Recovery of Function: Theoretical Considerations for Brain Injury Rehabilitation |
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Page 17
... sensory deprivation and enriched environments , as well as those dealing with sensory substitution and sensory - integra- tive techniques , should constitute a reliable basis upon which we can reject the outdated and time - worn ...
... sensory deprivation and enriched environments , as well as those dealing with sensory substitution and sensory - integra- tive techniques , should constitute a reliable basis upon which we can reject the outdated and time - worn ...
Page 69
... sensory deprivation on the CNS , the future or rehabilitation is more promising than ever before . The ten cardinal principles of ( re ) habilitation 1. Prevention of sensory deprivation 2. Active participation 3. Repetition with and ...
... sensory deprivation on the CNS , the future or rehabilitation is more promising than ever before . The ten cardinal principles of ( re ) habilitation 1. Prevention of sensory deprivation 2. Active participation 3. Repetition with and ...
Page 70
... sensory deprivation The research literature of the past three decades has presented a vast amount of data concerning the short and long term ef- fects of sensory deprivation ( S.D. ) . S. D. is defined here in its broadest sense , i . e ...
... sensory deprivation The research literature of the past three decades has presented a vast amount of data concerning the short and long term ef- fects of sensory deprivation ( S.D. ) . S. D. is defined here in its broadest sense , i . e ...
Contents
Preface | 7 |
Neuroanatomical considerations relating | 55 |
Mechanisms of plasticity of connection | 91 |
Copyright | |
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activity afferent and/or animal models auditory axons BACH-Y-RITA basal ganglia behavior BENNETT bilateral body brain injury brain lesions cells central nervous system cerebellum cerebral cortex cervical levels changes clinical commissural contralateral cortical dendritic dorsal drugs effects enriched environment example experience experimental factors feedback fibers following brain func function following GLEES glia GREENOUGH hemisphere hemispherectomy hippocampus human inhibition input intact integrated interaction interneurons ipsilateral lateral learning ment midline monkeys motoneurons motor cortex movement muscle nerve neuraxis neurons neuroplasticity normal nuclear centers nucleus occipital occur organism pathways patient patterns pharmacological phylogenetically Physiol plasticity polysensory neurons Press primitive proprioceptive Psychol pyramidal rats receptors recovery of function reflex regeneration rehabilitation relation response ROSENZWEIG sensorimotor sensory sensory deprivation sensory substitution spinal cord sprouting stimuli structures studies subcortical synapses techniques temporal lobe thalamus therapeutic therapy tion visual cortex WARWICK 54