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Mechanical Ventilation in Severe Thoracic Injury in Acute Respiratory Distress Syndrome Treatment

JI Fen-zhi

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Abstract

Objective Severe chest trauma with respiratory distress syndrome mechanical ventilation treatment. Methods Retrospective analysis of 36 cases of severe chest trauma with respiratory distress syndrome in the course of treatment. Results The 36 patients with ventilation in the treatment of patients 1 to 32 days, the average (5.5 ± 4.8) days, were successful offline, and survived to hospital discharge, 2 patients died, mortality rate 5.6%. Conclusions Mechanical ventilation for severe thoracic injury in acute respiratory failure can rapidly improve the symptoms of patients with dyspnea and hypoxemia, effectively prevent the occurrence and further development of ARDS is a serious chest trauma emergency treatment of acute respiratory failure is an important and most has the effect of the methods.

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What this paper is about

Objective Severe chest trauma with respiratory distress syndrome mechanical ventilation treatment. Methods Retrospective analysis of 36 cases of severe chest trauma with respiratory distress syndrome in the course of treatment. Results The 36 patients with ventilation in the treatment of patients 1 to 32 days, the average (5.5 ± 4.8) days, were successful offline, and survived to hospital discharge, 2 patients died, mortality rate 5.6%. Conclusions Mechanical ventilation for severe thoracic injury in acute respiratory failure can rapidly improve the symptoms of patients with dyspnea and hypoxemia, effectively prevent the occurrence and further development of ARDS is a serious chest trauma emergency treatment of acute respiratory failure is an important and most has the effect of the methods.

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Available abstract

Objective Severe chest trauma with respiratory distress syndrome mechanical ventilation treatment. Methods Retrospective analysis of 36 cases of severe chest trauma with respiratory distress syndrome in the course of treatment. Results The 36 patients with ventilation in the treatment of patients 1 to 32 days, the average (5.5 ± 4.8) days, were successful offline, and survived to hospital discharge, 2 patients died, mortality rate 5.6%. Conclusions Mechanical ventilation for severe thoracic injury in acute respiratory failure can rapidly improve the symptoms of patients with dyspnea and hypoxemia, effectively prevent the occurrence and further development of ARDS is a serious chest trauma emergency treatment of acute respiratory failure is an important and most has the effect of the methods.

Key concepts: Medicine, ARDS, Mechanical ventilation, Hypoxemia, Respiratory distress, Acute respiratory distress, Ventilation (architecture), Respiratory failure

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