Information Systems for Biotechnology

Lists for Field Test Releases in the U.S.

CBI - 219
Glyphosate Tolerant - 128
Visual Marker - 60
Drought Tolerant - 57
Drought Tolerance - 42
Glyphosate Tolerance - 33
Selectable Marker - 33
Lepidopteran Resistant - 28
Increased Yield - 28
Oil Profile Altered - 27
Growth Rate Altered - 27
Yield Increase - 26
Yield Increased - 22
Yield Enhancement - 20
Als Inhibitor Tolerant - 19
Lepidopteran Resistant/Coleopteran Resistant - 17
Dicamba Tolerant - 17
Feed Properties Altered - 17
Drought Tolerance Increased - 16
Fatty Acid Level Altered - 15
Altered Oil Composition - 14
Nitrogen Utilization Efficiency Increase - 14
Altered Plant Development - 14
Phosphinothricin Tolerant - 13
Resistant To Lepidopteran Larvae - 13
Gene Expression Altered - 12
Modified Seed Composition - 12
Altered Amino Acid Composition - 12
Coleopteran Resistant - 12
Dicamba Tolerance - 11
Kanamycin Resistant - 11
Altered Maturity - 11
Resistance To Lepidoptera - 10
Altered Oil Profile - 10
Glufosinate Tolerant - 10
Imidazolinone Tolerant - 9
Cold Tolerance Increased - 9
Increased Yield Stability - 9
Altered Fertility - 9
Digestibility Improved - 9
Fiber Quality Altered - 8
Altered Stalk Attributes - 8
Oil Content Increased - 8
Resistant To Coleopteran Larvae - 8
Starch Metabolism Altered - 8
Salt Tolerance Increased - 8
Glyphosate Tolerant And Als Inhibitor Tolerant - 8
Lipid Profile Altered - 7
Resistant To Lepidopteran Insects - 7
Dicamba/Glyphosate Tolerance - 6
Recombinase - 6
Altered Lignin Biosynthesis - 6
Seed Color Altered - 6
Resistant To - 5
Transposon Inserted - 5
Stalk Rot Resistance - 5
Flowering Time Altered - 5
Lysine Level Increased - 5
Altered Seed Composition - 5
Colored Sectors In Leaves - 5
Processing Characteristics Altered - 5
Yield - 5
Yield Enhacement - 5
Abiotic Stress Tolerance - 5
Carbohydrate Metabolism Altered - 5
Lepidopteran/Coleopteran Resistance - 4
Heat Tolerant - 4
Transposon Movement Suppressed - 4
Environmental Stress Reduced - 4
Altered Kernel Development - 4
Nitrogen Metabolism Altered - 4
Improved Seed Composition - 4
Anthocyanin Levels Decreased - 4
Modified Oil Composition - 4
Starch Content Altered - 4
Control - 4
Transposon Excised - 4
Improved Flavor - 4
Transgene Excision - 4
Nutritional Quality Improved - 4
Resistance To Lepidoptera And Coleoptera - 4
Oil Increased - 4
Increased Transformation Frequency - 4
Cold Tolerant - 4
Gain Of Function Transposon Insertion - 4
Isoxazole Tolerant - 4
Colored Excision Sectors In Seed - 4
Altered Morphology - 3
Lepidopteran Tolerance - 3
Increased Yield, Dicamba Tolerant - 3
Increased Protein - 3
Increased Oil Content - 3
Increased Germination Rate - 3
Lepidopteran Pest - 3
Lignin Levels Decreased - 3
Lepidopteran Resistance - 3
Modified Oil Content - 3
Improved Stress Tolerance - 3
Pharmaceutical Protein - 3
Hygromycin Resistant - 3
Pharmaceutical Product - 3
Herbicide Resistant - 3
Altered Coloration - 3
Increase Yield - 3
Resistance To Coleoptera - 3
Dicamba And Glyphosate Tolerant - 3
Carotene Levels Increased - 3
Dicamba And Glyphosate Tolerance - 3
Softer Endosperm - 3
Anthocyanin Sequestration Suppressed - 3
Reduced Plant Growth - 3
Protein Quality Altered - 3
Seed Size Altered - 3
Potato Y Potyvirus Resistant - 3
Bnyvv Resistance - 3
Starch Level Increased - 3
Seed Composition Altered - 3
Resistant To Beet Necrotic Yellow Vein Virus - 3
Phytate Reduced - 3
Anthocyanin Levels Affected - 3
Sclerotinia Resistance - 3
Fungal Resistance - 3
Resistance To Nematodes - 3
Cell Wall Altered - 3
Seed Color Restored - 3
Improved Food Quality - 2
Improved Grain Processing - 2
Dicamba Resistance - 2
