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Keyphrases
Virus-induced Gene Silencing
100%
Functional Plants
100%
L. Ruthenicum
100%
Lycium Barbarum
100%
Lycium Ruthenicum
100%
Vacuum Infiltration
75%
Goji
50%
Photobleaching
25%
China
25%
Genetic Analysis
25%
Transgenic
25%
Gene Function
25%
Novel Genes
25%
Functional Characterization
25%
Gene Knockout
25%
Targeted Gene
25%
Abiotic Stress Tolerance
25%
Effective Method
25%
Biochemical Pathways
25%
Vegetables Fruits
25%
Reporter Gene
25%
Mode of Delivery
25%
Functional Components
25%
Asian Countries
25%
Secondary Metabolic Pathway
25%
Yellow Leaf
25%
Functional Genetics
25%
High Tolerance
25%
Vector Delivery
25%
Phytoene Desaturase
25%
Functional Fruits
25%
Saline-alkali Stress
25%
Tobacco Rattle Virus Vector
25%
Syringe Infiltration
25%
Lycium Species
25%
Mg-chelatase H Subunit
25%
Lycium
25%
First Application
25%
Leaf Phenotype
25%
High Adaptability
25%
Agricultural and Biological Sciences
Virus
100%
Lycium barbarum
100%
Lycium ruthenicum
100%
Gene Inactivation
100%
Lycium
50%
Biochemical Pathway
25%
Stress Tolerance
25%
Reporter Gene
25%
Phytoene
25%
Tobacco Rattle Virus
25%
Photobleaching
25%
Biosynthesis
25%
Abiotic Stress
25%
Genetics
25%