Conclusion: The changes of circadian variation of blood pressure are associated with the role of sympathetic nerve and intracardial renin angiotensin system.

结论血压昼夜变化受交感神经与肾素血管紧张素系统等双重作用有关。

Taking cats as animal model , the postganglionic inferior cardiac sympathetic nerve activity is analyzed with DFA(detrended fluctuation analysis) to explored its fractality.

本文采用猫做为实验动物模型,运用去趋势波动分析的方法,对星状神经节后下交感神经电活动的分形性质进行分析。

The frequency of HF is determined by the ratio of respiratory frequency and heart rate.The results also indicated that nonadditivity of heart rate modulation by sympathetic an...

高频峰的频率是呼吸频率与率之比，低频和极低频可能与交感和副交感神经调节率的非可加性有关。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

纵隔阻滞与硬膜外阻滞相比，硬膜外阻滞交感神经，引起明显血流动力学变化，而纵隔阻滞同时交感和迷走神经，不引起明显血流动力学变化。

As these patient are often hypoxemic and acidotic, respiratory alkalosis can be induced as a temporizing measure, until the drug of choice sodium bicarbonate (Class IIa) can be used.

低血压应该给于补液，必要时给于拟交感神经药（多巴胺或多巴酚丁胺）。

Conclusion: The changes of circadian variation of blood pressure are associated with the role of sympathetic nerve and intracardial renin angiotensin system.

结论血压昼受交感神经与肾素血管紧张素系统等双重作用有关。

Taking cats as animal model , the postganglionic inferior cardiac sympathetic nerve activity is analyzed with DFA(detrended fluctuation analysis) to explored its fractality.

本文采用猫做为实验动物模型,运用去趋势波动分析的方法,对星状神经节后心下交感神经电活动的分形性质进行分析。

The frequency of HF is determined by the ratio of respiratory frequency and heart rate.The results also indicated that nonadditivity of heart rate modulation by sympathetic an...

高频峰的频率是呼吸频率与心率之比，低频和极低频可能与交感和副交感神经调节心率的非可加性有关。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

纵隔阻滞与硬膜外阻滞相比，硬膜外阻滞抑制交感神经，引血流动力学，而纵隔阻滞同时抑制心交感和心迷走神经，不引血流动力学。

As these patient are often hypoxemic and acidotic, respiratory alkalosis can be induced as a temporizing measure, until the drug of choice sodium bicarbonate (Class IIa) can be used.

低血压应该给于补液，必要时给于拟交感神经药（多巴胺或多巴酚丁胺）。

Conclusion: The changes of circadian variation of blood pressure are associated with the role of sympathetic nerve and intracardial renin angiotensin system.

结论血压昼夜交感神经与肾素血管紧张素系统等双重作用有关。

Taking cats as animal model , the postganglionic inferior cardiac sympathetic nerve activity is analyzed with DFA(detrended fluctuation analysis) to explored its fractality.

本文采用猫做为实验动物模型,运用去趋势波动分析的方法,对星状神经节后心下交感神经电活动的分形性质进行分析。

The frequency of HF is determined by the ratio of respiratory frequency and heart rate.The results also indicated that nonadditivity of heart rate modulation by sympathetic an...

高频峰的频率是呼吸频率与心率之比，低频和极低频可能与交感和副交感神经调节心率的非可加性有关。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

纵隔阻滞与硬膜外阻滞相比，硬膜外阻滞抑制交感神经，显血流动力学，而纵隔阻滞同时抑制心交感和心迷走神经，不显血流动力学。

As these patient are often hypoxemic and acidotic, respiratory alkalosis can be induced as a temporizing measure, until the drug of choice sodium bicarbonate (Class IIa) can be used.

低血压应该给于补液，必要时给于拟交感神经药（多巴胺或多巴酚丁胺）。

Conclusion: The changes of circadian variation of blood pressure are associated with the role of sympathetic nerve and intracardial renin angiotensin system.

结论血压昼夜变化受交神经与肾素血管紧张素系统等双重作用有关。

Taking cats as animal model , the postganglionic inferior cardiac sympathetic nerve activity is analyzed with DFA(detrended fluctuation analysis) to explored its fractality.

本文采用猫做为实验物模型,运用去趋分析的方法,对星状神经节后心下交神经电活的分形性质进行分析。

The frequency of HF is determined by the ratio of respiratory frequency and heart rate.The results also indicated that nonadditivity of heart rate modulation by sympathetic an...

高频峰的频率是呼吸频率与心率之比，低频极低频可能与交交神经调节心率的非可加性有关。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

纵隔阻滞与硬膜外阻滞相比，硬膜外阻滞抑制交神经，引起明显血流力学变化，而纵隔阻滞同时抑制心交心迷走神经，不引起明显血流力学变化。

As these patient are often hypoxemic and acidotic, respiratory alkalosis can be induced as a temporizing measure, until the drug of choice sodium bicarbonate (Class IIa) can be used.

低血压应该给于补液，必要时给于拟交神经药（多巴胺或多巴酚丁胺）。

Conclusion: The changes of circadian variation of blood pressure are associated with the role of sympathetic nerve and intracardial renin angiotensin system.

结论血压昼夜变化受交感神经与肾素血管紧张素系统等双重作用有关。

Taking cats as animal model , the postganglionic inferior cardiac sympathetic nerve activity is analyzed with DFA(detrended fluctuation analysis) to explored its fractality.

本文采用猫做为实验动物模型,运用去趋势波动分析的方法,对星状神经节后心下交感神经电活动的分形性质进行分析。

The frequency of HF is determined by the ratio of respiratory frequency and heart rate.The results also indicated that nonadditivity of heart rate modulation by sympathetic an...

