Enhancing fluid signal in driven-equilibrium short-TI inversion-recovery imaging with short TR times: A feasibility study.

Published in: Magnetic resonance in medicine (2024)

The proposed DE element for TSE-STIR sequences has the potential to accelerate the acquisition of fluid-sensitive images. DE-STIR may work most efficiently for 3D acquisitions, in which no temporo-spatial interleaving of inversion and imaging pulses is possible.

Keyphrases

high resolution
deep learning
contrast enhanced
molecular dynamics
magnetic resonance imaging
convolutional neural network
computed tomography
risk assessment
human health