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Centralised Full Access to Clinical Study Data Can Support Unbiased Guideline Development, Continuing Medical Education, and Patient Information. 集中全面访问临床研究数据可支持无偏见的指南制定、继续医学教育和患者信息。
Pub Date : 2021-11-22 eCollection Date: 2021-01-01 DOI: 10.1080/21614083.2021.1989172
Natalie McGauran, Beate Wieseler
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引用次数: 0
Triage 4.0: On Death Algorithms and Technological Selection. Is Today's Data- Driven Medical System Still Compatible with the Constitution? 分类4.0:关于死亡算法和技术选择。今天的数据驱动的医疗系统仍然与宪法兼容吗?
Pub Date : 2021-11-17 eCollection Date: 2021-01-01 DOI: 10.1080/21614083.2021.1989243
Dirk Helbing, Thomas Beschorner, Bruno Frey, Andreas Diekmann, Thilo Hagendorff, Peter Seele, Sarah Spiekermann-Hoff, Jeroen van den Hoven, Andrej Zwitter

Health data bear great promises for a healthier and happier life, but they also make us vulnerable. Making use of millions or billions of data points, Machine Learning (ML) and Artificial Intelligence (AI) are now creating new benefits. For sure, harvesting Big Data can have great potentials for the health system, too. It can support accurate diagnoses, better treatments and greater cost effectiveness. However, it can also have undesirable implications, often in the sense of undesired side effects, which may in fact be terrible. Examples for this, as discussed in this article, are discrimination, the mechanisation of death, and genetic, social, behavioural or technological selection, which may imply eugenic effects or social Darwinism. As many unintended effects become visible only after years, we still lack sufficient criteria, long-term experience and advanced methods to reliably exclude that things may go terribly wrong. Handing over decision-making, responsibility or control to machines, could be dangerous and irresponsible. It would also be in serious conflict with human rights and our constitution.

健康数据为我们带来更健康、更幸福的生活带来了巨大的希望,但它们也让我们变得脆弱。利用数百万或数十亿个数据点,机器学习(ML)和人工智能(AI)现在正在创造新的好处。当然,获取大数据对卫生系统也有很大的潜力。它可以支持准确的诊断、更好的治疗和更高的成本效益。然而,它也可能产生不希望的影响,通常是不希望的副作用,这实际上可能很可怕。如本文所述,这方面的例子包括歧视、死亡机制以及基因、社会、行为或技术选择,这可能意味着优生学效应或社会达尔文主义。由于许多意想不到的影响在几年后才显现出来,我们仍然缺乏足够的标准、长期经验和先进的方法来可靠地排除事情可能会出现严重错误的可能性。将决策权、责任或控制权交给机器可能是危险和不负责任的。这也将与人权和我国宪法发生严重冲突。
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引用次数: 0
Facilitating Flexibility: The Role of CPD Regulators and Accreditors during a Crisis. 促进灵活性:CPD监管机构和认证机构在危机中的作用。
Pub Date : 2021-11-11 eCollection Date: 2021-01-01 DOI: 10.1080/21614083.2021.1993432
Graham T McMahon

The COVID-19 pandemic has transformed healthcare systems - including CPD learning environments - around the world. Rarely has there been a time in recent history when almost the entire healthcare profession urgently needed to learn new skills. At the same time, education providers endured new personal and professional stressors. In the US, the Accreditation Council for Continuing Medical Education shifted its position from regulator to facilitator to give CPD providers the guidance, resources, and flexibility that would empower them to help healthcare professionals respond to the pandemic. Despite unprecedented challenges, the CPD community rapidly shifted from live to virtual learning environments to offer critical training, significantly increasing engagement with clinicians and teams, and demonstrating that CPD is an important part of the solution. As the healthcare system continues to undergo stress, it is important that institutional and health system leaders appropriately resource CPD programmes, enabling them to address evolving pandemic-related issues. Regulatory bodies in the CPD sphere should continue to take a leadership role on three fronts: facilitating innovation in education design and delivery; evolving data-reporting systems to reduce burdens on clinicians; and standing up for science by countering medical misinformation and ensuring that education provides valid content.

