Information Systems for Biotechnology

Lists for Field Test Releases in the U.S.

CBI - 178
Glyphosate Tolerant - 81
Drought Tolerance - 53
Increased Yield - 47
Drought Tolerant - 38
Glyphosate Tolerance - 37
Yield Increased - 37
Visual Marker - 36
Yield Increase - 33
Yield Enhancement - 24
Nitrogen Utilization Efficiency Increase - 23
Lepidopteran Tolerant - 22
Resistant To Lepidopteran Larvae - 18
Oil Profile Altered - 17
Feed Properties Altered - 16
Fatty Acid Level Altered - 16
Digestibility Improved - 15
Dicamba Tolerant - 14
Resistance To Lepidoptera - 12
Resistant To Coleopteran Larvae - 12
Selectable Marker - 11
Starch Content Altered - 11
Yield - 11
Lepidopteran Resistant - 10
Altered Plant Development - 10
Lignin Levels Decreased - 10
Altered Amino Acid Composition - 10
Increased Yield Stability - 10
Phosphinothricin Tolerant - 10
Dicamba Tolerance - 10
Coleopteran Resistant - 10
Als Inhibitor Tolerant - 10
Starch Metabolism Altered - 9
Altered Oil Profile - 9
Resistance To Lepidoptera And Coleoptera - 9
Altered Fertility - 9
Herbicide Tolerance - 9
Resistance To Nematodes - 8
Oil Content Increased - 8
Altered Maturity - 8
Lysine Level Increased - 8
Dicamba Resistant - 8
Drought Tolerance Increased - 8
Altered Seed Composition - 8
Glyphosate-Als Inhibitor-And-Glufosinate Tolerant - 8
Modified Oil Content - 7
Nitrogen Metabolism Altered - 6
Increased Yield, Dicamba Tolerant - 6
Lepidoteran Tolerant - 6
Modified Seed Composition - 6
Altered Stalk Attributes - 6
Growth Rate Altered - 6
Imidazolinone Tolerant - 6
Resistance To Coleoptera - 6
Processing Characteristics Altered - 5
Kanamycin Resistant - 5
Pharmaceutical Protein - 5
Resistant To Lepidopteran Insects - 5
Dicamba And Glufosinate Resistant - 5
Novel Protein Produced - 5
Recombinase - 5
Agrichemical Tolerance - 5
Cell Wall Altered - 5
Improved Seed Composition - 5
Glufosinate Tolerant - 5
Stalk Rot Resistance - 5
Improved Animal Feed Quality - 4
Phytate Reduced - 4
Lepidopteran Resistance - 4
Protein Quality Altered - 4
Lep Resistance - 4
Repressor - 4
Glyphosate Tolerant And Als Inhibitor Tolerant - 4
Lipid Profile Altered - 4
Salt Tolerance Increased - 4
Sclerotinia Resistance - 4
Method Development - 4
Modified Oil Composition - 4
Control - 4
Cold Tolerance Increased - 4
Nutritional Quality Improved - 4
Transgene Excision - 4
Fungal Resistance - 4
Lepidopterant Tolerant - 3
Isoxazole Tolerant - 3
Fusarium Head Blight Resistant - 3
Altered Oil Profile And Glyphosate Tolerance - 3
Bacterial Resistant - 3
Bnyvv (Beet Necrotic Yellow Vein) Resistance - 3
Altered Oil - 3
Cold Tolerant - 3
Dicamba And Glyphosate Tolerant - 3
Altered Lignin Biosynthesis - 3
Ear Mold Resistance - 3
Environmental Stress Reduced - 3
Green Fluorescent Plant And Red Fluorescent Pollen - 3
Fiber Quality Altered - 3
Increased Transformation Frequency - 3
Gene Expression Altered - 3
Altered Oil Content - 3
Green Fluorescent Plant - 3
Green Fluorescent Pollen - 3
Improved Flavor - 3
Improved Grain Processing - 3
Improved Seed Fiber Quality - 3
Improved Stress Tolerance - 3
Increase Oil Content - 3
Increased Protein - 3
Expressing A Cellulase - 3
Starch Level Increased - 3
Improved Food Quality - 3
Nitrogen Use Efficiency - 3
Nitrogen Use Efficient - 3
Oil Increased - 3
Reduced Plant Growth - 3
Water Use Efficiency - 3
Photosynthesis Enhanced - 3
Water Use Efficient - 3
Yield Enhacement - 3
