Brain microstructure at 1.5mm resolution via RMT reconstruction on a high-slew rate MAGNUS system

Cerebrospinal Fluid Partial Volume Effects in Microscopic Fractional Anisotropy Imaging

Data driven algorithm for multicomponent T2 analysis based on identification of spatially global sub-voxel features

Development of in vivo human brain DTI-MRE: Optimization of experimental parameters

Evaluation of Synthetic-DWI with T2-based Water Suppression for DTI

Multi-component diffusion technique acquisition protocol optimization for different microstructure models

Optimizing DWI b-value Sampling for Accurate Metabolic and Cytometric Parameter Extraction: Activity MRI [aMRI]

Oscillating Gradient Spin Echo-Based Time-dependent Diffusivity Reflects Regional Microstructure Differences in Human White Matter

Recovering almost everything that diffusion could reveal

Author:Evren Özarslan  

Session Type:Digital Poster  

Session Date:Thursday, 20 May 2021  

Topic:Diffusion in Cancer: Clinical Studies & Validation  

Session Name:Microstructure: Models, Sampling & Analysis  

Program Number:3637  

Room Session:Concurrent 4  

Institution:Linköping University  

A tale of two frequencies: optimizing oscillating gradients for frequency dependent differential kurtosis mapping

Toward high-resolution mapping of microscopic anisotropy in the cortex using b-tensor diffusion imaging with a spiral readout at 7 Tesla

Towards a computational framework for task-driven experimental design

When Averaging Only Gets You So Far: Repulsion and Peanut Squashing in Diffusion Tensor MRI