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  1. Ling JL, Teo SH, Mohamed Al-Fayyadh MZ, Mohamed Ali MR, Ng WM
    Arthroscopy, 2019 02;35(2):596-604.
    PMID: 30611592 DOI: 10.1016/j.arthro.2018.08.038
    PURPOSE: To assess the effectiveness of a low-cost self-made arthroscopic camera (LAC) in basic arthroscopic skills training compared with a commercial arthroscopic camera (CAC).

    METHODS: One hundred fifty-three orthopaedic residents were recruited and randomly assigned to either the LAC or CAC. They were allocated 2 practice sessions, with 20 minutes each, to practice 4 given arthroscopic tasks: task 1, transferring objects; task 2, stacking objects; task 3, probing numbers; and task 4, stretching rubber bands. The time taken for participants to complete the given tasks was recorded in 3 separate tests; before practice, immediately after practice, and after a period of 3 months. A comparison of the time taken between both groups to complete the given tasks in each test was measured as the primary outcome.

    RESULTS: Significant improvements in time completion were seen in the post-practice test for both groups in all given arthroscopic tasks, each with P < .001. However, there was no significant difference between the groups for task 1 (P = .743), task 2 (P = .940), task 3 (P = .932), task 4 (P = .929), and total (P = .944). The outcomes of the tests (before practice, after practice, and at 3 months) according to repeated measures analysis of variance did not differ significantly between the groups in task 1 (P = .475), task 2 (P = .558), task 3 (P = .850), task 4 (P = .965), and total (P = .865).

    CONCLUSIONS: The LAC is equally as effective as the CAC in basic arthroscopic skills training with the advantage of being cost-effective.

    CLINICAL RELEVANCE: In view of the scarcity in commercial arthroscopic devices for trainees, this low-cost device, which trainees can personally own and use, may provide a less expensive and easily available way for trainees to improve their arthroscopic skills. This might also cultivate more interest in arthroscopic surgery among junior surgeons.