Resistant To Beet Necrotic Yellow Vein Virus - 3
Hyperphototropic - 2
Improved Biomass Processing - 2
Carbohydrate Metabolism Altered - 2
Improved Drought Tolerance - 2
Improved Feed Quality - 2
Improved Yield - 2
Beet Necrotic Yellow Vein Furovirus Resistant - 2
Increase Yield - 2
Basta Tolerant - 2
Protein Levels Increased - 2
Increased Yield Glyphosate Tolerance - 2
Abiotic Stress Reduced - 2
Glyphosate, Dicamba - 2
Seed Color Altered - 2
Softer Endosperm - 2
Glufosinate Tolerant And Als Inhibitor Tolerant - 2
Dicamba Tolerance And Glyphosate Tolerance - 2
Resistant To Lepidopteran - 2
Citrus Canker Resistant - 2
Glyphosate Tolerant And Glufosinate Tolerant - 2
Hygromycin Resistant - 2
Resistant To - 2
Hemiptera Resistance - 2
Citrus Greening Resistant - 2
Anthocyanin Levels Affected - 2
High Oil - 2
Cassava Mosaic Virus Resistant - 2
Resistant To Coleopteran And Lepidopteran - 2
Altered Amino Acid - 2
Lepidoptean Tolerant - 2
Lepidopteran Insect Resistant - 2
Optimization Of Marker Gene Expression - 2
Modified Fatty Acids - 2
Agri-Chemical Resistance - 2
Iron Absorption Enhanced - 2
Modified Seed Composition And Glyphosate Tolerance - 2
Nematode Resistance - 2
Pharmaceutical Product - 2
Agri-Chemical Tolerance - 2
Oleic Acid Content Altered In Seed - 2
Abiotic Stress Tolerant - 2
Alkaloids Reduced - 1
Digestibility Increased - 1
Dicamba Resistance - 1
Spotted Kernels - 1
Dicamba Resistant,Glyphosate Tolerance - 1
Zag2 Double Stranded Rna Expression - 1
Sugar Content Increased - 1
Dicamba And Glyphosate Tolerance - 1
Dicamba And Glufosinate Tolerant - 1
Sugarcane Mosaic Potyvirus Resistant - 1
Delayed Shoot Maturation - 1
Delayed Fruit Ripening - 1
Sterile - 1
Seed-Gossypol Reduced - 1
Epitope Tagged Gene - 1
Seed Oil Content Increased - 1
Enhanced Protease Inhibitor Enzyme Activity, Mild - 1
Enhanced Nutrition Via Increased Vitamin E - 1
Enhanced Digestibility Of Plant Wall And Growth - 1
Seed Storage Protein Suppression - 1
Drouight Tolerance - 1
Drougth Tolerance - 1
Soybean Cyst Nematode Resistance - 1
Drought Tolernace - 1
Dicambe And Glufosinate Resistant - 1
Drought Tolerance Suppressed - 1
Drought Tolerance Overexpression (Control) - 1
Drought Tolerance Overexpression - 1
Ac Line Drought Tolerance Increased - 1
Soybean Aphid Resistance - 1
Droought Tolerance - 1
Ae Line Drought Tolerance Increased - 1
Dehydration Stress Resistance - 1
Droughttolerance - 1
Bar Gene - 1
Carbohydrate Level Increased - 1
Capable Of Growth On Defined Synthetic Media - 1
Branching Decreased - 1
Botrytis Cinerea Resistant - 1
Tomato Spotted Wilt Tospovirus Resistant - 1
Biotech - 1
Verticillium Dahliae Resistant - 1
Vector Control - 1
Cytokinin Synthesis Altered - 1
Vacuolar Invertase Gene Level Decreased - 1
Altered Lignin Content And Composition - 1
Triggers Plant Defense Responses - 1
Transactivated Expression - 1
Attacine Ceropin Produced - 1
Aspergillus Flavus Resistant - 1
Transposon Inserted - 1
Antibiotic Resistant - 1
Anthocyanin Produced In Seed - 1
Amino Acid Profile Altered - 1
Value Added Protein For Human Consumption - 1
Tol-Als Inhibitor, - 1
Carotene Levels Increased - 1
Alteration Of Metabolic Pathways (Amino Acids) - 1
Animal Feed Quality Improved - 1
Sugarcane Yellow Leaf Luteovirus Resistant - 1
Colorado Potato Beetle Resistant - 1
Sulfonylurea Tolerant - 1
Coleoptera - 1
Cold/Drought Resistance - 1
Altered Oil And Profile And Glyphosate Tolerance - 1
