Solanum lycopersicum
|
Vegetable
|
CRISPR
|
SlALS1
|
Enhanced herbicide resistance
|
Stress response
|
103
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
SlJAZ2
|
Resistance to bacterial speck
|
Stress response
|
104
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
APETALA2a (AP2a), NON-RIPENING (NOR) and FRUITFULL (FUL1/TDR4 and FUL2/MBP7)
|
Fruit development and ripening
|
Development
|
105
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
Pectate lyase (PL), polygalacturonase 2a (PG2a), and beta-galactanase (TBG4)
|
Cell wall gene, altered fruit color and firmness
|
Development
|
106
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
SlNPR1
|
Reduced drought tolerance
|
Stress response
|
107
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
SlALS1, SlALS2
|
Enhanced herbicide resistance
|
Stress response
|
101
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
SlGAI
|
Gibberellin response and dwarfism
|
Development
|
108
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
SlEIN2, SlERFE1, SlARF2B, SlGRAS8, SlACS2, SlACS4
|
Ethylene response and fruit development
|
Development
|
97
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
SBPase
|
Leaf senescence (SBPase in primary metabolism)
|
Metabolism
|
109
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
CBF1
|
Chilling tolerance
|
Stress response
|
110
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
POLYGALACTURONASE (PG) and PECTATE LYASE (PL)
|
Cell wall gene
|
Development
|
111
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
NPTII
|
N.A.
|
Others
|
112
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
Psy1 and CrtR-b2
|
Carotenoid metabolism
|
Metabolism
|
113
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
NADK2A, IAA9
|
NAD Kinase 2A; IAA9
|
Development
|
114
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
DDM1a, b
|
Decrease in DNA methylation
|
Development
|
115
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
SlMAPK20
|
Aborted pollen development
|
Development
|
116
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
Carotenoid isomerase and Psy1
|
Carotenoid metabolism
|
Metabolism
|
117
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
Solyc08g075770
|
Fusarium wilt susceptibility
|
Stress response
|
118
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
TypeII GRX 14, 15, 16, 17
|
Redox regulation
|
Metabolism
|
119
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
lncRNA1459
|
Repressed fruit ripening, lycopene, ethylene and carotenoid biosynthesis
|
Metabolism
|
120
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
SGR1, Blc, LCY-E, LCY-B1, LCY-B2
|
Increased lycopene content
|
Metabolism
|
121
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
PDS
|
Albino phenotype
|
Reporter
|
122
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
SlDML2
|
DNA methylation and fruit ripening
|
Reporter
|
66
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
PDS and GABA-TP1, GABA-TP2, GABA-TP3, CAT9 and SSADH
|
γ-aminobutyric acid metabolism
|
Metabolism
|
123
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
SlMYB12
|
Pink tomato fruit color
|
Metabolism
|
124
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
Coat protein, Replicase from TYLCV
|
Obtained resistance to tomato yellow leaf curl virus
|
Stress response
|
125
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
RIN
|
Ethylene production and fruit ripening
|
Metabolism
|
126
|
Solanum pimpinellifolium
|
Vegetable
|
CRISPR
|
SP, MULT, FAS, CyCb, OVUTE and FW2.2
|
Plant and inflorescence architecture, fruit shape and lycopene biosynthesis
|
Development, metabolism
|
69
|
Solanum pimpinellifolium
|
Vegetable
|
CRISPR
|
SP, SP5, CLV3 and WUS, GGP1
|
plant architecture, day-length insensitivity, enlarged fruit size and vitamin C
|
Development, metabolism
|
70
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
RIN
|
Ethylene production and fruit ripening
|
Development
|
68
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
SlORRM4
|
RNA editing and fruit ripening
|
Development
|
67
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
ALC
|
Shelf life
|
Metabolism
|
127
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
CLAVATA-WUSCHEL
|
Altered locule number
|
Development
|
65
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
SlMAPK3
|
Drought stress
|
Stress response
|
128
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
Glutamate decarboxylase (GAD)
|
γ-aminobutyric acid metabolism
|
Metabolism
|
129
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
Solyc12g038510
|
Jointless mutant, abscission
|
Development
|
130
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
Multiple genes
|
Generate a pool of mutants
|
Others
|
131
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
PSY
|
Fruit color
|
Development
|
132
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
Solyc12g038510
|
Jointless and branching
|
Development
|
133
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
L1L4
|
Involved in fruit metabolism during ripening
|
Metabolism
|
134
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
DELLA and ETR
|
Hormone response
|
Development
|
135
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
SlMlo1
|
Powdery mildew resistance
|
Stress response
|
136
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
SlIAA9
|
Parthenocarpic tomato plants
|
Development
|
137
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
SP5G
|
More rapid flowering
|
Development
|
64
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
Genes involved tomato domestication
|
Development and plant architecture
|
Development
|
138
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
SlAGL6
|
Production of parthenocarpic fruit under high temperature
|
Development
|
139
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
N.A
|
N.A
|
Others
|
140
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
SlBOP
|
Inflorescence structure
|
Development
|
63
|
Solanum lycopersicum
|
Vegetable
|
ZFN
|
L1L4
|
Heterochronic phenotype, plant architecture
|
Development
|
141
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
PDS and PIF
|
Albino phenotype
|
Reporter
|
142
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
N.A.
