The technique, called functional connectivity MRI, shows which parts of the brain are communicating.
这项新技术被称为功能连通性MRI。 它能告诉我们大脑的哪些部分之间正在通信。
"I think functional connectivity can tell us a lot about the brain mechanisms that ultimately explain why children and adolescents with autism behave in the way they do," Muller says.
“我认为功能性连接能告诉我们很多大脑的机制，并将最终解释患有自闭症的儿童和青少年的特定行为的原因。”Muller说。
Only small part of left frontal lobe had decreased functional connectivity with right amygdala in resting state.
仅左侧额叶小部分区域与右侧杏仁核功能连接减弱。
Objective To investigate the changes of functional connectivity network in human brain in different brain activity.
目的研究不同活动状态下人脑运动功能连接网络的变化情况。
They also evaluated whether the functional connectivity of the piriform and insular cortex differed between patients and controls;
他们还评估了病人和对照之间，梨状叶和岛叶皮质在功能上的联系有无差别。
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。
Results of motion correction affect the follow up analysis such as detecting the functional activation area and functional connectivity.
运动校正的结果对后续的脑区定位、功能连接等分析有着重要的影响。
We used multiple regression analyses of resting-state functional magnetic resonance imaging data to quantify functional connectivity across different networks.
我们使用了静息状态功能磁共振成像数据多元回归分析来量化不同网络之间的功能性连接。
The next phase of this research is to begin comparing functional connectivity MRI images taken from typically developing human subjects with images taken from human subjects with mental disorders.
下一个研究阶段是对比发育完好者和精神障碍病人的大脑的功能连接性磁共振影像。
Compared to normal controls, it found that the hippocampus, temporal pole, frontal lobe, temporal lobe, thalamus and precuneus exhibited more significant functional connectivity with the PCC in TLE.
研究发现，与正常人相比，TLE患者静息时海马、颞极、额叶、颞叶、丘脑及楔前叶等脑区与后扣带回的功能连接增强。
Functional connectivity MRI allows the researchers to witness real-time brain activity as it occurs in study subjects.
该研究课题中的功能连接性磁共振可使研究者们亲眼目睹大脑的即时活动。
Functional connectivity MRI allows the researchers to witness real-time brain activity as it occurs in study subjects.
该研究课题中的功能连接性磁共振可使研究者们亲眼目睹大脑的即时活动。
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