Objectives: To test the feasibility of cardiac MR imaging in mice using a clinical 3 Tesla
whole body MR system for structural and functional analysis. Standard protocols for bright …

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 …

Cardiac magnetic resonance (MR) imaging of mice is a valuable tool for the precise in vivo
diagnosis and prognosis of heart defects. This detailed protocol describes the method of …

A novel method for real-time magnetic resonance imaging for the assessment of cardiac
function in mice at 9.4 T is proposed. The technique combines a highly undersampled radial …

MRI has been proven to be an accurate method for noninvasive assessment of cardiac
function. One of the current limitations of cardiac MRI is that it is time consuming. Therefore …

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 …

High-resolution magnetic resonance cine imaging (cine-MRI) is a method that allows for a
non-invasive assessment of left ventricular function and mass. To perform this quantitation …

High-resolution magnetic resonance cine imaging (cine-MRI) allows for a non-invasive
assessment of ventricular function and mass in normal mice and in genetically and …

The increasing availability of rodent models of human cardiovascular disease has led to a
need to translate noninvasive imaging techniques such as magnetic resonance imaging …

High‐resolution magnetic resonance imaging (MRI) has evolved into one of the major non‐
invasive tools to study the healthy and diseased mouse heart. This study presents a …