Purpose: It has been widely noted that existing healthcare systems do not always function effectively for the transgender population. Despite existing healthcare barriers, however, transgender individuals have been shown to have positive healthcare experiences. This study explored a cohort of transgender individuals who had positive healthcare experiences, and those who were involved in creating a positive healthcare experience for transgender individuals.Methods: A single case study was conducted, which included 10 interviews with transgender individuals, healthcare providers, and friends/family/significant others of transgender individuals. Data were analyzed through thematic analysis.Results: Seven key themes emerged within macro levels (large-scale system), meso levels (local/interpersonal), and micro levels (individual/internal) of healthcare system support. At a macro level, few system strengths were shown, with hope for change in the future. On a meso level, both external supports and informal networking emerged as key factors in positive healthcare experiences. At the micro level, self-navigation, characteristics for success, and personal strategy development were important for achieving positive experiences.Conclusion: Factors that contribute to positive healthcare experiences for transgender individuals were outlined in this study, showing that meso and micro level support compensate for large-scale healthcare system deficits.

Introduction Over 50% of medical students worldwide report experiencing mistreatment and abuse during their clinical education, yet only a small proportion of students report these concerns to administration. It is unknown how medical students make sense of their experiences of mistreatment and come to decide whether to formally report these experiences. Improved understanding of this phenomenon will facilitate changes at the administrative and institutional levels to better support students. Methods Using Constructivist Grounded Theory, we interviewed 19 current and former medical students from one institution about their experiences with mistreatment and reporting. Data were analysed in an iterative fashion, using focused and theoretical forms of coding. Results The decision of whether to report mistreatment is only one phase in the process that students report experiencing when encountering mistreatment. This process can be understood as a journey consisting of five phases: Situating, Experiencing and Appraising, Reacting, Deciding and Moving Forward. Students move through these phases as they come to understand their position as medical learners and their ability to trust and be safe within this institution. Each experience of mistreatment causes students to react to what has happened to them, decide if they will share their experiences and reach out for support. They choose if they are going to report the mistreatment, at what cost and for what outcomes. Students continue through their training while incorporating their experiences into their understanding of the culture in which they are learning and continually resituating themselves within the institution. Discussion Student perceptions of trust or mistrust in their educational institution are highly influential when it comes to reporting mistreatment. Interventions designed to support students and decrease exposure to mistreatment may be best focused on increasing organisational trust between students and the medical school.

IntroductionThe mistreatment or abuse (maltreatment) of medical learners by their peers and supervisors has been documented globally for decades, and there is significant research about the prevalence, sequelae and strategies for intervention. However, there is evidence that learners experience maltreatment as being less clear cut than do researchers, educators and administrators. This definitional ambiguity creates problems for understanding and addressing this issue. The objective of this study was to understand how medical learners and educators make sense of less‐than‐ideal interactions in the clinical learning environment, and to describe which factors influenced their perception that the encounter constituted maltreatment.MethodsUsing constructivist grounded theory, we interviewed 16 medical students, 15 residents or fellows, and 18 educators associated with a single medical school (n = 49). Data collection began with the most junior learners, iterating with analysis as we progressed through the project. Constant comparative analysis was used to gather and compare stories of ‘definitely’, ‘maybe’ and ‘definitely not’ maltreatment across a variety of axes including experience level, clinical setting and type of interaction.ResultsOur data show that learners and educators have difficulty classifying their experiences of negative interpersonal interaction, except in the most severe and concrete cases. While there was tremendous variation in the way they categorised similar experiences, there was consistency in the elements drawn upon to make sense of those experiences. Participants interpreted negative interpersonal interactions on an individual basis by considering factors related to the interaction, initiator and recipient.ConclusionsOnly the most negative behaviour is consistently understood as maltreatment; a complex process of individual sense‐making is required to determine the acceptability of each interaction. The differences between how individuals judge these interactions highlight an opportunity for administrative, research and faculty development intervention.

