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Contents    vii


                         12.3  Chromosomal Packaging and Gene
                               Expression  414                                  PART V
                         12.4  Replication of Eukaryotic Chromosomes  419                    How Genes Are
                         12.5  Chromosome Segregation  423                                   Regulated  547
                         12.6  Artificial Chromosomes  426


                       chapter 13                                          © SPL/Science Source
                         Chromosomal Rearrangements and Changes in         chapter 16
                         Chromosome Number  436
                                                                              Gene Regulation in Prokaryotes  547
                         13.1  Rearrangements of Chromosomal DNA  437         16.1  The Elements of Prokaryotic Gene
                         13.2  The Effects of Rearrangements  443                   Expression  548
                         13.3  Transposable Genetic Elements  453             16.2  Regulation of Transcription Initiation
                         13.4  Aberrations in Chromosome Number:                    via DNA-Binding Proteins  549
                               Aneuploidy  460                                16.3  RNA-Mediated Mechanisms of Gene
                         13.5  Variation in Number of Chromosome Sets:              Regulation  562
                               Euploidy  465                                  16.4  Discovering and Manipulating Bacterial Gene
                         13.6  Genome Restructuring and Evolution  470              Regulatory Mechanisms  565
                         ■  Fast Forward: Programmed DNA Rearrangements       16.5  A Comprehensive Example: Control of
                           and the Immune System  440                               Bioluminescence by Quorum Sensing  570


                       chapter 14                                          chapter 17
                         Bacterial Genetics  487                              Gene Regulation in Eukaryotes  583

                         14.1  The Enormous Diversity of Bacteria  488        17.1  Overview of Eukaryotic Gene Regulation  584
                         14.2  Bacterial Genomes  490                         17.2  Control of Transcription Initiation Through
                         14.3  Bacteria as Experimental Organisms  495              Enhancers  585
                         14.4  Gene Transfer in Bacteria  497                 17.3  Epigenetics  594
                         14.5  Using Genetics to Study Bacterial Life  509    17.4  Regulation After Transcription  600
                         14.6  A Comprehensive Example: How                   17.5  A Comprehensive Example: Sex Determination
                               N. gonorrhoeae Became Resistant to                   in Drosophila  605
                               Penicillin  511
                                                                              ■   Tools of Genetics: The Gal4/UAS G  Binary Gene
                         ■   Genetics and Society: The Human Microbiome         Expression System  592
                           Project  494

                       chapter 15                                               PART VI

                         Organellar Inheritance  521                                         Using Genetics  618
                         15.1  Mitochondria and Their Genomes  522
                         15.2  Chloroplasts and Their Genomes  525
                         15.3  The Relationship Between Organellar and
                               Nuclear Genomes  528
                                                                           © Michael Goldberg, Cornell
                         15.4  Non-Mendelian Inheritance of Mitochondria   University, Ithaca, NY
                               and Chloroplasts  530
                         15.5  Mutant Mitochondria and Human               chapter 18
                               Disease  535                                   Manipulating the Genomes of Eukaryotes  618
                         ■   Genetics and Society: Mitochondrial DNA Tests as
                           Evidence of Kinship in Argentine Courts  532       18.1  Creating Transgenic Organisms  619
                                                                              18.2  Uses of Transgenic Organisms  622
                         ■ Fast Forward: Mitochondrial Eve  536
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