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Lewin's genes XI.
| Main Authors: | , , |
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| Other Authors: | , , |
| Published: |
Burlington, Mass. :
Jones & Bartlett Learning,
2014.
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| Subjects: |
Table of Contents:
- h. 1. Genes are DNA
- Ch. 2. Genes encode RNAs and polypeptides
- Ch. 3. Methods in molecular biology and genetic engineering
- Ch. 4. The interrupted gene / edited by Donald Forsdyke
- Ch.5. The content of the genome
- Ch. 6. Genome sequences and gene numbers
- Ch. 7.Clusters and repeats
- Ch. 8. Genome evolution
- Ch. 9. Chromosomes / ed. by Hank W. Bass
- Ch.10. Chromatin
- Ch. 11. Replication is connected to the cell cycle / ed. by Barbara Funnell
- Ch. 12. The replicon : initiation of replication / ed. by Stephen D. Bell
- Ch. 13. DNA replication / ed. by Peter Burgers
- Ch. 14. Extrachromosomal replicons / ed. by Søren Johannes Sørensen and Lars Hestbjerg Hansen
- Ch. 15. Homologous and site-specific recombination / ed. by Hannah L. Klein and Samantha Hoot
- Ch. 16. Repair systems
- Ch. 17. Transposable elements and retroviruses / ed. by Damon Lisch
- Ch. 18. Somatic recombination and hypermutation in the immune system
- Ch. 19. Prokaryotic transcription / ed. by Richard Gourse
- Ch. 20. Eukaryotic transcription Ch. 21. RNA splicing and processing
- Ch. 22. mRNA stability and localization / ed. by Ellen Baker
- Ch. 23. Catalytic RNA / ed. by Douglas J. Briant
- Ch. 24. Translation
- Ch. 25. Using the genetic code / ed. by John Perona
- Ch. 26. The operon / ed. by Liskin Swint-Kruse
- Ch. 27. Phage strategies
- Ch. 28. Eukaryotic transcription regulation
- Ch. 29. Epigenetic effects are inherited / ed. by Trygve Tollefsbol
- Ch. 30. Regulatory RNA.