Information Systems for Biotechnology

Lists for Field Test Releases in the U.S.

Glyphosate Tolerant - 2746
Lepidopteran Resistant - 1793
Coleopteran Resistant - 1379
Phosphinothricin Tolerant - 1140
CBI - 831
Visual Marker - 696
Yield Increased - 500
Drought Tolerant - 330
Oil Profile Altered - 300
Carbohydrate Metabolism Altered - 265
Pvy Resistant - 232
Seed Composition Altered - 214
Colorado Potato Beetle Resistant - 190
Cmv Resistant - 179
Growth Rate Altered - 171
Protein Quality Altered - 165
Lysine Level Increased - 151
Drought Tolerance - 150
Male Sterile - 148
Altered Amino Acid Composition - 146
Plrv Resistant - 140
European Corn Borer Resistant - 139
Fertility Altered - 135
Glyphosate Tolerance - 133
Zymv Resistant - 120
Imidazolinone Tolerant - 120
Wmv2 Resistant - 118
Novel Protein Produced - 116
Fruit Ripening Altered - 113
Increased Yield - 103
Gene Expression Altered - 94
Fusarium Resistant - 93
Fruit Ripening Delayed - 90
Pharmaceutical Proteins Produced - 89
Sclerotinia Resistant - 88
Protein Altered - 86
Lepidopteran Resistant/Coleopteran Resistant - 84
Selectable Marker - 79
Salt Tolerance Increased - 79
Oil Quality Altered - 75
Dicamba Tolerant - 75
Yield Increase - 74
Phytophthora Resistant - 73
Isoxazole Tolerant - 71
Storage Protein Altered - 70
Yield Enhancement - 68
Tryptophan Level Increased - 67
Nitrogen Metabolism Altered - 65
Solids Increased - 64
Altered Plant Development - 62
Nitrogen Utilization Efficiency Increase - 62
Starch Metabolism Altered - 61
Lepidopteran Resistance - 60
Bromoxynil Tolerant - 58
Feed Properties Altered - 56
Prsv Resistant - 55
Sulfonylurea Tolerant - 53
Ear Mold Resistant - 53
Fatty Acid Level Altered - 52
Altered Lignin Biosynthesis - 50
Starch Level Increased - 49
Bruising Reduced - 49
Cold Tolerant - 48
Lysine Level Alterered - 47
Environmental Stress Reduced - 47
Kanamycin Resistant - 46
Nicotine Levels Reduced - 41
Digestibility Improved - 40
Resistant To Lepidopteran Larvae - 39
Animal Feed Quality Improved - 38
Drought Tolerance Increased - 37
Altered Oil Composition - 36
Tswv Resistant - 36
Color Sectors In Seeds - 35
Lignin Levels Decreased - 34
Altered Oil Profile - 34
Resistant To Coleopteran Larvae - 33
Rhizoctonia Resistant - 32
Verticillium Resistant - 32
Als Inhibitor Tolerant - 31
Herbicide Tolerance - 29
Methionine Level Increased - 29
Flowering Time Altered - 29
Erwinia Carotovora Resistant - 28
Antibody Produced - 28
Lepidopteran/Coleopteran Resistance - 28
Resistance To Lepidoptera - 28
Fiber Quality Altered - 27
Rhizoctonia Solani Resistant - 27
Seed Color Altered - 26
Fatty Acid Metabolism Altered - 26
Recombinase Produced - 26
Increased Transformation Frequency - 26
Dicamba Tolerance - 26
Botrytis Resistant - 25
Powdery Mildew Resistant - 24
Yield - 24
Pigment Metabolism Altered - 24
Protoporphyrinogen Oxidase Inhibitor Tolerant - 24
Blackspot Bruise Resistant - 24
TEV Resistant - 24
Germination Increased - 23
Bydv Resistant - 23
Altered Maturity - 23
Increased Yield Stability - 23
Phytate Reduced - 23
Cold Tolerance Increased - 23
Altered Amino Acid - 23
TRV Resistant - 22
Dollar Spot Resistant - 22
Lepidopteran Tolerant - 22
Cell Wall Altered - 21
Oil Content Increased - 21
Modified Seed Composition - 21
Seed Methionine Storage Increased - 21
Lipid Profile Altered - 21
Heat Stable Glucanase Produced - 21
Prv Resistant - 20
Senescence Altered - 20
Srmv Resistant - 19
Anthocyanin Produced In Seed - 19
Stalk Rot Resistance - 19
Transposon Inserted - 19
Color Altered - 19
Hygromycin Tolerant - 19
Nutritional Quality Improved - 19
Processing Characteristics Altered - 19
Altered Fertility - 19
Carotenoid Content Altered - 19
Resistant To Lepidopteran Insects - 18
Altered Maturing - 18
Fruit Solids Increased - 18
Heat Tolerant - 18
Dwarfed - 18
Fungal Resistance - 18
Altered Seed Composition - 18
Alternaria Resistant - 18
Tuber Solids Increased - 17
2,4-D Tolerant - 17
Starch Content Altered - 17
Mycotoxin Degradation - 17
Altered Morphology - 17
Wsmv Resistant - 17
Nutritional Quality Altered - 17
Altered Stalk Attributes - 17
Gray Leaf Spot Resistant - 17
Glufosinate Tolerant - 16
Nematode Resistant - 16
Botrytis Cinerea Resistant - 16
Aphid Resistant - 15
Oleic Acid Content Altered In Seed - 15
Fruit Sugar Profile Altered - 15
Resistance To Nematodes - 15
Dicamba Resistant - 15
Late Blight Resistant - 15
Pvx Resistant - 15
Sqmv Resistant - 15
Smut Resistant - 15
Tvmv Resistant - 15
Steroidal Glycoalkaloids Reduced - 15
Resistance To Lepidoptera And Coleoptera - 14
Industrial Enzyme Produced - 14
Grain Processing Improved - 14
Development Altered - 14
Amv Resistant - 14
Lepidopteran/Coleopteran Resistant - 14
Fusarium Head Blight Resistant - 14
Polyamine Metabolism Altered - 14
Fiber Strength Altered - 14
Bacterial Resistant - 14
Smv Resistant - 14
Hygromycin Resistant - 13
Increased Stalk Strength - 13
Seed Oil Content Increased - 13
