New Science Press | Primers | The Cell Cycle: Principles of Control

Illustrations from Chapter 8 of The Cell Cycle: Principles of Control may be downloaded here. Figures may be downloaded as JPEGs for viewing on screen or as printable TIFFs, either individually or as a complete set in a zip file. Click here for help with downloading files.

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Figure 8-1 Positioning the plane of cell division [jpg] [tif]	Figure 8-2 Table of proteins in the actin–myosin ring in cytokinesis [jpg] [tif]	Figure 8-3 The actin–myosin ring [jpg] [tif]
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Figure 8-4 The orientation of actin–myosin bundles in the contractile ring [jpg] [tif]	Figure 8-5 Table of proteins that control the assembly and function of the actin–myosin ring [jpg] [tif]	Figure 8-6 Control of actin–myosin ring function in animal cells [jpg] [tif]
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Figure 8-7 Control of cytokinesis by the RhoGEF Pebble in the Drosophila embryo [jpg] [tif]	Figure 8-8 Cytokinesis in a higher plant cell [jpg] [tif]	Figure 8-9 Microtubule behavior in the cleaving Xenopus embryo [jpg] [tif]
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Figure 8-10 Septation in budding yeast [jpg] [tif]	Figure 8-11 Actin–myosin ring assembly in the budding yeast [jpg] [tif]	Figure 8-12 Actin–myosin ring positioning in the fission yeast [jpg] [tif]
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Figure 8-13 Positioning the contractile ring in S. pombe [jpg] [tif]	Figure 8-14 Positioning of cytokinesis by the mitotic spindle of embryonic cells [jpg] [tif]	Figure 8-15 Alternative hypotheses for cleavage signal generation by the mitotic spindle [jpg] [tif]
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Figure 8-16 Mitosis without cytokinesis in the Drosophila embryo [jpg] [tif]	Figure 8-17 Cellularization in the Drosophila embryo [jpg] [tif]	Figure 8-18 Membrane transport during cellularization [jpg] [tif]
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Figure 8-19 Asymmetry in the first divisions of the C. elegans embryo [jpg] [tif]	Figure 8-20 Asymmetric division in a Drosophila neuroblast [jpg] [tif]	Figure 8-21 The importance of astral microtubule forces in spindle positioning in C. elegans [jpg] [tif]
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