Current Status of Peripheral Nerve Regeneration

Partial table of contents: The Response of Ganglionic Neurons to Axotomy (P. Smith et al.). Axotomy Produces Dedifferentiation but not Repetitive Discharge in Hamster Dorsal Root Ganglion Cells (S. Gurtu & P. Smith). Incorporation of 32 P into Nucleotides of Regenerating Rat Dorsal Root Ganglia (J. Sjoberg & M. Kanje). Axonal Control of Schwann Cell Differentiation (R. Mirsky & K. Jessen). Interactions of Growing Axons with Fibronectin and Laminin (P. Letourneau). Influence of the Acellular Fibrin Matrix on Nerve Regeneration Success within the Silicone Chamber Model (L. Williams et al.). The Importance of Appropriate Electrical Stimulation to Influence Denervated Muscle (W. Nix). Does Optimal Peripheral Nerve Regeneration Require Cells from the General Connective Tissue? (C. Jenq & R. Coggeshall). Acceleration of Peripheral Nerve Regeneration (S. Pockett & B. Philip). Transmitter Release and Synaptogenesis (M. Poo). Synaptic Plasticity following Motor Nerve Injury in Frogs (A. Grinnell). Factors that Influence the Maintenance of Normal and Regenerating Axon Terminals (Y. Yao). Structure-function Relationships in Cat Muscle Spindles Reinnervation after Long-term Denervation (D. Barker, J. Scott & M. Stacey). Neurospecificity following Sensory Nerve Regeneration (K. Horch). Improved Morphological and Functional Recovery of Skeletal Muscle Grafts (R. Carlsen et al.). Index.Gordon, Tessa is the author of 'Current Status of Peripheral Nerve Regeneration', published 1987 under ISBN 9780471609438 and ISBN 0471609439.