Emergency Medicine Education Research Articles

Re: “Comparison of Online and Classroom‐based Formats for Teaching Emergency Medicine to Medical Students in Uganda”

Re: “Comparison of Online and Classroom‐based Formats for Teaching Emergency Medicine to Medical Students in Uganda”

Teaching Point-of-Care Ultrasound (POCUS) to Visiting Iraqi Physicians Using the Train-the-Trainer Model

The development of emergency medicine is still in its early stages throughout Iraq because the concept of emergent patient care by appropriately trained physicians is not fully established. Emergency medicine education is limited, and more specifically, bedside emergency ultrasound education is nonexistent. Continued advancements in ultrasound equipment provide opportunities for point-of-care ultrasound (POCUS) to be a cost-effective diagnostic tool in rural and underdeveloped areas throughout the world. As a component of The University of Toledo College of Medicine and Life Sciences Global Health Program, faculty and residents from The University of Toledo Emergency Residency Program had the opportunity to train non-emergency medicine educated physicians from Iraq utilizing POCUS training as a tool to advance emergency medicine in this region. Two Iraqi trained surgeons were placed into POCUS training sessions as participants of a one-month educational program to advance emergency medicine in Iraq. The assessment of their ultrasound education pre-and post-training through bedside ultrasound teaching and image recognition revealed significant retention of knowledge and utilization of this modality that could be implemented in advancing emergency medicine in Iraq as part of a train-the-trainer program.

Emergency health education in a conflict stricken environment: A situational analysis.

IntroductionBosasso General Hospital is located in Puntland Somalia, an area affected by prolonged civil conflict, terrorism, clan fighting and piracy. International evidence highlights that staff skills and competence may have a significant impact on patient outcomes however there has been little research on emergency education in such an austere and volatile environment. The purpose of this study therefore was to identify current practices and gaps in delivering emergency medicine education in this resource-deprived environment.MethodsA mixed methods approach was adopted to inform convergent parallel data collection techniques including questionnaire (n = 16), key informant (n = 5) and focus group interviews (n = 16). Data analysis, following data triangulation, produced descriptive quantitative statistics of themes such as emergency care, educational provision, enablers and barriers.ResultsThe research showed that among health care staff at the hospital, 19% of the nurses felt that visiting nurses offer some knowledge on emergency care, while 38% of knowledge was gained from visiting doctors. Regarding knowledge of emergency medicine, 88.9% of the nurses felt that emergency medicine is basically first aid.DiscussionEmergency care was perceived by the majority as essentially ‘first aid’. Many indicated that they received little or no regular or formal training on emergency care and related essential topics. In terms of challenges faced in delivering emergency care education demonstrated a common factor in the limited resources available which included lack of teaching materials, reading materials, online resources, health care professionals, equipment and mentors. Conclusions drawn suggest that the knowledge of emergency medicine by front line professionals is limited. Therefore, the development of field curricula, practical and theoretical training by visiting practitioners, provision of additional teaching aids, tools and equipment, integration of multiple disciplines in training and financial resource mobilisation would be beneficial in improving knowledge, attitudes and practices of emergency care.

LO12: Implementation of an editorial internship at the Canadian Journal of Emergency Medicine to foster education and participation in academic emergency medicine

Introduction: Medical journals are an essential venue for knowledge translation. Skilled reviewers and editors are required to ensure quality standards in research publications and yet postgraduate programs rarely include this training in their curricula. Imparting appropriate skills and developing capacity in journalship has thus proved challenging. The Canadian Journal of Emergency Medicine (CJEM) is the national journal for Emergency Medicine (EM) in Canada. The CJEM editorial board recently decided to provide longitudinal mentorship for junior academic faculty members and trainees through an editorial internship. The internship had three goals for participants: (1) introduce and develop the responsibilities and skills of a good editor; (2) enhance a career in academic EM; and, (3) galvanize future participation as a reviewer or editor in scientific publications. Methods: The senior editorial board of CJEM and the inaugural intern developed a one-year Editorial Internship that was launched in June 2017. The curricular framework was designed by current and prior CJEM senior editors from four Canadian universities, and was informed by similar programs in the United States. The curriculum was refined iteratively based on feedback and discussion between the senior editors and intern. The internship was designed for a single individual in the Canadian EM community, including residents, pediatric fellows and practicing emergency physicians. Results: To develop the responsibilities and skills of being a good editor, the intern performed six mentored reviews of manuscripts either under current review at CJEM or previous submissions identified as difficult peer review decisions. In addition, the intern learned about CJEM values and norms by participating in monthly videoconference meetings and quarterly editorial board meetings. To enhance an academic career, the intern was assigned two writing projects under the guidance of senior editors for publication in CJEM, and completed an online critical appraisal course. Conclusion: The inaugural editorial intern gained experience as an editor and produced scholarly work. We feel the internship met its first two goals, and CJEM has committed to continue the internship annually. The ultimate determination of whether the internship achieved its third goal will only be known after longitudinal tracking of participants career involvement in academic publishing and editing.

