Recovery of Locomotor Function After Experimental Stroke Correlated with Enhanced Neuronal Integrity After Amphetamine Treatment

Keywords

according acquisition activity administration allow alter ambiguity amphetamine analyses analyzed anesthesia animal animals anisotropy approximately arrowhead artery assess assessment asymmetry axis behavior behavioral body boundary brain brought cerebral clear clips coefficient common confounding control coronal correlation cortex counted course days diffusion divided drawn drug either elements elevated elucidate enhance enhanced enhances equal evaluated examined experimental expression find focal fractional frequency function generate human impairment improvement included indicated induction infarction initial injections insights integrity interaction interventions lateral lesion lesioned ligated ligature locomotor lost maintenance manually maps materials matrix middle monitor moreover movements neurological neuronal normalized normalizing placed predict preparation proteins rats recent recovery reduce related relationship relatively reliably reorganization repeated respectively response restitution restoration scanner scores shot significantly since sixteen slice software specifically spin stages stroke structural structure studies subjected suggesting support suture swing symptoms table tails temporal tensor therapeutic tissue tool treated treatment trials turning turns valuable vehicle whether white yang