Feedback training of 36 - 44 HZ EEG activity in the visual cortex and hippocampus of cats: evidence for sensory and motor involvement.
作者： Richard H. Bauer , Catherine N. Jones
DOI: 10.1016/0031-9384(76)90003-2
关键词: Neuroscience 、 Hippocampus (mythology) 、 Midbrain reticular formation 、 Visual cortex 、 Sensory system 、 Hippocampal formation 、 CATS 、 Psychology 、 Primary motor cortex 、 Electroencephalography
摘要: Abstract Milk reinforcement was contingent on the occurrence of 36–44 (40) Hz EEG activity in left visual cortex (VC) one group cats and right hippocampus (H) a second group. Both groups learned to increase 40 activity, acquisition associated with immobility. A third (behavioral controls — BC) trained by method successive approximation behave similar manner VC H cats. Training significantly increased all following structures, except hippocampi between BC cats: posterior primary (bilateral), anterior (left), motor dorsal midbrain reticular formation (bilateral). Since behavioral changes animals were similar, immobility appears be important for hippocampal produced feedback training. Testing darkness enhanced area but had no effect or animals. These results, conjunction observation that appeared visually fixate, suggest may have altering processing.
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