Impact of physical training on endothelial function in XXXX survivors-pilot study.

@entity1 @entity583 @entity409 @entity450 @entity453
BACKGROUND: @entity409 ( @entity409 ) may indirectly influence the outcome of @entity1 with @entity453 . AIM: The aim of this study was to assess the influence of cardiac rehabilitation (CR) on endothelial function in @entity1 after @entity583 ( @entity583 ). METHODS: 29 @entity1 scheduled for CR were included to the study. CR began at least 4 weeks after @entity583 and consisted of 12 or 24 training sessions. Endothelial function assessment was performed, before and after CR, using Reactive @entity450 Peripheral Arterial Tonometry. RESULTS: Before the CR, @entity409 was diagnosed in 16 of 29 (55,2%) @entity1 . A total of 25 @entity1 had two assessments of endothelial function: before and after CR. In univariate analysis the factors of negative response of endothelial function to CR were: higher baseline @entity450 index (lnRHI) (OR for positive response to CR: 0.01; 95% CI: 0.00-0.33; p=0.01) and higher, peak serum troponin I level during index hospitalization (OR: 0.97; 95% CI: 0.94-1.00; p=0.04). The independent, negative predictor of response to CR was lnRHI (OR: 0.01; 95% CI: 0.01-0.16; p=0.03). @entity1 training for 24 sessions (n=16) had similar lnRHI changes as @entity1 training for 12 sessions (n=9) [0.16 (-0.06-0.30) vs. 0.10 (0.05-0.15); p=0.44, respectively]. CONCLUSIONS: @entity409 is frequent abnormality in @entity583 survivors. Despite the lack of statistically significant improvement of endothelial function after CR in analyzed group of @entity1 , some factors can influence the efficacy of this type of physical activity. The best effect of CR on endothelial function was observed in @entity1 with baseline @entity409 .