MP21: Global emergency medicine fellowship: establishing a global EM training program at Queen’s University

Introduction: Global Emergency Medicine (Global EM) is growing rapidly as an academic niche in Canada. An increasing number of Canadian emergency physicians work internationally as part of their practice, and trainees consistently seek out international projects and electives. For the most part however, residents have had to create their own training opportunities as formal Global EM fellowship training has been lacking in Canada. To address this identified need, Queens University established a Global EM fellowship, the first of its kind in the country. Methods: The fellowship is designed to provide the skills necessary for an academic career in Global Emergency Medicine. Curriculum and objectives are modeled on similar well-established fellowships in the United States. Areas of expertise include emergency medicine systems development, humanitarian medicine, disaster response, public health, tropical medicine, research, administration and education. Fellows have the opportunity to tailor their training according to their specific interests within these domains. Importantly, the fellowship provides direct mentorship from academic global EM and public health physicians, and networking opportunities within the global health sphere. Results: The two-year fellowship curriculum is divided between: 1) coursework to complete a Master of Public Health (MPH) Degree 2) fieldwork 3) relevant international emergency medicine training courses and 4) clinical work in the emergency departments at the Kingston Health Sciences Center. The Queens Global EM fellowship admitted its first fellow in August 2017. To date, the inaugural fellow has completed the MissionCraft Leadership in Disaster Relief course as well as a Humanitarian U Disaster and Response course, in addition to submitting a research grant as a co-principal investigator, starting coursework for an MPH degree and giving several invited lectures on humanitarian medicine. The fellow also travelled to Lebanon to support research in collaboration with aid organizations responding to the Syrian crisis. Upcoming fieldwork involves teaching at a newly established emergency medicine residency program in Haiti as well as a humanitarian crisis deployment. Conclusion: In response to a lack of formal international emergency medicine training opportunities in Canada, Queens University has established a Global Emergency Medicine fellowship. The fellowship aims to provide protected time, access to field opportunities and dedicated mentorship to develop the skills necessary to succeed as an academic Global EM physician. We believe it provides a unique opportunity to significantly expand fellows experiences in global health fieldwork, education and research while continuing to practice in a Canadian tertiary emergency department.

LO36: The state of advocacy in postgraduate medical education: a literature review

Introduction: Health advocacy training is an important part of emergency medicine practice and education. There is little agreement, however, about how advocacy should be taught and evaluated in the postgraduate context, and there is no consolidated evidence-base to guide the design and implementation of post-graduate health advocacy curricula. This literature review aims to identify existing models used for teaching and evaluating advocacy training, and to integrate these findings with current best-practices in medical education to develop practical, generalizable recommendations for those involved in the design of postgraduate advocacy training programs. Methods: Ovid MEDLINE and PubMed searches combined both MeSH and non-MeSH variations on advocacy and internship and residency. Forward snowballing that incorporated grey literature searches from accreditation agencies, residency websites and reports were included. Articles were excluded if unrelated to advocacy and postgraduate medical education. Results: 507 articles were identified in the search. A total of 108 peer reviewed articles and 38 grey literature resources were included in the final analysis. Results show that many regulatory bodies and residency programs integrate advocacy training into their mission statements and curricula, but they are not prescriptive about training methods or assessment strategies. Barriers to advocacy training were identified, most notably confusion about the definition of the advocate role and a lower value placed on advocacy by trainees and educators. Common training methods included didactic modules, standardized patient encounters, and clinical exposure to vulnerable populations. Longitudinal exposure was less common but appeared the most promising, often linked to scholarly or policy objectives. Conclusion: This review indicates that postgraduate medical education advocacy curricula are largely designed in an ad-hoc fashion with little consistency across programs even within a given discipline. Longitudinal curriculum design appears to engage residents and allows for achievement of stated outcomes. Residency program directors from emergency medicine and other specialties may benefit from promising models in pediatrics, and a shared portal with access to advocacy curricula and the opportunity to exchange ideas related to curriculum design and implementation.

