Radiation Oncology is a very technology intensive discipline of medicine. Complex,
sophisticated equipment is required to localize the tumor, to generate ionizing radiation, and …

This paper describes analytic tools in support of a paradigm shift in brachytherapy treatment
planning for prostate cancer—a shift from standard pre-planning to intraoperative planning …

Intraoperative three‐dimensional reconstruction of seed locations during prostate
brachytherapy for purposes of immediate computation of radiation dosimetry is an active …

Intraoperative imaging offers a means to account for morphological changes occurring
during the procedure and resolve geometric uncertainties via integration with a surgical …

Purpose: The aim of this study was to demonstrate, based on clinical postplan dose
distributions, that technology can be used efficiently to eliminate the learning curve …

Purpose: Radioactive seed orientations are usually ignored in clinical brachytherapy
dosimetry for prostate implants. Associated with the anisotropic dose distribution of seeds …

Objective: To develop and evaluate an integrated approach to intra-operative dosimetry for
permanent prostate brachytherapy (PPB) by combining a fluoroscopy-based seed …

Purpose We investigated a subtraction-based reprojection approach to reduce CT metal
artifacts due to I-125 seeds and evaluated the clinical implications in postimplant dosimetry …

Abstract Motivation: New generation Affymetrix oligonucleotide microarrays often have blob-
like image defects that will require investigators to either repeat their hybridization assays or …

Purpose In prostate brachytherapy, transrectal ultrasound (TRUS) is used to visualize the
anatomy, while implanted seeds can be visualized by fluoroscopy. Intraoperative dosimetry …