BLAKJac - A computationally efficient noise-propagation performance metric for the analysis and optimization of MR-STAT sequences

BUDA-SAGE with unsupervised denoising enables fast, distortion-free, high-resolution T2, T2*, iron and myelin susceptibility mapping

Faster Bloch simulations and MR-STAT reconstructions on GPU using the Julia programming language

Joint sodium MR reconstruction and T2* estimation using anatomical regularization

Mapping correlation spectra of T1 and mean diffusivity in the human brain

Optimization of fast Quantitative Multiparameter Mapping (MPM) at 7T using parallel transmission

RAMSES: Relaxation Alternate Mapping of Spoiled Echo Signals sequence for simultaneous accurate T1 and T2* mapping

Simultaneous Mapping of MetaboliteConcentration and T1 Relaxation Time Using Subspace Imaging Accelerated Inversion Recovery MRSI

Simultaneous Mapping of Myelin Water Fraction and Quantitative Susceptibility of Whole Brain

Simultaneous T1, T2*, and Apparent Diffusion Coefficient Mapping with Stimulated Multi-Echo-Train EPI

Two multi-echo SPGR acquisitions for the simultaneous generation of SWI, qT1 and other parametric maps: preliminary data

Ultra-high Spatial Resolution Multispectral qMRI with Compressed Sensing Tri-TSE