纹状体的

Mehtods Thirty male Sprague??Dawley rats were randomly divided into acute stress,chronic stress and control group(each n=10),acute and chronic stress models were made with forced swimming and empty bottle stimulation separately,and frequency of getting into central grille, detention time , outer grille numbers,modifying numbers and dejecture grain number were observed with open??field experimental box;expressions of neuropeptide Y and adenylcyclase in prefrontal lobe cortex, hippocampus CA3,striatum of the groups were observed using the immunohistochemistry method and correlation analyses conducted.

将30只雄性SD大鼠随机分为急性应激组、慢性应激组和正常对照组，每组10只，用强迫游泳和空瓶刺激分别制作急性和慢性应激模型，采用开野实验箱观察各组大鼠进入中央格次数、停留时间、外周格子数、修饰次数、粪便粒数；采用免疫组织化学方法检测各组大鼠神经肽Y、腺苷酸环化酶在前额叶皮质，海马CA3区，纹状体的表达水平，并进行相关分析。

It forms a belt-shaped zone locating at the caudal margin of the striatum and surrounding the globus pallidus, running dorsoventrally.

其细胞形态、纤维联系、所含的神经递质及其功能均不同于纹状体的其它部分。

PubMed abstract: We provide evidence here of long-term synaptic plasticity in a songbird forebrain area required for song learning, the lateral magnocellular nucleus of the anterior neostriatum.

PubMed摘要：我们在此提出证据，证实鸣鸟前脑区——前新纹状体的侧巨细胞核在学习鸣叫中，存在长期突触可塑性。

HVc received projections from medial nucleus magnocellularis of the anterior neostriatum,nucleus interfacialis of midneostriatum,telencephalie auditory nucleus-field L,nucleus uvaeformis of the thalamus,and locus ceruleus of the pons.

投射到古纹状体粗核和嗅叶X区，HVc接受新纹状体前部大细胞核内侧部、新纹状体中部界面核、端脑听核一L区、丘脑葡萄形核及脑桥蓝斑核的传入投射。

Singing behavior; higher vocal center; caudal nucleus; ventral hyperstriatum; hippocampus; song-control nucleus; song nuclei; area X; melatonin; gamma-aminobutyric acid; glutamic acid decarboxylase; vocal control circuitry; frequency sensitivity; organ of Corti; auditory feedback; neural plasticity; seasonal plasticity; neostriatum; anterior forebrain pathway; lateral magnocellular nucleus; anterior neostriatum; lMAN nucleus; medial nucleus; dorsolateral thalamus; robustus archistriatalis; robust nucleus; archistriatum; song motor control nucleus; vocal motor system; gila cells; nonlinear oscillatory dynamics

歌唱行为；较高级的发声中枢；尾部核；腹侧上纹体；海马；鸣唱控制核团；鸣唱核；X区域；N-乙酰-5-甲氧基色胺；γ-氨基丁酸；谷氨酸脱羧酶；发声控制回路；频率灵敏度；柯替氏器；听觉反应；神经可塑性；季节可塑性；新纹状体；前脑前端路径；侧面大细胞核群；前部新纹状体；lMAN核；内侧核；背外侧丘脑；古纹状体粗核；健康的核；原纹状体；鸣声运动控制核；发声运动系统；毒蜥细胞；非线性振动动力学首页上一页共有 12 条记录，本页从第 11 到第 12 条。

Using 11C--PK11195 positron emission tomography, we investigated microglial activation in HD presymptomatic gene carriers, its relationship with striatal neuronal dysfunction measured with 11C-raclopride PET, and the role of PK PET as a possible marker of subclinical disease progression in PGCs. Eleven HD PGCs underwent PK and RAC PET. Their results were compared with those of healthy controls.

利用11C--PK11195电子发射断层扫描，我们研究了HD的基因携带者症状发生前小神经胶质细胞的活化情况，它与纹状体的神经元的机能障碍的关系，以及PET可能作为PGCs亚临床症状进展的指标。11位HDPGCs接受了PK和RACPET检查，其结果与健康对照人群进行比较。

It suggests that Nolz-1 may play a specific role in striatal neurogenesis.

这建议Nolz-1可能在纹状体的神经细胞发生过程中扮演特定的角色。

That's because the brain is forced to switch processing to an area called the striatum, and the information stored here tends to contain fewer important details.

那是因为大脑被迫改为处理一个叫纹状体的区域，而这里储存的信息都是不重要的。

Most importantly, TBZ appears to reduce significantly cell loss in the striatum of the engineered mice, the scientists report.

最重要的是， tbz出现大幅降低细胞损失在纹状体的老鼠，科学家们报告。

Relative and absolute blood flow in the corpus striatum were determined using the laser Doppler flowmetry and the autoradiography diffusible tracer technique, respectively.

大脑纹状体的相对及绝对血流量是各利用雷射都卜勒仪及自动放射显影可扩散追踪剂方法测量得到。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。