Title : Stability of the arterial/alveolar oxygen partial pressure ratio. Effects of low ventilation/perfusion regions.

Pub. Date : 1979 Jun

PMID : 446059






4 Functional Relationships(s)
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1 It was found that a/APO2 was more stable than AaDO2 and more useful for: (1) comparing gas exchange in patients receiving different levels of FIO2, (2) following gas exchange in the same patient as FIO2 is changed, and (3) estimating the PaO2 expected at a given level of FIO2 if blood gas data are available at another level. fio2 TNF receptor superfamily member 10a Homo sapiens
2 It was found that a/APO2 was more stable than AaDO2 and more useful for: (1) comparing gas exchange in patients receiving different levels of FIO2, (2) following gas exchange in the same patient as FIO2 is changed, and (3) estimating the PaO2 expected at a given level of FIO2 if blood gas data are available at another level. fio2 TNF receptor superfamily member 10a Homo sapiens
3 It was found that a/APO2 was more stable than AaDO2 and more useful for: (1) comparing gas exchange in patients receiving different levels of FIO2, (2) following gas exchange in the same patient as FIO2 is changed, and (3) estimating the PaO2 expected at a given level of FIO2 if blood gas data are available at another level. fio2 TNF receptor superfamily member 10a Homo sapiens
4 Most stable is a/APO2 and, therefore, most useful at FIO2 levels greater than 0.3, and PaO2 levels less than 100 torr. fio2 TNF receptor superfamily member 10a Homo sapiens