amygdaloid

简明释义

英[əˈmɪɡdəˌlɔɪd]美[əˈmɪɡdəˌlɔɪd]

adj. 杏仁状的；似杏仁岩的

n. 杏仁岩；扁桃核

英英释义

单词用法

同义词

反义词

例句

1.Arrhythmia could be elicited by electrical stimulation of amygdaloid complex.

电刺激杏仁复合体能诱发心律失常。

2.The subcortical afferent connections of the corticomedial and basolateral nuclear groups of the amygdaloid complex of the rat were studied with HRP labeling method.

用逆行HRP标记法研究了大白鼠杏仁复合体皮质内侧核群及基底外侧核群的皮质下传入性联系。

3.Aim: To research the influence of noxious stimuli on the electric activities of pain related neurons in several subnuclei of Amygdaloid Nucleus in rats.

目的：研究伤害性刺激对大鼠杏仁核簇中各亚核痛反应神经元电活动的影响。

4.The subcortical afferent connections of the corticomedial and basolateral nuclear groups of the amygdaloid complex of the rat were studied with HRP labeling method.

用逆行HRP标记法研究了大白鼠杏仁复合体皮质内侧核群及基底外侧核群的皮质下传入性联系。

5.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。

6.The anti-motilin serum partly abolished the effects of motilin in the amygdaloid nucleus on MMC.

抗胃动素血清只能部分阻断杏仁核胃动素对十二指肠MM C的影响。

7.Objective To explore the correlation between Fully-kindled Insular and Amygdaloid Model of Epilepsy in seizure of Rats.

目的探讨岛叶与杏仁核在癫痫发作中的相互关系。

8.Objective To study the effects of nitric oxide (NO) in basolateral amygdaloid nuclei (BLN) on sleep and behavioral activity in rats.

目的研究基底外侧杏仁核(BLN)内一氧化氮(NO)对大鼠睡眠及行为活动的影响。

9.Researchers found that the amygdaloid 杏仁体 is involved in fear responses.

研究人员发现，amygdaloid 杏仁体参与了恐惧反应。

10.Damage to the amygdaloid 杏仁体 can lead to difficulties in emotional regulation.

对amygdaloid 杏仁体的损伤可能导致情感调节困难。

11.The brain's amygdaloid 杏仁体 plays a crucial role in processing emotions.

大脑的amygdaloid 杏仁体在情感处理方面发挥着至关重要的作用。

12.The amygdaloid 杏仁体 helps in forming emotional memories.

amygdaloid 杏仁体有助于形成情感记忆。

13.In studies of anxiety, the amygdaloid 杏仁体 shows heightened activity.

在焦虑研究中，amygdaloid 杏仁体表现出更高的活动性。

作文

The human brain is a complex organ that plays a crucial role in our emotions, memories, and behaviors. One of the key structures within the brain is the amygdala, which is often described as having an amygdaloid shape. The term amygdaloid comes from the Greek word 'amygdale', meaning almond, due to the almond-like appearance of this small, yet significant, structure. The amygdala is part of the limbic system, which is responsible for processing emotions and forming memories. Understanding the amygdaloid structure is essential for comprehending how we respond to various stimuli in our environment. For instance, when we encounter a threatening situation, the amygdala activates, triggering the fight-or-flight response. This reaction is vital for survival, as it prepares the body to either confront or escape from danger. In addition to its role in fear responses, the amygdaloid region is also involved in the processing of positive emotions, such as joy and love. Research has shown that the amygdala interacts with other parts of the brain to enhance emotional experiences and memories. For example, when we recall a joyful event, the amygdaloid structure helps to reinforce the positive feelings associated with that memory, making it more vivid and easier to recall later. Moreover, the amygdaloid area is linked to various mental health conditions. Dysregulation of the amygdala can lead to increased anxiety, depression, and other mood disorders. Studies have indicated that individuals with heightened activity in the amygdaloid region may be more prone to anxiety disorders, as their brains may overreact to perceived threats. This understanding has led to the development of therapeutic approaches aimed at regulating amygdala activity, helping individuals manage their emotional responses more effectively. Interestingly, the amygdaloid structure also plays a role in social interactions. It helps us recognize emotional cues in others, such as facial expressions and body language. This ability is crucial for effective communication and building relationships. When we see someone smiling, the amygdaloid region activates, allowing us to feel empathy and connect with that person emotionally. Conversely, if we perceive anger or sadness, the amygdala helps us respond appropriately to those emotions. In conclusion, the amygdaloid structure of the brain is integral to our emotional experiences and responses. Its influence extends beyond fear and anxiety, encompassing a wide range of feelings and social interactions. By studying the amygdaloid region, scientists can gain valuable insights into the complexities of the human mind and develop better treatments for emotional and psychological disorders. The exploration of the amygdaloid area continues to reveal the intricate connections between our brain structures and our emotional lives, highlighting the importance of this small, almond-shaped region in shaping who we are as individuals.

人脑是一个复杂的器官，在我们的情感、记忆和行为中扮演着至关重要的角色。大脑中的一个关键结构是杏仁体，通常被描述为具有杏仁状形状。术语杏仁状源自希腊词“amygdale”，意为杏仁，因为这个小而重要的结构呈现出杏仁般的外观。杏仁体是边缘系统的一部分，负责处理情感和形成记忆。理解杏仁状结构对于理解我们如何应对环境中的各种刺激至关重要。例如，当我们遇到威胁情况时，杏仁体会激活，触发战斗或逃跑反应。这种反应对生存至关重要，因为它使身体准备好面对或逃离危险。除了在恐惧反应中的作用外，杏仁状区域还参与积极情感的处理，如快乐和爱。研究表明，杏仁体与大脑的其他部分相互作用，以增强情感体验和记忆。例如，当我们回忆起一个快乐的事件时，杏仁状结构有助于加强与该记忆相关的积极情感，使其更加生动，更容易在以后的时间里回忆起来。此外，杏仁状区域与各种心理健康状况相关。杏仁体的失调可能导致焦虑、抑郁和其他情绪障碍的增加。研究表明，杏仁体活动增强的个体可能更容易出现焦虑障碍，因为他们的大脑可能对感知威胁过度反应。这种理解促成了旨在调节杏仁体活动的治疗方法的发展，帮助个体更有效地管理他们的情感反应。有趣的是，杏仁状结构在社会互动中也发挥着作用。它帮助我们识别他人的情感线索，如面部表情和肢体语言。这种能力对于有效沟通和建立关系至关重要。当我们看到某人微笑时，杏仁状区域会激活，使我们能够感受到同理心并与那个人在情感上联系。相反，如果我们感知到愤怒或悲伤，杏仁体则帮助我们对这些情感做出适当的反应。总之，杏仁状结构在我们情感体验和反应中是不可或缺的。它的影响超越了恐惧和焦虑，涵盖了广泛的感觉和社会互动。通过研究杏仁状区域，科学家可以获得对人类思维复杂性的宝贵见解，并开发更好的情感和心理障碍治疗方法。对杏仁状区域的探索继续揭示我们大脑结构与情感生活之间的复杂联系，突显了这个小杏仁形状区域在塑造我们作为个体的身份中的重要性。