Free Open Access Medical Education (FOAM) in Emergency Medicine: The Global Distribution of Users in 2016.

IntroductionFree open-access medical education (FOAM) is a collection of interactive online medical education resources—free and accessible to students, physicians and other learners. This novel approach to medical education has the potential to reach learners across the globe; however, the extent of its global uptake is unknown.MethodsThis descriptive report evaluates the 2016 web analytics data from a convenience sample of FOAM blogs and websites with a focus on emergency medicine (EM) and critical care. The number of times a site was accessed, or “sessions”, was categorized by country of access, cross-referenced with World Bank data for population and income level, and then analyzed using simple descriptive statistics and geographic mapping.ResultsWe analyzed 12 FOAM blogs published from six countries, with a total reported volume of approximately 18.7 million sessions worldwide in 2016. High-income countries accounted for 73.7% of population-weighted FOAM blog and website sessions in 2016, while upper-middle income countries, lower-middle income countries and low-income countries accounted for 17.5%, 8.5% and 0.3%, respectively.ConclusionFOAM, while largely used in high-income countries, is used in low- and middle-income countries as well. The potential to provide free, online training resources for EM in places where formal training is limited is significant and thus is prime for further investigation.

The Uphill Battle of Performing Education Scholarship: Barriers Educators and Education Researchers Face.

IntroductionEducators and education researchers report that their scholarship is limited by lack of time, funding, mentorship, expertise, and reward. This study aims to evaluate these groups’ perceptions regarding barriers to scholarship and potential strategies for success.MethodsCore emergency medicine (EM) educators and education researchers completed an online survey consisting of multiple-choice, 10-point Likert scale, and free-response items in 2015. Descriptive statistics were reported. We used qualitative analysis applying a thematic approach to free-response items.ResultsA total of 204 educators and 42 education researchers participated. Education researchers were highly productive: 19/42 reported more than 20 peer-reviewed education scholarship publications on their curricula vitae. In contrast, 68/197 educators reported no education publications within five years. Only a minority, 61/197 had formal research training compared to 25/42 education researchers. Barriers to performing research for both groups were lack of time, competing demands, lack of support, lack of funding, and challenges achieving scientifically rigorous methods and publication. The most common motivators identified were dissemination of knowledge, support of evidence-based practices, and promotion. Respondents advised those who seek greater education research involvement to pursue mentorship, formal research training, collaboration, and rigorous methodological standards.ConclusionThe most commonly cited barriers were lack of time and competing demands. Stakeholders were motivated by the desire to disseminate knowledge, support evidence-based practices, and achieve promotion. Suggested strategies for success included formal training, mentorship, and collaboration. This information may inform interventions to support educators in their scholarly pursuits and improve the overall quality of education research in EM.

The role of emergency medicine clerkship e-Portfolio to monitor the learning experience of students in different settings: a prospective cohort study

BackgroundAlthough emergency departments provide acute care learning opportunities for medical students, student exposure to recommended curriculum presentations and procedures are limited. In this perspective, clinical environments providing learning opportunities for students should be monitored as part of an ongoing quality improvement process. This study aims to analyze student exposures and their involvement levels in two different hospitals (Tawam and Al Ain) so as to improve the teaching and learning activities.MethodsThis is a prospective study on all 76 final year medical students’ electronic logbooks (e-Portfolio) of the academic year 2016/2017.ResultsStudents recorded 5087 chief complaints and 3721 procedures. The average patient and procedure exposure in a shift per student in Al Ain Hospital compared with Tawam Hospital were 7.2 vs 6.4 and 5.8 vs 4.3, respectively. The highest full involvement with presentations was seen in the pediatric unit (67.1%, P < 0.0001). Urgent care shifts demonstrated the highest area of “full involvement” with procedures for our students (73.2%, P < 0.0001). Students’ highest involvement with presentations and procedures were found during the night shifts (P < 0.0001, 66.5 and 75.1%, respectively).ConclusionsThe electronic portfolio has proven to be a very useful tool in defining the learning activities of final year medical students during their emergency medicine clerkship and in comparing activities in two different clinical settings. Data collected and analyzed using this e-Portfolio has the potential to help medical educators and curriculum designers improve emergency medicine teaching and learning activities.

The Development and Validation of a Concise Instrument for Formative Assessment of Team Leader Performance During Simulated Pediatric Resuscitations.

