Junctional Complexes of Epithelial Cells
1st Edition
Published on 30. April 2008
284 pages
978-0-470-51341-5 (ISBN)
Description
Epithelial cells cover the outer and inner surfaces of the body, forming a selective polarized barrier between the intercellualar space and the 'external' world. Linking the cells of this continuous layer and contributing to epithelial organization and function are specialized membrane domains--desmosomes, gap junctions, and occluding junctions. The contributors to this multidisciplinary symposium volume explore the nature of such junctional structures, focusing on the molecular organization and diversity of their constituent proteins, their formation and control, and interactions with ions and cytoskeletal elements. The physiological significance of cell-cell interaction in epithelia is considered, with reference to cell adhesion, barrier formation and intercellular communication, and to the functional implications for tissue architecture, embryonic development, morphogenesis and carcinogenesis.
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C. Ciba Foundation
Novartis Foundation Symposium 125 - Junctional Complexes of Epithelial Cells
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09/2007
Wiley
€129.57
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M. Stoker
Junctional Complexes of Epithelial Cells
Book
01/1987
Wiley
€111.60
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The Novartis Foundation is an international scientific and educational charity which promotes the study and general knowledge of science and in particular encourages international co-operation in scientific research.
Content
Chairman's Introduction (M. Stoker).
On the Molecular Organization, Diversity and Functions ofDesmosomal Proteins (M.S.
Steinberg & et al).
The Desmosomal Plaque and the Cytoskeleton (W.W.
Franke & et al).
Localization of Desmosomal Proteins.
Gap Junction Structure and the Control of Cell-to-CellCommunication (P.N.T.
Unwin).
Molecular Structure of the Gap Junctional Channel (M.E.
Finbow, & et al).
Sequence Diversity of Gap Junction Proteins (J.P.
Revel & et al).
Topology of Gap Junction Protein and Channel Function (N.B.
Gilula).
Patterns of Junctional Communication in Animal Tissues (J.Pitts, & et al).
The Use of Antibodies to Gap Junction Protein to Explore theRole of Gap Junctional Communication During Development (A. E.Warner).
The Role of Uvomorulin in the Formation of Epithelial OccludingJunctions (B. Gumbiner & K. Simons).
Barrier Function of Tight Junctions.
Tight Junction Proteins.
Epigenetic Rules for Expression of Cell Adhesion MoleculesDuring Morphogenesis (G M. Edelman).
Factors Affecting Epithelial Interactions (M. Stoker & E.Gherardi).
Index.
Subject Index.
On the Molecular Organization, Diversity and Functions ofDesmosomal Proteins (M.S.
Steinberg & et al).
The Desmosomal Plaque and the Cytoskeleton (W.W.
Franke & et al).
Localization of Desmosomal Proteins.
Gap Junction Structure and the Control of Cell-to-CellCommunication (P.N.T.
Unwin).
Molecular Structure of the Gap Junctional Channel (M.E.
Finbow, & et al).
Sequence Diversity of Gap Junction Proteins (J.P.
Revel & et al).
Topology of Gap Junction Protein and Channel Function (N.B.
Gilula).
Patterns of Junctional Communication in Animal Tissues (J.Pitts, & et al).
The Use of Antibodies to Gap Junction Protein to Explore theRole of Gap Junctional Communication During Development (A. E.Warner).
The Role of Uvomorulin in the Formation of Epithelial OccludingJunctions (B. Gumbiner & K. Simons).
Barrier Function of Tight Junctions.
Tight Junction Proteins.
Epigenetic Rules for Expression of Cell Adhesion MoleculesDuring Morphogenesis (G M. Edelman).
Factors Affecting Epithelial Interactions (M. Stoker & E.Gherardi).
Index.
Subject Index.
