LTM綠能202 R5R6R7
從腫瘤微環境的觀點,來將基本的放射線化學物理特性推演到其對腫瘤的整體影響, 介紹放射線從對分子的作用衍生至其對細胞、組織、腫 瘤的傷害, 並討論最新推動的放射治療技術,以及如何增加放射線的療效等,課程內容著重於延伸放射生物基礎理論於臨床實務的運用, 最新研究趨勢及新推動之臨床技術等,並培養閱讀相關專業報告及獨立思考的能力
Course keywords: 腫瘤微環境、直線能量轉移、相對生物效應、粒子治療、輻射增敏劑、免疫療法 tumor microenvironment, LET, RBE, particle therapy, radiosensitizer, immunotherapy 指定用書(Text Books) 1.Radiobiology for the Radiologist, 8th edition, 219, by Eric J. Hall, published by Lippincott Williams and Wilkins. 2.Basic Clinical Radiobiology, 5th edition, 2019, by Albert Van der Kogel, Michael Joiner, published by Hodder 參考書籍(References) Published scientific papers 教學方式(Teaching Method) Lecture, paper discussion and oral presentation ] 教學進度(Syllabus) Review of basic radiobiological parameters. Basic molecular techniques for analyzing damages on cell Tumor microenvironment Proton therapy Carbon therapy BNCT FLASH-RT Therapeutic applications of medical isotopes Radiosensitizers RT combined with immunotherapy 成績考核(Evaluation) Oral presentation (30%) Written report (30%) Final examination (30%) Participation (10%)
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