MR Spectroscopy in the Spinal Cord of Patients with Traumatic Injuries

Keywords

acquisition acquisitions affecting alignments allows alteration although applicability around basis best biomedical body cavity cell cervical characterize clarity classification clinical clinically comprised concentrations control controls cord correction cycled cycling damage decompression degeneration degree density dept despite details detection determination developments diagnostic drainage early edition enables engineering environment exemplary feasibility filtered findings fingerprint flow fluid formation frequency good henning hock human identify immobilization implants improved in vivo injured injuries injury inner institute investigation largely likely lipid localization location long marker metabolic metabolite methodological might minutes monitoring motion needed nerve nervous neuronal optimizing options paraplegic pathologic pathological patient patients personalized peter placed potentially predefined processes protocol quality quantification quantified radiology reason recently reduced reduction regard relatively relevant resolution response saturated scout seem session several shimming shot simulated since slightly smith spectra spectral spectroscopy spectrum spinal stabilization stable suppressed suppression susceptibility swiss system table therapy traumatic treatment triggered verify visual volume volunteer volunteers water width zero