Titlebook: Biology and Pathology of Astrocyte-Neuron Interactions; Sergey Fedoroff,Bernhard H. J. Juurlink,Ronald Dou Book 1993 Springer Science+Busi

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GFAP Gene Expression in Normal and Reactive Astrocytes astroglial cytoskeleton. They are directly involved in the behaviour of the astrocytes as well as in the development of their cytoarchitecture during the postnatal proliferation, the transition to the differentiated stage, aging and astrogliosis (see for a review, Eng 1980).

DEFT

Astrocytes Can Act as Permissive Substrates for the Growth of NGF-Sensitive Axons ,l environments. In peripheral nerves, perturbed axons can regrow past the site of damage and extend through the nerve tube to reach denervated target sites. Schwann cells appear to be the predominant reason for this robust regeneration peripherally. These cells support neurite extension of most type

CRAMP

Glial-Neuronal Interactions Exemplified by the Synthesis and Actions of Ciliary Neurotrophic Factorells and endoneurial fibroblasts in the . (PNS). They nurture the survival and normal function of neurons. In turn, the synthesis and release of neurotrophic factors from glial cells are influenced by signals from neurons and their axons. Examples of such glial-neuronal interactions will be illustra

BINGE

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FLORA

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Oscar W. Gabriel,Frank Brettschneiderted in this selective review of the supply and actions of . (CNTF). It is hoped that some of the observations regarding Schwann cells and CNTF will eventually find wider application to other glial cells and other neurotrophic molecules.

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