Transcription activator-like effector nucleases enable efficient plant genome engineering

Keyphrases

• Acetolactate Synthase 41%
• Activity Data 8%
• Callus 25%
• Coding Sequence 8%
• Donor Molecules 8%
• Flow Cytometry 8%
• Fluorescent Protein Gene 8%
• Genetic Modification 8%
• High-throughput DNA Sequencing 8%
• Induced mutation 8%
• Nicotiana Tabacum 8%
• Nuclease Activity 8%
• Plant Biology 8%
• Plant Genome 16%
• Plant Genome Engineering 100%
• Plant Protoplasts 8%
• Plant Species 8%
• Polymerase Chain Reaction 8%
• Protoplast 25%
• Reaction Products 8%
• Reagent Delivery 8%
• Recognition Site 8%
• Single-strand Annealing 16%
• Site-directed mutation 8%
• SurA 8%
• TALEN 100%
• Targeted Gene Delivery 8%
• Targeted Gene Replacement 8%
• Targeted Modification 16%
• Tobacco 16%
• Transformed Cells 8%
• Yellow Fluorescent Protein 8%

Biochemistry, Genetics and Molecular Biology

• Acetolactate Synthase 41%
• Allele 8%
• Deep Sequencing 8%
• Flow Cytometry 8%
• Gene Insertion 8%
• Genome Editing 100%
• Induced Mutation 8%
• Nicotiana tabacum 8%
• Plant Genome 100%
• Polymerase Chain Reaction 8%
• Protoplast 33%
• Transcription Activator-Like Effector Nuclease 100%
• Yellow Fluorescent Protein 8%

Immunology and Microbiology

• Allele 8%
• DNA Sequence 8%
• Gene Insertion 8%
• Genome Editing 100%
• Induced Mutation 8%
• Nicotiana tabacum 8%
• Plant Genome 100%
• Polymerase Chain Reaction 8%
• Protoplast 33%
• Transcription Activator-Like Effector Nuclease 100%
• Transformed Cell 8%