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GENETIC ENGINEERING 12.pptx

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Genetics By Swati & Sheela
Genetics By Swati & Sheela
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GENETIC ENGINEERING 12.pptx

  1. 1. GENETIC ENGINEERING THE HISTORY AND DEFINITION OF
  2. 2. Guessing game: 1 2 3 4 5
  3. 3. YES NO BACK
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  5. 5. YES NO BACK
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  8. 8. BACK
  9. 9. BACK
  10. 10. • GENETIC ENGINEERING IS A PROCESS OF COMBINING DNA AND OTHER NUCLEIC ACID TO CREATE ANOTHER FORM OR STRUCTURE OF AN ORGANISM. • IT REFERS TO THE RECOMBINANT DNA TECHNOLOGY METHOD DEFINITION OF GENETIC ENGINEERING
  11. 11. ISOLATION OF DNA FRAGMENTS FROM A DONOR ORGANISM 1 THE INSERTATION OF AN INSOLATED DONOR DNA FRAGMENT INTO A RECIPIENT organism 2 THE GROWTH OF A RECOMBINANT VECTOR IN AN APPROPRIATE HOST 3 3 STEPS TO DO GENETIC ENGINEERING:
  12. 12. EXAMPLES IN FOOD/ PLANTS IN ANIMALS IN MEDICINE IN HUMAN
  13. 13. THE FACES OF GENETIC ENGINEERING
  14. 14. HERBERT WAYNE "HERB" BOYER
  15. 15. STANLEY NORMAN COHEN
  16. 16. BENIFITS OF GENETIC ENGINEERING IN AGRICULTURE BENIFITS OF GENETIC ENGINEERING IN HUMAN THROUGH MEDICINE 1 2
  17. 17. SOME BENIFITS OF GENETIC ENGINEERING IN HUMAN THROUGH MEDICINE 1 INSULIN MONOCLONAL ANTIBODIES (MABS) HELPS MEDICAL PRACTITIONER TO FIND MORE CURE
  18. 18. WRITE YOUR TOPIC OR IDEA BENIFITS OF GENETIC ENGINEERING IN AGRICULTURE 2 REDUCE THE USE OF CHEMICAL PESTICIDES PRODUCE MORE VARIETY OF FOOD AND CROP INCREASE CROP PRODUCTION
  19. 19. WRITE YOUR TOPIC OR IDEA BENIFITS OF GENETIC ENGINEERING IN AGRICULTURE INCREASE CROP PRODUCTION NICCELU CIADS Any of various complex organic acids such as DNA or RNA that are composed of nucleotide chains
  20. 20. WRITE YOUR TOPIC OR IDEA BENIFITS OF GENETIC ENGINEERING IN AGRICULTURE INCREASE CROP PRODUCTION Nucleic acid Any of various complex organic acids such as DNA or RNA that are composed of nucleotide chains
  21. 21. WRITE YOUR TOPIC OR IDEA BENIFITS OF GENETIC ENGINEERING IN AGRICULTURE INCREASE CROP PRODUCTION Bcreomitnnta NAD echlontoyg The term genetic engineering is also called as
  22. 22. WRITE YOUR TOPIC OR IDEA BENIFITS OF GENETIC ENGINEERING IN AGRICULTURE INCREASE CROP PRODUCTION Recombinant DNA technology The term genetic engineering is also called as
  23. 23. WRITE YOUR TOPIC OR IDEA BENIFITS OF GENETIC ENGINEERING IN AGRICULTURE INCREASE CROP PRODUCTION mspalid It is used to insert foreign genetic material into an organism’s genome
  24. 24. WRITE YOUR TOPIC OR IDEA BENIFITS OF GENETIC ENGINEERING IN AGRICULTURE INCREASE CROP PRODUCTION plasmid It is used to insert foreign genetic material into an organism’s genome
  25. 25. WRITE YOUR TOPIC OR IDEA BENIFITS OF GENETIC ENGINEERING IN AGRICULTURE INCREASE CROP PRODUCTION It is a type of organism that was the first to be successfully modified via the technique of genetic engineering trebiaca
  26. 26. WRITE YOUR TOPIC OR IDEA BENIFITS OF GENETIC ENGINEERING IN AGRICULTURE INCREASE CROP PRODUCTION It is a type of organism that was the first to be successfully modified via the technique of genetic engineering bacteria
  27. 27. WRITE YOUR TOPIC OR IDEA BENIFITS OF GENETIC ENGINEERING IN AGRICULTURE INCREASE CROP PRODUCTION It is one of the product of genetic engineering that used to regulate sugar of a diabetic person suninli
  28. 28. WRITE YOUR TOPIC OR IDEA BENIFITS OF GENETIC ENGINEERING IN AGRICULTURE INCREASE CROP PRODUCTION It is one of the product of genetic engineering that used to regulate sugar of a diabetic person insulin
  29. 29. WRITE YOUR TOPIC OR IDEA BENIFITS OF GENETIC ENGINEERING IN AGRICULTURE INCREASE CROP PRODUCTION

