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首页> 外文期刊>Medical Physics >SU‐F‐E‐14: Global Radiation Oncology Education and Training in Medical Physics Powered by Information and Communication Technologies
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SU‐F‐E‐14: Global Radiation Oncology Education and Training in Medical Physics Powered by Information and Communication Technologies

机译:SU-F-E-14:全球辐射肿瘤学教育和医疗物理培训,由信息和通信技术提供支持

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Purpose: Recent publications have highlighted the potential of Information and Communication Technologies (ICTs) to catalyze collaborations in cancer care, research and education in global radiation oncology. This work reports on the use of ICTs for global Medical Physics education and training across three countries: USA, Tanzania and Kuwait Methods: An online education platform was established by Radiation Oncology Faculty from Harvard Medical School, and the University of Pennsylvania with integrated Medical Physics Course modules accessible to trainees in Tanzania via partnership with the Muhimbili University of Health and Allied Sciences, and the Ocean Road Cancer Institute. The course modules incorporated lectures covering Radiation Therapy Physics with videos, discussion board, assessments and grade center. Faculty at Harvard Medical School and the University of Massachusetts Lowell also employed weekly Skype meetings to train/mentor three graduate students, living out‐of‐state and in Kuwait for up to 9 research credits per semester for over two semesters towards obtaining their graduate degrees Results: Students were able to successfully access the Medical Physics course modules and participate in learning activities, online discussion boards, and assessments. Other instructors could also access/co‐teach the course modules from USA and Tanzania. Meanwhile all three graduate students with remote training via Skype and email made major progress in their graduate training with each one of them submitting their research results as abstracts to be presented at the 2016 AAPM conference. One student has also published her work already and all three are developing these abstracts for publication in peer‐reviewed journals. Conclusion: Altogether, this work highlights concrete examples/model on how ICTs can be used for capacity building in Medical Physics across continents, for both education and research training needed for Masters/PhD degrees. The developed modules and model will be scaled to benefit many more trainees and other developing countries.
机译:目的:最近的出版物强调了在全球放射肿瘤学信息和通信技术(ICT)的催化合作在癌症治疗,研究和教育的潜力。美国,坦桑尼亚和科威特的方法:在使用信息通信技术为全球医学物理教育和跨越三个国家培训这项工作报告的在线教育平台是由放射肿瘤学教授哈佛医学院成立,宾夕法尼亚大学,综合医疗物理学课程模块通过与卫生部和相关科学的Muhimbili大学和海洋路癌症研究所合作在坦桑尼亚学员访问。该课程模块并入讲座覆盖放射治疗物理学与视频,讨论板,评估和级中心。教师在哈佛医学院和马萨诸塞州洛厄尔大学也采用每周Skype的会议,培训/导师研究生3口人,住外的状态,并在科威特高达每学期9个研究学分以上两个学期就是获得他们的研究生学位结果:学生能够成功地访问医学物理课程模块,并参与学习活动,在线讨论,并评估。其他教师也能访问/共教来自美国和坦桑尼亚的课程模块。同时所有研究生3名与通过Skype远程培训和电子邮件在他们的研究生培训提交其研究成果在2016年AAPM大会上发表论文摘要他们中的每一个取得重大进展。一位学生还出版了她的工作已经和三个正在开发这些摘要在同行评审期刊发表。结论:总之,在信息通信技术如何被用于医学物理能力建设跨洲,对于需要硕士/博士学位教育和研究培训这项工作亮点具体的例子/模式。在开发的模块和模式将扩展到更多的学员和其他发展中国家受益。

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