| increased glutaninic complex content |
| increased laurate content |
| increased metabolism of reducing sugars in tubers |
| increased nutritional value |
| increased oil content |
| Increased starch content |
| increased stearate content |
| increased storage |
| increased tuber yeld |
| increased vitamin content |
| increased yield |
| Increasing of antioxidant capacity of flaxseeds |
| Induction of early flowering |
| induction of parthenocarpic fruit |
| induction of self-fertilization |
| induction of self-incompatibility mechanism |
| inhibition of flowering |
| inhibition of NAD-malic enzyme |
| inhibition of photosynthetic functions |
| inhibition of photosynthetic proteins |
| inhibition phosphoglucomutase |
| inhibition threonine synthase |
| male sterility |
| mannose selection marker |
| marker system |
| Minimisation of outcrossing of transgenic oilseed rape |
| modification of chromatin structure |
| Modification of flowering earliness |
| Modification of fruit aroma |
| Modification of plant architecture, flowering and fruiting behaviour |
| monitoring transgene flow |
| mutation induction |
| mutation induction |
| mutation induction |
| optimisation of the production of athocyanins |
| overexpression of nitrate reductase |
| overexpression of photosynthetic proteins |
| Phenotypic mapping of transposon insertions |
| phytoremediation of soils |
| reduction of antinutritional effect of phytic acid |
| reduction of blackspot |
| Reduction of cembrane content on leaf surface |
| reduction of phosphate pollution |
| reduction of shattering of mature pods |
| reduction of stearic acid content |
| removal of heavy metals |
| Reporter gene |
| resistance to 2-Deoxyglucose-6-phosphate |
| resistance to bacteria (Erwinia spp.) |
| resistance to bacteria (expression of T4 lysozyme) |
| resistance to bacteria (not specified) |
| resistance to bacteria (Pseudomonas marginalis) |
| resistance to bacteria (Ralstonia solanaceaum) |
| resistance to bruising |
| resistance to disease (not specified) |
| resistance to fungi (Fusarium spp.) |
| Resistance to fungi (Late blight resistance) |
| resistance to fungi (not specified) |
| resistance to fungi (Phytophtora citrophthora) |
| resistance to fungi (Phytophtora infestans) |
| resistance to fungi (rust resistance) |
| resistance to fungi (scab) |
| resistance to fungi (Sclerotina sclerotiorum) |
| resistance to fungi (smut resistance) |
| resistance to insects (Bt-derived) |
| resistance to insects (lectin-encoded) |
| resistance to insects (non-specified) |
| resistance to insects (pea derived) |
| resistance to insects (Vicia faba derived) |
| resistance to nematodes |
| restoration of male sterility/fertility |
| secretion of alpha-amylase |
| Silencing of SDD1 gene |
| stimulation hypersensitivity response |
| stimulation of growth rate |
| Study of ecological relevance of protease inhibitors |
| study of promoter regulation |
| suppression of shade avoidance |
| synthesis of a proteinase inhibitor |
| synthesis of a spider silk-elastin fusion protein |
| synthesis of ACC synthase |
| synthesis of activator of EtOH utilisation |
| synthesis of ADP glucose pyrophosphorylase |
| synthesis of albumin |
| Synthesis of antibiotics |
| synthesis of antibodies |
| synthesis of anti-microbial proteins |
| synthesis of arginine decarboxylase |
| synthesis of asparagine |
| synthesis of auxin |
| synthesis of branching enzymes |
| synthesis of cf9 resistance gene |
| synthesis of chalcone |
| synthesis of chitinase |
| synthesis of chymotrypsin protease inhibitor |
| synthesis of citrate |
| synthesis of collagen |
| synthesis of cowpea trypsin inhibitor |
| synthesis of cystein proteinase inhibitor |
| synthesis of cytokinin |
| synthesis of cytoplasmatic exclusion protein |
| synthesis of delphinidin |
| synthesis of dihydroflavonol reductase |
| synthesis of dog gastric lipase |
| synthesis of fructan |
| synthesis of fructan |
| synthesis of fructosyltransferase |
| synthesis of gibberellin |
| synthesis of glucanase |
| synthesis of glucogene |
| synthesis of glucose isomerase |
| synthesis of glutamine synthetase |
| synthesis of glycogen branching enzyme |
| synthesis of green fluorescent protein from jellyfish |
| synthesis of hexokinase II |
| synthesis of high molecular weight glutenin |
| synthesis of hordothionin gene |
