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I think the idea of genetic engineering is fascinating. It’s also quite dangerous. Fiddling around with what makes us human might make us less human. We could end up creating a Frankenstein’s monster. The idea of genetic engineering has been around for centuries. Scientists have always wanted to change us. The real breakthrough came in the latter half of last century. Geneticists cracked the genetic code and found ways of altering our genes. Now they can clone animals and reproduce human tissue and organs. I don’t think it’ll be too long before scientists clone a person. Once all the fuss has died down, younger generations will be more accepting of genetic engineering. We might even live to be two hundred years old. |
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I think ____________________ genetic engineering is fascinating. It’s also quite dangerous. ____________________ with what makes us human might make ____________________ . We could end up creating a Frankenstein’s monster. The idea of genetic engineering has ____________________ centuries. Scientists have always wanted to change us. The real breakthrough came in ____________________ of last century. Geneticists cracked the genetic code and found ____________________ our genes. Now they can clone animals and reproduce ____________________ and organs. I don’t think ____________________ long before scientists clone a person. Once all the ____________________ down, younger generations will be more accepting of genetic engineering. We ____________________ to be two hundred years old.
I think the idea of genetic engineering is csniatfngia. It’s also quite osgrauned. Fiddling around with what makes us human might make us less human. We could end up anticrge a Frankenstein’s monster. The idea of genetic engineering has been around for ctseuiern. Scientists have always wanted to anecgh us. The real breakthrough came in the latter half of last yncerut. Geneticists cracked the genetic code and found ways of elainrtg our genes. Now they can clone animals and reproduce human eissut and organs. I don’t think it’ll be too long before scientists clone a nperso. Once all the fuss has died down, younger generations will be more gipcnteca of genetic engineering. We might even live to be two hundred years old.
I think the engineering genetic of idea fascinating is. It’s also quite dangerous. Fiddling around with what makes less us might us human human make. We could end up creating a Frankenstein’s monster. The idea of genetic engineering for been centuries around has. Scientists change to wanted always have us. The real breakthrough came last in latter of century the half. Geneticists cracked the genetic code and found ways of altering our genes. Now and animals clone can they reproduce human tissue and organs. I don’t think it’ll be too long before scientists clone a person. has down all fuss died Once the, younger generations will be more accepting of genetic engineering. live even might We hundred two be to years old.
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STUDENT A’s QUESTIONS (Do not show these to student B) |
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STUDENT B’s QUESTIONS (Do not show these to student A) |
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Write five GOOD questions about genetic engineering in the table. Do this in pairs. Each student must write the questions on his / her own paper.
When you have finished, interview other students. Write down their answers.
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Q.5.
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Write about genetic engineering for 10 minutes. Show your partner your paper. Correct each other’s work.
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1. VOCABULARY EXTENSION: Choose several of the words from the text. Use a dictionary or Google’s search field (or another search engine) to build up more associations / collocations of each word.
2. INTERNET INFO: Search the Internet and find more information about genetic engineering. Talk about what you discover with your partner(s) in the next lesson.
3. MAGAZINE ARTICLE: Write a magazine article about genetic engineering. Read what you wrote to your classmates in the next lesson. Give each other feedback on your articles.
4. GENETIC ENGINEERING POSTER Make a poster about genetic engineering. Show it to your classmates in the next lesson. Give each other feedback on your posters.
5. MY GENETIC ENGINEERING LESSON: Make your own English lesson on genetic engineering. Make sure there is a good mix of things to do. Find some good online activities. Teach the class / another group when you have finished.
6. ONLINE SHARING: Use your blog, wiki, Facebook page, MySpace page, Twitter stream, Del-icio-us / StumbleUpon account, or any other social media tool to get opinions on genetic engineering. Share your findings with the class.
Copyright 2009 by Sean Banville | Donate | Links