Key result
This protocol provides detailed in vivo quantification of mouse cardiac parameters using 7-Tesla CMR, enabling the study of temporal alterations in cardiac function in mouse models of heart disease.
Why the study?
Mouse models are critical for understanding cardiac function and pathology, requiring detailed CMR protocols for comprehensive in vivo assessment of cardiac anatomy and function.
This protocol enables detailed in vivo quantification of cardiac parameters in mouse models using 7-Tesla CMR to study temporal alterations in heart disease.
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Mouse CMR protocol enables detailed LV strain and force assessment; leaves open improved translation to human disease models.
Daal et al. (2021) studied Mouse models of heart disease. 7-Tesla Cardiovascular magnetic resonance imaging (CMR) was evaluated on Quantification of mouse heart left ventricular function, myocardial strain, and hemodynamic forces. This protocol provides detailed in vivo quantification of mouse cardiac parameters using 7-Tesla CMR, enabling the study of temporal alterations in cardiac function in mouse models of heart disease.
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