High Spatial Resolution MR Imaging of the Carotid Arteries at 7.0 T Using an 8 Channel Transceiver Coil Array

Keywords

absorption achieved acquisitions admittedly allow alterations anatomical angiography applicability arch around array arteries artery artifacts assessment assure avoid awaits axial better blood blow cable capacitors carotid casing channel clinical coil coils comfort comprises conceptually conductor contains correlation cover decoupling degree depth derived detail digital dimensions duke ease efficacy eight electro element elements enabled etched evaluated examination examined experimental eyes facility fashion field flash flow former gain geometry half head immunity in vivo included infancy inherent intensity invest isotropic layout light limit limited loaded local loop loops losses lumen mask matrix mitigate mode molecular morphology neck need needs noise organized overall patient place placed plaque positioning power prod proposed proposes pursue rapid reality receive recognized reconstructed remains required requirements resolution risk routine rows safety shape spatial stable stroke structural studies subjects suggested suitable superior surface technology thick todays together tools transversal tuning ultrahigh ultrasound unloaded versatile vessel view virtual volume volunteers wall wide wing