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Intro
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CELL APOPTOSIS: BORN TO DIE...
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TUMOUR EVOLUTION
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How RADIOTHERAPY KILLS CANCER
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X-RAY GENERATION
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RADIOTHERAPY DOSE DEPOSITION
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THE BRAGG PEAK
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A REAL BRAGG PEAK!
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NON SMALL CELL LUNG CANCER
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MEDULLOBLASTOMA COMPARISON
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PENCIL BEAM SCANNING
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HEIDELBERG ION THERAPY CENTRE
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UCLH CANCER CAMPUS
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UCLH PROTON THERAPY SITE
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UCLH PBT BUILDING SERVICES
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UCLH PBT CONSTRUCTION
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UCLH PROTON THERAPY FACILITY
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GANTRIES THE CHRISTIE
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COMPLETE PROTON THERAPY FACILITY
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UCLH PBT SITE: FACTS & FIGURES
Description:
Explore the groundbreaking application of particle accelerators in cancer treatment through this informative lecture by physicist Simon Jolly. Delve into the world of proton beam therapy, an advanced form of radiotherapy that offers greater precision in targeting tumors while minimizing damage to surrounding healthy tissue. Learn about the technology behind this cutting-edge technique, its advantages over conventional radiotherapy, and the ongoing development of NHS proton beam centers in the UK. Discover the intricacies of cell apoptosis, tumor evolution, and the physics behind X-ray generation and dose deposition. Gain insights into the Bragg peak phenomenon and its significance in proton therapy. Examine real-world applications through case studies of non-small cell lung cancer and medulloblastoma. Understand the complexities of pencil beam scanning and explore state-of-the-art facilities like the Heidelberg Ion Therapy Centre and the UCLH Cancer Campus. Get an inside look at the construction and services of proton therapy facilities, including gantries and complete treatment centers. Uncover fascinating facts and figures about the UCLH Proton Beam Therapy site, providing a comprehensive overview of this promising cancer treatment technology. Read more

How Particle Accelerators Are Used to Cure Cancer - With Simon Jolly

The Royal Institution
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