Biochemical evidence of @entity296 after severe XXXX .

@entity1 @entity296 @entity908 @entity16 @entity542 @entity772 @entity764 @entity583 @entity2661
Serum levels of @entity908 kinase (CK) and its myocardial isoenzyme (CK-MB) were measured and serial ECG recorded in 24 male and 6 female @entity1 with severe @entity542 . All @entity1 were @entity772 , but no @entity1 sustained a spinal or @entity764 . Total CK activity was elevated in at least one sample in each @entity1 . Elevated CK-MB activity was found in 28 @entity1 . The serial CK-MB data did not follow the same pattern as that of @entity1 suffering from @entity583 . The mean CK-MB remained elevated for at least 3 days after injury, although individual patterns were variable. ECG abnormalities included prolonged corrected QT interval (QTc) in 90% and a variety of nonspecific ST segment and T wave changes in 53%. These ECG findings are consistent with other clinical studies of severe @entity16 , particularly cerebrovascular accidents. The elevated CK-MB activity indicates that ongoing @entity296 occurs in @entity1 with severe @entity542 . Although the underlying mechanism is not entirely clear, an excessive release of @entity2661 is the most likely mechanism accounting for @entity296 , prolonged elevated CK-MB values and the observed ECG abnormalities.