The aim of this study was to assess the validity of a formative feedback instrument for leaders of simulated resuscitations. This is a prospective validation study with a fully crossed (person × scenario × rater) study design. The Concise Assessment of Leader Management (CALM) instrument was designed by pediatric emergency medicine and graduate medical education experts to be used off the shelf to evaluate and provide formative feedback to resuscitation leaders. Four experts reviewed 16 videos of in situ simulated pediatric resuscitations and scored resuscitation leader performance using the CALM instrument. The videos consisted of 4 pediatric emergency department resuscitation teams each performing in 4 pediatric resuscitation scenarios (cardiac arrest, respiratory arrest, seizure, and sepsis). We report on content and internal structure (reliability) validity of the CALM instrument. Content validity was supported by the instrument development process that involved professional experience, expert consensus, focused literature review, and pilot testing. Internal structure validity (reliability) was supported by the generalizability analysis. The main component that contributed to score variability was the person (33%), meaning that individual leaders performed differently. The rater component had almost zero (0%) contribution to variance, which implies that raters were in agreement and argues for high interrater reliability. These results provide initial evidence to support the validity of the CALM instrument as a reliable assessment instrument that can facilitate formative feedback to leaders of pediatric simulated resuscitations.

Designing and Implementing Emergency Department Pain Management Curriculum: A Delphi Approach.

Our primary objective was to use the Delphi method (DM) to choose learning objectives for an Internet-based pain management teaching module for emergency care providers. The DM is a structured communication technique that uses systematic, interactive data gathering to reach a consensus among a panel of experts. We extracted preliminary educational objectives from nationwide pain fellowship training programs. After redundant objectives and those relating to procedures outside the scope of emergency medicine (EM) were removed, 23 preliminary objectives remained. We enlisted experts in EM, medical toxicology, anesthesia, pain, psychiatry, and medical education to evaluate the objectives in repeated rounds. Based on the time we had designated for teaching (3 hours) and our estimate of 15 to 20 minutes for each learning objective, we aimed for nine to 12 final learning objectives. The expert panel rated the 23 preliminary objectives with a 5-point Likert scale. Experts were blinded to each other's answers. When 80% of experts agreed with proposed objectives, objectives were considered "accepted" and retained. When 80% of experts disagreed with proposed objectives, the objectives were considered "rejected" and discarded. The remaining objectives were considered in subsequent rounds. In the first round, one objective was rejected and four were accepted. In the second round, four objectives were rejected and five were accepted. Having reached nine objectives the panel unanimously agreed that the nine objectives were sufficient to be used as a foundation for teaching modules. Using the DM, our expert panel identified nine educational objectives that were used as the foundation for an educational module. Of the nine objectives, three were categorized as "medical knowledge," two as "pharmacologic knowledge," two as "patient communication," and two as "systems-based practice." The learning objectives are as follows: recognize common barriers to treating pain; understand alternative interventional therapies used to treat different kinds of pain their implications, benefits, and risks; identify common component symptoms that may exacerbate chronic pain (i.e., depression, anxiety, delirium, cachexia, dyspnea); study the major drug groups used to treat different kinds of pain; recognize the risks of polypharmacy; set realistic expectations with patients early in their presentation to the emergency department (ED); educate patients as the risks of different classes of pain medications, including risk of addiction; understand the legal and regulatory issues that govern pain management in the ED; and understand in-hospital resources available for patient follow up and referral to pain clinics. We successfully used the DM to develop educational objectives for an e-learning module. Further work should evaluate educational outcomes of the teaching module.

Incorporating an Interprofessional Education Emergency Medicine Simulation into Medical Laboratory Science Curriculum

Incorporating an Interprofessional Education Emergency Medicine Simulation into Medical Laboratory Science Curriculum

Making Naloxone Rescue Part of Basic Life Support Training for Medical Students.

As opioid overdose deaths in the United States continue to climb, medical students must be prepared to prevent and treat opioid use disorder and opioid overdose. The administration of naloxone is an evidence-based way to reverse overdoses and save lives. At our medical school, a coalition of medical students, emergency medicine educators, and administrators worked together to permanently integrate naloxone rescue training into the Basic Life Support (BLS) curriculum required of all first-year medical students. This article outlines an argument for the integration of naloxone rescue into BLS training and an introduction to emergency medical care for medical students. The authors then describe the steps that students took to transform this program from an original pilot to a formally integrated curriculum offered to all first-year medical students. The article highlights the role of medical student advocacy in curriculum design and its potential to align medical training with community health needs, such as the ongoing opioid epidemic.

