J Trauma
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A prospective evaluation of 68 patients suffering blunt chest trauma for evidence of cardiac injury.
The prevalence and significance of cardiac injury following blunt chest trauma is largely unknown. Although electrocardiography (ECG) and creatinine phosphokinase isoenzyme (CPK-MB) determination have traditionally been used in determining cardiac injury, recent developments in two-dimensional echocardiography (ECHO) as a noninvasive diagnostic tool have led to its use in detecting structural cardiac damage following trauma. In an attempt to determine the occurrence and consequences of cardiac injury we prospectively evaluated 68 patients at one institution using ECHO, serial ECG, and serial CPK-MB determinations in the first 3 days following hospital admission. ⋯ Only three contusions were associated with elevated CPK-MB and seven with abnormal ECGs. Abnormalities of ECG included 18 patients with S-T, T wave changes, axis shifts (11 patients), and bundle branch or hemiblocks (10 patients). No patient died or experienced serious morbidity as a result of their cardiac injury, including 12 patients who underwent surgical procedures with general anesthesia within 30 days of admission.(ABSTRACT TRUNCATED AT 250 WORDS)
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Three hundred forty-three multiple trauma patients with major pelvic ring disruption were studied and subdivided into four major groups by mechanism of injury: antero-posterior compression (APC), lateral compression (LC), vertical shear (VS), and combined mechanical injury (CMI). Acetabular fractures which did not disrupt the pelvic ring were excluded. The mode of injury was: MVA, 57.4%; motorcycle, 9.3%; fall, 9.3%; pedestrian, 17.8%; crush, 3.8%. ⋯ APC injuries, with brain injury compounded by shock being significant contributors in LC. In contrast, in APC there were significant influences of shock, sepsis, and ARDS related to the massive torso forces delivered in APC, with large volume losses from visceral organs and pelvis of greater influence in APC, but brain injury was not a significant cause of death. These data indicate that the mechanical force type and severity of the pelvic fracture are the keys to the expected organ injury pattern, resuscitation needs, and mortality.
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A prospective cohort study was undertaken to determine the effectiveness of air transport for major trauma patients when transferred to a trauma center from a rural Emergency Department. The null hypothesis evaluated was that there was no difference in outcome for patients transported by helicopter EMS (HEMS) when compared to patients transported by conventional ground EMS. The dependent variable of outcome was studied using the TRISS method in a group of 872 consecutive trauma patients admitted after long-distance transfer. ⋯ The benefit of HEMS transport was seen only in the patients with a probability of survival of less than 90%. We conclude that the major trauma patients transported by HEMS had a better outcome than those transported by ground EMS. The benefit seen with HEMS was directly related to injury severity and was demonstrated only in the patients with a Ps of less than 0.90.
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Review Case Reports
Floating dislocated elbow: case report and review of the literature.
A 59-year-old shrimper sustained ipsilateral fractures of the midshafts of the humerus, ulna, and radius, as well as an ipsilateral posterior dislocation of the elbow. The mechanism of this unusual injury involved the winch system of a shrimpboat. Closed reduction of the dislocation along with open reduction and internal fixation of the fractures allowed early elbow motion. The resulting final range of motion and function were good.