Glyphosate Tolerant And Als Inhibitor Tolerant - 13
Bymv Resistant - 13
Bnyvv Resistant - 13
Cre Recombinase Produced - 13
TMV Resistant - 13
Virulence Reduced - 13
Recombinase - 13
Fumonisin Degradation - 13
Altered Kernel Development - 12
Bacterial Speck Resistant - 12
Insect Resistant - 12
Reproductive Fertility Altered - 12
Value Added Protein For Human Consumption - 12
Photosynthesis Enchanced - 12
Improved Stress Tolerance - 12
Lepidopteran And Coleopteran Resistant - 12
Seed Size Increase - 12
Ethylene Metabolism Altered - 12
Mexican Rice Borer Resistant - 11
Pseudomonas Syringae Resistant - 11
Resistance To Coleoptera - 11
Improved Flavor - 11
Modified Oil Content - 11
Capable Of Growth On Defined Synthetic Media - 11
Colored Sectors In Leaves - 11
Glutenin Increased - 11
Heavy Metal Bioremediation - 11
Aspergillus Resistant - 11
Xanthomonas Oryzae Resistant - 10
Root-Knot Nematode Resistant - 10
Modified Oil Composition - 10
Improved Seed Composition - 10
Control - 10
Verticillium Dahlae Resistant - 10
Protein Levels Increased - 10
Altered Coloration - 10
Gray Lead Spot Resistant - 10
Transposon Excised - 10
Septoria Resistant - 10
Seed Quality Altered - 10
Pigment Composition Altered - 9
Pemv Resistant - 9
Closterovirus Resistant - 9
Polygalacturonase Level Reduced - 9
Flowering Altered - 9
Flower Color Altered - 9
Resistant To - 9
Empty Transformation Vector - 9
Increased Yield, Dicamba Tolerant - 9
Parthenocarpy - 9
Oil Increased - 9
Softer Endosperm - 9
Dicamba Resistance - 9
Abiotic Stress Tolerance - 8
Stress Tolerant - 8
Yield Stability Increased - 8
Sterile - 8
Reduced Plant Growth - 8
Bpmv Resistant - 8
Expression Optimization - 8
Fire Blight Resistant - 8
Northern Corn Leaf Blight Resistant - 8
Improved Fruit Quality - 8
Visual Marker Inactive - 8
High Temperature Tolerant - 8
Glyphosate-Als Inhibitor-And-Glufosinate Tolerant - 8
Cyanamide Tolerant - 8
Male Sterile Nuclear - 8
Fusarium Ear Rot Resistant - 8
Transgene Excision - 8
Potyvirus Resistant - 8
Xylella Fastidiosa Resistant - 8
Tylcv Resistant - 8
Pharmaceutical Protein - 8
Fungal Susceptibility - 8
Chestnut Blight Resistant - 8
Yield Enhacement - 8
Modified Oil - 8
Secondary Metabolite Increased - 8
Resistant To Beet Necrotic Yellow Vein Virus - 8
Corn Earworm Resistant - 7
Virus Resistance - 7
Sclerotinia Resistance - 7
Mdmv Resistant - 7
Maturity Altered - 7
Increase Yield - 7
Increased Abiotic Stress Tolerance - 7
Brown Spot Resisitant - 7
Increased Protein Levels - 7
Red Spots Upon Transposon Excision - 7
Altered Oil - 7
Cadmium Partitioning - 7
Fungal Resistant - 7
Abiotic Stress Tolerant - 7
Fungal Post-Harvest Resistant - 7
Mycotoxin Deficient - 7
Fruit Firmness Increased - 7
Chloroacetanilide Tolerant - 7
Wood Quality Altered - 7
Increased Protein - 7
Helminthosporium Resistant - 7
Herbicide Tolerant - 7
Growth Rate Increased - 7
Transformation Frequency Increased - 7
Protein Lysine Level Increased - 6
Alkaloids Reduced - 6
Increased Yield And Dicamba Tolerance - 6
Altered Oil Levels - 6
Nepovirus Resistant - 6
Transposon Movement Suppressed - 6
Fusarium Ear Rot Susceptible - 6
Insect Susceptible - 6
Tomov Resistant - 6
Dicamba/Glyphosate Tolerance - 6
Increased Phosphorus - 6
See Attached - 6
Pva Resistant - 6
Lepidoteran Tolerant - 6
Anthocyanin Levels Affected - 6
Agrobacterium Resistant - 6
Fruit Polygalacturonase Level Decreased - 6
Enhanced Yield - 6
Lep Resistance - 6
Polyphenol Oxidase Levels Altered - 6
Tomv Resistant - 6
Chlorsulfuron Tolerant - 6
Insect Resistant General - 6
Ethylene Production Reduced - 6
Colored Excision Sectors In Seed - 6
Anthocyanin Sequestration Suppressed - 6
Lesser Cornstalk Borer Resistant - 6
Dicamba And Glyphosate Tolerant - 6
Verticillium Dahliae Resistant - 6
Repressor - 6
Stanol Increased - 6
Resistant To Coleopteran And Lepidopteran - 6
Improved Grain Processing - 6
Tomato Spotted Wilt Tospovirus Resistant - 6
Seed Weight Increased - 6
Improved Animal Feed Quality - 6
Gain Of Function Transposon Insertion - 6
Bnyvv Resistance - 6
Dna Synthesis Altered - 6
Bacterial Leaf Blight Resistant - 5
Omega-3 Fatty Acids Produced - 5
Protein Levels Altered - 5
Papaya Ringspot Potyvirus Resistant - 5
Ammonium Assimilation Increased - 5
Improved Food Quality - 5
Pharmaceutical Product - 5
Altered Gene Expression - 5
Phoma Resistant - 5
Metabolism Altered - 5
Improved Feed Quality - 5
Delayed Softening - 5
Dicamba And Glufosinate Resistant - 5
Potato Y Potyvirus Resistant - 5
Mcmv Resistant - 5
Seed Size Altered - 5
Epidermal Cells Increased On Juvenile Leaves - 5
Seed Color Restored - 5
Lepidoteran Resistance - 5
Pollen Allergen Reduced - 5
Mycotoxin Production Inhibited - 5
Anthocyanin Levels Decreased - 5
Lepidopteran Insect Resistant - 5
Mycosphaerella Tolerance - 5
Agrichemical Tolerance - 5
Ear Mold Resistance - 5
Antiprotease Producing - 5
Black Shank Resistant - 5
Crown Gall Resistant - 5
Lepidopteran Tolerance - 5
