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Fish physiology. Volume 14, Cellular and molecular approaches to fish ionic regulation /
Many physiological processes are regulated by the movement of ions into and out of organs, tissues, and cells. During the past decade, a variety of new techniques and approaches have contributed to a deeper understanding of the myriad influences ions have on the function and structure of organisms....
| Clasificación: | Libro Electrónico |
|---|---|
| Otros Autores: | , |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
New York :
Academic Press,
1995.
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| Colección: | Fish physiology ;
14. |
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Cellular and Molecular Approaches to Fish Ionic Regulation; Copyright Page; Contents; Contributors; Preface; Chapter 1. Transport Processes in Isolated Teleost Epithelia: Opercular Epithelium and Urinary Bladder; I. Introduction; II. Ion Transport by Chloride Cells; III. Ion Transport by Urinary Bladder; IV. Future Directions; References; Chapter 2. Electrophysiology of Ion Transport in Teleost Intestinal Cells; I. Overview of Teleost Intestinal Ion Transport Processes; II. Equivalent Circuit Analysis of Intestinal Epithelium; III. Transcellular Ion Movements
- IV. Membrane Ion Channels in Teleost Intestinal EpitheliumV. Future Directions; References; Chapter 3. Urea Cycle in Fish: Molecular and Mitochondrial Studies; I. Introduction; II. Carbamoyl Phosphate Synthesis in Fish; III. Urea Synthesis in Fish; References; Chapter 4. Secretory Electrolyte Transport in Renal Proximal Tubules of Fish; I. Introduction; II. First Observation of Fluid Secretion in the Kidney of the Flounder; III. Rates of Transepithelial Fluid Secretion; IV. Composition of Secreted Fluid; V. Secondary Active Transport of Chloride; VI. Active Secretion of Osmolytes
- VII. Passive Secretion of OsmolytesVIII. Role of Donnan Effect in Transepithelial Fluid Secretion; IX. Fluid Secretion in Aglomerular Proximal Tubules; X. Reabsorptive and Secretory Volume Flows in Fish Proximal Tubules; References; Chapter 5. Functional Morphology of the Elasmobranch Nephron and Retention of Urea; I. Introduction; II. Lobes and Kidney Zones; III. Circulation; IV. Configuration, Segmentation, and Distribution of the Renal Tubule; V. The Renal Corpuscle; VI. The Renal Tubule; VII. Overview; References; Chapter 6. Solute Transport by Flounder Renal Cells in Primary Culture
- I. IntroductionII. Summary of Culture Methodology; III. Assessment of Transport Properties; IV. Conclusions; References; Chapter 7. Phenotypic Expression and Natriuretic Peptide-Activated Chloride Secretion in Cultured Shark (Squalus acanthias) Rectal Gland Epithelial Cells; I. Introduction; II. Osmoregulatory Significance, Ion Transport Function, and Structure of the Shark Rectal Gland; III. Cultured Shark Rectal Gland Cells Are a Unique Model for Analyzing Secondary Active Cl- Secretion in Epithelia; IV. How Are Shark Rectal Gland Cells Cultured?
- V. Differentiated Properties of Cultured Shark Rectal Gland CellsVI. Natriuretic Peptide Regulation of Cl- Secretion in Shark Rectal Gland Cells; VII. Future Directions; References; Chapter 8. Primary Cultures of Teleost Branchial Epithelial Cells; I. Introduction; II. Establishment of Primary Cultures; III. Intracellular Measurements; IV. Transepithelial Studies; V. Cultured Gill Cells in Toxicology; References; Chapter 9. Proton Pumps in Fish Gills; I. Introduction: General Models of Osmoregulation and Acid-Base Regulation in Fish Gills; II. Proton Pumps in General