Key result
Native T1- and T2-mapping enable quantitative detection of myocardial damage without gadolinium contrast.
Why the study?
Native T1- and T2-mapping techniques have entered routine practice for noninvasive myocardial evaluation without gadolinium, warranting a review of their applications across different heart diseases.
Native T1- and T2-mapping in cardiovascular magnetic resonance offer a noninvasive method for quantitative myocardial tissue characterization without the need for gadolinium contrast.
Cardiovascular magnetic resonance is widely used due to its possibilities for noninvasive cardiac tissue characterization. In recent years native myocardial T1- and T2-mapping techniques have been implemented in routine practice. These techniques provide quantitative analysis of myocardium and allow detection and evaluation of myocardial damage without the need for gadolinium-based contrast agents. In this review we would like to discuss application of native T1- and T2-mapping in different types of heart disease.
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Мершина et al. (2023) conducted a review in Heart disease. Native T1- and T2-mapping was evaluated. Native T1- and T2-mapping techniques allow for the quantitative analysis and detection of myocardial damage without requiring gadolinium-based contrast agents.
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