定量脑电图

  • 网络eeg;qEEG
定量脑电图定量脑电图
  1. 用定量脑电图监测,观察用药前、用药后30min、1h、2h、24h、48h、72h、120hδ频段相对功率值及总功率值的变化。

    Relative power of δ frequency and absolute power of 1 ~ 25 frequency were monitored with qEEG before and 30 minutes , 1,2,24,48,72,120 hours after administration .

  2. 目的:采用药物定量脑电图检测观察静脉滴注尼莫通对短暂性脑缺血发作(TIA)病人脑功能的改善作用。

    Objective : To assess improvement effect of intravenous Nimotop on the cerebral function of patients with transient ischemic attack ( TIA ) by medicine quantitative EEG ( qEEG ) .

  3. 结论:TIA病人定量脑电图显示慢波化趋势,存在明显的脑电生理功能障碍。

    Conclusion : The qEEG showed brain wave slowing in patients with TIA .

  4. 用定量脑电图监测,用药前、用药后30min,1,2,24,48,72120h脑电图总功率值的变化。

    The changes in the total power value of EEG before treatment and at the time of 30 minutes , 1,2,24,48,72 and 120 hours after treatment were measured respectively using quantitative EEG monitor .

  5. 定量脑电图监测全麻状态下意识的变化

    A Study of qEEG during Monitoring of Consciousness under General Anesthesia

  6. 30例糖尿病病人的定量脑电图分析

    Analysis on quantitative EEG in 30 patients with diabetes mellitus

  7. 3种大鼠全脑缺血模型定量脑电图的实验研究

    Use of quantitative EEG in models of whole cerebral ischemia in rats

  8. 间歇闪光定量脑电图在精神疾病患者中的应用

    Application of quantitative EEG by intermittent photic stimulation in patients with mental diseases

  9. 12例脑穿通畸形的脑电图和定量脑电图。

    EEG and qEEG of12 patients with porencephaly .

  10. 定量脑电图对奥拉西坦治疗轻中型脑损伤疗效评价

    Evaluation with quantitative EEG on effect of oxiracetam on mild and moderate brain injury

  11. 定量脑电图监测不同剂量的纳洛酮对颅脑损伤患者的疗效探讨

    Quantitative electroencephalogram study on effect of different-dose naloxone on moderate and severe acute head injuries

  12. 定量脑电图技术在评价药物治疗脑震荡疗效中的应用

    Application of quantitative electroencephalography in assessment of the efficacy of drug treatment on cerebral concussion

  13. 目的观察氯丙嗪、氟哌啶醇定量脑电图与临床疗效之间的关系。

    Objective To observe the relationship of QEEG with the therapeutic effect of chlorpromazine and haloperidol .

  14. 定量脑电图动态评估急性重型脑损伤患者脑功能及其预后的价值

    Value of quantitative electroencephalogram in evaluating brain function and prognosis of patients with acute severe brain injury

  15. 方法:在一组共209例不同年龄组健康人中进行定量脑电图功率谱和近似熵计算。

    Methods : The power values of EEG spectra and approximate entropy were calculated in 120 health volunteers of different age .

  16. 目的:探讨重型脑损伤患者急性期定量脑电图的变化与预后的关系。

    AIM : To study the relation between the changes of quantitative electroencephalogram ( EEG ) and the prognosis in patients with acute severe brain injury .

  17. 为了探讨氯氮平对精神分裂症病人脑电活动的影响,预测该药的近期临床疗效,应用定量药物脑电图(QPEEG)方法对63例精神分裂症病人进行了自身前后的对照研究。

    In order to investigate the effect of clozapine on the brain electrical activity of schizophrenics and predict the short term clinical curative effect of this drug , the pre post control studies were made by recording quantitative pharmaco EEG ( QPEEG ) in 63 schizophrenics .

  18. 用于定量药物脑电图疼痛程度监测的肌松兔模型

    Rabbit models of muscular relaxation for monitoring pain with quantitative pharmaco-electroenciphalogram

  19. 定量药物脑电图预测氯氮平对精神分裂症的疗效

    Quantitative pharmaco EEG predicting the curative effect of clozapine in schizophrenia

  20. 依托咪酯对人定量药物脑电图δ频段功率百分比的影响

    The effects of etomidate on the percentage of δ band power of quantitative pharmaco-EEG

  21. 硫喷妥钠对惊厥家兔定量药物脑电图β频段的影响

    The effect of thiopental on β - band of quantitative pharmaco-electroencephalogram in convulsion rabbits

  22. 异丙酚对兔定量药物脑电图α2频段的双相作用

    The biphasic effects of propofol on percentage of α _2-band power of quantitative pharmaco-electroencephalography of rabbits

  23. 结论:异丙酚对兔定量药物脑电图α2频段的功率百分比的影响呈双向型,提示α2频段可能成为反映异丙酚麻醉深度的指标。

    CONCLUSION : The influence of propofol on the percentage of α 2-band power of QPEEG is biphasic , it is suggested that α 2-band would be an index to reflect the anesthesia depth of propofol .

  24. 将清醒兔俯卧位固定在兔台上,采用功率谱分析法,分别记录3组兔给药前和给药后20,30,40,50,60,70,80,90100110s,2,5,10,15,20,30min的定量药物脑电图。

    The conscious rabbits were fixed onto the platform in a prone position , and the QPEEG was recorded with the method of power spectrum analysis before administration and at 20,30,40,50,60,70,80,90,100 and 110 s and 2,5,10,15,20 and 30 minutes after administration respectively .