Cucumber Mosaic Virus - 2
Beet Necrotic Yellow Vein Furovirus Resistant - 2
Improved Yield - 2
Abiotic Stress Tolerant - 2
Coleopteran Tolerance - 2
Botrytis Cinerea Resistant - 2
Cold/Drought Resistance Gene - 2
Agrobacterium Resistant - 2
Empty Transformation Vector - 2
Dicamba/Glufosinate Tolerance - 2
Fusarium Resistance - 2
Fusarium Ear Rot Resistant - 2
Altered Senescence - 2
Food/Feed Properties Altered - 2
Gfp Expression - 2
Glufosinate Resistant - 2
Floral Development Altered - 2
Bacterial Resistant - 2
Expression Optimization - 2
Improved Animal Feed Quality - 2
Anthocyanin Levels Increased - 2
Anthocyanin Produced In Seed - 2
Gus Expression - 2
Increased Zinc Content - 2
Hygromycin Resistance - 2
Bacterial Resistance - 2
Altered Amino Acid - 2
Fusarium Head Blight Resistant - 2
Abiotic Stress Reduced - 2
Fatty Acid Level Increased - 2
Lep Resistance - 2
Modified Oil - 2
Rubber Yield Increased - 2
Vector Control - 2
Rhizoctonia Resistant - 2
Sclerotinia Resistant - 2
Mexican Rice Borer Resistant - 2
Novel Protein Produced - 2
Polyphenol Oxidase Levels Reduced - 2
Resistant To Coleopteran And Lepidopteran - 2
Soluble Solids Increased - 2
Seed Quality Improvement - 2
Protein Levels Increased - 2
Repressor - 2
Protein Altered - 2
Changed Ethylene Metabolism - 1
Cold - 1
Coleopteran Resistance - 1
Reproductive Fertility Altered - 1
Citrus Tristeza Virus Resistant - 1
Coloerpternan Resistant - 1
Changed Oxylipin Profiles - 1
Constitutive Ethylene Response - 1
Salt And Cold Tolerance - 1
Cassava Mosaic Virus Resistant - 1
See Composition Altered - 1
Seed Allergen Reduced - 1
Capable Of Growth On Defined Synthetic Media - 1
Cadmium Partitioning - 1
Branching Decreased - 1
Seed Number Increased - 1
Chestnut Blight Resistant - 1
Development Altered - 1
Drought Teolerance - 1
Dought Tolerance - 1
Reduced Ethylene - 1
Reduced Gene Expression - 1
Reduced Ja Responses - 1
Dicamba, Glyphosate Tolerant - 1
Dicamba Tolernace - 1
Reduced Nicotine Conversion - 1
Reduced Phytohormone Responses To Insect Attack - 1
Dicamba Resistant - 1
Reduced Proteinase Inhibitors - 1
Reduces Stature - 1
Reduced Stature - 1
Reporter Gene - 1
Dehydratoin Stress Resistance - 1
Dehydration Stress Resistance - 1
Decreased Sorbitol Synthesis - 1
Decreased Protease Inhibitor Levels - 1
Decreased Pr1 A Pathogen Responsive Protein - 1
Decreased Herbivore Resistance - 1
Reduced Straw Lignin - 1
Crown Gall Resistant - 1
Reduced Volatiles - 1
Colored Sectors In Seeds - 1
Seed Oil Content Increased - 1
Reduced Sensitivity To Jasmonic Acid - 1
Visual Marker (Gfp) - 1
Vaccine Production - 1
Vector - 1
Altered Lysine Level - 1
Altered Lysine - 1
Altered Kinase Signalling - 1
Altered Kinase Signaling - 1
Verticillium/Thielaviopsis/Aspergillus Flavus Resi - 1
Altered Growth - 1
Altered Gene Expression - 1
Virus Resistance - 1
Bar Gene - 1
Altered Ear Phenotype - 1
Altered Oil Phenotype - 1
Altered Chlorophyll Production - 1
Altered Amino Acid Content - 1
Vitamin C Content Increased - 1
Volatile Organics Metabolized - 1
Wood Quality Altered - 1
Alkaloids Reduced - 1
Xylella Fastidiosa Resistant - 1
African Cassava Mosaic Virus - 1
Yfp - 1
Abiotic Stress Tolerance/Yield Enhancement - 1
Zag2 Double Stranded Rna Expression - 1
Altered Ethylene Response - 1
Sulfonylurea Tolerant - 1
Reduced Alternative Oxidase - 1
Smut Resistant - 1
Aphid Resistant - 1
Ap - Growth Rate Altered - 1
Sorbitol Levels Altered - 1
Sorghum Mosaic Potyvirus Resistant - 1
Spotted Kernels - 1
Sterile - 1
Animal Feed Quality Improved - 1
Amino Acid Profile Altered - 1
Altered Volatile Emissions - 1
Altered Oil Comoposition - 1
Altered Sugar Metabolism - 1
