A Dual Plane Co-RASOR Technique for Accurate and Rapid Tracking and Position Verification of an Ir-192 Source for Single Fraction HDR Brachytherapy

Keywords

accuracy accurate accurately achieved acquisition acquisitions active adequate agreed allow allows although another applying appropriate approximately axis bandwidth best body bone bottom brilliance broadly cancer caused clinical coil completed complicates connective consisted contain containing contrast coordinate coordinates coronal correct covering decay density described designed displaying distance distribution done dose dual duration dynamic efficacy encoded exact example excitation extracted feedback field fraction frequencies frequency gauss heterogeneous improvement include included increasing increment induced induction inhomogeneous intended intensity interleaved intra isotropic lacks literature localization location maintaining mandatory manually medical might needle needles object offset optimal organs orthogonal overlap parallel passive perturbing peter phantom pixel planned plastic porcine position positive practice previously processed proposed prostate pulse radial radioactive radiotherapy rapid read reconstructions reduced requires resolution respect retracting retraction samples scanner sense sequential significantly slab slice slices source sources spatial speed steps structures subsequently sufficient suited surface surrounding temporal thick tissue tracking treatment uncertainty verified vitro