Publication | Closed Access
Impact of in-flight use of FFP2 masks on oxygen saturation: an experimental crossover study
12
Citations
6
References
2021
Year
Ffp2 MasksHeart RatePhysiological ResearchKinesiologyOphthalmologyPhysiologyCrossover DesignApplied PhysiologyTissue OxygenationGas Exchange ProcessOxygen SaturationRespiration (Physiology)Air PollutionExperimental Crossover StudyFfp2 Face MaskHealth Sciences
This study was able to show in a crossover design that neither at resting conditions nor during a simulated 80 min flight wearing the examined FFP2 face mask leads to changes in the SpO2, the heart rate or the parameters of the capillary blood gas analysis.
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