潮气量

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  • tidal volume
潮气量潮气量
  1. 肺功能检查CO弥散量、潮气量和肺总量下降。

    Pulmonary function tests CO diffusing capacity , tidal volume and lung volume decreased .

  2. 全麻中IPPV时潮气量与呼气末CO2分压的关系

    Relationship between Tidal Volume with End & tidal PCO_2 during IPPV in Anesthetized Patients

  3. 不同潮气量对正常肺外周血TNF-α和IL-6的影响

    Effects of different tidal volumes on IL-6 and TNF - α in patients with normal pulmonary function

  4. 容量控制通气,潮气量6ml/kg,高呼气末正压,PEEP为12~15cmH2O(高PEEP)。

    Volume controlled ventilation with high positive end-expiratory pressure ( high PEEP ) .

  5. 急性肺损伤肺复张后PEEP与潮气量选择与评估的实验研究

    Experimental Study of PEEP and Tidal Volume Evaluation and Seletion after Recruitment Maneuver in Acute Lung Injury

  6. 潮气量、呼吸频率、闭合气压、最大吸气压成功组与失败组比较有显著性差异(P0.05)。

    There was statistically significant difference in tidal volume ( VT ), total rate , closed respiratory tract pressure , max inspiratory pressure between the two groups ( P0.05 ) .

  7. CO2气腹后动脉血PaCO2的变化及不同潮气量对动脉血PaCO2的影响

    Changes of PaCO_2 of Arterial Blood after CO_2 Pneumascos and Influence of Different Moisture Capacity on PaCO_2 of Arterial Blood

  8. 高频通气膈肌起搏对COPD病人血气、呼吸肌功能、膈肌活动度和潮气量的影响

    Effect of High Frequency Ventilation Diaphragm Pacing on Arterial Blood Gas Analysis , Function of Respiratory Muscle , Diaphragm Movement Degree and Vital Volume in COPD

  9. 记录两组手术相关时间及TTS组在不同潮气量时氧分压和二氧化碳分压的改变。

    The changes in , O2 and CO2 pressure under different tidal volume and operation related time were investigated .

  10. 两组运动中死腔量与潮气量比值(VD/VT)均显著降低,但COPD组的降低幅度较小。

    VD / VT ratio decreased significantly during exercise in both groups , but the decrease in COPD patients was less than that in controls .

  11. 目的探讨控制性肺膨胀(SI)同小潮气量通气模式结合对急性肺损伤(ALI)患者的肺复张作用及其对血流动力学的影响。

    Objective To investigate the effects of sustained inflation ( SI ) combined with small tidal volume ventilation on lung recruitment and hemodynamics in patients with acute lung injury ( ALI ) .

  12. 全麻下潮气量对PaCO2与PetCO2关系的影响及临床意义

    Effects of mechanical ventilation with different tidal volumes on the relationship between PaCO_2 and PetCO_2 during general anesthesia

  13. 方法:32只健康Wistar大鼠随机分为4组,即对照组、小潮气量组、常规潮气量组和大潮气量组。

    Methods Thirty-two normal Wistar rats were randomly divided into four groups : Control group , Low tidal volume group , Conventional tidal volume group and High tidal volume group .

  14. 目的:通过观察不同潮气量机械通气大鼠肺组织巨噬细胞炎症蛋白-1a(macrophageinflammatoryprotein-1a,MIP-1a)及核因子-?

    Objective To evaluate the role of macrophage inflammatory protein-1 a ( MIP-1a ) and nuclear factor - ?

  15. 方法观察不同潮气量(VT)时,18只ALI绵羊肺气体交换、肺力学和血流动力学的改变。

    Methods In 18 sheep with LPS induced ALI , gas exchange , pulmonary mechanics and hemodynamics were observed at different tidal volumes ( V T ) .

  16. 目的观察不同潮气量(VT)机械通气对大鼠肺组织Toll样受体-4(TLR-4)表达的影响。

    Objective To investigate the effect of mechanical ventilation with different tidal volumes on Toll-like receptor 4 ( TLR-4 ) in rat lung tissue .

  17. 在3000~5000m高度,肺通气量(VE)增加主要取决于潮气量(VT),呼吸频率(f)无明显变化。

    At altitudes of 3 - 5 km , there was no significant change in respiratory frequency ( f ) , and the variation of pulmonary ventilation ( VE ) depended on tidal volume ( VT ) .

