Exhaled nitric oxide in relation to asthma control: a real-life survey.
呼出一氧化氮与哮喘控制的关系：一个现实生活的调查。
Objective To detect changes in exhaled nitric oxide in children with asthma.
目的观察哮喘患儿呼出气一氧化氮的变化。
Specifically, they looked to see if humming led to greater levels of exhaled nitric oxide, a gas produced in the sinuses.
他们特别观察，哼绵羊音是否会从鼻窦中拍出的更多一氧化氮。
Indeed, the PDS performed better than FEV1, peak expiratory flow rate, and fraction of exhaled nitric oxide in predicting outcomes after discharge.
事实上，PDS要比FEV1、呼吸峰流速和氧化亚氮呼出率更能预测出院后的结果。
Therefore, using exhaled nitric oxide levels to adjust asthma therapy may reduce the number of attacks that children with asthma have but does not impact on the day-to-day symptoms.
因此，应用一氧化氮呼出量来调整哮喘用药可能减少患儿哮喘发作次数，但对日常症状并无影响。
The gas nitric oxide (NO) is produced in increased amounts in certain types of inflammatory responses and its presence in exhaled air can be demonstrated.
气体一氧化氮(NO)是生产的增加数量在某些类型的炎症反应和其在呼出的空气可以证明。
The gas nitric oxide (NO) is produced in increased amounts in certain types of inflammatory responses and its presence in exhaled air can be demonstrated.
气体一氧化氮(NO)是生产的增加数量在某些类型的炎症反应和其在呼出的空气可以证明。
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