Trauma fatalities: Time and location of hospital deaths
ABSTRACT Analysis of the epidemiology, temporal distribution, and place of traumatic hospital deaths can be a useful tool in identifying areas for research, education, and allocation of resources.
Trauma registry-based study of all traumatic hospital deaths at a Level I urban trauma center during the period 1993 to 2002. The time and hospital location where deaths occurred were analyzed according to mechanism of injury, age, Glasgow Coma Score, and body areas with severe injury (Abbreviated Injury Scale [AIS] >/= 4). Logistic regression analysis was used to identify risk factors associated with death at various times after admission.
During the study period there were 2,648 hospital trauma deaths. The most common body area with critical injuries (AIS >/= 4) was the head (43%), followed by the chest (28%) and the abdomen (19%). Overall, 37% of victims had no vital signs present on admission. Chest AIS >/= 4, penetrating trauma, and age greater than 60 years were significant risk factors associated with no vital signs on admission. Patients with severe chest trauma (AIS >/= 4) reaching the hospital alive were significantly more likely to die within the first 60 minutes than were patients with severe abdominal or head injuries (17% versus 11% versus 7%). In patients reaching the hospital alive, the time and place of death varied according to mechanism of injury and injured body area. Deaths caused by severe head trauma peaked at 6 to 24 hours, and deaths caused by severe chest or abdominal trauma peaked at 1 to 6 hours after admission.
The temporal distribution and location of trauma deaths are influenced by the mechanism of injury, age, and the injured body area. These findings may help in focusing research, education, and resource allocation in a more targeted manner to reduce trauma deaths.
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- "Rural civilian data indicates that approximately 10% of traumatic deaths are preventable  , and 16% of preventable deaths are due to hemorrhage . Hemorrhagic deaths typically occur very early, usually within the first 6 hof admission         . While these statistics are sobering, it must be remembered that the vast majority of trauma patients are not at risk for a transfusion and have little risk of dying. "
ABSTRACT: Injury is rapidly becoming the leading cause of death worldwide, and uncontrolled hemorrhage is the leading cause of potentially preventable death. In addition to crystalloid and/or colloid based resuscitation, severely injured trauma patients are routinely transfused RBCs, plasma, platelets, and in some centers either cryoprecipitate or fibrinogen concentrates or whole blood. Optimal timing and quantity of these products in the treatment of hypothermic, coagulopathic and acidotic trauma patients is unclear. The immediate availability of these components is important, as most hemorrhagic deaths occur within the first 3-6h of patient arrival. While there are strongly held opinions and longstanding traditions in their use, there are little data within which to logically guide resuscitation therapy. Many current recommendations are based on euvolemic elective surgery patients and incorporate laboratory data parameters not widely available in the first few minutes after patient arrival. Finally, blood components themselves have evolved over the last 30 years, with great attention paid to product safety and inventory management, yet there are surprisingly limited clinical outcome data describing the long term effects of these changes, or how the components have improved clinical outcomes compared to whole blood therapy. When focused on survival of the rapidly bleeding trauma patient, it is unclear if current component therapy is equivalent to whole blood transfusion. In fact data from the current war in Iraq and Afghanistan suggest otherwise. All of these factors have contributed to the current situation, whereby blood component therapy is highly variable and not driven by long term patient outcomes. This review will address the issues raised above and describe recent trauma patient outcome data utilizing predetermined plasma:platelet:RBC transfusion ratios and an ongoing prospective observational trauma transfusion study.Biologicals 01/2010; 38(1):72-7. DOI:10.1016/j.biologicals.2009.10.007 · 1.41 Impact Factor
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ABSTRACT: Die erste erfolgreiche Naht einer penetrierenden Herzverletzung wurde 1896 von Ludwig Rehn am schlagenden Herzen durchgeführt (▸ Kap. 1; Rehn 1897). An der damaligen Technik der Versorgung einer solchen Herzverletzung hat sich seither relativ wenig verändert, wohl aber am hierfür zur Verfügung stehenden Instrumentarium wie Herz- Lungen-Maschine zur Entlastung des Herzens, modernes Nahtmaterial mit atraumatischen Nadeln sowie nahtunterstützende und abdeckende Materialien wie Xenoperikardgewebe, künstliche Gewebeflicken oder biologische Klebstoffe.