Evidence for active control of perfusion within lung microvessels von WATSON, Kal E, DOVI, William F, CONHAIM, Robert L

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Inhaled Thrombolytics Reduce Lung Microclot and Leukocyte Infiltration After Acute Blood Loss von Conhaim, Robert L, Watson, Kal E, Dovi, William F, Bates, Melissa L

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Microthrombus formation may trigger lung injury after acute blood loss von Conhaim, Robert L, Mangino, Martin J, Dovi, William F, Watson, Kal E, Warner, Thomas F, Harms, Bruce A

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Bacteremic sepsis disturbs alveolar perfusion distribution in the lungs of rats von Conhaim, Robert L, Watson, Kal E, Spiegel, Carol A, Dovi, William F, Harms, Bruce A

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Bacteremia Does Not Affect Cellular Uptake of Ultrafine Particles in the Lungs of Rats von Conhaim, Robert L., Dovi, William F., Watson, Kal E., Spiegel, Carol A., Harms, Bruce A.

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Thromboxane analog U46619 redistributes pulmonary microvascular perfusion in isolated rat lungs, but does not retain 3 μm diameter particles in lung capillaries von Conhaim, Robert L., Watson, Kal A., Dovi, William F., Harms, Bruce A.

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Intra‐abdominal sepsis increases the uptake of ultrafine particles by neutrophils and alveolar type‐II cells in the lungs of rats von Conhaim, Robert L., Dovi, William F., Watson, Kal A., Spiegel, Carol A., Harms, Bruce A.

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Sequential latex particle infusion reveals that hemorrhage causes progressive inter‐alveolar perfusion mal‐distribution in the lungs of rats von Conhaim, Robert L., Kluesner, Karri A, Dovi, William f, Watson, Kal A., Harms, Bruce A

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Sepsis disturbs alveolar perfusion distribution in rat lungs von Conhaim, Robert L., Watson, Kal A., Spiegel, Carol A., Dovi, William F., Harms, Bruce A.

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