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" Ionic and Volume Changes in the Microenvironment of Nerve and Receptor Cells "
by Eva Sykové.
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BL
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| Record Number
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718880
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b538571
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| Main Entry
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by Eva Sykové.
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| Title & Author
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Ionic and Volume Changes in the Microenvironment of Nerve and Receptor Cells\ by Eva Sykové.
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| Publication Statement
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Berlin, Heidelberg: Springer Berlin Heidelberg, 1992
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| Series Statement
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Progress in Sensory Physiology, 13.
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(x, 167 pages 89 illustrations)
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| ISBN
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3642769373
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: 364276939X
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: 9783642769375
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: 9783642769399
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| Contents
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1 Introduction --;2 Ion-Selective Microelectrodes --;3 K+ Homeostasis in the ECS --;3.1 Stability of K+ in the Extracellular Fluid --;3.2 Sources of [K+]e Increases --;3.3 Redistribution of Extracellularly Accumulated K+ --;4 Dynamic [K+]e Changes --;4.1 Dynamic [K+]e Changes in the Spinal Cord. --;4.2 Dynamic [K+]e Changes in the Brain --;4.3 Functional Significance of [K+]e Changes in the CNS --;4.4 Dynamic K+ Changes in the Organ of Corti --;4.5 Changes in K+ Concentration in the Retina --;5 Dynamic Changes in Extracellular Na+, Cl-, and Ca2+ Concentration --;5.1 Changes Induced in Resting [Ca2+]e During Stimulation of Afferent Input --;5.2 [Ca2+]e Changes in Pathological States --;5.3 Functional Significance of Dynamic [Ca2+]e Changes --;6 Dynamic pHe Changes --;6.1 Extracellular Buffering Power --;6.2 Activity-Related Dynamic pHe Changes in Nervous Tissue --;6.3 Mechanisms of pHe Changes in the CNS --;6.4 Role of Glial Cells in pHe Homeostasis --;6.5 pHe Changes in the Retina --;6.6 pHe Changes During Anoxia, Ischaemia, Epilepsy, and SD --;6.7 Functional Significance of pHe Changes --;7 Dynamic Changes in Size of the ECS --;7.1 Measurement of Changes in Size of the ECS by Means of K+-ISMs --;7.2 Changes Induced in Size of the ECS by Electrical Stimulation --;7.3 Changes Induced in Size of the ECS by Adequate Stimulation --;7.4 Mechanisms of Dynamic Changes in Size of the ECS --;7.5 Functional Significance of Dynamic Volume Changes in the Microenvironment of Nerve Cells --;8 Conclusion --;References.
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| Abstract
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The close proximity of the neuronal elements in the CNS and the narrowness of the intercellular spaces provides a basis not only for interaction between the elements themselves, but also between the elements and their microenvironment.
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Human physiology.
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Medicine.
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Neurosciences.
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| Added Entry
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Eva Sykové
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