METHODS: This was a cross-sectional study using a self-administered questionnaire carried out from September to October 2013. Survey respondents were recruited from 4 divisions in Sarawak: Kuching, Sibu, Miri, and Bintulu.
RESULTS: A total of 433 completed questionnaires were obtained at the end of the study period. All respondents had access to common mass media such as television (89.8%, 389/433), radio (68.6%, 297/433), and the Internet (66.1%, 286/433). Among all respondents, television (71.4%, 309/433) was noted as the most preferred media for drug-related information. Compared with rural respondents, urban respondents were significantly more likely to have access to and prefer the Internet to obtain drug-related information. On the other hand, rural respondents were more likely to have access to and prefer radio for such information compared to their urban counterparts.
CONCLUSIONS: Television can be an important and attractive choice of mass media in a quality use of medicines (QUM) campaign. The Internet can be used to disseminate drug-related information in urban areas, whereas radio can be used in a QUM campaign targeting the rural public.
METHODS: This is a retrospective observation study from the Sarawak state Pharmaceutical Enforcement Division (PED) inspection reports on CPs and GPs from January 1, 2012, to December 31, 2014. Descriptive statistics in numbers and percentages are used to present the results.
RESULTS: From years 2012 to 2014, the compliance rate of GPs increased from 34% to 51%, while the compliance rate of CPs remained almost constant, with a slight drop from 53% (2012) to 50% (2014). The most common noncompliance found among CPs is with the Poison Acts 1952 Section 26 Condition 2: "Records for the supply of preparations containing Pseudoephedrine, Ephedrine and Dextromethorphan," and among GPs, it is the Regulation 12 of Poisons Regulation 1952: "labeling of dispensed medicines." Warning letter is the most effective disciplinary action for both CPs (75% improvement) and GPs (67.8% improvement).
CONCLUSION: This study serves as a baseline that provides valuable insights to policy makers, researchers, and other stakeholders in developing better enforcement strategies.
METHOD: A review and comparison of mobile apps available in Google's Play Store (Android system) and Apple's App Store (iOS system) were performed. The comparison was based on the availability of options, especially DoReADI functionalities. The assessment criteria were as follows: requirement for an Internet connection, subscription fee charged, size of app, dose recommendation, drug indication, dose calculator, drug picture, dose adjustment, pregnancy safety, interaction checker, interaction classification, clinical teaching advice, contraindicated drug, black box warning, adverse effect, contraindication or precaution, as well as toxicology and pharmacology information.
RESULTS: Eight mobile medical apps were included and used to compare their features and functionalities. The 4 apps that scored the highest (14/17 points) are: Lexicomp®, Epocrates®, Micromedex®, and Drugs.com ®. Lexicomp and Micromedex do not provide the image of the drug and have an access subscription fee. Epocrates does not provide interaction classification and clinical teaching advice, and occupies a large space in the memory to be installed. Meanwhile, My Blue Book® scored the lowest (9/17 points) because certain features such as toxicology information, drug interaction, clinical teaching advice, contraindicated drug, and black box warning were not included.
CONCLUSION: Based on the features assessment criteria of each mobile medical application, Lexicomp, Epocrates, Micromedex, and Drugs.com are the apps that scored the highest. Epocrates and Micromedex are useful for checking drug interactions. In addition, some of the apps have additional features for the DoReADI criteria, for example, dose calculator and interaction classification.
Methods: This cross-sectional study recruited occupational therapy bachelor's degree graduates using an online survey. The Work Extrinsic and Intrinsic Motivation Scale (WEIMS) was used to measure level of work motivation.
Results: Responses from 82 (60.3%) graduates (male: 26.8%; female: 73.2%) were analysed. Sixty-two (75.6%) graduates worked locally and 20 (24.4%) worked in foreign countries. The average Work Self-Determination Index (W-SDI) score for WEIMS is +11.38 with 78 (95.1%) of graduates demonstrated a self-determined motivational profile and 4 (4.9%) demonstrated a nonself-determined profile. Graduates in the private sector (13.10 ± 6.47) show significantly higher W-SDI score compared to those in the public sector (9.40 ± 6.06), p = 0.01. W-SDI scores appeared higher among clinician (11.67 ± 6.40), case manager (13.33), and others (14.90 ± 8.23); and those with work experience of 5-6 years (13.11 ± 6.90) and less than one year (12.65 ± 7.12). Male (10.29 ± 6.86) and female (11.79 ± 6.39) graduates shared equally high score. There is no significant difference in W-SDI score based on job position, length of work experience, and gender.
Conclusion: Occupational therapy graduates have high work motivation as evident by their self-determined profile. Only work sector imposes difference in work motivation among these graduates. Copyright © 2017, Hong Kong Occupational Therapy Association. Published by Elsevier (Singapore) Pte Ltd. This is an open access article under the CC BY-NC-ND license (http://creativecommons.org/licenses/by-nc-nd/4.0/).