Publications by authors named "S Heeneman"

Introduction: Meaningful supervisor-resident relationships enhance feedback and learning, yet not all relationships reach this potential. While there is increasing interest in continuity of supervision (CoS) to build relationships that support feedback and promote learning, there remains a limited understanding of how relationships develop and influence assessment over time. The aim of this study was to explore how supervisors and learners in postgraduate medical education perceive CoS relationships and their impact on feedback and assessment.

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Although Clinical Competency Committees (CCCs) were implemented to facilitate the goals of competency-based medical education, implementation has been variable, and we do not know if and how these committees affected programs and assessment in graduate medical education (GME). To explore the roles CCCs fulfill in GME and their effect on trainees, faculty, and programs. We conducted a narrative review of CCC primary research with the following inclusion criteria: all articles must be research in nature, focused on GME and specifically studying CCCs, and published in English language journals from January 2013 to November 2022.

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To adapt to medical school, students need to change their approaches to learning and study. Transformative learning through critical reflection on disorienting learning experiences supports perspective change to direct new activity. We explored how portfolio meetings support changes in students' perspectives towards learning and study during the transition to studying medicine.

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Purpose: Educational impact is dependent on student engagement. Assessment design can provide a scaffold for student engagement to determine the focus of student efforts. Little is known about how medical students engage with assessment.

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Article Synopsis
  • Atherosclerotic plaques' destabilization is linked to the presence of specific microvessels, which might be leaky, although evidence is still needed.
  • This study aimed to find key molecular drivers of dysfunction in these vessels by analyzing transcriptome data from human atherosclerotic lesions and identifying crucial genes related to microvascular density and inflammation.
  • The research highlighted Spectrin Beta Non-Erythrocytic 1 (sptbn1) as a central gene that, when silenced, increased vascular permeability and inflammation, suggesting it plays a significant role in regulating the leaky characteristics of plaque microvessels related to cardiovascular disease.
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