Neural Injury and RegenerationFredrick J. Seil Describes the mechanisms by which the nervous system is injured in disease and in trauma, examines repair or regenerative responses to neural injury, and explores therapeutic interventions aimed at promoting these responses. |
Contents
The Histopathology of Neuronal Degeneration and Plasticity | 5 |
The Extrapyramidal System and Its Disorders L J Poirier T L Sourkes and P Bédard | 17 |
The Role of Immediate Early Genes in the Regeneration of the Central | 23 |
Copyright | |
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Acad Sci USA acid activity adult rat afferent Alzheimer Alzheimer's disease amyloid animals antibody astrocytes axons behavior bFGF Biol Brain Res c-fos cellular central nervous system changes channel expression cholinergic chronic contusion cortex cortical cultures cytes damage deficits demyelination dendritic density differentiated dorsal dose effects estrogen Exp Neurol experimental fetal fibers function gene glia glial cells glucocorticoid growth factor H-reflex hippocampus immunoreactivity increased induced injection lesion levels loss macrophages mechanisms membrane methylprednisolone microglia motoneuron motor mRNA muscle myelin sheaths Natl Acad Sci neurites neurons Neurosci normal nucleus observed oligodendrocytes optic nerve pA/pF pathways plasticity potential Proc Natl Acad processes progenitor protein receptor recovery reflex regeneration regions response role Schwann cells senile plaques sion sodium channel sodium currents specific spinal cord injury sprouting ẞ-amyloid stained studies synaptic tion tissue transection transplants treatment vitro vivo Wallerian white matter