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Author: Brian S McGowan, PhD

RESOURCE: Learning Styles: A Misguided Attempt to Highlight Individual Differences in Learners

In today’s blog post, I would like to give a summary of a review paper by An and Carr (2) that was recently published and that caught my attention. I find their review interesting because they highlight an important and new criticism of the learning styles approach: They state that “learning styles theories are a blend of borrowed constructs or measures from other, better-developed theories”. They further claim that within the learning styles framework, these borrowed constructs are misused and incorrectly interpreted leading to detrimental and useless recommendations. In this review, an attempt is made to connect existing learning styles concepts back to actual evidence-based concepts of human cognition and tie them to helpful recommendations for teachers. It acknowledges that there are individual differences between learners, but not as conceptualized by the learning styles approach.

via Learning Styles: A Misguided Attempt to Highlight Individual Differences in Learners — The Learning Scientists.

ABSTRACT: Audio-visual aid in teaching “fatty liver”

Use of audio visual tools to aid in medical education is ever on a rise. Our study intends to find the efficacy of a video prepared on “fatty liver,” a topic that is often a challenge for pre-clinical teachers, in enhancing cognitive processing and ultimately learning. We prepared a video presentation of 11:36 min, incorporating various concepts of the topic, while keeping in view Mayer’s and Ellaway guidelines for multimedia presentation. A pre-post test study on subject knowledge was conducted for 100 students with the video shown as intervention. A retrospective pre study was conducted as a survey which inquired about students understanding of the key concepts of the topic and a feedback on our video was taken. Students performed significantly better in the post test (mean score 8.52 vs. 5.45 in pre-test), positively responded in the retrospective pre-test and gave a positive feedback for our video presentation. Well-designed multimedia tools can aid in cognitive processing and enhance working memory capacity as shown in our study. In times when “smart” device penetration is high, information and communication tools in medical education, which can act as essential aid and not as replacement for traditional curriculums, can be beneficial to the students.

via Audio-visual aid in teaching “fatty liver”. – PubMed – NCBI.

ABSTRACT: Twelve tips for developing and delivering a massive open online course in medical education

Massive open online courses (MOOCs) are a novel mode of online learning. They are typically based on higher education courses and can attract a high number of learners, often in the thousands. They are distinct from on-campus education and deliver the learning objectives through a series of short videos, recommended readings and discussion fora, alongside automated assessments. Within medical education the role of MOOCs remains unclear, with recent proposals including continuing professional development, interprofessional education or integration into campus-based blended learning curricula. In this twelve tips article, we aim to provide a framework for readers to use when developing, delivering and evaluating a MOOC within medical education based on the literature and our own experience. Practical advice is provided on how to design the appropriate curriculum, engage with learners on the platform, select suitable assessments, and comprehensively evaluate the impact of your course.

via Twelve tips for developing and delivering a massive open online course in medical education. – PubMed – NCBI.

ABSTRACT: Twelve tips for reducing production time and increasing long-term usability of instructional video

The use of instructional video is increasing across all disciplines and levels of education. Although video has a number of distinct advantages for course delivery and student learning, it can also be time-consuming and resource-intensive to produce, which imposes a burden on busy faculty. With video poised to play a larger role in medical education, we need strategies for streamlining video production and ensuring that the video we produce is of lasting value. This article draws on learning research and best practices in educational technology, along with the author’s experience in online education and video production. It offers 12 practical tips for reducing the initial time investment in video production and creating video that can be reused long into the future. These tips can help faculty and departments create high-quality instructional video while using their time and resources more wisely.

via Twelve tips for reducing production time and increasing long-term usability of instructional video. – PubMed – NCBI.

ABSTRACT: A systematic review of the effectiveness of flipped classrooms in medical education

