Feasibility of Abdominal MRI at 7.0 T Using a Novel 32 Channel Transceiver Coil Array

Keywords

abdominal able acceptable accomplish achieve achieved acing action agent aging anatomic anterior applications applied approximately array arrays axial besides blood body capability capillaries carefully central challenge channel chemical classified clearly clinical coil common commonly conductor considered contra contrast corona coronal coverage decoupling decreased deep dent deposition design designs details diagnostic diameter dielectric ding distribution earns element elements established exam examines exams experimental facility feasibility field fitting formulation full good growing health hence identifiable illustrated include indicated intrinsic laboratory like liver loop losses mannequin mapping marked mate matrix might millimeter models module moniker mono nicety nominal noted novel occurred overall peter pilot pixel placed planar posterior power processed pronounced propose quality radio rather realized reasons rectangular reduce resolution routine section sensitivity separated separation settings shading share shimming shot since slice slices spacing spatial strengths structures studies subtle suitable superior tackle together trans transceiver ultimate ultrahigh vessel view volunteer water whole width zoomed