Multivariable Cox regression analysis for guideline-based risk factors in predicting SCD-related events
All patients (N = 774) . | Patients without extensive LGE (N = 708) . | ||||
---|---|---|---|---|---|
Model . | HR (95% CI) . | P-value . | Model . | HR (95% CI) . | P-value . |
Model 1 with 2022 ESC risk factors | Model 1 with 2022 ESC risk factors | ||||
ESC Risk-SCD score | 1.19 (1.10–1.29) | < .001 | ESC Risk-SCD score | 1.23 (1.10–1.37) | < .001 |
Apical aneurysm | 2.58 (.34–19.71) | .360 | Apical aneurysm | .00 (.00-inf) | .978 |
LVEF <50% | 11.76 (5.47–25.27) | < .001 | LVEF <50% | 12.71 (5.00–32.28) | < .001 |
LGE ≥15% | 2.88 (1.39–6.00) | .005 | LGE ≥5% | 7.07 (2.66–18.77) | < .001 |
Model 2 with 2020 AHA/ACC risk factors | Model 2 with 2020 AHA/ACC risk factors | ||||
Family history of SCD | 1.65 (.72–3.80) | .238 | Family history of SCD | 2.03 (.64–6.47) | .232 |
MWT ≥30 mm | 1.74 (.75–4.02) | .195 | MWT ≥30 mm | 1.82 (.66–5.03) | .247 |
Unexplained syncope | 2.65 (1.34–5.26) | .005 | Unexplained syncope | 3.62 (1.60–8.22) | .002 |
Apical aneurysm | 2.04 (.26–15.89) | .497 | Apical aneurysm | .0 (.00-inf) | .980 |
LVEF <50% | 8.30 (3.61–19.06) | < .001 | LVEF <50% | 11.10 (3.61–34.12) | < .001 |
Non-sustained VT | 3.08 (1.60–5.94) | .001 | NSVT | 2.45 (.99–6.05) | .052 |
LGE ≥15% | 2.75 (1.27–5.96) | .011 | LGE ≥5% | 6.19 (2.27–16.89) | < .001 |
All patients (N = 774) . | Patients without extensive LGE (N = 708) . | ||||
---|---|---|---|---|---|
Model . | HR (95% CI) . | P-value . | Model . | HR (95% CI) . | P-value . |
Model 1 with 2022 ESC risk factors | Model 1 with 2022 ESC risk factors | ||||
ESC Risk-SCD score | 1.19 (1.10–1.29) | < .001 | ESC Risk-SCD score | 1.23 (1.10–1.37) | < .001 |
Apical aneurysm | 2.58 (.34–19.71) | .360 | Apical aneurysm | .00 (.00-inf) | .978 |
LVEF <50% | 11.76 (5.47–25.27) | < .001 | LVEF <50% | 12.71 (5.00–32.28) | < .001 |
LGE ≥15% | 2.88 (1.39–6.00) | .005 | LGE ≥5% | 7.07 (2.66–18.77) | < .001 |
Model 2 with 2020 AHA/ACC risk factors | Model 2 with 2020 AHA/ACC risk factors | ||||
Family history of SCD | 1.65 (.72–3.80) | .238 | Family history of SCD | 2.03 (.64–6.47) | .232 |
MWT ≥30 mm | 1.74 (.75–4.02) | .195 | MWT ≥30 mm | 1.82 (.66–5.03) | .247 |
Unexplained syncope | 2.65 (1.34–5.26) | .005 | Unexplained syncope | 3.62 (1.60–8.22) | .002 |
Apical aneurysm | 2.04 (.26–15.89) | .497 | Apical aneurysm | .0 (.00-inf) | .980 |
LVEF <50% | 8.30 (3.61–19.06) | < .001 | LVEF <50% | 11.10 (3.61–34.12) | < .001 |
Non-sustained VT | 3.08 (1.60–5.94) | .001 | NSVT | 2.45 (.99–6.05) | .052 |
LGE ≥15% | 2.75 (1.27–5.96) | .011 | LGE ≥5% | 6.19 (2.27–16.89) | < .001 |
Bold values indicate statistical significance. SCD, sudden cardiac death; LGE, late gadolinium enhancement; HR, hazard ratio; CI, confidence interval; ESC, European Society of Cardiology; LVEF, left ventricular ejection fraction; AHA, American Heart Association; ACC, American College of Cardiology; MWT, maximal wall thickness; VT, ventricular tachycardia.
