杏仁體 的英文怎麼說

中文拼音 [xìngrén]
杏仁體 英文
amygdala
  • : 名詞1. (杏樹) apricot (tree)2. (杏樹的果實) apricot3. (姓氏) a surname
  • : 體構詞成分。
  • 杏仁 : almond; (bitter) apricot kernel杏仁餅 almond cake; 杏仁茶 almond tea; 杏仁豆腐 almond curd in s...
  1. Perfect combination of almond oil and olive oil will give you a special experience

    油與橄欖油的完美結合讓您在使用時給您獨特會。
  2. The amygdala also sends information back to the frontal cortex

    杏仁體也會將訊息傳回額葉皮質。
  3. The relationship between amygdala and emotional and sensory function

    杏仁體與情緒及感覺功能的關系
  4. Expression of leptin receptor in the cerebral amygdala of starved rats

    饑餓大鼠腦核中瘦素受的表達
  5. Results from the up end to the low end of the amygdaloid body, we obtained 72 clear digital photographs

    結果從杏仁體出現到消失,共獲得72張高清晰數碼照片。
  6. Objective to study amygdaloid body, hippocampal formation and lateral ventricle in thin cross section of brain to provide the anatomy knowledge for clinic

    摘要目的觀察杏仁體、側腦室和海馬結構在腦的薄層橫斷面上的表現及變化,為影像學提供解剖學依據。
  7. Conclusion the mill - like technique and 8. 2 mega pixels digital photograph can display amygdaloid body, hippocanipal formation and lateral ventricle clearly

    結論薄層冰凍銑切技術和820萬相素數碼照片能清晰顯示杏仁體、側腦室和海馬結構的位置關系及形態變化。
  8. However, this pathway has not been yet conformed by the histological research, and the amygdaloid influence at cortical level has not also been reported

    目前,復合在兔皮層水平上的影響和作用尚有待證實,而-視皮層-外膝通路還缺乏組織學工作支持。
  9. 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

    杏仁體,亦稱核群,是大腦邊緣系統關鍵結構之一,近年來因證實它與情緒、感覺、記憶的關系密切而倍受關注。
  10. Studies on yearly change of amygdalin content in peach

    桃樹內苦甙含量年變化研究
  11. With rich essential oils. a farmer ' s friend. ground almonds, rich essential oils and fresh dried calendula, comfrey and peppermint naturally refresh and buff your skin while bathing

    皮膚是身最大的器官,請善待你的肌膚,永遠記得給它一個最清爽舒暢的洗滌,同時粒子給予皮膚深層按摩,並帶走老化角質。
  12. Ledoux jf and mcdonald rj et al found that amygdala received auditory information from mgb and the auditory cortex, and was involved with emotion activities such as the auditory fearing

    杏仁體接受內膝( mgb )和聽皮層的聽覺信息的輸入,一方面參與聽覺恐懼反應等情緒活動,另一方面又可以對感覺信息產生影響。
  13. The hippocampus is thought to be important in the formation and retrieval of both verbal and emotional memories, whereas the amygdala is concerned with creating the emotional content of memory ? for example, feelings relating to fear conditioning and aggressive responses

    一般認為,海馬在陳述及情緒性記憶的形成與擷取上十分重要,杏仁體則與產生記憶的情緒組成有關,好比與懼怕制約及攻擊反應有關的感覺。
  14. The workers allowed the pups to hear their mother ' s call during the period of separation and found that this auditory input increased the serotonin receptor concentration in the males ' amygdala, yet decreased the concentration of these same receptors in females

    研究人員讓鼠仔在隔離期間聽到母親的叫喚,發現這個聽覺訊息會提升雄鼠仔杏仁體的血清素受密度,而雌鼠仔的血清素受密度卻會下降。
  15. After two hours of this negative feedback, paddy ' s amygdala produced 50 percent fewer spindles ; the frequency dropped by 99 percent within six days

    經過兩小時的這種負向回饋,派蒂的杏仁體產生的紡錘波減少了50 % ;六天之內,紡錘波出現的頻率更降低了99 % 。
  16. As a result, any part of the fear - inducing situation could end up triggering more firing between neurons in the amygdala

    結果是,任何能引發懼怕的情境細節,都會造成杏仁體的神經元更加興奮。
  17. 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,使用純音作聲刺激,進一步研究杏仁體的效應及意義就顯得很有必要。
  18. 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

    為了執行偵測威脅的工作,杏仁體接收了來自大腦最表層(皮質)神經元的輸入,而大腦皮質是處理高階層資訊之處。
  19. Lek - immunoreactive neurons distributed extensively in the rat brain of each group, such as limbic system including the hypothalamus and the amygdala complex, area postrema ( ap ), parabrachial nucleus ( pen ), the thalamus and so on

    結果: 1 、 lek免疫陽性神經元,廣泛分佈在各腦區。在下丘腦和杏仁體等邊緣系統的有關核團,以及最後區( ap ) 、臂旁核( pbn )和丘腦等腦區均有lek陽性神經元分佈。
  20. Moreover, the amygdala sends projections to the sensory cortices as well, which may explain, in part, why sensations seem so vivid when we are in certain emotional states ? or perhaps why sensory memories ( flashbacks ) occur in victims of trauma

    不只如此,杏仁體也有神經投射到感覺皮質,這也部份解釋了為什麼我們處于某種情緒狀態時,感覺特別鮮明,或是為什麼遭受過創傷的人,會出現感覺的記憶(現場突然重現) 。
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