Titlebook: Gene Expression and Cell-Cell Interactions in the Developing Nervous System; Jean M. Lauder,Philip G. Nelson Book 1984 The Editor(s) (if a

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the axon. All this implies the existence of numerous DNA sequences which encode, not only for the structural components of adult myelin, but also for various steps of its development. Because myelin is strongly conserved, information about this DNA obtained from any mammal is likely to be directly applicable to other mammals including man.

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Analysing Chinese Investments in Malaysia,nd function. Recent advances in the genetics of . have permitted us to investigate some of these effects. The results support the hypothesis that relatively simple alterations in cell size and numbers can cause both qualitative and quantitative changes in morphology and function of the nervous system.

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https://doi.org/10.1007/978-1-4614-5043-6 al., 1977) and purification of a protein involved in calcium-independent neural cell adhesion which has been named the neural cell adhesion molecule or N-CAM. A number of other CAMs of different structure and specificity have since been identified (See Edelman, 1983, for a review).

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Molecular Biology of the Nerve Growth Cone: A Perspectivewth into the appropriate target area because it is capable of locomotion, pathfinding and Chemotaxis (see below). Last but not least, it is the structure which recognizes the target cell and triggers synaptogenesis.

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CNS Hypomyelinated Mutant Mice (Jimpy, Shiverer, Quaking): , Evidence for Primary Oligodendrocyte De the axon. All this implies the existence of numerous DNA sequences which encode, not only for the structural components of adult myelin, but also for various steps of its development. Because myelin is strongly conserved, information about this DNA obtained from any mammal is likely to be directly applicable to other mammals including man.

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Effects of Alterations of Cell Size and Number on the Structure and Function of the , Nervous Systemnd function. Recent advances in the genetics of . have permitted us to investigate some of these effects. The results support the hypothesis that relatively simple alterations in cell size and numbers can cause both qualitative and quantitative changes in morphology and function of the nervous system.

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