Physiological Psychology |
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Page 243
... animals can imitate human speech sounds ( and other sounds also ) with astonishing fidelity , but they cannot rearrange the words in conformity with gram- matical rules in order to convey new meanings ; their performance is not ...
... animals can imitate human speech sounds ( and other sounds also ) with astonishing fidelity , but they cannot rearrange the words in conformity with gram- matical rules in order to convey new meanings ; their performance is not ...
Page 359
... animals not only must find sus- tenance but must also escape or avoid various destructive situations and agents like fire , drowning , falling , poison , and predators . Specific escape mechanisms have evolved for most of these dangers ...
... animals not only must find sus- tenance but must also escape or avoid various destructive situations and agents like fire , drowning , falling , poison , and predators . Specific escape mechanisms have evolved for most of these dangers ...
Page 375
... Animals can usually attain a goal that is under their nose , but they are often faced with the problem of finding remote goals , which requires intrinsically generated activity or ex- ploration . Some animals range over considera- ble ...
... Animals can usually attain a goal that is under their nose , but they are often faced with the problem of finding remote goals , which requires intrinsically generated activity or ex- ploration . Some animals range over considera- ble ...
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ablation activity afferent animals arousal auditory axons basilar membrane behavior body brain brainstem cats cells central cerebellum cochlea complex connections contralateral deficits dendrites depolarized discrimination dorsal eating effect electrical stimulation electrode elicited evoked potentials example experiments extrafusal feedback fibers firing rate frequency function ganglion geniculate globus pallidus gyrus hemisphere hypothalamus impulses increased inhibition inhibitory innervated intrafusal lateral layer learning lemniscal lesions light limb mechanism medial medulla membrane ments mesencephalon modalities monkeys motoneurons motor cortex motor pool motor system movements muscle spindle nerve nervous system neural neurons normal nuclei olfactory olfactory bulb optic pain paradoxical sleep pathways patients peripheral posterior produce pyramidal rats receptors recorded reflex region response reticular formation retina sensitive sensory input shown in Figure signal skin somatosensory spinal cord structures substance synapses tactual taste temperature temporal lobe thalamus theory threshold tion tract usually ventricle vestibular visual visual cortex voltage wave