Background: Medical schools spend considerable time, effort, and money on recognition initiatives for rural and distributed medical education (DME) faculty. Previous literature has focused on intrinsic motivation to teach and there is little in the literature to guide institutional recognition efforts or to predict which items or types of recognition will be most appreciated. Methods: To better understand how rural and DME faculty in Canada value different forms of recognition, we asked faculty members from all Canadian medical schools to complete a bilingual, national online survey evaluating their perceptions of currently offered rewards and recognition. The survey received a robust response in both English and French, across nine Canadian provinces and one territory. Results: Our results indicated that there were three distinct ways that preceptors looked at recognition; these perspectives were consistent across geographic and demographic variables. These “clusters” or “currencies of recognition” included: i) Formal institutional recognition, ii) connections, growth and development, and iii) tokens of gratitude. Financial recognition was also found to be important but separate from the three clusters. Some preceptors did value support of intrinsic motivation most important, and for others extrinsic motivators, or a mix of both was most valued. Conclusions: Study results will help medical schools make effective choices in efforts to find impactful ways to recognize rural and DME faculty.

Background: The Michael G. DeGroote School of Medicine expanded its medical education across three campus sites (Hamilton, Niagara Regional and Waterloo Regional) in 2007. Ensuring the efficacy and equivalency of the quality of training are important accreditation considerations in distributed medical education.  In addition, given the social accountability mission implicit to distributed medical education, the proportion of learners at each campus that match to family medicine residency programs upon graduation is of particular interest. Methods: By way of between campus comparisons of Canadian Residency Matching Service (CaRMS) match rates, this study investigates the family medicine match proportion of medical students from McMaster’s three medical education campuses. These analyses are further supported by between campus comparisons of Personal Progress Index (PPI), Objective Structured Clinical Examination (OSCE), Medical Council of Canada Qualifying Examination-Part 1 (MCCQE1) performances that offer insight into the equivalency and efficacy of the educational outcomes at each campus. Results: The Niagara Regional Campus (NRC) demonstrated a significantly greater proportion of students matched to family medicine. With respect to education equivalency, the proportion of students’ PPI scores that were more than two SD below the mean was comparable across campuses.  OSCE analysis yielded less than 2% differences across campuses with no differences in the last year of training.  The MCCQE1 pass rates were not statistically significant between campuses and there were no differences in CaRMS match rates. With respect to education efficacy, there were no differences among the three campuses’ pass rates on the MCCQE1 and CaRMS match rates with the national rates. Conclusions: Students in all campuses received equivalent educational experiences and were efficacious when compared to national metrics, while residency matches to family medicine were greater in the NRC. The reasons for this difference may be a factor of resident and leadership role-models as well as the local hospital and community environment.

has been a member of the Department of Nuclear Engineering and Radiological Sciences at the University of Michigan since January 1990. His research focuses on numerical and mathematical analysis of problems in plasma kinetic theory, radiation transport and shielding, inverse problems, high energy density physics and uncertainty quantification. He has also served as Chair of the NRE Division of ASEE.

Background: Undergraduate medical students seek as much information as possible as to how residency programs select candidates.  The Canadian Residency Matching Service (CaRMS) website is one of their primary sources of information. Students may be more competitive in the match if they know whether scholarly activity is used in the selection process by their preferred programs, as described on the CaRMS website.. Methods: For all 17 Canadian faculties of medicine, 2019 R1 entry internal medicine, family medicine and pediatrics program descriptions were reviewed on the CaRMS website looking for keywords related to scholarly activity. Results: Forty-one percent of family medicine, 65% of internal medicine and 71% of pediatric programs explicitly stated having interest in applicants with scholarly experience. In Western Canada, 80% of internal medicine and 60% of pediatrics programs included scholarly activity in their CaRMS description of criteria considered in ranking applications. Similarly, in Ontario, 66% of internal medicine and 83% of pediatrics programs mentioned scholarly activity as a valuable quality. In Quebec 100% of family medicine and 50% of pediatrics programs include scholarly activity in their descriptions. Pediatrics and internal medicine programs (100%) in Atlantic Canada mentioned scholarly activities but neither of the two Atlantic Canada internal medicine programs mentioned scholarly activities. Conclusion: Undergraduate medical students can use this project to prioritize extracurricular activities and scholarly work to be competitive for application to family medicine, internal medicine and pediatrics residency programs.

Implication Statement Medical education is increasingly delivered at distributed sites away from Academic Health Sciences Centres. The Council of Ontario Faculties of Medicine recommends schools develop resources and metrics to foster regional campus scholarly activity.   Opportunities for distributed program trainees must support learning core skills in research and critical appraisal to comply with medical school accreditation standards and to develop their interests and skills in scholarly work for their future medical careers.  We describe a scholarly activity program that is a template for distributed campuses or regional teaching sites seeking to increase learner and faculty engagement and research productivity.