MENUCLOSE

 

Connect with us

Author: Brian S McGowan, PhD

ABSTRACT: Teaching Quality Essentials The Effectiveness of a Team-Based Quality Improvement Curriculum in a Tertiary Health Care Institution

A unique quality improvement (QI) curriculum was implemented within the Division of General Internal Medicine to improve QI knowledge through multidisciplinary, team-based education, which also met the QI requirement for the American Board of Internal Medicine (ABIM) Maintenance of Certification (MOC) and the Mayo Quality Fellows program. Participants completed up to 4 QI learning modules, including pretest and posttest assessments. A participant who successfully completed all 4 modules received certification as a Silver Quality Fellow and credit toward the quality requirement for ABIM MOC. Of 62 individuals invited to participate, 33 (53%) completed all 4 modules and corresponding pretests and posttests. Participants substantially improved knowledge in all 4 quality modules. Study group participants’ pretest scores averaged 71.0%, and their posttest scores averaged 92.7%. Posttest scores of reference group participants compared favorably, averaging 89.2%. Initial assessments showed substantial knowledge improvements and successful implementation of staff-developed QI projects.

via Teaching Quality Essentials.

ABSTRACT: Impacts of Organizational Context on Quality Improvement

Abstract

Variation in how hospitals perform on similar quality improvement (QI) efforts argues for a need to understand how different organizational characteristics affect QI performance. The objective of this study was to use data-mining methods to evaluate relationships between measures of organizational characteristics and hospital QI performance. Organizational characteristics were extracted from 2 surveys and analyzed in 3 separate decision-tree models. The decision trees did not find any predictive associations in this sample of 100 hospitals participating in a national QI collaborative. Further model review identified that measures of QI Experience were associated with an ability to make improvements, whereas measures of Staffing and Culture were associated with an ability to sustain improvements. A key area for future research is to understand the challenges faced as QI teams transition from improving care to sustaining quality and to ascertain what organizational characteristics can best overcome those challenges.

via Impacts of Organizational Context on Quality Improvement.

ABSTRACT: Data-Driven Interdisciplinary Interventions to Improve Inpatient Pain Management

Abstract

Pain during hospitalization and dissatisfaction with pain management are common. This project consisted of 4 phases: identifying a pain numeric rating scale (NRS) metric associated with patient satisfaction, identifying independent predictors of maximum NRS, implementing interventions, and evaluating trends in NRS and satisfaction. Maximum NRS was inversely associated with favorable pain satisfaction for both efficacy (n = 4062, χ2 = 66.2, P < .001) and staff efforts (n = 4067, χ2 = 30.3, P < .001). Independent predictors of moderate-to-severe maximum NRS were younger age, female sex, longer hospital stay, admitting department, psychoactive medications, and 10 diagnostic codes. After interventions, moderate-to-severe maximum NRS declined by 3.6% per quarter in 2010 compared with 2009. Satisfaction data demonstrated improvements in nursing units meeting goals (5.3% per quarter, r 2 = 0.67) and favorable satisfaction answers (0.36% per quarter, r 2 = 0.31). Moderate-to-severe maximum NRS was an independent predictor of lower likelihood of hospital discharge (likelihood ratio = 0.62; 95% confidence interval = 0.61-0.64). Targeted interventions were associated with improved inpatient pain management.

via Data-Driven Interdisciplinary Interventions to Improve Inpatient Pain Management.

