Displaying publications 41 - 60 of 523 in total

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  1. Khoo S
    Malays Fam Physician, 2007;2(1):27-8.
    PMID: 25606074
    Matched MeSH terms: Education, Medical
  2. Ong I, Leong KC
    Malays Fam Physician, 2007;2(1):29-30.
    PMID: 25606075
    Matched MeSH terms: Education, Medical
  3. Sood S
    Med J Malaysia, 2015 Feb;70(1):59-61.
    PMID: 26032536 MyJurnal
    There is little information about the willingness of medical students to participate in Facebook for education. I analyzed my interactions with students for the past 14 months to estimate the quantity of student interaction. A Facebook Group was created. Students friend requests were accepted, but "friending" was never solicited. Questions were created around a clinical situation and posted. Forty questions were posted. 5/40 questions were about physics/chemistry. 24 questions focused on basic medical sciences. 11 questions were primarily about clinical medicine. In fourteen months, 533/810 (66%) college students joined the Group. In all, 163/533 students (30%) responded at least once. Half of all responses were comments; the rest were clicks on the "like" button. The average number of responses was 9.5 unique students/question. If participation is voluntary, and targeted students are large in number, one can expect about 66% of students to become members of a site, and about 30% of these to interact. For any given question posted on the site, about 2% of members will respond, regardless of the nature of question: clinically oriented or basic.
    Matched MeSH terms: Education, Medical
  4. Rotem A, Barrand J, Azman A
    Med Educ, 1982 Jan;16(1):3-6.
    PMID: 7057721
    This paper describes the analysis of the written professional examinations administered at the Medical School, Universiti Kebangsaan Malaysia (UKM), during the academic year 1979-80. It is a product of a collaborative activity involving medical teachers and two short-term consultants of the World Health Organization. The examination papers were analysed in order to identify content areas disproportionately emphasized in the examinations; to determine the quality and appropriateness of the examination items used; and to review the extent of continuity and integration across departments and courses. This paper is intended to introduce an approach to curriculum review which is based on analysis of the examination system. The procedures and sample outcomes are described and the implications for curriculum development and evaluation are discussed.
    Matched MeSH terms: Education, Medical, Undergraduate
  5. Ho TM
    Family Practitioner, 1981;4(2):52-53.
    Matched MeSH terms: Education, Medical
  6. Rampal KG
    Family Practitioner, 1984;7:35-38.
    Matched MeSH terms: Education, Medical
  7. Yeoh PH
    Family Practitioner, 1984;7<I> </I>:31-34.
    Matched MeSH terms: Education, Medical
  8. Yusoff MSB
    MyJurnal
    Professional behavior is an area of medical education that has long been of concern to medical educator. Professional behavior is one of the domains of the professionalism and it’s a behavior reflection of professionalism. But in spite of its perceived importance, until recently it has not been actively taught or reliably assessed. The purposes of this writing are:
    1) To provide appropriate definition of professional behavior.
    2) To identify characteristics of professional behavior.
    3) To identify valid and reliable assessment tools to assess professional behavior.
    Matched MeSH terms: Education, Medical
  9. Ming CH
    Physiologist, 2015 Nov;58(6):279, 284-5.
    PMID: 26669041
    Matched MeSH terms: Education, Medical*
  10. Sayampanathan EE
    Med J Malaysia, 2011 Oct;66(4):385.
    PMID: 22299570
    Matched MeSH terms: Education, Medical/history*
  11. Loh KY, Kwa SK, Nurjahan MI
    Med Educ, 2006 Nov;40(11):1131-2.
    PMID: 17054631
    Matched MeSH terms: Education, Medical, Undergraduate/organization & administration*
  12. Barman A
    Ann Acad Med Singap, 2005 Sep;34(8):478-82.
    PMID: 16205824
    INTRODUCTION: The main aim of medical education is to foster the development of clinical competence in students at all levels. Differences in experiences, methods of instruction and ambiguous forms of assessment are obstacles to attaining this goal. Dissatisfaction with the conventional methods of clinical assessment on the part of teachers and students led assessors to search for appropriate alternatives and in 1975, Harden and his colleagues introduced the objective structured clinical examination (OSCE). It is nearly impossible to have a test that satisfies all the criteria of a good test. Sometimes, a compromise has to be made between the available resources (in terms of man, money and time), and the method and quality of assessment (in terms of reliability, validity, objectivity and practicability).

