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The Impact regarding Informative Sources as well as Perceived Ability upon Health-related Education and learning Performance.
cal education background.
While type 1 diabetes is frequently encountered clinically in pediatric endocrinology fellowship training, other types of diabetes may only be encountered in educational settings. Adult learners learn best through knowledge application, but to date there are no published curricula utilizing application educational strategies for all forms of diabetes.

We utilized a team-based learning (TBL) approach to create four modules on different types of diabetes type 1 diabetes, type 2 diabetes, neonatal diabetes, and maturity-onset diabetes of the young. We divided our fellows (all training years,
= 11) into two teams and delivered four separate, 90-minute sessions. To emphasize the application of knowledge, we modified the format to combine the readiness assurance test (RAT) with application problem (APP) questions. The combined RAT/APP questions were answered by individuals and teams. We analyzed scores from individual and team tests and evaluated each module. Additionally, we acquired subjective data from the fellows regarding their experiences.

Teams outperformed individuals on the tests, as expected (94% vs. 76% correct questions, respectively). All the fellows agreed that the sessions should be included permanently. Additionally, all agreed the sessions helped them apply knowledge. Subjectively, the fellows were very engaged and lively during the sessions and felt the sessions were feasible as implemented.

TBL can be a valuable educational strategy to increase the application of knowledge for diabetes in pediatric endocrinology fellows. Future studies examining the use of this strategy to increase critical thinking skills and knowledge retention in the long-term would be useful.
TBL can be a valuable educational strategy to increase the application of knowledge for diabetes in pediatric endocrinology fellows. Future studies examining the use of this strategy to increase critical thinking skills and knowledge retention in the long-term would be useful.
Cross-cover, the process by which a nonprimary team physician cares for patients, usually during afternoons, evenings, and weekends, is common in academic medical centers. With the advent of residency duty-hour restrictions, cross-cover care has increased, making education in effective cross-coverage an urgent need.

We implemented a cross-cover didactic activity composed of 18 interactive cases with 29 senior medical students enrolled in an internal medicine residency preparation course. The curriculum was facilitated by one faculty member and one senior medical resident and utilized think-pair-share learning techniques to discuss an approach to a range of common (both urgent and routine) cross-cover scenarios. We analyzed confidence and feelings of preparedness pre- and postintervention. We also examined differences in medical knowledge based on two multiple-choice written cross-cover cases that addressed both medical management and triage.

This curriculum significantly improved feelings of confidence (from 1.8 to 3.2,
< .0001), reduced anxiety (from 4.5 to 4.1,
< .03), and improved performance in clinical case scenarios (from 82% to 89%,
< .02).

This curriculum covered not only the important medical aspects of cross-cover care (e.g., diagnostics and management) but also equally important roles of cross-cover, such as how to effectively triage cross-cover scenarios. The curriculum was well received by students.
This curriculum covered not only the important medical aspects of cross-cover care (e.g., diagnostics and management) but also equally important roles of cross-cover, such as how to effectively triage cross-cover scenarios. The curriculum was well received by students.
Social networking sites (or social media [SM]) are powerful web-based technologies used to bolster communication. SM have changed not only how information is communicated but also the dissemination and reception of a variety of topics. This workshop highlighted the benefits of SM for clinician educators. The use of SM was explored as a way to maximize opportunities for clinician educators to network, establish themselves as experts, and build a national reputation leading to promotion. find more The target audience for this submission is faculty developers who would like to implement a similar workshop, and clinician-educator faculty motivated by promotion and advancement.

The training workshop involved an interactive session, with approximately 20 minutes of content, 20 minutes of individual and small-group activities, and 15 minutes of large-group discussion. The effectiveness of the workshop was evaluated by asking participants to complete a postsession survey of SM knowledge, attitude, and action.

Survey responses (
= 14) demonstrated an increase in participants' knowledge of SM platforms, ability to identify benefits of SM, skills to disseminate their work, and eagerness to build their personal brand.

This workshop provided a foundation for clinician educators to think strategically about SM use in ways that highlight access to a broader network of colleagues and potential collaborators and that influence the impact of publications and work.
This workshop provided a foundation for clinician educators to think strategically about SM use in ways that highlight access to a broader network of colleagues and potential collaborators and that influence the impact of publications and work.
As global travel becomes more prevalent, medical students may be asked to care for patients with unforeseen exposures. We developed a simulation where clerkship medical students interviewed and examined a patient with recent travel who presented with bloody diarrhea and abdominal pain and was diagnosed with amebic colitis. The students had the opportunity to develop a differential diagnosis and discuss the workup of the patient.

We divided students into two groups. Each group took a turn participating in the simulation while the other group observed. Students were expected to interview and examine the patient as well as treat any urgent findings and develop a differential diagnosis. After each simulation, we reconvened with both groups for a faculty-led debriefing session to discuss the learning objectives, including approaches to caring for a patient with diarrhea and the differential diagnosis and workup of bloody diarrhea.

To date, five different groups of six to 12 students have completed this simulation.
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