Alteration Of Metbolic Pathways (Amino Acids) - 1
Virulence Altered - 1
Tolerance To Herbicide - 1
Tol-Gly, Tol-Als Inhibitor, - 1
Yeild Increase - 1
Western Corn Rootworm Resistant - 1
Carotenoid Metabolism Altered - 1
Seed Number Increased - 1
Altered Lignin Composition - 1
Fusarium Head Blight Resistance - 1
Decreased Sorbitol Synthesis - 1
Thelaviopsis Resistant - 1
Pythium Resistant - 1
Inducible Gene Expression - 1
Inducible Drought Tolerance Expression - 1
Increases Yield - 1
Increased Yield, Glyphosate Tolerant - 1
Potato Tuberworm Resistant - 1
Potato Y Potyvirus Resistant - 1
Product Quality - 1
Increased Vitamin A And E Content - 1
Protein And Vitamin A Levels Increased - 1
High Oleic Acid And Elevated Stearic Acid - 1
Increased Amylose Versus Amylopectine - 1
Insect Resistance - 1
Red Fluorescent Protein (Mcherry) - 1
Improved Stalk And Ear Rot Resistance - 1
Red Spots Upon Transposon Excision - 1
Zagl1 Double Stranded Rna Expression - 1
Reduced Cyanogen And Increased Protein Content - 1
Reduced Cyanogen Content - 1
Improved Cold Tolerance - 1
Reduced Nornicotine Accumulation - 1
Fungal Resistant - 1
Increased Oil Content - 1
Phytophthora Resistant - 1
Nitrogen Efficiency - 1
Neomycin Tolerant - 1
Oil Profile Altered Glyphosate Tolerance - 1
Oil Profile Altered, Dicamba, - 1
Oil Profile Altetered - 1
Oil Quality Altered - 1
Lima Ceropin A-Melittin Chimeric Gene - 1
Lepidoteran Toleranat - 1
Lepidoteran Proteced - 1
Industrial Protein Produced - 1
Lepidopteran Tolerrant - 1
Inflorescence Development Altered - 1
Lepidopteran Pest - 1
Lepidoptera Resistant - 1
Lep Tolerant - 1
Phytophthora Root Rot Resistant - 1
Late Blight Resistant - 1
Poly-Beta-Hydroxybutyrate Produced - 1
Polyketide Synthase Reduced - 1
Intrinsic Yield - 1
Insect Resistant - 1
Herbicide Tolerant - 1
Papaya Ringspot Potyvirus Resistant - 1
Fruit Firmness Increased - 1
Glyphosate And Dicamba Tolerant - 1
Glutenin Increased - 1
Glufosinate-Ammonium Tolerant - 1
Resistant To Root Rot - 1
Resistant To Rust, Sudden Death Syndrome And Stem - 1
Rhizoctonia Resistant - 1
Fusarium Ear Rot Resistant - 1
Rhizoctonia Solani Resistant - 1
Fruit Ripening Delayed - 1
Hygromycin Resistance - 1
Fruit Polygalacturonase Level Decreased - 1
Glyphosate Tolerance/Increased Oi Content - 1
Fruit Firmness Decreased - 1
Fruit Color Altered - 1
Fructan Accumulation - 1
Food/Feed Properties Altered - 1
Floral Development Altered - 1
Root Knot Nematode Resistant - 1
Fertile - 1
Salicylic Acid Binding Protein 2 Gene - 1
Fatty Acid Profile Altered - 1
Fruit Polygalacturonase Level Increased - 1
Grapevine Leafroll-Associated Closterovirus 2 - 1
Reduced Stature - 1
Herbicide Resistant - 1
Herbicide (Dicamba) Tolerant - 1
Herbicide (Dicamba) Tolerance - 1
Heat Tolerance - 1
Gus (Uida) Marker - 1
Reduced Virulence - 1
Green Fluorescent Protein (Mgfp) And Red Fluoresce - 1
Green Fluorescent Protein (Mgfp) - 1
Glyphosate Resistance - 1
Gray Leaf Spot Resistant - 1
Glyphosate Tolerance And Dicamba Tolerance - 1
Grapevine Leafroll-Associated Ampelovirus Virus 3 - 1
Grapevine Fanleaf Nepovirus Resistant - 1
Glyposate, Dicamba - 1
Glyphsate Tolerant - 1
Glyphosate-Tolerant - 1
Resistant To Coleopteran - 1
Glyphosate Tolrance And Dicamba Tolerance - 1
Glyphosate Tolernace - 1
Resistant To Lepidopeteran Larvae - 1
Expression Optimization - 1
Resistance To Nematode - 1