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Author: Brian S McGowan, PhD

ABSTRACT: Pain Education at the University of Washington School of Medicine.

Abstract
Contemporary medical education is inadequate to prepare medical students to competently assess and design care plans for patients with acute and chronic pain. The time devoted to pain education in most medical school curricula is brief and not integrated into case-based clinical experiences, and it is frequently nonexistent during clinical clerkships. Medical student pain curricula have been proposed for over 30 years and are commonly agreed upon, though rarely implemented. As a consequence of poor undergraduate pain education, postgraduate trainees and practicing physicians struggle with both competency and practice satisfaction; their patients are similarly dissatisfied. At the University of Washington School of Medicine, a committee of multidisciplinary pain experts has, between 2009 and 2011, successfully introduced a 4-year integrated pain curriculum that increases required pain education teaching time from 6 to 25 hours, and clinical elective pain courses from 177 to 318 hours. It is expected that increased didactic and case-based multidisciplinary clinical training will increase knowledge and competency in biopsychosocial measurement-based pain narrative and risk assessment, improve understanding of persistent pain as a chronic complex condition, and expand the role of patient-centered interprofessional treatment for medical students, residents, and fellows, leading to better prepared practicing physicians. PERSPECTIVE: Strategies for improving multidisciplinary pain education at the University of Washington School of Medicine are described and the preliminary results demonstrated.

via Pain Education at the University of Washington School… [J Pain. 2013] – PubMed – NCBI.

ABSTRACT: Preventive intervention in diabetes: a new model for continuing medical education

Abstract
Competence and skills in overcoming clinical inertia for diabetes treatment, and actually supporting and assisting the patient through adherence and compliance (as opposed to just reiterating what they “should” be doing and then assigning them the blame if they fail) is a key component to success in addressing diabetes, and to date it is a component that has received little formal attention. To improve and systematize diabetes care, it is critical to move beyond the “traditional” continuing medical education (CME) model of imparting knowledge as the entirety of the educational effort, and move toward a focus on Performance Improvement CME. This new approach does not just teach new information but also provides support for improvements where needed most within practice systems based on targeted data-based on self-assessments for the entire system of care. Joslin data conclude that this new approach will benefit support, clinical, and office teams as well as the specialist. In short, the Performance Improvement CME structure reflects the needed components of the successful practice today, particularly for chronic conditions such as diabetes, including the focus on interdisciplinary team care and on quality improvement, which is becoming more and more aligned with reimbursement schemes, public and private, in the U.S.

via Preventive intervention in diabetes: a new mod… [Am J Prev Med. 2013] – PubMed – NCBI.

ABSTRACT: Enhancing medical education by improving statistical methodology in journal articles

Abstract
Background: Medical journal articles often contain imprecise and inaccurate statistical methods and terminology that inhibit effective teaching and learning in medical education. Summary: Examples are used for ten flaws dealing with research design and methods and statistical analysis. Conclusions: If these inaccurate and inappropriate usages are avoided, teaching and learning in medical student and graduate medical education will be enhanced, and subsequently the health care of patients will be improved. The first step toward wisdom is knowing what the words mean.-Aristotle.

via Enhancing medical education by impro… [Teach Learn Med. 2013 Apr-Jun] – PubMed – NCBI.

ABSTRACT: e-Professionalism: A New Frontier in Medical Education

Abstract
Background: This article, prepared by the Association of Professors of Gynecology and Obstetrics Undergraduate Medical Education Committee, discusses the evolving challenges facing medical educators posed by social media and a new form of professionalism that has been termed e-professionalism. Summary: E-professionalism is defined as the attitudes and behaviors that reflect traditional professionalism paradigms but are manifested through digital media. One of the major functions of medical education is professional identity formation; e-professionalism is an essential and increasingly important element of professional identity formation, because the consequences of violations of e-professionalism have escalated from academic sanctions to revocation of licensure. Conclusion: E-professionalism should be included in the definition, teaching, and evaluation of medical professionalism. Curricula should include a positive approach for the proper professional use of social media for learners.

via e-Professionalism: A New Frontier in… [Teach Learn Med. 2013 Apr-Jun] – PubMed – NCBI.

ABSTRACT: The Next Generation of Doctoring.

