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A 48-Channel ex vivo Brain Array Coil for Diffusion-Weighted MRI at 3T

Design Considerations of a 64-Channel Receive / 16-Channel Transmit Coil Array for Head, Neck, and Cervical-Spine Imaging at 7 T

Reconfigurable coil technology can substantially reduce RF heating of bilateral deep brain simulation leads during MRI at 1.5 T: First in-vitro studies with realistic implant trajectories

Reconfigurable coil technology can substantially reduce RF heating of bilateral deep brain simulation leads during MRI at 1.5 T: First in-vitro studies with realistic implant trajectories

Reconfigurable coil technology significantly reduces the SAR at the tips of bilateral deep brain simulation leads during MRI at 3T: A realistic case study of isolated leads and fully-implanted systems

Author:Ehsan Kazemivalipour  Ergin Atalar  Alireza Vali  Boris Keil  Julie Pilitsis  Laleh Golestanirad  

Institution:Albany Medical Center   Bilkent University  Institute of Medical Physics and Radiation Protection  Northwestern University  

Session Type:Oral  

Session Date:Wednesday, 15 May 2019  

Session Time:08:15  

Session Name:MR Safety: PNS & RF Heating  

Program Number:0727  

Presentation Time:08:27   

Room Number:Room 511BCEF  

Computer Number:

Towards absolute quantification of brain metabolites using Electronic REference To access In vivo Concentrations (ERETIC) for MR spectroscopic imaging (MRSI)