Pectin Esterase Level Reduced - 5
Colletotrichum Resistant - 5
Growth Rate Reduced - 5
Isoxaflutole Resistant - 5
Floral Development Altered - 5
Increased Pathogen Resistance - 5
Rbdv Resistant - 5
Increased Oil Content - 5
Vector Control - 5
Abiotic Stress Reduced - 5
Increased Germination Rate - 5
Xanthomonas Campestris Diffenbachiae Resistant - 5
Alternaria Daucii Resistant - 5
Transposon Movement Supressed - 5
Coleopteran Resistance - 5
Improved Yield - 5
Seed Protein Content Increase - 4
Glyphosate Resistant - 4
None Expected For This Control - 4
Yield & Glyphosate Tolerance - 4
Non-Browning - 4
Expressing A Cellulase - 4
Glufosinate-Ammonium Tolerant - 4
Mcdv Resistant - 4
Linolenic Acid Produced - 4
Clavibacter Resistant - 4
Pathogen Resistant - 4
Meloidogyne Resistant - 4
Ethylene Synthesis Reduced - 4
Tolerant - 4
Photosynthesis Enhanced - 4
Fungus Resistance - 4
Nematode Resistance - 4
Extended Flower Life - 4
Method Development - 4
Geminivirus Resistant - 4
Shorter Stems - 4
Seed Number Increased - 4
Bacteriocins Suppressed - 4
Altered Oil Content - 4
Inflorescence Development Altered - 4
Glyphosate-Tolerant - 4
Value Added Protein Produced - 4
Dicamba Tolerant Glyphosate Tolerant - 4
Starch Reduced - 4
Altered Starch Content - 4
Alternaria Solani Resistant - 4
Beet Necrotic Yellow Vein Furovirus Resistant - 4
Food Quality Altered - 4
Improved Seed Fiber Quality - 4
Flavinoid Level Altered - 4
Yield Increase & Glyphosate Tolerance - 4
Scab Susceptible - 4
Bacteria Resistant - 4
Improved Bread Making Characteristics - 4
Imidazole Tolerant - 4
Hygromycin Resistance - 4
Scylv Resistant - 4
Water Use Efficiency - 4
Herbicide Resistant - 4
Anthocyanin Levels Increased - 4
Bctv Resistant - 4
Iron Absorption Enhanced - 4
Enhanced Nutrition Via Increased Vitamin E - 4
Cassava Mosaic Virus Resistant - 4
Sugar Alcohol Levels Increased - 4
Lepidopteran Pest - 4
Carotenoid Metabolism Altered - 4
Southern Corn Leaf Blight Resistant - 4
Carotene Levels Increased - 4
Leaf Senescence Delayed - 4
Food/Feed Properties Altered - 4
Altered Stem Attributes - 4
Dicamba And Glyphosate Tolerance - 4
Green Fluorescent Pollen - 3
Xanthomonas Campestris Resistant - 3
Lepidopterean Resistant - 3
Cylindrosporium Resistant - 3
Visual Marker (Gfp) - 3
Lepidopterant Tolerant - 3
Water Use Efficient - 3
Imidazolinone Tolerance - 3
Soft Rot Fungal Resistant - 3
Modified Growth Characteristics - 3
Dehydration Stress Resistance - 3
Vitamin C Content Increased - 3
Coleopteran Tolerance - 3
Heavy Metals Sequestered - 3
Gus (Uida) Marker - 3
Heat Tolerance - 3
Mutator Transposon Suppressed - 3
Adventious Root Formation Increased - 3
Gus Expression - 3
Male Sterile Reversible - 3
Epitope Tagged Gene - 3
Iron Stress Tolerant - 3
Trifolitoxin Producing - 3
Lipase Expressed In Seeds - 3
Longer Stems - 3
Cucumovirus Resistant - 3
Industrial Enzymes Produced - 3
Rubber Yield Increased - 3
Increased Tryptophan - 3
Altered Oil Profile And Glyphosate Tolerance - 3
Corynebacterium Sepedonicum Resistant - 3
Grapevine Fanleaf Nepovirus Resistant - 3
Enhanced Protease Inhibitor Enzyme Activity, Mild - 3
Spfmv Resistant - 3
Dutch Elm Disease Resistant - 3
Western Corn Rootworm Resistant - 3
Glufosinate Resistant - 3
Increase Oil Content - 3
Altered Lysine - 3
Leaf Morphology Altered - 3
Leaf Spot Resistant - 3
Green Fluorescent Plant - 3
Resistant To Lepidopteran - 3
Transposon Elements Inserted - 3
Green Fluorescent Plant And Red Fluorescent Pollen - 3
Empty Vector Control - 3
Sterols Increased - 3
Stress Tolerance - 3
Pollen Visual Marker - 3
Citrus Canker Resistant - 3
Altered Rubber Levels - 3
Avirulent - 3
Flowering Fertility Altered - 3
Optimization Of Marker Gene Expression - 3
Oxidative Stress Tolerant - 3
Fruit Pectin Esterase Level Decreased - 3
Altered Senescence - 3
Female Sterile - 3
Citrus Tristeza Virus Resistant - 3
Fungal Resistant, - 3
Phytophthora Infestans Resistance - 3
Altered Seed Content - 3
Sugar Content Altered - 3
Phosphinothricin Resistant - 3
Stem Rust Resistant - 3
Bnyvv (Beet Necrotic Yellow Vein) Resistance - 3
Syringomycin Deficient - 3
Fusarium - 3
Resistant To Glufosinate-Ammonium - 3
Carbohydrate Level Increased - 3
Nitrogen Use Efficiency - 3
Reduced Proteinase Inhibitors - 3
Fall Armyworm Resistant - 3
Non-Lesion Forming Mutant - 3
Antioxidant Enzyme Increased - 3
Polyphenol Oxidase Silenced - 3
Apple Scab Resistant - 3
Reduced Phytohormone Responses To Insect Attack - 3
Polymer Produced - 3
Polyketide Synthase Reduced - 3
Reduced Stature - 3
Nitrogen Use Efficient - 3
Altered Sugar Metabolism - 3
Transactivated Expression - 3
Dicamba/Glufosinate Tolerance - 2
Prolonged Juvenile Vegetative Phase - 2
Pythium Resistant - 2
Flower And Fruit Abscission Reduced - 2
Reduced Volatiles And Proteinase Inhibitors - 2
Reduced Volatiles - 2
Reduced Alternative Oxidase - 2
Fruit Color Altered - 2
Flavinoid Level Decreased - 2
Increased Grain Quality - 2
