The incidence of cancer in Malaysia is rising alarmingly and newly qualified doctors will be expected
to be competent in the basic management of cancer patients. However, the opportunity to gain experience in oncology management will remain limited unless these students are stationed in an oncology unit which is solely dedicated to the treatment of such patients. Therefore, it is essential that undergraduate medical school training equips students with a sound knowledgebase, so that they can confidently manage basic oncological conditions appropriately. With the many private and local medical universities across the country, it is important that oncology training be standardized
and reflective of the local resources available, and government health policies. As a result, having a
standardized curriculum would help create a framework whereby competencies in cancer management would be accurately assessed.
Introduction: Many tasks seem daunting for a new medical graduate who is starting houseman
posting; as educators, we must ask ourselves whether our graduates are ready to face emergency
situations as the first responders during a crisis. Exploration of undergraduate students’ perceptions
highlights needs in some areas, including acute care, practical skills and prescribing. Armed with basic
resuscitation skills, students could face emergencies with more confidence and skill. Method: Seven
cohorts of final-year students completed a one-and-a-half day cardiac life support course and were
assessed using megacode and pre- and post-course multiple choice questions. Results: The pre- and
post-test analysis using paired sample T-test demonstrated significant performance improvement
(p
Background: At the International Medical University (IMU), a half day cardiac life support teaching session was provided to fourth year medical students which included training on the use of the defibrillator machine, how to handle cardiac or respiratory arrest and drugs used for resuscitation. A new CLS (cardiac life support) training session was introduced and increased to a oneday course where students were given practical training first, which included 5 stations (airway equipment, mega codes, drugs for resuscitation, defibrillator use and cardiac rhythm identification) , MCQ (multiple choice questions) test and a mega code (practical)assessment. Objective: To evaluate the students’ knowledge on cardiac resuscitation after a change in the delivery of the cardiac life support training (CLS).
Methodology: Group I, consisted of 82 students taught using the traditional teaching and Group II consisted of 77 students taught using hands on simulation. The students in both groups had an online manual to read prior to the session, were given an identical written exam six months after the CLS training. Group II, however, had an online pre-test.
Results: There was a statistical difference in the final mean marks between the two groups with group II scoring higher (67.3) than group 1 (62.1). No significant marks difference was noted between male and female students for both the cohorts.
Conclusion: There is a significant difference in medical students’ knowledge when cardiac life support is taught using simulation. IMU has adopted the new teaching method with simulated training for the cardiac life support courses with plans to implement higher fidelity and technology to the existing simulated teaching in other areas of medicine.
Background: This cross sectional study was done to identify the areas of lack of knowledge, practice and awareness of students about the effective use of personal protective equipment (PPE).
Methods: A total of 40 students were selected when they were posted to the accident and emergency unit (A&E) in Seremban Hospital; all of them answered a questionnaire and were observed unaware on the effective use of PPE in the A&E.
Results: We found that 17.5% of students were unaware of the right technique of removing the gloves after a procedure and 25% of students were unaware of safety of hand washing. During invasive procedures, 12.5 % of students did not wash their hands before invasive procedures, 65% did not wear aprons and 57.5% did not wear masks. During non- invasive procedures more than 25% of students did not wash hands before or after the procedures.
Conclusion: There is still significant lack of knowledge in students about the effective use of PPE that needs to be addressed.
Keywords: PPE, Personal protective equipment, effective practice of PPE, A&E
Simulation-based medical education enables knowledge, skills and attitudes to be taught in a safe,
realistic manner. Flipped classroom teaching encourages self-learning. Emergency medicine exposes
students to diverse group of patients and physicians’ decision making. This study aims to determine
students’ perception on knowledge, skills and confidence after combined flipped classroom and
simulated teaching. Two cohorts of Semester 7 students Group 1 (n = 120) and Group 2 (n = 78)
completed a 5-point Likert scale questionnaire. Group 1 completed the questionnaire after a lapse
of six months while Group 2 at the end the posting. Responses from both cohorts were compared
using the Mann-Whitney U test. Of 198 (Groups 1 and 2) students, 91.41% (n = 181) felt the
simulated sessions helped better understand care of emergency patients. The sessions helped identify
knowledge gaps (89.90%; n = 178), improve knowledge and understanding of oxygen therapy devices
(85.35%; n = 169), and airway equipment (90.91%; n = 180). They prepared better for the flipped
classroom teaching than traditional sessions (80.81%; n = 160). They felt that their communication
skills (82.32%; n = 163) and confidence (63.64%; n = 126) improved. Significant differences noted
to questions (p = 0.006, p = 0.005, p = 0.041 respectively) targeting knowledge on oxygen therapy
devices, confidence, and identification of gaps in knowledge respectively. Combined simulation and
flipped classroom teaching was well received by students though this requires more preparation.
In many universities, simulation-based learning has finally been inducted as a member of 'the accepted teaching modality community'. This paper is to share the challenges and successes in the journey towards the inclusion of simulation-based learning in the medical curriculum at the authors' university which saw a steep surge during the COVID-19 pandemic. Our teaching and learning that was heavily traditional based went through a dramatic change to adapt to the new norm when the actual environment and patients became out of reach. We followed five factors (5 Fs) that significantly influenced the successful change: fast, force, fellowship, flexibility, and favourable reception.
Although laparoscopic surgeries are associated with reduced surgical stress response and shortened post-operative recovery, intense pain and high analgesia requirements in the immediate post-operative period are often the chief complaints.