Annual Plant Reviews, Intracellular Signaling in Plants
, by Yang, ZhenbiaoNote: Supplemental materials are not guaranteed with Rental or Used book purchases.
- ISBN: 9781405160025 | 1405160020
- Cover: Hardcover
- Copyright: 7/21/2008
Dealing with major known signaling mechanisms and several representative intracellular signaling networks in plants and integrating comprehensive reviews and insights from leading experts in the field Intracellular Signalling in Plants will be a valuable resource for all reserchers and professionals in plant biochemistry and biology.
Zhenbiao Yang is Professor in Plant Cell Biology, University of California, Riverside. He is a world authority on plant intracellular signaling mediated by the Rho family of small G proteins and a leader in signaling in polarized cell growth and cell morphogenesis in plants.
List of contributors | p. xi |
Preface | p. xvi |
Acknowledgments | p. xviii |
Transmembrane Receptors in Plants: Receptor Kinases and Their Ligands | p. 1 |
Introduction | p. 1 |
Classifications of the RLK superfamily | p. 2 |
Redundancy and antagonism among closely related RLKs | p. 4 |
Ligands for RLKs | p. 7 |
Small peptides | p. 9 |
Cysteine-rich extracellular proteins | p. 12 |
Other possible ligands and their-corresponding receptors | p. 14 |
Ligand-receptor interactions | p. 15 |
Early events in receptor kinase signaling: dynamics of receptor activation | p. 17 |
Early events in receptor kinase signaling: emerging link to small GTP-binding proteins | p. 20 |
Future perspectives | p. 21 |
Heterotrimeric G-Protein-Coupled Signaling in Higher Plants | p. 30 |
Introduction | p. 31 |
Heterotrimeric G proteins in nonplant systems | p. 31 |
Heterotrimeric G proteins in higher plants | p. 34 |
Conclusions and future directions | p. 54 |
ROP/RAC GTPase | p. 64 |
Introduction | p. 64 |
Structural conservation and diversification | p. 66 |
Physiological functions and downstream signaling | p. 67 |
Mechanisms for the regulation of the ROP GTPase "ON/OFF" status | p. 83 |
Potential upstream regulators of ROP signaling | p. 88 |
Future perspectives | p. 90 |
Mitogen-Activated Protein Kinase Cascades in Plant Intracellular Signaling | p. 100 |
Mitogen-activated protein kinase cascades are evolutionarily conserved signaling modules in eukaryotic cells | p. 100 |
History of plant MAPK research | p. 101 |
Plant MAPK cascades | p. 102 |
Negative regulation of plant MAPK cascades | p. 104 |
Important tools/techniques in MAPK research | p. 105 |
Biological functions of MAPK cascades in plants | p. 108 |
Signaling specificity of plant MAPK cascades | p. 124 |
Conclusion remarks | p. 126 |
Calcium Signals and Their Regulation | p. 137 |
Introduction | p. 137 |
Ca[superscript 2+] as a second messenger in plants: of signatures and switches | p. 138 |
Ca[superscript 2+] channels and pumps | p. 141 |
Decoding the Ca[superscript 2+] signal | p. 143 |
Ca[superscript 2+] and Nod-factor signaling: a role for kinases in decoding the Ca[superscript 2+] signal? | p. 144 |
Ca[superscript 2+] uptake and transport | p. 149 |
Sensing extracellular Ca[superscript 2+] | p. 150 |
Ca[superscript 2+], light, and circadian [Ca superscript 2+] oscillations | p. 151 |
Conclusions and perspectives | p. 153 |
Paradigms and Networks for Intracellular Calcium Signaling in Plant Cells | p. 163 |
Introduction | p. 163 |
CDPKs, plant calcium "sensor responders" | p. 165 |
CaM: small calcium sensors with a variety of target proteins | p. 168 |
The CBL-CIPK network | p. 174 |
Perspectives: complex networks for Ca[superscript 2+] decoding in plant cells | p. 180 |
Reactive Oxygen Signaling in Plants | p. 189 |
Introduction to reactive oxygen metabolism | p. 189 |
ROS signaling and its modulation by the ROS gene network | p. 190 |
Subcellular localization and coordination of the ROS network | p. 194 |
Key components of the ROS gene network identified by reverse genetics | p. 195 |
The ROS signal transduction pathway of plants | p. 195 |
Summary | p. 196 |
Lipid-Mediated Signaling | p. 202 |
Introduction | p. 202 |
Plant-specific features of phosphoinositide signaling | p. 203 |
Phospholipase D signaling | p. 217 |
Sphingolipid signaling | p. 224 |
Summary | p. 232 |
The Cytoskeleton and Signal Transduction: Role and Regulation of Plant Actin- and Microtubule-Binding Proteins | p. 244 |
Actin cytoskeleton | p. 245 |
Actin nucleation | p. 245 |
Actin-binding proteins that modulate monomer/polymer dynamics | p. 249 |
Microtubule cytoskeleton | p. 253 |
ROP | p. 254 |
Protein phosphorylation | p. 255 |
Calcium | p. 261 |
Conclusion | p. 262 |
The PCI Complexes and the Ubiquitin Proteasome System (UPS) in Plant Development | p. 273 |
General overview | p. 273 |
The PCI complexes | p. 274 |
PCI/MPN domain | p. 278 |
Inter-PCI-complex relationships | p. 279 |
Ubiquitin and ubiquitin-conjugating cascade | p. 280 |
Other COP/DET proteins | p. 286 |
The UPS and plant physiology | p. 288 |
Signaling Between the Organelles and the Nucleus | p. 307 |
Introduction | p. 307 |
Plastid-to-nucleus communication | p. 308 |
Mitochondria-to-nucleus communication | p. 318 |
Emission of organellar signals | p. 321 |
Targets of retrograde communication | p. 323 |
Organelle-to-organelle communication | p. 325 |
Concluding remarks | p. 327 |
Signaling by Protein Phosphorylation in Cell Division | p. 336 |
Introduction | p. 336 |
Progression of mitosis by cyclin-dependent kinases in plants | p. 337 |
Aurora kinases in plants | p. 339 |
Cytokinesis modulated by the MAP kinase cascade | p. 345 |
Concluding remarks | p. 351 |
Guard Cell Signaling | p. 362 |
Introduction | p. 362 |
ABA-mediated guard cell signaling | p. 364 |
CO[subscript 2] signaling in guard cells | p. 373 |
Light signaling in guard cells | p. 375 |
Innate immunity in guard cells | p. 377 |
Extracellular Ca[superscript 2+] sensing in guard cells | p. 378 |
Conclusions and prospects | p. 379 |
The Molecular Networks of Abiotic Stress Signaling | p. 388 |
Introduction | p. 389 |
Abscisic acid | p. 389 |
The molecular mechanisms of salt tolerance | p. 395 |
The transcriptional regulation of cold- and drought-inducible genes | p. 398 |
Oxidative stress management | p. 402 |
Posttranscriptionl regulation of gene expression | p. 403 |
Future perspectives | p. 406 |
Index | p. 417 |
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