The genesis and development of Insular Epilepsy are different from Amygdale Epilepsy and it shows antagonism to kindling.

Objective To observe the characteristics and onset time of seizures caused by kindling of bilateral amygdale, and to discuss its mechanism.

目的观察双侧杏仁核同时点燃时疒间性发作的特点及出现时间，并探讨其机制。

Method: The rat models of AD were induced by A β 1-40 injected into the bilateral amygdale.

方法：应用β-淀粉样蛋白1-40片段（Aβ1-40）注射入大鼠双侧杏仁核建立类AD的动物模型；

We further suggested that unfamiliarity factor might tend to activate amygdale with priority.

结果还提示陌生因素可能更倾向于激活杏仁核。

Prevalence increased following the upgrade of neck collar, amygdale and root of tongue size.

患病率随颈围、扁桃体大小和舌根高厚增加呈上升趋势。

Inhibition of high frequency stimulation-subthalamic nucleus on amygdale kindling in rat

电刺激丘脑底核对大鼠杏仁核电点燃的抑制作用

Correlation Between Rat Insular and Amygdale Electrical Kindling Epilepsy Model

大鼠岛叶与杏仁核电点燃癫痫模型的相关性研究

Effect of estrogen on dopamine release evoked by electric stimulation of central amygdaloid nucleus

雌激素对电刺激诱发杏仁核多巴胺释放的影响

Effect of Different Frequencies of Electroacupuncture on Somatostatin mRNA Expression in Rats' Amygdaloid Nucleus

不同频率电针对大鼠杏仁核内生长抑素mRNA表达的影响

Role of substance P in pressor response of central amygdaloid nucleus to glutamate

脑内P物质在谷氨酸兴奋中央杏仁核引起的升压反应中的作用

Cross-sectional anatomy of hippocampal formation and amygdaloid body in human

人脑海马结构与杏仁体的断面解剖

Amygdaloid Influence on the Light Evoked Neuronal Response of Visual Area 1 in Rabbits

杏仁复合体对兔视1区神经元光诱发活动的影响及其作用机制的研究

The Fiber Projection and Physiological Significance of the Medial Amygdaloid Nucleus

杏仁内侧核的纤维投射与功能

Fos-like protein expression in different nucleus of amygdaloid kindling rat model

杏仁核点燃癫痫鼠模型脑内不同神经结构FOS蛋白的表达

Basal Amygdaloid Influence on Electrical Activities of Visual Cortex in Rabbits

家兔杏仁基底核影响V1区神经电活动的研究

Amygdaloid Body and Relative Structures in Thin Level Cross Section of Brain

薄层脑横断面上的杏仁体及相关结构

Content of amygdalin of amygdalus kernel was determined by using high performance liquid chromatography ( HPLC).

采用高效液相色谱法（HPLC）对长柄扁桃仁苦杏仁苷含量进行了测定，并与其他蔷薇科植物种仁苦杏仁苷含量进行了比较。

BRANCH RESPONSE OF Amygdalus communis TO LOW TEMPERATURE

扁桃枝条对低温的反应

Comparison of Genetic Differences in Groups of Amygdalus persica Revealed by RAPD

利用RAPD标记对桃不同类群的遗传差异比较

The Analysis of Chromosome Karyotypes and Taxonomic Relationships of Amygdalus Plants

桃属植物染色体核型及种间亲缘关系分析

Amygdalus refined oil is expected to develop as a new high-quality edible oil. 4.

长柄扁桃精练油有望开发为新型高品质食用油。