Highly Accelerated Cine-MRI in Mouse Hearts Using Compressed Sensing and Parallel Imaging at 9.4T

Keywords

accelerate accelerated acceleration accuracy achieved acquisition adequate adult agreed aimed allowed animal applied assess axis blinded cardiac cardiovascular chamber channel channels chronic cine combination combine comparing compressed computer conducted consecutive consisting cycle determined detrimental diastole diastolic directly disease double elite equipped even exploiting fields fold foundation frame frames fully functional fundamentally funded gated generally generate gradient guide heart hearts highly horizontal hybrid impacting implement increasing indicates infarction institute intra kingdom lists long mass materials matrix medicine mice minute model models mouse myocardial network observer operator oxford parallel proceed progress proposed quality radiology receive recently reconstruction reconstructions reduce reduction reproducibility respectively retrospectively sampled scale scanner seemed sensing sets short significantly slice slices smaller space sparsity specifically speed steps subjected subsequently suggest system table temporal towards trend ultra unaccelerated utilized validate variability ventricular views volumes young