Branching Decreased - 2
Value Added Protein - 2
Iron Levels Increased - 2
Increased Yield Glyphosate Tolerance - 2
Insect Resistance - 2
Stress Tolerancefiber Quality - 2
Protein Tagging - 2
Rust Resistant - 2
Induces Ds Transposition - 2
Increased Zinc Content - 2
Glyphoste Tolerant - 2
Prolonged Shelflife - 2
Diplocarpon Rosae Resistant - 2
Pyricularia Oryzae - 2
Fructan Accumulation - 2
Dicamba Tolerance And Glyphosate Tolerance - 2
Psbmv Resistant - 2
Venturia Resistant - 2
Endosperm Dna Synthesis Altered - 2
Stewart S Wilt Susceptible - 2
Vector - 2
Sterols Modified - 2
Fluorescence - 2
Zagl1 Double Stranded Rna Expression - 2
Hyperphototropic - 2
Zag2 Double Stranded Rna Expression - 2
Soluble Solids Increased - 2
Reduced Straw Lignin - 2
Scmv Resistant - 2
Drought Tolerant / Insect Resistance - 2
Aspergillus Flavus Resistant - 2
Armillaria Resistant - 2
Drought Tolernace - 2
High Oil - 2
Reduced Ethylene - 2
Drougth Tolerance - 2
Fenthion Susceptible - 2
Spotted Kernels - 2
Growth Stunted - 2
Hemiptera Resistance - 2
Altered Oil Phenotype - 2
Heat-Stable (1,3-1,4)-Beta-Glucanase Producing - 2
Antibiotic Produced - 2
Anthracnose Susceptible - 2
Eyespot Resistant - 2
Dry Matter Content Increased - 2
Sphaeropsis Fruit Rot Resistant - 2
Fatty Acid Level Increased - 2
Sbmv Resistant - 2
Grav Resistance - 2
Disease Resistant General - 2
Blue Mold Resistant - 2
Agri-Chemical Resistance - 2
Dought Tolerance - 2
Down-Regulation Of Sorbitol Synthesis - 2
Potential Resistance To Fungal Pathogens - 2
Reduced Gene Expression - 2
Biotech - 2
Yield Enhancement And/Or Drought Tolerance - 2
Shade Tolerance Increased - 2
Basta Tolerant - 2
Reduced Nornicotine Accumulation - 2
Gray Leaf Spot Susceptible - 2
Bar Gene - 2
Aluminum Tolerant - 2
Amino Acid Profile Altered - 2
Bacterial Resistance - 2
Improved Drought Tolerance - 2
Drought Resistance - 2
Drought Stress Tolerance - 2
Reduced Nicotine - 2
Improved Biomass Processing - 2
Disease Resistance To Pathogen Pseudomanas Syringa - 2
Improved Stalk And Ear Rot Resistance - 2
Pernospora Resistant - 2
Lepidopterant Resistant/Coleopteran Resistant - 2
Tobamovirus Resistant - 2
Resistance To Nematode - 2
Thermostable Protein Produced - 2
Marssonina Resistant - 2
Thelaviopsis Resistant - 2
Cold Resistance - 2
Cold Stress Tolerance - 2
Cold Intolerant - 2
Southwestern Corn Borer Resistant - 2
Melamtsora Resistant - 2
Southern Rust Susceptible - 2
Melanin Produced In Cotton Fibers - 2
Glufosinate Tolerant And Als Inhibitor Tolerant - 2
Citrus Greening Resistant - 2
Cucumber Mosaic Virus - 2
Soft Rot Resistant - 2
Agri-Chemical Tolerance - 2
Lepidoteran Resistant - 2
Chlorophyll Increased - 2
Glyphosate And Dicamba Tolerant - 2
Ethylene Insensitive - 2
Seed Quality Improvement - 2
Resistance To D-Amino Acid - 2
Southern Leaf Blight Susecptible - 2
Mycotoxin Restored - 2
Torsv Resistant - 2
Coleopteran And Lepidopteran-Protected - 2
Mold Resistance - 2
Sod Web Worm Resistant - 2
Gene Tagging - 2
Modified Seed Composition And Glyphosate Tolerance - 2
No Phytate - 2
Color Pigment Resotred - 2
Cold/Drought Resistance Gene - 2
Mdmv-B Resistant - 2
Gfp Expression - 2
Lepidotperan Resistant - 2
Northern Leaf Blight Susceptible - 2
Cold/Drought Resistance - 2
Modified Fatty Acids - 2
Modified Fatty Acid Composition And Glyphosate Tol - 2
Colored Sectors In Seeds - 2
Common Rust Susceptible - 2
Gibberellin Altered - 2
Nucleocapsid Protein Produced - 2
Tolerant & Tolerant - 2
Fusarium Resistance - 2
Soybean Aphid Resistant - 2
Lepidopteran Resistant/ Coleopteran Resistant - 2
Glyphosate Tolerant And Glufosinate Tolerant - 2
Ployphenol Oxidase Silenced - 2
Fruit Rot Resistant - 2
Sorghum Mosaic Virus (Srmv) Resistant - 2
Lepidopteran Resistant/Glyphosate Tolerant - 2
Accelerated Ripening - 2
Phytophthora Root Rot Resistant - 2
Western Corn Rootworn Resistant - 2
Lepidoptera Resistant - 2
Decreased Pr1 A Pathogen Responsive Protein - 2
Fruit Polygalacturonase Level Increased - 2
Lepidopteran-Resistant - 2
Pharmaceutical Protein Producing - 2
Plum Pox Potyvirus Resistance - 2
Sugarcane Yellow Leaf Luteovirus Resistant - 2
Decreased Sorbitol Synthesis - 2
Pmwav Resistant - 2
Fruit Firmness Decreased - 2
Root Knot Nematode Resistant - 2
Vaccine Production - 2
Lepidoptean Tolerant - 2
Glyphosate, Dicamba - 2
Leaf Blight Resistant - 2
Dalapon Tolerant - 2
Abiotic Stress Tolerance/Yield Enhancement - 2
Polyphenol Oxidase Levels Reduced - 2
Lep Tolerant - 2
Expressing Barley Ribosome Inactivating Protein Ge - 1
Enhanced Herbivory - 1
Enhanced Yield And/Or Drought Tolerance - 1
Accumulation Of Flourescent Proteins - 1
Ear Mutations - 1
Dwarf Plants, High Sa And Aba, Defficient In Ja Bu - 1
Enhanced Herbivory, Low Content Of Hydroxycinnamoy - 1
Expressing Deoxynivalenol (Don) Acetyltransferase - 1
Ac Line Drought Tolerance Increased - 1
Ethylene Supression - 1
Enhanced Fruit Softening - 1
Dwarfism - 1
Enhanced Growth - 1
