Adolescents receive minimal first aid education. Thus, there is an urgent need to educate adolescents more in first aid to promote a safer community and to prevent any further injuries.

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Background: Repeated hand and wrist movements increase the risk of carpal tunnel syndrome (CTS). The administrative staff is one of the high-risk classes that repeatedly involve the execution of identical tasks.Objective: This preliminary study was conducted to determine the prevalence of CTS among administrative staff and identify the socio-demographic and occupational risk factors for this syndrome.Methods: Descriptive cross-sectional study design was conducted amongst administrative staff at one of the higher learning institutions in Pahang, Malaysia. A total of 61 respondents were conveniently sampled according to the inclusion criteria. Respondents were required to undergo three tests (Phallen’s test, Thinel’s test, Durkan’s test) to identify probable CTS and answer questionnaires (socio-demographic background, occupational risk factors, and Boston Carpal Tunnel Syndrome Questionnaire). Data were analyzed using SPSS, and a Chi-square test was used to identify risk factors for CTS.Results: The average age for respondents was 31.72 (+5.38). The majority of respondents were female (70.5%), with a bachelor’s degree background and below (91.2%), and never used ergonomic tools (68.9%). The prevalence of probable CTS was 16.5% (n=10). There is no statistically significant finding between socio-demographic and occupational risk factors with probable CTS (p >.05).Conclusion: The data from this preliminary study revealed no association between the use of computers at work and probable CTS in a higher learning institution. Although the findings are not significant, this study can be used as a baseline for a future longitudinal study for nurses and other healthcare professionals to encourage good occupational and environmental health.

Background: Technology-based intervention showed a promising approach to health promotion strategies. There had been limited knowledge of the existing program for technology-based intervention in promoting foot care and dietary behavior modification. Thus, a mobile app was developed as an alternative strategy for promoting foot care and dietary behavior modification. Objective: This paper aims to elaborate on the process of developing, validating, and examining the Diabetic Care Self-Management Mobile Health Application (Diabetic Care). Methods: There are two phases conducted. The first phase is the process of developing and validating Diabetic Care. Intervention Mapping (IM) Framework was used to guide the process of developing Diabetic Care, while in assessing validity, guidance from Kassam-Adams et al. was used. A team of experts was appointed to validate the mobile app developed. Next, the usability of Diabetic Care was conducted among ten conveniently chosen patients with diabetes in a governmental primary care clinic. Results: The process of developing Diabetic Care was clearly explained. The Diabetic Care app showed a good I-CVI score (1.00) and general CVI score (1.00) after the expert team assessed. During the trial, two drawbacks were identified and explored to find solutions. Conclusion: The Diabetic Care app is proven appropriate to be employed in the study. Even though there were two drawbacks encountered, however, possible solutions were able to be explored in addressing the issues. Further research should be conducted to examine the effectiveness of this mobile app in modifying foot care behavior and dietary behavior. Hence, it will assist in the translation of advanced technology in nursing care.