COVID-19大流行改变了世界各地的医疗保健系统,包括持续专业发展学习环境。在最近的历史中,几乎整个医疗保健行业都迫切需要学习新技能,这是很少见的。与此同时,教育提供者承受着新的个人和职业压力。在美国,继续医学教育认证委员会将其地位从监管者转变为促进者,为CPD提供者提供指导、资源和灵活性,使他们能够帮助医疗保健专业人员应对疫情。尽管面临着前所未有的挑战,CPD社区迅速从现场学习环境转向虚拟学习环境,以提供关键的培训,显著增加了与临床医生和团队的接触,并证明CPD是解决方案的重要组成部分。由于卫生保健系统继续承受压力,重要的是,机构和卫生系统领导人应适当地为CPD规划提供资源,使它们能够处理不断演变的与大流行有关的问题。持续专业进修领域的规管机构应继续在三个方面发挥领导作用:促进教育设计和教学的创新;发展数据报告系统以减轻临床医生的负担;通过反对医学错误信息和确保教育提供有效的内容来支持科学。
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引用次数: 7
Shared Decision Making - A Key Competence of All Health Care Professionals. Evaluation and Adaptation of a Digitally Enhanced Learning and Teaching Unit. 共同决策——所有卫生保健专业人员的关键能力。数字化增强型学与教单元的评价与适应。
Pub Date : 2021-11-11 eCollection Date: 2021-01-01 DOI: 10.1080/21614083.2021.1987119
Linda Sanftenberg, Flora Kuehne, Karoline Lukaschek, Karin Meissner, Jochen Gensichen

The Covid-19 pandemic induced a radical shift towards digitally enhanced learning and teaching (DELT). Success of this adaptation depended on how much DELT had been provided before. The Bavarian Virtual University (BVU) is a university network to fund, promote and support DELT. The Ludwig-Maximilians-University Munich as a part of this network implemented the DELT course "Shared decision making (SDM) - a part of evidence-based medicine" in 2015. Based on regular evaluations and due to the latest developments, a media-didactic and content-related adaptation will be conducted now. Clinical cases will be embedded in a framework structure of SDM. Videos, podcasts and literature of doctor-patient interaction will be provided. To enable different health care professions to have a positive learning experience, the course will be linguistically adapted. The interaction between students and teacher will be enhanced by a transparent distribution of tasks and an issue-specific chat forum. SDM is an interdisciplinary general concept. With regard to the academization of different health care professions, the demand for DELT will increase. However, medical competencies can`t be taught fully online, since face-to-face patient interaction is mandatory. Communication skills can be practiced theoretically but have to be applied in reality.

