功能性磁共振成像(fMRI,functional magnetic resonance imaging)是一种新兴的神经影像学方式,其原理是利用磁振造影来测量神经元活动所引发之血液动力的改变。由于fMRI的非侵入性、没有辐射暴露问题与其较为广泛的应用,从1990年代开始就在脑部功能定位领域占有一席之地。目前主要是运用在研究人及动物的脑或脊髓。
以上来源于: WordNet
ABBREVIATION for functional magnetic resonance imaging: a technique that directly measures the blood flow in the brain, thereby providing information on brain activity 机能性磁共振成像
It is, as any fMRI can show you, the human condition.
正如所有fMRI显示的那样,这是人类生存的条件。
Katz: I don't think fMRI technology can affect trends in horror.
卡茨:我不认为fMRI科技能影响恐怖片的潮流。
Functional magnetic resonance imaging (fMRI) backed that up.
这一论断得到了功能磁共振成像技术的支持。
Studies using imaging techniques like CAT scans, PET, and fMRI, illustrate that different parts of the brain are active during different parts of mental life.
应用电脑断层扫描,正电子发射断层扫描,以及功能性核磁共振成像,等成像技术的研究,表明不同的心理活动,会导致不同大脑区域的激活
Typically, these are recent imaging methods like CAT scan and PET scan and fMRI which, as I said before, show parts of your brain at work.
通常是应用现代的成像技术来进行研究,比如电脑断层扫描,正电子发射断层扫描技术,以及功能性核磁共振成像,正如我之前所说,这些技术可以让你看到大脑的活动区域
We talked about modern imaging methods and this is an example of an fMRI, a functional MRI; a map of the brain that not only shows you the anatomy of the brain but shows you something about the chemistry of what's going on inside.
我们还说到现代影像技术,这里是一幅脑部功能性磁共振成像图像,一种功能性的磁共振,图中不仅可以看到脑部解剖学图像,也可以看到一些脑内的生化过程
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