Abstract
The authors reflect on the creation of the Doctoring program at the UCLA School of Medicine two decades ago. Although Doctoring-at UCLA and other institutions where it has been implemented-has successfully taught large numbers of students psychosocial content and communications skills that are often overlooked in traditional medical school curricula and has had an impact on the larger culture of medical education, the authors believe that its full promise remains unfulfilled. Of the many practical difficulties they encountered in creating and implementing this comprehensive program, the greatest barriers, by far, were cultural. The authors argue that the impact of programs like Doctoring-programs that attempt not only to change the content of what students learn but also to encourage students to think critically and to question fundamental aspects of the way medicine is taught, learned, and practiced-cannot grow unless and until the larger culture of medicine also changes. They offer recommendations for overcoming barriers to improve the next generation of Doctoring and similar programs; these include changing the philosophy behind the selection of medical students, providing far greater resources and support for course faculty, and altering incentives for medical school faculty. They conclude that until major cultural and structural barriers are overcome and the values that Doctoring and like programs attempt to engender become the primary values of the larger culture they seek to change, these programs will continue in fundamental ways to function outside the dominant culture of medicine.

via The Next Generation of Doctoring. [Acad Med. 2013] – PubMed – NCBI.

MANSCRIPT: Emotional intelligence and academic performance in first and final year medical students: a cross-sectional study

BACKGROUND:
Research on emotional intelligence (EI) suggests that it is associated with more pro-social behavior, better academic performance and improved empathy towards patients. In medical education and clinical practice, EI has been related to higher academic achievement and improved doctor-patient relationships. This study examined the effect of EI on academic performance in first- and final-year medical students in Malaysia.
METHODS:
This was a cross-sectional study using an objectively-scored measure of EI, the Mayer-Salovey-Caruso Emotional Intelligence Test (MSCEIT). Academic performance of medical school students was measured using continuous assessment (CA) and final examination (FE) results. The first- and final-year students were invited to participate during their second semester. Students answered a paper-based demographic questionnaire and completed the online MSCEIT on their own. Relationships between the total MSCEIT score to academic performance were examined using multivariate analyses.
RESULTS:
A total of 163 (84 year one and 79 year five) medical students participated (response rate of 66.0%). The gender and ethnic distribution were representative of the student population. The total EI score was a predictor of good overall CA (OR 1.01), a negative predictor of poor result in overall CA (OR 0.97), a predictor of the good overall FE result (OR 1.07) and was significantly related to the final-year FE marks (adjusted R2 = 0.43).
CONCLUSIONS:
Medical students who were more emotionally intelligent performed better in both the continuous assessments and the final professional examination. Therefore, it is possible that emotional skill development may enhance medical students’ academic performance.

via Emotional intelligence and academic performance… [BMC Med Educ. 2013] – PubMed – NCBI.

MANUSCRIPT: Teaching and learning about dementia in UK medical schools: a national survey.

Abstract
BACKGROUND: Dementia is an increasingly common condition and all doctors, in both primary and secondary care environments, must be prepared to competently manage patients with this condition. It is unclear whether medical education about dementia is currently fit for purpose. This project surveys and evaluates the nature of teaching and learning about dementia for medical students in the UK METHODS: Electronic questionnaire sent to UK medical schools RESULTS: 23/31 medical schools responded. All provided some dementia-specific teaching but this focussed more on knowledge and skills than behaviours and attitudes. Only 80% of schools described formal assessment of dementia-specific learning outcomes. There was a widespread failure to adequately engage the multidisciplinary team, patients and carers in teaching, presenting students with a narrow view of the condition. However, some innovative approaches were also highlighted. CONCLUSIONS: Although all schools taught about dementia, the deficiencies identified represent a failure to sufficiently equip medical students to care for patients with dementia which, given the prevalence of the condition, does not adequately prepare them for work as doctors. Recommendations for improving undergraduate medical education about dementia are outlined.

via Teaching and learning about dementia in UK medic… [BMC Geriatr. 2013] – PubMed – NCBI.

Motivation, Lifelong Learning, and The Natural Learning Actions

I have been a big fan of BJ Fogg for going on two years now since I first met him at a conference at Stanford in the summer of 2011. In my opinion, Dr. Fogg’s work on behavior change has the ability to significantly impact much of what we know about medical education and practice improvement.  And the more time I have spent studying the natural learning actions and engineering the ArcheMedx learning architecture model, the more it seems that Dr. Fogg’s work is critical to understanding why the CME community continues to struggle to have the impact that is so desperately needed. (You can learn much more about Dr. Fogg behavior change model here.)

Fogg Behavior Change Model  (from poster)

The basic premise of the natural learning actions model is that adult learners, and perhaps clinicians more specifically, rely on a series of behaviors that serve as the foundational elements of the ‘cognitive’ learning process. These learning actions include note-taking, setting reminders, searching related content, and social learning. From our research it seems that these learning actions become almost habitual in that the learners rarely, if ever, think about the actions themselves. And it seems that the fact that these actions are so often taken without awareness is not a good thing…not by a long shot.

