TY  - BOOK
AU  - Lewin,Benjamin M.
AU  - 
TI  - Genes V / 
SN  - 0198542879
U1  - 575.1 L672g  19 ed.
PY  - 1994///
CY  - Oxford : 
PB  - Oxford University Press, 
KW  - Genéťica
KW  - BLAAUTO
KW  - ADN
KW  - ARN
KW  - Ingeniería genéťica
N1  - Incluye tabla de contenido; Incluye glosario e índice de materias; Incluye referencias bibliográficas al final de cada capítulo; Introduction. Cells as macromolecular assemblies.  -- Chapter 1. Cells obey the laws of physics and chemistry.  --  Chapter 2. Cells are organized into compartments.  -- Part 1. DNA as a store of information. -- Chapter 3. Genes are mutable units.  -- Chapter 4. DNA is the genetic material.  -- Chapter 5. The topology of nucleic acids.  -- Chapter 6. Isolating the gene.  -- Part 2. Translation: expressing genes as proteins. -- Chapter 7. The assembly line for protein synthesis.  -- Chapter 8. Transfer RNA is the traslational adaptor.  -- Chapter 9. Ribosomes provide a traslation factory.  -- Chapter 10. Messenger RNA is the template.  -- Part 3. Constructing the cell. -- Chapter 11. The apparatus for protein localization.  -- Chapter 12. Receptors and signal trasduction: channels and ion uptake.  -- Chapter 13. Cell cycle and growth regulation.  -- Part 4. Control of prokaryotic gene expression.  -- Chapter 14. Control at initiation: RNA polymerase- promoter interactions.  -- Chapter 15. A panoply of operons: the lactose paradigm and others.  -- Chapter 16. Control by RNA structure: termination and antitermination.  -- Chapter 17. Phage strategies: lytic cascades and lysogenic repression. -- Part 5. Perpetuation of DNA. -- Chapter 18. The replicon: unit of replication.  -- Chapter 19. Primosome and replisomes: the apparatus for DNA replication.  -- Chapter 20. Systems that safeguard DNA.  -- Part 6. Organization of the eukaryotic genome. -- Chapter 21. The extraordinary power of DNA techonology.  -- Chapter 22. Genome size and genetic content.  -- Chapter 23. The eukaryotic gene: conserved exons and unique introns.  -- Chapter 24. Gene numbers: repetition and redundancy.  -- Chapter 25. Genomes sequestered in organelles.  -- Chapter 26. Organization of simple sequence DNA.  -- Chapter 27. The genome is packaged into chromosomes.  -- Chapter 28. Chromosomes consist of nucleosomes.  -- Part 7. Eukaryotic transcription and RNA processing.  -- Chapter 29. Building the transcription complex: promoters, factors, and RNA polymeraess.  -- Chapter 30. Regulation of transcription: factors that activate the basal apparatus.  -- Chapter 31. The apparatus for nuclear splicing.  -- Chapter 32. Changing the onformational content of RNA.  -- Part 8. The dynamic genome: DNA in flux.  -- Chapter 33. Recombination of DNA.  -- Chapter 34. Transpossons that mobilize via DNA.  -- Chapter 35. Retroviruses and retroposons.  -- Chapter 36. Rearrangement and amplification in the genome.  -- Part 9. Genes in development.  -- Chapter 37. Generation of immune diversity by gene reorganization.  -- Chapter 38. Gene regulation in development: gradients and cascades.  -- Chapter 3*9. Oncogenes: gene expression and cancer.
ER  -