研制一种脑磁扫描仪。
脑磁图扫描技术已经具有一种医疗上的用途。
脑磁图对内侧颞叶癫痫的定位敏感性较差；
Localization sensitivity of MEG to medial temporal lobe epilepsy was not good enough.
脑磁技术的一个重要应用是对癫痫病灶的定位。
One important clinical application of magnetoencephalography is for localizing focal epileptic foci.
多偶极子定位是脑磁逆问题研究中的难点问题。
The localization of multiple current dipoles is a difficult problem for the inverse study of MEG.
结论：脑磁图对癫痫灶定位有很高的应用价值。
Conclusions: MEG plays an important role in localization of epileptic foci.
目前MEG的传感器允许同时记录306个脑磁图磁道。
Now, sensor of the MEG allowed a simultaneous recording with 306 MEG channels.
现代信号处理理论的应用是脑磁逆问题研究中的一个热点。
Recently - application of model signal processing theory to MEG inverse problem has attracted great interest.
我们是世界上第一个记录婴儿在脑磁图显示机下的学习的脑图。
We're the first in the world to record babies in an MEG machine while they are learning.
结果脑磁图癫痫灶定位与术中皮质脑电图定位符合率100%。
Results Epilepsy focus localization coincidence between MEG guided neuronavigation and ECoG was 100%.
脑磁图扫描是一个冗长的词汇，但它却是用来探查微小变化的方法。
MAGNETOENCEPHALOGRAPHY is a big word for a technique that measures tiny changes.
方法：对2例经头颅CT或MRI确诊为脑梗塞的患者进行脑磁图检查。
Methods:Two patients with brain infarction diagnosed by CT or MRI were examined by MEG.
这方面的研究进展的很慢，一直到超级电脑与脑磁波仪的出现情况才开始改观。
However, research in this area had been advancing at a snail pace, until the supercomputer and the brainwave device came to the rescue.
多通道高时间分辨率脑磁探测系统为反演脑内动态电活动参数提供了一种可能性。
Multichannel MEG detecting system with high temporal resolution provides a possibility to determine the dynamical parameters of electrical activities in a human brain.
《行为科学和法学》杂志在线出版了一篇文章，讨论是否可以把脑磁刺激用在测谎和审讯中。
An article just published online for the Behavioural Science and Law journal discusses whether magnetic brain stimulation could be used in lie detection and interrogation.
该问题属不定问题，即根据探头测量的微小磁场所建立的方程组求得的未知脑磁源有无穷组解。
This question belongs to the indeterminate problem, that is, infinite solutions can be obtained from the equations of the measured small magnetic fields on the detector.
磁场断层摄影法（MFT）被用以从脑磁图（MEG）信号中归纳出大脑活动在毫秒之间活动情况的3D预测。
Magnetic field tomography (MFT) was used to extract 3D estimates of brain activity millisecond by millisecond from the recorded magnetoencephalographic (MEG) signals.
用本方法对实验中所检测的由声音产生的脑磁信号进行处理，降噪效果明显，定位精度由几十毫米提高到几毫米。
The validation and effect of the method proposed are obtained as it is used to deal with MEG data in laboratory evoked by 1kHz sound.
方法回顾性分析216例手术治疗顽固性癫病例，术前应用脑磁图辅助定位皮层癫灶及重要皮质功能区范围，其中18例将脑磁图与神经导航系统结合。
Methods MEG was used to locate the epilepsy focus and the functional cortex in 216 patients with intractable epilepsy, and the MEG neuronavigation system was used in the operations in 18 cases.
现在，马萨诸塞州的一家公司表示，通过磁脑扫描，他们可以以97%的准确率确定某人是否在说真话。
Now, a company in Massachusetts says that by using magnetic brain scans, they can determine with 97% accuracy whether someone is telling the truth.
现在，马萨诸塞州的一家公司表示，通过使用磁脑扫描，他们可以以97%的准确率确定某人是否在说真话。
Now a company in Massachusetts says that by using magnetic brain scans they can determine with 97% accuracy whether someone is telling the truth.
结论：磁处理白酒可影响小鼠脑组织的自由基代谢及胆固醇含量。
Conclusion: the magnetized liquor can affect the metabolism of free radical and the content of cholesterol in the brain of mice.
目的：总结顺磁造影在脑转移瘤诊断中的重要价值。
Objective: To summarize the important value of contrast enhancement MRI in cerebral metastasis.
目的：研究磁导向下磁性药物载体脑定向分布，磁性药物载体对肝、肾及骨髓的毒副作用，为脑胶质瘤的磁导向化疗提供可靠的依据。
Objective: To study the targeted brain distribution of FM HSA MTX carriers under magnetic guidance and side effect of the carriers on liver, kidney and bone marrow.
磁共振动脉自旋标记灌注成像技术是通过对动脉血作磁标记作为内源性对比剂，对脑组织的血流灌注进行定量测量的磁共振成像技术。
Magnetic resonance perfusion imaging of arterial spin labeling is a technique to quantificationally measure the cerebral blood flow using the labeling arterial blood as a endogenous tracer.
目的：探讨磁处理酒对小鼠脑组织中超氧化物歧化酶(SOD)、丙二醛(MDA)、一氧化氮(NO)和胆固醇含量的影响。
Objective: To observe the effects of magnetized liquor on the content of superoxide dismutase (SOD), malon-dialdehyde (MDA), nitric oxide (NO) and cholesterol in the brain of mice.
目的：探讨磁敏感成像(SWI)在脑星形细胞瘤分级中的价值。
Purpose: to investigate the value of susceptibility-weighted imaging (SWI) in evaluating the histopathologic grade of cerebral astrocytomas.
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。
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。
Conclusion: Functional magnetic resonance imaging can be applied to the research areas relevant to the relationship between mastication and brain function with reliability.
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