Objective. To develop and test the feasibility of a novel Single ProjectIon DrivEn Real-time
Multi-contrast (SPIDERM) MR imaging technique that can generate real-time 3D images on …

Purpose To enable robust, high spatio‐temporal‐resolution three‐dimensional Cartesian
MRI using a scheme incorporating a novel variable density random k‐space sampling …

Purpose To develop a new high‐dimensionality undersampled patch‐based reconstruction
(HD‐PROST) for highly accelerated 2D and 3D multi‐contrast MRI. Methods HD‐PROST …

Sensitivity encoding (SENSE) was combined with keyhole and selective line acquisition
mode (SLAM) techniques to acquire a time series of images during contrast passage. The …

Purpose To propose a highly accelerated, high‐resolution dynamic contrast‐enhanced MRI
(DCE‐MRI) technique called GRASP‐Pro (golden‐angle radial sparse parallel imaging with …

For MR applications such as contrast‐enhanced MR angiography, it is desirable to achieve
simultaneously high spatial and temporal resolution. The current clinical standard uses view …

A method for dynamic imaging in MRI is presented that enables the acquisition of a series of
images with both high temporal and high spatial resolution. The technique, which is based …

Purpose To propose a novel 3D k‐space Fourier encoding and reconstruction framework for
simultaneous multi‐slab (SMSlab) acquisition and demonstrate its efficacy in high …

Purpose To explore the feasibility of 2D and 3D golden‐angle radial acquisition strategies in
conjunction with k‐space weighted image contrast (KWIC) temporal filtering to achieve …

Single‐scan MRI underlies a wide variety of clinical and research activities, including
functional and diffusion studies. Most common among these “ultrafast” MRI approaches is …