Figure S1. Correlation among the HCTm, HCTsyn, ECVm, ECVsyn in the derivation group for published model. There was modest correlation between the HCTsyn and HCTm (A) and strong correlation between the ECVsyn and ECVm (D). Bland-Altman analysis indicated minimal bias between the HCTsyn and HCTm (B) and between the ECVsyn and ECVm (E). HCTm strongly correlated with (HCTsyn –HCTm) (C) and the ECVm poorly correlated with (ECVsyn – ECVm) (F). (TIF 8826 kb
OBJECTIVES: The authors sought to generate a synthetic extracellular volume fraction (ECV) from the ...
Figure S1. Correlation by slice (A) rest (B) stress. Trend line represents line of perfect fit. (DOC...
Figure S1. Relationship between left ventricular and peripheral (femoral and radial) dP/dtmax. Figur...
Figure S2. Correlation among the HCTm, HCTsyn, ECVm, ECVsyn in the validation group for published mo...
Figure S3. Comparison between the ECVm and ECVsyn in groups with the ECVm < 30.5 and > 30.5% for pub...
Figure S5. Comparison of the ECVsyn and ECVm among the controls and patients in the validation group...
Figure S4. Comparison of the ECVsyn and ECVm among the healthy subjects and patients in the derivati...
Table S6. Mean difference and intraclass correlation coefficients (ICCs) for 16-segment extracellula...
Figure S7. Diagram of synthetic HCT and ECV analysis of the left ventricular myocardium in a partici...
Linear regression fit of measured vs synthetic ECV at mid-free wall for static hematocrit = 45% mo...
Abstract Background The extracellular volume (ECV), derived from cardiovascular magnetic resonance (...
Table S1. Results comparing the repeatability of T1Ď phantoms experiment. Mean, standard deviation ...
Bland Altman plots. Systematic bias was investigated between Fermi and distributed parameter modelin...
Ventricular volumes and function. Table 3i.1: Validation ex-vivo CMR cine imaging for ventricular vo...
Figure S1. The mean coefficient of variation of phantom T1 measured by the proposed sequence under d...
OBJECTIVES: The authors sought to generate a synthetic extracellular volume fraction (ECV) from the ...
Figure S1. Correlation by slice (A) rest (B) stress. Trend line represents line of perfect fit. (DOC...
Figure S1. Relationship between left ventricular and peripheral (femoral and radial) dP/dtmax. Figur...
Figure S2. Correlation among the HCTm, HCTsyn, ECVm, ECVsyn in the validation group for published mo...
Figure S3. Comparison between the ECVm and ECVsyn in groups with the ECVm < 30.5 and > 30.5% for pub...
Figure S5. Comparison of the ECVsyn and ECVm among the controls and patients in the validation group...
Figure S4. Comparison of the ECVsyn and ECVm among the healthy subjects and patients in the derivati...
Table S6. Mean difference and intraclass correlation coefficients (ICCs) for 16-segment extracellula...
Figure S7. Diagram of synthetic HCT and ECV analysis of the left ventricular myocardium in a partici...
Linear regression fit of measured vs synthetic ECV at mid-free wall for static hematocrit = 45% mo...
Abstract Background The extracellular volume (ECV), derived from cardiovascular magnetic resonance (...
Table S1. Results comparing the repeatability of T1Ď phantoms experiment. Mean, standard deviation ...
Bland Altman plots. Systematic bias was investigated between Fermi and distributed parameter modelin...
Ventricular volumes and function. Table 3i.1: Validation ex-vivo CMR cine imaging for ventricular vo...
Figure S1. The mean coefficient of variation of phantom T1 measured by the proposed sequence under d...
OBJECTIVES: The authors sought to generate a synthetic extracellular volume fraction (ECV) from the ...
Figure S1. Correlation by slice (A) rest (B) stress. Trend line represents line of perfect fit. (DOC...
Figure S1. Relationship between left ventricular and peripheral (femoral and radial) dP/dtmax. Figur...