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      Exploring the perceived educational impact of COVID-19 on postgraduate training in oncology: impact of self-determination and resilience Translated title: Examen des répercussions perçues de la COVID-19 sur la formation postdoctorale en oncologie : autodétermination et résilience

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          Abstract

          Introduction The COVID-19 pandemic has necessitated unprecedented upheaval to medical, and specifically, cancer care. This includes a rapid reduction in in-person care with a switch to virtual clinics, as well as delays in cancer screening and cancer surgeries1 with subsequent reductions in oncology patient volume. Faculty and learners are limited in their ability to meet in person necessitating a rapid shift to virtual education, or in some cases, suspension or delay of regularly scheduled educational activities. 2 Finally, faculty and trainees may have been redeployed from their planned oncology activities and trainees have had delays and disruptions in credentialing examinations. These changes have potential implications for postgraduate training in oncology. During the SARS outbreak in 2003, the negative impact on undergraduate medical training was documented. 3 In addition, surgical training programs in Italy during COVID-19 reported either a severe reduction (>40%) or complete suppression (>80%) of training exposure during the pandemic. 4 Neither the impact of COVID-19 or other pandemics on oncology training have been reported. In addition, the role of learner motivation, as determined by self-determination theory and resilience, on the perception of these educational impacts is not known. The current situation affords an opportunity to apply the conceptual framework of the role of learner motivation, as determined by self-determination theory and resilience, to interpret the impact of unexpected events on learners. The purpose of this study is to report the degree to which post-graduate trainees in radiation oncology perceive their education has been impacted by COVID-19 and to investigate the influence of motivation (as determined by self-determination theory [SDT]) and resilience on perceptions of educational impact. Methods This study will involve a cross-sectional online survey administered at two time points as informed by the Phases of Collective Trauma Response, which include 1) sudden impact, 2) heroic, 3) disillusionment, 4) rebuilding & restoration and 5) wiser living. 5 The first survey (aimed at the sudden impact phase) will be distributed in June 2020. The second survey (aimed at the rebuilding & restoration phase) will be distributed six months later in December 2020. The study population will be residents and fellows who are members of Canadian Association of Radiation Oncology (CARO) or the Association of Residents in Radiation Oncology (ARRO). The anticipated response rate is 200 trainees based on previous similar studies of these groups. The 82-item survey was created based on a survey study exploring educational impact of SARS in 2003 on undergraduate medical education. 3 The questions were adapted from validated questionnaires, including the Stanford Acute Stress Reaction Questionnaire 6 and the Ways of Coping Questionnaire. 7 Ten items pertaining to the impact of COVID-19 on residents’ ability to travel/network for the purpose of their career, the impact of virtual patient contact during the outbreak on their learning needs, the quality of information they received from social media channels, and the level of social support residents received from mentors and medical staff were added. Twenty-one items assess the impact of COVID-19 on planned oncology training activities, planned research and academic activities, and unplanned clinical and oncology activities. To evaluate whether residents’ personal characteristics influence their perceived impact of COVID-19, the remainder of the survey includes validated measures of resilience and self-determination including the brief resilience scale (BRS), 8 assessing participants’ ability to bounce back in the face of adverse events, and the self-determination scale (SDS), 9 assessing perceived self-awareness and choice in one’s actions. The survey was developed using the best practices from the literature. 10 , 11 The draft survey was circulated to experts in oncology education for peer review including resident physicians to ensure clarity and cognitive pre-testing was performed. Summary This study will provide a summary of the degree to which post-graduate trainees in radiation oncology in North America perceive their education has been impacted by COVID-19. It will also explore how motivation and resilience may impact these perceptions. These data may be used to assist in educational recovery planning and to inform strategies for future disruptions of the clinical training milieu.

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          The brief resilience scale: assessing the ability to bounce back.

          While resilience has been defined as resistance to illness, adaptation, and thriving, the ability to bounce back or recover from stress is closest to its original meaning. Previous resilience measures assess resources that may promote resilience rather than recovery, resistance, adaptation, or thriving. To test a new brief resilience scale. The brief resilience scale (BRS) was created to assess the ability to bounce back or recover from stress. Its psychometric characteristics were examined in four samples, including two student samples and samples with cardiac and chronic pain patients. The BRS was reliable and measured as a unitary construct. It was predictably related to personal characteristics, social relations, coping, and health in all samples. It was negatively related to anxiety, depression, negative affect, and physical symptoms when other resilience measures and optimism, social support, and Type D personality (high negative affect and high social inhibition) were controlled. There were large differences in BRS scores between cardiac patients with and without Type D and women with and without fibromyalgia. The BRS is a reliable means of assessing resilience as the ability to bounce back or recover from stress and may provide unique and important information about people coping with health-related stressors.
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            COVID-19 and medical education

