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Published byMorgan Caldwell Modified over 9 years ago
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Chapter 11 Opener
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Figure 11.1 Potential Points for the Regulation of Gene Expression
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Figure 11.2 Positive and Negative Regulation
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Figure 11.2 Positive and Negative Regulation (Part 1)
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Figure 11.2 Positive and Negative Regulation (Part 2)
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Figure 11.3 A Gene Regulation Strategy for Viral Reproduction
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Figure 11.4 The Reproductive Cycle of HIV
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Figure 11.5 Regulation of Transcription by HIV
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Figure 11.5 Regulation of Transcription by HIV (Part 1)
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Figure 11.5 Regulation of Transcription by HIV (Part 2)
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Figure 11.6 Two Ways to Regulate a Metabolic Pathway
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Figure 11.7 The lac Operon of E. coli
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Apply the Concept, Ch. 11, p. 214
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Figure 11.8 The lac Operon: An Inducible System
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Figure 11.8 The lac Operon: An Inducible System (Part 1)
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Figure 11.8 The lac Operon: An Inducible System (Part 2)
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Figure 11.9 The trp Operon: A Repressible System
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Figure 11.9 The trp Operon: A Repressible System (Part 1)
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Figure 11.9 The trp Operon: A Repressible System (Part 2)
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In-Text Art, Ch. 11, p. 216
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Table 11.1 Transcription in Bacteria and Eukaryotes
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Figure 11.10 The Initiation of Transcription in Eukaryotes
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Figure 11.10 The Initiation of Transcription in Eukaryotes (Part 1)
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Figure 11.10 The Initiation of Transcription in Eukaryotes (Part 2)
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Figure 11.11 A Transcription Factor Protein Binds to DNA
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Figure 11.12 Coordinating Gene Expression
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Figure 11.13 DNA Methylation: An Epigenetic Change
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Figure 11.13 DNA Methylation: An Epigenetic Change (Part 1)
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Figure 11.13 DNA Methylation: An Epigenetic Change (Part 2)
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Figure 11.14 X Chromosome Inactivation
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In-Text Art, Ch. 11, p. 219 (1)
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In-Text Art, Ch. 11, p. 219 (2)
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Figure 11.15 Epigenetic Remodeling of Chromatin for Transcription
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Figure 11.16 Alternative Splicing Results in Different Mature mRNAs and Proteins
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Figure 11.17 mRNA Degradation Caused by MicroRNAs
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Figure 11.18 A Repressor of Translation
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Figure 11.19 A Proteasome Breaks Down Proteins
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Apply the Concept, Ch. 11, p. 224
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Figure 11.20 An Explanation for Alcoholism?
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