Introduction MRI of excised hearts at ultra-high field strengths (B 0≥ 7 T) can provide high-
resolution, high-fidelity ground truth data for biomedical studies, imaging science, and …

High-field MRI at 7 Tesla inherently offers high signal-to-noise (SNR) and enhanced soft
tissue contrasts when compared to 1.5 T or even 3 T MRI, which might improve image …

Morphological and functional cardiac MRI can potentially benefit greatly from the recent
advent of commercial high-field (7tesla and above) MRI systems. However, conventional …

Background Cardiac MR (CMR) at ultrahigh fields (≥ 7.0 T) is challenged by B1+
inhomogeneities and signal voids which bear the potential to spoil the signal-to-noise (SNR) …

7T cardiac MRI is a novel field with the potential to increase the physical sensitivity and
diagnostic value of the clinical cardiac images. Multiple elements transmit/receive phased …

A novel mono-surface antisymmetric 16-element transmit/receive (Tx/Rx) coil array was
designed, simulated, constructed, and tested for cardiac magnetic resonance imaging …

To improve parallel transmit (pTx) and receive performance for cardiac MRI (cMRI) in pigs at
7 T, a dedicated transmit/receive (Tx/Rx), 16‐element antisymmetric dipole antenna array …

Purpose Higher signal to noise ratio (SNR) and improved contrast have been demonstrated
at ultra‐high magnetic fields (≥ 7 Tesla [T]) in multiple targets, often with multi‐channel …

The Clinical and Research potential of MRI especially for Whole Body imaging is limitless.
Body MR exams are growing part of total clinical MRI exams today. It however faces …

Purpose To design, evaluate, and apply a bow tie antenna transceiver radiofrequency (RF)
coil array tailored for cardiac MRI at 7.0 Tesla (T). Methods The radiofrequency (RF) coil …