电兴奋

diàn xīng fèn
  • electrical excitation
电兴奋电兴奋
电兴奋[diàn xīng fèn]
  1. 它们作用于下丘脑中枢,通过改变神经元的电兴奋性来调节某些特定的效应神经元,如神经肽Y(NPY)神经元的生理功能。

    They act in hypothalamic centers to modulate the function of specific neuronal subtypes , such as NPY neurons , by modifying neuronal electrical activity .

  2. 结论:在酶解分离的大鼠结肠平滑肌细胞上,存在胞内钙库耗竭激活的SOC通道,为支持在电兴奋性细胞上存在库容性Ca2+内流提供了实验和理论依据。

    Conclusion : SOC activated by store depletion are present in rat colonic smooth muscle cells . And we further prove the existence of such Ca ~ ( 2 + ) channels in excitable cells .

  3. 电针对家兔急性缺血心肌电兴奋性的影响

    Influence of electrotherapy on electric excitation of a-cute ischemic myocardium rabbits

  4. 心肌电兴奋传导速度对心律失常影响的仿真研究

    Quantitative simulation studies of myocardium conduction velocity on ECG rhythm

  5. 电兴奋穴位刺激治疗胃下垂的实验观察

    An Clinical Observation of Treating gastroptosis with the Faradization in Acupuncture Points

  6. 一种改进的心脏电兴奋矢量传播算法

    An Improved Vector - Propagation Algorithm for Cardiac Bioelectric Excitation

  7. 大鼠死后腓肠肌直接电兴奋性变化与早期死亡时间的关系

    To Estimate Early Postmortem Interval by Investigating Changes of Rats ′ Gastrocnemius Excitability

  8. 心脏生物电兴奋传播过程的仿真算法研究

    Study on Simulation Algorithm of Excitation Propagation ′ s Process of Human Cardiac Bioelectricity

  9. 结论肌肉组织的电兴奋性可以作为早期死亡时间推断的有效指标。

    Conclusion The regular changes of excitability in muscle might be a useful means for estimating of early postmortem interval .

  10. 电兴奋性检查可以作为周围性面神经麻痹判断予后的一个辅助指标,针灸治疗不但对无变性者效果好,而对部分变性和完全变性者,有的也能促进恢复。

    Acupuncture and moxibustion therapy is not only effective for cases without degeneration . but also will accelerate the recovery for those with partial or complete degeneration .

  11. 要么考虑电兴奋传播和人体躯干的各向异性、考虑肺等人体器官存在造成的影响等。这些工作的确都有效提高了心电仿真的精度,但是,最终心脏模型本身仍然存在着不可避免的误差。

    Or , they consider the inhomogeneous torso and the myocardial anisotropy and the existence of the human lung and then introduce these factors into their electrical heart models .

  12. 近年来心脏电兴奋传播仿真模型(心电正问题)的发展使得我们能够研究心脏电兴奋传播过程与体表电位之间的关系。

    The developments of the excitation propagation-type heart models ( forward problems ) enable us to study the relationship between the body surface potentials and the excitation propagation of the heart .

  13. 要重建受损的神经网络必须寻找新的替代元件,如新的神经细胞、新的血管、新的突触以及新的电兴奋连接。

    To rebuild the damaged neural network , finding new alternative fittings , such as new nerve cells , new blood vessels , new synapses and new electrical excitability connection is necessary .

  14. 关于锥髓神经原顶端树状突末端部分的传导和电兴奋性具体分析了机组部分和末端部分的控制回路之间的耦合关系;

    CONCERNING CONDUCTION AND ELECTRICAL EXCITABILITY IN THE TERMINAL PORTION OF THE APICAL DENDRITES OF THE PYRAMIDAL NEURONS It analyses the coupling relations of the control loops in the AHU and the terminals .

  15. 但是神经胶质细胞作为一类非电兴奋型的细胞,仅靠电信号很难反映出它们的功能&这也是长期以来胶质细胞不被大家关注的原因之一。

    As a non-excitatory cell in neural system , however , glial cell is hardly touched their functions by electronic signal ; that is why glial cells have not received neuroscientists ' attentions .

  16. 在心电仿真模型中,心脏电兴奋传播过程是由一系列心脏电生理特性模型参数决定的,因此只要能从体表电位数据推知心电仿真模型参数,就可以确定心脏的电兴奋传播过程。

    In the heart-torso model , the heart excitation propagation depends on a set of model parameters , so the heart excitation propagation should be determined if we can deduce the model parameters from the body surface potentials .

  17. 怀牛膝对未孕大鼠子宫平滑肌峰电活动兴奋机制的研究Ⅰ

    Study of exciting mechanism about achyranthes bidentata blume on the spike activity of the uterine smooth muscle in virgin rats ⅰ

  18. 推测是由于脑脊液的积聚导致脑部特定区域出现缺血及继发性脑周白质萎缩,最终出现脑细胞电生理兴奋性增高现象。

    It is probably that the accumulation of cerebrospinal fluid induced ischemia in certain area of brain and insecondary atrophy of pericerebral white matter , which lead to the increased electric excitability of the brain cells .

  19. 心内组织多普勒超声显像标测心脏传导系统心肌兴奋&心肌电和机械兴奋多参数显像

    Cardiac conductive system excitation maps using intracardiac ultrasound catheter with tissue Doppler imaging : multiparametric imaging of electrical and mechanical activation

  20. 结论脑波治疗通过调节、平衡人体的脑电活动及兴奋水平,具有改善老年期抑郁症患者认知功能的作用。

    Conclusions Brain wave therapy could improve the cognitive function in the senile depression by adjusting and balancing brain electric activity and excited level .

  21. 结果耳蜗内双极电刺激能兴奋下丘中的特定区域,类似于对纯音刺激的反应;

    Results The bipolar electrical stimulation excited the response in the specific region in IC , which was similar to the response induced by tone stimulation .

  22. 为探讨下丘脑后部兴奋性变化与创伤性脑水肿发生的关系,采用电刺激方法兴奋动物下丘脑后部不同核团。

    To investigate the relationship between development of traumatic brain edema and changes in posterior hypothalamus excitability , different nuclei of the hypothalamus were excited with electrical stimulation .

  23. 结果大鼠机械性窒息死亡后一定时间内,其腓肠肌对电刺激的兴奋性与死亡时间呈明显线性关系。

    Results Changes in the properties of excitable tissue to electric stimulate in rats ′ gastrocnemius after mechanic asphyxia seems to be well correlated with the early postmortem interval and appeared a linear relation in certain period .

  24. 电刺激RP可兴奋呼吸,呼吸频率明显加快;

    Electrical stimulation delivered on RP can apparently excite respiration and expedite respiratory frequency .

  25. 心肌细胞的电生理构造及其兴奋-收缩偶联机制,将心肌细胞生理状态的变化反映在其机械搏动变化上。

    Because of its electrophysiology and excitation-contraction coupling , cardiomyocyte shows the change of its physiological status with the beating status .

  26. 心肌细胞的电特性及心肌细胞间的传导关系决定了体表电位的分布及心电图的变化。心肌电兴奋传导速度则是影响心肌间兴奋传导关系的重要参数之一。

    Exciting conduction Velocity of myocardium cells is one of main parameters which determine the body surface potential map ( BSPM ) and electrocardiography ( ECG ) .