List with GMOs and traits

Traits are organized in a tree that reflects the different classes of traits. This tree is displayed by pressing “show tree”.

Click on a term to expand it. Click on the plus behind a term to add it to the search criteria. >Press the "Filter" button to start the search.

Trait	Add
Abiotic stress tolerance
>Altered photoperiod sensitivity
>Cold or heat tolerance
>Drought or water tolerance
>Oxidation stress tolerance
>Reduced arsenate uptake
>Salinity tolerance
Alteration in growth, development or product quality
>Altered flavour
>Altered maturity
>Altered ripening or flowering
>Reduced ethylene synthesis
>Reduced pectin degradation
>Altered seed dormancy
>Altered shoot architecture
>Altered silique shatter resistance
>Enhanced growth rate or yield
>Enhanced nitrogen-use efficiency
>Fertility restoration
>Improved fruit abscission
>Male sterility
>Naked (hull-less) caryopsis
>Reduced black spot bruising
>Reduced browning
>Reproductive alteration
Composition alteration
>Allergen reduction
>Ovomucoid protein free
>Undetectable alpha-gal sugar on biological derivatives
>Altered cell wall rigidity
>Amylose/amylopectin ratio
>Colour modification
>Altered caroteinoid biosynthesis
>Enhanced bioethanol production
>Ergot alkaloid free
>New component
>Containing brazzein
>Nutritional composition
>Altered amino acid composition
>Altered anthocyanin levels
>Altered fatty acids and oils
>Altered starch content
>Altered sugars content
>Increased ascorbate (vitamin C) content
>Increased gamma-Aminobutyric acid (GABA) content
>Increased protein content
>pro Vitamin A
>Reduced phytate
>Reduced acrylamide potential
>Reduced cannabinoid
>reduced tetrahydrocannabinol (THC) and cannabichromene (CBC)
>Reduced gossypol level
>Reduced lignin
>Reduced nicotine
Herbicide tolerance
>2,4-D tolerance
>ALS/AHAS inhibitor tolerance
>Chlorsulfuron tolerance
>Imidazolinone tolerance
>Sulfonylurea tolerance
>Aryloxyphenoxypropionate (AOPP) herbicide tolerance (e.g. quizalofop)
>Bromoxynil tolerance
>Carotinoid synthesis inhibitor tolerance
>Cyanamid tolerance
>Dicamba (2-methoxy-3,6-dichlorobenzoic acid) tolerance
>Glufosinate tolerance
>Glyphosate tolerance
>HPPD inhibitor tolerance
>Isoxaflutole tolerance
>Mesotrione tolerance
>Methotrexate tolerance
>Other herbicide tolerance
>Paraquat tolerance
>Protoporphyrinogen oxidase (PPO)-inhibiting herbicide tolerance
>Sethoxydim tolerance
Pest/Disease resistance
>Animal virus resistance
>Porcine reproductive and respiratory syndrome virus resistance
>Bacterial resistance
>Xanthomonas citri subsp. citri (Xcc) resistance
>Xanthomonas oryzae pv. oryzae (Xoo) resistance
>Fungus and Oomycete resistance
>Botrytis cinerea resistance
>Cryphonectria parasitica resistance
>Fusarium wilt tropical race 4 resistance
>Mildew resistance
>Northern leaf blight resistance
>Phytophthora resistance
>Sclerotinia sclerotiorum resistance
>Insect resistance
>Coleoptera resistance
>Lepidoptera resistance
>Nematode resistance
>Plant virus resistance
>Bean golden mosaic virus resistance
>Beet necrotic yellow vein virus resistance
>Cassava brown streak virus resistance
>Cucumber mosaic virus resistance
>endogenous Banana streak virus resistance
>Papaya ringspot virus resistance
>Plum pox virus resistance
>Potato leaf roll virus resistance
>Potato virus Y resistance
>Ugandan cassava brown streak virus resistance
>Watermelon mosaic virus resistance
>Wheat dwarf virus resistance
>Zucchini yellow mosaic virus resistance
Production of medical, pharmaceutical, industrial or nutritional compounds
>Amino acid, peptide or protein production
>Bovine chymosin
>Human lysozyme
>L-Lysine
>L-Threonine
>Miraculin
>Phytase
>Soy leghemoglobin
>Vitamin production
Protein secretion
>SEC61 gamma chain protein
Selection markers and reporter genes
>Ampicillin resistance
>b-glucuronidase (GUS) activity
>DsRed2 activity
>Firefly luciferase activity
>GFP activity
>Hexose sugars metabolism
>Hygromycin resistance
>Kanamycin/neomycin resistance
>lacZ (b-galactosidase) activity
>Mannose metabolism
>Nopaline synthesis
>Streptomycin/spectromycin resistance

