Radiation Damping at Clinical Field Strengths: How to Analyse and Avoid it to enable quantitative MRI with Dedicated Coils

Author:Niklas Wallstein  Roland Müller  André Pampel  Harald Möller  

Session Type:Oral  

Session Date:Thursday, 08 June 2023  

Session Name:Gradients & RF Optimization  

Program Number:1241  

Room Session:701B  

Institution :Max Planck Institute for Human Cognitive and Brain Sciences  Leipzig University  

Investigations of T1 Anisotropy in ex-vivo White Matter using a Tiltable Coil

Investigations of T1 Anisotropy in ex-vivo White Matter using a Tiltable Coil

Reliability of spinal cord measures based on Synthetic T1-weighted MRI derived from multi-parametric mapping (MPM)

The effect of imaging parameters, aging, and circadian rhythm on Freesurfer's estimates: A single subject study at 7T over 7 years

Parallel transmit (pTx) kT-points pulses improve 500m resolution quantitative multi-parameter mapping (MPM) at 7T

Depth-dependent effects of thermal and physiological noise reduction in BOLD fMRI

Investigation of cerebral blood flow and volume changes during positive and negative BOLD responses at 3T

Evaluation of neuronal feed-forward control of cerebral blood flow in negative BOLD response

A 3T Coil Array for Improved Quantitative Susceptibility Mapping at Multiple Orientations in ex vivo Primate Brains

Investigating Multi-Dimensional Diffusion-Weighted MRI for High-Resolution Post-Mortem Brain Acquisitions at 9.4 T

Functional Connectivity and Clinical Characteristics in Gilles de la Tourette Syndrome

Evaluating different k-space undersampling schemes with iterative and deep learning image reconstruction for fast multi-parameter mapping

A 3T Helmholtz coil with either reduced or maximized radiation damping effects