CMR scans were performed at 4.1 ± 2.6 days (median = 1 day, range = 1-10 days) after admission to the hospital by using a Philips Achieva dStream 1.5-T scanner system (Philips Healthcare). Anterior coil arrays were used. All cine-images were acquired using a balanced steady-state free precession and retrospective gating during an expiratory breath-hold Fig. 1 Patient flowchart. Schematic of inclusion and exclusion criteria for this study manoeuvres (TE 1.7 ms; TR 3.4 ms/flip angle 45°, section thickness = 8 mm) in both long-axis (two-, three-, and fourchamber view) as well as short-axis plane with whole ventricular coverage from base to apex.
Achieva dstream 1.5 t scanner system
Manufactured by Philips
The Achieva dStream 1.5-T scanner system is a magnetic resonance imaging (MRI) device produced by Philips. It is a 1.5-tesla superconducting MRI system that enables high-quality imaging of various parts of the human body.
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2 protocols using achieva dstream 1.5 t scanner system
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Cardiac MRI Protocol for Hospitalized Patients
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Cardiac MRI Imaging Protocol for Hospitalized Patients
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CMR scans were performed at 4.1 ± 2.6 days (median = 1 day, range = 1–10 days) after admission to the hospital by using a Philips Achieva dStream 1.5-T scanner system (Philips Healthcare). Anterior coil arrays were used. All cine images were acquired using a balanced steady-state free precession and retrospective gating during expiratory breath-hold maneuvers (TE: 1.7 ms; TR: 3.4 ms/flip angle: 45°, section thickness = 8 mm) in the long-axis (two-, three-, and four-chamber view) and short-axis plane with whole ventricular coverage from base to apex.
LGE imaging was performed in both long- and short-axis slices 10–12 min after contrast media injection (Gadovist, Bayer Healthcare) with a dose of 0.15 ml per kg body weight using phase-sensitive inversion recovery sequences (PSIR) (TE: 2.0 ms; TR: 3.4 ms; flip angle: 20°, section thickness = 8 mm) with an inversion time determined using the Look-Locker technique. Details of CMR sequence parameters are included in theSupplementary Methods .
LGE imaging was performed in both long- and short-axis slices 10–12 min after contrast media injection (Gadovist, Bayer Healthcare) with a dose of 0.15 ml per kg body weight using phase-sensitive inversion recovery sequences (PSIR) (TE: 2.0 ms; TR: 3.4 ms; flip angle: 20°, section thickness = 8 mm) with an inversion time determined using the Look-Locker technique. Details of CMR sequence parameters are included in the
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