The list of GMOs can be filtered by traits.

Define Filter Criteria

page 1 of 25 results per page: 20 | 100 | all 484 results

GMO	Traits
pap1 GM Gypsophila	Composition alteration > Colour modification
nCX-1	Herbicide tolerance > 2,4-D tolerance Herbicide tolerance > ALS/AHAS inhibitor tolerance > Sulfonylurea tolerance Herbicide tolerance > Dicamba (2-methoxy-3,6-dichlorobenzoic acid) tolerance Herbicide tolerance > Glyphosate tolerance Herbicide tolerance > HPPD inhibitor tolerance > Mesotrione tolerance
hLZ goat 2	Production of medical, pharmaceutical, industrial or nutritional compounds > Amino acid, peptide or protein production > Human lysozyme
hLZ goat 1	Production of medical, pharmaceutical, industrial or nutritional compounds > Amino acid, peptide or protein production > Human lysozyme
e871 Bacillus subtilis	Production of medical, pharmaceutical, industrial or nutritional compounds > Vitamin production
Zhonghuang 6106	Herbicide tolerance > Glyphosate tolerance
Zheda Ruifeng 8	Pest/Disease resistance > Insect resistance > Lepidoptera resistance
ZZM032	Herbicide tolerance > Glufosinate tolerance Herbicide tolerance > Glyphosate tolerance
ZW20	Pest/Disease resistance > Plant virus resistance > Watermelon mosaic virus resistance Pest/Disease resistance > Plant virus resistance > Zucchini yellow mosaic virus resistance
ZSR503	Herbicide tolerance > Glyphosate tolerance
ZSR502	Herbicide tolerance > Glyphosate tolerance
ZSR500	Herbicide tolerance > Glyphosate tolerance
Z6	Alteration in growth, development or product quality > Reduced black spot bruising Composition alteration > Reduced acrylamide potential Pest/Disease resistance > Fungus and Oomycete resistance
YAK729.6	Production of medical, pharmaceutical, industrial or nutritional compounds > Amino acid, peptide or protein production
YAK1214.6	Production of medical, pharmaceutical, industrial or nutritional compounds > Amino acid, peptide or protein production
Y9	Alteration in growth, development or product quality > Reduced black spot bruising Composition alteration > Reduced acrylamide potential Pest/Disease resistance > Fungus and Oomycete resistance > Phytophthora resistance
XP-2	Herbicide tolerance > ALS/AHAS inhibitor tolerance > Sulfonylurea tolerance Herbicide tolerance > Glyphosate tolerance
X17-2	Pest/Disease resistance > Plant virus resistance > Papaya ringspot virus resistance Selection markers and reporter genes > Kanamycin/neomycin resistance
X17	Alteration in growth, development or product quality > Reduced black spot bruising Composition alteration > Reduced acrylamide potential Pest/Disease resistance > Fungus and Oomycete resistance > Phytophthora resistance
WYN341GmC	Herbicide tolerance > Glyphosate tolerance

page 1 of 25 results per page: 20 | 100 | all 484 results