CRISPR

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Non-coding elements only

Protein-coding genes only

Neither protein-coding genes nor non-coding elements

Both protein-coding genes and non-coding elements (correct)

Single nucleotide polymorphisms (SNPs) only

Both single nucleotide polymorphisms (SNPs) and structural variations (correct)

Neither single nucleotide polymorphisms (SNPs) nor structural variations

Structural variations only

To create gene knock-out or knock-in animals

To target and activate/silence specific genes (correct)

To generate disease models in animals and human pluripotent stem cells

To study the physiological role of genetic variations

Both protein-coding genes and non-coding elements Signup and view all the answers

Both SNPs and structural variations Signup and view all the answers

Create gene knock-in animals and bypass the use of embryonic stem cells Signup and view all the answers

It bypasses the use of embryonic stem cells Signup and view all the answers

Both drug target validation and preclinical drug tests Signup and view all the answers

To study the physiological role of genetic variations Signup and view all the answers

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