Titlebook: Neural Transplantation and Regeneration; Gopal D. Das,Robert B. Wallace Book 1986 Springer Science+Business Media New York 1986 Cortex.Emb

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Quantitative Studies of Reactive Events in the Site of Injury Following Transection of the Spinal Cd by an equally profound sensory loss. In many phylogenetically lower animals, massive axonal regeneration occurs and often results in some degree of functional restitution, despite the presence of scar formation within the site of injury (Bernstein and Bernstein 1967), but in mammalian forms regene

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The Motoneuron and Its Microenvironment Responding to Axotomy,ns and with regenerating neurons. In this context it might be useful to review the basic events that occur in neurons of the peripheral nervous system as a consequence of axotomy. In general, it is accepted that these events are somehow related to regeneration. However, as we will discuss later, thi

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Cellular Interactions between Transplanted Autonomic Ganglia and the Developing Brain,al CNS tissue transplants as specific replacements (Lund and Hauschka 1976, Perlow et al. 1979, Gash et al. 1980). Necessarily, the placement of grafts in these systems involves damage to the host brain. Experimental methods entail either direct insertion into the parenchyma or the establishment of

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A Behavioral and Histological Examination of Young Rats Receiving Homotopic Embryonic Neural Transpee broadly defined objectives and have evolved chronologically as follows: (1) the use of transplants (both neuronal and extraneuronal) simply to assess the viability of “nerve grafts,” and as a tool for studying regeneration in the central nervous system; (2) studies centering on neural transplanta

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