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 …

Originally proposed as a method to increase sensitivity by extending the locally high-
sensitivity of small surface coil elements to larger areas via reception, the term parallel …

MRI using receiver arrays with many coil elements can provide high signal‐to‐noise ratio
and increase parallel imaging acceleration. At the same time, the growing number of …

Abstract A 32‐channel 3T receive‐only phased‐array head coil was developed for human
brain imaging. The helmet‐shaped array was designed to closely fit the head with individual …

The benefits and challenges of highly parallel array coils for head imaging were investigated
through the development of a 3T receive‐only phased‐array head coil with 96 receive …

Arrays with large numbers of independent coil elements are becoming increasingly
available as they provide increased signal‐to‐noise ratios (SNRs) and improved parallel …

In this work, two practical methods for the measurement of signal‐to‐noise‐ratio (SNR)
performance in parallel imaging are described. Phantoms and human studies were …

The basic principles of radiofrequency coil array design for parallel MRI are described from
both theoretical and practical perspectives. Because parallel MRI techniques rely on coil …

Purpose To detail the rationale, design, and future perspective of implementing whole-body
magnetic resonance (MR) imaging in the German National Cohort, a large multicentric …

This paper reviews recent advances in 4D medical imaging (4DMI) and 4D radiation therapy
(4DRT), which study, characterize, and minimize patient motion during the processes of …