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Cardiac magnetic resonance imaging provides comprehensive assessment of cardiac function, tissue characterization, and morphology for both acquired and congenital heart diseases.
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This review summarizes the technical development and current clinical applications of cardiac magnetic resonance imaging for acquired and congenital heart diseases.
Prvotn zobrazen srdce magnetickou rezonanc (cardiac magnetic resonance imaging - CMR) trplo patnou kvalitou obrazu, tedy nedosahovalo poadovan rovn kvality. K velkmu zlepen dolo zavedenm segmentovan akvizice dat k-prostoru spolu se synchronizac akvizice s EKG pacienta, a u pi zadrenm dechu, nebo pi volnm dchn s dechovm navigtorem. V souasn dob se CMR pouv nejastji pro hodnocen srden funkce, charakterizaci tkn, hodnocen zntlivch nebo post-infarktovch zmn a tak pro hodnocen stdavch onemocnn, kde sv uplatnn nachz pozdn postkontrastn skeny (tzv. late gadolinium enhancement - LGE). Sv uplatnn vak CMR nachz tak pi hodnocen chlopn, kdy je mon provdt i men prtoku danou oblast, nebo u hodnocen srdench dysynchroni. Mimo zskan onemocnn se vyuv i u pacient s vrozenmi vadami srdce, kde umouje objektivn sledovat dlouhodob vvoj nemoci.
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Chabiniok et al. (2017) conducted a review in Acquired and congenital heart diseases. Cardiac magnetic resonance imaging (CMR) was evaluated. Cardiac magnetic resonance imaging provides comprehensive assessment of cardiac function, tissue characterization, and morphology for both acquired and congenital heart diseases.
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