印象派绘画的模糊图像似乎会刺激大脑的杏仁核。
The blurred imagery of Impressionist paintings seems to stimulate the brain's amygdala.
杏仁核从大脑的许多部分接收信息，包括负责检索记忆的区域。
The amygdala receives input from many parts of the brain, including regions responsible for retrieving memories.
当人们说假话时，科学家们注意到他们的杏仁核会突然活跃起来。
When people uttered a falsehood, the scientists noticed a burst of activity in their amygdala.
杏仁核是大脑的关键部分，它产生恐惧、焦虑和情绪反应，包括说谎时的低落、内疚感。
The amygdala is a crucial part of the brain that produces fear, anxiety and emotional responses including that sinking, guilty feeling you get when you lie.
杏仁核是大脑中产生恐惧、焦虑和情绪反应的关键部分，包括说谎时产生的下沉感和负罪感。
The amygdala is a crucial part of the brain that produces fear, anxiety and emotional responses—including that sinking, guilty feeling you get when you lie.
当科学家们让实验对象玩一个通过欺骗搭档来赢钱的游戏时，他们注意到来自杏仁核的负面信号开始减少。
When scientists had their subjects play a game in which they won money by deceiving their partner, they noticed the negative signals from the amygdala began to decrease.
通常它能使杏仁核受到抑制。
城市居民杏仁核活动水平最高。
他们决定尝试在激活DLSC的同时抑制杏仁核。
They decided to try simultaneously activating DLSC while inhibiting the amygdala.
这些差别在两个区域特别明显：杏仁核和扣带皮层部位。
These differences were noticeable in two regions: the amygdalas and the perigenual anterior cingulate cortex (pACC).
杏仁核和海马，大脑中处理情绪和记忆存储和回忆的区域。
And the amygdala and hippocampus, sections of the brain that deal with emotions as well as memory storage and recall.
其他对灵长类动物的研究发现，群居动物的杏仁核要更大一些。
Other studies of primates have shown that those living in larger groups tend to have larger amygdalas.
磁共振成像扫描显示，杏仁核的大小与社交生活的丰富程度成正比。
Magnetic resonance imaging scans found a positive link between big amygdalas and the richest social lives.
随后该小组将一种RNA分子注射到老鼠大脑内参与情绪反应的杏仁核。
The team then injected an RNA molecule into the rats' amygdalas, the region of the brain involved in emotional responses.
然而，那两位“杏仁核”损伤的女士并不如此，她们很少会衡量潜在得失。
The two women with amygdala injuries, however, did not behave the same way and were much less likely to balance potential gains and losses.
毫无疑问，杏仁核和它的超快的反应能力是我们人类存活和进化的主要原因。
The amygdala, and its super fast reactionary responses is undoubtedly a major reason why we humans survived and evolved.
我想争辩的是，由杏仁核引起的快速的情绪反应，事实上是由潜意识产生的。
I would argue that the rapid emotional responses caused by the amygdala are actually the generated by our unconscious mind.
科学家认为杏仁核作为人脑中的“机动门”扮演着社会意识以及记忆力的链接角色。
The scientists think that the amygdala may act as a gateway connecting the social and memory processing parts of our brain.
交流不畅就意味着血清素水平降低时，前额皮质难以控制杏仁核内产生的愤怒情绪。
'Weak' communications means that it is more difficult for the prefrontal cortex to control the feelings of anger that are generated within the amygdala when the levels of serotonin are low.
音乐也能激活你大脑的奖赏中心，并且抑制杏仁核的活动，减轻恐惧和其他负面情绪。
Music can also activate your brain's reward centers and depress activity in the amygdala, reducing fear and other negative emotions.
而这两例罕见的大脑杏仁核受损案例，直接证实了Martino的假设。
But these two rare cases with damage to the very structure in question allowed De Martino to directly test his hypothesis.
扣带皮层部位是大脑皮层的一部分（也在【两个】大脑半球），它对杏仁核进行调节。
The pACC is part of the cerebral cortex (again, found in both hemispheres) that regulates the amygdalas.
研究人员说，目前尚无关于杏仁核和DLSC相互作用从而调节社会和情绪反应的信息。
The researchers say there is no information about possible interactions between the amygdala and DLSC for regulating social and emotional responses.
但是一项研究显示，一个人的杏仁核越大，他的朋友圈和同事圈就越大越复杂。
But a study suggests that the larger the amygdala, the wider and more complex is its owner's network of friends and colleagues.
但是我们必须努力使OFC发挥作用，它对我们环境的反应通常不像杏仁核一样无意识和迅速。
But we must make an effort to actually engage the OFC. It does not often respond to our environment as automatically or as quickly as the amygdala seems to.
大脑杏仁核受损似乎并不影响“规避风险”，这是一个与“规避损失”类似但有很大不同的行为。
The amygdala damage did not appear to affect risk-aversion-a similar behavior with an important difference.
伦敦大学学院的研究人员发现，自由派往往有一个较大的前扣带皮层，而保守派则有较大的杏仁核。
Researchersat University College London found that liberals tend to have a larger anteriorcingulate cortex, while conservatives have a larger amygdala.
海马区旁边有一个被称为‘杏仁核’的结构体，已知在烙下不可磨灭印记中起到一定作用。
A structure next to the hippocampus called the amygdala is known to play a role in stamping this indelible mark.
海马区旁边有一个被称为‘杏仁核’的结构体，已知在烙下不可磨灭印记中起到一定作用。
A structure next to the hippocampus called the amygdala is known to play a role in stamping this indelible mark.
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