Titlebook: Neuronal-glial Cell Interrelationships; Report of the Dahlem T. A. Sears Conference proceedings 1982 Dr. S. Bernhard, Dahlem Konferenzen, B

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Stephen W. Kuffler (1913–1980)ed fundamental mechanisms and laid paths for future research to follow. In each instance, the striking feature of his work is the way in which the right problem was tackled at the right time, using the right preparation. One can, for example, think of the studies on denervation supersensitivity, str

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The Role of Neuronal-Glial Cell Interaction During Brain Developmentr than has hitherto been assumed, and that they originate from separate precursors that are present in the proliferative zones. DNA labeling indicates that one transient subclass — the radial glial cells — does not divide for about two months during the peak period of neurogenesis. During this perio

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Developmental Disorders of Myelination in Mouse Mutantsmutants represent alterations of specific stages in the normal series of interactions between axons and sheath cells. Their investigation contributes to the study of normal axon-sheath cell relationships as well as the mechanisms responsible for each specific disorder.

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The Development of Electrical Excitability of the action potential. In addition, voltage-dependent uncoupling has recently been observed between developing neurons. During axonal regeneration, excitability develops in both old and new membrane; development of excitability in the newly-formed membrane may recapitulate earlier embryonic devel