Since then, brain function imaging techniques were widely used to study the higher functions of human brain.
自此以后，在世界各国掀起了运用脑功能成像技术研究人脑高级功能的热潮。
The modern brain function imaging techniques and the brain function studies by using these techniques are discussed.
介绍了现代脑功能成象技术，以及用脑功能成象技术研究脑的高级功能的方法。
And they did an imaging test called positron emission tomography or PET to test for brain function by looking to see how well the brain USES glucose or sugar.
他们做了一个成像测试正电子发射断层或PET测试脑功能，看看大脑是如何使用好葡萄糖或糖。
And today, with more sophisticated tools like brain imaging, scientists often link brain structure and function to psychological behavior.
现今，因为有着如大脑成像等更为精密的工具，科学家通常会把大脑结构和作用与心理行为联系起来。
In recent years, brain-imaging techniques, such as functional magnetic resonance imaging (fMRI) have allowed scientists to observe the brain in action and determine how groups of neurons function.
近几年，脑成像技术，比如功能核磁共振成像(fMRI)使科学家能够在人活动的过程中观察大脑并且确定神经细胞如何发挥作用。
"It could be that the same latent trait exists in both groups," says Fairchild, who has initiated new brain imaging studies to see if there are differences in the way delinquent brains function.
“可能在两组犯罪未成年人中有共同的潜在特征”，Fairchild说。他刚刚开始了一项新的大脑图像研究，以分辨犯罪青少年大脑的运转方式是否有所不同。
Mendrek and her colleagues compared the brain function of healthy volunteers with schizophrenic patients that were completing the image rotation task by using magnetic resonance imaging (fMRI).
精神分裂患者利用核磁共振(fMRI)完成了图像扫描，Mendrek和她的同事将结果与健康志愿者的脑功能进行比较。
The imaging and detection of brain function play a very important role in the field of cognitive neuroscience.
大脑功能的成像检测在认知神经科学领域具有极其重要的意义。
Conclusion: Functional magnetic resonance imaging can be applied to the research areas relevant to the relationship between mastication and brain function with reliability.
结论：功能性核磁成像方法可用于咀嚼功能和脑功能关系的研究。
To observe brain function in humans, the researchers use a form of magnetic resonance imaging (MRI) called functional connectivity MRI.
研究者们用称为功能连接性的磁共振影像学(MRI)观察人脑功能。
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.
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 identify the influence of twisting or untwisting Taixi (K13) on the brain function by observing functional magnetic resonance imaging.
目的：观察功能磁共振成像了解捻转刺激太溪穴和非捻转刺激所引起的脑激活区状态。
OBJECTIVE: To identify the influence of twisting or untwisting Taixi (K13) on the brain function by observing functional magnetic resonance imaging.
目的：观察功能磁共振成像了解捻转刺激太溪穴和非捻转刺激所引起的脑激活区状态。
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