3EAB7 | Therapie et radio-elements - Therapy and radioisotopes | Electronics and Applied Physics | S9 | ||||||
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Lessons : 15 h | TD : 5 h | TP : 0 h | Project : 0 h | Total : 20 h | |||||
Co-ordinator : Jean-Claude Angelique |
Prerequisite | |
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Some notions about ionizing radiation and their interactions with matter. | |
Course Objectives | |
Know the basic principles of the techniques used in therapy. To know the techniques of production of radioelements used in diagnostic imaging and in therapy. |
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Syllabus | |
teaching by a radiophysicist and an engineer from the François Baclesse Oncology Center: 1-Radiotherapy and Radiophysics Introduction (The Baclesse Center) - Radiobiology - External radiotherapy - Brachytherapy - The future of Radiotherapy - The professions of Radiophysics 2-Therapeutic applications of radiation Radiation / matter interactions (Charged particles, Photons, Fluence, Kerma, Dose ...) Photon beam in water (RP, RTM, FOC ...) Electron beam in the water The tools of Radiophysics - Special techniques in RTE - Tomotherapy Radiosurgery / Cyberknife - Brachytherapy - Intraoperative radiotherapy Biomedical engineering / instrumentation - Introduction - Medical devices - Medical flow of the patient (From diagnosis to therapy) - PACS / R & V networks Radio-elements used in medicine: imaging and therapy Properties, production (reactor, accelerator) use, management. Cross section , biological half lifes. |
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Practical work (TD or TP) | |
Diagnostic medicine and therapy | |
Acquired skills | |
Knowledge of technologies used in the medical field and more particularly in therapy. Knowledge of different radioisotope production techniques and their uses in medicine (diagnostic or therapeutic imaging). | |
Bibliography | |
Non renseigné |
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