| synthesis of human albumin |
| synthesis of human alpha-1 antitrypsin |
| synthesis of human collagen |
| synthesis of human glucocerebrosidase protein |
| synthesis of human lactoferrin |
| synthesis of imidazolglycerol phosphate dehydratase |
| synthesis of inorganic pyrophosphatase |
| synthesis of invertase |
| synthesis of kestose |
| synthesis of kunitz gene protease inhibitor |
| synthesis of leghemoglobin |
| synthesis of levan sucrase |
| synthesis of lycopene cyclase |
| synthesis of lysine |
| synthesis of lysozyme |
| synthesis of maltose binding protein |
| synthesis of mannose isomerase |
| synthesis of mannose specific lectin protein |
| synthesis of metallothionein |
| synthesis of methionine/lysine rich protein |
| synthesis of nitrate reductase |
| synthesis of nitrite reductase |
| synthesis of non-plant carbohydrates |
| synthesis of nystose |
| synthesis of oligogalacturonate lyase |
| synthesis of osmotin |
| synthesis of oxalate decarboxylase |
| synthesis of oxalate oxidase |
| synthesis of pathogenesis related proteins |
| synthesis of pea lectin inhibitor |
| synthesis of pectate lyase |
| synthesis of pharmaceutical compounds |
| synthesis of phytase |
| synthesis of phytochrome A |
| synthesis of phytochrome B |
| synthesis of polygalacturonase |
| synthesis of polyphosphate kinase |
| synthesis of potato trypsin protease inhibitor |
| synthesis of putrescine methyl transferase |
| synthesis of pyrophosphate |
| synthesis of rabies virus G glycoprotein |
| synthesis of resveratrol |
| synthesis of ribosomal inactivating protein |
| synthesis of rol gene product(s) |
| synthesis of S-adenosyl methionin decarboxylase |
| synthesis of S-Adenosylmethionine decarboxylase |
| synthesis of serine protease inhibitor |
| synthesis of starch, consisting of pure amylopectine |
| synthesis of starch, with increased amylopectin content |
| synthesis of starch, with increased amylose content |
| synthesis of stilbene |
| synthesis of sucrose phosphate |
| synthesis of sucrose transporter protein |
| synthesis of sucrose:sucrose fructosyltransferase |
| synthesis of sucrose-isomerase |
| synthesis of superoxide dismutase |
| Synthesis of taumatin |
| synthesis of taxane diterpenoid |
| synthesis of tetracyclin repressor |
| synthesis of the bicolor coding sequence |
| synthesis of threonine |
| synthesis of trehalose |
| synthesis of trehalose-6-phosphate |
| synthesis of tryptophan-2-monoxygenase |
| synthesis of tryptophan-2-monoxygenase |
| synthesis of yeast lipase gene |
| testing of gene expression |
| testing of gene stability |
| tolerance to asulam |
| tolerance to bromoxynil |
| tolerance to chlorsulphuron |
| tolerance to cyanamide |
| tolerance to dalapon |
| tolerance to drought |
| tolerance to frost |
| tolerance to glufosinate |
| tolerance to glyphosate |
| tolerance to herbicide (Imidazolinones) |
| tolerance to herbicide (not specified) |
| tolerance to hygromycin |
| tolerance to isoxaflutole |
| tolerance to isoxazole |
| tolerance to kanamycin |
| tolerance to methotrexate |
| tolerance to oxynil |
| tolerance to phosphinotricin |
| tolerance to plyphosate |
| tolerance to stress |
| tolerance to sulfonamide |
| tolerance to sulphonylurea |
| use as bioreactors |
| utilation of mannose |
| virus resistance |
| virus resistance (alfalfa mosaic virus) |
| virus resistance (beet mild yellow virus) |
| virus resistance (beet western yellow virus) |
| virus resistance (cucumber mosaic virus) |
| virus resistance (grapevine fanleaf nepovirus) |
| virus resistance (lettuce mosaic potyvirus) |
| virus resistance (lily symptomless virus) |
| virus resistance (maize dwarf mosaic virus) |
| virus resistance (Pea Enation Mosaic Virus PEMV ) |
| virus resistance (Pea Seed-borne Mosaic Virus PSbMV) |
| virus resistance (plum pox potyvirus) |
| virus resistance (potato leafroll virus) |
| virus resistance (potato mop-top furovirus) |
| virus resistance (potato mop-top virus) |
| virus resistance (potato virus X) |
| virus resistance (potato virus Y) |
| virus resistance (rhizomania - beet necrotic yellow vein virus) |
| virus resistance (tobacco rattle virus) |
| virus resistance (tomato spotted wilt virus) |
| virus resistance (tomato yellow leaf curl virus) |
| virus resistance (watermelon mosaic virus) |
| virus resistance (zucchini yellow mosaic virus) |
