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Activity One: It’s All in Your Genes Activity Two: Gene Technology

Activity One: It’s All in Your Genes Activity Two: Gene Technology. It's All in Your Genes. Uniqueness. Do you agree this statement that on this planet, every person is unique? Why or why not?. Uniqueness might lie in. A. education B. environment C. genes.

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Activity One: It’s All in Your Genes Activity Two: Gene Technology

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  1. Activity One:It’s All in Your Genes Activity Two: Gene Technology

  2. It's All in Your Genes

  3. Uniqueness • Do you agree this statement that on this planet, every person is unique? Why or why not?

  4. Uniqueness might lie in... A. education B. environment C. genes

  5. Which do you think is the element deciding how you look? A. education B. environment C. genes C. genes

  6. Questions about Genes • Where are the genes? • What can they determine? • How do genes work? DONE

  7. Where are your genes? • Everyone has gota different combination ofgenes. • Thosegenesare containedin theDNAstructure. BACK

  8. Genes determine… • Your general shape and size

  9. Genes determine… • The color of your skin, eyes, and hair

  10. Genes determine… • The shape of your face, nose, ears, mouth and teeth. BACK

  11. How do genes work? • For every part of your body you’ve got two genes. • Youinheritone from your mother and the other from your father. • One of the genes isdominant. • You passeithergeneon toyourchildren.

  12. Illustration BACK

  13. End of Activity One Back to the Main Menu THE END

  14. Gene Technology

  15. Gene Technology • Selective Breeding • Genetic Engineering • Genetically Modified Foods(Frankenfoods) DONE

  16. Selective Breeding • Since 18th century, knowledge about genes has been used to improve plants and animals. • Farmers and scientistsselectthebestpossible specimensto breed from. BACK

  17. Genetic Engineering基因工程 1/2 • Genetic engineeringrefers to“cutting and pasting”of genetic material. • Genes can be removed, added or replaced to producedesirablecharacteristics.

  18. Genetic Engineering基因工程 2/2 • “Genetic engineering” has been done on plants, with the main focus on improving crop production and quality. • Genetic engineering can produce new and better plants and animals. BACK

  19. Genetically Modified Foods基因改造食物

  20. Genetically Modified Foods • Generally speaking, the phrase ‘genetically modified food’ can be used to refer to any product that gets some of its content from an organism that has been genetically modified.

  21. Could square watermelon be genetically modifies?

  22. How about potatoes that glow?

  23. Are we consuming FRANKENFOODS?

  24. What will our future food look like?

  25. What are the benefits of GM foods? • increased yields from agriculture • more powerful control of pests and weeds • reduced use of some agrochemicals • enhancement of nutritional value or other characteristics of crops • and more!

  26. What are the dangersof GM foods? • risk of transferring crop traits to wild species • negative impacts on wildlife from more powerful control of pests and weeds • increased use of some agrochemicals • increased corporate control of seed supply • and other effects!

  27. What are your opinions? • Write a short paragraph on GMF. Take a stand and give enough supporting ideas to express your opinions. BACK

  28. End of Activity Two Back to the Main Menu THE END

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