Development of Hospice and Palliative Medicine Knowledge and Skills for Emergency Medicine Residents: Using the Accreditation Council for Graduate Medical Education Milestone Framework.

Emergency medicine (EM) physicians commonly care for patients with serious life-limiting illness. Hospice and palliative medicine (HPM) is a subspecialty pathway of EM. Although a subspecialty level of practice requires additional training, primary-level skills of HPM such as effective communication and symptom management are part of routine clinical care and expected of EM residents. However, unlike EM residency curricula in disciplines like trauma and ultrasound, there is no nationally defined HPM curriculum for EM resident training. An expert consensus group was convened with the aim of defining content areas and competencies for HPM primary-level practice in the ED setting. Our overall objective was to develop HPM milestones within a competency framework that is relevant to the practice of EM. The American College of Emergency Physicians Palliative Medicine Sectionassembled a committee that included academic EM faculty, community EM physicians, EM residents, and nurses, all with interest and expertise in curricular design and palliative medicine. The committee peer reviewed and assessed HPM content for validity and importance to EM residency training. A topic list was developed with three domains: provider skill set, clinical recognition of HPM needs, and logistic understanding related to HPM in the ED. The group also developed milestones in HPM-EM to identify relevant knowledge, skills, and behaviors using the framework modeled after the Accreditation Council for Graduate Medical Education (ACGME) EM milestones. This framework was chosen to make the product as user-friendly and familiar as possible to facilitate use by EM educators. Educators in EM residency programs now have access to HPM content areas and milestones relevant to EM practice that can be used for curriculum development in EM residency programs. The HPM-EM skills/competencies presented herein are structured in a familiar milestone framework that is modeled after the widely accepted ACGME EM milestones.

Learning Analytics in Medical Education Assessment: The Past, the Present, and the Future.

With the implementation of competency-based medical education (CBME) in emergency medicine, residency programs will amass substantial amounts of qualitative and quantitative data about trainees' performances. This increased volume of data will challenge traditional processes for assessing trainees and remediating training deficiencies. At the intersection of trainee performance data and statistical modeling lies the field of medical learning analytics. At a local training program level, learning analytics has the potential to assist program directors and competency committees with interpreting assessment data to inform decision making. On a broader level, learning analytics can be used to explore system questions and identify problems that may impact our educational programs. Scholars outside of health professions education have been exploring the use of learning analytics for years and their theories and applications have the potential to inform our implementation of CBME. The purpose of this review is to characterize the methodologies of learning analytics and explore their potential to guide new forms of assessment within medical education.

Scholarship by the Clinician‐Educator in Emergency Medicine

Emergency medicine (EM) continues to grow as an academic specialty. Like most specialties, a large number of academic emergency physicians are focused on education of our graduate student learners. For promotion, clinician-educators (CEs) are required to produce scholarly work and disseminate knowledge. Although promotion requirements may vary by institution, scholarly work is a consistent requirement. Due to the clinical constraints of working in the emergency department, the unique interactions emergency physicians have with their learners, and early adoption of alternative teaching methods, EM CEs' scholarly work may not be adequately described in a traditional curriculum vitae. Using a rubric of established domains around the academic work of CEs, this article describes some of the ways EM educators address these domains. The aim of the article is to provide a guide for academic department leadership, CEs, and promotion committees about the unique ways EM has addressed the work of the CE.

