The open lung concept: pressure controlled ventilation is as effective as high frequency oscillatory ventilation in improving gas exchange and lung mechanics in surfactant-deficient animals - Vazquez de Anda, G. F.; Hartog, A.; Verbrugge, S. J. C.; Gommers, D.; Lachmann, B. (Intensive care medicine, 1999)
Keywords: Anesthesia. Intensive care medicine. Transfusions. Cell therapy and gene therapy; Anesthesiology; Animals; Biological and medical sciences; Blood pressure; Bronchus; Carbon dioxide; Carbon dioxide tension; Emergency and intensive respiratory care; Gas exchange; High-Frequency Ventilation - instrumentation; High-Frequency Ventilation - methods; Intensive care medicine; Lavage; Lung - physiopathology; Lungs; Male; Maneuvers; Mechanical ventilation; Mechanics; Mechanics (physics); Medical sciences; Oxygen; Oxygen tension; Oxygenation; Positive-Pressure Respiration - instrumentation; Positive-Pressure Respiration - methods; Prospective Studies; Proteins; Pulmonary Gas Exchange - physiology; Pulmonary Surfactants - deficiency; Random Allocation; Rats; Rats, Sprague-Dawley; Recruitment; Respiratory distress syndrome; Respiratory failure; Respiratory Insufficiency - physiopathology; Respiratory Insufficiency - therapy; Respiratory Mechanics - physiology; Respiratory tract; Surfactants; Time Factors; Tracheotomy; Ventilation; Ventilators; Ventilators, Mechanical; Sweden; Netherlands; Intensive care; Rat; Respiratory disease; Deficiency; Oscillation frequency; Rodentia; Artificial ventilation; Metabolism; Vertebrata; Mammalia; Lung function; Respiratory failure; Pulmonary surfactant; Adult animal; Controlled mechanical ventilation; Gas exchange; Hemodynamics; Technique; High frequency ventilation; Comparative study