And in the subjects’ brains, the auditory cortex—which handles sounds—was not only activated by the sights, but it would categorize them.
扫描仪显示，这些志愿者们大脑中处理声音信息的听觉皮层不仅会受到图像刺激，而且还会对图像进行分类。
Some of the probes linked to the auditory cortex, providing the researchers with a detailed window into sound processing.
一些探测器被连接到了患者的听觉皮层，这样以来就更加有助于研究者了解声音处理的过程。
For instance, from birth the auditory cortex will receive only sound or the visual cortex will receive only visual input.
例如，从出生开始，听觉皮层只负责接收声音而视觉皮层只负责接收影像。
Also, some regions of cerebral cortex that border visual and auditory cortices—the left fusiform gyrus, for example—expand territory in blind people to make use of the idle circuitry in visual cortex.
一些大脑皮质里也控制视觉和听觉的区域，比如纺锤体，在人失去视力后会扩大范围来利用视觉中枢里的闲置网络。
In blind people all this brain power would go to waste, but somehow an unsighted person's brain rewires itself to connect auditory regions of the brain to the visual cortex.
对于盲人来说，所有这个区域的大脑能力就浪费了，但不知何故一个盲人的大脑自我修复了，将大脑的听觉中枢与视觉中枢连接起来。
We can see that in the blind, large parts of the visual cortex light up when participants are engaged in auditory and tactile tasks.
我们得出，当盲人使用听觉和触觉工作时，他们的大部分视觉皮质仍在活动。
This sort of processing happens in the primary auditory cortex, both left and right, of the temporal lobe.
颞叶中左右两侧的初级听觉皮层,都会参与处理过程
In people who are born blind the visual cortex is completely unresponsive to any auditory or visual stimulation.
在那些出生时就失去视力的婴儿来说，视觉中枢完全不会对任何听觉或是视觉刺激有反应。
When you turn on Queen's Greatest Hits, the auditory cortex analyzes the many components of the music: volume, pitch, timbre, melody and rhythm.
当你播放Queen ' s乐队的Greatest Hits时，大脑的听觉皮层会分析音乐中的许多元素：音量、音调、音质、旋律和节奏。
They confirmed that the part of the auditory cortex that picks up peripheral sound switches to peripheral vision.
他们证实了听觉皮层接收周边声音的部分转变成为接收周边景象。
The auditory cortex is activated by singing a song in your head.
听觉皮层可以被在头脑中唱一首歌激活。
Activity in both the auditory cortex and the amygdala varied directly with the subject's ratings.
通过扫描发现杏仁体和听觉皮层的活动与受试者的评价同步变化。
This interaction between the auditory cortex and amygdala happens so fast as to seem instant.
这种听觉皮层和杏仁体之间的互动发生得如此之快，以至于顷刻之间就消失了。
In contrast to the visual system, the auditory system has longer subcortical pathways and more spiking synapses between the peripheral receptors and the cortex.
听觉系统和视觉系统的不同之处在于：听觉系统在外周感受器和听皮层间具有更长的皮层下通路和更多的突触联系。
Each voice drew a particular response from the auditory cortex.
每一个声音都会引起听觉皮层特定的反应。
The brain's auditory cortex reacts to and categorizes stimuli even when you only see the sound being produced and can't hear it.
当你仅仅看到声音产生，而没有听到的时候，大脑的听觉皮层也能对这种刺激做出反应，而且还能进行分类。
The auditory cortex is where a sound's acoustic features are processed.
听觉皮层是脑中处理声音特征的部分。
Objective To localize the primary auditory cortex of healthy subjects by magnetic source imaging (MSI), and to study the value of MSI in mapping the auditory cortex of healthy subjects.
目的应用磁源性影像对健康受试者进行初级听觉皮质定位，研究磁源性影像对听觉皮质定位的价值。
During some of the trials, they paired one tone with stimulation of a section of the rats' brains known as the nucleus basalis, which relays commands to the auditory cortex by secreting acetylcholine.
实验过程中，他们将老鼠大脑基底核某一区域所受刺激同某一音调相匹配，而大脑基底核通过释放乙酰胆碱传递命令至听觉皮层。
Conclusion the shapes of the excitatory frequency response areas of the neuron in the primary auditory cortex are various and might result from the same mechanisms.
结论大鼠初级听皮层神经元的兴奋性频率反应域具有多种类型，而不同的兴奋性频率反应域的形成机制可能相同。
Conclusion: Auditory cortex receives the neural projection from the ipsilateral amygdaloid nucleus in rats.
结论：大鼠听皮层接受同侧杏仁复合体的神经投射。
Each persons auditory cortex in their brain is adapted to way their ears deliver sound to them and their experience of the world.
每个人在他们的大脑听觉皮层是适应他们的耳朵声音的方式提供他们和他们的经验世界。
The results suggest that the transplants could replace and reconstruct the injured auditory cortex to some degree and form appropriated connections.
结果提示：移植组织可能已具有代替已损听皮质并重建相应靶区的神经环路。
Objective to investigate the characteristics of frequency response areas of neurons in the primary auditory cortex.
目的探索大鼠初级听皮层神经元的兴奋性频率反应域的特征。
Conclusion la could participate in the modulation of auditory information in auditory cortex, influencing the sustained response neuron's encoding of the sound intensity message.
结论杏仁外侧核参与了皮层水平听觉信息调制，影响持续性反应神经元对声音强度信息的编码。
The shortest latency of the evoked potential was only 2 ms, indicating that a direct projection from the amygdala to the auditory cortex did exist.
诱发反应的潜伏期最短为2毫秒，表明杏仁向听皮层的投射可能是单突触的。
The IC receives ascending input from a number of auditory nuclei in the lower brainstem. Moreover, it receives crossed input from the opposite IC and descending input from auditory cortex.
下丘接受来自不同通路大量低位脑干听觉核团的上行输入以及来自对侧下丘的交叉输入和听皮层的下行输入。
The IC receives ascending input from a number of auditory nuclei in the lower brainstem. Moreover, it receives crossed input from the opposite IC and descending input from auditory cortex.
下丘接受来自不同通路大量低位脑干听觉核团的上行输入以及来自对侧下丘的交叉输入和听皮层的下行输入。
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