2019冠状病毒病大流行引发了向数字化强化学习和教学(DELT)的根本性转变。这种适应的成功取决于之前提供了多少DELT。巴伐利亚虚拟大学(BVU)是一个资助、促进和支持DELT的大学网络。作为该网络的一部分,路德维希-马克西米利安-慕尼黑大学于2015年实施了DELT课程“共享决策(SDM) -循证医学的一部分”。根据定期评价并考虑到最新发展,现在将进行媒体教学和内容方面的改编。临床病例将嵌入SDM的框架结构中。将提供有关医患互动的视频、播客和文献。为了使不同的卫生保健专业有一个积极的学习经验,课程将在语言上进行调整。学生和老师之间的互动将通过透明的任务分配和特定问题的聊天论坛得到加强。SDM是一个跨学科的通用概念。在不同卫生保健专业的学院化方面,DELT的需求将会增加。然而,医学能力不能完全在线教授,因为面对面的病人互动是强制性的。沟通技巧可以在理论上练习,但必须在现实中应用。
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引用次数: 2
The Global Trainee Hosts the Virtual Multi-header - Embracing Technology in Pathology Education. 全球实习生主持病理教育中的虚拟多头拥抱技术。
Pub Date : 2021-11-10 eCollection Date: 2021-01-01 DOI: 10.1080/21614083.2021.1989173
Lavisha S Punjabi
To the editor: The magic of sitting at a multi-headed microscope and peering down at a glass slide while I listened to the rich discourse between the trainee and the consultant on the subtleties of architecture and form is what drew me to the field of pathology as a medical student. This practice of “double/multiheading” is the essence of experiential learning in histopathology. It is the equivalent of the Oslerian practice of clinical bedside teaching and allows the learner to gradually acquire visual diagnostic expertise over time. It is unfortunate then that the onset of the global pandemic at the turn of the decade rendered “double/ multi-heading” untenable, due to concerns about spread of infection over close interaction [1]. Moreover, pauses to medical education such as suspension of medical student elective postings and changes to the healthcare workforce such as redeployment to the frontline and work-from-home arrangements have left conventional methods of teaching and learning impractical. Relative to other clinical specialities, however, histopathology is a predominantly visual subject and is therefore versatile to digitisation. Out of this, a growing community of educators, trainees and students advocating for the use of modern technology in teaching and learning pathology has emerged. At my institution, tele-education was swiftly adopted and optimised, with results of a survey showing high rates of satisfaction and comparability to conventional modes of teaching [2] Medical student elective postings have similarly been virtualised. PathElective, a web-based platform run by a team of pathologists, fellows, residents and medical students, has recently been established to facilitate access to a virtual interactive medical student elective posting in pathology. Over a short span of time, it received participation from users in 99 countries, with high user ratings of satisfaction and usefulness [3]. Today, a medical student anywhere in the world can register for the experience, at any time, without any cost. With appropriate anonymisation and sensitivity, teaching and learning can take place on social media platforms as well. The use of Twitter for pathology education (#PathTwitter) has flourished over the pandemic, in the form of bite-sized Tweetorials, Twitter journal clubs, research collaborations and more [4]. Traineeauthored contributions on this space is evident in the nominee shortlists of the #PathTweetAward, a crowdsourced initiative to recognise outstanding educational contributions to the pathology community on Twitter. Ultimately, it is remarkable how quickly this pandemic has urged us to adapt. Today, anyone with a smartphone can choose to take ownership of his/ her/their training and be a global trainee that hosts the “virtual multi-header”. This is the story of continuing medical education in pathology during the COVID-19 pandemic.
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引用次数: 2
JECME Special Collection: Digitisation of Continuing Education in the Health Professions. JECME特别收藏:卫生专业继续教育的数字化。
Pub Date : 2021-11-09 eCollection Date: 2021-01-01 DOI: 10.1080/21614083.2021.1993431
Günther Matheis
When the Covid-19 pandemic hit, it was expected that this would cause a major decline in the number of continuing medical education (CME) options and that physicians in Germany would not be able to meet their CME requirements. Whereas this expectation partly holds true, looking back at the experience of more than 18 months of restrictions caused by the pandemic in this country one could also say that there has never been a more suitable time to experience continuing education. At the start of the pandemic, in particular, physicians often needed to be both pragmatic and flexible in their efforts to expand their skills due to the volatile situation and the implementation of contact restrictions. Physicians learned a great deal every day during this period. For example, special outpatient clinics were set up to treat patients with respiratory symptoms, new organisational structures were created, Corona hospitals were established. Physicians also listened to podcasts by scientific experts on a daily basis. Since the system of selfadministration in Germany defines how CME is to be carried out, these occasions for professional development were unceremoniously recognised with a corresponding number of CME points for the CME certificate. After a short period of transition, providers of inperson CME quickly resumed their activities by embracing digital formats. As webinars became the primary digital CME format, the State Chambers of Physicians adjusted their procedures for assessing and granting points accordingly. The crucial step, which was accelerated by the pandemic and associated contact restrictions, was that “virtual attendance”, e.g. in a webinar, largely replaced “live, in-person attendance”, e.g. in a lecture hall. Experience has shown that this transition can be implemented very successfully if certain criteria are met (e.g. through the monitoring of digital attendance and subsequent learning assessments). While the pandemic has not yet come to an end, it is hard to imagine a scenario in which a webinar component would not be integrated into CME curricula even after the pandemic. Webinars reach a much wider audience. They are more familyand climate-friendly than inperson CME events which might involve extensive travel for some participants. One sensible and promising approach is a combination of hybrid CME events where people meet as a group, and learning through guided selfstudy via an e-learning platform independent of location and time. Digital simulations will present a new and exciting challenge. There are already applications available that can be used to practise medical procedures and skills, e.g. taking a patient’s medical history, surgery routines, emergency treatments. There is a lot of potential here. Physicians can prepare themselves well for inperson training or even real-world assignments. To guide the medical profession through this process, the German Medical Association published an authoritative 24-unit continuing education c
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引用次数: 1
From Students to Educators: Peer-assisted Strategies for Continued Medical Education during the COVID-19 Pandemic. 从学生到教育者:COVID-19大流行期间继续医学教育的同伴辅助策略。
Pub Date : 2021-11-09 eCollection Date: 2021-01-01 DOI: 10.1080/21614083.2021.1989954
Lavisha S Punjabi
In 2017, I wrote a correspondence article reflecting on the role of students in medical education and research [1]. Today, the global COVID-19 pandemic has compelled me to once again reflect on the role of medical students. Around the world, the timehonoured Oslerian method of clinical clerkships and bedside teaching has, at some point, taken a pause, while clinician-educators juggled between responding to the pandemic and adapting medical education to prevailing circumstances. Students, however, have not taken the backseat. Reports of student-led community initiatives have emerged, and some of these are highly innovative, such as organising childcare services for healthcare workers [2] or building a translation portal to facilitate communication between healthcare workers and affected migrant workers [3]. From an education perspective, while these are unique opportunities for learning, it remains imperative to reform current methods of education so that students remain on a trajectory to graduate, especially final-year students who can, on completion, serve at the frontline. To achieve this, Rose outlined several possible strategies, such as the use of virtual clinical cases or modifying the academic calendar to bring forward didactic sessions and scholarly work while deferring clinical rotations [4]. The unanticipated need to produce new material for virtual learning on top of the stretched manpower as clinician-educators are called to serve the frontline, presents a unique challenge. In response to this, students and alumni at my alma mater have tapped on methods of peer-assisted learning. With guidance from the faculty, young alumni write virtual case scenarios and provide feedback on assignments completed by final-year students. In turn, the final-year students have taken the initiative to guide junior students along with their preparation for clinical examinations. Compared to conventional teaching methods, a systematic review has shown that peer-assisted learning can achieve comparable outcomes for learners and even has beneficial effects on learning outcomes for student-teachers [5]. Its long-term impact, however, remains less documented and requires further investigation. I am of the view that this pandemic will have a lasting positive impact on students’ resilience and their identity as educators. I certainly look forward to welcoming them at the workplace.
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引用次数: 0
Imagining the Future of Learning in Healthcare: The GAME 2019 #FuturistForum. 想象医疗保健学习的未来:GAME 2019 #Futurist论坛。
Pub Date : 2021-09-29 eCollection Date: 2021-01-01 DOI: 10.1080/21614083.2021.1984076
Suzanne Murray, Jur Koksma, Aviad Haramati, Eric Bonnefoy, Nabil Zary, Werner Bill, Olaf Wolkenhauer, Susanna Price, Dale Kummerle

