000			01596cam a2200253 a 4500
999			_c71 _d71
001			826
005			20200611111448.0
008			830425s1983 nyuac b 001 0 eng
020			_a0716714841 (pbk.)
020			_a0716714833 (hard)
040			_cDLC
082	0	0	_a660.65 _223 _bW3371
100	1		_aWatson, James D.,
245	1	0	_aRecombinant DNA : _ba short course / _cJames D. Watson, John Tooze, David T. Kurtz.
260			_aNew York : _bScientific American Books : _bDistributed by W.H. Freeman, _c1983
300			_axiii, 260 p. _bill. (some col.), ports. ; _c28 cm.
500			_aIncludes bibliographies and index.
650		0	_aRecombinant DNA.
650		2	_aDNA, Recombinant.
700	1		_aTooze, John.
700	1		_aKurtz, David T.
942			_cBK
505	0		_a1. 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