Search for dissertations about: "pulmonary-capillary blood volume"
Showing result 1 - 5 of 6 swedish dissertations containing the words pulmonary-capillary blood volume.
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1. Extreme hemodilution: Effects of inhalation anesthetics, hypoxia, and blood loss. An Experimental study in pigs
Abstract : Hemodilution reduces the need for blood transfusion and hereby the risk for transmission of infectious agents. The present study investigated effects on systemic and myocardial circulation and oxygenation, and blood lactate concentrations; induced by nitrous oxide, isoflurane, hypoxia, and uncompensated blood loss, in pigs hemodiluted to a hematocrit of 11%. READ MORE
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2. Evaluation and development of a capnodynamic method for estimation of pulmonary blood flow in a porcine model
Abstract : Effective pulmonary blood flow (EPBF) i.e. cardiac output (CO) minus shunt flow could be estimated by a capnodynamic equation. Via introduction of short pauses in the ventilatory pattern the required alterations of carbon dioxide are induced. READ MORE
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3. The role of the endothelin system in experimental acute lung injury : with special reference to the formation of extra-vascular lung water
Abstract : Acute lung injury is a major clinical challenge in the intensive care unit. Sepsis is the most frequent underlying cause of this pulmonary syndrome, which contains inflammation-induced diffuse alveolar damage and early stage high permeability edema. READ MORE
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4. Effects of gravity and posture on the human lung
Abstract : The presence of the gravitational force at the surface of Earth affects all of the organ systems in landliving creatures. The function of the lung is particularly susceptible to changes in the direction and magnitude of gravity because of the elastic structure of this organ. READ MORE
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5. Transvascular fluid dynamics in the pulmonary vasculature in horses at rest and during exercise
Abstract : Maximal exercise results in a marked increase in cardiac output (Q) with consequent adaptations in pulmonary macro- and microvasculature. These adaptations change pulmonary hemodynamics and increase fluid and solute movement between the pulmonary circulation and the pulmonary interstitium (across the lung). READ MORE