    Matched MeSH terms: Training Support
  2. Cutiongco-de la Paz EM, Chung BH, Faradz SMH, Thong MK, David-Padilla C, Lai PS, et al.
    Am J Med Genet C Semin Med Genet, 2019 06;181(2):177-186.
    PMID: 31037827 DOI: 10.1002/ajmg.c.31703
    The status of training in clinical genetics and genetic counseling in Asia is at diverse stages of development and maturity. Most of the training programs are in academic training centers where exposure to patients in the clinics or in the hospital is a major component. This setting provides trainees with knowledge and skills to be competent geneticists and genetic counselors in a variety of patient care interactions. Majority of the training programs combine clinical and research training which provide trainees a broad and integrated approach in the diagnosis and management of patients while providing opportunities for research discoveries that can be translated to better patient care. The background on how the training programs in clinical genetics and genetic counseling in Asia evolved to their current status are described. Each of these countries can learn from each other through sharing of best practices and resources.
    Matched MeSH terms: Training Support
  3. Loo JL, Ang JK, Subhas N, Ho BK, Zakaria H, Alfonso CA
    Psychodyn Psychiatry, 2017;45(1):45-57.
    PMID: 28248565 DOI: 10.1521/pdps.2017.45.1.45
    The subjective nature of psychodynamic psychotherapy (PP) makes training and supervision more abstract compared to other forms of psychotherapy. The issues encountered in the learning and supervision process of PP of Malaysian psychiatry trainees are discussed in this article. Issues of preparation before starting PP, case selection, assessment of patients, dynamic formulations, supervision, anxieties in the therapy, countertransference, termination of therapy, the treatment alliance, transfer of care, the therapeutic setting, and bioethical considerations are explored. Everyone's experience of learning PP is unique and there is no algorithmic approach to its practice. With creative thinking, effort, and "good enough" supervision, a trainee can improve PP skills, even in underserved areas of the world.
    Matched MeSH terms: Training Support
  4. Ngeow WC, Choong KF, Ong TK, Shim CN, Wee JM, Lee MY, et al.
    Br Dent J, 2008 Dec 13;205(11):583.
    PMID: 19079084 DOI: 10.1038/sj.bdj.2008.1034
    Matched MeSH terms: Training Support
  5. Razman, J.
    MyJurnal
    Surgical training worldwide has been reformed from
    the since 19th century until the present era. It started as
    a trade which eventually was transformed into a
    profession that acquires skills and knowledge. The
    apprenticeship model was introduced amongst the
    Western surgeons as the standard approached for
    surgical training. The surgery was learned through
    direct observation without any formal and structured
    education. William S Halstead had introduced the new
    approach of training the surgeons in America
    following his landmark lecture at Yale University in
    1904 (1). His principle was based on direct the
    German Surgical training which emphasized on basic
    sciences in the curriculum and Sir William Ossler
    concepts of bedside rounds. This has lead to the
    development of Halsted principals of surgical training
    which included intense and repetitive exposure in
    managing surgical patients under the supervision of
    skilled surgeons, acquiring the knowledge of scientific
    basis of surgical diseases and as the surgical trainee
    received enhanced responsibility and independence
    with each advancing year (2). Since then, Halsted
    principle of surgical training has become the
    foundation of most established surgical training
    worldwide. The principles have been expanded and
    upgraded and since then six cores competencies have
    been identified for the surgical residents to achieve
    and master during the training course (3). There were
    medical knowledge, patient care, interpersonal and
    communication skills, professionalism, practice-based
    learning and improvement and system based practice.
    From the Malaysia perspective, surgical training was
    done through the overseas Royal colleges after the
    independence in 1957. The local programme started in
    1982 through the initiative of local universities that
    initially offered surgical training programme in
    General surgery, Orthopedics and otorhinolaryngology
    (4). Since then through the collaborations of Ministry
    of Health and other professional bodies various
    surgical training programme has been established to
    provide training opportunities which will eventually
    serving the nation. The subcommittee of the National
    Conjoint Board for General Surgery was the
    consultative body to oversee and manage the
    implementation of the surgical training. Since the
    establishment, the subcommittee was responsible in
    streamlined the training curriculum for all the
    universities that offered the course, centralized and
    standardized the intake of the trainees, coordinating
    the national exit examination and advising new
    application for graduate training in general surgery.
    The important milestone of the subcommittee was the
    task given to develop the national surgical
    postgraduate curriculum for the doctors who are
    interested in becoming a surgeon in the country. The
    curriculum is being developed to create a pathway for
    surgical training from the internship until subspecialty
    training. The development encompasses the
    governance, the curriculum development, the training
    process and learning outcome according to the latest
    evidence based on post graduate training. The
    programme should be the foundation in producing well
    trained surgeons towards 2050 through TN50.
    Matched MeSH terms: Training Support
  6. Kamal RM, Ward E, Cornwell P
    Int J Speech Lang Pathol, 2012 Dec;14(6):569-76.
    PMID: 22974073 DOI: 10.3109/17549507.2012.713394
    There are competency standards available in countries with established speech-language pathology services to guide basic dysphagia training with ongoing workplace mentoring for advanced skills development. Such training processes, however, are not as well established in countries where speech-language pathology training and practice is relatively new, such as Malaysia. The current study examines the extent of dysphagia training and workplace support available to speech-language pathologists (SLPs) in Malaysia and Queensland, Australia, and explores clinicians' perceptions of the training and support provided, and of their knowledge, skills, and confidence. Using a matched cohort cross-sectional design, a purpose-built survey was administered to 30 SLPs working in Malaysian government hospitals and 30 SLPs working in Queensland Health settings in Australia. Malaysian clinicians were found to have received significantly less university training, less mentoring in the workplace, and were lacking key infrastructure needed to support professional development in dysphagia management. Over 90% of Queensland clinicians were confident and felt they had adequate skills in dysphagia management; in contrast, significantly lower levels of knowledge, skills, and confidence were observed in the Malaysian cohort. The findings identify a need for improved university training and increased opportunities for workplace mentoring, training, and support for Malaysian SLPs.
    Matched MeSH terms: Training Support
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