1.
Clustering Analysis of fMRI Activation Area;
脑功能核磁共振成像激活区聚类算法研究
2.
PET study on patients extracting right sided mandibular third molar
右下第三磨牙拔牙后疼痛的脑激活区PET研究
3.
Comparatiue study on the actiuated region of the cerebral corton when the anturior and posterior teeth with premature contact clenching
前后牙早接触状态紧咬的脑激活区的比较研究
4.
Cerebral responses in patients suffering from post-mandibular third molar-extraction pain
下颌第三磨牙拔除后疼痛患者的脑激活区研究
5.
On uncued locations, right superior parietal lobule(SPL)and bilateral area MT/V5 were significantly activated.
非提示位置相关脑组织激活区见于右侧顶上小叶(BA7)和双侧MT/V5区。
6.
The Mechanism Study of Active Cortical Areas by Three Hand Motor Tasks in Normal Subjects with fMRI;
正常人三种模式手指运动时脑激活区域的功能核磁共振研究
7.
Brain activation was comprehensive during mastication.
咀嚼运动时有较广泛的脑区激活。
8.
Policy research of activiting western district private capital
激活西部地区民间资本的政策性研究
9.
The Mechanism of Fujian Tablet in Activating the Cerebral Area of Functional Down-Regulation;
下调脑区的激活及复健片作用机制研究
10.
Stimulate the Vitality of the Community and Create One Street Space with the Nice Neighbourhood Relations;
激发社区活力，创造邻里交往的良好街道空间
11.
Thinking about the Stimulating Mechanism of the Developing Factors such as Capital and Talents in the Undeveloped Areas;
对激活西部落后地区资金、人才要素机制的思考
12.
Research on stressful life events and related factors of middle school students in Chengdu;
成都市区中学生应激性生活事件及相关因素
13.
The Countermeasure of Stimulating Talent's Capital Vigor of Guangxi Beibu
激发广西北部湾经济区人才资本活力的对策
14.
An fMRI Cerebral Functional Imaging Comparison on Needling in Waiguan (SJ5) vs a Sham Point
基于fMRI感兴趣区法比较针刺外关穴与非穴对不同脑区的激活
15.
Allows you to activate, deactive, or edit the plugin.
激活：允许你激活，或者不激活。或者编辑插件。
16.
2.The sensory and motor projection of intra-oral cold sensation reached contralateral hemispheres.
口内冷水感觉信息到达双侧大脑,感觉运动区为对侧激活。
17.
Laboratory Study on Activating Indigenous Microorganisms at S12 Block in Shengli Oilfield to Enhance Oil Recovery;
激活胜利油田单12区块内源微生物提高原油采收率室内研究
18.
The Activation of PI3K/AKT Signaling Pathway at Perihematomal Brain Region in Rats and the Intervetion Effects of NGF;
脑出血血肿周围区PI3K/AKT信号通路的激活及干预的实验研究