    METHODS: This critique on the OSCE is based on the published findings of researchers from its inception in 1975 to 2004.

    RESULTS: The reliability, validity, objectivity and practicability or feasibility of this examination are based on the number of stations, construction of stations, method of scoring (checklists and/ or global scoring) and number of students assessed. For a comprehensive assessment of clinical competence, other methods should be used in conjunction with the OSCE.

    CONCLUSION: The OSCE can be a reasonably reliable, valid and objective method of assessment, but its main drawback is that it is resource-intensive.

    Matched MeSH terms: Education, Medical*
  13. Yeoh PH
    Med J Malaysia, 2000 Aug;55 Suppl B:1-4.
    PMID: 11125513
    Matched MeSH terms: Education, Medical*
  14. Kew ST, Goh KL, Zawawi M, Tan SS, Mohd R, Raj SM
    Med J Malaysia, 1999 Sep;54(3):406-7.
    PMID: 11045074
    Matched MeSH terms: Education, Medical, Graduate*
  15. Achike FI, Ogle CW
    J Clin Pharmacol, 2000 Feb;40(2):177-83.
    PMID: 10664924
    Medical students are usually drawn from the best of students, but it is not unusual to see these brilliant students fail their exams or even dismissed from medical school because of poor academic performance. Information overload has been recognized as one of the major contributing factors to this problem. The situation is expected to get worse, with the ever-present technology-induced exponential growth in information. In discussing this issue, the authors echo the concerns of several experts regarding the content overload of medical school curricula, particularly in pharmacology. It is the increasing awareness of this problem that led the Association of American Medical Colleges and the General Medical Council of Britain to promote the concept of a core curriculum for each of the principal disciplines in medicine. Several medical schools have adopted the concept and also the problem-based learning approach, which focuses on ameliorating the complex problems associated with information growth in medical education. Based on the authors' experience as medical students, medical practitioners, and pharmacology teachers, they discuss the factors that contribute to information overload, from psychological and nonpsychological perspectives. Issues such as the design and structure of the curriculum, the quality of training and effectiveness of the teachers (clinically qualified vs. nonclinically qualified teachers), and the psychological preparedness of the students are discussed. The authors make suggestions for improvement.
    Matched MeSH terms: Education, Medical*
  16. Rampal L
    Med J Malaysia, 2002 Dec;57 Suppl E:102-4.
    PMID: 12733203
    Matched MeSH terms: Education, Medical, Undergraduate/standards*
  17. Deva MP
    Med J Malaysia, 1980 Mar;34(3):285-8.
    PMID: 7412669
    Matched MeSH terms: Education, Medical, Undergraduate*
  18. Schwartz PL, Kyaw Tun Sein
    Med Educ, 1987 May;21(3):265-8.
    PMID: 3600444
    Matched MeSH terms: Education, Medical, Undergraduate*
  19. Schwartz PL, Crooks TJ, Sein KT
    Med Educ, 1986 Sep;20(5):399-406.
    PMID: 3762442
    It has been suggested that the 'ideal' measure of reliability of an examination is obtained by test and retest using the one examination on the same group of students. However, because of practical and theoretical arguments, most reported reliabilities for multiple choice examinations in medicine are actually measures of internal consistency. While attempting to minimize the effects of potential interfering factors, we have undertaken a study of true test-retest reliability of multiple true-false type multiple choice questions in preclinical medical subjects. From three end-of-term examinations, 363 items (106 of 449 from term 1, 150 of 499 from term 2, and 107 of 492 from term 3) were repeated in the final examination (out of 999 total items). Between test and retest, there was little overall decrease in the percentage of items answered correctly and a decrease of only 3.4 in the percentage score after correction for guessing. However, there was an inverse relation between test-retest interval and decrease in performance. Between test and retest, performance decreased significantly on 33 items and increased significantly on 11 items. Test-retest correlation coefficients were 0.70 to 0.78 for items from the separate terms and 0.885 for all items that were retested. Thus, overall, these items had a very high degree of reliability, approximately the 0.9 which has been specified as the requirement for being able to distinguish between individuals.
    Matched MeSH terms: Education, Medical, Undergraduate*
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