            The coronavirus disease 2019 (COVID-19) outbreak has rapidly transitioned into a worldwide pandemic. This development has had serious implications for public institutions and raises particular questions for medical schools. Frequent rotations between departments and hospitals make medical students potential vectors for COVID-19. Equally, as trainee doctors we stand to learn a tremendous amount and can contribute to the care of patients. More immediate concerns among medical students centre on the impact of COVID-19 on medical education. A substantial number of medical students are in the process of preparing for or undertaking assessments that require clinical exposure. The effect of COVID-19 on medical education could therefore be considerable. Several teaching hospitals in the UK have reported cases of COVID-19, with some hospitals suspending medical and observership students from attending clinical attachments. This suspension might extend to more hospitals as the COVID-19 pandemic continues to develop, which could lead to clinical medical students receiving reduced exposure in specific specialties, causing a detrimental effect to exam performance and competency as foundation year 1 doctors. The situation is more complex for some final year medical students who are in the process of sitting their final assessments. Some medical schools have reduced clinical exposure in the weeks coming up to their final exams to reduce the risk of contracting the virus. Many electives could also be cancelled because of the global prevalence of COVID-19. This situation would not only cause financial losses for students, but also lead to a missed opportunity of working in a health-care system outside of the UK. At this stage, it is difficult to predict what will happen, and most medical schools are following advice from Public Health England to determine how to proceed. Despite widespread panic and uncertainty, the medical community must ask itself what history has taught us about medical education during pandemics. To answer this question, we reflect on the effects of severe acute respiratory syndrome (SARS) on medical education in China at the turn of the century. 1 Some Chinese medical schools officially cancelled formal teaching on wards and their exams were delayed, hindering the education of medical students in the face of the newly emerging epidemic. 1 Similarly, in Canada, the impact of the SARS restrictions led to the cessation of clinical clerkships and electives for students for up to 6 weeks. 2 The Canadian national residency match felt the effect of these limitations, particularly because electives are one of the most crucial factors determining allocation. 1 Despite the challenges posed by the SARS epidemic, several resourceful initiatives were implemented, leading to progress in medical education. In one Chinese medical school, online problem-based learning techniques were implemented to complete the curricula; these methods proved incredibly popular, to the extent that they were applied in subsequent years. These impressive feats illuminate how even in times of distress, solace can always be found. We are waiting to see what ingenuities for medical education will emerge in the face of the COVID-19 pandemic. This online publication has been corrected. The corrected version first appeared at thelancet.com/infection on March 27, 2020.
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              Developing questionnaires for educational research: AMEE Guide No. 87

              In this AMEE Guide, we consider the design and development of self-administered surveys, commonly called questionnaires. Questionnaires are widely employed in medical education research. Unfortunately, the processes used to develop such questionnaires vary in quality and lack consistent, rigorous standards. Consequently, the quality of the questionnaires used in medical education research is highly variable. To address this problem, this AMEE Guide presents a systematic, seven-step process for designing high-quality questionnaires, with particular emphasis on developing survey scales. These seven steps do not address all aspects of survey design, nor do they represent the only way to develop a high-quality questionnaire. Instead, these steps synthesize multiple survey design techniques and organize them into a cohesive process for questionnaire developers of all levels. Addressing each of these steps systematically will improve the probabilities that survey designers will accurately measure what they intend to measure.
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                Author and article information

                Journal
                Can Med Educ J
                Can Med Educ J
                CMEJ
                Canadian Medical Education Journal
                Canadian Medical Education Journal
                1923-1202
                22 January 2021
                26 February 2021
                February 2021
                : 12
                : 1
                : e180-e181
                Affiliations
                [1 ]Radiation Medicine Program, Princess Margret Cancer Centre, Ontario, Canada;
                [2 ]Department of Radiation Oncology, University of Toronto, Ontario, Canada;
                [3 ]Cancer Education, Princess Margret Cancer Centre, Ontario, Canada;
                [4 ]Department of Radiation Oncology, UNC Health Care, North Carolina, USA;
                [5 ]University of Chicago, Illinois, USA;
                [6 ]Department of Radiation Oncology, Boston University School of Medicine, Massachusetts, USA;
                [7 ]Massachusetts General Hospital, Massachusetts, USA;
                [8 ]Cancer Care Ontario, Ontario Health, Ontario, Canada;
                [9 ]Institute of Health Policy, Management & Evaluation, University of Toronto, Ontario, Canada;
                [10 ]Division of Radiation Oncology, University of Calgary, Alberta, Canada;
                [11 ]Department of Surgery, University of British Columbia, British Columbia, Canada
                Author notes
                Correspondence to: Dr Meredith Giuliani, Princess Margaret Cancer Centre. 610 University Ave, Toronto, Ontario, Canada M5G 2M9; email: Meredith.Giuliani@ 123456rmp.uhn.ca
                Article
                CMEJ-12-e180
                10.36834/cmej.70529
                7931485
                33680249
                0ada3f0f-d665-4188-a726-76772d43f38a
                © 2021 Giuliani, Samoil, Agarwal, Croke, Golden, Hirsch, Jimenez, Malik, Papadakos, Wu, Ingledew; licensee Synergies Partners

                This is an Open Journal Systems article distributed under the terms of the Creative Commons Attribution License. ( https://creativecommons.org/licenses/by-nc-nd/4.0) which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is cited.

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