Combination of SWI, DWI and 3D &[Delta]R2-Based Micro-MRA for Predicting Stroke Evolution in Rat with Middle Cerebral Artery Occlusion

Keywords

ability abnormal abnormality academic acquisition acute addition additional aged although anatomy anesthetized architecture around artery assess asymmetric bandwidth beneficial biomedical blood brain brains cell cerebral clinical closed coil combination comparable concentration condition consistent contribute controversial conversely cortical critical death demand demonstrating detecting determine determining diseases displayed disruption dose effective emphasize enhancing enrolled established evolution extraction facilitate fang feasibility field finding findings flow focal fraction furthermore gradient growth helps hemisphere hospital hours illustration in vivo indicates inducing infarct injecting injury institute iron lead length majority matrix medical metabolism methodologies micro microscopy middle mismatch model moreover neurology occlusion onset oxide oxygen oxygenation padded penumbra ping position potential predicting preliminary prognosis progression progressive prominent quantitative radiology rats reconstructed reduced reduction repetition resolution respectively response risk sampling sciences sections sequential severe side slice stable stage still stoke stroke supine supply surface susceptibility suspected suture system tissue train transverse tung ultimately vascular vessels view week weighed wing zero