A Longitudinal Study on Age-Related Changes of T1rho Relaxation in Rat Brain

Keywords

acquisition aging anesthesia animal animals applications approval arch axial basis best bilateral biomedical bone brain brains burden cartilage clinical cognitive coil colleagues common composition computed constant contrast contributed cortices cover custom decay decrease defined degeneration degree delay dementia detect determines diameter died disease diseases disk division early equilibrium ethics evaluate examined expect exponential fast fibrosis field frame frequency frontal gang home hong human impairment implemented increasing internal investigated joint lattice leaving liver lock longitudinal longitudinally made magnetization major male maps material measured mechanism mice might mild model mono month months mouse neurosurgery next north noted osteoarthritis pathology patients pixel plaque positioned preparation presence prior process program progress progressively prone pulse quadrature radiology rats receiver recently related remains reported represents respectively restore risk rotary rotating sang scanned scanner selected sensitive slices spin stage subjects suggested surgery thalamus tissue transmitter transverse trend unknown user volume whether whole yuan