Archives of Internal Medicine · 1985 · 82 citations · 13 references
Health ProfessionsPhysiologyRespiratory TherapyCardiopulmonary RehabilitationCritical Care Respiratory TherapyVentilator ManagementBreathing SupportMechanical VentilationMuscle Relaxation TechniquesOxygen TherapyRelaxation TechniquesSedation In Ventilated PatientsAdult Respiratory Distress SyndromeArterial Oxygen SaturationInspiratory MechanicsLung Volume RecruitmentMean Airway PressureMechanical Ventilation ManagementMechanical Ventilation OxygenationOxygenation Improvement
Arterial blood oxygenation improved repeatedly after sedation and paralysis in a 27-year-old woman requiring mechanical ventilation for the adult respiratory distress syndrome. Oxygen consumption and cardiac output decreased proportionately after paralysis so that the partial pressure of oxygen in mixed venous blood remained unchanged. Paralysis eliminated inspiratory distortion of the airway pressure waveform and prevented forceful use of expiratory musculature. A flow-related reduction of venous admixture or recruitment of lung volume may best explain the beneficial effect of muscle relaxation on arterial saturation.
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ACUTE RESPIRATORY DISTRESS IN ADULTS
D G Ashbaugh, D. Boyd Bigelow, ThomasL. Petty · The Lancet · 1967 · 4.3K citations
Effects of Anesthesia and Paralysis on Diaphragmatic Mechanics in Man
Alison B. Froese, A. C. Bryan · Anesthesiology · 1974 · 797 citations · Full text
Medicine, Anatomy, Anesthesiology +12
The Adult Respiratory Distress Syndrome
Thomas L. Petty, David G. Ashbaugh · CHEST Journal · 1971 · 785 citations
Applied Respiratory Physiology
J. F. Nunn, Stephen A. Vitkun · Anesthesiology · 1994 · 732 citations · Full text