J Trauma
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A series of 8285 blunt trauma victims from one hospital were analyzed to establish the possible association of cervical spine injuries with craniocerebral and facial injuries. Patients with clinically significant head injuries were at greater risk of cervical spine injuries than those without head trauma (4.5% vs. 1.1%, significant by Chi-squared analysis). ⋯ Facial injuries were not associated with cervical spine injuries. Procedures to achieve airway control in patients with serious head injuries must reflect these findings so that protection is afforded to the cervical spine during trauma resuscitation.
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Comparative Study
Blood component supplementation during massive transfusion of AS-1 red cells in trauma patients.
Coagulation component transfusions in trauma patients given more than 10 units of AS-1 red cells during the first 24 hours after injury were studied. Serial coagulation tests were obtained to direct component therapy. Coagulopathy developed in more than 70% of patients. ⋯ Exsanguination and brain injuries primarily caused death in 57%. Abnormal coagulation tests will be frequent and profound during a massive transfusion with AS-1 red cells. Serial coagulation testing is recommended.
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The first dictum of trauma care is to establish an airway. Infrequently endotracheal intubation is unsuccessful or contraindicated, and a surgical airway is required. We reviewed 30 emergency cricothyroidotomies among 8320 admissions over a 36-month period at a level I trauma center. ⋯ Minor complications identified in the hospital included minimal subglottic stenosis (2), local wound infection (1), and nonthreatening hemorrhage (1). Fifteen patients were long-term survivors. We conclude that emergency cricothyroidotomy is a safe and rapid means of obtaining an airway when endotracheal intubation fails or is contraindicated.
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Ultrasound diagnostic imaging has been demonstrated to be a valuable investigative tool in the evaluation of trauma patients in Europe and Japan. In the United States, however, ultrasound has not been widely used by trauma surgeons because of its lack of availability in the trauma resuscitation area and the associated cost and lack of full-time availability of a technician. ⋯ Specificity was 95.6%. We conclude that (1) surgeons can rapidly and accurately perform and interpret ultrasound examinations; and (2) ultrasound is a rapid, sensitive, specific diagnostic modality for detecting intraabdominal fluid and pericardial effusion.