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Chapter 12 Opener
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Figure DNA Sequencing
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Figure DNA Sequencing
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Figure 12.1 DNA Sequencing (Part 1)
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Figure 12.1 DNA Sequencing (Part 2)
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Figure 12.2 Arranging DNA Sequences
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Figure 12.2 Arranging DNA Sequences
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Figure 12.3 The Genomic Book of Life
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Figure 12.3 The Genomic Book of Life
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Figure Proteomics
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Figure Proteomics
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Figure 12.4 Proteomics (Part 1)
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Figure 12.4 Proteomics (Part 2)
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Figure 12.5 Genomics, Proteomics, and Metabolomics
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Table 12.1 Gene Functions in Three Bacteria
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Figure 12.6 DNA Sequences That Move
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Figure 12.6 DNA Sequences That Move
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Figure 12.6 DNA Sequences That Move (Part 1)
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Figure 12.6 DNA Sequences That Move (Part 2)
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Figure Metagenomics
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Figure Metagenomics
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Figure 12.8 Using Transposon Mutagenesis to Determine the Minimal Genome
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Figure 12.8 Using Transposon Mutagenesis to Determine the Minimal Genome
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Figure 12.8 Using Transposon Mutagenesis to Determine the Minimal Genome (Part 1)
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Figure 12.8 Using Transposon Mutagenesis to Determine the Minimal Genome (Part 2)
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Table 12.2 Representative Sequenced Genomes
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Figure 12.9 Functions of the Eukaryotic Genome
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Figure Plant Genomes
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Figure Plant Genomes
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Figure 12.11 The Globin Gene Family
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Figure 12.11 The Globin Gene Family
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Table 12.3 Types of Sequences in Eukaryotic Genomes
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In-Text Art, Ch. 12, p. 238
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Apply the Concept, Ch. 12, p. 238
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Figure 12.12 Evolution of the Genome
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Figure 12.13 SNP Genotyping and Disease
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Figure 12.13 SNP Genotyping and Disease
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Figure 12.14 Pharmacogenomics
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Figure 12.14 Pharmacogenomics
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Figure 12.15 DNA Fingerprinting
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Figure 12.15 DNA Fingerprinting
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Figure 12.15 DNA Fingerprinting (Part 1)
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Figure 12.15 DNA Fingerprinting (Part 2)
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Figure Muscular Gene
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Figure 12.16 Muscular Gene (Part 1)
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Figure 12.16 Muscular Gene (Part 2)
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