Serum plant XXXX as a potential risk factor for @entity301 .

@entity1 @entity9542 @entity301 @entity1674 @entity19980 @entity3150 @entity74 @entity37793 @entity731 @entity17621 @entity165 @entity9543
In @entity1 with the @entity74 , elevated concentrations of plant @entity3150 (eg, @entity9543 and @entity9542 ) have been implicated as a risk factor for premature @entity731 . Whether plasma concentrations of @entity9543 and @entity9542 are risk factors for @entity301 ( @entity301 ) in nonphytosterolemia subjects has not been established. Therefore, the present study examined the role of plant @entity3150 in @entity1 admitted for elective artery coronary bypass graft (ACBG). Serum concentrations of @entity9543 and @entity9542 , as well as @entity37793 , @entity19980 , @entity17621 , and lipoproteins were analyzed in 42 @entity1 and 11 @entity1 without lipid-lowering treatment during the past. Twenty-six @entity1 reported a positive family history in their first-degree relatives for @entity301 . Lipid profile and other risk factors were comparable in both groups. @entity1 with a positive family history for @entity301 had significant higher plasma levels of @entity9543 (.50 +/-.17 v.38 +/-.16 mg/dL; P =.011), @entity9542 (.40 +/-.11 v.31 +/-.11 mg/dL; P =.004) and their ratios to @entity165 . @entity37793 , @entity19980 , @entity17621 , and their ratios to @entity165 were not significantly different. Analysis of covariance (ANCOVA) analysis showed no influence of sex, age, @entity1674 , total-, low-density lipoprotein (LDL)-, and high-density lipoprotein (HDL)- @entity165 on the results, but confirmed a strong influence of plant @entity3150 . These findings support the hypothesis that plant @entity3150 might be an additional risk factor for @entity301 .
