hippocampal formation 中文意思是什麼

hippocampal formation 解釋
海馬結構
  • hippocampal : 大腦海馬的
  • formation : n. 1. 構成，形成；設立；編制。2. 組織，構造；形態；形成物，構造物；【軍事】編隊，隊形；兵團。3. 【地質學；地理學】層；組； 【生物學】社區；（植物）群系。adj. -al
  1. 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。
  2. Study on long term protective effect of diazepam interferential treatment on hippocampal formation in immature rats with status epilepticus

    地西泮干預幼鼠癲癇持續狀態對海馬結構的遠期保護作用
  3. An experimental study on morphological changes of hippocampal formation and mossy fiber sprouting in immature epileptic rats induced by lithium - pilocarpine

    寬葉纈草治療局灶性腦缺血的實驗研究
  4. Morphological changes of hippocampal formation and mossy fiber sprouting in immature epileptic rats induced by lithium - pilocarpine : an experimental study

    戊四氮點燃過程中大鼠海馬苔蘚纖維發芽變化的研究
  5. A long term injuring effects on hippocampal formation after status epilepticus in early immature rats

    幼鼠早期癲癇持續狀態對海馬結構損傷的遠期影響
  6. Effect of guilingji on expression of neurofilament protein in hippocampal formation in rat

    龜齡集對大鼠海馬結構內神經絲蛋白表達的影響
  7. Nogo - a was found in hippocampal neurons at different stages and is located in cytoplasm, membrane and neurites. nogo - a was detected at proximal part of all neurites before axon formation

    結果提示nogo a在不同培養時間海馬神經元中均有表達，主要分佈在胞漿、胞膜和突起上。
  8. Effects of long - term replacement therapy of compound nylestriol tablet or low - dose 17 beta - estradiol on the expression of nerve growth factor in ovx rat hippocampal formation

    雌二醇對去卵巢大鼠海馬結構內神經生長因子表達的影響
  9. Effects of long - term replacement therapy of compound nylestriol tablet or low - dose 17 beta - estradiol on expression of brain - derived neurotrophic factor in ovx rat hippocampal formation

    雌二醇對去卵巢大鼠海馬結構內腦源性神經營養因子表達的影響
  10. " the remarkable similarities between the exercise - induced cerebral blood volume changes in the hippocampal formation of mice and humans suggest that the effect is mediated by similar mechanisms, " they wrote

    「鍛煉在人類及小鼠的海馬體中引起的大腦血流量改變非常相似，揭示該作用是由相似的機理進行調節的， 」他們寫道。
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