• John R Hess.
• Univ. of Maryland School of Medicine, Blood Bank, N2W50a, U Maryland Med Center, 22 South Greene Street, Baltimore MD 21201, USA. jhess@umm.edu
• Hematology Am Soc Hematol Educ Program. 2007 Jan 1:187-91.

AbstractInjuries are common and account for almost 15% of all blood use in the U.S. The historic view that the coagulopathy associated with severe injury was largely dilutional is being replaced by epidemiologic and molecular evidence for a distinct syndrome of trauma-associated coagulopathy. This coagulopathy of trauma is the sum of the effects of blood loss and dilution, coagulation factor and platelet consumption, hypothermic platelet dysfunction and acidosis-induced decreases in coagulation factor activity, and fibrinolysis. Preventing the coagulopathy of trauma is best accomplished by preventing injury and hypothermia. Treating the coagulopathy of trauma requires its early recognition, prompt control of hemorrhage with local and systemic treatments, including in some patients the use of plasma instead of crystalloid solutions, and the prompt treatment of acidosis and hypothermia. The planned early use of allogenic plasma to treat many tens of thousands of massively transfused patients each year creates new demands for the immediate availability and improved safety of plasma products.

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