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. 2017 Nov;3(2):97–101. doi: 10.15420/cfr.2017:14.1

Table 1: Comparisons Among Fully Automated 3D Methods and Either Cardiac Magnetic Resonance or Manual Echocardiography.

Authors Reference Software n Feasibility LVEDV bias (ml) LVESV bias (ml) LVEF bias (%)
Thavendiranathan, et al., 2012[15] (I) CMR eSie LVATM (Siemans Healthcare) 101 66 % -18 ± 54 -10 ± 36 -0 ± 6
Thavendiranathan, et al., 2012[15] (II)* 2D Simpson eSie LVA 27 89 % 2 ± 16 4 ± 13 -2 ± 4
Ren, et al., 2014[19] Manual 3D eSie LVA 48 85 % -3 ± 23 -2 ± 14 -0 ± 9
Otani, et al., 2016[31],* 2D Simpson HeartModel (Philips Healthcare) 10 100 % -3 ± 26 -1 ± 17 -0 ± 10
Tsang, et al., 2016[30] (I) CMR HeartModel 69 94 % 2 ± 40 10 ± 40 -6 ± 16
Tsang, et al., 2016[30] (II) Manual 3D HeartModel 104 90 % -24 ± 50 -13 ± 58 -2 ± 18
Spitzer, et al., 2017[32] Manual 3D HeartModel 72 93 % -6 ± 39 -2 ± 39 -1 ± 15
Levy, et al., 2017[33] CMR HeartModel 63 86 % -22 ± 34 -13 ± 33 -1 ± 7
Medvedofsky, et al., 2017[34], Manual 3D HeartModel 180 100 % -14 ± 20 -6 ± 16 -2 ± 7
Medvedofsky, et al., 2017[34],†,‡ Manual 3D HeartModel 300 66 % -3 ± 22 1 ± 16 0 ± 10

*Atrial fibrillation; †Including patients with arrhythmias; ‡Consecutive patients. I and II describe two reference modalities used in a single report. CMR = cardiac magnetic resonance; LVA = left ventricle analysis; LVEDV = left ventricle end-diastolic volume; LVEF = left ventricle ejection fraction; LVESV = left ventricle end-systolic volume.