The GAME 2019 #FuturistForum involved an exchange of ideas and perspectives on the future of learning in healthcare and necessary evolutions to sustain future health systems. This event allowed for reflection and discourse around a) what medical learning or learning in healthcare may look like 10-15 years from now, b) how technology would impact that evolution, and c) what collaborative roles distinct stakeholders would play. Seventy-five (75) key stakeholders, experts from various fields, participated in the two-day event. Four multifaceted themes were uncovered from the qualitative analysis, which are: learning will be lifelong and outcome-based, the health system will follow a preventive care model, technology will be an enabler of evolution in education and health systems, and that multi-level collaboration will support and sustain future progress. Future implications, exacerbated by the ongoing COVID-19 pandemic, and study limitations are described.

在 GAME 2019 #FuturistForum 上,与会者就医疗保健学习的未来以及维持未来医疗系统的必要演变交流了想法和观点。此次活动允许围绕以下问题进行思考和讨论:a) 10-15 年后的医疗学习或医疗保健学习可能是什么样子;b) 技术将如何影响这种演变;c) 不同的利益相关者将发挥什么合作作用。75位主要利益相关者和各领域专家参加了为期两天的活动。定性分析揭示了四个多层面的主题,即:学习将是终身的和以结果为基础的,卫生系统将遵循预防性保健模式,技术将成为教育和卫生系统发展的推动力,多层次合作将支持和维持未来的进步。此外,还介绍了未来的影响(COVID-19 大流行病正在加剧)和研究的局限性。
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引用次数: 0
Observations from Transforming a Continuing Education programme in the COVID-19 Era and Preparing for the Future. 2019冠状病毒病时代转型继续教育计划和为未来做好准备的意见。
Pub Date : 2021-08-17 eCollection Date: 2021-01-01 DOI: 10.1080/21614083.2021.1964315
Steven Kawczak, Anthony Fernandez, Bethany Frampton, Molly Mooney, Amy Nowacki, Matthew Yako, James K Stoller

