Key result
A new pulse sequence procedure for oblique magnetic resonance imaging accurately obtained true short- and long-axis views of the heart without requiring patient rotation or additional hardware.
Why the study?
Does a pulse sequence procedure for oblique MRI accurately produce true short-axis and long-axis views of the heart without patient repositioning?
Population
Human and phantom models for magnetic resonance imaging
Authors
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May support oblique MRI pulse sequences for accurate cardiac views; leaves open diagnostic impact pending larger validation.
Does a pulse sequence procedure for oblique MRI accurately produce true short-axis and long-axis views of the heart without patient repositioning?
A novel pulse sequence procedure allows for accurate oblique magnetic resonance imaging of the heart, obtaining true short- and long-axis views without requiring patient repositioning or additional hardware.
Bernstein et al. (1986) studied Cardiac imaging. Pulse sequence generated oblique magnetic resonance imaging was evaluated on Accuracy of angular measurements. A new pulse sequence procedure for oblique magnetic resonance imaging accurately obtained true short- and long-axis views of the heart without requiring patient rotation or additional hardware.
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