脑功能成像的方法是测量脑代谢或血流参数。
The functional neuroimaging methods are to measure metabolic or vascular parameters.
无创性脑功能成像技术是认知心理生理学研究的重要手段。
Non-invasive imaging methods of cerebral function are important methods of cognitive psychophysiology.
对于那些搭乘救护车和到达急诊科的患者对比，脑功能成像前者是短的。
The difference between arrival at an emergency department and brain imaging was also shorter for those arriving by ambulance.
认知理论和行为证据，会和神经心理学、脑功能成像所得资料整合在一起。
Cognitive theory and behavioral evidence will be integrated with data from neuropsychology and functional brain imaging.
判定人类是否有这样的镜像神经元存在需要更多的研究，采用间接的方法例如脑功能成像。
Determining whether such mirror neurons exist in humans will require more research, using indirect methods such as functional brain imaging.
目的：探讨针刺足三里穴pet脑功能成像的实验方法，寻找针刺足三里脑功能变化的实验依据。
Objective to probe into experimental methods for brain functional imaging at acupuncture of Zusanli (st 36) with PET so as to understand the change of cerebral function.
脑功能成像技术自上个世纪末应用到语言学研究中以来，已有不少有关汉语神经机制的研究成果问世。
The researches on Mandarin Chinese using Brain Functional Imaging have produced a lot of literature since the end of last century.
人脑中存在因社会交往需要而为进化所选择形成的“社会脑”假说已为大量脑功能成像及脑损伤研究所证实。
The hypothesis that there is a 'social brain' in humans specialized for social interactions has received considerable support from brain imaging and lesion studies.
本文综述了这种光学脑功能成像在视觉脑研究方面所取得的重要进展，并分析了该方法与其他脑成像技术、微电极单细胞技术的关系。
In this paper, we introduced the recent progress on the vision research using this technique, and compared it with other brain functional imaging technique and single unit recording.
同时，许多脑功能成像研究也发现，情绪对认知定势有影响，情绪的主要脑区和定势转换的脑区有许多重叠之处，特别是在前扣带皮层（ACC）和前额叶皮层（PFC）。
Moreover, some fMRI research show that emotion has some influence on set shifting. The main cerebrum areas of emotion and set shifting are the same, especially in the ACC and PFC.
本文还讨论了神经元建模、脑功能和功能成像三者之间的交叉问题。
The problems crossed among neuronal modeling, functional brain and brain mapping are also described in this paper.
核医学图像是功能成像，被广泛地运用于癌症的诊断、脑功能的研究以及心脏病的研究等各个方面。而核医学仪器的图像校正和质量控制对于提高核医学图像的质量至关重要。
Nuclear medical imaging is functional imaging, which is broadly used in all kinds of fields, such as the detection of cancer, the studying of functional brain and the studying of cardiopathy.
核医学图像是功能成像，被广泛地运用于癌症的诊断、脑功能的研究以及心脏病的研究等各个方面。而核医学仪器的图像校正和质量控制对于提高核医学图像的质量至关重要。
Nuclear medical imaging is functional imaging, which is broadly used in all kinds of fields, such as the detection of cancer, the studying of functional brain and the studying of cardiopathy.
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