<p>For <b>MB CINE</b> slice thickness was reduced to 2.5 mm while maintaining the in-plane spatial resolution of (1.1×1.1) mm<sup>2</sup>. Compared to the results obtained with <b>MB CINE</b> using a slice thickness of 4 mm, changes in T<sub>2</sub><sup>*</sup> from epicardial to endocardial septal myocardial layers are more pronounced, in particular during systole.</p
Transmural and regional gradients in membrane potential and Ca2+ transient in the murine heart are l...
<p><b>A</b>) Four chamber long axis views <b>B</b>) short axis views of a dynamic left ventricle mod...
To determine the optimal flip angle (FA) for cardiac cine imaging that maximizes myocardial signal a...
<p>Four chamber (top) and short axis view T<sub>2</sub><sup>*</sup> colour maps obtained from <b>MS<...
Myocardial tissue characterization using T(2)(*) relaxation mapping techniques is an emerging applic...
<p>Echo times ranging from 2.04 ms to 10.20 ms were used for <b>MS</b> and <b>MB CINE</b> acquisitio...
<p>The depiction of anatomic details for left ventricular papillary muscles and right ventricular tr...
<p>Reformatted short axis images of the left ventricle at a slice thickness of 5 mm in a control (<b...
<p>A. Left ventricular short-axis Gd-DTPA delayed enhancement image. B. Corresponding left ventricul...
A large infero-lateral perfusion defect and anteroseptal ischemia in the apex is seen. Due to the ve...
The aim of this study was to evaluate the regional (i.e. myocardial segments) variability as well as...
<p>(A–B and D–E) Transverse sections (10 µm) stained with H&E at E13 and E15 respectively (5X). (C a...
<p>Endo- and epicardial border delineation as well as the depiction of anatomic details of the papil...
<p>A. Gd-DTPA delayed enhancement image. B. Corresponding TTC staining picture. C. Wall thickening i...
Myocardial tissue characterization using T(2) (*) relaxation mapping techniques is an emerging appli...
Transmural and regional gradients in membrane potential and Ca2+ transient in the murine heart are l...
<p><b>A</b>) Four chamber long axis views <b>B</b>) short axis views of a dynamic left ventricle mod...
To determine the optimal flip angle (FA) for cardiac cine imaging that maximizes myocardial signal a...
<p>Four chamber (top) and short axis view T<sub>2</sub><sup>*</sup> colour maps obtained from <b>MS<...
Myocardial tissue characterization using T(2)(*) relaxation mapping techniques is an emerging applic...
<p>Echo times ranging from 2.04 ms to 10.20 ms were used for <b>MS</b> and <b>MB CINE</b> acquisitio...
<p>The depiction of anatomic details for left ventricular papillary muscles and right ventricular tr...
<p>Reformatted short axis images of the left ventricle at a slice thickness of 5 mm in a control (<b...
<p>A. Left ventricular short-axis Gd-DTPA delayed enhancement image. B. Corresponding left ventricul...
A large infero-lateral perfusion defect and anteroseptal ischemia in the apex is seen. Due to the ve...
The aim of this study was to evaluate the regional (i.e. myocardial segments) variability as well as...
<p>(A–B and D–E) Transverse sections (10 µm) stained with H&E at E13 and E15 respectively (5X). (C a...
<p>Endo- and epicardial border delineation as well as the depiction of anatomic details of the papil...
<p>A. Gd-DTPA delayed enhancement image. B. Corresponding TTC staining picture. C. Wall thickening i...
Myocardial tissue characterization using T(2) (*) relaxation mapping techniques is an emerging appli...
Transmural and regional gradients in membrane potential and Ca2+ transient in the murine heart are l...
<p><b>A</b>) Four chamber long axis views <b>B</b>) short axis views of a dynamic left ventricle mod...
To determine the optimal flip angle (FA) for cardiac cine imaging that maximizes myocardial signal a...