| Jocelyn E. Krebs received a B.A. in Biology from Bard College, Annandale-on-Hudson,NY, and a Ph.D. in Molecular and Cell Biology from the University of California,Berkeley. For her Ph.D. thesis,she studied the roles of DNA topology and insulator ele-ments in transcriptional reg-ulation. She performed her postdoctoral training as an American Cancer Society Fellow at the University of Massachusetts Medical School in the laboratory of Dr. Craig Pete.. << 查看详细 |
| part i. genes 1 chapter 1. genes are dna 2 chapter 2. genes code for proteins 29 chapter 3. the interrupted gene 50 chapter 4. the content of the genome 71 chapter 5. genome sequences and gene numbers 97 chapter 6. clusters and repeats 121 part ii. proteins 154 chapter 7. messenger rna 155 chapter 8. translation 183 chapter 9. using the genetic code 217 chapter 10. protein localization 242 part iii. prokaryotic gene expression 263 chapter 11. bacterial transcription 264 chapter 12. the operon 294 chapter 13. regulatory rna 320 chapter 14. phage strategies 340 part iv. dna replication and recombination 368 chapter 15. the replicon 369 chapter 16. extrachromosomal replicons 385 .chapter 17. bacterial replication ts connected to the cell cycle 402 chapter 18. dna replication 421 chapter 19. homologous and site-specific recombination 446 chapter 20. repair systems 475 chapter 21. transposons, retroviruses, and retrotransposons 500 chapter 22. immune diversity 534 chapter 23. chromosomes 560 part v. eukaryotic gene expression 582 chapter 24. chromatin 583 chapter 25. eukaryotic transcription 612 chapter 26. eukaryotic transcription regulation 633 chapter 27. epigenetic effects are inherited 668 chapter 28. rna splicing and processing 691 chapter 29. catalytic rn'a 723 chapter 30. genetic engineering 745 glossary 767 appendix: answers to even-numbered questions 790 index 792 |
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