Transport Organs [electronic resource] /

Volume IV B -- 10 — Perfusion of Isolated Mammalian Renal Tubules -- A. Introduction -- B. Experimental Techniques: Practical and Theoretical Considerations -- C. Transport Properties of Isolated Nephron Segments -- References -- 11 — Metabolic Correlates of Tubular Transport -- A. Introduction -- B. Transport-Related Parameters of Metabolic Activity in Intact Cells -- C. Transport-Related Intracellular Parameters of Metabolic Activity -- D. Energetics of Transport as Studied with Isolated Renal Plasma Membranes -- Acknowledgements -- References -- 12 — Transport in Salivary and Salt Glands -- I: Salivary Glands -- References -- II: Salt Glands -- Acknowledgements -- References -- 13 -Gastric Secretion -- A. Introduction -- B. Morphological Features of Gastric Mucosa -- C. Ion Transport -- D. Water Transport -- E. Electrophysiological Analyses of Gastric Transport -- F. Biochemical Basis of Gastric HC1 Secretion -- Acknowledgements -- References -- 14 -Transport Across Small Intestine -- A. Introduction -- B. The Paraeellular Pathway -- C. Active Sodium Transport -- D. Relations Between Sodium Transport and the Transport of Other Solutes -- E. Summary -- References -- 15 -Transport in Large Intestine -- A. Introduction -- B. Water and Electrolyte Transport -- C. Weak Electrolyte Transport (Ammonia and Volatile Fatty Acids) -- D. Conclusion -- Acknowledgements -- References -- 16 -Transport Processes in the Exocrine Pancreas -- A Introduction -- B. Secretion of Electrolytes and Water -- C. Secretion of Enzymes -- D. Uptake of Amino Acids Used for Enzyme Synthesis -- Acknowledgements -- References -- 17 -Transport in Gallbladder -- A. Introduction -- B. General Transport Properties -- C. Mechanisms of Ion Transport -- D. Transport of Nonelectrolytes -- E. Water Transport -- Acknowledgements -- References -- 18 -Transport of Ions in Liver Cells -- A. Introduction -- B. Ionic Concentrations and Activities -- C. Membrane Potential -- D. Passive Fluxes -- E. Active Transport of Sodium and Potassium -- F. Regulation of Cell Volume -- G. Calcium Transport -- Acknowledgements -- References.

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Bibliographic Details
Main Authors: Giebisch, Gerhard. editor., SpringerLink (Online service)
Format: Texto biblioteca
Language:eng
Published: Berlin, Heidelberg : Springer Berlin Heidelberg, 1979
Subjects:Life sciences., Human physiology., Biochemistry., Life Sciences., Biochemistry, general., Human Physiology.,
Online Access:http://dx.doi.org/10.1007/978-3-642-81256-9
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Summary:Volume IV B -- 10 — Perfusion of Isolated Mammalian Renal Tubules -- A. Introduction -- B. Experimental Techniques: Practical and Theoretical Considerations -- C. Transport Properties of Isolated Nephron Segments -- References -- 11 — Metabolic Correlates of Tubular Transport -- A. Introduction -- B. Transport-Related Parameters of Metabolic Activity in Intact Cells -- C. Transport-Related Intracellular Parameters of Metabolic Activity -- D. Energetics of Transport as Studied with Isolated Renal Plasma Membranes -- Acknowledgements -- References -- 12 — Transport in Salivary and Salt Glands -- I: Salivary Glands -- References -- II: Salt Glands -- Acknowledgements -- References -- 13 -Gastric Secretion -- A. Introduction -- B. Morphological Features of Gastric Mucosa -- C. Ion Transport -- D. Water Transport -- E. Electrophysiological Analyses of Gastric Transport -- F. Biochemical Basis of Gastric HC1 Secretion -- Acknowledgements -- References -- 14 -Transport Across Small Intestine -- A. Introduction -- B. The Paraeellular Pathway -- C. Active Sodium Transport -- D. Relations Between Sodium Transport and the Transport of Other Solutes -- E. Summary -- References -- 15 -Transport in Large Intestine -- A. Introduction -- B. Water and Electrolyte Transport -- C. Weak Electrolyte Transport (Ammonia and Volatile Fatty Acids) -- D. Conclusion -- Acknowledgements -- References -- 16 -Transport Processes in the Exocrine Pancreas -- A Introduction -- B. Secretion of Electrolytes and Water -- C. Secretion of Enzymes -- D. Uptake of Amino Acids Used for Enzyme Synthesis -- Acknowledgements -- References -- 17 -Transport in Gallbladder -- A. Introduction -- B. General Transport Properties -- C. Mechanisms of Ion Transport -- D. Transport of Nonelectrolytes -- E. Water Transport -- Acknowledgements -- References -- 18 -Transport of Ions in Liver Cells -- A. Introduction -- B. Ionic Concentrations and Activities -- C. Membrane Potential -- D. Passive Fluxes -- E. Active Transport of Sodium and Potassium -- F. Regulation of Cell Volume -- G. Calcium Transport -- Acknowledgements -- References.