Genetic engineering

• What does genetic engineering aim to produce?


  It aims to produce improved or novel organisms with desired traits.
• What is the definition of genetic engineering?


  Genetic engineering is a set of technologies used to change the genetic makeup of cells.
• What impact does genetic engineering have on agriculture?


  It has increased crop yields and enhanced food security.
• How has genetic engineering impacted healthcare?


  It has improved treatments for genetic disorders and developed new vaccines and medicines.
• Why is animal welfare a concern in genetic engineering?


  Because we need to ensure that genetically modified animals are not harmed.
• How can genetic engineering be applied in agriculture?


  It can create pest-resistant crops and develop drought-tolerant plants.
• What is one common method used in genetic engineering?


  Using plasmids as vectors to introduce new genes into bacteria.
• What are the societal impacts of genetic engineering?


  1. Healthcare: Improved treatments for genetic disorders and new vaccines.
  2. Agriculture: Increased crop yields and enhanced food security.
  3. Environment: Potential for bioremediation and sustainable products.
  4. Economy: Growth of the biotechnology industry and new job opportunities.
  5. Ethics and Policy: Ongoing debates about regulation and ethical use.
  6. Public perception: Increased awareness and controversies surrounding GMOs.
• Why is safety a concern in genetic engineering?


  Because changing genes might accidentally cause harm to ecosystems or human health.
• How does genetic engineering impact industry?


  It can engineer bacteria to produce biofuels and create biodegradable plastics.
• What are some medical applications of genetic engineering?


  Producing insulin for diabetics and developing gene therapies for genetic disorders.