amygdala
Does the Amygdala Mediate Anesthetic-induced Amnesia?
杏仁核是否参与麻醉诱发的遗忘?
Think of the amygdala as the engine and the cortex as the brake.
可以说，类扁桃体就象发动机；而大脑皮层则象刹车。
The amygdala also sends information back to the frontal cortex.
杏仁体也会将讯息传回额叶皮质。
Of or relating to the amygdala.
扁桃体的扁桃体的，与扁桃体有关的
METHODS Polysomnography (PSG) and nucleus amygdala microinjection.
方法多导睡眠描记和杏仁核微量注射。
Other therapies are being designed to act in the amygdala itself.
还有其他的治疗法则想办法作用在杏仁体本身。
Conclusions Motilin receptors are present in all the subnuclei of the amygdala.
结论杏仁核各亚核团都有胃动素受体分布，杏仁内侧核是胃动素受体分布最多的部位。
But the amygdala is programmed to "remember" the trigger that set this process in motion in case it happens again.
但是杏仁核具有“记忆”使该过程启动的触发因素的功能，以防它会再次发生。
Physiologically, the fear response is linked to activity in the amygdala of the limbic system.
从生理上说，恐惧中的反应和淋巴结系统中扁桃腺的活动有关。
Nerves that begin at the eyes and ears lead to a part of the brain called the amygdala.
那么，在受到惊吓时大脑会发生怎样的变化呢?
These include structures such as the amygdala, which have a wider role in regulating emotions and mood.
其中包括了扁桃体这样的器官，而扁桃体在调节人的情绪和情感方面则扮演了颇为广泛的角色。
An increasing number of evidences implicated the amygdala in the process of pain encoding and modulation.
最近，越来越多的证据支持杏仁核参与痛觉的编码和调制过程。
AIM To investigate the effects of serotonin (5HT) and cyclic adenosine monophosphate (cAMP) in amygdala microinjection.
目的研究杏仁核中5?羟色胺（5?HT）和环磷酸腺苷（cAMP）对大鼠睡眠的影响。
The roles of the hippocampus in memory and the amygdala in emotion have been explored.
海马状突起对于记忆以及扁桃体结果对于情绪的作用也得到探究。
There were geat clinical applications of amygdala lesion in treatment of functional dieases.
杏仁核毁损对治疗某些功能性疾病有较大的临床应用价值
There is a white matter tract that connects the amygdala and OFC, which is called the uncinate fasciculus (UF).
称为钩状束的白质将额皮质和杏仁体联系起来。
Objective To study the role and meaning of astrocyte in epilepsykindled by electrical amygdala.
目的探讨星形胶质细胞在实验性癫痫中的作用及意义。
During a frightening event they the amygdala kicks in, and it lays down next to an extra set of memories.
在一场令人恐怖的事件中，扁桃体发生作用，它产生一组额外的记忆。
Each lobe includes an amygdala and a seahorse-shaped structure called the hippocampus.
颞叶每端各包含一个杏仁体和名叫海马回的海马状组织。
They even coagu lated parts of my nucleus amygdala, but it wasn't effec tive, too.
他们甚至使我的扁桃体腺部分凝结，但它也不是很有效。
The amygdala is an executor of stress behavioral, autonomic and neuroendocrine responses.
杏仁核是应激性行为反应以及自主神经和神经内分泌反应的执行部位。
Tour 1 : Next/Previous/Start: On this slice, the atrophic hippocampus and amygdala can be seen.
回顾1 ：下一页/上一页/起始页： 在此层面，可以看到萎缩的海马和杏仁核。
The amygdala had the greatest response to scenes rated as most emotionally intense.
杏仁核拥有对情景的最大反应被定为最大情绪强度。
We employed magnetoencephalography (MEG) to examine amygdala activity during a linguistic affective priming task.
在语言的情感启用任务中，我们用脑磁描记法来检测杏仁复合体活动。
Especially intriguing, says Cahill, were the regions with which the amygdala was acting in concert.
更有有趣的发现在于与杏仁核协调作用的区域的差异。
When you suddenly see a snake,for example,the amygdala makes you freeze,perspire,have a quickened heartbeat,or run very fast.
一旦受到惊吓，眼部和耳部的神经会引起大脑的一部分--类扁桃体的变化。
The degree of activity in the left amygdala during encoding was predictive of subsequent memory only for scenes rated as most emotionally intense.
在编码中左杏仁核活动的程度，是仅对最大情绪强度之情景随后记忆的预兆。
The amygdala immediately activates the bodys automatic "fight or flight" response, and the body prepares itself for danger.
杏仁核立即刺激身体的应激反应，于是身体做好对付危险的准备。
The amygdala, in turn, contacts an array of brain regions, making heavy use of a neurotransmitter called corticotropin-releasing hormone (CRH).
接下来，杏仁体与一系列的脑区有了接触，并大量使用一种叫做肾皮释素（CRH）的神经传递物。
As a result, any part of the fear-inducing situation could end up triggering more firing between neurons in the amygdala.
