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Tip growth in plant and fungal cells /
Tip Growth in Plant and Fungal Cells covers the basis of the cellular processes of tip growing plants. The book discusses the role of cell wall architecture in fungal tip growth generation; the enzymology of tip growth in fungi; and the electrobiology of apical growth. The text also describes the ro...
| Clasificación: | Libro Electrónico |
|---|---|
| Otros Autores: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
San Diego :
Academic Press,
�1990.
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- v. Apical Growth and Secretion of Digestive EnzymesVI. Proton ATPase; VII. Calcium Transport Proteins and Calmodulin; VIII. Cytoskeleton-Binding Proteins; IX. Conclusions; Acknowledgments; References; Chapter 3. Tips and Currents: Electrobiology of Apical Growth; I. Introduction: Growth Currents; II. Fucoid Algae and Cell Polarization; III. Proton Circulation of Achlya and Fungi; IV. Currents and Calcium in Pollen Tube Extension; V. Bicarbonate Transport and pH Banding in Characean Algae; VI. Biological Effects of Applied Electric Fields
- VII. So Why Do Cells Drive Electric Currents through Themselves?References; Chapter 4. Role of Calcium Ions in Tip Growth of Pollen Tubes and Moss Protonema Cells; I. Introduction; II. Role of Calcium in Pollen Tube Growth; III. Role of Calcium in Moss Tip Cell Growth; IV. Discussion; Acknowledgments; References; Chapter 5. Role of Actin in Tip Growth; I. Introduction; II. Actin; III. Actin Cytoskeletons; IV. Localization of Actin in Cells; V. Distribution of Actin in Nonanimal Cells; VI. Localization of Actin-Associated Proteins in Nonanimal Cells; VII. Experimental Studies on Tip Growth
- VIII. Role of Actin in Tip GrowthReferences; Chapter 6. Microtubules in Tip Growth Systems; I. Introduction; II. Microtubules; III. Various Systems; IV. Cytoplasmic Organization; V. Microtubular Organization; VI. Interactions and Regulatory Functions; VII. Prospects; References; Chapter 7. Endomembrane System of Plants and Fungi; I. Introduction; II. Nuclear Envelope; III. Endoplasmic Reticulum; IV. Transition Vesicles; V. 16� Intermediate Compartment; VI. Golgi Apparatus; VII. Golgi Apparatus Shuttle Vesicles of Intercompartment Golgi Apparatus Transfer; VIII. Trans Golgi Apparatus Network
- IX. Golgi Apparatus EquivalentsX. Secretory Vesicles; XI. Control of Endomembrane Function; XII. Role of N-Ethylmaleimide-Sensitive Factor; XIII. SecretoryVesicle Formation/Fusion with Plasma Membrane; XIV. Concluding Comments; References; Chapter 8. Role of Vesicles in Apical Growth and a New Mathematical Model of Hyphal Morphogenesis; I. Vesicles: Experimental Findings; II. Vesicles as Units of Cell Wall Growth; III. Vesicles: Role in Morphogenesis; IV. Vesicles: Role in Fungal Evolution; V. Vesicle-Based Computer Simulation of Hyphal Morphogenesis