首页> 外文期刊>Neuroscience Letters: An International Multidisciplinary Journal Devoted to the Rapid Publication of Basic Research in the Brain Sciences >Hippocampal evoked potentials to pitch deviances in an auditory oddball situation in the rabbit: no human mismatch-like dependence on standard stimuli.
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Hippocampal evoked potentials to pitch deviances in an auditory oddball situation in the rabbit: no human mismatch-like dependence on standard stimuli.

机译:海马诱发了在兔子的听觉怪异的情况下俯冲的潜在可能性:没有人类不匹配样的对标准刺激的依赖。

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摘要

Hippocampal auditory evoked potentials (AEP) were recorded in 10 rabbits when pitch deviant tones occurred in a series of standard tones (oddball situation). In control recordings, deviant tones were presented without intervening standard tones (deviant-alone situation). All AEP deflections observed in the oddball situation were found also in the deviant-alone situation. Thus, it appeared that none of the AEP deflections to deviant tones in the oddball situation was specific to a memory trace of preceding standard tones. This observation was in contradiction to such a specificity of the mismatch negativity (MMN) found in humans. Instead, a connection to a neuronal orienting reaction interpretation was shown to be apparent. A need for additional control procedures revealing a contribution of neural orienting responses in animal MMN experiments is discussed.
机译:当在一系列标准音调中出现音高偏差音调时(10d情况),在10只兔子中记录了海马听觉诱发电位(AEP)。在控制录制中,呈现出偏差音而没有干预标准音(单独偏差情况)。在怪异情况下观察到的所有AEP偏转也都在异常情况下发现。因此,似乎在奇数球情况下,AEP偏斜音都没有偏向于先前标准音的记忆轨迹。该观察结果与在人类中发现的失配阴性(MMN)的这种特异性相矛盾。相反,与神经元定向反应解释的联系被证明是显而易见的。讨论了需要其他控制程序来揭示动物MMN实验中神经定向反应的作用。

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