How CRISPR Lets You Edit DNA

What role does DNA play in organisms?

• Acts as an energy source for cells

• Serves as an instruction manual for cells

• Functions as a protective barrier against viruses

• Provides structural support to cells

What is CRISPR primarily known for?

• A cellular energy source

• A protein found in muscles

• A gene editing tool

• A type of virus

What natural function does CRISPR serve in bacteria?

• Acts as an immune system

• Helps in cell division

• Aids in nutrient absorption

• Provides energy through photosynthesis

What does CRISPR stand for?

• Cellular RNA Interfered Splicing Proteins

• Clustered Regularly Interspaced Short Palindromic Repeats

• Closely Related Immune System Proteins

• Created Replicas In Specific Palindromic Repeats

What is the role of Cas9 in the CRISPR system?

• It duplicates the DNA

• It binds to the guide RNA

• It repairs the DNA after cutting

• It cuts the DNA at targeted locations

How do scientists use CRISPR in gene editing?

• By increasing the DNA replication rate

• By attaching guide RNA to target specific genes

• By enhancing the photosynthesis process in plants

• By removing unwanted DNA sequences

How does CRISPR potentially correct genetic errors?

• By enhancing gene expression

• By using template DNA for accurate repair

• By adding extra DNA sequences

• By removing all mutations

What is a potential application of CRISPR technology?

• Improving the taste of water

• Building faster computers

• Developing cures for genetic diseases

• Creating indestructible materials

What is a major concern associated with CRISPR technology?

• Unintended changes and ethical implications

• Its inability to edit genes

• Its limited application in science

• The high cost of the technology

What is a key ethical consideration of CRISPR technology?

• The possibility of enhancing physical strength

• Its use in creating designer babies

• Its application in cloning extinct species

• The potential to increase lifespan indefinitely