Predictors of Long-Term Outcome in @entity1 with XXXX .

@entity1164 @entity1 @entity1479 @entity712 @entity1121 @entity1167 @entity204 @entity1480
To date limited data are available to predict the progression to end-stage @entity712 ( @entity712 ) with subsequent @entity204 (non- @entity1164 ), need for heart transplantation, or @entity1164 ( @entity1164 ) in @entity1 with @entity1121 ( @entity1121 ). We aimed to determine predictors of long-term outcome in @entity1 with @entity1121 . A total of 112 @entity1 (median 14.1, IQR 7.8-16.6  years) were followed up for the median of 6.5  years for the development of morbidity and mortality, including arrhythmic and @entity712 -related secondary end points. @entity712 end point included @entity712 or heart transplant, and arrhythmic end point included resuscitated @entity1167 , appropriate @entity1479 discharge, or @entity1164 . Overall, 23 (21  %) @entity1 reached the pre-defined composite primary end point. At 10-year follow-up, the event-free survival rate was 76  %. Thirteen @entity1 (12  %) reached the secondary arrhythmic end point, and 10 @entity1 (9  %) reached the secondary @entity712 end point. In multivariate model, prior @entity1167 (r  =  0.658), @entity1480 (r  =  0.262), and NSVT (r  =  0.217) were independent predictors of the arrhythmic secondary end point, while @entity712 (r  =  0.440), LV posterior wall thickness (r  =  0.258), LA size (r  =  0.389), and decreased early transmitral flow velocity (r  =  0.202) were all independent predictors of the secondary @entity712 end point. There are differences in the risk factors for @entity1164 and for @entity712 in childhood @entity1121 . Only prior @entity1167 , @entity1480 , and NSVT predicted arrhythmic outcome in @entity1 aged <18  years. LA size, LV posterior wall thickness, and decreased early transmitral flow velocity were strong independent predictors of @entity712 -related events.
