High-Resolution in vivo MR Brain Imaging at 7T Using an Embedded Optical Tracking System for Prospective Motion-Correction

Keywords

acquisition acquisitions alpha although amount anatomical applying around arrows artifacts asked assessed attach attached blurring bottom brain calibration camera cameras careful channel clearly cognitive coil comparable connected consists coordinates corrected correction courses designed detail deviation device difficult directed edge embedded enables enabling external flash frames functional greatly green head human identify improved improves in vivo installation institute integrated integrating intentionally investigating isotropic latency markers matrix maxim medical metric motion move movements nodded nodding noise optical patient paves phantom pixel plastic position positioned post procedures proceedings progress prospective protocol protocols quality rapid real receive reduce reliability repeatability researchers resolution respectively rigidly robustness routinely scanner sciences sets simplifying slow spectacle strength stria structures studies substantially system table together towards tracking tracks transform turbo turner ultimately ultra uncorrected volunteer volunteers