J Trauma
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Pregnancy imposes significant physiologic demands that may confuse and complicate the evaluation, resuscitation, and definitive management of pregnant women who sustain trauma. Accurate prediction of fetal outcome after trauma remains elusive. The objective of this study was to characterize patterns of injury in pregnant women, to determine if pregnancy affects maternal morbidity and mortality after trauma, and to identify predictors of fetal death. ⋯ There appears to be a group of pregnant women in San Diego at high risk for traumatic injury who should be targeted for preventative strategies including improved seat belt use. Pregnancy does not increase mortality or morbidity after trauma but influences the pattern of injury. Maternal death, high Injury Severity Score, serious abdominal injury, and hemorrhagic shock are risk factors for fetal loss.
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National guidelines recommend that patients with Glasgow Coma Scale (GCS) scores of less than 14 be triaged to trauma centers. We hypothesized that the motor component of the GCS (GCSM) would be equally sensitive as the total GCS in head injury triage. ⋯ GCSM is equivalent to GCS for prehospital triage, and in view of its simplicity it should replace the GCS in triage schemes.
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In a prospective follow-up study of 158 consecutive patients 18 to 64 years old with unilateral lower extremity fracture, our aim was to disclose the impairment and disability 6 months after the injury. The patients were interviewed within 1 week after the trauma, and all patients returned to the hospital for an interview and a clinical assessment 6 months later. The disability was measured by administering the Sickness Impact Profile (SIP) to all patients by an interview process. ⋯ Major deficits in range of motion was observed, especially in the ankle joint. Additionally, loss of muscle strength was observed in the thigh and calf muscles in one fourth of the patients. Only low levels of residual pain were reported after 6 months.
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To describe our experience with the use of limited peak inspiratory pressure (PIP), volume-controlled ventilation, and permissive hypercapnia in patients with severe pulmonary blast injury. ⋯ Limited PIP in a volume-controlled ventilation is a useful and safe mode of mechanical ventilation in patients with pulmonary blast injury.
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This study was designed to determine whether out-of-hospital clinical signs could be associated with functional survival for pulseless, unconscious victims of penetrating trauma. ⋯ Functional survival was rare but did occur with penetrating trauma presenting pulseless and unconscious in the out-of-hospital setting. Although the presence of a pulseless sinus rhythm or tachycardia and stabbing as a mechanism seemed to indicate better survival rates, our study failed to identify reliable out-of-hospital criteria to separate salvageable penetrating trauma victims from those who are nonsalvageable. With this lack of reliable criteria, aggressive prehospital resuscitation efforts and rapid transport to the nearest trauma center for pulseless, unconscious victims of penetrating injury seem indicated.