Texture of the nervous system of man and the vertebrates
著者
書誌事項
Texture of the nervous system of man and the vertebrates
Springer, 1999-2002
- v. 1
- v. 2
- v. 3 : Wien, New York
- v. 3 : Barcelona
- タイトル別名
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Textura del sistema nervioso del hombre y de los vertebrados
大学図書館所蔵 全30件
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v. 1491.17||RA||100268548,
v. 2491.17||RA||200296148, v. 3 : Wien, New York491.17||RA||300276613 -
v. 1491.17/R13/111202002103,
v. 2491.17/R13/211202002115, v. 3 : Wien, New York491.17/R13/311202014756 -
関西学院大学 図書館上ケ原
v. 1611:158:10003378601,
v. 2611:158:20003378619, v. 3 : Wien, New York611:158:30003378627
注記
Bibliography: v.1 : p. [591]-631, v.2 : p. [649]-666, v.3 : p. [607]-624
内容説明・目次
- 巻冊次
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v. 1 ISBN 9783211830574
内容説明
This book, together with the next two volumes to follow, offers the scientific community the works and thoughts of Santiago Ramon y Cajal. The text is a faithful rendition of the original Spanish version, with additional facts taken from the French translation. Both of these are currently quoted an average of 200 times a year in the scientific literature. This collection will represent the "definitive Cajal" for scientists and scholars interested in the original thoughts of probably the most prominent neuroscientist of all time.
目次
- I General concept of the nervous system.-Structural plan of the neural centers in the animal series.- II Review of research methods and resulting discoveries.- III Components of the nervous tissue.-The nerve cell-its size and general morphology.- IV Morphology of nerve cells (Continuation).-Mode of termination of dendritic and axonal processes.-Intercellular connections.- V Physiologic inferences from the morphology and connectivity of neurons.-Conductive role of all parts of the neuron.-Refutation to Golgi's theory on the nutritional role of dendritic processes.-Theory of dynamic polarization.-Theory of axipetal polarization.-[Avalanche of conduction.-]The laws of economy of space, time and matter that rule. cell morphology, and the course and origin of axons.- VI Structure of the nerve cell.-Cell membrane.-Protoplasm.-Structure of the axon and dendrites.-Nucleus Physiologic inferences based on the cell structure.-Significance of the spongioplasm and Nissl bodies.-Transverse and longitudinal conduction in cell processes.-Considerations about the unit of sensation.-Schematics on the dynamics of the nerve cell.- VII Continuation of the physiologic interpretation of neuronal structure.-Structural variations correlated with various functional states.-Morphologic variations of neurons.-Changes by pathologic influences.-Significance of chromatolysis.-[Changes in the neurofibrillar reticule according to temperature variations and other conditions].- VIII Neuroglia.-Morphology of the neuroglial cell (Deiters cell).-Neuroglial type of the white matter.-Neuroglial type of the gray matter.-Epithelial neuroglial cell.-Structure of neuroglia.-General considerations regarding the functional significance of neuroglial cells.- IX Nerve fibers.-Peripheral myelinated nerve fiber (shape, volume, structure, etc.).-Central myelinated nerve fiber.-Fibers of Remak.-Grouping of nerve fibers to form nerves, etc.- X Neural centers.-White and gray matter Spinal cord.-Its external and internal configuration.-Territories or systems of the white matter (pyramidal tract, fascicle of Flechsig or dorsal spinocerebellar tract, dorsal horn bundle, intermediate bundle, system of the intermediate nucleus, commissural bundle, fascicles of the dorsal funiculus, etc.).- XI Structure of the white matter of the spinal cord.-Nerve fibers, [unmyelinated fibers,] neuroglial cells and axon collaterals.-Varieties of collaterals according to the gray zones where they terminate.-Synthesis of the distribution of collaterals.-Terminal nerve fibers.-Displaced fascicles of the white matter.- XII Structure of the gray matter.-General characteristics and classification of spinal neurons.-Motoneurons.-Motor cells or neurons of the ventral roots.-Motor cells of dorsal roots.-Ventral roots.-Axon terminals in striated muscles.- XIII Commissural and funicular cells.-Ventral and dorsal commissural cells.-Homolateral funicular cells.-Bifunicular cells.-Bilateral or hecateromeric funicular cells.- XIV Distribution of funicular cells in various regions of the gray matter.-Ventral horn (motor nucleus, commissural nucleus, nucleus of the lateral funiculus, intermediate and central gray matter).-Dorsal horn (column of Clarke, medial basal nucleus, head and lateral basal portion of the dorsal horn, substantia gelatinosa, intermediate nucleus).-Short axon neurons.- XV Sensory neurons, i.e. neurons with somata outside the spinal cord sending axons to the cord.-Spinal ganglia.-Structure and morphology of their cells in higher vertebrates.-Ordinary type, cell varieties, pericellular arborizations. Spinal ganglion cells in lower vertebrates.- XVI Endings of peripheral processes of spinal ganglion cells.-Intraepidermic free terminations (cornea, skin, mucous membranes and hairs).-Specialized endings: spindles of Kuhne, Golgi tendon organs, Ruffini corpuscles, Golgi- Mazzoni corpuscles, corpuscles of Merkel, Meissner, Krause, Pacini and Timofejew.