The Developmental Neuropsychology of Sensory Deprivation

activity adult afferent animals axon behavior binocular birth Brain Research cats cerebral cortex changes chimpanzees Chow cortical dark-reared darkness days of age deafferentation decrease degeneration dendritic spines denervation deprived eye diffused light discrimination disuse dogs early effects of visual enriched enucleation environment Experimental Neurology exposure eyelid suture fibers Fifková function Globus Gyllensten Hein increased innate input isolate isolation-reared Journal of Comparative Journal of Physiology kittens lateral geniculate body lateral geniculate nucleus Layer learning lesions limbs Melzack mice monkeys monocular morphological Neurology neurons Nissl normally reared observed optic nerve optokinetic orientation pattern deprivation patterned light physiological postsynaptic presynaptic protein pursuit movements rabbits receptive field receptors recovery reduced reported response retina Riesen sensitivity sensory deprivation showed stimulation structures superior colliculus supersensitivity suture synaptic tested tion transneuronal visual cliff visual cortex visual deprivation visual experience visual placing visual-motor visually guided weeks of age