IMAGING FOR BLUNT CHEST TRAUMA The chest radiograph remains the initial study for assessing patients sustaining blunt trauma to the chest, and many common injuries can be identified by the chest radiograph alone. However, in severely injured patients, the ideal upright, full inspiratory PA chest radiograph cannot be obtained. Portable supine radiographs, often suffering from poor positioning, p...

Traumatic chylothorax other than iatrogenic thoracic duct injury is extremely rare in children. Chylothorax can cause cardiopulmonary abnormalities and significant nutritional, metabolic and immunologic consequences. The management of chylothorax ranges from conservative treatment to surgical intervention. We present a four-year-old boy who presented with respiratory difficulty due to multiple ...

BACKGROUND Supine anteroposterior (AP) chest radiography is an insensitive test for detecting posttraumatic pneumothoraces (PTXs). Computed tomography (CT) often identifies occult pneumothoraces (OPTXs) not diagnosed by chest radiography. All previous literature describes the epidemiology of OPTX in patients with blunt polytrauma. Our goal was to identify the frequency of OPTXs in patients with...

Background High-energy blunt chest injury will bring out severe cardiac and pulmonary injuries. It may cause cardiac contusion, rupture, cardiac valve dysfunction, and aortic laceration [1]. As traumatic hemopericardium occurs, ultrasound is a convenient and reliable tool for diagnosis. We presented a 55-year-old male victim of blunt chest trauma complicated with hemopericardium, cardiac tampon...