Hyperpolarized 83Kr Imaging on a Clinical 3 T System

Keywords

accounts acknowledgments advances affected allows alveolar applications approximately array assessed atmosphere audience axial become best biomedical boulder bridging built carry cause cell class clearly clinical clinically closed coil contained contrast currently density described design destruction detecting detection diagnosis diagram diameter diode disease distribution dynamic environment evaluate exposure feasibility field flow fluid frequency funded future gaps glover helium humans ideal improved in vivo included inflammation initial instruments intensity introduced invasive isotope isotopes kingdom krypton larger laser lasers length limits long longer lung lungs made mapping measured mixture modality monitored much need nitrogen noble novel nuclear oxygen pathologies person phantom phys physics plot polarization port ports potential pressure prior probed produced promise pulmonary pulse pumping reading receive reducing repetition requires resolution resonant respiratory review rising rodent saddle school science sciences sensitivity seven shape shortened side significantly spectroscopy spectrum spin stopped storage suitable surrey system target technology term tissue transition transmit treatment versus vital volume yields