呼吸控制

  • 网络Breath Control;Respiratory Control;Pranayama;control of breathing
呼吸控制呼吸控制
  1. 寺庙有八个角,代表了帕坦加里的瑜伽八个分支:制戒,内制,体式,呼吸控制,意识控制,集中,冥想,三摩地。

    The temple has eight sides , representing Patanjali 's eight limbs of yoga : Yama , Niyama , Asana , Pranayama , Pratyahara , Dharana , Dhyana , and Samadhi .

  2. 呼吸控制法提升和改善专注力。

    Pranayama develops and improves the concentration level as well as focus .

  3. 主动呼吸控制系统(ActiveBreathingControlsystem,ABC)的应用很好的解决了呼吸运动的影响。

    The application of Active Breathing Control system ( ABC ) can resolve the respiratory movement perfectly .

  4. 主动呼吸控制技术(ABC)在肺癌放射治疗中的应用

    The Use of Active Breathing Control ( ABC ) in Radiotherapy of Lung Cancer

  5. 目的探讨自主呼吸控制(ABC)技术在乳腺癌术后放疗中的意义。

    Objective To study the value of active breathing control ( ABC ) in postoperative radiotherapy for breast cancer .

  6. 结果B组线粒体状态3速率、呼吸控制率、磷/氧比、氧化磷酸化效率降低,说明线粒体呼吸功能和氧化磷酸化功能受损;

    Results Oxygen free radicals led to decrease of R 3 、 RCR 、 P / O and OPR , indicating that the respiratory function and oxidative phosphorylation function were damaged .

  7. 而对以苹果酸及丙酮酸为底物的R3、R4速率以及呼吸控制率的影响不大。

    It has little effect to R3 , R4 and RCR of the compounds which take malate and pyruvate as substrate .

  8. 分离小肠黏膜上皮细胞内线粒体,监测呼吸控制率(RCR)、琥珀酸脱氢酶和烟酰胺腺嘌呤二核苷酸(NADH)脱氢酶活力和细胞色素C的含量。

    The respiratory control rate ( RCR ), the activity of NADH dehydrogenases and succinate dehydrogenases and cytochrome C were measured to evaluate the function of respiratory chain of the mitochondria in intestinal mucosa .

  9. 结果:热应激大鼠心肌细胞线粒体的呼吸控制率(RCR)及氧化磷酸化效率(P/O)均随热应激强度的增强呈显著逐步降低趋势;

    Results : The respiratory control rate ( RCR ) and oxidative phosphorylation efficiency ( P / O ) were decreased gradually as rectal temperature ( Tr ) increased .

  10. 治疗组大鼠肝脏线粒体ADP诱导的3态氧消耗、呼吸控制率(RCR)、氧化磷酸化率(OPR)明显高于TAA模型组(P<0.05);

    In therapy group , the ADP-stimulated oxygen consumption , the respiratory control ratio ( RCR ), the ADP / O value and the oxidative phosphorylation ratio in isolated mitochondria were significantly higher than those of control group ( P < 0.05 ) .

  11. 失血性休克后呼吸控制率下降。

    The mitochondrial respiratory control ratio ( RCR ) decreased continuously .

  12. 呼吸控制技术用于放射治疗的研究进展

    Advances in research on the application of active breathing control in radiotherapy

  13. 注意演唱时的呼吸控制。

    Please pay attention to the breath control when you are singing .

  14. 呼吸控制技术在肺部肿瘤精确放射治疗中的应用

    The Study on Breathing-control Technique Used in Lung Tumor Accurate Radiation Therapy

  15. 自主呼吸控制在乳腺癌术后放疗中的应用研究

    Active breathing control in postoperative radiotherapy for breast cancer

  16. 目的探讨在产前进行呼吸控制训练对分娩的影响。

    Objective To investigate the influence of pre-delivery respiratory control training on delivery .

  17. 主动呼吸控制方法在非小细胞肺癌精确放疗中的应用

    Active breathing control using in accurate radiotherapy of peripheral non-small cell lung cancer

  18. 另一方面,呼吸控制法可以帮助治疗哮喘病和支气管炎。

    Pranayama , on the other hand , can help manage asthma and bronchitis .

  19. 使身体适合于呼吸控制法。

    This makes the body fit for Pranayama .

  20. 它是呼吸控制的科学。

    It is the science of breath control .

  21. 因此,推荐你使用呼吸控制法使心理得到静止。

    Therefore Pranayama is recommended as the breath is used to still the mind .

  22. 不同反应介质对豚鼠心肌线粒体呼吸控制率的影响

    Effects of Different Reactive Medium on Myocardial Mitochondrial Respiratory Control Rate in Guinea Pigs

  23. 呼吸控制法提升自控力,也包括对身体的掌控。

    Pranayama offers a better self-control that also involves control over one 's physical body .

  24. 产前心理干预及呼吸控制训练临床效果观察

    Observation on clinical effect of prenatal mental intervention and respiratory control training for pregnant women

  25. 呼吸控制率的测定是研究能量代谢的重要方法之一。

    The measurement of respiratory control rate is an important method in studying energy metabolism .

  26. 练习呼吸控制法能够帮助释放我们身体潜伏的能量。

    The practice of Pranayama can also help unleash the dormant energies inside our body .

  27. 目的了解不同睡眠时相对正常人呼吸控制功能的影响。

    Objective To understand the influence of different sleep stages on respiratory regulation in normal people .

  28. 线粒体呼吸控制。

    The mitochondrial respiratory control .

  29. 中枢神经系统已经充血。人体的呼吸控制由于中枢神经发动和控制的。

    In humans , breath control is initiated and maintained by the central nervous system ( CNS ) .

  30. 除需要力气、耐力、韧性、风度和艺术性外,还需要超然的呼吸控制。

    Besides demanding strength , endurance , flexibility , grace and artistry , it requires exceptional breath control .