ISBN: 9783540179481 - the brain stem in a lizard, varanus exanthematicus (advances in anatomy, embryology and cell biology, 107, band 107) (7 Ergebnisse)

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Kartoniert / Broschiert. Zustand: New. 1 Introduction.- 2 Materials and Techniques.- 2.1 Cytoarchitectonic Analysis.- 2.2 Immunohistochemical Procedures.- 2.3 Tract-Tracing Studies.- 2.3.1 Anterograde Degeneration Studies.- 2.3.2 Horseradish Peroxidase Retrograde and Anterograde Transport Studie.

Taschenbuch. Zustand: Neu. Druck auf Anfrage Neuware - Printed after ordering - With the introduction of modern neuroanatomical tract-tracing techniques (e. g. , Heimer and RoBards 1981; Mesulam 1982) and immunohistochemical methods (e. g. , Cuello 1983) powerful tools to study the circuitry of the central nervous system in vertebrates became available. These techniques have also been widely applied in 'lower' vertebrates. A major task of comparative neurobiology is to sample the variations that exist in the brains of living taxa and to recognize common morphological patterns and their adaptive significance (Northcutt 1978, 1981). Reptiles, with their great variation in form and locomotion, are particularly interesting objects for neurobiologic research. They were the first vertebrates to be truly terrestrial and each reptilian radiation has solved many of the major obstacles to successful land invasion in strikingly different ways (Gans 1974). Among reptiles, the most encephalized species (as regards brain body weight relationship, e. g. , Jerison 1973; Ebbesson and Northcutt 1976; Platel1979) are the dracomorphs (e. g. teiids, varanids and iguanids). The brains of dracomorphs can best be described as the most complex among living lizards with increase in both size and differentiation of most sensory modalities (North cutt 1978). In the present study, the structure and fiber connections of the brain stem of such a highly developed dracomorph, the savanna monitor lizard, Varanus exanthematicus (Fig. 1), are analyzed. The brain stem plays a key role within the central nervous system.…

Paperback. Zustand: Brand New. 1st edition. 181 pages. 9.61x6.69x0.43 inches. In Stock.

Taschenbuch. Zustand: Neu. This item is printed on demand - it takes 3-4 days longer - Neuware -With the introduction of modern neuroanatomical tract-tracing techniques (e. g. , Heimer and RoBards 1981; Mesulam 1982) and immunohistochemical methods (e. g. , Cuello 1983) powerful tools to study the circuitry of the central nervous system in vertebrates became available. These techniques have also been widely applied in 'lower' vertebrates. A major task of comparative neurobiology is to sample the variations that exist in the brains of living taxa and to recognize common morphological patterns and their adaptive significance (Northcutt 1978, 1981). Reptiles, with their great variation in form and locomotion, are particularly interesting objects for neurobiologic research. They were the first vertebrates to be truly terrestrial and each reptilian radiation has solved many of the major obstacles to successful land invasion in strikingly different ways (Gans 1974). Among reptiles, the most encephalized species (as regards brain body weight relationship, e. g. , Jerison 1973; Ebbesson and Northcutt 1976; Platel1979) are the dracomorphs (e. g. teiids, varanids and iguanids). The brains of dracomorphs can best be described as the most complex among living lizards with increase in both size and differentiation of most sensory modalities (North cutt 1978). In the present study, the structure and fiber connections of the brain stem of such a highly developed dracomorph, the savanna monitor lizard, Varanus exanthematicus (Fig. 1), are analyzed. The brain stem plays a key role within the central nervous system. 188 pp. Englisch.…

Taschenbuch. Zustand: Neu. This item is printed on demand - Print on Demand Titel. Neuware -1 Introduction.- 2 Materials and Techniques.- 2.1 Cytoarchitectonic Analysis.- 2.2 Immunohistochemical Procedures.- 2.3 Tract-Tracing Studies.- 3 Gross Anatomy.- 3.1 The Brain Stem.- 3.2 The Cranial Nerves.- 4 Spinal Projections to the Brain Stem.- 4.1 The Dorsal Column Nucleus and its Afferent and Efferent Connections.- 4.2 Fiber Systems Ascending in the Lateral Funiculus.- 5 Organization and Connections of the Sensory Trigeminal Nuclei.- 5.1 Cytoarchitecture.- 5.2 Primary Afferents.- 5.3 Central Trigeminal Projections.- 6 The Solitary Tract and Related Nuclei.- 6.1 Cytoarchitecture : Viscerosensory Nuclei.- 6.2 Primary Afferents.- 6.3 Central Visceral and Taste Pathways.- 7 Cranial Nerve Motor Nuclei.- 7.1 Somatomotor Nuclei.- 7.2 Branchiomotor Nuclei.- 7.3 Visceromotor Nuclei.- 8 The Vestibular Nuclear Complex and Related Structures.- 8.1 Cytoarchitecture.- 8.2 Primary Afferents.- 8.3 Central Vestibular Projections.- 9 Acoustic Projections.- 9.1 Primary Acoustic Projections and Nuclei.- 9.2 The Superior Olive.- 9.3 The Torus Semicircularis.- 10 Visual Input to the Brain Stem.- 10.1 The Tectum Mesencephali.- 10.2 The Nucleus of the Basal Optic Root.- 10.3 The Isthmic Nuclei.- 11 Forebrain Projections to the Brain Stem.- 11.1 Notes on the Organization of the Reptilian Forebrain.- 11.2 Basal Ganglia Projections to the Brain Stem.- 11.3 Diencephalic Projections to the Brain Stem.- 11.4 The Habenulointerpeduncular Tract.- 12 Cerebellar Connections.- 12.1 Notes on the Cerebellar Cortex.- 12.2 The Cerebellar Nuclei.- 12.3 Afferent Connections of the Cerebellum.- 12.4 Efferent Connections of the Cerebellum.- 13 The Reticular Formation.- 13.1 Cytoarchitecture.- 13.2 Monoaminergic and Peptidergic Components.- 13.3 Ascending Projections.- 13.4 Descending Projections.- 14 Concluding Remarks.- 14.1 Ascending Projections.- 14.2 Descending Projections to the Brain Stem.- 14.3 Descending Projections from the Brain Stem.- 14.4 Cerebellar Connections.- 14.5 Research Perspectives.- Acknowledgments.- References.Springer-Verlag KG, Sachsenplatz 4-6, 1201 Wien 188 pp. Englisch. …