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Figure 10-1 Commitment to cell division in cultured mammalian cells
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Figure 10-2 Regulatory scheme governing cell proliferation
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Figure 10-3 Proposed mechanism for the regulation of SBF activity during the cell cycle
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Figure 10-4 Synchronicity of Start in budding yeast
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Figure 10-5 Mechanisms controlling S–Cdk activation in budding yeast
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Figure 10-6 Multisite phosphorylation of Sic1 results in an ultrasensitive response
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Figure 10-7 Inhibition of Start by mating factor signaling
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Figure 10-8 E2F proteins and their interactions with members of the pRB family
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Figure 10-9 Antagonistic functions of the two E2F homologs in Drosophila
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Figure 10-10 Control of E2F-dependent gene expression at mammalian Start
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Figure 10-11 Origin of the mitogenic signal at the cell membrane
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Figure 10-12 Mitogenic signaling by the Ras pathway
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Figure 10-13 Mitogenic signaling by the PI3 kinase pathway
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Figure 10-14 Mitogenic control of G1–Cdk activity
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Figure 10-15 Anti-mitogenic actions of TGF-ß
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Figure 10-16 Regulation of p27 during cell-cycle entry
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Figure 10-17 Ubiquitination of phosphorylated p27 by SCF Skp2
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Figure 10-18 Control of cyclin A stability during cell-cycle entry
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Figure 10-19 Variations in cell-cycle structure in the Drosophila embryo
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Figure 10-20 Patterns of cdc25 (string) expression in the fly embryo
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Figure 10-21 Three general mechanisms for coordinating cell growth and division
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Figure 10-22 The maintenance of cell size at constant rates of growth and division
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Figure 10-23 Growth control by insulin-like growth factors
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Figure 10-24 Analysis of growth control in the Drosophila eye
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Figure 10-25 Possible mechanisms for coupling growth and division in budding yeast cells
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Figure 10-26 Size control in budding and fission yeasts
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Figure 10-27 Evidence for the coupling of growth and cell-cycle progression in Drosophila
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Figure 10-28 Separate control of growth and division in mammalian cells
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Figure 10-29 Suppression of the intrinsic apoptotic pathway by survival signals
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