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Cellular and mediator mechanisms that contribute to lung
A new approach to the prevention and the treatment of acute
Surface tension and alveolar changes during ventilation
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activity acute respiratory failure airway pressure alveolar ventilation alveoli anaesthesia Appl Physiol ARDS arterial blood arterial oxygen arterial PO2 atelectasis blood flow breathing bronchus capillary carbon dioxide cardiac output cells changes chest clinical cm H2O compliance concentration CPAP decrease disease effect enzyme expiration extracorporeal factors fetal Figure FIO2 fluid gas exchange gradient heart hemodynamic hemoglobin hemorrhage hypoventilation hypovolemia hypoxemia hypoxia I/E ratio increase Insp inspired interstitial ISFET lavage lesions lung volume measurements mechanical ventilation membrane metabolic mitochondria mitochondrial monitoring muscle neonatal normal oxygen tension oxygen toxicity oxygen transport PaCO2 PaO2 PCO2 PEEP perfusion physiologic plasma PMNs pneumonectomy pressure-controlled ventilation protein pulmonary artery pulmonary edema reduced resection respiratory distress syndrome Rev Respir shunt stenosis studies surface tension surfactant Surg surgery techniques temperature therapy Thorac tidal volume tissue Torr trachea tracheostomy trauma tube values variables venous admixture ventilatory ventricular