Small animal magnetic resonance imaging is an important tool to study cardiac function and
changes in myocardial tissue. The high heart rates of small animals (200 to 600 beats/min) …

Purpose To develop a single magnetic resonance (MR) imaging approach for
comprehensive assessment of cardiac function and tissue properties in small animals with …

To perform cardiac imaging in mice without having to invest in expensive dedicated
equipment, we adapted a clinical 1.5 Tesla (T) magnetic resonance imaging (MRI) scanner …

Dynamic contrast‐enhanced MRI using gadolinium or manganese provides unique
characterization of myocardium and its pathology. In this study, an electrocardiography …

Object: the overall goal was to study cardiovascular function in small animals using a clinical
1.5-T MR scanner optimizing a fast gradient-echo cine sequence to obtain high spatial and …

(ISMRM 2012) Practical Multi-Mode Cardiac MRI of Mice and Rats on a 3T Clinical Scanner
Index Search Educational About Prev Next Meeting Banner Abstract #4240 Practical Multi-Mode …

Purpose To evaluate the reproducibility and sensitivity of the modified CINE inversion
recovery (mCINE‐IR) acquisition on rats for measuring the myocardial T1 at 7 Tesla …

Background To evaluate the inter-study, inter-reader and intra-reader reproducibility of
cardiac cine and scar imaging in rats using a clinical 3.0 Tesla magnetic resonance (MR) …

Background: Cardiac magnetic resonance (CMR) is a powerful tool to detect myocardial
dysfunction in animal models. However, its application in mice with myocardial ischemia …

Background Assessing the extent of ischemic and reperfusion-associated myocardial
injuries remains challenging with current magnetic resonance imaging (MRI) techniques …