Fast multiple spin-echo spectroscopic imaging, also called turbo spectroscopic imaging
(TSI), may be enhanced in terms of acquisition speed by taking advantage of the higher …

Substantially longer echo trains for turbo/fast spin-echo imaging are advantageous for
decreasing acquisition time or increasing spatial resolution. We investigated whether the …

Purpose 2D turbo‐spin‐echo (TSE) is widely used in the clinic for neuroimaging. However,
the long refocusing radiofrequency pulse train leads to high specific absorption rate (SAR) …

BACKGROUND AND PURPOSE: Hyperecho-turbo spin-echo (hyperTSE) sequences were
developed to reduce the specific absorption rate (SAR), especially at high fields such as 3T …

METHODS & MATERIALS Sensitivity encoding utilizes spatial information related to the coil
sensitivities of a receiver array for signal localization. In a multi-echo SI experiment, often …

Improvements to the inherently high speciˆc-absorption rate (SAR) of high-speed imaging at
3T are necessary in order to render this method clinically feasible. Various eŠorts have been …

Our study demonstrates the application of multiband slice accelerated TSE for T2-weighted
brain imaging at 3T. Multiband slice acceleration improves the acquisition efficiency of TSE …

Fast spin-echo sequences, which are based on the RARE sequence, accelerate MRI
significantly. The basic principle of fast-or turbo-spin-echo sequences (FSE, TSE), as well as …

Purpose As a single-shot sequence with a long train of refocusing pulses, Half-Fourier
Acquisition Single-Shot Turbo-Spin-Echo (HASTE) suffers from high power deposition …

Magnetic resonance spectroscopic imaging (MRSI) is an important technique for assessing
the spatial variation of metabolites in vivo. The long scan times in MRSI limit clinical …