As we learn more about the natural learning actions it appears that very little thought or effort is put into refining one’s natural learning actions over time. Ask 100 learners if they have ever thought about how to make their note-taking more efficient or effective and 90-95% will say no. (Perhaps worse yet, ask 100 educators if they have ever attempted to support the four natural learning actions as a means of supporting learning, and 95-99% will say no.)

In the end we are left with a scenario where each learner relies on their own patched together approach to leverage a cluster of actions that they rarely if ever think about and, for this reason, maybe the challenges within the CME community should be no surprise? Simply put: developing and delivering more and more content won’t work. And putting all of our eggs in the cognitive learning theory basket won’t work either. We MUST structure the content in medical education so that the learning actions are encouraged AND supported.

But surely some CME is effective and many times learning does take place, right? Absolutely. And this is where Dr. Fogg’s work comes in to play.

If a learner is critically motivated to learn than the lack of an efficient and effective learning architecture to support the natural learning actions can be overcome. As Dr. Fogg would suggest, when motivation is high, almost anything is possible (see the figure above). But when learners are not motivated to that ‘critical’ degree, then the lack of a robust architecture to support their natural learning actions undermines their ability to learn. Simply put: when a simple model for note-taking, reminders, search, and social learning is not available, then learning just ain’t simple.

So what’s the takeaway? Though we do not have great data to suggest how often learners are critically motivated to learn such that they can overcome each and ever hurdle of ‘educational inefficiency’ that stands before them, experience would suggest that this is a very rare occurrence – a ‘critically motivated’ learner is the exception and not the rule. Most of our learners most of the time need our help to learn, they need the act of learning to be simplified and they need the learning experience to be structured.

What I learn from Dr Fogg is that educators must see, as part of their professional obligation, a responsibility to simplify learning and to structure the learning experience…and our team at ArcheMedX will continue to work to this very end. It is our belief that the simpler, structured models of learning are the surest path to achieve the changes that are so desperately needed in the lifelong learning of healthcare professionals.

 

 

ABSTRACT: Patient-centered care requires a patient-oriented workflow model

AbstractEffective design of health information technology HIT for patient-centered care requires consideration of workflow from the patients perspective, termed ‘patient-oriented workflow.’ This approach organizes the building blocks of work around the patients who are moving through the care system. Patient-oriented workflow complements the more familiar clinician-oriented workflow approaches, and offers several advantages, including the ability to capture simultaneous, cooperative work, which is essential in care delivery. Patient-oriented workflow models can also provide an understanding of healthcare work taking place in various formal and informal health settings in an integrated manner. We present two cases demonstrating the potential value of patient-oriented workflow models. Significant theoretical, methodological, and practical challenges must be met to ensure adoption of patient-oriented workflow models. Patient-oriented workflow models define meaningful system boundaries and can lead to HIT implementations that are more consistent with cooperative work and its emergent features.

via Patient-centered care requires a patient-oriented workflow model — Ozkaynak et al. — Journal of the American Medical Informatics Association.

ABSTRACT: Testicular cancer survivors’ supportive care needs and use of online support: a cross-sectional survey.

Abstract
INTRODUCTION:
The supportive care needs of testicular cancer survivors have not been comprehensively studied. Likewise, there is limited research on their use of the Internet or social media applications–tools that are popular among young adults and which could be used to address their needs.
METHODS:
Two hundred and four testicular cancer patients receiving care at an urban cancer center completed a questionnaire assessing supportive care needs and the use and preferences for online support. We examined the associations between patient characteristics and met or unmet supportive care needs and the use of testicular cancer online communities.
RESULTS:
Respondents had more met (median 8.0, interquartile range (IQR) 10.0) than unmet (median 2.0, IQR 7.0) needs. The majority (62.5%) reported at least one unmet need, most commonly (25%) concerning financial support, body image, stress, being a cancer survivor, and fear of recurrence. Patients who were younger, had nonseminoma testicular cancer, or received treatment beyond surgery had more needs, and those who were unemployed had more unmet needs. The majority of respondents (71.5%) were social media users (e.g., Facebook), and 26% had used a testicular cancer online support community. Reasons for nonuse were lack of awareness (34.3%), interest (30.9%), trust (4.9%), and comfort using computers (2.5%). Users were more likely to speak English as a first language and have more needs.
CONCLUSIONS:
At least one in four testicular cancer survivors has unmet needs related to financial support, body image, stress, being a cancer survivor, and fear of recurrence. A web-based resource may be a useful strategy to consider given the high prevalence of social media use in this sample and their desire for online support. Efforts are needed to raise awareness about online peer support resources and to overcome barriers to their use.

via Testicular cancer survivors’ supportive … [Support Care Cancer. 2012] – PubMed – NCBI.