Magnetization Transfer Ratio Differences in the Adult Mouse Brain Due to Cranial Irradiation in Infancy

Keywords

abnormalities acquisition adult adulthood affected align aligned although animals annals anterior application applied arrow asses audience audiences automated automatically axial back behind biophysics bishop boundary brain brains calculations cellular cerebral children clinicians complete consensus content control controls coronal corpus corrected correction cortex cranial deformation detect detectable detected developed development discovery disrupted dose early equivalent exposed false female fractions frequently future gradient hospital human identify identifying immediately in vivo indicates indicating individual infancy infant intellectual intensity irradiated irradiation isotropic lancet life location long loss macromolecular magnetization matrix mechanisms medical memory mice mouse neurology objective occur onto organization outcomes overlaid pars parts pathological peduncle percentage phys poorly posterior postnatal previous process project projected pulse quantification quantify quantitative reduced reduction resolution sacrificed saturation scanner scientists section segmented severe shaped sick significantly slice stage stained staining starting statistical strains structure structures target technologies therapeutic took transfer treated treatment twenty understood unfortunately unpaired volumes white whole young zoomed