Table 3 Open in new tab Univariable and...

	LV dilatation based on LVEDVi	LV dilatation based on LVEDDi
Univariate	2.43 (1.11–5.31)	0.026	3.36 (1.75–6.46)	<0.001
Multivariate adjustment^a	2.80 (1.30–6.03)	0.009	3.29 (1.72–6.29)	<0.001

	LV dilatation based on LVEDVi	LV dilatation based on LVEDDi
Univariate	2.43 (1.11–5.31)	0.026	3.36 (1.75–6.46)	<0.001
Multivariate adjustment^a	2.80 (1.30–6.03)	0.009	3.29 (1.72–6.29)	<0.001

Table 3

Univariable and multivariable Cox regression analyses

	LV dilatation based on LVEDVi		LV dilatation based on LVEDDi
	HR (95% CI)	P-value	HR (95% CI)	P-value
Univariate	2.43 (1.11–5.31)	0.026	3.36 (1.75–6.46)	<0.001
Multivariate adjustment^a	2.80 (1.30–6.03)	0.009	3.29 (1.72–6.29)	<0.001

	LV dilatation based on LVEDVi		LV dilatation based on LVEDDi
	HR (95% CI)	P-value	HR (95% CI)	P-value
Univariate	2.43 (1.11–5.31)	0.026	3.36 (1.75–6.46)	<0.001
Multivariate adjustment^a	2.80 (1.30–6.03)	0.009	3.29 (1.72–6.29)	<0.001

Univariate regression analysis of LV dilatation defined by increased LVEDVi or increased LVEDDi, respectively.

^aMultivariate Cox regression analysis adjusted for sex, age, ischaemic HF aetiology, HF categories based on LVEF cut-off value, diabetes mellitus, hypertension, and presence of late gadolinium enhancement in CMR studies. Other variables that are associated with cardiovascular events are sex, age, and ischaemic HF aetiology.

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