ABSTRACT: Psychiatrists’ use of electronic communication and social media and a proposed framework for future guidelines

Abstract
Background. Recent and ongoing advances in information technology present opportunities and challenges in the practice of medicine. Among all medical subspecialties, psychiatry is uniquely suited to help guide the medical profession’s response to the ethical, legal, and therapeutic challenges-especially with respect to boundaries-posed by the rapid proliferation of social media in medicine. Ironically, while limited guidelines exist for other branches of medicine, guidelines for the responsible use of social media and information technology in psychiatry are lacking. Objective. To collect data about patterns of use of electronic communications and social media among practicing psychiatrists and to establish a conceptual framework for developing professional guidelines. Methods. A structured survey was developed to assess the use of email, texting, and social media among the active membership of the Group for the Advancement of Psychiatry (GAP) to gain insight into current practices across a spectrum of the field and to identify areas of concern not addressed in existing guidelines. This survey was distributed by mail and at an annual meeting of the GAP and a descriptive statistical analysis was conducted with SPSS. Results. Of the 212 members, 178 responded (84% response rate). The majority of respondents (58%) reported that they rarely or never evaluated their online presence, while 35% reported that they had at some time searched for information online about patients. Only 20% posted content about themselves online and few of these restricted that information. Approximately 25% used email to communicate with patients, and very few obtained written consent to do so. Conclusion. Discipline-specific guidelines for psychiatrists’ interactions with social media and electronic communications are needed. Informed by the survey described here, a review of the literature, and consensus opinion, a framework for developing such a set of guidelines is proposed. The model integrates four key areas: treatment frame, patient privacy, medico-legal concerns, and professionalism. This conceptual model, applicable to many psychiatric settings, including clinical practice, residency training, and continuing medical education, will be helpful in developing discipline-wide guidelines for psychiatry and can be applied to a decision-making process by individual psychiatrists in day-to-day practice. (Journal of Psychiatric Practice 2013;19:254-263).

via Psychiatrists’ use of electronic communica… [J Psychiatr Pract. 2013] – PubMed – NCBI.

MANUSCRIPT: Diagnosis and Management of Lung Cancer, 3rd edition

Diagnosis and Management of Lung Cancer, 3rd edition: American College of Chest Physicians Evidence-Based Clinical Practice Guidelines includes:

  • More than 275 recommendations for the diagnosis, treatment, and management of patients with lung cancer, covering the full spectrum of care from initial evaluation to palliative and end-of-life care.
  • Additional recommendations for screening, chemoprevention, and treatment of tobacco use in patients with lung cancer.
  • The guidelines are published as a May 2013 of CHEST supplement, with a corresponding editorial in the May 2013 issue of of CHEST. They are available in print or online.

via Diagnosis and Management of Lung Cancer, 3rd edition | More Guidelines – American College of Chest Physicians.

ABSTRACT: A Global Model for Effective Use and Evaluation of e-Learning in Health

Healthcare systems worldwide face a wide range of challenges, including demographic change, rising drug and medical technology costs, and persistent and widening health inequalities both within and between countries. Simultaneously, issues such as professional silos, static medical curricula, and perceptions of “information overload” have made it difficult for medical training and continued professional development (CPD) to adapt to the changing needs of healthcare professionals in increasingly patient-centered, collaborative, and/or remote delivery contexts. In response to these challenges, increasing numbers of medical education and CPD programs have adopted e-learning approaches, which have been shown to provide flexible, low-cost, user-centered, and easily updated learning. The effectiveness of e-learning varies from context to context, however, and has also been shown to make considerable demands on users’ motivation and “digital literacy” and on providing institutions. Consequently, there is a need to evaluate the effectiveness of e-learning in healthcare as part of ongoing quality improvement efforts. This article outlines the key issues for developing successful models for analyzing e-health learning.

via A Global Model for Effective Use and Evaluation of e-Learning in Health | Abstract.

MANUSCRIPT: An electronic portfolio for quantitative assessment of surgical skills in undergraduate medical education

Background
We evaluated a newly designed electronic portfolio (e-Portfolio) that provided quantitative evaluation of surgical skills. Medical students at the University of Seville used the e-Portfolio on a voluntary basis for evaluation of their performance in undergraduate surgical subjects.

Methods
Our new web-based e-Portfolio was designed to evaluate surgical practical knowledge and skills targets. Students recorded each activity on a form, attached evidence, and added their reflections. Students self-assessed their practical knowledge using qualitative criteria (yes/no), and graded their skills according to complexity (basic/advanced) and participation (observer/assistant/independent). A numerical value was assigned to each activity, and the values of all activities were summated to obtain the total score. The application automatically displayed quantitative feedback. We performed qualitative evaluation of the perceived usefulness of the e-Portfolio and quantitative evaluation of the targets achieved.

