6 research outputs found
Cumulative incidence curve for total mortality according to the contribution of DFAα1 using competing risk model.
<p>The survival significant decreased if the DFAα1 was below 0.95.</p
Linear and nonlinear heart rate variability parameters of the study subjects in mortality and survival groups.
<p>Linear and nonlinear heart rate variability parameters of the study subjects in mortality and survival groups.</p
Basic characteristics of the study subjects in mortality and survival groups.
<p>Basic characteristics of the study subjects in mortality and survival groups.</p
Univariate subdistribution hazard model by using clinical factors and DFAα1 as predictor for cardiac mortality and total mortality.
<p>Univariate subdistribution hazard model by using clinical factors and DFAα1 as predictor for cardiac mortality and total mortality.</p
Multivariate subdistribution hazard model by using clinical factors and DFAα1 as predictor for cardiac mortality and total mortality.
<p>Multivariate subdistribution hazard model by using clinical factors and DFAα1 as predictor for cardiac mortality and total mortality.</p
Cox’s regression model by using HRV parameters as predictors for cardiac mortality and total mortality.
<p>Cox’s regression model by using HRV parameters as predictors for cardiac mortality and total mortality.</p