Early Flowering, Daylength Sensitivity Altered - 1
Expressing Deoxynivalenol (Don) Acetransferase Gen - 1
Expressing Barley Ribosome Inactivating Protein An - 1
Enhanced Drought Resistance And Phosphorous Uptake - 1
Acc Oxidase Level Decreased - 1
Altered Nitrogen Metabolism - 1
Empty Transformation Vector, Kanamycin Resistant - 1
Enhanced Herbivore Resistance And Suseptible To Pa - 1
Erucic Acid Altered - 1
Altered Oil Compsition - 1
Ethylene Sensitive, Reduced Volatiles, And Reduced - 1
Ethylene Insensitive And Reduced Benzylacetone Emi - 1
Expression Of 5 And 3 Utr Of Ossra Gene (Ak109902) - 1
Expressing Fusarium Sporotrichioides Trichothecene - 1
Expressing Barley Chitinase And Ribosome Inactivat - 1
Erwinia Resistant - 1
Expressing Wheat Lipid-Transfer Protein Gene In Se - 1
Expressing Barley Chitinase And Thaumatin-Like Pro - 1
Elevated Oleic Acid/ Reduced Saturated Fatty Acids - 1
Expressing Barley Chitinase And Ribosome In Severa - 1
Altered Oil And Profile And Glyphosate Tolerance - 1
Enhanced Digestibility Of Plant Wall And Growth - 1
Ethylene Sensitive, Reduced Volatiles, Reduced Pis - 1
Elevated Levels Of Ascorbic Acid (Vitamin C ) - 1
Elevated Levels Of Ascorbic Acid (Vitamin C) - 1
Expression Of Fusion Protein With Mrfp1 To Study S - 1
Altered Oi Lprofile - 1
Altered Oil Comoposition - 1
Ethylene Sensitive,Reduced Volatles, And Reduced P - 1
Empty Vector Transformation - 1
Altered Oil Comosition - 1
Expression Of Fusion Protein With Citrine To Study - 1
Expressing Fungal Deoxynivalenol Acetyl Transferas - 1
Environmental Stress Response - 1
Expressing Barley B-1,3-Glucanase And Thaumatin-Li - 1
Expressing An Industrial Protein - 1
Changed Leaf Volatile Composition - 1
Altered Ethylene Response - 1
Circadian Rythmn Altered - 1
Altered Chlorophyll Production - 1
Chloramphenicol Resistance, Gfp, Kanamycin Resista - 1
Chloramphenicol Resistance, Gfp - 1
Altered Seed Profile - 1
Citrus Tristeza Closterovirus Resistant - 1
Altered Senecence - 1
Citrus Tristeza Closterovius Resistant - 1
Altered Ear Phenotype - 1
Changed Ethylene Metabolism - 1
Cercospora Resistant - 1
Altered Ear Phenotypes - 1
Altered Senescense - 1
Cell Cycle Altered - 1
Decreased Phytohormones And Reduced Xyloglucan End - 1
Changed Oxylipin Profiles - 1
Cold Tolerance - 1
Alteration Of Metbolic Pathways (Amino Acids) - 1
Coloerpternan Resistant - 1
Coleopteran And Lepidopteran- - 1
Alterd Amino Acid Composition - 1
Coleoptera Resistance - 1
Coleoptera - 1
Altered Aminoacid - 1
Altered Amino Acid Composititon - 1
Catalase Level Reduced - 1
Altered Amino Acid Content - 1
Cold - 1
Altered Amino Acids - 1
Clrv Resistant - 1
Altered Lignin Composition - 1
Altered Kinase Signalling - 1
Citrus Tristeza Virus (Ctv) Resistant - 1
Altere Oil Composition - 1
Auxin Level Altered - 1
Altered Kinase Signaling - 1
Bigger Leaves - 1
Beta-Carotene Increased - 1
Bean Pod Mottle Comovirus Resistant - 1
Bacterial Wilt Resistant - 1
Bacterial Soft Rot Resistant - 1
Altered Heat Stress Response - 1
Auxin Metabolism And Increased Tuber Solids - 1
Branching Increased - 1
Autocidal - 1
Attacine Ceropin Produced - 1
Atlered Amino Acid Composition - 1
Ap - Growth Rate Altered - 1
Ap - 1
Antibiotic Resistant - 1
Anthracnose Resistant - 1
B-1,4-Endoglucanase - 1
Altered Tryptophan - 1
Altered Flowering - 1
Calonectria Resistant - 1
Calmodulin Level Altered - 1
Caffeine Levels Reduced - 1
Altered Terpenoid Profiles - 1
Cadmium Partintioning - 1
Blrv Resistant - 1
Altered Growth Pattern, Susceptible To Herbivory - 1
Alteration Of Metabolic Pathways (Amino Acids) - 1
Altered Volatile Composition - 1
Burkholderia Glumae Resistant - 1
Burkholderia Glumae - 1
Bunchy Top Resistant - 1
Altered Volatile Emissions - 1
Brown Patch Resistant - 1
Brown Patch And Gray Leaf Spot Resistant - 1
Altered Growth - 1
Altered Oleic Acid Content In Seed - 1
Altered Responses To Light - 1
Disease Resistance To The Bacterial Pathogen Agrob - 1
Digestibility Increased - 1
Dicambe And Glufosinate Resistant - 1
Dicamba, Glyphosate Tolerant - 1
Dicamba Tolernace - 1
Downy Mildew Resistant - 1
Dicamba Tolerant Glyhosate Tolerant - 1
Droought Tolerance - 1
Dicamba Tolerant / Glyphosate Tolerant - 1
Altered Oxidative Stress Response - 1
Dicamba Resistant,Glyphosate Tolerance - 1
Dicamba Resistant Glyphosate Tolerant - 1
Dicamba Resistant And Glyphosate Tolerant - 1
Altered Oxylipin Signaling - 1
Dicamba Reisistant - 1
Dicamba Tolerant, Glyphosate Tolerant - 1
Drought Tolerant/ Increased Stem Size/ Increased B - 1
Druoght Tolerant - 1
Ae Line Drought Tolerance Increased - 1
Drouight Tolerance - 1
Drougtht Tolerance - 1
Drougth Tolernace - 1
Drougth Tolerant - 1
Disulfides Reduced In Endosperm - 1
Droughttolerance - 1
Dicamba + Glufosinate Resistance - 1
Drought Tolerance Suppressed - 1
Drought Tolerance Overexpression (Control) - 1
Drought Tolerance Overexpression - 1
African Cassava Mosaic Virus - 1