The COVID-19 pandemic has significantly disrupted and transformed continuing education in the health professions to be reliant on digital learning modalities. This retrospective observational study of a large, international health system's continuing education programme compares educational activities offered, participation, and learning outcomes pre- and intra-pandemic to assess the impact of digitisation advanced because of the pandemic. There was a significant increase in internet-based activities that filled the gap of cancelled or postponed live, in-person activities to keep healthcare professionals up to date in their specialities and prepared to handle the clinical and hospital demands of the pandemic. Compared to live, in-person education, virtual activities were offered in shorter increments, reached a much larger amount of participants, and were equally effective in achieving learning outcomes. Questions remain regarding business model implications to generate adequate revenues to cover costs of virtual education. Additionally, there is a general inadequacy of digital learning environments to coalesce groups and meet social needs. Regardless, the efficiencies and effectiveness of digital modalities will be a primary method of teaching healthcare professionals going forward.

新冠肺炎疫情严重扰乱并改变了卫生专业的继续教育,使其依赖数字学习模式。这项针对大型国际卫生系统继续教育计划的回顾性观察性研究比较了疫情前后提供的教育活动、参与度和学习结果,以评估因疫情而推进的数字化的影响。基于互联网的活动显著增加,填补了被取消或推迟的现场面对面活动的空白,以使医疗专业人员了解他们的专业,并为应对疫情的临床和医院需求做好准备。与现场教育相比,虚拟活动的增量更短,参与者人数更多,在实现学习成果方面同样有效。商业模式对产生足够收入以支付虚拟教育成本的影响仍然存在疑问。此外,数字学习环境在整合群体和满足社会需求方面普遍不足。无论如何,数字模式的效率和有效性将是未来教育医疗保健专业人员的主要方法。
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引用次数: 12
Report on Proceedings of the Thirteenth Annual European CME Forum, Held Virtually, November, 2020. 关于 2020 年 11 月以虚拟方式举行的第十三届欧洲 CME 年度论坛会议记录的报告。
Pub Date : 2021-07-30 eCollection Date: 2021-01-01 DOI: 10.1080/21614083.2021.1959184
Ron Murray

In common with many scheduled meetings in 2020, the Thirteenth Annual European CME Forum (#13ECF) was conducted between 4 and 6 November 2020 in a virtual format. Faculty and attendees from around the world interacted via plenary sessions, breakout workshops, panel discussions, question and answer sessions, and oral presentations from selected poster authors. The plenaries dealt with topical themes such as outcomes, collaboration, changes in educational activities due to digitisation, accreditation standards, and essential competencies for continuing professional development (CPD) providers. Breakout workshop themes included online and informal learning, a global approach to outcomes, interprofessional collaboration, the role of industry, patients as teachers, simulation, pathways to accreditation and adaptation to the virtual landscape. The Forum provided a comprehensive model of educational practice in the rapidly changing environment brought on by a pandemic.

与 2020 年的许多预定会议一样,第十三届欧洲继续医学教育年度论坛(#13ECF)于 2020 年 11 月 4 日至 6 日以虚拟形式举行。来自世界各地的教师和与会者通过全体会议、分组研讨会、小组讨论、问答环节以及部分海报作者的口头报告进行了互动。全体会议讨论的主题包括成果、合作、数字化带来的教育活动变化、认证标准以及继续职业发展(CPD)提供者的基本能力。分组研讨会的主题包括在线和非正式学习、成果的全球方法、专业间合作、行业的作用、病人即教师、模拟、认证途径和适应虚拟环境。论坛提供了一个在大流行病带来的快速变化环境中开展教育实践的综合模式。
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引用次数: 0
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Journal of European CME
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