Capacity-building of the allied health workforce to prevent and control diabetes: lessons learnt from the National Initiative to Reinforce and Organize General Diabetes Care in Sri Lanka (NIROGI Lanka) project.

In 2008, to tackle the exponential rise in the clinical burden of diabetes that was challenging the health systems in Sri Lanka, a shift in focus towards patientcentred care linked with community health promotion was initiated by the National Initiative to Reinforce and Organize General Diabetes Care in Sri Lanka (NIROGI Lanka) project of the Sri Lanka Medical Association. Specific training of “diabetes educator nursing officers” (DENOs), field staff in maternal and child health, footwear technicians, and health promoters from the community, was instituted to improve knowledge, skills and attitudes in the area of control and prevention of diabetes. This article highlights some of the activities carried out to date with the allied health workforce and volunteer community. Specifically, it describes experiences with the DENO programme: the educational and administrative processes adopted, challenges faced and lessons learnt. It also highlights an approach to prevention and management of complications of chronic diabetic foot through training a cohort of prosthetics and orthotics technicians, in the absence of podiatrists, and an initiative to provide low-cost protective footwear. Harnessing the enthusiasm of volunteers – adults and schoolchildren – to address behavioural risk factors in a culturally appropriate fashion has also been a key part of the NIROGI Lanka strategy.

Stress and Its Effects on Medical Students: A Cross-sectional Study at a College of Medicine in Saudi Arabia.

Medical education is perceived as being stressful, and a high level of stress may have a negative effect on cognitive functioning and learning of students in a medical school. This cross-sectional study was conducted to determine the prevalence of stress among medical students and to observe an association between the levels of stress and their academic performance, including the sources of their stress. All the medical students from year one to year five levels from the College of Medicine, King Saud University, were enrolled in the study. The study was conducted using Kessler10 psychological distress (K10) inventory, which measures the level of stress according to none, mild, moderate, and severe categories. The prevalence of stress was measured and compared with the five study variables, such as gender, academic year, academic grades, regularity to course attendance, and perceived physical problems. The response rate among the study subjects was 87% (n=892). The total prevalence of stress was 63%, and the prevalence of severe stress was 25%. The prevalence of stress was higher (p<0.5) among females (75.7%) than among males (57%) (odds ratio=2.3, χ2=27.2, p<0.0001). The stress significantly decreased as the year of study increased, except for the final year. The study variables, including being female (p<0.0001), year of study (p<0.001), and presence of perceived physical problems (p<0.0001), were found as independent significant risk factors for the outcome variables of stress. Students’ grade point average (academic score) or regularity to attend classes was not significantly associated with the stress level. The prevalence of stress was higher during the initial three years of study and among the female students. Physical problems are associated with high stress levels. Preventive mental health services, therefore, could be made an integral part of routine clinical services for medical students, especially in the initial academic years, to prevent such occurrence.

Assessment of medical knowledge: The pros and cons of using true/false multiple choice questions.

True/false multiple choice items, commonly referred to as true/ false multiple choice questions (MCQs), were previously a widely used selected response examination format. They can be written relatively easily and cover a wide range of content. Educational researchers have however highlighted several adverse features of this format that make it inappropriate for many assessment settings. These include: (i) there is a high chance of guessing the correct answer; (ii) some marks are not awarded for knowing the correct answer, but for knowing that an answer is incorrect; (iii) they are weak in discriminating between high and low performers; (iv) identifying items which are absolutely true or false may lead to assessment of trivial knowledge; (v) there are difficulties with constructing flawless items; (vi) they may not encourage learning around the items; and (vii) they may not assess what they purport to assess. Many assessment agencies abandoned the use of this format decades ago due to these shortcomings. The use of single best answer (SBA) and extended matching item (EMI) formats helps overcome or minimize the above weaknesses. Assessors who plan to change to SBA or EMI formats from true/false MCQs may, however, need to increase the number of questions to include a representative sample of the curriculum (lengthening the question paper). However, they may not need to increase the examination time, as in general students can answer more SBAs or EMIs than true/false MCQs per unit time. It is time that we reflect upon the disadvantages of true/false MCQs and review their place in our assessment toolkit, as their use in summative examinations may not be fair to students, especially ‘good’ students.