Quantifying the damage caused to specific parts of the heart by cardiac arrest is key to providing effective treatment and accurate prognoses for millions of people worldwide. Now, researchers have developed a computational method that uses magnetic resonance imaging data to assess the extent of damage to the left ventricle, the heart's powerhouse.
Quantifying the damage caused to specific parts of the heart by cardiac arrest is key to providing effective treatment and accurate prognoses for millions of people worldwide. Now, researchers have developed a computational method that uses magnetic resonance imaging data to assess the extent of damage to the left ventricle, the heart's powerhouse.
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