Authors: Maar M, McGregor L, Desjardins D, Delaney KZ, Bessette N, Reade M
Clinical learning activities involving Indigenous patient actors that specifically address the development of culturally safe care skills among medical students are important in order to improve health care for Indigenous people. In 2020, the COVID-19 pandemic led to strict physical distancing regulations and regional lockdowns that made the in-person delivery of Simulated Cultural Communication Scenarios (SCCS) with Indigenous patient actors impossible due to the disproportionate risk that public health emergencies pose for Indigenous communities. As the pandemic continued in 2021, we co-created a Virtual Visit approach to SCCS for the education of culturally safe care to pre-clerkship medical students. We report on student and tutor evaluation of these virtual sessions and contextualize our findings with our previous results delivering In-Person SCCSs. We found that Virtual Visit SCCS were highly effective in providing authentic exposure to and feedback from Indigenous patients. However, students rated their learning outcomes with Virtual Visit lower than the In-person approach to SCCS. We recommend formal training on interacting with patients in virtual care scenarios prior to Virtual Visit SCCS. We also found that exposure to SCCS with Indigenous animators has the potential to conjure up a diverse spectrum of sometimes unresolved negative feelings related to colonialism among students and tutors including discomfort, embarrassment, and anxiety. Our findings underscore the importance of resolving these sentiments within the safe environment of a classroom. To prepare Indigenous as well as non-Indigenous students and tutors adequately, it is important to acknowledge and critically deconstruct the embodiment of colonialism and Indigenous-settler relations when teaching physicians, as well as future physicians, preparedness for culturally safe care of Indigenous peoples.
Keywords: MeSH terms: health services; cultural competency; indigenous; patient simulation;
PubMed: https://pubmed.ncbi.nlm.nih.gov/35392591/
DOI: 10.1177/23821205221091034