Objective To consider potential clinical needs, technical solutions and research promises of
ultrahigh-field strength cardiovascular MR (CMR). Methods A literature review is given …

A growing number of reports eloquently speak about explorations into cardiac magnetic
resonance (CMR) at ultrahigh magnetic fields (B0⩾ 7.0 T). Realizing the progress, promises …

Purpose To design and evaluate a modular transceiver coil array with 32 independent
channels for cardiac MRI at 7.0 T. Methods The modular coil array comprises eight …

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 …

Background To demonstrate the applicability of acoustic cardiac triggering (ACT) for imaging
of the heart at ultrahigh magnetic fields (7.0 T) by comparing phonocardiogram …

Purpose: To design, evaluate, and apply a 2D 16‐channel transmit/receive (TX/RX) coil
array tailored for cardiac magnetic resonance imaging (MRI) at 7.0 T. Materials and …

Objectives To implement, examine, and compare three multichannel transmit/receive coil
configurations for cardiovascular MR (CMR) at 7T. Methods Three radiofrequency transmit …

Objectives: To circumvent the challenges of conventional electrocardiographic (ECG)-gating
by examining the efficacy of an MR stethoscope, which offers (i) no risk of high voltage …

The recording of the electrocardiogram (ECG) during magnetic resonance imaging (MRI)
acquisition is of great interest and importance. Firstly, MRI acquisition is a relatively slow …

Purpose To design and evaluate a four‐channel cardiac transceiver coil array for functional
cardiac imaging at 7T. Materials and Methods A four‐element cardiac transceiver surface …