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Chapter 7 Opener Figure 7.1 The Importance of Cell Division Figure 7.1 The Importance of Cell Division Figure 7.1 The Importance of Cell Division (Part 1) Figure 7.1 The Importance of Cell Division (Part 2) Figure 7.1 The Importance of Cell Division (Part 3) Figure 7.2 Asexual Reproduction on a Large Scale Figure 7.3 All Sexual Life Cycles Involve Fertilization and Meiosis Figure 7.3 All Sexual Life Cycles Involve Fertilization and Meiosis (Part 1) Figure 7.3 All Sexual Life Cycles Involve Fertilization and Meiosis (Part 2) Figure 7.3 All Sexual Life Cycles Involve Fertilization and Meiosis (Part 3) Figure 7.4 Prokaryotic Cell Division Figure 7.4 Prokaryotic Cell Division Figure 12.3 Chromosome duplication and distribution during mitosis Figure 19.1 Levels of chromatin packing Figure 7.5 The Phases of the Eukaryotic Cell Cycle Figure 7.5 The Phases of the Eukaryotic Cell Cycle Figure 7.5 The Phases of the Eukaryotic Cell Cycle (Part 1) Figure 7.5 The Phases of the Eukaryotic Cell Cycle (Part 2) Figure 7.5 The Phases of the Eukaryotic Cell Cycle (Part 3) In-Text Art, Ch. 7, p. 129 In-Text Art, Ch. 7, p. 129 Figure 7.6 The Phases of Mitosis (1) Figure 7.6 The Phases of Mitosis (2) Figure 7.6 The Phases of Mitosis (1) Figure 7.6 The Phases of Mitosis (2) Figure 7.6 The Phases of Mitosis (Part 1) Figure 7.6 The Phases of Mitosis (Part 2) Figure 7.6 The Phases of Mitosis (Part 3) Figure 7.6 The Phases of Mitosis (Part 4) Figure 7.6 The Phases of Mitosis (Part 5) Figure 7.6 The Phases of Mitosis (Part 6) Figure 7.7 Cytokinesis Differs in Animal and Plant Cells Figure 7.7 Cytokinesis Differs in Animal and Plant Cells Figure 7.7 Cytokinesis Differs in Animal and Plant Cells (Part 1) Figure 7.7 Cytokinesis Differs in Animal and Plant Cells (Part 2) Figure 7.8 The Eukaryotic Cell Cycle Figure 7.8 The Eukaryotic Cell Cycle Figure 7.9 Regulation of the Cell Cycle Figure 7.9 Regulation of the Cell Cycle Figure 7.9 Regulation of the Cell Cycle (Part 1) Figure 7.9 Regulation of the Cell Cycle (Part 2) Figure 12.13 Mechanical analogy for the cell cycle control system Figure 12.14 Molecular control of the cell cycle at the G2 checkpoint Figure 7.10 Cyclins Are Transient in the Cell Cycle Figure 7.10 Cyclins Are Transient in the Cell Cycle Figure 7.11 Mitosis and Meiosis: A Comparison Figure 7.11 Mitosis and Meiosis: A Comparison Figure 7.12 Meiosis: Generating Haploid Cells (1) Figure 7.12 Meiosis: Generating Haploid Cells (2) Figure 7.12 Meiosis: Generating Haploid Cells (1) Figure 7.12 Meiosis: Generating Haploid Cells (2) Figure 7.12 Meiosis: Generating Haploid Cells (Part 1) Figure 7.12 Meiosis: Generating Haploid Cells (Part 2) Figure 7.12 Meiosis: Generating Haploid Cells (Part 3) Figure 7.12 Meiosis: Generating Haploid Cells (Part 4) Figure 7.12 Meiosis: Generating Haploid Cells (Part 5) In-Text Art, Ch. 7, p. 138 Figure 7.13 Crossing Over Forms Genetically Diverse Chromosomes Figure 7.13 Crossing Over Forms Genetically Diverse Chromosomes In-Text Art, Ch. 7, p. 140 Apply the Concept, Ch. 7, p. 140 Figure 7.14 Apoptosis: Programmed Cell Death Figure 7.14 Apoptosis: Programmed Cell Death Figure 7.14 Apoptosis: Programmed Cell Death (Part 1) Figure 7.14 Apoptosis: Programmed Cell Death (Part 2) Figure 7.15 Molecular Changes Regulate the Cell Cycle in Cancer Cells Figure 7.15 Molecular Changes Regulate the Cell Cycle in Cancer Cells Figure 19.14 Signaling pathways that regulate cell growth (Layer 1) Figure 19.14 Signaling pathways that regulate cell growth (Layer 2) Figure 19.14 Signaling pathways that regulate cell growth (Layer 3) Figure 19.15 A multi-step model for the development of colorectal cancer Figure 12.15 The effect of a growth factor on cell division Figure 12.16 Density-dependent inhibition of cell division