Assessment of Periventricular Gradient of Myelin Content in Multiple Sclerosis Using Synthetic MRI

Characterization of brain structure and perfusion in patients with systemic sclerosis by magnetic resonance imaging

Computing myelin and axonal volume fractions in gray and white matters and g-ratio map using multiple-inversion MRF and NODDI

Enhanced approach for three-dimensional myelin-weighted imaging using a novel flow suppression technique in the ViSTa

Evaluation of Normalization Methods for apparent Myelin Water Fraction Measurements at Ultra High Field

A high-resolution MT-weighted Zero Time Echo sequence for 7T - initial experience with healthy volunteers and Multiple Sclerosis patients

Lesion-Aware Myelin-Weighted Connectomics in the phase II SYNERGY Trial

Linear Regression Modeling of BOLD Response to task activation reflects neurovascular uncoupling in MS

Author:Wanyong Shin  Krishnan Balu  Ajay Nemani  Daniel Ontaneda  Mark Lowe  

Session Type:Digital Poster  

Session Date:Tuesday, 07 May 2024  

Session Name:Emerging Methods for Imaging Multiple Sclerosis II  

Program Number:2982  

Room Session:Exhibition Hall (Hall 403)  

Institution:Cleveland Clinic  

Pseudo-Label Assisted nnU-Net (PLAn) Enables Brain Segmentation at 7T

qMRI-based classification of active vs. inactive multiple sclerosis lesions - towards eliminating the need for contrast agent injections

Shrinking multiple sclerosis lesions are characterized by a more destructive phenotype than expanding lesions

T1.T2product is sensitive to disability-relevant tissue damage in early relapsing-remitting multiple sclerosis

T1mapping and MPRAGE for the characterisation of heterogeneous paramagnetic rim lesions and their clinical importance in MS

Temporal and spatial changes in Cerebral Blood Flow during fatigue resulting from maximum isometric contraction of the forearm

Volume isotropic 3D myelin weighted Imaging using broadband IR-prepared FLORET UTE: comparison with myelin water fraction