Recombinant DNA : a short course / James D. Watson, John Tooze, David T. Kurtz.
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TextPublication details: New York : Scientific American Books : Distributed by W.H. Freeman, 1983Description: xiii, 260 p. ill. (some col.), ports. ; 28 cmISBN: - 0716714841 (pbk.)
- 0716714833 (hard)
- 660.65 23 W3371
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| 660.65 P9358 Principles of gene manipulation and genomics | 660.65 P9358 Principles of gene manipulation and genomics | 660.65 P9539 Principles of gene manipulation and genomics | 660.65 W3371 Recombinant DNA : | 660.76 L6731 Industrial stoichiometry : | 660.83 P4621 Chemical engineers' handbook | 661.00286 H8685 Clean technology for the manufacture of speciality chemicals / |
Includes bibliographies and index.
1. Establishing the role of genes within cells,
2. Dna is the primary genetic material,
3. Elucidation of the genetic code,
4. The genetic elements that control gene expression,
5. Methods of creating recombinant dna molecules,
6. The isolation of cloned genes,
7. The unexpected complexity of eukaryotic genes,
8. In vitro mutagenesis,
9. Rearranging germ-line dna segments to form antibody genes,
10. Tumor viruses,
11. Movable genes,
12. The experimentally controlled introduction of dna into yeast cells,
13. Genetic engineering of plants by using crown gall plasmids,
14. Tranferring genes into mammalian cells,
15. Vital vectors, the introduction of foreign genes into fertilized mouse eggs,
16. Recombinant dna and genetic diseases,
17. The science used in the recombinant dna industry
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