amygdale

amygdale

1. amygdale [amidal] n.f.

[解]扁桃体,扁桃腺;

2. Voices, emotional content either positive or negative, induces a very strong activity, in this amygdale.

人类声音，无论其内容是积极还是消极的，都在这个杏仁孔中包含了一种强烈的活性。

3. Systemic antibacterials can inhibit latent pathogenic bacteria invading periodontal tissues or other parts in buccal cavity(such as amygdale , dorsum linguae).

全身使用抗菌药物,能抑制侵入牙周组织或口腔其他部位(如扁桃体、舌背等处)的潜在致病菌。

4. Keywords amygdale;kindling model;bilateral kindling;unilateral kinding;

关键词杏仁核;点燃模型;双侧点燃;单侧点燃;

5. [1]Zhou ZF.Analgesic effect of morphine injected into habenula,nucleus accumbens or amygdale of rabbits[J].Acta Pharmacologica Sinica,1984,5(3):150-153.

周仲福.家兔缰核、伏核、杏仁核内注射吗啡的镇痛作用[J].中国药理学报,1984,9(3):150-153.

6. basolateral amygdale

基底外侧杏仁核

7. Keywords Topiramate Amygdale Kindling After discharge;

托吡酯;杏仁核;点燃;后放电;

8. Keywords amygdale;motilin receptor;motilin;migrating myoelectrical complex;

杏仁核;胃动素受体;胃动素;移行性复合肌电活动;

9. The cell group which located at two sides of the third ventricle is amygdale.

杏仁核是位于第三脑室两侧的两个细胞核团；

10. Injury in rat hippocampus kindled by amygdale and expression of glial fibrillary acidic protein

杏仁核点燃大鼠海马区损伤与胶质纤维酸性蛋白的表达

11. Both amygdale kindling rats and hippocampus kindling rats showed a well expression of P-glycoprotein.

杏仁核点燃模型及海马点燃模型均可诱导相近似的P糖蛋白的表达。

12. There is no significantly different expression of P-glycoprotein in brain tissue and peripheral blood between amygdale kindling group and hippocampus kindling group (P>0.05).

杏仁核生理盐水卡马西平组及海马生理盐水卡马西平组大鼠脑组织及外周血P糖蛋白的表达高于杏仁核生理盐水对照组及海马生理盐水对照组，有统计学意义(P<0.05)；

13. Keywords hippocampus;amygdale;temporal cortex;prefrontal lobe;marginal division of striatum;regional cerebral blood flow;learning and memory function;correlation;

海马;杏仁核;颞皮质;前额叶;边缘区;脑区血流灌注;学习记忆功能;相关性海马;相关性;

14. The cell group that located at two sides of the third ventricle is the amygdale.

爪鲵的杏仁核是位于第三脑室两侧的两个细胞团。

15. 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

16. Keywords Schizophrenia;Amygdale;Callosal gyrus;Stereotactic techniques;

精神分裂症;杏仁核;扣带回;立体定向技术;

17. Keywords refractory epilepsy;P-glycoprotein;amygdale;kindling model;

难治性癫癎;P-糖蛋白;杏仁核;点燃模型;