Meeting Banner
Abstract #2577

Next Generation Delta Relaxation Enhanced MRI with 0.36T ΔB

Eddy SM Lee1, Ludovic de Rochefort2, Gianni Ferrante3, Brian K. Rutt1

1Lucas Center, Stanford University, Stanford, CA, United States; 2Univ. Paris-Sud, CNRS, UMR8081, IR4M, Orsay, Paris, France; 3STELAR s.r.l., Mede, Italy

<p class=MsoNormal><span style='font-size:10.0pt'>Delta relaxation-enhanced magnetic resonance (dreMR) imaging is a B0-cycled MR technology that produces contrast from intended targets only. Variable B0 was

Keywords

accomplished account achieved achieving acknowledge activated advantage advantages agent albumin approximately arranged assistance attaining augment authors background bandwidth benefits birdcage blue built cables capable caravan clearly coil colorized component computed concentrations concept contrast controller cooled cross cycles date delta designed diameter digital dimension dimensions dispersive driven dual eddy efficiency enable enhanced equilibrium excitation external field filtered future generated generation highest holder homogeneous human in vivo intended intensities interfaced inversion lacks largest layer length like linear linearly longitudinally magnet magnetization modality molecular next otherwise output pairs period phantom physiological pixel placed portion positive predicted preparation prepared presentation previously prior produce produced producing proof properties pulses quadrature quality ramp real receive reduce relevant rendered represent representation representing resistive resolution sample samples saturated scaled scales scaling scanner section sectional serum setups several signifying spanning specificity spin strongly subtraction supplying supported supports suppressed synchronized system taken target technical technology thermal tissue transmit tubes unequal univ verify void