@entity2002 and base excess levels as predictive markers of the need for massive blood transfusion after blunt XXXX .

@entity1 @entity2002 @entity548 @entity400 @entity130
BACKGROUND: Assessment blood consumption and @entity130 -associated severe @entity548 scores are useful for predicting the need for @entity400 ( @entity400 ) in severe @entity130 @entity1 . However, @entity2002 ( @entity2002 ) and base excess (BE) levels might also be useful indicators for the need for @entity400 . We evaluated the accuracy of prediction for @entity400 of the scoring system vs. @entity2002 and BE. METHODS: The subjects of this retrospective single center observational study were @entity1 with injury severity score >= 16 @entity130 , divided into a non- @entity400 group and an @entity400 group. We compared variables, including the scoring system (comprising vital signs and focused assessment with sonography for @entity130 ; FAST) and @entity2002 between the groups. We then performed a multiple logistic regression modeling and a receiver operating characteristic analysis to clarify which value was the most useful predictive indicator for @entity400 . RESULTS: There were 114 @entity1 in the non- @entity400 group and 39 in the @entity400 group. The level of @entity2002 and BE were independent predictors of @entity400 . The area under the curve values for @entity2002 and BE were 0.765 and 0.845, respectively, and the optimal cutoff values of @entity2002 and BE were 211  mg/dL and -1.4, respectively. CONCLUSIONS: @entity2002 and BE levels can be used as an independent predictor for @entity400 .
