紋狀體的 的英文怎麼說

中文拼音 [wénzhuàngtǐde]
紋狀體的 英文
striatal
  • 紋 : 名詞（花紋; 紋縷兒） lines; veins; grain
  • 狀 : Ⅰ名詞1 （形狀） form; shape 2 （情況） state; condition; situation; circumstances 3 （陳述事件或...
  • 體 : 體構詞成分。
  • 的 : 4次方是 The fourth power of 2 is direction
  1. At 22 h reperfusion, removal of androgens by castration provided protection from ischemic injury in both cortex and striatum ( 2, 3, 5 - triphenyltetrazolium chloride ( ttc ) histology ), whereas dht replacement ( 50 mg subcutaneous implant ) restored infarction volume to that of the intact male ; testosterone ( 50 mg ) had similar but less potent effects

    再灌注22小時時，通過閹割來去除雄激素對皮層和新紋狀體的缺血性損傷都產生了保護作用（氯化三苯四唑組織學） ，相反的，雙氫睪酮替代（ 50毫克皮下植入）對于完好的雄性動物也恢復了梗死面積；睪酮（ 50毫克）有著相似但更弱的效應。
  2. At 22 h reperfusion, remoal of androgens by castration proided protection from ischemic injury in both cortex and striatum ( 2, 3, 5 - triphenyltetrazolium chloride ( ttc ) histology ), whereas dht replacement ( 50 mg subcutaneous implant ) restored infarction olume to that of the intact male ; testosterone ( 50 mg ) had similar but less potent effects

    再灌注22小時時，通過閹割來去除雄激素對皮層和新紋狀體的缺血性損傷都產生了保護作用（氯化三苯四唑組織學） ，相反的，雙氫睪酮替代（ 50毫克皮下植入）對于完好的雄性動物也恢復了梗死面積；睪酮（ 50毫克）有著相似但更弱的效應。
  3. Role of melatonin in the forebrain striatum apoptosis in rat models of parkinson disease

    褪黑激素影響帕金森病模型大鼠前腦紋狀體細胞的凋亡
  4. On this slice a common normal variant is seen which may be mis - identified as lacunar infarction or other abnormality : the widened lenticulostriate perivascular space

    在此層面，有一個正常的變異可能會被認為是腔隙梗塞或其它異常：紋狀體外周血管空間增寬。
  5. Changes of nerve cells in striatum with aging in rat

    大鼠紋狀體神經細胞的增齡變化
  6. K01458, 1284bp ), we designed the primers and regard the pcr productions as the internal standard. then by using rt - pcr analysis, high levels of expression of emu ghrelin mrna were detectable in proventriculus were detected, low levels of expression of duck ghrelin mrna were also detectable in lung muscle ileum duodenum corpus striatum cerebellum brain stem and gizzard

    K01458 ， 1284bp ）設計引物，以其pcr產物作為內標，分別以鴯鶓各個組織反轉錄產物為模板，通過多重pcr的檢測ghrelin的mrna在鴯鶓的各個組織中表達情況，結果發現ghrelin的mrna在鴯鶓ghrelin的mrna除在腺胃特異表達外，在肺、肌肉、回腸、十二指腸、紋狀體、小腦、腦干、肌胃也有少量表達。
  7. In this paper, cholinergic neurons was mapped in the two kinds of birds ( emberiza rutila and fringilla montifringilla ) by using immunohistochemical method. the soma size and cell density of cholinergic neurons in the three song control nuclei, the higher vocal center ( hvc ), the robust nucleus of the archistriatum ( ra ) and area x, were measured and compared. here we discussed the distribution of cholinergic neurons and their effect on the process of song producing and song learning. the results show that chat - li was found in hvc, ra and areax of forebrain

    本文以中國北方地區常見的兩種鳴禽栗? （ emberizarutila ）和燕雀（ fringillamontifringilla ）為材料，應用免疫組化方法，對兩種鳴禽發聲控制核團，即上紋狀體腹側尾核或高級發聲中樞（ hvc ） 、古紋狀體粗核（ ra ） 、 x區（ areax ）內膽堿能神經元的胞體大小和胞體密度進行了觀察測量，旨在探討膽堿能神經元在發聲控制核團內的分佈情況及其在鳴囀產生和學習過程中的作用。
  8. Exercise also decreased striatal da transporter and tyrosine hydroxylase immunoreactivity in mptp - lesioned mice

