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1·Conclusions Low tidal volume ventilation has no distinct effects on normal lung tissue.

结论小潮气量通气对正常肺组织结构无明显影响。

2·The increment of tidal volume was mainly contributed to the prolongation of inspiratory time.

吸气流速无明显变化，潮气量增加主要由于吸气时间延长所致；

3·Objective To investigate the effects of different tidal volume ventilation on acute lung injury in rats.

目的探讨不同潮气量机械通气在大鼠急性肺损伤发生中的作用。

4·Objective: to evaluate the efficacy of low tidal volume one-lung ventilation plus positive end-expiratory pressure.

目的：观察低潮气量单肺通气复合呼气末正压对于开胸术患者的效果。

5·Results: Negative pressure ventilation produced an increase in tidal volume and no influence on hemodynamic parameters.

结果：间歇负压通气能够增加实验犬潮气量，但对血流动力学无影响。

6·Method The tidal volume, vital capacity, time vital capacity and minute ventilation volume were observed in 600 students.

方法用肺量计测定6 0 0名大学生的潮气量、肺活量、时间肺活量及每分钟通气量。

7·Objective To investigate the effect of mechanical ventilation with different tidal volume on CD14 receptor in lung tissue.

目的观察不同潮气量机械通气对大鼠肺组织内毒素CD14受体表达的影响。

8·According the P-V curve, to find out the ideal tidal volume which can decrease the harm of ventilator-associated lung injury.

以期根据P—V曲线个体化的选择比较理想的潮气量，减少呼吸机相关的肺损伤。

9·Epinephrine increases respiratory rate and tidal volume, and thereby reduces alveolar carbon dioxide content in normal subjects.

肾上腺素增加呼吸频率和潮气量，故可降低正常人的肺泡含量。

10·Objective To investigate the effect of different tidal volume ventilations on the amount of atelectasis during general anesthesia.

目的：研究不同潮气量通气对全麻病人肺不张的影响。