Results
Thirty-seven of 112 students (33%) used the e-Portfolio, of which 87% reported that they understood the methodology of the portfolio. All students reported an improved understanding of their learning objectives resulting from the numerical visualization of progress, all students reported that the quantitative feedback encouraged their learning, and 79% of students felt that their teachers were more available because they were using the e-Portfolio. Only 51.3% of students reported that the reflective aspects of learning were useful. Individual students achieved a maximum of 65% of the total targets and 87% of the skills targets. The mean total score was 345 +/- 38 points. For basic skills, 92% of students achieved the maximum score for participation as an independent operator, and all achieved the maximum scores for participation as an observer and assistant. For complex skills, 62% of students achieved the maximum score for participation as an independent operator, and 98% achieved the maximum scores for participation as an observer or assistant.

Conclusions
Medical students reported that use of an electronic portfolio that provided quantitative feedback on their progress was useful when the number and complexity of targets were appropriate, but not when the portfolio offered only formative evaluations based on reflection. Students felt that use of the e-Portfolio guided their learning process by indicating knowledge gaps to themselves and teachers.

via BMC Medical Education | Abstract | An electronic portfolio for quantitative assessment of surgical skills in undergraduate medical education.

RESOURCE: 300 Years of Distance Learning Evolution [INFOGRAPHIC]

If you thought that distance learning was a product of today, then you would be mistaken. In fact, the first distance learning program on record took place in 1728, when a local teacher by the name of Caleb Phillips advertised shorthand correspondence lessons offered by mail! By 1800, the growth of the U.S. Postal Service brought about an increase in the number of distance learning correspondence courses in the country. Remember, mail back then was like email is today – “fast”, convenient, and nearly everyone had access. Heck, by 1873, the University of the Cape of Good Hope (South Africa) founded a distance learning facility.

Times sure have changed, in particular because of accessible and advanced technology. But it never hurts to take a look back in time to see how distance learning has evolved. As expected, once technology started to become more developed in the last century, we have seen a rapid growth in the number of distance learning offerings. Starting with radio and television, and naturally with the computer, when BlackBoard entered the market (1999) to help lead the charge into the new millennium. Today, roughly 60% of four-year U.S. private colleges and universities offer online classes.

via 300 Years of Distance Learning Evolution [INFOGRAPHIC] | WPLMS.

Nudging learners to effectively learn

For as long as I have been teaching, creating medical education, or even funding education there has always been one assumption that has bothered me about what we broadly refer to as ‘adult learning,’ and that is the assumption that adults KNOW how to learn. This assumption is all the more critical when we move from a singular focus on adult learning theory and begin to focus the more practical learning actions.

To put the critical reality of this assumption in context using just a small example of physician education: Each year in the US there are more than 100,000 different activities planned and implemented by ACCME-accredited providers totaling nearly 1,000,000 hours of medical education. The costs in terms of finances and energies is nearly impossible to calculate. And, in what may be the understatement of the year, this is a pretty weighty model to base on an assumption.

Now, if the assumption is valid, then ‘no harm done’ and we might just as well be content with the efficiency and effectiveness of the existing model of lifelong learning in the health professions. But if the assumption is invalid, well then this one issue (do clinicians really know how to learn) might go a long way to explaining why we continue to hear about a ‘broken and fragmented‘ system of lifelong learning and why CME in particular has been referred to as ‘minimally’ or ‘generally’ effective.

So as we began our recent research into clinician lifelong learning – the same research that lead to what we have come to call the Natural Learning Actions – we began to ask clinicians how efficiently and effectively they leveraged each of these actions.

