| Literature DB >> 28178911 |
Michael B Pitt1, Jay D Orlander2.
Abstract
Chalk talks - where the teacher is equipped solely with a writing utensil and a writing surface - have been used for centuries, yet little has been written about strategies for their use in medical education. Structured education proximal to patient encounters (during rounds, at the bedside, or in between patients in clinic) maximizes the opportunities for clinical learning. This paper presents a strategy to bring mini-chalk talks (MCTs) to the bedside as a practical way to provide relevant clinical teaching by visually framing teachable moments. Grounded in adult learning theory, MCTs leverage teaching scripts to facilitate discussion, involve learners at multiple levels, and embrace the increased retention associated with visual aids. These authors provide specific recommendations for the design and implementation of MCT sessions including what topics work well, how to prepare, and how to involve and engage the learners. ABBREVIATIONS: ADHD: Attention Deficit Hyperactivity Disorder; MCT: Mini-chalk talks.Entities:
Keywords: Medical education; bedside teaching; chalk talks
Mesh:
Year: 2017 PMID: 28178911 PMCID: PMC5328338 DOI: 10.1080/10872981.2017.1264120
Source DB: PubMed Journal: Med Educ Online ISSN: 1087-2981
Figure 1. Examples of figures that work well for collaborative construction in the mini-chalk talk format: (a) Venn diagrams are useful for showing overlap of symptoms such as those in bipolar disorder and Attention Deficit Hyperactivity Disorder (ADHD); (b) two by two tables allow for comparisons of features on two spectra as in this paradigm for degree of lethality vs. intent in suicide attempts; (c) simple anatomy drawings can be used to encourage discussion about causes of disease by location, such as cholestasis – note the blank spaces represent the fact that learners should be encouraged to help build the figure; (d) visual paradigms/analogy can be useful for discussing categorization of causes of diseases, such as failure to thrive in an infant; (e) pathways can be built in real time for escalating treatment options; (f) simple graphs can be used to visually represent concepts such as disease progression.