American journal of surgery
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The impulse to catalogue injuries is as old as human history, but the actual measurement of injury severity began only 40 years ago. The rapid development of objective measures for trauma required enormous investments of time and money to accrue large enough data bases to validate these measures. Tools are now available to measure both physical injury (injury severity score) and physiologic injury (revised trauma score), as well as their synergistic combination into the probability of survival score, and these tools are in everyday use at most trauma centers. ⋯ The current injury severity scoring system is based on clinically assigned injury severity rather than measured outcome, and considers only one injury per body region. Both of these shortcomings should be addressed. The advent of large computerized data bases will facilitate this process.
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During a 16-year period, 547 patients who were older than 64 years of age with a mean total body surface area (TBSA) (third-degree burns) of 25% were treated. Etiologies were flame/flash in 81% of patients, scald in 11%, solids in 7%, and electrical/chemical in 1%. Seventeen percent of patients had significant causal factors. ⋯ There were no survivors with over 47% TBSA burns. The leading cause of death was pulmonary sepsis. Most surviving patients returned to a satisfactory lifestyle after discharge.
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The lower extremity complications of 100 consecutive patients who required the placement of an intra-aortic balloon pump (IABP) during a 3-year period were studied. Indications for the IABP included hypotension during cardiac catheterization (33%) or coronary angioplasty (13%), hemodynamic instability after open heart surgery (35%), unstable angina (5%), and cardiac arrest (14%). The incidence of IABP morbidity was 29%. ⋯ Limb ischemia was treated nonoperatively by removal of the IABP in five patients. Color-flow duplex scans were useful in distinguishing hematomas from pseudoaneurysms as well as for assessing femoral artery flow. We conclude that: (1) limb ischemia remains the primary complication of the IABP; (2) pre-insertion documentation of the severity of existing peripheral arterial disease by noninvasive studies may aid in the management of subsequent acute limb ischemia; (3) femoral artery thrombectomy or endarterectomy is usually sufficient for revascularization; and (4) noninvasive color flow studies are an important diagnostic tool in the nonoperative management of limb complications.
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Among the 1,484 patients included in the Renal Trauma Project with evidence of blunt trauma and hematuria, 160 patients were found to have both hematuria and a significant intra-abdominal injury not related to the genitourinary system. The incidence of abdominal injury generally increased with the degree of hematuria, approaching 24% in patients with gross hematuria. ⋯ The incidence of abdominal injury in patients with microscopic hematuria and shock was 29%, and it was 65% for patients with both gross hematuria and shock. All patients with gross hematuria after blunt abdominal trauma and all patients with microscopic hematuria and a history of shock should be evaluated for both urologic and extra-renal abdominal injuries.
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Sixty-three consecutive patients with blunt hepatic trauma were examined. Twenty-four patients underwent immediate operation, and 39 patients were evaluated by computed tomography (CT), of whom 17 underwent operation. Ten patients had no hepatic abnormalities on CT and had operations for associated injuries. ⋯ CT may underestimate the degree of liver injury. Nonoperative management is appropriate in stable patients with grade I to III injuries and a small to moderate hemoperitoneum. These patients should require no more than 2 U of blood, and repeat scans should demonstrate a stable injury.