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A study of primary visual cortex found that in awake mice, when compared to animals under anesthesia, the spatial tuning of inhibitory synaptic inputs is much wider, suggesting that in awake animals the E/I balance is profoundly skewed towards inhibition (Haider et al., 2013).
A study of primary visual cortex found that in awake mice, when compared to animals under anesthesia, the spatial tuning of inhibitory synaptic inputs is much wider, suggesting that in awake animals the E/I balance is profoundly skewed towards inhibition (Haider et al., 2013).
对初级视觉皮层的研究发现，在与麻醉下的动物相比的清醒的小鼠中，抑制性突触输入的空间调谐要宽得多，这表明在清醒的动物中，E/I平衡显著偏向于抑制（Haider等。，2013）。
对初级视觉皮层的研究发现，在与麻醉下的动物相比的清醒的小鼠中，抑制性突触输入的空间调谐要宽得多，这表明在清醒的动物中，E/I平衡显著偏向于抑制（Haider等，2013）。
However in the auditory cortex of awake mice excitation and inhibition have similar magnitude and frequency tuning (Zhou et al., 2014), in agreement with previous results in anesthetized animals.
However in the auditory cortex of awake mice excitation and inhibition have similar magnitude and frequency tuning (Zhou et al., 2014), in agreement with previous results in anesthetized animals.
然而，在清醒小鼠的听觉皮层中，兴奋和抑制具有相似的幅度和频率调谐（Zhou等，2014），这与之前在麻醉动物中的结果一致。
Finally, a study of ongoing activity in the barrel cortex of anesthetized rats found that a switch to lighter anesthesia induces a profound shift toward excitation, probably due to depression of inhibitory synapses in the regime of higher activity under light anesthesia (Taub et al., 2013).
Finally, a study of ongoing activity in the barrel cortex of anesthetized rats found that a switch to lighter anesthesia induces a profound shift toward excitation, probably due to depression of inhibitory synapses in the regime of higher activity under light anesthesia (Taub et al., 2013).