Evaluating a South African mobile application for healthcare professionals to improve diagnosis and notification of pesticide poisonings.
BACKGROUND
Mobile health is a fast-developing field. The use of mobile health applications by healthcare professionals (HCPs) globally has increased considerably. While several studies in high income countries have investigated the use of mobile applications by HCPs in clinical practice, few have been conducted in low- and middle-income countries. The University of Cape Town developed a pesticide notification guideline which has been adapted and embedded into a South African Essential Medical Guidance mobile application. This study evaluated the usefulness of the guideline within a mobile application for improving the ability of HCPs to diagnose and notify on acute pesticide poisonings (APPs).


METHODS
A descriptive online questionnaire, with 15 open- and 20 closed-ended questions, was completed by 50 South African emergency medicine physicians and registrars (i.e. medical doctors training as specialists) between December 2015 to February 2016. Descriptive statistics were used to calculate response frequencies and percentages using SPSS version 23. Texts from the open-ended questions were thematically analysed. Fisher's exact test was applied to determine associations.


RESULTS
A significant association was found between participants' knowledge that APP is a notifiable condition, and ever reporting the poisoning to the National Department of Health (p = 0.005). Thirty four percent of the participants were aware of the guideline within the Essential Medical Guidance application despite only seven participants having used it. Those who used the guideline found it provided useful information for the identification of unlabelled pesticides products and promoted reporting these cases to the National Department of Health for surveillance purposes. In addition, it appeared to facilitate the prompt diagnosis and treatment of APP cases, and most intended to continue using it for training and educational purposes.


CONCLUSIONS
Mobile health applications appear to support overburdened medical education programmes and promote better patient care. However, since most participants were not aware of the existence of the pesticide guideline within the studied essential medicine application, there is potential for the use of healthcare applications to play a more central role in healthcare systems and medical training. Furthermore, the field of medical informatics could support HCPs through mobile applications in improving reporting of APP.
['Kabanda|Siti|S|', 'Rother|Hanna-Andrea|HA|0000-0001-5292-8909']
D000328:Adult D018563:Disease Notification D004635:Emergency Medicine D005260:Female D006801:Humans D007396:Internship and Residency D008297:Male D008491:Medical Informatics Applications D008875:Middle Aged D063731:Mobile Applications D010575:Pesticides D010820:Physicians D011041:Poisoning D017410:Practice Guidelines as Topic D013019:South Africa D011795:Surveys and Questionnaires D017216:Telemedicine
Healthcare professional Pesticides Pesticide notification Acute pesticide poisoning Health promotion Low-and middle-income countries South Africa mHealth