Cerebellar Cortex : Cytology and Organization - edizione con copertina flessibile

EAN (ISBN-13): 9783642655838
ISBN (ISBN-10): 3642655831
Copertina flessibile
Anno di pubblicazione: 2011
Editore: Springer Berlin

Libro nella banca dati dal 2014-10-10T08:36:22+02:00 (Zurich)
Pagina di dettaglio ultima modifica in 2024-03-08T13:37:07+01:00 (Zurich)
ISBN/EAN: 9783642655838

ISBN - Stili di scrittura alternativi:
3-642-65583-1, 978-3-642-65583-8
Stili di scrittura alternativi e concetti di ricerca simili:
Autore del libro : palay
Titolo del libro: cytology organization

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Dati dell'editore

Autore: S.L. Palay; V. Chan-Palay
Titolo: Cerebellar Cortex - Cytology and Organization
Editore: Springer; Springer Berlin
350 Pagine
Anno di pubblicazione: 2011-11-17
Berlin; Heidelberg; DE
Stampato / Fatto in
Peso: 0,906 kg
Lingua: Inglese
149,79 € (DE)
153,99 € (AT)
165,50 CHF (CH)
POD
XII, 350 p.

BC; Pathology; Hardcover, Softcover / Medizin/Klinische Fächer; Pathologie; Verstehen; Gehirnrinde; anatomy; central nervous system; cytology; nervous system; tissue; Pathology; BB