|
N.A.
|
Others
|
143
|
Solanum lycopersicum
|
Vegetable
|
TALEN, CRISPR
|
ANT1
|
Anthocyanin biosynthesis
|
Metabolism
|
144
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
RIN
|
Fruit ripening
|
Development
|
145
|
Solanum lycopersicum
|
Vegetable
|
TALEN
|
PROCERA
|
GA response and taller plant
|
Development
|
146
|
Solanum lycopersicum
|
Vegetable
|
CRISPR
|
AGO7
|
Leaf morphology
|
Development
|
147
|
Solanum
tuberosum
|
Vegetable
|
CRISPR
|
St16DOX
|
Steroidal glycoalkaloids metabolism
|
Metabolism
|
148
|
Solanum
tuberosum
|
Vegetable
|
CRISPR
|
GBSS genes
|
Starch biosynthesis
|
Metabolism
|
149
|
Solanum
tuberosum
|
Vegetable
|
CRISPR
|
S-RNase
|
Self-incompatibility
|
Development
|
150
|
Solanum
tuberosum
|
Vegetable
|
CRISPR
|
Coilin gene
|
Enhanced resistance to biotic and abiotic agents
|
Stress response
|
151
|
Solanum
tuberosum
|
Vegetable
|
CRISPR
|
StALS1, StALS2
|
Enhanced herbicide resistance
|
Stress response
|
101
|
Solanum
tuberosum
|
Vegetable
|
CRISPR
|
GBSS1
|
Starch biosynthesis
|
Metabolism
|
152
|
Solanum
tuberosum
|
Vegetable
|
CRISPR
|
S-Rnase
|
Self-incompatibility
|
Development
|
72
|
Solanum
tuberosum
|
Vegetable
|
CRISPR
|
Coilin gene
|
Enhanced resistance to biotic and abiotic agents
|
Stress response
|
153
|
Solanum
tuberosum
|
Vegetable
|
TALEN
|
SBE1 and StvacINV22
|
Sugar metabolism
|
Metabolism
|
154
|
Solanum
tuberosum
|
Vegetable
|
CRISPR
|
StMYB44
|
Phosphorus homeostasis
|
Stress response
|
155
|
Solanum
tuberosum
|
Vegetable
|
CRISPR
|
GBSS
|
Starch metabolism and tuber quality
|
Metabolism
|
156
|
Solanum
tuberosum
|
Vegetable
|
TALEN
|
StALS1
|
Enhanced herbicide resistance
|
Stress response
|
157
|
Solanum
tuberosum
|
Vegetable
|
TALEN
|
StALS1
|
Enhanced herbicide resistance
|
Stress response
|
158
|
Solanum
tuberosum
|
Vegetable
|
TALEN
|
vINV
|
Postharvest cold storage and processing
|
Metabolism
|
71
|
Solanum
tuberosum
|
Vegetable
|
CRISPR
|
StALS1
|
Enhanced herbicide resistance
|
Metabolism
|
159
|
Solanum
tuberosum
|
Vegetable
|
TALEN
|
StALS1
|
Enhanced herbicide resistance
|
Metabolism
|
160
|
Solanum
tuberosum
|
Vegetable
|
CRISPR
|
StIAA2
|
Aux/IAA protein, shoot morphogenesis
|
Development
|
161
|
Brassica oleracea
|
Vegetable
|
CRISPR
|
BolC.GA4.a
|
GA response and dwarfism
|
Development
|
162
|
Brassica oleracea
|
Vegetable
|
CRISPR
|
BoPDS, BoSRK3, BoMS1
|
Albino phenotype, self-incompatibility, male sterility
|
Development
|
163
|
Brassica napus
|
Vegetable
|
CRISPR
|
LMI1
|
Leaf lobe development
|
Development
|
164
|
Brassica oleracea, rapa
|
Vegetable
|
CRISPR
|
PDS and FRI
|
Albino phenotype and flowering
|
Reporter, development
|
165
|
Brassica napus
|
Vegetable
|
CRISPR
|
FAD2
|
Fatty acid metabolism
|
Metabolism
