Cell Polarity in Development and Disease

Cell Polarity in Development and Disease

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Cell Polarity in Development and Disease offers insights into the basic molecular mechanisms of common diseases that arise as a result of a loss of ordered organization and intrinsic polarity. Included are diseases affecting highly polarized epithelial tissues in the lung and kidney, as well as loss and gain of cell polarity in the onset and progression of cancer. This book provides a basic resource for understanding the biology of polarity, offering a starting point for those thinking of targeting cell polarity for translational medical research.
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Product details

  • Paperback | 236 pages
  • 152 x 229 x 12.7mm | 390g
  • Academic Press Inc
  • San Diego, United States
  • English
  • 75 full color; Illustrations, unspecified
  • 0128024380
  • 9780128024386

Table of contents

1. Overview of cell polarity: insights from model organisms and cellular systems
2. Cell polarity in the egg and early embyro- mammal
3. Pluripotency and cell polarity
4. The role of cell polarity in adult stem cell maintenance
5. Integration of cell polarity and growth factor signaling
6. Cell polarity and the onset and progression of cancer
7. Cell division and cell polarity
8. Polarized membrane/vesicle trafficking and disease
9. Polarized microtubule transport and disease
10. Regulation of cell polarity in cell/neuronal migration
11. Apical and planar cell polarity in ciliated epithelia
12. Renal epithelial cell polarity and disease
13. Hepatic cell polarity and disease
14. Epidermal cell polarity and disease
15. Cell polarity and sensory cell defects
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About Douglas W. Houston

Douglas Houston is an Associate Professor at the University of Iowa. His research is focused on a central problem in developmental biology: how a single-celled egg differentiates into an organism containing many different cell and tissue types. Using frog embryos as a model organism, he and his lab have isolated numerous novel genes with potential roles in key pathways of ovum functions, including genes involved in PGC formation, morphogenesis, and TGF-beta and Wnt growth factor signaling.
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