MR Elastography of Human Lung Parenchyma: Preliminary Validation with an Interactive Respiratory Feedback System

Keywords

able accordance according acquiring acquisition activated although anterior appreciated artifacts association available bellow body breath button care cause chest clinic clinical commercially conducted confirms connected consistent consistently control critical death degree density derived device diagnosis disease diseases displacement display driver earlier emerging emphysema encoding established estimation excite experimental feedback fields filters five frequency growing guidelines health healthy highly hold human in vivo included increasing indicating induced initiate insights institutional inter interactive intra issue listed liver lobes local lung lungs maintain management maps matrix mayo mechanical monitor motion moving offsets onto organs package passive patient placed potential precede preliminary pressure previously principles prior progression properties pulmonary pulse radiology real recently recruited relationships remote reported resolved respiration respiratory scanner schematically setup several shear short slice software solid spatially spin stiffness subject subjects suggesting superimposed supine system temporal terms third tissue translation ultra ultrasonics unit validate validation variance vibrations volume volunteer volunteers wall wave wavelength written