| 1. | The amygdala also sends information back to the frontal cortex
杏仁体也会将讯息传回额叶皮质。 |
| 2. | The relationship between amygdala and emotional and sensory function
杏仁体与情绪及感觉功能的关系 |
| 3. | Results from the up end to the low end of the amygdaloid body , we obtained 72 clear digital photographs
结果从杏仁体出现到消失，共获得72张高清晰数码照片。 |
| 4. | 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。 |
| 5. | On the other hand , zhou shaoci et al proved that amygdala could effect the acoustic response evoked by click on mgb and cortex level
因此，使用纯音作声刺激，进一步研究杏仁体的效应及意义就显得很有必要。 |
| 6. | Objective to study amygdaloid body , hippocampal formation and lateral ventricle in thin cross section of brain to provide the anatomy knowledge for clinic
摘要目的观察杏仁体、侧脑室和海马结构在脑的薄层横断面上的表现及变化，为影像学提供解剖学依据。 |
| 7. | After two hours of this negative feedback , paddy ' s amygdala produced 50 percent fewer spindles ; the frequency dropped by 99 percent within six days
经过两小时的这种负向回馈，派蒂的杏仁体产生的纺锤波减少了50 % ；六天之内，纺锤波出现的频率更降低了99 % 。 |
| 8. | Conclusion the mill - like technique and 8 . 2 mega pixels digital photograph can display amygdaloid body , hippocanipal formation and lateral ventricle clearly
结论薄层冰冻铣切技术和820万相素数码照片能清晰显示杏仁体、侧脑室和海马结构的位置关系及形态变化。 |
| 9. | 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。 |
| 10. | The amygdaloid complex is one of crucial structures of the limbic system . the amygdaloid complex was convinced to be broad related with emotion , memory , and sense function of animals
杏仁体，亦称杏仁核群，是大脑边缘系统关键结构之一，近年来因证实它与情绪、感觉、记忆的关系密切而倍受关注。 |
