Questioning Aid for Rich, Real-Time Discussion (QARRD): A Tool to Improve Critical Thinking in Clinical Settings.

Introduction: Critical thinking skills are crucial for health professionals, especially in clinical settings. However, most health professions educators engage learners with only lower-level concepts such as definitions, fact recall, or basic explanations. Employing strategic questioning methods that require learners to use higher-order thinking can help develop clinical reasoning skills. Methods: The Questioning Aid for Rich, Real-time Discussion (QARRD) was created for health professions educators to purposefully implement concepts from Bloom's taxonomy and hierarchical questioning in clinical settings. The tool was introduced to faculty in a 1-hour, interprofessional workshop that described learning science and evidence-based questioning methods. Participants practiced QARRD questioning strategies and completed a pre/post case-based evaluation in which they developed discussion prompts for learners. Results: Thirty-seven educators participated in two separate workshops. The majority (71%) of preworkshop prompts were lower-order thinking skills (remembering/understanding). After the workshop, the complexity of participants' discussion prompts increased significantly. Most postworkshop prompts (69%) reflected higher-level thinking skills (apply/analyze/evaluate/create). Many participants reported that, despite previously knowing about Bloom's taxonomy, they had not known how to implement this learning framework in clinical instruction until completing the QARRD training. Discussion: The QARRD is a versatile, practical tool for health professions educators to practice promoting higher-level thinking in clinical settings. QARRD strategies allow educators to make small, purposeful adjustments to instructional methods that meaningfully engage learners to help facilitate clinical reasoning. This workshop can be delivered at other institutions and adapted as a virtual grand rounds to broadly enhance strategic questioning in clinical education.

Recruitment and Retention of Community Preceptors.

BACKGROUND: Recruiting and retaining community-based pediatricians for teaching medical students has been explored through the lens of preceptors and educational leaders. The purpose of this study was to explore the perspective of pediatric department chairs, a key stakeholder group charged with maintaining teaching capacity among a faculty. METHODS: In 2015, members of the Association of Medical School Pediatric Department Chairs and Council on Medical Student Education in Pediatrics joint task force disseminated a 20-item survey to pediatric department chairs in the United States and Canada. Topics included demographics, incentives offered to community pediatricians, and the perceived value and feasibility of such incentives. Data were analyzed using descriptive statistics and χ2 to compare categorical variables. RESULTS: Pediatric department chairs from 92 of 145 (63% response rate) medical schools returned the survey. Sixty-seven percent reported difficulty recruiting or retaining preceptors, and 51% reported high-reliance on preceptors for the ambulatory portion of the pediatrics clerkship. Almost all (92%) cited competition from other programs for the services of community preceptors. The provision of incentives was correlated with perceived feasibility (R2 = 0.65) but not their perceived value (R2 = 0.12). Few (21%) chairs reported providing financial compensation to preceptors. The provision of compensation was not related to reliance but did vary significantly by geographical region (P < .001). CONCLUSIONS: Pediatric departments rely heavily on community-based pediatricians but face competition from internal and external training programs. The perspective of department chairs is valuable in weighing interventions to facilitate continued recruitment and retention of community preceptors.

West Nile virus encephalitis in a child with left-side weakness.

West Nile virus typically causes self-limited fever with flulike symptoms; pediatric cases are rare. We report a unique case involving a 7-year-old girl with left-side weakness and focal temporal lobe findings resembling herpes encephalitis.