结果是，任何能引发惧怕的情境细节，都会造成杏仁体的神经元更加兴奋。
Child why agnail of total easy amygdala, and cause have a fever. Someone says to be able to excise amygdala be no good all right.
小孩为什么总容易扁桃腺发炎，而造成发烧。有人说可以把扁桃腺切除行不行。
Anti-motilin serum partially abolished these effects, and destruction of the basolateral nucleus of the amygdala had no effects on duodenal MMC.
抗胃动素血清只能部分阻断这种效应；杏仁基底外侧核核团毁损对十二指肠MMC影响不明显。
Activation of fusiform gyri by faces was strongly affected by attentional condition, but the left amygdala response to fearful faces was not.
透过脸孔，梭状回的活化被注意力的情况强烈地影响，但左侧杏仁核对于恐惧脸孔的反应则没有受影响。
When you suddenly see a snake, for example, the amygdala makes you freeze, perspire, have a quickened heartbeat, or run very fast.
比如，当你猛然见到一条蛇时，类扁桃体会使你四肢僵硬，出冷汗，心跳加速甚至拔腿跑掉。
Pavalbumin-immunoreactive interneurons are controlled by an inhibitory neuronal network in basolateral nucleus of the rat amygdala.
大鼠杏仁体基底外侧核中小白蛋白反应阳性神经元受抑制性神经网络支配。
The effects on phrenic activity by microinjection of morphine and naloxone into central nucleus amygdala (ACE) were observed.
二为膈神经放电积分幅值下降,呼吸时程无明显变化。
One set of nerve cells projecting from the amygdala reaches evolutionarily ancient parts of the midbrain and brain stem.
其中一组神经细胞从杏仁体投射到中脑及脑干当中控制自主神经系统的部份，属于演化上古老的构造。
Over time, the amygdala creates a salience landscape, a map that details the emotional significance of everything in the individual's environment.
久而久之，杏仁核便创造了情绪图谱，记载著个人环境中大小事物的情绪意义。
In their search for alternatives, researchers have sought to target the stress response upstream of the locus coeruleus and amygdala.
研究人员在寻找替代性药物时，将目标放在蓝斑核及杏仁体上游的压力反应。
The amygdala straddles both sides of the brain and helps control how emotions such as fear are processed and remembered.
杏仁核跨大脑左右半球，其功能在于帮助人们控制情感反应如恐惧等如何进行及被记忆。
Brain imaging studies, in particular, have found a correlation between amygdala activation during encoding and subsequent memory.
尤其，大脑造影研究已经建构了一个在编码和随后记忆之间杏仁核活化作用的相互关联性。
Caudate nucleus did not show the well pretection action.Temporal lobe,amygdala and caudata nucleus all showed well BDNF neuron protection mechanism.
颞叶和杏仁核具有良好的BDNF保护机制，尾状核具有反应迅速、作用持久的BDNF保护机制。
Joseph LeDoux of New York University has shown that repeatedly placing rats in a fear-provoking situation can bring about LTP in the amygdala.
美国纽约大学的拉度（JosephLeDoux）发现，将老鼠反覆置于引发惧怕的环境，会在牠的杏仁体中引发长期增益。
Functional lateralization of amygdala involved in emotion is reviewed from three aspects:conscious level,sex,emotional type.
初步证据显示大脑两侧的杏仁核功能的确存在偏侧化,并且与右侧杏仁核相比,左侧杏仁核出现更多激活。
Objective To observe the ultrastructure change of amygdala neuron and synapse in rats of posttraumatic stress disorder(PTSD).
目的研究创伤后应激障碍(PTSD)大鼠杏仁核神经元及突触的超微结构改变。
Two critically important limbic regions are the hippocampus and the amygdala, which lie below the cortex in the temporal lobe.
边缘系统区域有两个特别重要的构造，即位于大脑颞叶皮质下方的海马（hippocampus）及杏仁体（amygdala）。
Whether it orchestrates such powerful reimmersions or not, the amygdala is clearly implicated in certain kinds of memory.
无论杏仁体是否主导了这种强烈的重返现场感，它显然与某种记忆有关。
AIM: To investigate the roles of basolateral amygdala (BLA) and central amygdala (CeA) in feeding behavior and body weight control of rats.
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Delgado programmed Paddy's stimoceiver to detect distinctive signals, called spindles, spontaneously emitted by her amygdala.
戴尔嘎多将植入派蒂脑中的刺激接收器做了设定，使其能够侦测某种从杏仁体发出、称为纺锤波的特殊自发性讯号。
To carry out its role in sensing threat, the amygdala receives input from neurons in the outermost layer of the brain, the cortex, where much high-level processing takes place.
为了执行侦测威胁的工作，杏仁体接收了来自大脑最表层（皮质）神经元的输入，而大脑皮质是处理高阶层资讯之处。