Since their discovery over 100 years ago, plasmodesmata have been the focus of intense investigation. Plasmodesmata are unique to plants and form an intercellular continuum for the transport of solutes, signals and ribonucleoprotein complexes. It is now clear that plasmodesmata formation and regulation are central to a diverse range of plant functions that include developmental programming, host-pathogen interactions and systemic RNA signaling. This book provides a state-of-the-art overview of the diverse forms and functions of plasmodesmata. It covers the structure and evolution of…mehr
Since their discovery over 100 years ago, plasmodesmata have been the focus of intense investigation. Plasmodesmata are unique to plants and form an intercellular continuum for the transport of solutes, signals and ribonucleoprotein complexes. It is now clear that plasmodesmata formation and regulation are central to a diverse range of plant functions that include developmental programming, host-pathogen interactions and systemic RNA signaling. This book provides a state-of-the-art overview of the diverse forms and functions of plasmodesmata. It covers the structure and evolution of plasmodesmata, their role in plant development and solute transport, and their central function in systemic signaling via the phloem. It includes critical evaluations of current methods used to study intercellular transport via plasmodesmata. The volume is directed at researchers and professionals in plant cell biology, plant molecular biology, plant physiology and plant pathology.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Professor Karl J. Oparka, FRSE is at the Scottish Crop Research Institute, Dundee, UK
Inhaltsangabe
Contributors. Preface. 1. Plasmodesmal structure and development. Alison G. Roberts Scottish Crop Research Institute Dundee UK. 2. Evolution of plasmodesmata. John A. Raven Division of Environmental and Applied Biology University of Dundee UK. 3. Plasmodesmata: protein transport signals and receptors. Friedrich Kragler Vienna Biocenter Austria. 4. Comparative structures of specialised monocotyledonous leaf blade plasmodesmata. C. E. J. Botha Botany Department Rhodes University Grahamstown South Africa R. H. M. Cross Electron Microscopy Unit Rhodes University Grahamstown South Africa and L. Liu Linyi University Linyi China. 5. Plasmodesmata and plant morphogenesis. Ken Kobayashi Insoon Kim Euna Cho and Patricia Zambryski Department of Plant and Microbial Biology University of California Berkeley USA. 6. Transcription factor movement through plasmodesmata. David Jackson Cold Spring Harbor Laboratory New York USA. 7. Role of plasmodesmata in solute loading and unloading. Alexander Schulz Department of Plant Biology The Royal Veterinary and Agricultural University Copenhagen Denmark. 8. Plasmodesmata and the phloem: conduits for local and long-distance signaling. Robert L. Gilbertson Maria R. Rojas and William J. Lucas Department of Plant Pathology University of California Davis USA. 9. Movement of viruses to and through plasmodesmata. Richard S. Nelson Samuel Roberts Noble Foundation Ardmore Oklahoma USA. 10. Systemic RNA silencing. Manfred Heinlein Institute of Botany University of Basel Switzerland. 11. Techniques for imaging intercellular transport. Karl Oparka and Petra Boevink Unit of Cell Biology Scottish Crop Research Institute Dundee UK. 12. Electrical signalling via plasmodesmata. Aart J. E. van Bel and Katrina Ehlers Institute of General Botany Justus-Liebig University Giessen Germany. 13. Regulation of plasmodesmal conductance. Terena L. Holdaway-Clarke School of Biological Sciences University of Sydney New South Wales Australia. Index
Contributors. Preface. 1. Plasmodesmal structure and development. Alison G. Roberts Scottish Crop Research Institute Dundee UK. 2. Evolution of plasmodesmata. John A. Raven Division of Environmental and Applied Biology University of Dundee UK. 3. Plasmodesmata: protein transport signals and receptors. Friedrich Kragler Vienna Biocenter Austria. 4. Comparative structures of specialised monocotyledonous leaf blade plasmodesmata. C. E. J. Botha Botany Department Rhodes University Grahamstown South Africa R. H. M. Cross Electron Microscopy Unit Rhodes University Grahamstown South Africa and L. Liu Linyi University Linyi China. 5. Plasmodesmata and plant morphogenesis. Ken Kobayashi Insoon Kim Euna Cho and Patricia Zambryski Department of Plant and Microbial Biology University of California Berkeley USA. 6. Transcription factor movement through plasmodesmata. David Jackson Cold Spring Harbor Laboratory New York USA. 7. Role of plasmodesmata in solute loading and unloading. Alexander Schulz Department of Plant Biology The Royal Veterinary and Agricultural University Copenhagen Denmark. 8. Plasmodesmata and the phloem: conduits for local and long-distance signaling. Robert L. Gilbertson Maria R. Rojas and William J. Lucas Department of Plant Pathology University of California Davis USA. 9. Movement of viruses to and through plasmodesmata. Richard S. Nelson Samuel Roberts Noble Foundation Ardmore Oklahoma USA. 10. Systemic RNA silencing. Manfred Heinlein Institute of Botany University of Basel Switzerland. 11. Techniques for imaging intercellular transport. Karl Oparka and Petra Boevink Unit of Cell Biology Scottish Crop Research Institute Dundee UK. 12. Electrical signalling via plasmodesmata. Aart J. E. van Bel and Katrina Ehlers Institute of General Botany Justus-Liebig University Giessen Germany. 13. Regulation of plasmodesmal conductance. Terena L. Holdaway-Clarke School of Biological Sciences University of Sydney New South Wales Australia. Index
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