Phase Contrast MR Microscopy to Study Glioma Invasion in vivo at High Field

Keywords

according accurately acquisition action adaptive adjusted affect agreement arrow assessment axial background basis brain capability cell cells cellular cerebral characteristics clearly combined compartments complex composed conditions confirmed considering contrast control correctly cortex days degrees delineated demonstrating determine developed displays division drug dynamics early edges efficient embedded enables enabling exploit extend extending field filter filtered findings firstly flow formation gain good gradient grew growth histological histology host human ideally imperfect implantation implanted important in vivo individual infected infection inhomogeneity injected injection invasion invasive investigate investigation knockdown labeled labels located location made magnitude maria material mediated medical meninges mice microscopy migration models mostly mouse neurosurgery others outlook outside paraffin part pass physiology potentially presence preserve prior processed projections quadrature radiation radiology reconstruct removed replace resolution resonator respectively revealed revealing role sections several short since site software sophisticated spatial strongly suggest suited superior tissue tools towards tract transceiver tumor tumors upper variety ventricular view views walls