Multivariable Cox regression analysis for guideline-based risk factors in predicting SCD-related events
All patients (N = 774) . | Patients without extensive LGE (N = 708) . | ||||
---|---|---|---|---|---|
Model . | HR (95% CI) . | P-value . | Model . | HR (95% CI) . | P-value . |
Model 1 with 2022 ESC risk factors | Model 1 with 2022 ESC risk factors | ||||
ESC Risk-SCD score | 1.19 (1.10–1.29) | < .001 | ESC Risk-SCD score | 1.23 (1.10–1.37) | < .001 |
Apical aneurysm | 2.58 (.34–19.71) | .360 | Apical aneurysm | .00 (.00-inf) | .978 |
LVEF <50% | 11.76 (5.47–25.27) | < .001 | LVEF <50% | 12.71 (5.00–32.28) | < .001 |
LGE ≥15% | 2.88 (1.39–6.00) | .005 | LGE ≥5% | 7.07 (2.66–18.77) | < .001 |
Model 2 with 2020 AHA/ACC risk factors | Model 2 with 2020 AHA/ACC risk factors | ||||
Family history of SCD | 1.65 (.72–3.80) | .238 | Family history of SCD | 2.03 (.64–6.47) | .232 |
MWT ≥30 mm | 1.74 (.75–4.02) | .195 | MWT ≥30 mm | 1.82 (.66–5.03) | .247 |
Unexplained syncope | 2.65 (1.34–5.26) | .005 | Unexplained syncope | 3.62 (1.60–8.22) | .002 |
Apical aneurysm | 2.04 (.26–15.89) | .497 | Apical aneurysm | .0 (.00-inf) | .980 |
LVEF <50% | 8.30 (3.61–19.06) | < .001 | LVEF <50% | 11.10 (3.61–34.12) | < .001 |
Non-sustained VT | 3.08 (1.60–5.94) | .001 | NSVT | 2.45 (.99–6.05) | .052 |
LGE ≥15% | 2.75 (1.27–5.96) | .011 | LGE ≥5% | 6.19 (2.27–16.89) | < .001 |
All patients (N = 774) . | Patients without extensive LGE (N = 708) . | ||||
---|---|---|---|---|---|
Model . | HR (95% CI) . | P-value . | Model . | HR (95% CI) . | P-value . |
Model 1 with 2022 ESC risk factors | Model 1 with 2022 ESC risk factors | ||||
ESC Risk-SCD score | 1.19 (1.10–1.29) | < .001 | ESC Risk-SCD score | 1.23 (1.10–1.37) | < .001 |
Apical aneurysm | 2.58 (.34–19.71) | .360 | Apical aneurysm | .00 (.00-inf) | .978 |
LVEF <50% | 11.76 (5.47–25.27) | < .001 | LVEF <50% | 12.71 (5.00–32.28) | < .001 |
LGE ≥15% | 2.88 (1.39–6.00) | .005 | LGE ≥5% | 7.07 (2.66–18.77) | < .001 |
Model 2 with 2020 AHA/ACC risk factors | Model 2 with 2020 AHA/ACC risk factors | ||||
Family history of SCD | 1.65 (.72–3.80) | .238 | Family history of SCD | 2.03 (.64–6.47) | .232 |
MWT ≥30 mm | 1.74 (.75–4.02) | .195 | MWT ≥30 mm | 1.82 (.66–5.03) | .247 |
Unexplained syncope | 2.65 (1.34–5.26) | .005 | Unexplained syncope | 3.62 (1.60–8.22) | .002 |
Apical aneurysm | 2.04 (.26–15.89) | .497 | Apical aneurysm | .0 (.00-inf) | .980 |
LVEF <50% | 8.30 (3.61–19.06) | < .001 | LVEF <50% | 11.10 (3.61–34.12) | < .001 |
Non-sustained VT | 3.08 (1.60–5.94) | .001 | NSVT | 2.45 (.99–6.05) | .052 |
LGE ≥15% | 2.75 (1.27–5.96) | .011 | LGE ≥5% | 6.19 (2.27–16.89) | < .001 |
Bold values indicate statistical significance. SCD, sudden cardiac death; LGE, late gadolinium enhancement; HR, hazard ratio; CI, confidence interval; ESC, European Society of Cardiology; LVEF, left ventricular ejection fraction; AHA, American Heart Association; ACC, American College of Cardiology; MWT, maximal wall thickness; VT, ventricular tachycardia.
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