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      Rote learning: a necessary evil

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      Advances in Medical Education and Practice
      Dove Medical Press

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          Abstract

          Dear editor We read with great interest the short report by Sayma and William1 exploring the teaching of physical examinations to junior medical students. The article highlights many salient points in aiding the memory and understanding of practical medicine and preparation of the clinical years ahead for preclinical medical students. The excellent use of interesting and engaging cases in teaching the physical examination is to be lauded, however, there is some debate to be had over the distaste for rote learning expressed in the article which we believe to be not ideal, but essential in progressing through medical school. As final year medical students from Imperial College Medical School, London, who did not receive teaching on physical examinations until the third year of medical school – our first year in hospital – we applaud the recent efforts to apply more practical based learning sessions for our younger peers. Fresh out of school, these students are often itching to learn practical procedures, yet are met in more traditional medical schools with a hefty weight of core science that is a far cry from their aspirational dreams. The application of core clinical cases with the use of “famous” cases, making the learning scenarios humorous and engaging is a popular technique in medical schools, making the sessions more fun and interactive resulting in improved enthusiasm and recall. Despite our appreciation of the article, which we feel is a valuable addition to promoting new styles of education, we believe the distain for rote learning (defined as “learning by repetition rather than by really understanding it”)2 expressed in the article is misplaced. Sayma and William correctly identify rote learning as a less efficient way of learning and this has been shown to be the case in other studies.3 The drive for full understanding of medical concepts, however, has two fundamental flaws. First, as the authors acknowledge themselves, a vast amount of knowledge is required to understand all components of a physical examination. Their results reflect this with nine out of the 20 students in the first cohort feeling overwhelmed by the amount of knowledge required. We feel a method of piling information upon students so that they can look for, recognize, and understand all the differentials for all the signs in a physical examination is asking the students to run before they can walk. As doctors and intellectuals we love working from first principals where the answers can be deduced from basic knowledge; however, in a rapid-paced physical examination superficial knowledge needs to be gleaned before more complex deep understanding can consolidate this learning and there often is no time to work back to first principals for every sign you encounter, although there would be in an ideal world. Second, medical concepts are littered with myriad idiopathy, and thus understanding of why particular signs occur is impossible however hard a student may try to learn this. As students, soon to be doctors, we are very familiar with proposed theories of why signs occur which have little basis in fact, for example, the examiners favorite sign – clubbing, whose pathophysiology remains shrouded in mystery.4 Learning the physical examination is much the same as learning scales on a musical instrument where muscle memory needs to be trained and in place before more complex melodies can be performed and this has been shown to have scientific merit.5 This unfortunately requires rote learning which is tedious but essential in honing practical skills so that further detailed knowledge can be built upon this foundation. The core concept of a core clinical case based approach outlined in this article is an excellent idea, regardless of our disputes with some of the claims made in the article. As an introduction to the physical examination and also as an aide memoire for history taking, the techniques proposed are a popular way to educate students in an entertaining fashion. The drive to teach concepts that will lead to understanding and thus better utilization and recall is the most efficient and effective method, however a combination of learning styles is generally required if one is to have a wholesome repertoire of skills to practice as a doctor. We believe that rote learning is still unfortunately an essential part of medical school and will remain that way for the foreseeable future.

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          Muscle memory and a new cellular model for muscle atrophy and hypertrophy.

          Memory is a process in which information is encoded, stored, and retrieved. For vertebrates, the modern view has been that it occurs only in the brain. This review describes a cellular memory in skeletal muscle in which hypertrophy is 'remembered' such that a fibre that has previously been large, but subsequently lost its mass, can regain mass faster than naive fibres. A new cell biological model based on the literature, with the most reliable methods for identifying myonuclei, can explain this phenomenon. According to this model, previously untrained fibres recruit myonuclei from activated satellite cells before hypertrophic growth. Even if subsequently subjected to grave atrophy, the higher number of myonuclei is retained, and the myonuclei seem to be protected against the elevated apoptotic activity observed in atrophying muscle tissue. Fibres that have acquired a higher number of myonuclei grow faster when subjected to overload exercise, thus the nuclei represent a functionally important 'memory' of previous strength. This memory might be very long lasting in humans, as myonuclei are stable for at least 15 years and might even be permanent. However, myonuclei are harder to recruit in the elderly, and if the long-lasting muscle memory also exists in humans, one should consider early strength training as a public health advice. In addition, myonuclei are recruited during steroid use and encode a muscle memory, at least in rodents. Thus, extending the exclusion time for doping offenders should be considered.
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            Clubbing and hypertrophic osteoarthropathy: insights in diagnosis, pathophysiology, and clinical significance.

            Digital clubbing and hypertrophic osteoarthropathy (HOA) form a diagnostic challenge. Subtle presentations of clubbing are often missed. The underlying pathophysiology remains unclear. Establishing a differential diagnosis based on nonspecific signs can be cumbersome. Finally, the prognostic value of clubbing and HOA remains unclear.
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              A new method for teaching physical examination to junior medical students

              Introduction Teaching effective physical examination is a key component in the education of medical students. Preclinical medical students often have insufficient clinical knowledge to apply to physical examination recall, which may hinder their learning when taught through certain understanding-based models. This pilot project aimed to develop a method to teach physical examination to preclinical medical students using “core clinical cases”, overcoming the need for “rote” learning. Methods This project was developed utilizing three cycles of planning, action, and reflection. Thematic analysis of feedback was used to improve this model, and ensure it met student expectations. Results and discussion A model core clinical case developed in this project is described, with gout as the basis for a “foot and ankle” examination. Key limitations and difficulties encountered on implementation of this pilot are discussed for future users, including the difficulty encountered in “content overload”. Conclusion This approach aims to teach junior medical students physical examination through understanding, using a simulated patient environment. Robust research is now required to demonstrate efficacy and repeatability in the physical examination of other systems.
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                Author and article information

                Journal
                Adv Med Educ Pract
                Adv Med Educ Pract
                Advances in Medical Education and Practice
                Advances in Medical Education and Practice
                Dove Medical Press
                1179-7258
                2016
                02 August 2016
                : 7
                : 429-432
                Affiliations
                Faculty of Medicine, Imperial College London, London, UK
                Peninsula College of Medicine and Dentistry, Plymouth, UK
                Author notes
                Correspondence: Robert Kwan, Imperial College London, South Kensington Campus, Exhibition Road, London SW7 2AZ, UK, Tel +44 20 7589 5111, Email Robert.kwan10@ 123456imperial.ac.uk
                Correspondence: Meelad Sayma, Knowledge Spa, Royal Cornwall Hospital Trust, Treliske, Truro TR1 3HD, UK, Email Meelad.sayam@ 123456students.pcmd.ac.uk
                Article
                amep-7-429
                10.2147/AMEP.S115838
                4976761
                27536167
                9d303dd7-bc5c-4071-87fa-8f2a12deabf4
                © 2016 Kwan and Mafe. This work is published and licensed by Dove Medical Press Limited

                The full terms of this license are available at https://www.dovepress.com/terms.php and incorporate the Creative Commons Attribution – Non Commercial (unported, v3.0) License ( http://creativecommons.org/licenses/by-nc/3.0/). By accessing the work you hereby accept the Terms. Non-commercial uses of the work are permitted without any further permission from Dove Medical Press Limited, provided the work is properly attributed.

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