Drought Tolerance Increased, Yield Increased - 1
Drought Teolerance - 1
Altered Lysine Level - 1
Drought-Tolerant - 1
Criconnemella Resistant - 1
Cymv Resistant - 1
Cymbidium Mosaic Virus Resistant - 1
Cyanogenesis Increase - 1
Altered Plant Growth - 1
Cyanamide Tolerance - 1
Cutting Rootability Increased - 1
Altered Phenolic Profiles - 1
Crown Rot Resistant - 1
Altered Plant Develpment - 1
Cottonwood Leaf Beetle Resistant - 1
Constitutive/Elevated Bergamotene Production - 1
Constitutive Expression Of Glutamine Synthetase - 1
Constitutive Expression Of Coi1-Regulated Defenses - 1
Constitutive Ethylene Response - 1
Altered Plant Hormone Levels - 1
Dsred, Red Fluorescent Protein - 1
Curly Leaves - 1
Decreased Phytohormones, Reduced Nicotine, And Red - 1
Altered Lignin Content And Composition - 1
Dicamaba Tolerance - 1
Diacamba Tolerance - 1
Delayed Shoot Maturation - 1
Delayed Scenescence - 1
Delayed Fruit Softening - 1
Delayed Fruit Ripening - 1
Cytokinin Synthesis Altered - 1
Decreased Protease Inhibitor Levels - 1
Decreased Herbivore Resistance - 1
Decreased Phytohormones And Reduced Sensitivity To - 1
Agrobacterium Susceptible - 1
Decreased Phytohormones And Reduced Phytohormone R - 1
Decreased Phytohormones - 1
Decreased Local And Systemic Resistance - 1
Alkaloids Increased - 1
Dicamba And Glufosinate Tolerant - 1
Dehydratoin Stress Resistance - 1
Reduced Jasmonic Acid And Isoleucine Production - 1
Reduced Sensitivity To Jasmonates - 1
Reduced Nicotine And Ethylene Sensitive - 1
Reduced Nicotine And Benzylacetone Emissions From - 1
Reduced Micrornas And Reduced Sensitivity To Jasmo - 1
Reduced Micrornas And Reduced Phytohormone Respons - 1
Reduced Micrornas And Phytohormone Responses To In - 1
Reduced Micrornas - 1
Reduced Methylbenzoate - 1
Reduced Lipid Transferase - 1
Reduced Nicotine Conversion - 1
Reduced Jasmonic Acid Levels - Reduced Herbivore R - 1
Reduced Nitrate Reductase - 1
Reduced Jasmonate Signaling - 1
Reduced Ja Responses - 1
Reduced Hydrogen Peroxide After Herbivore Attack - 1
Reduced Growth - 1
Reduced Green Leaf Volatiles - 1
Reduced Fruit Softening - 1
Reduced Flower Development - 1
Reduced Fatty Acid Hydroperoxides - 1
Reduced Cyanogen Content - 1
Reduced Cyanogen And Increased Protein Content - 1
Reduced Jasmonic Acid-Isoleucine - 1
Reduced Photosynthetic Rates And Reduced Sensitivi - 1
Peroxidase Levels Increased - 1
Reduced Salicylic Acid Levels - Reduced Pathogen R - 1
Reduced Salicylic Acid And Reduced Phytohormone Re - 1
Reduced Rna-Dependent Reverse Polymerase - 1
Reduced Putrescine N-Methyl Transferase And Reduce - 1
Reduced Proteinase Inhibitors, Reduced Volatiles, - 1
Reduced Proteinase Inhibitors And Reduced Volatile - 1
Reduced Phytohormone Responses To Insect Attack, R - 1
Reduced Phytohormone Responses To Insect Attack An - 1
Reduced Nicotine And Proteinase Inhibitors - 1
Reduced Photosynthetic Rates, Reduced Nicotine, An - 1
Reduced C6 Volatiles And Reduced Proteinase Inhibi - 1
Reduced Photosynthetic Rates And Increased Photosy - 1
Reduced Photosynthetic Rates - 1
Reduced Pectin Methyl Esterase - 1
Reduced Pathogene Response - 1
Reduced Pathogen Resistance, Reduced Volatiles, An - 1
Reduced Pathogen Resistance, Reduced Nicotine, And - 1
Reduced Pathogen Resistance And Reduced Sensitivit - 1
Reduced Pathogen Resistance And Reduced Micrornas - 1
Reduced Pathogen Resistance And Decreased Phytohor - 1
Reduced Pathogen Resistance - 1
Reduced Photosynthetic Rates, Reduced Volatiles, A - 1
Phytoene Synthase Activity Increased - 1
Ppv Resistant - 1
Potential Resistance To Fungal Pathogen Fusarium - 1
Potato Tuberworm Resistant - 1
Possible Effects On Seed Germination - 1
Poly-Beta-Hydroxybutyrate Produced - 1
Pmp - 1
Plant May Have Stunted Growth And Reduced Or No Fe - 1
Plant Height Reduced - 1
Phytoremediation - 1
Reduced Calcium Dependent Protein Kinase - 1
Phytoene Synthase Overexpression - 1
Product Quality - 1
Phratora Leaf Beetle Resistant - 1
Phototropism Reduced - 1
Photosynthetic Rates Reduced - 1
Phospholipase D Suppressed - 1
Phosphinothricin Resistance - 1
Pharmaceutical Protein Produced - 1
Pharmaceutical Produced - 1
Phakopsora Pachyrhizi - 1
Phakopsora And Phytophthora Resistant - 1
Increased Sucrose Export - 1
Phytophthora Infestans Resistant - 1
Pubarn - 1
Reduced Sensitivity To Jasmonates And Reduced Phyt - 1
Reduced C6 Volatiles And Reduced Nicotine - 1
Reduced C6 Volatiles And Constitutive/Elevated Ber - 1
Reduced Benzylacetone Emission From Flowers, Reduc - 1
Reduced Benzylacetone Emission From Flowers And Re - 1
Reduced Benzylacetone Emission From Flowers - 1
Red Spots Upon Transposon Excision, Murep R3 - 1
Red Spots Upon Excision - 1
Red Fluorescent Protein (Mcherry) - 1
Random Insertions, No Known Phenotype - 1
Pratylenchus Vulnus Resistant - 1
Pvy Susceptible - 1
Presumed Resistance To Pyricularia Oryzae, Rhizoct - 1
Pstv Resistant - 1
Psrv Resistant - 1
Proteinase Inhibitors Level Constitutive - 1
