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The success of radiation therapy treatments is largely dependent on the ability to accurately deliver the prescribed dose to a patient within a narrow tolerance. However, the human body consists of many components, which vary in density and can cause treatment complications. In this research, a methodology is established whereby the effects of high-density medical implants on radiotherapy treatments can be quantified accurately and efficiently. A better understanding of the impact of these medical implants on radiotherapy dose distributions means more accurate treatments can be delivered with increased confidence, resulting in improved patient outcomes

Dosimetry in the vicinity of high-density materials in radiotherapy