Inversion Preparation in Magnetization Transfer Imaging Reduces Irradiation Requirements in Human Brain at 3 T

Keywords

absolute achievable achieving acknowledgments adiabatic affected alternatively appearing applied approximate approximates assigned avoiding axis black blue brain capable circles clinical closed coil combinations condition conditions consecutive consider consisted continuous correlate curves deposition difficult disease dots dotted duration either exceeding fast field free frequency function generated gore gradient grants gray green head horizontal human identity immobile important impossible included incorporation indicate indicates individual inherent initial intensity intersecting inversion investigate irradiation known limitations limits longer macromolecular macromolecules made magnetization male mapping maps matched matrix much muscle near need open option orange orientation parametric passage pink pixel pixels planar plotted pool power preparation prior probability problem properties proton protons pulse pulses quality quantifying radiology recovery reduced reduces remaining required requirements saturate saturation scanner segment segments shot significantly simple since slice spin spoiler squares statistical steady strategies subjects sufficient suppress symbols tissue train transfer transverse triangles upper utilizing various vertical volume water white whose yields