Can T1-Differentiation in a Magnetization Prepared Turbo Field Echo Sequence at 7T Predict "Persistent Black Hole White Matter Lesions in Multiple Sclerosis?

Keywords

actively adjacent adulthood although another appearance appearing approval around attenuated become better bimodal black bottom bright brighter broad cause causes characterization clinically cognitive commonly conducted considered contrast contrasts damage darker depending diagnosed differentiate differentiated differentiating differentiation disorder distribution established evenly field flair focal gray greater highlighted hole holes hypothesis identify impairment indeed indicate indicating indicative intermediate larger leading least lesion lesions lies long longer longitudinal loss magnetization manner materials measured need neurological neurology noted observable occurring pathological patient patients peak peaks permanent persistent predict preliminary prepared prevalent progressive propensity prospectively radiology ranging rather recently response roughly scanned scanners sclerosis separate separated separating setting severe severity short shorter simulated simulation slightly starting still strength studied surrounding teal though tissue turbo underwent variable whereas white young