Preservation of Deep Gray Nuclear Tissue Contrast and Utility of Thalamus as an Internal Standard in Inversion Recovery MR Images at High and Low RF Power in Parkinsons Patients Treated with Deep Brain Neurostimulators

Keywords

absolutely accuracy although approved arrows artifacts assess assessed atlas averaging baker beth bilateral blur brain coefficients comparing composition computation computing confirm confirmation consents constant contrast contrasts coordinates correlation currently curved deaconess deactivated deep dependent derived detection develop dimensions direct directly disease distorted echoes editorial environment evaluated even evident exaggerated excess explained extended feel fields generalized gradient gray hackney hardware heating implantation increasing independent indicate influence informed intensity intensive internal inversion lead limit localization localize loss magnitude maintained medical might minimize movement needed neurosurgeon normalized nuclear nuclei nucleus often optimized patient patients physicist placement plots positions post power preservation preserve preserved preserves primary prior processes promising protocol question radiologist radiology rationale readers real recording recovery reduce reduction refocusing relation reveals risks role safe safely school seems simpler slices slight software space structure suffered surgery surgical susceptibility swelling systems targeting thalamus thereby tissue true usable useful utility variability variable variation variety visualized volume