In striatum, the labeled cells differentiated into neurons and glias.
纹状体中移植细胞主要分化为神经元和星形胶质细胞。
Eventually, those cues trigger the striatum to make some behaviors almost automatic.
最后，这些信息启动了纹状体，让其几乎自动运行。
Objective To prepare low molecular weight Eucheuma striatum sulfated polysaccharides.
目的制备相对低分子质量异枝麒麟菜硫酸多糖。
Methods: The CCK 8 release from striatum were determined by microdialysis and ria methods.
方法：用微透析和RIA法测定半球缺血时纹体cck -8的释放。
Dorsal striatum, namely Nucleus Accumbens, is the key brain area mediating rewarding effect.
其中腹侧纹状体又称伏核，是引起奖赏效应的重要脑区；
The medium insects spreading pine wood nematode are Asemum striatum andCriocephalus reusticus.
传播松材线虫的媒介昆虫主要有松褐天牛、云杉花黑天牛；
Eventually, those environmental cues trigger the striatum to make some behaviors almost automatic.
最终，那些环境的因素激发了大脑皮层使得某些活动是无意识的。
Results The basement membrane of the capillary in striatum was depauperate in the 1-2 months rats.
结果1～2月龄大鼠纹状体毛细血管基底膜发育不完全；
Impulses are primarily driven by activitiesin the limbic region, ventral striatum, and nucleus accumbens.
冲动主要是在边缘系统、腹侧纹状体和伏隔核中，被活动驱动。
Objective To investigate the effect of endurance swimming on the contents of cAMP in striatum of rats.
目的观察持续游泳训练对大鼠纹状体环磷酸腺苷浓度的影响。
MethodsBrain water content of parietal cortex and striatum tissues are measured with specific gravity (SG).
使用比重法(SG)检测顶叶皮层和纹状体的组织含水量。
HPLC-EC was used to study the changes of monoamine transmitters in striatum of rat dysthymic disorder model.
以HPLC - EC法对照研究恶劣心境障碍大鼠纹状体单胺类神经递质的改变。
Experts believe that alcohol stimulates the striatum, an area of the brain that plays an important role in attraction.
专家们相信，酒精使大脑中纹状体兴奋，而这一区域对吸引力起重要作用。
The neurotransmitter dopamine, which is important in motivation and reward, also plays a role in the ventral striatum.
在动机和奖励行为中有重要作用的神经传递多巴胺也与腹侧纹状体有关。
This study first establish the method of the induction of long-term depression (LTD) in the dorsal striatum of rats.
本研究首先建立大鼠背侧纹状体长时程突触抑制（LTD）的诱导方法；
METHODS: The receptor binding assay with calf striatum to D1 and D2 receptors, and the animal behavior tests were used.
方法：用小牛纹状体膜蛋白对D_1和D_2受体进行放射受体结合分析并进行大鼠行为实验。
The ventral striatum is involved in processing rewards in the brainthrough the release of neurotransmitters like dopamine.
腹侧纹状体通过释放神经传递素，例如多巴胺，来完成大脑区域中奖励认知功能。
Preparation and functional analysis of cosmetic containing polysaccharides of Eucheuma striatum were discussed in this paper.
本文探讨了异枝麒麟菜多糖化妆品的制备，并对其功能进行了分析。
In other words, the striatum quickly learns the individual puzzle pieces, and the prefrontal cortex puts them together, Miller says.
Miller解释道，纹状体会很快的辨认出个体的片段，而前额皮质会将他们拼装在一起。
Results The density of silver granules of the model group was higher than that of the control group, especially in the striatum.
结果放射自显影结果表明模型组大鼠脑内银颗粒密度显著高于对照组，尤其是纹状体。
Objective To investigate the effect of Jiawei Sini powder on monoamine neurotransmitters in striatum of rat dysthymic disorder Model.
目的观察加味四逆散对大鼠恶劣心境障碍模型纹状体单胺类神经递质的影响。
The striatum, hippocampus hydroxyl free radical(OH ·), ATP content and DA were determined by high performance liquid chromatography(HPLC).
应用高效液相色谱测定纹状体和海马羟自由基（OH· ）、三磷酸腺苷（ATP）和多巴胺（DA ）含量。
This activity was dispersed throughout the ventral striatum: Cells synchronized with the rhythm at different times, in a fairly uncoordinated fashion.
这个活动被传播到整个腹侧纹状体：细胞在不同时间里和这个节奏同步着，以一个相当不和谐的方式。
The dense connectivity profile of the striatum suggests that these local impairments may propagate throughout the whole cortico-striatal network.
在纹状体密集的连接区表明，这些局部的损害可能传播至整个皮质纹状体网络。
Methods Brain tissue water content(BWC) was measured by the gravimetric technique in the cortex and striatum following traumatic brain injury(TBI).
方法利用组织比重法测定创伤后大鼠顶叶皮层和纹状体含水量的变化。
The brain circuitry underlying emotion includes the prefrontal cortex, the amygdala, hippocampus, anterior cingulate, ventromedial striatum and et al.
情绪的脑机制——大脑回路，包括前额皮层、杏仁核、海马、前部扣带回、腹侧纹状体等。
Kuhn cites another study that shows that enlargement of the nearby 'dorsal striatum' enables people to perform better in video games, taking quicker decisions.
kuhn引用了另外一个研究，这个研究表明背侧纹状体面积的增大可以提高人们玩游戏的能力，并且更快做出决断。
Kuhn cites another study that shows that enlargement of the nearby 'dorsal striatum' enables people to perform better in video games, taking quicker decisions.
kuhn引用了另外一个研究，这个研究表明背侧纹状体面积的增大可以提高人们玩游戏的能力，并且更快做出决断。
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