Fast imaging methods and the availability of required hardware for magnetic resonance
tomography (MRT) have significantly reduced acquisition times from about an hour down to …

Parallel imaging has been the single biggest innovation in magnetic resonance imaging in
the last decade. The use of multiple receiver coils to augment the time consuming Fourier …

New, efficient reconstruction procedures are proposed for sensitivity encoding (SENSE) with
arbitrary k‐space trajectories. The presented methods combine gridding principles with so …

With remote magnetic steering capabilities, magnetically actuated guidewires have proven
their potential in minimally invasive medical procedures. Existing magnetic steering …

Dynamic images of natural objects exhibit significant correlations in k‐space and time. Thus,
it is feasible to acquire only a reduced amount of data and recover the missing portion …

Since the early 1960s, selective x-ray coronary angiogra-phy has provided the only means
of visualizing the coronary arterial system in vivo. However, it has several disadvantages …

A number of different methods have been demonstrated which increase the speed of MR
acquisition by decreasing the number of sequential phase encodes. The UNFOLD …

Balanced steady‐state free precession (SSFP) techniques provide excellent contrast
between myocardium and blood at a high signal‐to‐noise ratio (SNR). Hence, SSFP …

Parallel imaging is a recently developed family of techniques that take advantage of the
spatial information inherent in phased-array radiofrequency coils to reduce acquisition times …

Diffusion‐weighted single‐shot EPI (sshEPI) is one of the most important tools for the
diagnostic assessment of stroke patients, but it suffers from well known artifacts. Therefore …