|
76
|
Brassica carinata
|
Vegetable
|
CRISPR
|
Fascilin-like arabinogalactan protein
|
Regulation of root hairs under phosphorus stress
|
Development, stress response
|
166
|
Brassica napus
|
Vegetable
|
CRISPR
|
WRKY11 and WRKY70
|
Enhanced biotic resistance
|
Stress response
|
167
|
Brassica napus
|
Vegetable
|
CRISPR
|
SDG8
|
Histone lysine methyltransferase
|
Development
|
168
|
Brassica napus
|
Vegetable
|
CRISPR
|
CLV3 and CLV1, CLV2
|
Regulate multilocular seeds
|
Development
|
169
|
Brassica rapa and napus
|
Vegetable
|
CRISPR
|
AP2a, AP2b
|
Sepal to carpal modification
|
Development
|
170
|
Brassica napus
|
Vegetable
|
CRISPR
|
BnaRGA, BnaDA1, BnaDA2, BnaFUL
|
Multiple genes involved in plant development
|
Development
|
171
|
Brassica carinata
|
Vegetable
|
CRISPR
|
Fascilin-like arabinogalactan protein
|
Root hair development
|
Development
|
172
|
Brassica napus
|
Vegetable
|
CRISPR
|
ALC
|
Valve margin development, seed shattering
|
Development
|
173
|
Brassica oleracea
|
Vegetable
|
TALEN
|
FRIGIDA
|
Early flowering phenotype
|
Development
|
62
|
Dendrobium officinale
|
Flower
|
CRISPR
|
C3H, C4H, 4CL, CCR, and IRX
|
Lignocellulose biosynthesis
|
Metabolism
|
174
|
Lettuce sativa
|
Vegetable
|
CRISPR
|
LsBIN2
|
Impaired brassinosteroid response
|
Development
|
83
|
Lettuce sativa
|
Vegetable
|
CRISPR
|
LsNCED4
|
Thermo-inhibition of seed germination
|
Development
|
175
|
Cucumis sativus
|
Vegetable
|
CRISPR
|
eIF4E
|
Enhanced viral resistance
|
Stress response
|
176
|
Cucumis sativus
|
Vegetable
|
CRISPR
|
CmWIP1
|
Gynoecious phenotype
|
Development
|
177
|
Musa balbisiana
|
Fruit
|
CRISPR
|
eBSV
|
Control of virus pathogenesis
|
Stress response
|
178
|
Musa acuminata
|
Fruit
|
CRISPR
|
PDS
|
Albino phenotype
|
Reporter
|
179
|
Musa acuminata
|
Fruit
|
CRISPR
|
PDS
|
Albino phenotype
|
Reporter
|
180
|
Actinidia deliciosa
|
Fruit
|
CRISPR
|
PDS
|
Albino phenotype
|
Reporter
|
181
|
Vitis vinifera
|
Fruit
|
CRISPR
|
VvPDS
|
Albino phenotype
|
Reporter
|
182
|
Vitis vinifera
|
Fruit
|
CRISPR
|
IdnDH
|
Biosynthesis of tartaric acid
|
Metabolism
|
183
|
Vitis vinifera
|
Fruit
|
CRISPR
|
VvWRKY52
|
Increased the resistance to Botrytis cinerea
|
Stress response
|
75
|
Vitis vinifera
|
Fruit
|
CRISPR
|
VvPDS
|
Albino phenotype
|
Reporter
|
184
|
Vitis vinifera
|
Fruit
|
CRISPR
|
MLO-7
|
Powdery mildew resistance
|
Stress response
|
185
|
Vitis vinifera
|
Fruit
|
CRISPR
|
IdnDH
|
Biosynthesis of tartaric acid
|
Metabolism
|
186
|
Citrus sinensis
|
Fruit
|
CRISPR
|
DMR6
|
Huanglongbin resistance
|
Stress response
|
187
|
Citrus sinensis
|
Fruit
|
CRISPR
|
PDS
|
Albino phenotype
|
Reporter
|
188
|
Citrus paradisi
|
Fruit
|
CRISPR
|
CsPDS, Cs2g12470 and Cs7g03360
|
Albino phenotype
