Detecting Pulmonary Capillary Blood Pulsations Using Hyperpolarized 129Xe CSSR

Keywords

abnormal achieved acquisition affect agree amplitude anticipate applied asked assessment assume audience blood blue body breath built capacity capillaries capillary cardiac cardiovascular cell certain characterize characterized chemical clinical coarse coil commercial commonly compartment constant continue corrected cosine coupling course currently custom decay decreases delay dependence depicts destroys detecting diseases dissolved enriched estimation evaluate excitation exponential fairly feasible fitted fixed flow flowing fluctuations free function future grant grows healthy hold holding hypertension illustrates included indicate induced induction inflation informed inhalation inhale integrals integrated invest investigated john localization longer lung magnetization measured model models noise nonsmoking pathologies peak period permit phys physician physicians physiology plasma polarized pressure prototype pulmonary pulsation pulsations pulse qualitatively quantified reach real recovery referred reflecting residing residual resolution rigid sacrificing sampling saturate saturation sets solutions spatial spectroscopy squared starting strengths stronger studies subject subjects subsequently supervised system takes target temporal throughout tissue triggering twice uptake varying volume wave xenon