-Sensory endings in the heart and arteries.- XVII Central processes of sensory neurons.-Historical notes.-Bifurcation of dorsal roots.-Long and short radicular fibers.-Arrangement of ascending and descending branches.-Intrinsic fibers of the dorsal funiculus.- XVIII Neuroglia of the gray matter of the spinal cord.-Ependymal cells, and cells of short and long processes.-Distribution of these elements in different territories of the gray matter.-Blood vessels and neuroglial covering of the cord.- XIX Physiologic inferences based on a new structural concept of the spinal cord.-Reception of stimuli by sensory axon terminals.-Conjectures about the functioning of each termination type.-Hypothesis on the functions of the ganglion cell body.-Arrival of the imulse to the dorsal root and spinal cord.-Interpretation of the march of the excitation in terminal and collateral branches of radicular fibers.-[Direct propagation of impulses to motor cells.] Reflex movements.-Simple reflexes, unilateral and bilateral, circumscribed and diffuse.-Coordinated and cerebral reflexes.-Central sensory pathways.-Voluntary movements.- XX Comparative histology of the spinal cord.-Amphioxus.-Myxine and Petromyzon.-Amphibians.-Reptiles.-Birds.-Overview of the spinal cord in vertebrates.- XXI Histogenesis of the spinal cord and spinal ganglia.-Germinal cells.-Neuroblasts and spongioblasts.-Growth and development of nerve cells (growth cone, primitive neural arborization, formation of dendrites, development of collaterals, etc.).-Ganglioblasts.-Developmental laws governing neurons.-Growth and development of the ependyma and neuroglia.-[Development of spinal ganglia.-Formation of nerves
- theories and hypotheses.-] Hypotheses regarding the causes of growth and transformation of neurons and neuroglial cells.- Appendix I: Table of equivalent figure numbers.- Appendix II: Taxonomy glossary.- References.
- 巻冊次
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v. 2 ISBN 9783211832011
内容説明
The works and thoughts of Santiago Ramn y Cajal in a faithful rendition of the original Spanish version, with additional facts contained in the French translation, both of which are currently quoted around 200 times each year in the scientific literature. This is the only authorized English translation and makes use of uniform nomenclature according to contemporary scientific English. Most of the illustrations are reproductions of Cajal's original art work, with cross references to the figure numbers of the Spanish and French versions, while the taxonomic glossary uses current scientific names, and their colloquial English counterparts.
目次
Medulla oblongata.- Internal configuration of the medulla.- Texture of the medulla.- Spinal nerve.- Vagus and glossopharyngeal nerves.- Acoustic nerve.- Cochlear nerve.- Facial nerve.- Abducens nerve.- Trigeminal nerve.- Pathways and special nuclei of the medulla.- Medullary continuation of the spinal cord ventral funiculus.- Lateral funiculus and its nuclei.- Intrinsic pathways and nuclei of the medulla (continuation).- Pons.- Cerebellum.- Cerebellum (continuation).- Comparative histology of the cerebellar cortex.- Histogenesis of the cerebellum.- Intrinsic cerebellar nuclei.- Cerebellar peduncles.- Midbrain.- Superior colliculus.- Structure of the optic lobe of lower vertebrates.- Region of the tegmentum or intermediate portion of the midbrain.- Midbrain tegmentum (continuation).- Ventral plane of the midbrain.- Thalamus.- Visual system.- Appendix I: Table of equivalent figure numbers.- Appendix II: Taxonomy glossary.- References.
- 巻冊次
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v. 3 : Wien, New York ISBN 9783211832028
内容説明
The works and thoughts of Santiago Ramn y Cajal in a faithful rendition of the original Spanish version, with additional facts contained in the French translation, both of which are currently quoted around 200 times each year in the scientific literature. This is the only authorized English translation and makes use of uniform nomenclature according to contemporary scientific English. Most of the illustrations are reproductions of Cajal's original art work, with cross references to the figure numbers of the Spanish and French versions, while the taxonomic glossary uses current scientific names, and their colloquial English counterparts.
目次
* Retina (continuation) * Optic nerves, chiasma and optic radiations * Lateral geniculate body and pulvinar * Thalamus (continuatiuon) * Thalamus (continuation) * Nuclei of the subthalamic and hypothalamic regions * Thalamus (continuatiuon) * Corpus striatum * General structural plan of the cerebral cortex * Regional cerebral cortex * Auditory cortex * Motor or sensory-motor cortex * Olfactory apparatus * Second-order and third-order olfactory centers * Pathways originated in the temporal olfactory cortex * Fourth-order olfactory centers: the hippocampal and dentate gyri * Efferent pathways and subordinate nuclei of the hippocampal gyrus * Cingulate gyrus - Cingulum * Comparative structure of the celebral cortex * Histogenesis of the cerebral cortex * Anatomo-physiologic considerations about the cerebrum * Autonomic ganglia * Appendix I: Table of equivalent figure numbers * Appendix II: Taxonomy glossary
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