高频峰的频率是呼吸频率与心率之比，低频和极低频可能与交感和副交感神经调节心率的非可加性有关。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

滞与硬膜外滞相比，硬膜外滞抑制交感神经，引起明显血流动力学变化，而滞同时抑制心交感和心迷走神经，不引起明显血流动力学变化。

As these patient are often hypoxemic and acidotic, respiratory alkalosis can be induced as a temporizing measure, until the drug of choice sodium bicarbonate (Class IIa) can be used.

低血压应该给于补液，必要时给于拟交感神经药（多巴胺或多巴酚丁胺）。

Conclusion: The changes of circadian variation of blood pressure are associated with the role of sympathetic nerve and intracardial renin angiotensin system.

结论夜变化受交感神经与肾素管紧张素系统等双重作用有关。

Taking cats as animal model , the postganglionic inferior cardiac sympathetic nerve activity is analyzed with DFA(detrended fluctuation analysis) to explored its fractality.

本文采用猫做为实验物模型,运用去趋势波分析的方法,对星状神经节后心下交感神经电活的分形性质进行分析。

The frequency of HF is determined by the ratio of respiratory frequency and heart rate.The results also indicated that nonadditivity of heart rate modulation by sympathetic an...

高频峰的频率是呼吸频率与心率之比，低频和极低频可能与交感和副交感神经调节心率的非可加性有关。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

纵隔阻滞与硬膜外阻滞相比，硬膜外阻滞抑制交感神经，引起明显力学变化，而纵隔阻滞同时抑制心交感和心迷走神经，不引起明显力学变化。

As these patient are often hypoxemic and acidotic, respiratory alkalosis can be induced as a temporizing measure, until the drug of choice sodium bicarbonate (Class IIa) can be used.

低应该给于补液，必要时给于拟交感神经药（多巴胺或多巴酚丁胺）。

Conclusion: The changes of circadian variation of blood pressure are associated with the role of sympathetic nerve and intracardial renin angiotensin system.

结论血压昼夜变化受交感神经与肾素血管紧张素系统等双重作用有关。

Taking cats as animal model , the postganglionic inferior cardiac sympathetic nerve activity is analyzed with DFA(detrended fluctuation analysis) to explored its fractality.

本文采用猫做为实验动,运用去趋势波动分析的方法,对星状神经后下交感神经电活动的分形性质进行分析。

The frequency of HF is determined by the ratio of respiratory frequency and heart rate.The results also indicated that nonadditivity of heart rate modulation by sympathetic an...

高频峰的频率是呼吸频率与率之比，低频和极低频可能与交感和副交感神经率的非可加性有关。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

纵隔阻滞与硬膜外阻滞相比，硬膜外阻滞抑制交感神经，引起明显血流动力学变化，而纵隔阻滞同时抑制交感和迷走神经，不引起明显血流动力学变化。

As these patient are often hypoxemic and acidotic, respiratory alkalosis can be induced as a temporizing measure, until the drug of choice sodium bicarbonate (Class IIa) can be used.

低血压应该给于补液，必要时给于拟交感神经药（多巴胺或多巴酚丁胺）。

Conclusion: The changes of circadian variation of blood pressure are associated with the role of sympathetic nerve and intracardial renin angiotensin system.

结论血压昼夜变化受交感神经与肾血管紧张等双重作用有关。

Taking cats as animal model , the postganglionic inferior cardiac sympathetic nerve activity is analyzed with DFA(detrended fluctuation analysis) to explored its fractality.

本文采用猫做为实验动物模型,运用去趋势波动分析的方法,对星状神经节后心下交感神经电活动的分形性质进行分析。

The frequency of HF is determined by the ratio of respiratory frequency and heart rate.The results also indicated that nonadditivity of heart rate modulation by sympathetic an...

高频峰的频率是呼吸频率与心率之，低频和极低频可能与交感和副交感神经调节心率的非可加性有关。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

纵隔阻与硬膜外阻，硬膜外阻抑制交感神经，引起明显血流动力学变化，而纵隔阻同时抑制心交感和心迷走神经，不引起明显血流动力学变化。

As these patient are often hypoxemic and acidotic, respiratory alkalosis can be induced as a temporizing measure, until the drug of choice sodium bicarbonate (Class IIa) can be used.

低血压应该给于补液，必要时给于拟交感神经药（多巴胺或多巴酚丁胺）。

Conclusion: The changes of circadian variation of blood pressure are associated with the role of sympathetic nerve and intracardial renin angiotensin system.

压昼夜变化受交感神经与肾素管紧张素系统等双重作用有关。

Taking cats as animal model , the postganglionic inferior cardiac sympathetic nerve activity is analyzed with DFA(detrended fluctuation analysis) to explored its fractality.

本文采用猫做为实验物模型,运用去趋势波分析的方法,对星状神经节后心下交感神经电活的分形性质进行分析。

The frequency of HF is determined by the ratio of respiratory frequency and heart rate.The results also indicated that nonadditivity of heart rate modulation by sympathetic an...

高频峰的频率是呼吸频率与心率之比，低频和极低频可能与交感和副交感神经调节心率的非可加性有关。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

纵隔阻滞与硬膜外阻滞相比，硬膜外阻滞抑制交感神经，引起明显流变化，而纵隔阻滞同时抑制心交感和心迷走神经，不引起明显流变化。

As these patient are often hypoxemic and acidotic, respiratory alkalosis can be induced as a temporizing measure, until the drug of choice sodium bicarbonate (Class IIa) can be used.

低压应该给于补液，必要时给于拟交感神经药（多巴胺或多巴酚丁胺）。