Notes de l'éditeur

  • Genes- basic physical and functional unit of heredity
    Dog breeds- german shephered, bullgod, aspin, husky, Chihuahua,
  • soybeans
  • papaya
  • Zebra fish
  • SUNFLOWER
  • SUNFLOWER
  • Genes- basic physical and functional unit of heredity
    Dog breeds- german shephered, bullgod, aspin, husky, Chihuahua,
  • Genes- basic physical and functional unit of heredity
    Dog breeds- german shephered, bullgod, aspin, husky, Chihuahua,
  • Genes- basic physical and functional unit of heredity
    Dog breeds- german shephered, bullgod, aspin, husky, Chihuahua,
  • Donor organism- contains the desired characteristics
  • Food- mix of kiwi and orange
    Animals- vacanti mouse
    Medicine- insulin
    Human- embryo modification( change the heredity of the baby to its parents)
  • Herbert Boyer is an american biotechnologist, researcher ang enterpreneur in biotechnology. He was born in 1936 in Derry, Pennsylvania. He was professor at the University of California, San Francisco (UCSF) and later served as vice president of Genentech from 1976 until his retirement in 1991.
  • he is an american genetics and a professor in the stanford university school of medicine. he was born on february 17, 1935. he explores the field of bacterial plasmids which help him to discover that genes of plasmids could ceate a bacteria that is resistant to antibiotics.
  • Genetic engineering becomes the new solution for desease control, cure and prevention. It has alot of benifits to human through different medicines. In medication, genetic engineering has a been utilized to produce insulin. Insulin it a medicine that help diabetes to eegilate blood sugar level. Monoclonal antibodies(MABS), one of the product of genetic engineering helps in preventing and curing cancer. In different way genetic engineering has a big help not only to the patient but also in our medical practitioner because through the help of genetic engineering nurses and doctors can easily find or create any madicine they neer to cure the patient
  • The main benefits of genetic engineering in agriculture are that it reduces the amount of pesticides sprayed on plants and protects them from pests and disease. Besides the benefits to us, this may reduce pollution in air and water because it reduces the use of dangerous pesticides that are harmful to the environment. It also helps the agricultural industry to enhance nutrient composition and food quality.
  • The main benefits of genetic engineering in agriculture are that it reduces the amount of pesticides sprayed on plants and protects them from pests and disease. Besides the benefits to us, this may reduce pollution in air and water because it reduces the use of dangerous pesticides that are harmful to the environment. It also helps the agricultural industry to enhance nutrient composition and food quality.
  • The main benefits of genetic engineering in agriculture are that it reduces the amount of pesticides sprayed on plants and protects them from pests and disease. Besides the benefits to us, this may reduce pollution in air and water because it reduces the use of dangerous pesticides that are harmful to the environment. It also helps the agricultural industry to enhance nutrient composition and food quality.
  • The main benefits of genetic engineering in agriculture are that it reduces the amount of pesticides sprayed on plants and protects them from pests and disease. Besides the benefits to us, this may reduce pollution in air and water because it reduces the use of dangerous pesticides that are harmful to the environment. It also helps the agricultural industry to enhance nutrient composition and food quality.
  • The main benefits of genetic engineering in agriculture are that it reduces the amount of pesticides sprayed on plants and protects them from pests and disease. Besides the benefits to us, this may reduce pollution in air and water because it reduces the use of dangerous pesticides that are harmful to the environment. It also helps the agricultural industry to enhance nutrient composition and food quality.
  • The main benefits of genetic engineering in agriculture are that it reduces the amount of pesticides sprayed on plants and protects them from pests and disease. Besides the benefits to us, this may reduce pollution in air and water because it reduces the use of dangerous pesticides that are harmful to the environment. It also helps the agricultural industry to enhance nutrient composition and food quality.
  • The main benefits of genetic engineering in agriculture are that it reduces the amount of pesticides sprayed on plants and protects them from pests and disease. Besides the benefits to us, this may reduce pollution in air and water because it reduces the use of dangerous pesticides that are harmful to the environment. It also helps the agricultural industry to enhance nutrient composition and food quality.
  • The main benefits of genetic engineering in agriculture are that it reduces the amount of pesticides sprayed on plants and protects them from pests and disease. Besides the benefits to us, this may reduce pollution in air and water because it reduces the use of dangerous pesticides that are harmful to the environment. It also helps the agricultural industry to enhance nutrient composition and food quality.
  • The main benefits of genetic engineering in agriculture are that it reduces the amount of pesticides sprayed on plants and protects them from pests and disease. Besides the benefits to us, this may reduce pollution in air and water because it reduces the use of dangerous pesticides that are harmful to the environment. It also helps the agricultural industry to enhance nutrient composition and food quality.
  • The main benefits of genetic engineering in agriculture are that it reduces the amount of pesticides sprayed on plants and protects them from pests and disease. Besides the benefits to us, this may reduce pollution in air and water because it reduces the use of dangerous pesticides that are harmful to the environment. It also helps the agricultural industry to enhance nutrient composition and food quality.
  • The main benefits of genetic engineering in agriculture are that it reduces the amount of pesticides sprayed on plants and protects them from pests and disease. Besides the benefits to us, this may reduce pollution in air and water because it reduces the use of dangerous pesticides that are harmful to the environment. It also helps the agricultural industry to enhance nutrient composition and food quality.
  • The main benefits of genetic engineering in agriculture are that it reduces the amount of pesticides sprayed on plants and protects them from pests and disease. Besides the benefits to us, this may reduce pollution in air and water because it reduces the use of dangerous pesticides that are harmful to the environment. It also helps the agricultural industry to enhance nutrient composition and food quality.

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