I. Introduction.- 1. A New Morphology.- 2. The Fiber Connections of the Cerebellar Cortex.- 3. The Design of the Cerebellar Cortex.- II. The Purkinje Cell.- 1. A Little History.- 2. The Soma of the Purkinje Cell.- 3. The Nucleus.- a) The Chromatin.- b) The Nucleolus.- 4. The Perikaryon of the Purkinje Cell.- a) The Nissl Substance.- b) The Agranular Reticulum.- c) The Hypolemmal Cisterna.- d) The Golgi Apparatus.- e) Lysosomes.- f) Mitochondria.- g) Microtubules and Neurofilaments.- 5. The Dendrites of the Purkinje Cell.- a) The Form of the Dendritic Arborization.- b) Dendritic Thorns.- High Voltage Electron Microscopy of Dendritic Thorns.- c) The Fine Structure of Dendrites and Thorns.- 6. The Purkinje Cell Axon.- a) The Initial Segment.- b) The Recurrent Collaterals.- c) The Terminal Formations of the Collaterals.- Synaptic Relations of the Recurrent Collaterals.- Purkinje Cell Axon Terminals in the Central Nuclei.- 7. The Neuroglial Sheath.- 8. Some Physiological Considerations.- 9. Summary of Intracortical Synaptic Connections of Purkinje Cells.- III. Granule Cells.- 1. The Granule Cell in the Optical Microscope.- a) Some Numerical Considerations.- 2. The Granule Cell in the Electron Microscope.- a) The Nucleus.- b) The Perikaryon.- c) The Dendrites of Granule Cells.- d) The Ascending Axons of Granule Cells.- e) Ectopic Granule Cells.- f) Parallel Fibers.- 3. Summary of Synaptic Connections of Granule Cells.- IV. The Golgi Cells.- 1. A Little History.- 2. The Large Golgi Cell.- a) The Form of the Large Golgi Cell.- b) The Fine Structure of Large Golgi Cells.- The Perikaryon of Large Golgi Cells.- The Dendrites of Large Golgi Cells.- The Axonal Plexus of the Goigi Cell.- 3. The Small Goigi Cell.- a) The Fine Structure of Small Goigi Cells.- b) The Synapse en marron.- c) The Dendrites and Axons.- 4. Summary of Synaptic Connections of Golgi Cells.- V. The Lugaro Cell.- 1. A Little History.- 2. The Lugaro Cell in the Light Microscope.- 3. Fine Structure of the Lugaro Cel.- 4. Summary of Synaptic Connections of Lugaro Cells.- VI. The Mossy Fibers.- 1. A Little History.- 2. The Mossy Fiber in the Light Microscope.- 3. The Glomerulus.- a) The History of a Concept.- b) The Fine Structure of the Glomerulus.- The Form of the Mossy Fiber Terminal.- The Core of the Mossy Fiber.- The Synaptic Vesicles.- The Granule Cell Dendrites.- The Golgi Cell Axonal Plexus.- The Protoplasmic Islet.- 4. The Identification of Different Kinds of Mossy Fibers.- 5. Summary of Intracortical Synaptic Connections of Mossy Fibers.- VII. The Basket Cell.- 1. A Little History.- 2. The Form of the Basket Cell and Its Processes.- a) The Dendrites.- b) The Axon and Its Collaterals.- 3. The Fine Structure of the Basket Cell.- a) The Perikaryon.- b) The Dendrites.- c) The Axon.- The Pericellular Basket.- The Pinceau.- The Neuroglial Sheath.- 213.- 4. Summary of Synaptic Connections of Basket Cells.- VIII. The Stellate Cell.- 1. A Little History.- 2. The Stellate Cell in the Light Microscope.- a) The Superficial Short Axon Cell.- b) The Deeper Long Axon Stellate Cell.- c) The Difference between Stellate and Basket Cells.- 3. The Fine Structure of the Stellate Cell.- a) The Cell Body.- The Cytoplasm.- b) The Dendrites.- c) The Axon.- 4. Some Physiological Considerations.- 5. Summary of Synaptic Connections of Stellate Cells.- IX. Functional Architectonics without Numbers.- 1. The Uses of Inhibition.- a) Basket Cells.- b) Stellate Cells.- c) Golgi Cells.- d) Purkinje Cells.- 2. The Shapes of Synaptic Vesicles.- 3. A Hitherto Unrecognized Fiber System.- 4. The Inhibitory Transmitter.- X. The Climbing Fiber.- 1. A Little History.- 2. The Climbing Fiber in the Optical Microscope.- a) The Immature Climbing Fiber Plexus.- 3. The Climbing Fiber in the Electron Microscope.- a) The Terminal Arborization in the Molecular Layer.- The Functional Significance of the Climbing Fiber Arborization.- The Advantages of Thorn Synapses.- Relationships with Basket and Stellate Cells.- b) The Climbing Fiber and Its Collaterals in the Granular Layer.- The Climbing Fiber Glomerulus.- The Climbing Fiber Synapse en marron.- The Tendril Collaterals in the Granular Layer.- c) The Fine Structure of Climbing Fiber Terminals and Their Synaptic Junction.- 4. The Connections of the Climbing Fiber.- 5. Some Functional Correlations.- 6. Summary of Intracortical Synaptic Connections of Climbing Fibers.- XI. The Neuroglial Cells of the Cerebellar Cortex.- 1. The Golgi Epithelial Cells.- a) A Little History.- b) The Golgi Epithelial Cell in the Optical Microscope.- c) The Golgi Epithelial Cell in the Electron Microscope.- The Perikaryal Processes.- The Bergmann Fibers.- The Subpial Terminals.- 2. The Velate Protoplasmic Astrocyte.- 3. The Smooth Protoplasmic Astrocyte.- 4. The Oligodendrogliocyte.- 5. The Microglia.- 6. Functional Correlations.- XII. Methods.- 1. Electron Microscopy.- a) Equipment for Perfusion of Adult Rats.- b) The Perfusion Procedure.- c) Equipment for the Dissection of Rat Brains for Electron Microscopy.- d) The Dissection Procedure.- e) The Postfixation of Tissue Slabs.- f) In-Block Staining, Dehydration, and Embedding.- g) Solutions and Other Formulas.- h) The Cutting of 1 urn Semithin Sections of Epon-Embedded Cerebellum.- i) Thin Sectioning.- j) The Staining of Thin Sections on Grids.- k) Electron Microscopy.- 2. The Golgi Methods.- a) Introduction.- b) Perfusion Solutions — Freshly Prepared.- c) Procedures for the Golgi Methods.- d) Dehydration and Infiltration of Slabs of Golgi-Impregnated Tissue for Embedding in Nitrocellulose.- 3. High Voltage Electron Microscopy.- a) Embedding and Sectioning of Golgi Material.- b) Counterstaining.- 4. Electron Microscopy of Freeze-Fractured Material.- References.