Echocardiographic predictors of ventricular remodeling after @entity583 in XXXX .

@entity853 @entity1563 @entity1188 @entity35 @entity583 @entity1002
BACKGROUND: The prediction of the ventricular remodeling process after @entity583 ( @entity583 ) may have important clinical implications. OBJECTIVE: To analyze echocardiographic variables predictors of remodeling in the @entity1188 model in @entity35 . MEHTODS: The animals underwent echocardiography in two moments, five days and three months after @entity1188 ( @entity583 group) or sham surgery (control group). Linear regression was used to identify the echocardiographic variables on the fifth day after the @entity1188 , which were predictive of remodeling after three months of @entity1563 . We considered as a criterion of remodeling in this study, the values of @entity1002 ( @entity1002 ) after three months of @entity1188 . RESULTS: The @entity1188 induced increase in the left chambers, associated with changes in systolic and diastolic functions. The variables body weight, left ventricular wall stress index (LVWSI), systolic area (SA), diastolic area (DA), @entity1002 , left ventricular systolic diameter (LVSD), @entity853 ( @entity853 ), ejection fraction (EF), percent of endocardial shortening (%Short), posterior wall shortening velocity (PWSV) and @entity1188 size assessed five days after @entity1188 were predictors of @entity1002 after three months. At the multivariate regression analysis, we included the size of @entity1188 , the LVWSI and PWSV. The LVWSI (coefficient: 4.402, standard error: 2.221, p = 0.05), but not the size of @entity1188 and PWSV, was a predictor of remodeling after three months of @entity1188 . CONCLUSION: LVPSI was an independent predictor of remodeling three months after the @entity583 and could be included in the clinical stratification after the @entity1563 .