    運動也可以減少紋狀體多巴胺轉運體，還能抑制酪氨酸羥化酶的免疫反應性。
  9. Studies have shown that the marginal division is associated with memory and learning. the distribution of dopamine and tryosine hydroxylase immunoreactivity in the rat striatum marginal division was here investigated by using immunohistochemistry abc method

    本實驗主要應用免疫組織化學方法研究多巴胺在邊緣區的分佈情況，從遞質水平探討多巴胺對紋狀體邊緣區學習與記憶的調控機制。
  10. The mechanism of memory and learning in the mrd performed by dopamine and its receptors was discussed. methods and results the immunohistochemistry method was used to investigate the distribution of dopamine and tryosine hydroxylase immunoreactivity in the marginal division of rat striatum using da and th polyclone antibody

    但在紋狀體邊緣區中的da和th免疫陽性纖維較多，呈密集的帶狀分佈，且有蝌蚪狀終末，沿背腹方向走行，未見胞體。
  11. Effect of astragalus polysaccharides on il - 1, no and tnf secreted by lipopolysaccharide - induced normal rat peritoneal macrophages

    脂多糖對大鼠黑質紋狀體多巴胺能系統的影響
  12. The influence of solanum lyratum thunb extract on apoptosis and the expression of fas fasl genes in hela cells

    川芎嗪對成體大鼠局灶性腦缺血后皮質和紋狀體半暗帶細胞增殖的作用
  13. The marginal division ( mrd ), first discovered by shu siyun, is a newly termed subterritory of the striatum with function related to learning and memory. it forms a belt - shaped zone locating at the caudal margin of the striatum and surrounding the globus pallidus, running dorsoventrally

    紋狀體邊緣區（ marginaldivision ， mrd ）是舒斯雲等自1987年來先後在大鼠、貓和猴等哺乳動物的紋狀體尾側，環繞蒼白球外側處發現的一個新區。
  14. Mortimer mishkin of the national institute of mental health has proposed different neural circuits for memory, including a higher - level corticolimbic circuit for what is generally referred to as semantic or cognitive memory, and a lower - level corticostriatal circuit for the more primitive habit memory that is most often referred to as procedural memory

    美國國家精神衛生研究院的密許金，提出記憶具有不同神經通路的說法，包括較高層次的皮質邊緣通路，負責一般稱為語意或認知方面的記憶，以及較低層次的皮質紋狀體通路，負責比較原始、習慣性的記憶，也稱為程序記憶。
  15. Thus, pd is much more than degeneration of the dopaminergic nigrostriatal system

    因此， pd並不僅僅是多巴胺黑質紋狀體系統的變性。
  16. But the mouse studies cannot explain why striatal neurons are targeted preferentially in huntington ' s

    不過，小鼠的研究並不能解釋：為什麼紋狀體的神經元會特別受到杭丁頓氏癥的影響？
  17. In mptp - lesioned mice, exercise increased eoked esicular da release in striatal slices, particularly in dorsal striatum

    我們推測：運動可以誘發mptp缺陷型小鼠體內紋狀體特別是背側紋狀體的多巴胺囊泡釋放。
  18. In mptp - lesioned mice, exercise increased evoked vesicular da release in striatal slices, particularly in dorsal striatum

    我們推測：運動可以誘發mptp缺陷型小鼠體內紋狀體特別是背側紋狀體的多巴胺囊泡釋放。
  19. The cortical oscillators connect to the striatum via millions of signal - carrying arms, so the striatal spiny neurons can eavesdrop on all those haphazard “ conversations. ” then something ? a yellow traffic light, say ? gets the cortical cells ' attention

    這些皮質振?器經由上百萬個傳送訊息的手臂與紋狀體連接，使得紋狀體的棘神經元可以偷聽到所有這些隨意的交談。
  20. It is distinguished from the rest of striatum by the neuronal shape, special connections, function, and intensely expressed immunoreactivities of many neuropeptides and neurotransmitters

    其細胞形態、纖維聯系、所含的神經遞質及其功能均不同於紋狀體的其它部分。
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