MeSH tree: E02.815.250
Nearly half of all cancer patients undergo radiation therapy as part of their care. Ionizing radiation, or the emission of high-energy waves or particles, works as a therapy by damaging a cancer cell's DNA. It's an effective ...
Jan 4, 2024
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NPL scientists have worked on a range of projects that are set to significantly improve the accuracy of a type of radiotherapy treatment called proton beam radiotherapy. The benefits of this therapy include more precise targeting ...
Sep 1, 2023
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By directly measuring relative stopping power (RSP) with ions, a pixel sensor-based Hi'CT with multi-layer structure reduces the risk of range uncertainty, a major contributor to dose imprecision in ion therapy. With enhanced ...
Jul 31, 2023
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The aim of proton radiation therapy in fighting cancer is to kill as many tumor cells as possible while also protecting the surrounding healthy tissue. As there is yet no direct method for mapping the beam range during dose ...
Jun 19, 2023
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Scientists at the National Physical Laboratory (NPL) have achieved an important breakthrough in the development of a new and highly accurate radiotherapy treatment for cancer called FLASH RT. The new treatment is as effective ...
Mar 15, 2023
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Cancer irradiation with hadron beams, a method to which CERN contributed by propelling carbon ion therapy of radioresistant tumors into the medical world some thirty years ago, has treated more than 300,000 patients to date. ...
Nov 23, 2022
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The NCRI Radiotherapy (CTRad) Group has published its strategic priorities in radiotherapy research to address challenges in the field.
Jul 14, 2022
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