In Vivo Longitudinal Myelin Water Imaging in Rat Spinal Cord Following Dorsal Column Transection Injury

Keywords

accurately acknowledgments acute adult aimed amount amounts animals antibody antigen applicability assess assessment carried caused clearance closer coils collected column compartment consistent constituents continuing control cord cords correlation council cranial damage debris decrease decreased degenerating degeneration densities density deterioration determine distributions divided dorsal electron encompassing engineering enlargement evaluation exposed five fixation fixed fraction generated hand harvested health histological histology hours impact implantable in vivo incident initial injured injury institute institutes integral integrating lasting least likely lipid lipids long lumbar macrophages manually maps matrix measured membranes microscopy minimize model months natural negative normalized nuclear opposite optical outlined perfusion physics pixel positioned post presence previous primary process processes processing protein quantitative rats receive recognizing reflect reflects remaining reports required respectively resultant reversed sacrificed scanner secondary sections significantly slice solenoid spatial spinal squares stain stained staining stains statistically studies subsequent suggesting supported temporal tissue transacted transmit traumatic trend turn ultimately ventral vertebra water weeks white wolfram