The terbutaline effect was partly blocked by amiloride and ouabain,which were inhibitors of sodium transport.

钠转运异性剂——阿咪洛利或哇巴因能部分普他林刺激肺泡内液体清除作用。

It is associated with bronchial and peribronchiolar inflammatory exudates that also involve surrounding alveoli.

通常为支气管及支气管周炎性渗出，并累及周肺泡。

Preoxygenation replaces the primarily nitrogenous mixture of ambient air, which constitutes the patient's functional residual capacity, with oxygen.

这样可以用氧气取代之前被氮气肺泡。

The terbutaline effect was partly blocked by amiloride and ouabain,which were inhibitors of sodium transport.

钠转运特异性抑制剂——阿咪洛利或哇巴因能部分抑制特普他林泡内液体清除的作用。

It is associated with bronchial and peribronchiolar inflammatory exudates that also involve surrounding alveoli.

通常为支气管及支气管周炎性渗出，并累及周的泡。

Preoxygenation replaces the primarily nitrogenous mixture of ambient air, which constitutes the patient's functional residual capacity, with oxygen.

这样可以用氧气取被氮气占据的泡。

The terbutaline effect was partly blocked by amiloride and ouabain,which were inhibitors of sodium transport.

钠转运特异性抑制剂——阿咪洛利或哇巴因能部分抑制特普他林刺激肺体清除的作用。

It is associated with bronchial and peribronchiolar inflammatory exudates that also involve surrounding alveoli.

通常为支管及支管周炎性渗出，并累及周的肺。

Preoxygenation replaces the primarily nitrogenous mixture of ambient air, which constitutes the patient's functional residual capacity, with oxygen.

这样可以用代之前被氮占据的肺。

The terbutaline effect was partly blocked by amiloride and ouabain,which were inhibitors of sodium transport.

钠转运特异性抑制剂——阿咪洛利或哇巴因能部分抑制特刺激肺泡内液体清除的作用。

It is associated with bronchial and peribronchiolar inflammatory exudates that also involve surrounding alveoli.

通常为支管及支管周炎性渗出，并累及周的肺泡。

Preoxygenation replaces the primarily nitrogenous mixture of ambient air, which constitutes the patient's functional residual capacity, with oxygen.

这样可以用氧取代之前占据的肺泡。

The terbutaline effect was partly blocked by amiloride and ouabain,which were inhibitors of sodium transport.

钠转运特异性抑制剂——阿咪洛利或哇巴因能部分抑制特普他林刺激肺泡内液体清除作用。

It is associated with bronchial and peribronchiolar inflammatory exudates that also involve surrounding alveoli.

通气管及气管炎性渗出，并累及肺泡。

Preoxygenation replaces the primarily nitrogenous mixture of ambient air, which constitutes the patient's functional residual capacity, with oxygen.

这样可以用氧气取代之前被氮气占据肺泡。

The terbutaline effect was partly blocked by amiloride and ouabain,which were inhibitors of sodium transport.

钠转运特异性抑制剂——阿咪洛利因能部分抑制特普他林刺激肺泡内液体清除的作用。

It is associated with bronchial and peribronchiolar inflammatory exudates that also involve surrounding alveoli.

通常为支气管及支气管周炎性渗出，并累及周的肺泡。

Preoxygenation replaces the primarily nitrogenous mixture of ambient air, which constitutes the patient's functional residual capacity, with oxygen.

这样可用氧气取代之前被氮气占据的肺泡。

The terbutaline effect was partly blocked by amiloride and ouabain,which were inhibitors of sodium transport.

钠转运特异性抑制剂——阿咪洛利或哇巴因能部分抑制特普他林刺激肺泡内液体清除的作用。

It is associated with bronchial and peribronchiolar inflammatory exudates that also involve surrounding alveoli.

通常为管管周炎性，累周的肺泡。

Preoxygenation replaces the primarily nitrogenous mixture of ambient air, which constitutes the patient's functional residual capacity, with oxygen.

这样可以用氧取代之前被氮占据的肺泡。

The terbutaline effect was partly blocked by amiloride and ouabain,which were inhibitors of sodium transport.

运特异性抑制剂——阿咪洛利或哇巴因能部分抑制特普他林刺激肺泡内液体清除的作用。

It is associated with bronchial and peribronchiolar inflammatory exudates that also involve surrounding alveoli.

通常为支气管及支气管周炎性渗出，并累及周的肺泡。

Preoxygenation replaces the primarily nitrogenous mixture of ambient air, which constitutes the patient's functional residual capacity, with oxygen.

这样可以用氧气取代之前被氮气占据的肺泡。

The terbutaline effect was partly blocked by amiloride and ouabain,which were inhibitors of sodium transport.

钠转运特异性抑制剂——阿咪洛利或哇巴因能部分抑制特普他林刺激肺泡内液体清除的作用。

It is associated with bronchial and peribronchiolar inflammatory exudates that also involve surrounding alveoli.

通常为支气管及支气管周炎性渗出，并累及周的肺泡。

Preoxygenation replaces the primarily nitrogenous mixture of ambient air, which constitutes the patient's functional residual capacity, with oxygen.

这样可以用氧气取代之前被氮气占据的肺泡。