Using the Null Point Imaging to Improve Cortical Lesion Detection in MS

Keywords

abnormalities achieve adjacent appear appearance appearing appears around arrows assist astronomy black boundaries boundary brain called channel clearly clinical coil combined comparing computed containing contains contrast correct correlate cortical dark delineation designed detect detected detection determine determining disability division drawn dynamic easier expanded expected faculty final formally fully future generally giving good greater green health hence herein identifying important improves in vivo increasing inhomogeneities inhomogeneity inside intra introduced inversion inverted involvement involving kingdom lesion lesions limitations long magnitude mainly manual marker match measured medicine mixed needed neurology noise note nova null part partial patients perceived performance physics polarity previous problem produce providing psychiatry psychology pulse pure quantify radiology receive recently reconstructed reconstructions recorded recovered recovery recruited remains resolution respectively restore ribbon scale scanned scanner scanning school sciences select severity sharpness short sign simple simultaneously since smoothed spot status strong subject subjects surrounding symptom table tissue together unsolved useful variations varied voluming whether white