Proteinase Inhibitor Overexpression - 1
Protein Increase - 1
Protein And Vitamin A Levels Increased - 1
Prosystemin Overexpressor - 1
Program Cell Death Inhibited - 1
Production Of Astaxanthin In Flower Petals, - 1
Reduced C6 Volatiles, Reduced Nicotine, And Reduce - 1
Ralstonia - 1
Sugar Cane Borer Resistant - 1
Reduced Salicylic Acid Response - 1
Tocopherol Levels Altered - 1
The Resulting Transgenic Plants Are Resistant To H - 1
Tetracycline Responsive - 1
Tetracycline Binding Protein Produced - 1
Terpene Production - 1
Sulfonylurea Susceptible - 1
Sulfometuron Tolerant - 1
Sugarcane Mosaic Virus Resistant - 1
Tolerance To Herbicide - 1
Sugar Content Increased - 1
Tolerant To Herbicides That Inhibit Protoporphyrin - 1
Stunted Growth And Reduced Fertility - 1
Streptomyces Scabies Resistant - 1
Storage Protein - 1
Stem Gravitropic Response Altered - 1
Spectromycin Resistant - 1
Spectinomycin Resistance - 1
Spectinomycin And Kanamycin Resistant - 1
Soybean Cyst Nematode Resistant - 1
Soybean Cyst Nematode Resistance - 1
Soybean Aphid Resistance - 1
Sugarcane Mosaic Potyvirus Resistant - 1
Virulence Altered - 1
Yield Enhancement And /Or Drought Tolerance - 1
Yield Enhanced - 1
Yield And/Or Drought Tolerance - 1
Yfp - 1
Yeild Increase - 1
Wound Response Altered - 1
White Mold Resistant - 1
Volatile Organics Metabolized - 1
Vivipary Increased - 1
Tol-Als Inhibitor, - 1
Visual Maker - 1
Sorbitol Levels Altered - 1
Verticillium/Thielaviopsis/Aspergillus Flavus Resi - 1
Vacuolar Invertase Gene Level Decreased - 1
Tyrosine Level Increased - 1
Triggers Plant Defense Responses - 1
Trifolitoxin Resistant - 1
Trichrome Development Altered - 1
Transposon Activator - 1
Transgene Excision Control - 1
Transformation Vector - 1
Tol-Gly, Tol-Als Inhibitor, - 1
Vitamin Content Increased - 1
Reduced Volatiles, Reduced Proteinase Inhibitors A - 1
Resistance To Lepidopterans - 1
Resistance To Fungus - 1
Resistance To Bialaphos And Phosphinothricin - 1
Reporter Gene - 1
Rely Resistant - 1
Reduces Stature - 1
Reduced Xyloglucan Endo-Transglycosidase (Reduced - 1
Reduced Xyloglucan Endo-Transglycosidase - 1
Reduced Wound Responsive Kinase - 1
Sorghum Mosaic Potyvirus Resistant - 1
Reduced Volatiles, Reduced Proteinase Inhibitors, - 1
Resistant To Root Rot - 1
Reduced Volatiles, Reduced Nicotine, And Reduced P - 1
Reduced Volatiles And Reduced Proteinase Inhibitor - 1
Reduced Volatiles And Constitutive/Elevated Bergam - 1
Reduced Voc Synthesis And Diterpenoids - 1
Reduced Virulence - 1
Reduced Toxicity - 1
Reduced Thionin - 1
Reduced Systemin Polypeptide - 1
Reduced Stature (Dwarfing) - 1
Reduced Sensitivity To Jasmonic Acid - 1
Reduced Volatiles, Reduces Proteinase Inhibitors, - 1
See Composition Altered - 1
Pathogenesis Related Proteins Level Increased - 1
Slight Shift In Ja Burst - 1
Similar To Wildtype - 1
Selectable Marker/Herbicide Tolerant - 1
Seed-Gossypol Reduced - 1
Seed Storage Protein Suppression - 1
Seed Storage Protein - 1
Seed Set Reduced - 1
Seed Protein Suppression - 1
Seed Hardness Altered - 1
Resistant To Coleopteran - 1
Seed Allergen Reduced - 1
Resistant To Lepidopeteran Larvae - 1
Sda Omega-3 Fatty Acid - 1
Scab Resistant - 1
Salt And Cold Tolerance - 1
Salinity Tolerance - 1
Salicylic Acid Level Reduced - 1
Salicylic Acid Binding Protein 2 Gene - 1
Root Morphology Altered - 1
Ring Rot Resistance - 1
Resistant To Rust, Sudden Death Syndrome And Stem - 1
Sorgghum Mosaic Virus (Srmv) Resistant - 1
Seed Composition - 1
Gus Control Pnd9 - 1
Increased Nicotine Levels - 1
Herbivore Resistant - 1
Herbivore Deterrent - 1
Herbivore Defense Decreased - 1
Herbicide Tolerant/Modified Seed Composition - 1
Herbicide (Dicamba) Tolerant - 1
Herbicide (Dicamba) Tolerance - 1
Heavy Metal Sensor - 1
Heat Stress Tolerance - 1
Higher Herbivore, Pathogen Resistance - 1
Gus Expession - 1
Higher Oil - 1
Gus Control 2301 - 1
Gus Control - 1
Gus - 1
Grwoth Rate Altered - 1
Growth Rate Decreased - 1
Growth Promotion Or No Visible Change In Phenotype - 1
Growth Altered - 1
Green Fluorescent Protein (Mgfp) And Red Fluoresce - 1
Green Fluorescent Protein (Mgfp) - 1
Grapevine Leafroll-Associated Closterovirus 2 Resi - 1
Halogenated Hydrocarbons Metabolized - 1
Improved Nitrogen Utilization - 1
Pesv Resistant - 1
Increased Fruit Softening - 1
Increased Drought Tolerance - 1
Increased Disease Resistance - 1
Increased Cold Tolerance - 1
Increased Cellulose Hydrolysis - 1
Increased Biomass - 1
Increased Amylose Versus Amylopectine - 1
Increased Accumulation Of Flavonoid Polymers - 1
High Oleic Acid And Elevated Stearic Acid - 1
Increase Yield, Herbicide Tolerant - 1
Grapevine Leafroll-Associated Ampelovirus 3 Resist - 1
Improved Common Corn Rust Resistance - 1
Improved Common Corn Rust And Gray Leaf Spot Resis - 1
Improved Cold Tolerance - 1
Improved Anthracnose And Seedling Blight And Ear R - 1
Improved Abiotic Stress Tolerance - 1
Imporoved Storage - 1
