T 1 map** is becoming a staple magnetic resonance imaging method for diagnosing
myocardial diseases such as ischemic cardiomyopathy, hypertrophic cardiomyopathy …

The precise reconstruction of accelerated magnetic resonance imaging (MRI) brings about
notable advantages, such as enhanced diagnostic precision and decreased examination …

Purpose The aim of this study is to design a method of myocardial T1 quantification in small
laboratory animals and to investigate the effects of spatiotemporal regularization and the …

Background Cardiac T1 map** is valuable for evaluating myocardial fibrosis, yet its
resolution and acquisition efficiency are limited, potentially obscuring visualization of small …

Purpose To allow for T1 map** of the myocardium within 2.3 s for a 2D slice utilizing
cardiac motion‐corrected, model‐based image reconstruction. Methods Golden radial data …

Objective To provide respiratory motion correction for free-breathing myocardial T1 map**
using a pilot tone (PT) and a continuous golden-angle radial acquisition. Materials and …

Purpose To develop a new method for free‐breathing 3D extracellular volume (ECV)
map** of the whole heart at 3 T. Methods A free‐breathing 3D cardiac ECV map** …

Background Cardiac T2 map** is a valuable tool for diagnosing myocardial edema,
inflammation, and infiltration, yet its spatial resolution is limited by the single-shot balanced …

Model-based reconstruction methods formulate quantitative reconstruction as parameter
estimation in domain-specific physical models. This enables the development of …