Linked from

The 16 pages that link to CRISPR, each with the reason it gives.

• Synthetic biologyRelated: CRISPR tools let designers alter DNA sequences with targeted precision.

• PlasmidRelated: Plasmids commonly deliver CRISPR components into cells.

• CRISPR gene editingNarrower topic: The editing technology was adapted from this microbial immune system.

• NucleobaseRelated: Guide RNA base pairing directs CRISPR-associated proteins to matching DNA sequences.

• CRISPR-Cas9Narrower topic: CRISPR arrays supply the sequence information that guides this editing system.

• ProkaryoteRelated: A defense system from prokaryotes became a widely used genome-editing tool.

• NatureRelated: Nature has published influential research on CRISPR biology and genome-editing applications.

• Genome editingNarrower topic: Its natural immune mechanism supplied the guide-directed targeting principle adapted for editing.

• Basic researchRelated: Research on a bacterial defense system eventually yielded a widely used genome-editing tool.

• Molecular geneticsRelated: CRISPR-based tools let researchers target and modify specific DNA sequences.

• Regeneration (biology)Related: Genome editing can test genes that restrict or enable regenerative responses.

• Non-coding RNARelated: Guide RNAs provide sequence recognition in both natural CRISPR defense and engineered editing.

• Emmanuelle CharpentierNarrower topic: Charpentier studied this microbial defense system before it was adapted for genome editing.

• Jennifer DoudnaNarrower topic: Cas9 editing derives from this broader microbial defense system.

• Prokaryotic cellRelated: A prokaryotic immune system became the basis of widely used genome-editing tools.

• Yogurt starter culturesNarrower topic: Phage-resistant yogurt strains helped establish that CRISPR sequences record past infections.