Podcast
Questions and Answers
Which type of genetic elements can be disrupted using CRISPR?
Which type of genetic elements can be disrupted using CRISPR?
- 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)
What type of genetic variations can be created using CRISPR?
What type of genetic variations can be created using CRISPR?
- 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
What can CRISPR be used for in the study of gene function?
What can CRISPR be used for in the study of gene function?
- 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
Which genetic elements can be disrupted using CRISPR?
Which genetic elements can be disrupted using CRISPR?
What types of genetic variations can be created using CRISPR?
What types of genetic variations can be created using CRISPR?
What can CRISPR be modified to do in order to study gene function?
What can CRISPR be modified to do in order to study gene function?
What is the advantage of injecting CRISPR directly into one-cell stage embryos?
What is the advantage of injecting CRISPR directly into one-cell stage embryos?
What can CRISPR be used for in the study of gene function?
What can CRISPR be used for in the study of gene function?
What is the purpose of using CRISPR to create gene knock-out or knock-in animals?
What is the purpose of using CRISPR to create gene knock-out or knock-in animals?