The optimal SNR efficiency of 3D multi-slab multi-shot DWI acquisition can be enabled by using a TR range of 1-2s. However, due to the low feasible slab thickness, the multi-slab acquisition can only achieve limited brain coverage when using a short TR. In this study, we first develop a 3D multi-band (MB) iDW-EPI sequence with MB-EVI-based navigator to increase brain coverage when using optimal TR. Second, we extend 3D-MUSER algorithm, which is proposed in another study, to reconstruct 3D-MB-iDW-EPI data with 3D phase correction. Our preliminary result demonstrates the feasibility of 3D MB DWI with 3D phase correction
Introduction: Fast, three-dimensional acquisition is advantageous for fMRI1. While advanced 3D metho...
Diffusion tensor imaging (DTI) has long been an important tool for early diagnosis and monitoring of...
Three-dimensional (3D) encoding methods are increasingly being explored as alternatives to two-dimen...
3D interleaved DW-EPI with 2D multiplexed sensitivity encoding has been shown useful in achieving su...
A novel k-space reconstruction method is proposed for generating diffusion-weighted imaging (DWI) us...
Purpose We report a series of techniques to reliably eliminate artifacts in interleaved echo-planar ...
PURPOSE: To introduce wave-encoded acquisition and reconstruction techniques for highly accelerated ...
Due to the assumption of 2D phase variations, the feasible maximum slab thickness is relatively thin...
Recent technological progress in the multiband echo planer imaging (MB EPI) technique enables accele...
AbstractRecent technological progress in the multiband echo planer imaging (MB EPI) technique enable...
Echo planar imaging is used widely for its imaging speed. However, its applications often suffer fro...
Diffusion weighted magnetic resonance imaging (DWI) data have been mostly acquired with single-shot ...
Purpose: EPI with blip-up/down acquisition (BUDA) can provide high-quality images with minimal disto...
We present a versatile high-resolution whole-brain multiparametric/susceptibility mapping protocol a...
Purpose: A phase correction method for high-resolution multi-shot (MSH) diffusion weighted imaging (...
Introduction: Fast, three-dimensional acquisition is advantageous for fMRI1. While advanced 3D metho...
Diffusion tensor imaging (DTI) has long been an important tool for early diagnosis and monitoring of...
Three-dimensional (3D) encoding methods are increasingly being explored as alternatives to two-dimen...
3D interleaved DW-EPI with 2D multiplexed sensitivity encoding has been shown useful in achieving su...
A novel k-space reconstruction method is proposed for generating diffusion-weighted imaging (DWI) us...
Purpose We report a series of techniques to reliably eliminate artifacts in interleaved echo-planar ...
PURPOSE: To introduce wave-encoded acquisition and reconstruction techniques for highly accelerated ...
Due to the assumption of 2D phase variations, the feasible maximum slab thickness is relatively thin...
Recent technological progress in the multiband echo planer imaging (MB EPI) technique enables accele...
AbstractRecent technological progress in the multiband echo planer imaging (MB EPI) technique enable...
Echo planar imaging is used widely for its imaging speed. However, its applications often suffer fro...
Diffusion weighted magnetic resonance imaging (DWI) data have been mostly acquired with single-shot ...
Purpose: EPI with blip-up/down acquisition (BUDA) can provide high-quality images with minimal disto...
We present a versatile high-resolution whole-brain multiparametric/susceptibility mapping protocol a...
Purpose: A phase correction method for high-resolution multi-shot (MSH) diffusion weighted imaging (...
Introduction: Fast, three-dimensional acquisition is advantageous for fMRI1. While advanced 3D metho...
Diffusion tensor imaging (DTI) has long been an important tool for early diagnosis and monitoring of...
Three-dimensional (3D) encoding methods are increasingly being explored as alternatives to two-dimen...