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- hippocampal uncus 海马钩
- Dendritic potassium channels in hippocampal pyramidal neurons. 海马锥细胞的树突钾通道。
- Hippocampal Damage in Mouse and Human Forms of Systemic Autoimmune Disease. 系统性自身免疫性疾病的海马损伤。
- Emphasis on human and animal models of hippocampal mechanisms and function. 着重于海马回机制与功能的人类与动物模型。
- Objective:To study the ultrastructure of cultured hippocampal neurons in vitro. 目的:研究体外培养海马神经元的表面超微结构。
- Objective To study the plasticity of hippocampal formation in epilepsy. 目的探讨癫痫时海马结构的可塑性。
- The subiculum is the pivotal output region of hippocampal formation. 下托是海马结构的主要输出结构。
- Conclusions: The uncus of hippocampus, lateral medial nucleus of thalamus and orbitofrontal gyrus are the olfactory centre and important tract. 结论:1.;本研究进一步验证了海马回钩、丘脑内侧背核、眶额回为嗅觉中枢及其重要通路。
- At present, she is a professor of Ceramic Modeling and Head of University Museum of Art, UNCU. 现在，她是库约大学陶艺模型的教授，同时也是这所大学的博物馆的负责人。
- Swelling of the left cerebral hemisphere has produced a shift with herniation of the uncus of the hippocampus through the tentorium, leading to the groove seen at the white arrow. 左大脑半球肿胀通过小脑幕形成海马钩回疝和正中线偏移，从而出现此处白色箭头所示的沟。
- MAIN COMPOSITIONS: IRIS EXTRACT, UNIQUE FACTOR, ARNICA EXTRACT, ANTHEMIS PUNCTATA SUBSP CUPANIANA, RAMULUS ET UNCUS UNCARIAE GAMBIR, NATURAL ELASTIN. 主要成份：鹫尾花提取液、钩藤棕儿茶、山金车花、特制因子、春黄菊、弹力蛋白。
- MAIN COMPOSITIONS: IRIS EXTRACT, UNIQUE FACTOR, FIBROIN, ANTHEMIS PUNCTATA SUBSP CUPANIANA, RAMULUS ET UNCUS UNCARIAE GAMBIR, NATURAL ELASTIN. 主要成份：鹫尾花提取液、钩藤棕儿茶、蚕丝蛋白、特制因子、春黄菊、天然弹力素。
- To study amygdaloid body, hippocampal formation and lateral ventricle in thin cross section of brain to provide the anatomy knowledge for clinic. 观察杏仁体、侧脑室和海马结构在脑的薄层横断面上的表现及变化，为影像学提供解剖学依据。
- Objective To clarify the reliability and feasibility of the surgical approach for resection of the pancreatic uncus cancer. 目的探讨胰钩突部癌手术切除的可行性及安全性。
- The Protective action of nNOS inhibitor on rat hippocampal slices injury during anoxia. nNOS抑制剂在大鼠海马缺氧损伤的保护作用。
- Pain and Regional Anesthesia Gabapentin Increases a Tonic Inhibitory Conductance in Hippocampal Pyramidal Neurons. 加巴喷啶增加海马锥体神经元中强直性抑制电导。
- The apoptotic c ells in K and M groups were commonly seen in cortical area and hippocampal area respectively (P<0.05). M组的凋亡细胞以海马区多见 (P <0 0 5 )。
- DND in hippocampal CA1 sector was ameliorated by both nimodipine and SOD significantly. 尼莫地平及SOD均可改善海马CA_1区DND,使海马CA_1区神经元密度增加。
- The firing pattern of single hippocampal neuron was obviously modulated both by the ATRC and by the ATPDH. ATRC和ATRDH均能明显调制单个HPC神经元的紧张式放电成为节律性爆发式放电；
- The hippocampal CAj neurons in normothemic group(NT) were remarkably absent compared with control group. 与假手术组相比，常温缺血组大鼠脑海马CA_1区神经元缺失远较低温缺血组多(P<0.;01)。
