Revealing the Hyperpolarized 129Xe Red Blood Cell Resonance Using Transgenic Mice

Keywords

absence additional agent allow almost alveolar animal animals approved audience blood capabilities capability care cell cells chemical clearly combined committee consistent constant continues contrast control detected discovered disease diseases display displayed displays dissolved duke dynamic dynamics early ease enable exchange excite exclusively exhibited experimental expiration exploited express expressing favored fibrosis freeman gaseous generated global graduate harbor hemoglobin human humans identical impaired in vivo injury institutional interstitial knocked knockout laboratory limitation limits longer lung lungs medical mice microscopy milliseconds minimize mixture models mouse observations overcome peak peaks physics physiological press previous probe probing processed program properties pulmonary quantitative radiology regional replaced revealing routines saturates science separate separately short simultaneously sole soluble spatially spec spectra spectroscopic studies subunits sufficient target theory timescale tissue tissues transit translational type typically unfortunately unique uptake utility variety ventilated ventilation ventilator volume whereas wild wise written