CONTEXT:
There are inconsistent claims made about the effectiveness of the flipped classroom (FC) in medical education; however, the quality of the empirical evidence used to back up these claims is not evident. The aims of this review are to examine the scope and quality of studies on the FC teaching approach in medical education and to assess the effects of FCs on medical learning.
METHODS:
A literature search was conducted using the major electronic databases in 2016. Peer-reviewed papers were screened and reviewed according to explicit inclusion criteria. The scope and quality of all resultant studies were evaluated. Studies identified as using controlled designs were further synthesised to assess the effects of FCs on learning.
RESULTS:
A total of 118 articles were obtained. Full texts of 82 articles were reviewed. Nine of the included 46 articles used a controlled design when examining the effects of the FC. There were generally positive perceptions of the FC approach. However, the effects of FCs on changes in knowledge and skills were less conclusive as the effect sizes ranged from d = -0.27 to 1.21, with a median of 0.08. The varying direction and magnitude of the effect sizes, together with their 95% confidence interval, which contained zero, suggested the lack of strong evidence for the effectiveness of FCs in promoting knowledge acquisition above and beyond the traditional learning methods.
CONCLUSIONS:
There has been a recent increase of research rigor and variety in measures of effectiveness in studies on the FC in medical education. The FC is a promising teaching approach to increase learners’ motivation and engagement. More solid evidence on its effect on changes in knowledge and skills are warranted. Further studies should also examine the long-term effects of FCs with regard to knowledge retention and transfer of knowledge to professional practice and patient care.

via A systematic review of the effectiveness of flipped classrooms in medical education. – PubMed – NCBI.

MANUSCRIPT: Big data in medicine is driving big changes

OBJECTIVES:
To summarise current research that takes advantage of “Big Data” in health and biomedical informatics applications.
METHODS:
Survey of trends in this work, and exploration of literature describing how large-scale structured and unstructured data sources are being used to support applications from clinical decision making and health policy, to drug design and pharmacovigilance, and further to systems biology and genetics.
RESULTS:
The survey highlights ongoing development of powerful new methods for turning that large-scale, and often complex, data into information that provides new insights into human health, in a range of different areas. Consideration of this body of work identifies several important paradigm shifts that are facilitated by Big Data resources and methods: in clinical and translational research, from hypothesis-driven research to data-driven research, and in medicine, from evidence-based practice to practice-based evidence.
CONCLUSIONS:
The increasing scale and availability of large quantities of health data require strategies for data management, data linkage, and data integration beyond the limits of many existing information systems, and substantial effort is underway to meet those needs. As our ability to make sense of that data improves, the value of the data will continue to increase. Health systems, genetics and genomics, population and public health; all areas of biomedicine stand to benefit from Big Data and the associated technologies.

via Big data in medicine is driving big changes. – PubMed – NCBI.

MANUSCRIPT: Looking Through a Social Lens: Conceptualising Social Aspects of Knowledge Management for Global Health Practitioners

Knowledge management plays a critical role in global health. Global health practitioners require knowledge in every aspect of their jobs, and in resource-scarce contexts, practitioners must be able to rely on a knowledge management system to access the latest research and practice to ensure the highest quality of care. However, we suggest that there is a gap in the way knowledge management is primarily utilized in global health, namely, the systematic incorporation of human and social factors. In this paper, we briefly outline the evolution of knowledge management and then propose a conceptualization of knowledge management that incorporates human and social factors for use within a global health context. Our conceptualization of social knowledge management recognizes the importance of social capital, social learning, social software and platforms, and social networks, all within the context of a larger social system and driven by social benefit. We then outline the limitations and discuss future directions of our conceptualization, and suggest how this new conceptualization is essential for any global health practitioner in the business of managing knowledge.

via Looking Through a Social Lens: Conceptualising Social Aspects of Knowledge Management for Global Health Practitioners. – PubMed – NCBI.

MANUSCRIPT: Clinical epidemiology in the era of big data: new opportunities, familiar challenges

Routinely recorded health data have evolved from mere by-products of health care delivery or billing into a powerful research tool for studying and improving patient care through clinical epidemiologic research. Big data in the context of epidemiologic research means large interlinkable data sets within a single country or networks of multinational databases. Several Nordic, European, and other multinational collaborations are now well established. Advantages of big data for clinical epidemiology include improved precision of estimates, which is especially important for reassuring (“null”) findings; ability to conduct meaningful analyses in subgroup of patients; and rapid detection of safety signals. Big data will also provide new possibilities for research by enabling access to linked information from biobanks, electronic medical records, patient-reported outcome measures, automatic and semiautomatic electronic monitoring devices, and social media. The sheer amount of data, however, does not eliminate and may even amplify systematic error. Therefore, methodologies addressing systematic error, clinical knowledge, and underlying hypotheses are more important than ever to ensure that the signal is discernable behind the noise.

via Clinical epidemiology in the era of big data: new opportunities, familiar challenges. – PubMed – NCBI.