Imidazolinine Tolerant - 1
Hordothionin Produced - 1
Higher Polyamine Levels - 1
Higher Pathogen Resistance, Less Herbivore Resista - 1
Increased Accumulation Of Flavoniod Polymers - 1
Fruit Sweetness Increased - 1
Glufosinate-Ammonium - 1
Glufosinate - Ammonium Tolerant - 1
Glucuronidase Expressing - 1
Gfp From Jellyfish,-Synthetic Green Fluorescence P - 1
Gflv Resistant - 1
Germination Rate Increased - 1
Gene Expession Altered - 1
Fusarium Head Blight Resistance - 1
Fungal Resistant General - 1
Grapevine Leafroll-Associated Closterovirus 2 - 1
Fumonisin Mycotoxin Levels Decreased - 1
Glyphosate And Dicamaba Tolerance - 1
Fruit Invertase Level Decreased - 1
Fruit Firmness Altered - 1
Fluorescent Marker Visible Under Uv To Visualize S - 1
Fluorescent Kernels - 1
Flower And Fruit Set Altered - 1
Flourescent Kernels - 1
Flavonoid Levels Altered - 1
Fiber Quality - 1
Fertility Restored - 1
Fertile - 1
Fungal Disease Resistance - 1
Glyphosate Tolerant/ Dicamba Tolerant - 1
Increased Oil Content And Modified Oil Content - 1
Glyposate, Dicamba - 1
Glyposate Tolerant - 1
Glyphsate Tolerant - 1
Glyphostate Tolerance - 1
Glyphosphate Tolerant - 1
Glyphosphate Tolerance - 1
Glyphosate,Dicamba Tolerant - 1
Glyphosate,Dicamba - 1
Glyphosate, Dicamba Tolerant - 1
Glyphoaste Tolerant - 1
Glyphosate Tolernace - 1
Glyphosate & Dicamba Tolerance - 1
Glyphosate Tolerant And Dicamba Tolerant - 1
Glyphosate Tolerance/Increased Oi Content - 1
Glyphosate Tolerance And Dicamba Tolerance - 1
Glyphosate Toleran - 1
Glyphosate Tolearnce - 1
Glyphosate Tolarant - 1
Glyphosate Toelrant - 1
Glyphosate Teloerance - 1
Glyphosate Resistance - 1
Grapevine Leafroll-Associated Ampelovirus Virus 3 - 1
Glyphosate Tolrance And Dicamba Tolerance - 1
Lower Jasmonic Acid Levels, Reduced Herbivore Defe - 1
Increased Herbivore Resistance - 1
Modified Flowering - 1
Modified Flower Color, - 1
Modified Composition - 1
Mildew Resistant - 1
Methotrexate Resistant - 1
Melodgyne Resistant - 1
Mealybug Wilt Virus Resistant - 1
Male Sterility - 1
Modified Oil Composition, Increased Oil Content - 1
Lower Lignin Content And Structural Rigidity - 1
Modified Oil Compostion - 1
Loss Of Systemic Resistance - 1
Lmv Resistant - 1
Lima Ceropin A-Melittin Chimeric Gene - 1
Lignin Biosynthesis Altered - 1
Light Response Altered - 1
Less Resistance To Herbivores And Pathogens - 1
Less Resistance To Herbivores - 1
Less Heat, Herbivore, Pathogen Resistance - 1
Leptidopteran Resistant - 1
Lepitdopteran Resistant - 1
Lysine Level Altered - 1
None Or Slowed/Delayed Growth - 1
Pathogenesis Reduced - 1
Papaya Ringspot Potyvirus - 1
Papaya Leaf Distortion Mosaic Potyvirus - 1
Oxalate Oxidase - 1
Organic Compounds Degraded - 1
Oomycete Resistant - 1
Oil Profile Altetered - 1
Oil Profile Altered, Dicamba, - 1
Oil Profile Altered Glyphosate Tolerance - 1
Modified Hmw Glutenin Seeds Storage Protein Conten - 1
Not Applicable - 1
Lepidoteran Resisant/Coleopteran Resistant - 1
None Expected, Selectable Marker Confers Herbicide - 1
Nitrogen Utilization Efficiency Increased - 1
Nitrogen Efficiency - 1
Nitrate Response Altered - 1
Neomycin Tolerant - 1
Nematode Resistancew - 1
More Competitive - 1
Modified Sex Expression - 1
Modified Seed Storage Protein Content - 1
Modified Seed Content - 1
Oblique Banded Leafroller Resistant - 1
Increased Yield, Dicamba Resistant - 1
Kernel Composition Altered - 1
Kanamycin Resistance And Gus Reporter Gene - 1
Kanamycin Resistance - 1
Intrinsic Yield - 1
Insect-Protected, Glyphosate-Tolerant - 1
Industrial Protein Produced - 1
Inducible Gene Expression - 1
Inducible Drought Tolerance Expression - 1
Inducible Dna Modification - 1
Lepidoteran/Coleopteran Resistant - 1
Increased Yield, Glyphosate Tolerant - 1
Leaf Epinasty - 1
Increased Yield And Glyphosate Tolerant - 1
Increased Yield And Dicamba Tolerant - 1
Increased Vitamin A And E Content - 1
Increased Systemin Polypeptide - 1
Increased Solids - 1
Increased Seed Oil - 1
Increased Rubber Production - 1
Increased Resistance To Herbivores, Pathogens And - 1
Increased Protien - 1
Increased Photosynthetic Rates - 1
Increases Yield - 1
Lepidopteran Resistant/ Coleopteran - 1
Fatty Acid Profile Altered - 1
Lepidoteran Proteced - 1
Lepidoptran Resistant - 1
Lepidopterean Resisitant - 1
Lepidopteran-Protected - 1
Lepidopteran/Colepteran Resistant - 1
Lepidopteran/Coleopteran - 1
Lepidopteran/ Coleopteran Resistant - 1
Lepidopteran Tolerrant - 1
Lepidopteran Resistant/Coleopteeran Resistant - 1
Lack Of Production Of Toxin - 1
Lepidopteran Resistant/Coleopateran Resistant - 1
Larger Fruit - 1
Lepidopteran Resistanct - 1
Lepidopteran Resisant - 1
Lepidopteran Reistant/Coleopteran Resistant - 1
Lepidopteran Reistance - 1
Lepidoptera Resistance - 1
Lepdopteran Resistant - 1
Lepdipopteran Resistant - 1
Leipidopteran Resistance - 1
Leafhopper Resistant - 1
Lepidoteran Toleranat - 1
Lepidopteran Resistant/Coleoperan Resistant - 1