The Advantages and Concerns of Genetic Engineering in Agriculture and Medicine

The video explores genetic engineering, a process of modifying an organism's genome to introduce desirable traits. It discusses applications in agriculture, such as GM crops that resist diseases and enhance nutrients, exemplified by golden rice. Concerns include effects on biodiversity and human health. In medicine, genetic engineering enables bacteria to produce human insulin and offers potential treatments for genetic disorders like cystic fibrosis. Ethical and health concerns are also addressed. The video concludes by summarizing the benefits and concerns of genetic engineering.

What is the primary goal of genetic engineering?

• To eliminate all genetic disorders

• To modify the genome of an organism to introduce desirable characteristics

• To increase the lifespan of organisms

• To create new species

Which of the following is a benefit of GM crops?

• They are immune to all diseases

• They grow in any climate

• They can produce more food

• They require no water

What is a potential concern regarding GM crops?

• They might affect wildflower populations

• They are cheaper than normal seeds

• They can increase biodiversity

• They are always safe for human consumption

How has genetic engineering advanced the production of insulin?

• By synthesizing it chemically

• By extracting it from plants

• By using bacteria to produce human insulin

• By harvesting it from fish

What is gene therapy primarily used for?

• To insert working genes into individuals with faulty genes

• To clone organisms

• To enhance physical abilities

• To create new genetic disorders

What is a concern related to genetic engineering in medicine?

• It is too cheap to produce

• It might have unknown harmful effects

• It is universally accepted

• It can only be used on animals

What is a common ethical concern about genetic engineering?

• It is not effective

• It is considered playing God

• It is too expensive

• It is too slow to implement