Modification type | Crop | Target | Purpose | Reference |
Knockout | Apple | DIPM1, DIPM2, DIPM3, DIPM4 | Fire blight disease resistance | [119] |
Apple | PDS | Mutagenesis assessment | [120] | |
Banana | PDS | Mutagenesis assessment | [121] | |
Camelina | FAD2 | Alteration of lipid compositions | [122] | |
Cassava | PDS | Mutagenesis assessment | [123] | |
Cassava | nCBP-1, nCBP-2 | Brown streak disease resistance | [124] | |
Citrus | LOB1 | Citrus canker resistance | [125] | |
Cucumber | eIF4E | Virus resistance | [126] | |
Flax | EPSPS | Herbicide resistance | [95] | |
Grape | IdnDH | Improvement of tartaric acid production | [127] | |
Oilseed rape | FAD2 | Alteration of lipid compositions | [128] | |
Potato | ALS1 | Herbicide resistance | [129] | |
Potato | GBSS | Alteration of starch content | [130] | |
Potato | MYB44 | Improvement of phosphate usage efficiency | [131] | |
Potato | S-Rnase | Improvement of self-compatibility | [132] | |
Rice | ERF922 | Blast resistance | [133] | |
Rice | HAK1 | Inhibition of Cs+ accumulation | [134] | |
Rice | CYP97A4, DSM2, CCD4a, CCD4b, CCD7 | β-carotene accumulation, plant architecture | [135] | |
Tobacco | PDS, PDR6 | Optimization of plant architecture and yield | [136] | |
Tomato | MAPK3 | Drought resistance | [137] | |
Wheat | GASR7, DEP1 | Enhancement of thousand grain weight | [138] | |
Wheat | ABCC6, NFXL1, LTP9.4 | Fusarium head blight disease resistance | [139] | |
Wheat | DREB2, ERF3 | Drought resistance, ethylene responses | [140] | |
Wheat | GW2 | Enhancement of seed size and thousand grain weight | [141] | |
Knockin | Flax | BFP | Insertion assessment | [129] |
Maize | ALS2, PAT | Chlorsulfuron resistance, herbicide resistance | [142] | |
Rice | TB-TIPS-E2 fragment, E2-TIPS-E8 fragment | Insertion assessment | [143] | |
Rice | HPTII, RFP | Insertion assessment | [144] | |
Soybean | HPT | Insertion assessment | [145] |