Scientists have found that a type of EEG (electroencephalography) brain wave is slightly different in people who have siblings with schizophrenia, compared with that seen in the general population.
科学家们已经发现那些有同胞兄妹患有精神分裂症的人们脑电图波形与正常人之间的细微差别。
Mind Flex relies on EEG technology to measure brain wave activity through a headset equipped with sensors for the forehead and earlobes.
MindFlex依靠EEG技术去测量脑电波活动，这需要通过一副头式设备实现，上面安有需分别戴在前额和耳垂的传感器。
The basis of many brain wave-reading games is electroencephalography, or EEG, the measurement of the brain's electrical activity through electrodes placed on the scalp.
许多脑电波读取游戏是建立在脑电图学(EEG)之上，EEG是一种通过在头皮上安置的电极对大闹电活动进行探测的技术。
Sometimes low voltage restraint outbreaking with high wave, slow waves and spikes appeared in 17 cases while wide low voltage restraint occurred in 10 cases, but false normal EEG appeared in 1 case.
发作期脑电图17例表现为高波幅慢波夹杂棘波爆发-低电压抑制，10例表现为全脑各导呈广泛性低电压抑制，1例表现为假性正常脑电图改变。
Results Different EEG features in correspond with various stages of the diseases were observed periodic sharp wave complexes as the typical pattern.
结果观察到与其不同阶段相对应的脑电图特征，典型表现为周期性尖慢复合波。
We also tried to explain the neural mechanism of pathological EEG wave by changing parameters of the model.
另外，通过改变模型的参数，我们初步解释了病理条件下的脑电波形的神经机理。
Results: Activation and artifact were occurred in EEG record with earlobe reference electrode, but its wave amplitude was higher and bilateral brain wave of median line was more accurate.
结果：耳垂参考电极有活化现象和伪迹干扰，但波幅高，中线两侧脑波失真较少。
The abnormal rate of EEG was 92 per cent(23/25). The patients with fast wave of low amplitude were 8 cases(32%).
本组患儿脑电异常率为92%（23/25），其中低波幅快波8例（32%），弥漫性高波幅慢波性异常5例（20%）；
Even without obvious clinical seizures, may also prove lower seizure threshold, which appears EEG spikes or spike and wave discharges.
即使不出现明显的临床发作，也可以证明有发作阈值降低，即脑电图出现棘波或多棘慢波放电。
The EEG in migraine, although the interim period may have focal slow-wave and middle temporal sharp wave, but in the ipsilateral headache, and often disappear after sleep.
而偏头痛间歇期的脑电图虽可有局灶性慢波和中颞尖波，但出现在头痛同侧，且入睡后往往消失。
Conclusion the sleep EEG may be very efficient in improving the obtained rate of epileptiform wave and further defining the seizure type.
结论睡眠脑电图对提高样放电的检出率和进一步明确癫发作类型有重要意义。
Conclusion the sleep EEG may be very efficient in improving the obtained rate of epileptiform wave and further defining the seizure type.
结论睡眠脑电图对提高样放电的检出率和进一步明确癫发作类型有重要意义。
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