Titlebook: Axonal Transport in Neuronal Growth and Regeneration; John S. Elam,Paul Cancalon Book 1984 Springer Science+Business Media New York 1984 b

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Basic Properties of Fast Axonal Transport and the Role of Fast Transport in Axonal Growth,hat underlie this growth. For membranous organelles and structures in the axon, this means fast axonal transport. A number of functions have been suggested for fast transport during growth and regeneration, including the supply of plasma membrane components, regulation of growth cone activity, and d

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Retrograde Signaling After Nerve Injury,terized by dispersion of the Nissl bodies and decreased cytoplasmic basophilia. The functional meaning of chromatolysis is still not completely understood, and we do not know the mechanism by which the cell body is signaled from the injured axon to bring about such a reaction (Torvik, 1976).

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Retrograde Axonal Transport and Nerve Regeneration,euroanatomists to trace neuronal pathways (La Vail, 1978). Toxins (Mellanby and Green, 1981) and certain viruses (K. Kristensson, Chapter 3, this volume) use this route to enter the CNS. The retrograde transport of lectins (e.g., Borges and Sidman, 1982) and neurotransmitters (Streit, 1980) shows th

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Biochemical Aspects of the Regenerating Goldfish Visual System, injuries as well as of degenerative and developmental disorders of the nervous system. At present, knowledge is rapidly unfolding regarding the participation of intrinsic as well as extrinsic factors that have been implicated on the basis of a number of experimental models in a variety of species.

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Transfer-RNA-Mediated Posttranslational Aminoacylation of Proteins in Axons,hat has been studied in some depth and is the subject of a good portion of this text is the change in the types of molecules the soma exports into the growing axon during regeneration. In general, attention has been directed towards the proteins that are transported axonally in regenerating axons, b

Radiculopathy

Target-Dependent and Target-Independent Changes in Rapid Axonal Transport During Regeneration of thcity to regenerate their axons even in the mature animal. Of particular interest, both to the clinical and basic neuroscience communities, has been lower vertebrates’ ability to regenerate the optic nerve, a phenomenon first described by Matthey in 1925. Despite the enormous number of fibers that mu

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