Multimodal Spinal Cord MRI for Temporal Characterization of Posttraumatic Vascular, Metabolic and Structural Events in a Mouse Model of Spinal Cord Injury.

Keywords

able acute adequate allowed alterations altered analyses anesthetized animals anisotropy apparent applied arterial assess attributed basal better canonical cascade caudal cellular characterization characterizing choline coefficient coil confirmed consecutive context controls contusion cord correlated cytotoxic days debris decrease decreased defects demand description developed diagrams diffusion discriminant disruption distinguished dwell edema events examined extent fair features fiber finally five flow force fore fractional functional give grasping gray hall help histochemistry histology human identification identify impact impactor impairment impairments in vivo incomplete induced infinite influence injury labeling lateral lesion lesions limb maps markers measured metabolic mice model models moderate modified moreover mouse neuronal normalized optimal optimized overreached paralysis pathogenesis pathological pattern perfusion permit physiologic post process progression properties proposed rapid receiver relevant repair representation represented response rodent schematically sensitivity service severe side slices software specificity spectroscopic spin spinal structural submitted suffered suggesting synthetic system temporal tensor tissue transmitter univ vapor vascular weeks whereas white widespread windows