What We’ve Learned about Note-taking in Continuing Education

If we go all the way back (now nearly 6 years ago) to the original Learning Actions research project, one of the first insights gained was that note-taking is a nearly universal behavior that clinician-learners rely on to support their learning process. In fact, from my initial interviews I found that nearly 85% of clinician learners acknowledged that their learning process begins with taking notes. Interestingly, the other 15% of learners – those who claimed that they didn’t actively take notes during their continuing education experiences – acknowledged that they never developed an effective note-taking strategy and that over time they simply gave up trying!

One way to look at the Learning Actions Model is that it simplifies and centralizes the critical actions learners rely on – actions that while necessary, are largely unevolved. Over time we have now validated the model in tens of thousands of clinician learners – this is how we now know how well it works: Learners learn more when their learning actions are optimized!

As our data sets have grown, we have been able to dig more deeply into the intrinsic complexity and the inter-connectedness of each learning action. One of the more recent findings we’ve uncovered is that the notes that clinician learners take appear to come in three flavors: linear, tangential, and derivative. 

Linear notes = a learner records exactly what was shared by faculty.
Examples may include jotting down specific diagnosis criteria, details about new trials, specific case conclusions that faculty present, or new dosing information. From a learning analytics approach, linear notes point to areas of the content that learners were ‘moved’ by and the content of the note often provides insights into understanding, agreement, or confusion.

Tangential notes = a learner relates what is being shared by faculty to some deeper thinking or plan of action.
Examples may include connecting what they are hearing/seeing to a recent patient, to a forthcoming patient, or to a case a peer may have recently had. They may record an action that they want to take, for example a desire to share some nugget with their peers or care team. Or they may relate new research to foundational or prior research exploring similarities or contradictions. From a learning analytics approach, tangential notes appear to represent higher-level or deeper thinking; again, the content of the note often provides insights into specific actions or barriers to action.

Derivative notes = a learner records thoughts that seem to have no obvious relationship to what is being shared by faculty.
Examples may include just about anything under the sun 😉 Seriously though, they often seem out of left field and from a learning analytics approach I haven’t quite figured out what to do with tangential notes…and certainly not at any meaningful scale. For now, I am left considering these as outliers and generally exclude them from any analysis.

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In terms of proportionality of the three types of notes, I haven’t rigorously quantified them yet but quick analysis suggests that the breakdown is somewhere in the ballpark of 60-70% Linear, 20-30% Derivative, and <5% Tangential.

In terms of importance of the three types of notes, I currently look at it this way: Tangential >> Linear >>>>>>> Derivative.

Over the coming months I will undoubtedly be working with our Partners and digging further into our data sets. We will be looking for new ways to nudge note-taking and we will be rolling out new means by which notes can be taken (eg., audio or visual capture married to a note). As this research evolves, I will try to share more about our general lessons!

In the meantime, take a moment to think about the notes you take, how you hope to use them, and how (at times) they go to waste. As I journey down the path of Learning Actions research, I continue to be fascinated by how much we still have to learn about learning. 😉

MANUSCRIPT: Strengthening care teams to improve adherence in cystic fibrosis: a qualitative practice assessment and quality improvement initiative

Background

Treatment regimens for patients with cystic fibrosis (CF) are complex, time consuming, and burdensome, and adherence to CF treatment is suboptimal. CF care teams play a critical role in supporting patients’ chronic self-management skills, but there is no uniform method for assessing patients’ adherence to treatment or standard interventions to help patients improve when necessary.

Methods

Between May 2015 and March 2016, care team members from 10 CF centers in the USA participated in a practice assessment and quality improvement (QI) initiative. The intervention included a baseline practice assessment survey, personalized continuing medical education (CME)-certified Webconferences with expert study faculty, targeted reinforcement of key practice points, and follow-up online survey and telephone interviews to evaluate the benefits and limitations of the intervention.

Results

Responses to the baseline practice assessment survey were received from 50 multidisciplinary care team members representing 10 CF centers. Primary barriers to adherence-related aspects of care in their clinics were motivating patients and caregivers to improve adherence and obtaining accurate information about adherence from patients. At the conclusion of the initiative, participants reported improvements in communication within their care team, implementation of new approaches to asking about adherence, and a renewed commitment to asking patients and caregivers about adherence at each clinic visit.

Conclusion

Structured QI interventions that bring multidisciplinary care teams together to reflect on clinic processes and elicit objective insights from outside faculty have the potential to improve practice patterns related to the assessment and improvement of patient adherence in CF.

via Strengthening care teams to improve adherence in cystic fibrosis: a qualitative practice assessment and quality improvement initiative.