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Augusta University
Rank #136 · 7 unique linked submissions.
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To establish standardized, probe-specific depth of penetration baselines for protocol-specific clinical use across ultrasound transducers to support routine quality assurance (QA), enable early detection of probe degradation, and improve clinical operations,...
Rasha S Makkia, PhD, MS
Diagnostic and Interventional Radiology Physics
To evaluate stereotactic radiosurgery (SRS) plans for Varian’s Eclipse HyperArc on TrueBeam Edge and Elekta’s Leksell GammaPlan (LGP) on Perfexion.
Chulhaeng Huh, PhDJohn T Barrett, MD PhDFarshad Mostafaei, PhDAustin Sanders, MSJackson Browne, MS
Therapy Physics
To determine image quality performance of Accuray ClearRT as a substitute for Philips Big Bore CT Simulator.
Anobel Maghsoodpour, PhDAustin Sanders, MSFarshad Mostafaei, PhDChulhaeng Huh, PhDJackson Browne, MSJohn T Barrett, MD PhD
Therapy Physics
This study evaluates the dosimetric impact and treatment delivery parameter differences between HyperArc (HA) volumetric modulated arc therapy (VMAT) and non-coplanar VMAT treatment planning for intracranial fractionated stereotactic radiotherapy (FSRT).
Austin Sanders, MSJackson Browne, MSFarshad Mostafaei, PhDChulhaeng Huh, PhDJohn T Barrett, MD PhD
Therapy Physics
This study evaluates the effect of virtual bolus (VB) thickness on skin dose in TomoHelical total body irradiation (TBI) using two treatment planning systems (TPSs): Accuray Precision and RaySearch Laboratories RayStation (RS).
John T Barrett, MD PhDJackson Browne, MSChulhaeng Huh, PhDFarshad Mostafaei, PhDAustin Sanders, MS
Therapy Physics
Patient instructions for radiation-related skin effects after fluoroscopy-guided interventional procedures are integral to substantial-dose follow-up programs. Patient-facing materials often exceed health-literacy targets, risking reduced comprehension and ad...
Rasha S Makkia, PhD, MS
Diagnostic and Interventional Radiology Physics
To develop a spatially resolved, fractionation-aware radiobiological simulation framework for quantitatively evaluating radiation therapy (RT), hyperthermia–radiation therapy (HTRT), and nanoparticle-mediated magnetic hyperthermia–radiation therapy (MHRT).
Farshad Mostafaei, PhDJohn T Barrett, MD PhDChulhaeng Huh, PhDDan Heo, PhD
Therapy Physics