Genetic Engineering

Cards (20)

  • What is genetic engineering?
    Modification of an organism's genome
  • How is genetic engineering used in medicine?
    To produce human insulin using bacteria
  • How is genetic engineering used in agriculture?
    To create genetically modified (GM) crops
  • What is a good example of genetic engineering in medicine?
    Production of human insulin
  • Why do people with type 1 diabetes need insulin?
    They cannot produce their own insulin
  • What do genetically modified (GM) crops generally produce?
    A greater yield than normal crops
  • What is one benefit of GM crops being resistant to herbicides?
    Farmers can kill weeds without harming crops
  • What concerns do people have about GM crops?
    Potential harm to insects or wildflowers
  • What is gene therapy?
    Using genetic modification to treat disorders
  • What is the first step in genetic engineering?
    Identify the gene to transfer
  • What are plasmids used for in genetic engineering?
    To transfer DNA between organisms
  • What is a vector in genetic engineering?
    A method to transfer DNA between organisms
  • When is the desired gene transferred into the target organism?
    At an early stage of development
  • Why is it important to transfer the gene early in development?
    To ensure all cells receive the gene
  • What are the main steps in genetic engineering?
    1. Identify the gene to transfer
    2. Use enzymes to isolate the gene
    3. Transfer the gene into a plasmid or virus
    4. Transfer the gene into target organism's cells
    5. Ensure transfer occurs early in development
  • What is the role of insulin in humans?
    Regulates blood glucose levels
  • What is a potential risk of genetic modification in humans?
    Unknown effects on other genes
  • What is the purpose of genetically modified crops?
    To improve yield and resistance
  • What is the significance of the human insulin gene in genetic engineering?
    It helps treat type 1 diabetes
  • How does genetic engineering differ from traditional breeding methods?
    It directly modifies specific genes