1 Introduction.- 2 Materials and Methods.- 3 Description of the Stages.- 3.1 Stage 13.- 3.2 Stage 14.- 3.3 Stage 15.- 3.4 Stage 16.- 3.5 Stage 17.- 3.6 Stage 18.- 3.7 Stage 19.- 3.8 Stage 20.- 3.9 Stage 21.- 3.10 Stage 22.- 3.11 Stage 23.- 4 Discussion.- 4.1 Neuromerism.- 4.2 Longitudinal Zones and Ventricular Sulci.- 4.3 The Morphological Plan of the Diencephalon.- 4.4 The Basal Forebrain.- 4.5 Comparative Chronology of the Morphogenesis of the Brain.- 5 Summary.- Acknowledgments.- 6 References.- 7 Subject index.
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Paperback. Zustand: new. Paperback. During development two strongly interrelated processes can be discerned in the central nervous system (eNS), namely morphogenesis and histogenesis. Most neuroembryological studies deal with histogenetic features virtually with- out any morphological elucidation. It must be stressed, however, that histogen- etic investigations should be based upon a thorough knowledge of morphogene- sis. This holds especially for the forebrain, which during development is sub- jected to drastic transformations, particularly when only two-dimensional sec- tions are used. Therefore the present study on morphogenesis forms the first part of a research project on the ontogenesis of the brain in the rhesus monkey. The second part (Gribnau and Geijsberts 1984) will deal with the early histogene- sis of the forebrain. The first recognizable precursor of the eNS in vertebrates is the neural plate, which, after the formation of the germ layers, is induced in the ectoderm. The lateral margins of the neural plate start to rise, forming a neural groove. Eventu- ally, they meet dorsally in the midline and fuse, resulting in the formation of the neural tube.The ultimate sites of closure at either end of the neural tube are called the anterior and posterior neuropores. Before the closure of the anterior neuropore, which precedes that of the posterior neuropore, the anlage of the eNS can be divided into a narrow elongated caudal part, the future spinal cord, and a wider rostral part, the precursor of the brain. During development two strongly interrelated processes can be discerned in the central nervous system (eNS), namely morphogenesis and histogenesis. Most neuroembryological studies deal with histogenetic features virtually withA out any morphological elucidation. It must be stressed, however, that histogenA etic investigations should be based upon a thorough knowledge of morphogeneA sis. This holds especially for the forebrain, which during development is subA jected to drastic transformations, particularly when only two-dimensional secA tions are used. Therefore the present study on morphogenesis forms the first part of a research project on the ontogenesis of the brain in the rhesus monkey. The second part (Gribnau and Geijsberts 1984) will deal with the early histogeneA sis of the forebrain. The first recognizable precursor of the eNS in vertebrates is the neural plate, which, after the formation of the germ layers, is induced in the ectoderm. The lateral margins of the neural plate start to rise, forming a neural groove. EventuA ally, they meet dorsally in the midline and fuse, resulting in the formation of the neural tube. The ultimate sites of closure at either end of the neural tube are called the anterior and posterior neuropores. Before the closure of the anterior neuropore, which precedes that of the posterior neuropore, the anlage of the eNS can be divided into a narrow elongated caudal part, the future spinal cord, and a wider rostral part, the precursor of the Shipping may be from multiple locations in the US or from the UK, depending on stock availability. Bestandsnummer des Verkäufers 9783540137092
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Taschenbuch. Zustand: Neu. This item is printed on demand - it takes 3-4 days longer - Neuware -During development two strongly interrelated processes can be discerned in the central nervous system (eNS), namely morphogenesis and histogenesis. Most neuroembryological studies deal with histogenetic features virtually with out any morphological elucidation. It must be stressed, however, that histogen etic investigations should be based upon a thorough knowledge of morphogene sis. This holds especially for the forebrain, which during development is sub jected to drastic transformations, particularly when only two-dimensional sec tions are used. Therefore the present study on morphogenesis forms the first part of a research project on the ontogenesis of the brain in the rhesus monkey. The second part (Gribnau and Geijsberts 1984) will deal with the early histogene sis of the forebrain. The first recognizable precursor of the eNS in vertebrates is the neural plate, which, after the formation of the germ layers, is induced in the ectoderm. The lateral margins of the neural plate start to rise, forming a neural groove. Eventu ally, they meet dorsally in the midline and fuse, resulting in the formation of the neural tube. The ultimate sites of closure at either end of the neural tube are called the anterior and posterior neuropores. Before the closure of the anterior neuropore, which precedes that of the posterior neuropore, the anlage of the eNS can be divided into a narrow elongated caudal part, the future spinal cord, and a wider rostral part, the precursor of the brain. 84 pp. Englisch. Bestandsnummer des Verkäufers 9783540137092
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Zustand: New. Dieser Artikel ist ein Print on Demand Artikel und wird nach Ihrer Bestellung fuer Sie gedruckt. 1 Introduction.- 2 Materials and Methods.- 3 Description of the Stages.- 3.1 Stage 13.- 3.2 Stage 14.- 3.3 Stage 15.- 3.4 Stage 16.- 3.5 Stage 17.- 3.6 Stage 18.- 3.7 Stage 19.- 3.8 Stage 20.- 3.9 Stage 21.- 3.10 Stage 22.- 3.11 Stage 23.- 4 Discussion.- 4. Bestandsnummer des Verkäufers 4882290
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