Correlation of fat embolism severity and XXXX .

@entity712 @entity174 @entity7123 @entity1151 @entity177 @entity1576 @entity204 @entity130
@entity1151 ( @entity1151 ) is frequently encountered in @entity130 . The clinical manifestation ranges from no impairment in light cases to @entity204 due to right-sided @entity712 or hypoxaemia in severe cases. Occasionally, @entity1151 can give rise to a @entity7123 ( @entity7123 ), which is marked by @entity177 , @entity1576 , @entity204 . It is well known that @entity174 of long bones can lead to @entity1151 . Several authors have argued that @entity1151 can arise due to mere soft tissue injury in the absence of @entity174 , a claim other authors disagree upon. In this study, we retrospectively examined 50 victims of @entity130 with regard to grade and extent of @entity174 and crushing of subcutaneous fatty tissue and presence and severity of @entity1151 . Our results indicate that @entity1151 can arise due to mere crushing of subcutaneous fat and that the @entity174 grade correlated well with @entity1151 severity (p   =   0.011). The correlation between @entity1151 and the @entity174 severity (body regions affected by @entity174 and @entity174 grade) showed a lesser significant correlation (p   =   0.170). The survival time (p   =   0.567), the amount of body regions affected by fat crushing (p   =   0.336) and the fat crush grade (p   =   0.485) did not correlate with the @entity1151 grade, nor did the amount of body regions affected by @entity174 . These results may have clinical implications for the assessment of a possible @entity7123 development, as, if the risk of a @entity1151 is known, preventive steps can be taken.
