Phase Contrast MR Microscopy of Neuronal Architecture of the Living Rat and Mouse Brain at 7T and 9.4T

Keywords

acquisition adaptive advantages agents alpha analyze anatomical appears architecture axial better bone brain brighter brightness brought canceled capsule cell cells cerebellar cerebellum cerebral challenge channel checking clearly close combined complex computed consistency constant contrast coronal corpus correspond cortex cortical damage dark degrees delineation depicting detect detection developed differentiate directly displayed division effective efficiently enabling enhance excellent exogenous extensively external field filter filtered flow frequency generally gradient granular gray histology illustrated imperfect in vivo indicated individual inhomogeneity intensity interface laminae lamination layer layers lesions living localization located long loss made magnitude make measured medical microscopy models molecular mouse negative neighboring neuronal noise occurring pass pattern perpendicular potential preserve projection projections proved proving quantify radiology reconstructed reconstruction reduce reduction regularization regularized remarkable represent representing resolution resonator respectively revealing rodent running sclerosis shimming significantly sinuses slice slices software space stain statistical strengths structures substructure subtle surface surrounded system together transform variation venous view visualizing white yielding