|
Reporter
|
189
|
Citrus sinensis
|
Fruit
|
CRISPR
|
PDS
|
Albino phenotype
|
Reporter
|
190
|
Citrus sinensis
|
Fruit
|
CRISPR
|
CsLOB1
|
Canker resistance
|
Stress response
|
73
|
Citrus paradisi
|
Fruit
|
CRISPR
|
CsLOB1
|
Canker resistance
|
Stress response
|
74
|
Citrus sinensis
|
Fruit
|
CRISPR
|
CsPDS
|
Albino phenotype
|
Reporter
|
191
|
Chrysanthemum morifolium
|
Flower
|
CRISPR
|
CpYGFP
|
Targeted editing of the YGFP reporter gene
|
Others
|
192
|
Ipomoea nil
|
Flower
|
CRISPR
|
InDFR-B
|
Anthocyanin biosynthesis and white flowers
|
Metabolism
|
193
|
Ipomoea nil
|
Flower
|
CRISPR
|
InCCD4
|
Altered petal color
|
Development
|
194
|
Petunia inflata
|
Flower
|
CRISPR
|
PiSSK1
|
Self-incompatibility
|
Development
|
195
|
Petunia hybrid
|
Flower
|
CRISPR
|
PDS
|
Albino phenotype
|
Reporter
|
196
|
Citrullus lanatus
|
Fruit
|
CRISPR
|
ALS
|
Increased herbicide resistance
|
Stress response
|
197
|
Citrullus lanatus
|
Fruit
|
CRISPR
|
PDS
|
Albino phenotype
|
Reporter
|
198
|
Salvia miltiorrhiza
|
Medicinal plant
|
CRISPR
|
SmCPS1
|
Tanshinone biosynthesis
|
Metabolism
|
199
|
Camelina sativa
|
Vegetable
|
CRISPR
|
FAE1
|
Reduced long-chain fatty acids
|
Metabolism
|
77
|
Camelina sativa
|
Vegetable
|
CRISPR
|
CsDGAT1 or CsPDAT1
|
Altered fatty acid composition and reduced oil content
|
Metabolism
|
200
|
Camelina sativa
|
Vegetable
|
CRISPR
|
FAD2
|
Reduced levels of polyunsaturated fatty acids
|
Metabolism
|
78
|
Camelina sativa
|
Vegetable
|
CRISPR
|
FAD2
|
Decreased polyunsaturated fatty acids
|
Metabolism
|
79
|
Malus pumila
|
Fruit
|
CRISPR
|
PDS, TFL1.1
|
Albino phenotype, early flowering
|
Development
|
201
|
Malus
pumila
|
Fruit
|
CRISPR
|
PDS
|
Albino phenotype
|
Reporter
|
183
|
Malus
pumila
|
Fruit
|
CRISPR
|
PDS
|
Albino phenotype
|
Reporter
|
202
|
Malus
pumila
|
Fruit
|
CRISPR
|
DIPM
|
Blight resistance
|
Stress response
|
185
|
Malus
pumila
|
Fruit
|
ZFN
|
udiA
|
Edited reporter gene
|
Others
|
203
|
Pyrus communis
|
Fruit
|
CRISPR
|
TFL1.1
|
Early flowering
|
Development
|
201
|
Daucus carota
|
Vegetable
|
CRISPR
|
PDS, MYB113-like
|
Albino phenotype
|
Reporter
|
204
|
Daucus carota
|
Vegetable
|
CRISPR
|
F3H
|
Altered anthocyanin biosynthesis
|
Metabolism
|
205
|
Torenia fournieri
|
Flower
|
CRISPR
|
F3H
|
Altered flower pigmentation
|
Metabolism
|
206
|
Fragaria vesca
|
Fruit
|
CRISPR
|
FveTAA1, FveARF8
|
Auxin signaling, plant development
|
Development
|
207
|
Fragaria vesca, Fragaria x Ananassa
|
Fruit
|
CRISPR
|
FvMYB10, FvCHS
|
Anthocyanin biosynthesis
|
Metabolism
|
208
|
Fragaria x Ananassa
|
Fruit
|
CRISPR
|
FaTM6
|
Anther development
|
Development
|
209
|
Fragaria vesca, Fragaria x Ananassa
|
Fruit
|
CRISPR
|
PDS
|
Albino phenotype
|
Reporter
|
210,
211
|