Transgene Excision Control - 1
Tolerant - 1
Altered Senecence - 1
Altered Seed Content - 1
Tolerant & Tolerant - 1
Altered Plant Growth - 1
Altered Plant Develpment - 1
Tomato Spotted Wilt Tospovirus Resistant - 1
Altered Phenolic Profiles - 1
Altered Oxylipin Signaling - 1
Transactivated Expression - 1
Seed Protein Suppression - 1
Altered Terpenoid Profiles - 1
Gus - 1
Zagl1 Double Stranded Rna Expression - 1
Lepidoteran Resisant/Coleopteran Resistant - 1
Lepidoteran Resistant - 1
Leptidopteran Resistant - 1
Male Sterility - 1
High Temperature Tolerant - 1
Herbicide Tolerant - 1
Herbicide Tolerance - 1
Modified Flowering - 1
Heat Tolerance - 1
Glyphosate Toleran - 1
Gus (Uida) Marker - 1
Improved Common Corn Rust And Gray Leaf Spot Resis - 1
Modified Oil Composition, Increased Oil Content - 1
Grapevine Fanleaf Nepovirus Resistant - 1
Glyphoste Tolerant - 1
Glyphostate Tolerance - 1
Glyphosate,Dicamba Tolerant - 1
Glyphosate,Dicamba - 1
Glyphosate, Dicamba Tolerant - 1
Glyphosate Tolerant/ Dicamba Tolerant - 1
Modified Sex Expression - 1
Mycosphaerella Tolerance - 1
Drought Tolernace - 1
Gus Expession - 1
Lepidopteran Resisant - 1
Insect Resistant - 1
Inflorescence Development Altered - 1
Induces Ds Transposition - 1
Iron Levels Increased - 1
Kanamycin Resistance And Gus Reporter Gene - 1
Increased Yield, Dicamba Resistant - 1
Late Blight Resistant - 1
Lep Tolerant - 1
Lepdipopteran Resistant - 1
Increased Oil Content And Modified Oil Content - 1
Lepidoptera Resistant - 1
Improved Anthracnose And Seedling Blight And Ear R - 1
Increase Yield, Herbicide Tolerant - 1
Improved Bread Making Characteristics - 1
Lepidopteran Resistant/Coleoperan Resistant - 1
Lepidopteran/Coleopteran - 1
Improved Stalk And Ear Rot Resistance - 1
Improved Seed Fiber Quality - 1
Lepidopteran/Coleopteran Resistant - 1
Lepidopteran-Resistant - 1
Lepidopterant Resistant/Coleopteran Resistant - 1
Lepidoptran Resistant - 1
Improved Feed Quality - 1
Improved Common Corn Rust Resistance - 1
Glyphosate Teloerance - 1
Lepidopteran Insect Resistant - 1
Enhanced Growth - 1
Fertility Altered - 1
Phytoremediation - 1
Polyketide Synthase Reduced - 1
Powdery Mildew Resistant - 1
Expressing An Industrial Protein - 1
Expressing A Cellulase - 1
Ethylene Supression - 1
Epitope Tagged Gene - 1
Prolonged Juvenile Vegetative Phase - 1
Enhanced Yield - 1
Nematode Resistant - 1
Enhanced Nutrition Via Increased Vitamin E - 1
Phytophthora Infestans Resistance - 1
Enhanced Drought Resistance And Phosphorous Uptake - 1
Empty Vector Transformation - 1
Empty Vector Control - 1
Dwarfism - 1
Dwarfed - 1
Dutch Elm Disease Resistant - 1
Dsred, Red Fluorescent Protein - 1
Drougth Tolernace - 1
Iron Absorption Enhanced - 1
Drougth Tolerance - 1
Improved Abiotic Stress Tolerance - 1
Enhanced Protease Inhibitor Enzyme Activity, Mild - 1
Pharmaceutical Protein Produced - 1
Glyphosate And Dicamba Tolerant - 1
Glyphosate And Dicamaba Tolerance - 1
Glyphosate & Dicamba Tolerance - 1
Glutenin Increased - 1
Glufosinate-Ammonium Tolerant - 1
Nitrogen Utilization Efficiency Increased - 1
No Phytate - 1
Gibberellin Altered - 1
None Expected For This Control - 1
Oleic Acid Content Altered In Seed - 1
Fusarium Resistant - 1
Fiber Quality - 1
Pharmaceutical Produced - 1
Phytophthora Resistant - 1
Fusarium - 1
Fungal Resistant - 1
Pharmaceutical Protein Producing - 1
Fruit Polygalacturonase Level Increased - 1
Fruit Polygalacturonase Level Decreased - 1
Fruit Firmness Increased - 1
Fruit Firmness Decreased - 1
Fructan Accumulation - 1
Phosphinothricin Resistance - 1
Phytoene Synthase Overexpression - 1
Red Spots Upon Excision - 1
Papaya Ringspot Potyvirus Resistant - 1