Emergency medicine
Abdolghader Pakniyat; Farzane Jafari; Rojin Ramezani; Mohammad Ghasemi-rad
Volume 9, Issue 1 , January 2023, , Pages 54-57
Abstract
Objective: Orbital emphysema, defined as the presence of air in orbital and periorbital tissues, is a relatively uncommon clinical condition which occurs mostly following facial trauma. It can not only resolve spontaneously without any treatment, but it can also cause life threatening complications such ...
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Objective: Orbital emphysema, defined as the presence of air in orbital and periorbital tissues, is a relatively uncommon clinical condition which occurs mostly following facial trauma. It can not only resolve spontaneously without any treatment, but it can also cause life threatening complications such as pneumomediastinum (PM). PM is an uncommon complication of facial fractures and is defined as the presence of air in the mediastinal space. Developing PM following blunt trauma is commonly considered as a red flag for underlying injuries, such as trachea and esophagus rupture. Therefore, other complementary diagnostic procedures, including bronchoscopy and esophagostomy, are often necessary for patients developing this condition.Case Presentation: A 31-year-old man with a history of facial and neck trauma was presented to the emergency room of our tertiary referral hospital with a complaint of right orbital swelling. On physical examination, vital signs were stable. There was a mild swelling of right upper eyelid, but no proptosis. An hour after admission, following sneezing and blowing his nose, the patient had further swelling of his right face with extension of swelling through the right side of his neck to the nipple. He also complained of dyspnea and acute severe progressive epigastric pain.Conclusion: Orbital emphysema following orbital wall fracture is typically benign and self- limited, but physicians should be aware of serious complications such as PM. Therefore, monitoring the patient is crucial and should be considered in such ct
Emergency medicine
Garima Sharma; Sanya Vermani; Anjum Syed
Volume 8, Issue 1 , January 2022, , Pages 77-79
Abstract
Objective: The presence of air within the mediastinal compartment and retro-peritoneal compartment, in the setting of trauma, can be because of visceral and skeletal injuries. However, in absence of a local site injury, an approach based on anatomical communication between various body compartments should ...
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Objective: The presence of air within the mediastinal compartment and retro-peritoneal compartment, in the setting of trauma, can be because of visceral and skeletal injuries. However, in absence of a local site injury, an approach based on anatomical communication between various body compartments should be utilized and all potential sites of injuries must be reviewed.Case Presentation: We present a case of a 40-year-old male patient with a history of trauma (fall from height), presenting to the emergency department with loss of consciousness and ear bleed. Chest radiographs showed pneumomediastinum. On cross-sectional imaging, pneumomediastinum and pneumoretroperitoneum were seen, however no esophageal, tracheal and skeletal injuries could be identified. On careful evaluation, fractures involving the base of skull were identified as a source of ectopic air.Conclusion: This case represents a situation where the fascial connections between various compartments of the body were utilized to find the site of injury and hence the source of ectopic air. Base of skull fractures are important to be identified since these require surgical attention at an early stage.