Respiratory distress

Hypercapnic Acidosis Attenuates Endotoxin-induced Acute Lung Injury

Nonparametric Statistics / Cell Adhesion / Transcription Factors / Probability / Signal Transduction / Humans / Animals / Male / NF-kappa B / Acute respiratory distress syndrome / Vascular endothelium / Nitrogen / American / Acute Lung Injury / Neutrophils / Lipopolysaccharides / Rats / Analysis of Variance / Rat / Survival Rate / Rat Model / Lung Injury / Blood gas analysis / Sensitivity and Specificity / Ischemia–reperfusion / Primary Prevention / Endotoxins / Hypercapnia / Respiratory distress / Pulmonary Gas Exchange / Interleukin / Down-Regulation / Pulmonary Artery / Humans / Animals / Male / NF-kappa B / Acute respiratory distress syndrome / Vascular endothelium / Nitrogen / American / Acute Lung Injury / Neutrophils / Lipopolysaccharides / Rats / Analysis of Variance / Rat / Survival Rate / Rat Model / Lung Injury / Blood gas analysis / Sensitivity and Specificity / Ischemia–reperfusion / Primary Prevention / Endotoxins / Hypercapnia / Respiratory distress / Pulmonary Gas Exchange / Interleukin / Down-Regulation / Pulmonary Artery

Hypercapnic Acidosis Attenuates Endotoxin-induced Acute Lung Injury

Nonparametric Statistics / Cell Adhesion / Transcription Factors / Probability / Molecular Mechanics / Signal Transduction / Lipopolysaccharide / Humans / Animals / Male / NF-kappa B / Acute respiratory distress syndrome / Vascular endothelium / Nitrogen / American / Acute Lung Injury / Neutrophils / Lipopolysaccharides / Rats / Endothelial cell / Analysis of Variance / Rat / Survival Rate / Mechanical Ventilation / Rat Model / Lactate dehydrogenase / Lung Injury / Blood gas analysis / Sensitivity and Specificity / Ischemia–reperfusion / Primary Prevention / Endotoxins / Hypercapnia / Respiratory distress / Pulmonary Gas Exchange / Interleukin / Down-Regulation / Tidal volume / Pulmonary Artery / Signal Transduction / Lipopolysaccharide / Humans / Animals / Male / NF-kappa B / Acute respiratory distress syndrome / Vascular endothelium / Nitrogen / American / Acute Lung Injury / Neutrophils / Lipopolysaccharides / Rats / Endothelial cell / Analysis of Variance / Rat / Survival Rate / Mechanical Ventilation / Rat Model / Lactate dehydrogenase / Lung Injury / Blood gas analysis / Sensitivity and Specificity / Ischemia–reperfusion / Primary Prevention / Endotoxins / Hypercapnia / Respiratory distress / Pulmonary Gas Exchange / Interleukin / Down-Regulation / Tidal volume / Pulmonary Artery

Hypercapnic Acidosis Attenuates Endotoxin-induced Acute Lung Injury

Nonparametric Statistics / Probability / Animals / Male / Acute respiratory distress syndrome / Nitrogen / American / Acute Lung Injury / Rats / Analysis of Variance / Rat / Survival Rate / Rat Model / Lung Injury / Blood gas analysis / Sensitivity and Specificity / Ischemia–reperfusion / Primary Prevention / Endotoxins / Hypercapnia / Respiratory distress / Pulmonary Gas Exchange / Nitrogen / American / Acute Lung Injury / Rats / Analysis of Variance / Rat / Survival Rate / Rat Model / Lung Injury / Blood gas analysis / Sensitivity and Specificity / Ischemia–reperfusion / Primary Prevention / Endotoxins / Hypercapnia / Respiratory distress / Pulmonary Gas Exchange

Hypercapnic Acidosis Attenuates Endotoxin-induced Acute Lung Injury

Nonparametric Statistics / Probability / Animals / Male / Acute respiratory distress syndrome / Nitrogen / Acute Lung Injury / Rats / Analysis of Variance / Rat / Survival Rate / Rat Model / Lung Injury / Blood gas analysis / Sensitivity and Specificity / Ischemia–reperfusion / Primary Prevention / Endotoxins / Hypercapnia / Respiratory distress / Pulmonary Gas Exchange / Nitrogen / Acute Lung Injury / Rats / Analysis of Variance / Rat / Survival Rate / Rat Model / Lung Injury / Blood gas analysis / Sensitivity and Specificity / Ischemia–reperfusion / Primary Prevention / Endotoxins / Hypercapnia / Respiratory distress / Pulmonary Gas Exchange

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