1) event-related potential N400
事件相关电位N400
1.
Study on the event-related potential N400 character of semantic matching of sentence-ending words in childhood and adolescent schizophrenia;
儿童少年期精神分裂症患者汉语句子事件相关电位N400特征研究
2.
Influence of hexagram boxing training on the event-related potential N400 in patients with chronic schizophrenia
太极拳训练对军人慢性精神分裂症患者事件相关电位N400的影响
2) event-related potential P300
事件相关电位P300
1.
Study on the character of auditory event-related potential P300 in childhood and adolescent schizophrenia;
儿童少年期精神分裂症患者听觉事件相关电位P300特征研究
2.
Character of event-related potential P300 on elderly patients with comorbid anxiety and depression;
老年期焦虑抑郁患者事件相关电位P300特征
3.
Character of event-related potential P300 on senile depression;
老年期抑郁症患者事件相关电位P300特征
3) Event-related potential
事件相关电位
1.
Changes and their relationship between cognitive function and event-related potentials in patients with carotid atherosclerosis;
颈动脉粥样硬化患者认知功能与事件相关电位的改变及其关系
2.
Event-related potentials of impairment of working memory in patients with amnestic mild cognitive impairment.;
遗忘型轻度认知损害患者工作记忆事件相关电位研究
3.
A study on event-related potential of visual attention under different cue;
不同提示条件下视空间注意的事件相关电位研究
4) Event-related potentials
事件相关电位
1.
A symbolic dynamics approach to the complexity analysis of event-related potentials;
基于符号动力学的认知事件相关电位的复杂度分析
2.
Study of neural generators of error-related negativity component of event-related potentials;
事件相关电位中错误相关负电位神经发生源的研究
3.
Dependent mechanism of Chinese prepositions processing in the brain:evidence from event-related potentials;
大脑中汉语“介词”加工的依赖性机制：来自事件相关电位研究的证据(英文)
6) event-related potentials P300
事件相关电位P300
1.
Change of event-related potentials P300 in patients with functional dyspepsia;
功能性消化不良患者事件相关电位P300的变化和意义
2.
Study on Event-Related Potentials P300 and MCCB of Chronic Schizophrenia
慢性精神分裂症事件相关电位P300与认知功能成套测验的研究
补充资料：事件相关（诱发）脑电位（event-relatedbrainpotentialERP）
事件相关（诱发）脑电位（event-relatedbrainpotentialERP）
与声音、闪光、触击等刺激相应的头皮电位变化，也称诱发电位（evokedpotential,EP）。它比自发脑电位EEG，幅度要小得多，只有几微伏，频率通常在0.02Hz～40kHz。诱发电位ERP有多种，如听觉诱发电位AEP、视觉诱发电位VEP、体感诱发电位SEP和认知诱发电位CEP等。ERP的潜伏期小于80ms的外生分量主要与刺激的物理、化学参数有关；而潜伏期大于80ms的内生分量，则取决于心理过程。外生分量可用于寻找脑内产生器和感觉皮层定位及临床诊断与脑有关的神经科疾病；内生分量则可用于脑思维活动的研究。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条