@Article {Zavorsky1600962,作者= {Zavorsky,Gerald S.和Hsia,Connie C.W.和Hughes,J.Michael B.和Borland,Colin D.R.和gu {\'e} nard,herv {\'e}和van der lee,ivo和Steenbruggen,Irene和Naeije,Robert and Cao,Jiguo和Dinh-Xuan,Anh tuan},title = {肺中一氧化氮吸收的单刷测定,体积= {49},number = {2},eracocation-id = {1600962},年= {2017},doi = {10.1183/139993003.00962-2016},publisher= {188bet官网地址欧洲呼吸社会},摘要= {肺对一氧化氮(DLNO)的扩散能力,也称为转移因子,于1983年首次测量。本文档标准化了单呼吸的技术和应用。该小组同意,1)肺功能系统应允许在使用前直接从灵感储层中直接从灵感储层中混合和测量一氧化氮(NO)和一氧化碳(CO)气体,并根据肺泡{\ TextQuotedBlleft}收集的过期浓度测量{\ TextQuotedBlright}或通过快速气体分析仪连续采样;2)呼吸持续时间应为10 s,使用化学发光NO分析仪,或4个{\ textendash} 6 s,以适应无电化学细胞的较小检测范围;3)启发的NO和氧浓度应为40 {\ TextEndash} 60 ppm,分别接近21 \%;4)应通过采样过期的气体来测量肺泡氧张力(PAO2);5)NO(θNO)中的血液中有限的特定电导率应假定为4.5 ml {\ TextPeriodeDectered} min-1 {\ TextperiodeDcentered} MMHG-1 {\ textperiodeDperieDcentered} ml-1的血液;6)1/θco的方程应为(0.0062 {\ textperiodectered} pao2+1.16){\ textperiodcentered}(理想的基于呼吸的血红蛋白/测量血红蛋白),基于呼吸呼吸pao2,并调整为平均血红蛋白浓度(男性14.6 g {\ \ \ \ \ \ \ \ \textPeriodeDECTER} dl-1,雌性13.4 g {\ textperiodectered} dl-1); 7) a membrane diffusing capacity ratio (DMNO/DMCO) should be 1.97, based on tissue diffusivity.Pulmonary diffusing capacity for nitric oxide is standardised by a panel of experts for use around the world http://ow.ly/TpV1306Yhji}, issn = {0903-1936}, URL = {//www.qdcxjkg.com/content/49/2/1600962}, eprint = {//www.qdcxjkg.com/content/49/2/1600962.full.pdf}, journal = {European Respiratory Journal} }