Here are the average grades that the clinician learners gave themselves:

C- grade F grade

Note-taking:   C-

Setting Reminders/
Reflection:   F

Search:   C-

Social Learning:   C-

 

Read through those grades one more time! As clinicians began to reflect on how critical the learning actions were to their ability to efficiently and effectively absorb and take action on new information, they just as quickly came to the realization that they hadn’t spent much time honing these learning actions. Not one clinician in our interviews had ever taken a course on note-taking. Fewer than 1 in 20 had ever taken a course in ‘search’. Here we are assuming for as long as I can tell that learners – especially learners with the intelligence and passion of physicians – know how to learn when by the own volition, this is far from the reality.

I have been chewing on this new view of lifelong learning in the healthcare professions for several months now and these findings are in no way a condemnation of clinician learners or medical educators – it is simply a logical, but faulty, assumption that we now know has long been undermining our educational models. Surely clinicians have learned through existing undergraduate and lifelong learning opportunities. Surely some of the most critical lessons stick. But what we have come to learn is that by nudging our learners to take notes, set reminders, search for related context, and engage with other learners we may make learning much more efficient and effective.

Over the coming months our research will undoubtedly bear this out. But in the meantime I continue to look for other evidence to support (or refute) our new model, which leads me to my final thought. With this new context in mind, go ahead and read this statement recently published in Medical Teacher by faculty at Johns Hopkins:

Reflection is a skill that requires teaching and practice. It is within the explicit process of teaching reflection in medical education that reflective learners can be developed.

It may come as no surprise but I support this notion whole-heartily. Note-taking is a skill. Setting reminders and reflection systems is a skill. Searching for related context is a skill. And engaging effectively with other learners to co-create knowledge is a skill. Each of these learning actions is a skill that must be trained, honed, refined, and occasionally nudged. And in a lifelong learning system where these skills can be optimized, so to will be learning.

 

 

MANUSCRIPT: Experience with using second life for medical education in a family and community medicine education unit.

Abstract
BACKGROUND:
The application of new technologies to the education of health professionals is both a challenge and a necessity. Virtual worlds are increasingly being explored as a support for education. Aim: The aim of this work is to study the suitability of Second Life (SL) as an educational tool for primary healthcare professionals.
METHODS:
Design: Qualitative study of accredited clinical sessions in SL included in a continuing professional development (CPD) programme for primary healthcare professionals. Location: Zaragoza I Zone Family and Community Medicine Education Unit (EU) and 9 health centres operated by the Aragonese Health Service, Aragon, Spain. Method: The EU held two training workshops in SL for 16 healthcare professionals from 9 health centres by means of two workshops, and requested them to facilitate clinical sessions in SL. Attendance was open to all personnel from the EU and the 9 health centres. After a trail period of clinical sessions held at 5 health centres between May and November 2010, the CPD-accredited clinical sessions were held at 9 health centres between February and April 2011. Participants: 76 healthcare professionals attended the CPD-accredited clinical sessions in SL. Main measurements: Questionnaire on completion of the clinical sessions.
RESULTS:
Response rate: 42-100%. Questionnaire completed by each health centre on completion of the CPD-accredited clinical sessions: Access to SL: 2 centres were unable to gain access. Sound problems: 0% (0/9). Image problems: 0% (0/9). Voice/text chat: used in 100% (10/9); 0 incidents. Questionnaire completed by participants in the CPD-accredited clinical sessions: Preference for SL as a tool: 100% (76/76). Strengths of this method: 74% (56/76) considered it eliminated the need to travel; 68% (52/76) believed it made more effective use of educational resources; and 47% (36/76) considered it improved accessibility. Weaknesses: 91% (69/76) experienced technical problems, while; 9% (7/76) thought it was impersonal and with little interaction. 65.79% (50/76) believed it was better than other distance learning methods and 38.16% (29/76) believed it was better than face-to-face learning.
CONCLUSIONS:
SL is a tool that allows educational activities to be designed that involve a number of health centres in different geographical locations, consequently eliminating the need to travel and making more effective use of educational resources.

via Experience with using second life for medical e… [BMC Med Educ. 2012] – PubMed – NCBI.