| გამოცემა |
4th Edition. |
| აღწერილობა |
XXII, 858 p. : ill. ; 29 cm |
| შენიშვნა |
დაბეჭდილია ამერიკის შეერთებულ შტატებში. |
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დაბეჭდილია ერთ გვერდზე ორ სვეტად. |
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გამოცემაში წარმოდგენილია შავ-თეთრი და ფერადი ილუსტრაციები, სქემები, დიაგრამები. |
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სიტყვარი: გვ. 805-821. |
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საძიებელი: გვ. 823-857. |
| ბიბლიოგრაფია |
ბიბლიოგრაფია თითოეული თავის ბოლოს. |
| შინაარსი |
Introduction ; Cells as Macromolecular Assemblies: 1. Cell Obey th Laws of Physics and Chemistry; 2. Cells are Organized into Compartments ; Part 1. DNA as a Store of Information: 3. Genes Are Mutable Units; 4. DNA Is the Genetic Material; 5. The Topology of Nucleic Acids; 6. Isolating the Gene ; Part 2. Translation: Expressing Genes as Proteins: 7. The Assembly Line for Protein Synthesis; 8. Transfer RNA: the Translational Adaptor; 9. The Ribosome Translation Factory; 10. The Messenger RNA Template; 11. The Apparatus for Protein Localization ; Part 3. Transcription: Control of Prokaryotic Genes: 12. Control at Initiation: RNA Polymerase-Promoter Interactions; 13. A Panoply of Operons: The Lactose Paradigm and Others; 14. Post-Transcriptional Feedback and Control; 15. Control at Termination: Attenuation and Antitermination; 16. Lytic Cascades and Lysogenic Repression ; Part 4. Perpetuation of DNA: 17. The Replicon: Unit of Replication; 18. The Apparatus for DNA Replication; 19. Systems that Safeguard DNA ; Part 5. Packaging of DNA: 20. About Genomes and Chromosomes; 21. Organization of Nucleosomes in Chromatin; 22. The Nature of Active Chromatin ; Part 6. Cosntitution of the Eukaryotic Genome: 23. The Extraordinary Power of DNA Technology; 24. A Continuum of Sequences Includes Structural Genes; 25. The Organization of Interrupted Genes; 26. Structural Genes Evolve in Families; 27. Genomes Sequestered in Organelles; 28. Organization of Simple Sequence DNA ; Part 7. Eukaryotic Transcription and RNA Processing: 29. Building the Transcription Complex; 30. Mechanisms of RNA Splicing; 31. Control of RNA Processing ; Part 8. The Dynamic Genome: DNA in Flux: 32. Recombination and Other Topological Manipulations of DNA; 33. Transposons that Mobilize via DNA; 34. Retoviruses and Retroposons; 35. Engineering Changes in the Genome ; Part 9. Genes in Development: 36. Generation of Immune Diversity Involves Reorganization of the Genome; 37. Regulation by Gene Rearrangement; 38. Gene Regulation in Development: Gradients and Cascades; 39. Oncogenes: Gene Expression and Cancer ; Epilogue ; Landmark Shifts in Perspectives ; Glossary ; Index. |
| თემატიკა |
გენეტიკა.
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| დამატებული ავტორი |
ლევინი, ბენჟამენ, ავტორი.
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| ISBN: |
0198542682 |
| UDC: |
575
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