根据皮层小泡释放强度，可将皮层反应分为潜伏期、发展期、高潮期、衰退期四个时期。
According to the release intensity of the cortex vesicles, cortical reaction can be divided into the latent period, development period, climactic period, declining period.
这表明运动前皮层的作用不仅限于数值处理过程中的运动反应。
This suggests the role of the premotor cortex not limited to a motor reaction during numerical processing.
结果和他们的预期一致：感情丰富的图片能在视觉皮层被激发前刺激杏仁体部分的反应。
And results were in line with their prediction: the emotional pics activated the amygdala well before part of the visual cortex.
作为对紫外线灼伤内皮层的反应，你的身体会产生更多的黑色素使皮肤颜色变深。
In response to the UV rays frying your inner layer of skin, your body produces more melanin pigment that darkens the skin.
尴尬情绪的反应中心集中在被称作上前扣带皮层的区域；这块组织深藏在你大脑的右前方。
The embarrassment center is focused in an area called the pregenual anterior cingulate cortex; this tissue resides deep inside your brain, to the front and the right.
在这个基础测试中，大脑两个半球的内侧皮层(对外界刺激作出反应)都表现得很活跃。
During this baseline test, both hemispheres of the brain's medial frontal cortex (which is involved in motivation) appeared active.
当Sturm扫描他们的大脑时发现，研究对象越不感到害羞或尴尬，他们大脑扣带皮层中的尴尬反应区域越小。
When Sturm scanned their brains, she noticed that the less self-conscious and embarrassed the participants were, the smaller this embarrassment region in their cingulate cortex was.
这些研究表明：和大脑皮层前方的眼窝部分参与到美感偏好一样，脑部杏仁核也同情感反应有关。
These studies have shown that the amygdala, involved in emotional reactions, as well as different regions in the orbitofrontal cortex are involved in aesthetic preference.
我很高兴我发现了一种新的反应，它能够表明大脑皮层间质细胞的结构。
I am delighted that I have found a new reaction to demonstrate... the structure of the interstitial stroma of the cerebral cortex.
虽然扣带皮层部位的活动受人在早年成长时期就已经编好的程序控制，但似乎杏仁核才是此时此刻的及时回应，扣带皮层部位并没有像杏仁核那样做出相同，柔性的反应。
The amygdalas thus seem to respond to the here-and-now whereas the pACC is programmed early on, and does not react in the same, flexible way as the amygdalas.
他在一项早年的大脑研究中发现，当听到那些不寻常的声音时，像脑岛（又称岛叶）和眶前额皮层（orbital frontal cortex）等大脑的许多部位会迅即作出反应，努力去弄清它的意思。
One of his earlier brain studies showed that numerous regions, including the insula and orbital frontal cortex, jump into action when such discordance occurs, trying to make sense of it.
而且杏仁体的反应会重新传回听觉皮层，这让人们对类似的声音极其敏感。
And this reaction from the amygdala is delivered back to the cortex making us extremely sensitive (acoustically) to such sounds.
除了通过研究大脑缺陷所造成效应的方式，通过识别不同大脑皮层区域对于刺激的反应可以研究清楚语言系统。
In addition to studying effects of brain deficits, language systems can be determined by identifying activation of different cortical areas in response to stimuli.
相反，他们猜测先天恐惧反应是自动调节的，不需要大脑皮层干预。
In contrast, they propose that fear responses to innate threats are automatic and do not require cortical involvement.
选择性注意调节视皮层的大脑反应。
Selective attention modulates brain responses in visual cortex.
所有的这些脑组织都是必不可少的，它们中的许多都会参与到心理活动之中，但其实真正的反应则发生在大脑皮层。
Now, all of these parts of the brains are essential and many of them are implicated in interesting psychological processes but where the action is is the cortex.
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。
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.
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。
Objective to investigate the characteristics of frequency response areas of neurons in the primary auditory cortex.
为了引起重复反应，在皮层表面刺激所需的刺激强度比将刺激电极尖端插在座层深1毫米处刺激所需的大几倍。
The repetitive responses were more easily set up when the tips of the stimulating electrodes were inserted 1 mm deep into the cortex than when they were just touching the cortical surface.
甚至当播放了额外一句话的时候，研究人员看到，受试者的听觉皮层仍然只会对他们专注的那个声音做出反应。
And even with an extra sentence playing simultaneously, researchers saw that the cortex responded specifically to the voice that the subject was focusing on.
测定了C-CER的生理特征，表明它不同于A类纤维传入诱发的大脑皮层电反应。
To identify the physiological characteristics of C-CER, showing that C-CER was different from the cortical electric response to A-fiber inputs.
从神经科学方面讲， 勇气意味着用主管思维的新大脑皮层，去压制主管情绪的边缘皮层的冲动反应。
Neurologically it means using the thinking neocortex part of your brain to override the emotional limbic impulses.
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 brain's auditory cortex reacts to and categorizes stimuli even when you only see the sound being produced and can't hear it.
我们开发出一些方法，来测量大脑皮层的视觉反应部分，以及外界的事物如何绘制与大脑当中。
And we develop methods to measure the visually responsive parts of cortex and how the world is mapped onto the brain.
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 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.
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 shortest latency of the evoked potential was only 2 ms, indicating that a direct projection from the amygdala to the auditory cortex did exist.
结论气管插管时，艾司洛尔即可减轻病人的心血管反应，又可抑制插管刺激引起的大脑皮层兴奋性的增加。
Conclusion Esmolol not only attenuated haemodynamic to orotracheal intubation, but also prevented BIS arousal reactions in patients anaesthetized with propofol.
当以机械压迫阻滞感传，皮层体觉诱发电位地形图上只在下肢代表区出现一个反应，面部代表区的反应消失。
However, the response in the face representation disappeared and it was confined to foot representation of SI when the PSM was blocked by mechanical pressure.
观察在额叶皮层局部应用2%利多卡因后，电针对中央外侧核神经元伤害性反应的影响。
The effect of electroacupuncture on the nociceptive response of CL neurons after topical administration of 2% Lidocaine was observed.
观察在额叶皮层局部应用2%利多卡因后，电针对中央外侧核神经元伤害性反应的影响。
The effect of electroacupuncture on the nociceptive response of CL neurons after topical administration of 2% Lidocaine was observed.
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