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PubMed · 9613209

[Thoracic trauma].

Abstract

Blunt chest trauma is the leading cause of thoracic injuries in Germany, penetrating chest injuries are rare. Hereby, single or multiple rib fractures, hemato-pneumothorax and pulmonary contusion represent the most common injuries. The early management of thoracic injuries consists of detection and sufficient therapy of acute life threatening situations like tension pneumothorax, acute respiratory insufficiency or severe intrathoracic bleeding. Most of the isolated thoracic injuries are adequately treated by conservative means, sufficient analgesia, drainage of intrapleural air or blood, physiotherapy and clearance of bronchial secretions provided; operative intervention is rarely indicated. In multiple injured patients however, severe blunt chest trauma and especially pulmonary contusion negatively affects outcome with a significant increase of morbidity and mortality. Hence, patients with this combination of pulmonary injuries, such as lung contusion and associated severe injuries, carry a particular high risk of respiratory failure, ARDS and MOF with a considerable mortality. Therefore, early exact diagnosis of all thoracic injuries is essential and can be achieved by thoracic computed tomography, which becomes more and more popular in this setting. Early intubation and PEEP-ventilation, alternate prone and supine positioning of multiple injured patients with lung contusion and differentiated concepts of volume- and catecholamine therapy represent the basic therapeutic principles. Additionally, the entire early trauma management of multiple injured patients must focus on the presence of pulmonary contusion. Every additional burden on their pulmonary microvascular system like microembolisation during femoral nailing, the trauma burden of extended surgery or mediator release in septic states may cause rapid decompensation and organ failure and therefore, has to be avoided.

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BibTeXRIS

A Trupka, D Nast-Kolb, L Schweiberer. 1998. [Thoracic trauma].. https://doi.org/10.1007/s001130050265

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