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You have identified a useful gne in bac...

You have identified a useful gne in bacteria. Make a flow chart of the steps that you would follow to trasnfer this gene to a plant.

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After identifying a useful gene in bacteria, following steps should be followed
(i) Isolation of useful gene using restriction endonucleases
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(ii) Ttransferrin g the gen e to a suitable vector to create a recombinant DNA molecule
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(iii) Trasnfer of these recombinant DNA molecuels to the target cells.
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(iv) Screening of cells for transformation
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(v) Selection of transformed cells
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(vi) Regeneration of platns from the trasnformed cells to get transgenic plants.
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NCERT EXEMPLAR-BIOTECHNOLOGY AND ITS APPLICATIONS -Biotechnology And Its Applications
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  2. Who was the first patient to b e treated with gene therapy? Why was th...

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  4. Define antigen and antibody. Name any two diagnostic kits based upon t...

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  5. ELISA technique is based on the principle of antigen-antibody interact...

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  6. How is a mature, functional insulin hormone different from its pro-hor...

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  7. Gene therapy is an attempt to correct a genetic defect by providing a ...

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  8. Transgenic animals are the animals are the animals in which foreign ge...

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  9. When a foreign DNA is introduced into an organism, how is it maintaine...

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  10. Bt cotton is resistant to pest, such as lepidopteran, dipterans and co...

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  11. A patient is suffering from ADA deficiency. Can he b e cured? How?

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  12. Define transgenic animals.Explain in detail any four areas where they ...

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  13. You have identified a useful gne in bacteria. Make a flow chart of th...

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  14. Highlight five areas where biotechnology has influenced our lives.

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  15. What are the various advantages of using genetically modified plants t...

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  16. Explain with the help of one example how genetically modified plants ...

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  17. List the disadvantages of insulin obtained from the pancreas of slaugh...

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  18. List the advantages of recombinant insulin.

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  19. What is meant by the term biopesticide? Name and explain the mode of a...

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  20. Name the five key tools for accomplishing the tasks of recombinant DNA...

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