Developing a Center for Education Research and Scholarship in a Department of Pediatrics.

This article was migrated. The article was marked as recommended. Background The skills needed to engage in scholarship in medical education are not part of the training that all physicians acquire. To build skills and promote scholarship, we developed a Center for Education Research and Scholarship (CERS) in the Department of Pediatrics at the University of Colorado. In this paper, we offer recommendations for others who seek to establish departmental-level efforts to support education. Approach and Lessons Learned CERS provides an "education home" for those interested in education scholarship, supplementing campus-wide efforts such as an Academy of Medical Educators. Mentorship from two experienced leaders in medical education provided a foundation for other faculty in the department and helped to build scholarship efforts more broadly. Through a weekly meeting and an annual departmental retreat, CERS provides opportunities for community among educators, faculty development in the skills needed to engage in education research, and a forum for generating ideas and planning projects. Essential resources for success include at least one leader with expertise in educational research, an administrative and/or research assistant, and some funding for faculty time and initiation of projects. Mentors with experience in education research and scholarship are also needed, although a group of mentors quickly grows as more individuals engage. Results Benefits to the department include peer-reviewed presentations and publications in medical education, with regional, national, and international recognition. Faculty members can focus on medical education as a key component of their careers, and the quality of education programs is enhanced. Conclusions While it takes time to fully develop a departmental center for education scholarship, it is possible to start small and grow. One or two leaders in education with vision can begin the effort and engage others, and the faculty will begin to experience the satisfaction of collaborative projects in education, successful innovation, and dissemination of scholarship.

Conducting Quantitative Medical Education Research: From Design to Dissemination.

Rigorous medical education research is critical to effectively develop and evaluate the training we provide our learners. Yet many clinical medical educators lack the training and skills needed to conduct high-quality medical education research. We offer guidance on conducting sound quantitative medical education research. Our aim is to equip readers with the key skills and strategies necessary to conduct successful research projects, highlighting new concepts and controversies in the field. We utilize Glassick's criteria for scholarship as a framework to discuss strategies to ensure that the research question of interest is worthy of further study and how to use existing literature and conceptual frameworks to strengthen a research study. Through discussions of the strengths and limitations of commonly used study designs, we expose the reader to particular nuances of these decisions in medical education research and discuss outcomes generally focused on, as well as strategies for determining the significance of consequent findings. We conclude with information on critiquing research findings and preparing results for dissemination to a broad audience. Practical planning worksheets and comprehensive tables illustrating key concepts are provided in order to guide researchers through each step of the process. Medical education research provides wonderful opportunities to improve how we teach our learners, to satisfy our own intellectual curiosity, and ultimately to enhance the care provided to patients.

Not all rickets is vitamin D deficiency.

Although vitamin D deficiency is a common cause of rickets, other types of rickets, including hereditary forms, must be considered in the differential diagnosis. The patient described here presented for evaluation of bowing of his lower extremities, and was ultimately diagnosed with X-linked hypophosphatemic rickets, a disorder caused by renal wasting of phosphate that occurs as a result of a mutation in the PHEX gene.