Case 6: Abdominal Distention and Constipation in a 70-day-old Female Infant

1. Jeffrey Lancaster, MD* 2. Jessica Lear, MD* 3. Richard Brant, MD* 4. Brian Riedel, MD* 5. Joseph Minardi, MD† 1. *Department of Pediatrics, West Virginia University School of Medicine, Morgantown, WV 2. †Departments of Emergency Medicine and Medical Education, West Virginia University School of Medicine, Morgantown, WV A 70-day-old female infant presents to the emergency department (ED) with a 1-month history of abdominal distention and constipation. The patient was born at term via vaginal delivery. She is formula fed with a cow milk protein formula and routinely consumes 4 oz every 4 hours. She passed meconium within 24 hours after birth. However, since that time she has not stooled regularly, and her parents have administered daily diluted fruit juices and enemas every other day to promote defecation. Despite these interventions, her abdomen has become more distended, and the parents report that her constipation continues. In the ED her vital signs are temperature 98.6°F (37.0°C), blood pressure 111/62 mm Hg, pulse 137 beats/min, respiratory rate 22 breaths/min, and oxygen saturation 100% on room air. Her examination shows a well-appearing baby in no apparent distress. Her cardiopulmonary examination findings are normal. Extremity examination shows capillary refill within 2 seconds, and there is no appreciable edema. Peripheral pulses are strong. The patient’s abdomen is distended but nontender and without any cutaneous findings suggesting portal hypertension. Bedside abdominal ultrasonography performed by the ED physician demonstrates ascites without any organomegaly (Fig 1). She is admitted to the pediatric service at that time. Figure 1. Ascites is seen in the pelvis surrounding multiple intestinal loops. Results of laboratory studies are largely normal (aspartate aminotransferase, alanine aminotransferase, albumin, electrolyte panel, and lipase) except for peripheral eosinophilia noted on the complete blood cell count (white blood cell count, 10,500/μL [10.5 × 109/L]; eosinophils, 15%; absolute eosinophil count, 1.5 × 109/L). The total serum immunoglobulin E (IgE) level is normal at …

Implementation of a Sustainable Training System for Emergency in Vietnam.

This study analyzed the project outcomes to share lessons regarding the development of an emergency medicine education system in Vietnam. Retrospective evaluation was implemented using project outcome indicators. A total of 13 training courses were administered, with the collaboration of international experts in Korea and Vietnam. A total of 23 kinds of emergency medicine education equipment were purchased, and a basic life support (BLS) and two advanced cardiac life support labs were remodeled to provide appropriate simulation training. Throughout the 2 years of the project, nine Vietnamese BLS instructors were approved by the Korea Association of Cardiopulmonary Resuscitation under American Heart Association. Results of evaluation by Korean international development experts were based on five criteria, provided by the Development Assistance Committee of the Organization for Economic Co-operation and Development, were excellent. Success factors were identified as partnership, ownership, commitment, government support, and global networking. Project indicators were all accomplished and received an excellent evaluation by external experts. For sustainable success, healthcare policy and legal regulation to promote high quality and safe service to the Vietnamese people are recommended.

ACGME Clinical and Educational Work Hour Standards: Perspectives and Recommendations from Emergency Medicine Educators

IntroductionThe American College of Emergency Physicians (ACEP) and the Council of Emergency Medicine Residency Directors (CORD) were invited to contribute to the 2016 Accreditation Council for Graduate Medical Education’s (ACGME) Second Resident Duty Hours in the Learning and Working Environment Congress. We describe the joint process used by ACEP and CORD to capture the opinions of emergency medicine (EM) educators on the ACGME clinical and educational work hour standards, formulate recommendations, and inform subsequent congressional testimony.MethodsIn 2016 our joint working group of experts in EM medical education conducted a consensus-based, mixed-methods process using survey data from medical education stakeholders in EM and expert iterative discussions to create organizational position statements and recommendations for revisions of work hour standards. A 19-item survey was administered to a convenience sample of 199 EM residency training programs using a national EM educational listserv.ResultsA total of 157 educational leaders responded to the survey; 92 of 157 could be linked to specific programs, yielding a targeted response rate of 46.2% (92/199) of programs. Respondents commented on the impact of clinical and educational work-hour standards on patient safety, programmatic and personnel costs, resident caseload, and educational experience. Using survey results, comments, and iterative discussions, organizational recommendations were crafted and submitted to the ACGME.ConclusionEM educators believe that ACGME clinical and educational work hour standards negatively impact the learning environment and are not optimal for promoting patient safety or the development of resident professional citizenship.

"Learning in Protected Environment"- Implementation in Continuing Medical Education

Actual concepts in continuing medical education in acute or emergency medicine contain skill training as well as simulation training. Methods and mechanisms to reduce crisis, like human factor training, shared mental models or closed-loop communication are incorporated. It is unknown which training method is optimal for individual departments in hospitals or for the individual level of education of the healthcare provider. A concept we provide is the so called "learning in protected environment": this environment protects the course participants and our patients from negative consequences of a conventional hands-on training. Concurrently the participants benefit from our standardized course concepts. We achieve our goal of an optimal preparation for clinical practice by continuous re-evaluation of the content and educational objects. The implementation of a multimodal team training has to be adopted for each institution individually - methods for an implementation should be standardized. We suggest the use of the "Kern cycle" for a structured approach to curriculum development. On this foundation the combination of "learning in protected environment" and crisis training is optimal to achieve an improved patient safety in acute care.