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  1. sciencedirect.com

    Effect of small airways and viscoelasticity on lung mechanics from expiratory occlusion Sarah L. Howe ∗ Melanie März ∗∗ Sabine Krüger-Ziolek ∗ Bernh rd Laufer ∗∗ Chris Pretty ∗ Geoffery M. Shaw ∗∗ Thomas Desaive ∗∗∗∗ Knut Möller ∗∗ J. Geoffery ...
  2. researchgate.net

    The results of this study suggest using lung mechanics and decay rate to monitor changes in lung condition over time may miss information about changes in the small airways and viscoelastic lung ...
  3. ir.canterbury.ac.nz

    lung volume. The results of this study suggest using lung mechanics and decay rate to monitor changes in lung condition over time may miss information about changes in the small airways and viscoelastic lung tissue. Thus, it is useful for monitoring large airways disease, but may be ineffective for small airways disease such as ARDS.
  4. semanticscholar.org

    DOI: 10.1016/J.IFACOL.2020.12.620 Corpus ID: 234941590; Effect of small airways and viscoelasticity on lung mechanics from expiratory occlusion @article{Howe2020EffectOS, title={Effect of small airways and viscoelasticity on lung mechanics from expiratory occlusion}, author={Sarah L. Howe and Melanie M{\"a}rz and Sabine Kr{\"u}ger-Ziolek and Bernhard Laufer and Christopher G. Pretty and Geoff ...
  5. ir.canterbury.ac.nz

    The relaxation gradient was also found to be independent of driving pressure. Conversely, the relaxation gradient was found to depend on lung volume. The results of this study suggest using lung mechanics and decay rate to monitor changes in lung condition over time may miss information about changes in the small airways and viscoelastic lung ...
  6. pmc.ncbi.nlm.nih.gov

    A: bronchogram of a left lung to demonstrate the different pathway lengths to the periphery of the lung.B: distribution of airways of a given size in each generation of branching to demonstrate that each generation contains airways of several different sizes.[Data redrawn from Weibel ().]C: total lumen cross-sectional area of all the branches decreases between generation 0-3 and then ...
  7. semanticscholar.org

    During mechanical ventilation, the technique of rapid airway occlusion (RAO) during constant flow inflation (1-4) and the "single-breath" method (5-9) are probably the most commonly employed for measuring the respiratory mechanics. ... Effect of small airways and viscoelasticity on lung mechanics from expiratory occlusion. S. Howe ...
  8. Effect of Small Airways and Viscoelasticity on Lung Mechanics from Expiratory Occlusion Estimating (unidentifiable) Enhanced EGP in Glycaemic Control Modelling: Dancing with Minions of the Dark Lord Insulin Resistance in ICU Patients: Women Have Stronger Metabolic Response
  9. cordis.europa.eu

    DCPM. Grant agreement ID: 872488 Open in new window. DOI 10. ... Non-invasive measurement of tidal breathing lung mechanics using expiratory occlusion. Author(s): Howe, S, Maerz, M, Krueger-Ziolek, S, Laufer, B, Pretty ... Effect of small airways and viscoelasticity on lung mechanics from expiratory occlusion.
  10. ncbi.nlm.nih.gov

    2. Problem formulation. We model the airway closure employing a cylindrical rigid tube of radius a and length L, lined with a viscoelastic non-Newtonian liquid film of initial average thickness h, total dynamic viscosity μ L, and density ρ L.Inside the rigid pipe, the core gas has constant dynamic viscosity μ G and density ρ G and is surrounded by the thin viscoelastic film as depicted in ...

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