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Exploring how students think: a new method combining think-aloud and concept mapping protocols.

机译:探索学生的思维方式:一种将思维方式和概念映射协议相结合的新方法。

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OBJECTIVES: A key element of medical competence is problem solving. Previous work has shown that doctors use inductive reasoning to progress from facts to hypotheses and deductive reasoning to move from hypotheses to the gathering of confirmatory information. No individual assessment method has been designed to quantify the use of inductive and deductive procedures within clinical reasoning. The aim of this study was to explore the feasibility and reliability of a new method which allows for the rapid identification of the style (inductive or deductive) of clinical reasoning in medical students and experts. METHODS: The study included four groups of four participants. These comprised groups of medical students in Years 3, 4 and 5 and a group of specialists in internal medicine, all at a medical school with a 6-year curriculum in France. Participants were asked to solve four clinical problems by thinking aloud. The thinking expressed aloud was immediately transcribed into concept maps by one or two 'writers' trained to distinguish inductive and deductive links. Reliability was assessed by estimating the inter-writer correlation. The calculated rate of inductive reasoning, the richness score and the rate of exhaustiveness of reasoning were compared according to the level of expertise of the individual and the type of clinical problem. RESULTS: The total number of maps drawn amounted to 32 for students in Year 4, 32 for students in Year 5, 16 for students in Year 3 and 16 for experts. A positive correlation was found between writers (R = 0.66-0.93). Richness scores and rates of exhaustiveness of reasoning did not differ according to expertise level. The rate of inductive reasoning varied as expected according to the nature of the clinical problem and was lower in experts (41% versus 67%). CONCLUSIONS: This new method showed good reliability and may be a promising tool for the assessment of medical problem-solving skills, giving teachers a means of diagnosing how their students think when they are confronted with clinical problems.
机译:目的:医疗能力的关键要素是解决问题。以前的工作表明,医生使用归纳推理将事实从事实发展为假设,将演绎推理从假设发展为验证信息。还没有设计一种单独的评估方法来量化临床推理中归纳和演绎程序的使用。这项研究的目的是探索一种新方法的可行性和可靠性,该方法可以快速识别医学生和专家的临床推理方式(归纳或演绎)。方法:研究包括四组,每组四个参与者。这些小组分别由3年级,4年级和5年级的医学生以及一组内科医学专家组成,他们都在法国一所拥有6年课程的医学院中就读。要求参与者大声思考以解决四个临床问题。大声表达的思想被一位或两位受过训练以区分归纳和演绎联系的“作家”立即转化为概念图。通过估计作者之间的相关性来评估可靠性。根据个人的专业知识水平和临床问题的类型,比较了归纳推理的计算率,丰富度得分和详尽的推理率。结果:第4年级的学生绘制的地图总数为32张,第5年级的学生绘制了32张,第3年级的学生绘制了16张,第3年级的学生绘制了16张。发现作者之间存在正相关(R = 0.66-0.93)。丰富程度得分和推理的详尽程度没有根据专业知识水平而有所不同。归纳推理的比率根据临床问题的性质而有所不同,专家认为较低(41%比67%)。结论:这种新方法显示出良好的可靠性,可能是评估医学解决问题能力的有前途的工具,为教师提供了一种诊断学生面对临床问题时的想法的方法。

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