Linked from

The 14 pages that link to Genome editing, each with the reason it gives.

• Plant breedingCompared with: It can change specific sequences without the repeated crossing used in many breeding programs.

• Gene therapyRelated: Gene editing can be a gene therapy strategy, but it is also used in research and other settings.

• Plant domesticationRelated: Genome editing can modify domestication-related traits without repeating centuries of selection.

• De-extinctionRelated: Researchers can use it to introduce selected extinct-species variants into a living relative’s genome.

• Genetically modified organismNarrower topic: Genome editing encompasses techniques used to make some kinds of genetically modified organisms.

• Genetically modified cropsNarrower topic: It is a broader set of methods that includes some approaches used to modify crops.

• Zinc finger nucleaseNarrower topic: Zinc finger nucleases are an early programmable platform for editing genomes.

• Emmanuelle CharpentierNarrower topic: CRISPR-Cas9 made targeted genome editing far more accessible to research laboratories.

• TALENNarrower topic: TALENs are programmable tools for making targeted genomic changes.

• Jennifer DoudnaNarrower topic: Doudna’s work helped make targeted genome editing simpler and more accessible.

• TransgenesisRelated: Genome editing can change existing DNA without introducing a lasting foreign gene.

• Cloning vectorCompared with: Editing changes genomic DNA, whereas cloning vectors primarily propagate carried fragments.

• He JiankuiNarrower topic: His experiment applied genome-editing methods to human embryos rather than treating an existing patient.

• NucleofectionRelated: Nucleofection supplies editing reagents, while editing outcomes depend on cellular repair processes.