In Vivo Quantification of Renal Lipid in Diabetic Mice by Magnetic Resonance Imaging

Keywords

able abnormal according accumulated accumulation accuracy accurate accurately adipose allowing amount animal applied approved around biopsy brown carried cause cell chemical china committee concentration contain contamination content contents control correlation cortex death described details diabetes diabetic difficulties disease diseases distribution dysfunction evaluating examined excess exclusively fang feasibility fifteen full gravimetric growing heart histological ideal important in vivo includes indicate instead institutional intensity interestingly invasive invest kidney kidneys knowledge known leading leads least linear lipid lipids liver longitudinal made measure measured measuring medical medulla metabolism mice model models morbidity mortality motion mouse much muscle observe offers pancreas particular pathogenesis patient patients people percentage phantoms phenomenon play previous proposed proton protons proximal quantification quantify quantifying radiology ranging renal republic respectively respiratory role school sections seem selective separate series several significantly skeletal southeast staining still strong studies subcutaneous subsequent susceptible system tissue tissues tubules type underestimate underestimated usually various visceral volume water week white wild worldwide