  18. 结果不同流速、阻力、顺应性设定下,辅用自动变流后输送潮气量不变(P均>0.05),而气道峰压、气道平均压下降(P均<0.05)。

    Results Under different pre-set flow velocities , resistance and compliance , no significant change of delivery tidal volume before and after assisted with flow was found ( P > 0.05 ) . However , peak inspiratory pressure and mean airway pressure decreased significantly ( P < 0.05 ) .

  19. 目的通过观察磷脂酰肌醇-3-激酶(PI3K)抑制剂(ly294002)对不同潮气量机械通气中NF-κB活性的影响,探讨机械通气肺损伤发生机制。

    Objective To investigate the effects of phosphatidylinositol-3-kinase ( PI3K ) on the activation of NF - κ B induced by hyperventilation and the possible mechanism of ventilation-induced lung injury .

  20. 人工通气后5、10、15、20min测定动物潮气量。

    Tidal volume was measured at 5 , 10 , 15 , 20 min after the start of ventilation .

  21. 肺功能检测:与空白对照组相比,模型组大鼠呼吸频率加快、潮气量和每分钟通气量降低,较空白组有差异(P0.05)或显著性差异(P0.01)。

    Pulmonary function testing : compared with the control group , model group were respiratory rate to accelerate , tidal volume and minute ventilation than the blank group ( p < 0.05 ) or significant differences ( P0.01 ) .

  22. 目的观察不同潮气量(VT)对动态肺顺应性(C)、呼气第一秒容量(V1.0)以及压力&容量(P-V)关系的影响。

    Objective To observe the effect of different tidal volume ( VT ) on dynamic lung compliance ( C ) , 1st second exhalation volume ( V1.0 ) and pressure - volume relationship .

  23. 容量控制通气,潮气量6ml/kg(VCV,VT6ml/kg);

    Volume controlled ventilation with tidal volume of 6ml / kg ( VCV , VT 6ml / kg );

  24. DatexOhmeda7100型麻醉机吸入潮气量的计算

    Calculation of Inspiratory Tidal Volume of Datex Ohmeda 7100 Anesthetic Machine

  25. 反映通气功能的每公斤潮气量(TV/kg)、呼吸频率(RR)差异有显著意义(p<0.05)。

    There is also significant difference in tidal volume per kilogram ( TV / kg ) and respiratory rate ( RR ) which are related to the ventilation function ( p < 0.05 ) .

  26. 目的研究不同潮气量联合不同水平呼气末正压(PEEP)机械通气对急性肺损伤(ALI)兔肺水肿的影响。

    Objective To investigate the effects of mechanical ventilation with different tidal volumes ( VT ) and positive end-expiratory pressure ( PEEPs ) on the lung edema in acute lung injury rabbit ( ALI ) models .

  27. 常规潮气量组和大潮气量组大鼠BALF中白细胞及中性粒细胞计数均明显高于对照组和小潮气量组(P0.001);

    The WBC and neutrophils count in BALF were significantly higher in rats ventilated with high tidal volume and conventional tidal volume than in those ventilated with low tidal volume and control group ( P0.001 );

  28. 设置5组不同的机械通气参数:①容量控制通气,潮气量12ml/kg(VCV,VT12ml/kg);

    Under six different ventilatory settings : ① volume controlled ventilation with tidal volume of 12ml / kg ( VCV , VT 12ml / kg );

  29. 于入院后1h到生后7d进行肺动态顺应性(CL),呼吸功(WOB),气道阻力(Raw),潮气量(VT)及每分通气量(VE)等肺功能指标测试。

    Measurements of pulmonary function were made in all babies from 1 hour after hospital admission to the birth age of 7 days . The parameters included lung dynamic compliance , work of breathing , airway resistance , tidal volume and minute ventilation .

  30. 目的通过建立过度通气导致呼吸机相关性肺损伤(VILI)大鼠模型,评估不同潮气量对肺损伤的影响。

    Objective To establish an experimental model of ventilator-induced lung injury ( VILI ) in rats through tracheal tube and evaluate the influence of different ventilatory volumes on VILI in rat lung .