Few studies have evaluated the effects of a community health worker (CHW) intervention on social determinants and caregiver distress. This study assesses the impact of a CHW program for caregivers of children with special health care needs (CSHCN) on these factors in addition to confidence in self-management. A retrospective, pre-post analysis was conducted for those who completed a CHW program. Caregivers reported high levels of distress, low educational attainment, linguistic isolation, positive depression screens, and food and housing issues at baseline. On completion of the program, there was significant improvement in caregiver distress scores ( P < .001) and in understanding of their children’s diagnoses ( P < .001). Furthermore, the number of caregivers reporting food or housing issues was significantly reduced ( P < .01 and P < .01, respectively). This study demonstrates the feasibility and potential effects of a CHW intervention for CSHCN and highlights the need for a large-scale controlled trial to further evaluate impact.
During the height of the COVID-19 pandemic, telemedicine visits surged to increase access and maintain continuity of care, while reducing transmission of disease. However, few curricula exist for training residents on how to care for patients via telemedicine, especially in pediatrics. We aimed to create and evaluate an interactive, competency-based pilot curriculum, to meet the urgent need to train residents in telemedicine. The curriculum was developed in 2020 and includes a didactic, cased-based discussions, and direct observation exercise. A model for precepting residents, adhering to new ACGME guidelines, was also created to further engage residents in telemedicine in the outpatient general pediatrics settings. To evaluate the curriculum, we assessed feasibility of a direct observation to provide feedback and we conducted pre and post surveys to assess for changes in residents’ self-reported skills in performing telemedicine visits following implementation of the curriculum. 16 residents participated in the curriculum and 15 completed both the pre and post surveys (93%). Residents’ self-reported efficacy in performing key components of telemedicine visits, including completion of telemedicine visit (p = 0.023), initiation of visits (p = 0.01), and documentation (p = 0.001) all improved significantly following implementation. Residents’ perception of patient satisfaction with telemedicine and personal perception of ease of use of the telemedicine system increased, though neither were statistically significant. Uptake of the direct observation exercise was nearly universal, with all but one resident having a direct observation completed during their ambulatory month. This novel, interactive telemedicine pilot curriculum for residents addresses ACGME competencies and provides residents with a toolkit for engaging in telemedicine.
Background
: There is increasing recognition in medical education that greater emphasis must be placed on preparing graduating medical students for their new roles as interns. Few publications in the literature have described transition-to-residency curricula specifically for students interested in pediatrics or pediatric-related fields
Approach
: We developed novel online pediatric cases, embedded within an innovative, hybrid transition-to-residency course, to address high yield, multi-disciplinary topics within the context of several of the AAMC’s identified Entrustable Professional Activities
Evaluation
: The pilot cases were evaluated over two academic years (2018, 2019) at a single academic medical center as part of routine student course evaluation (N = 18/35) with the 2019 evaluation containing additional retrospective pre-post survey questions (N = 9/18) assessing self-reported changes in knowledge. Almost all students were very satisfied or satisfied with the modules overall (94%), the quality of the resources provided (100%), and the structure and clarity of the presentation of the material (100%). Among the students who completed the retrospective pre-post survey after participation in the online modules, significant self-reported improvements were noted in writing orders to the pediatrics floor (Z = −2.07, p = 0.04), providing anticipatory guidance (Z = −2.0,p = 0.046), formulating a differential diagnosis for common pediatric conditions (Z = −2.24, P = 0.03), and preparedness for managing common pediatric floor emergencies (Z = −2.33, P = 0.02).
Reflection
: We demonstrated feasibility of implementation of an interactive, online case-based curriculum, medical student satisfaction with content and delivery, and increased self-reported knowledge after completion of the pilot pediatric cases on the online, asynchronous learning platform.
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