EHealth Investment Appraisal in Africa: A Scoping Review

Telemedicine as a counselling tool for nurses in Central Africa

AIM

Compare the use and trend of a telemedicine tool for clinical advice among nurses and other Cameroonian healthcare providers and explore its feasibility and accessibility.

DESIGN

A comparative observational descriptive study.

METHODS

The sample includes all telemedicine users who request advice from volunteer medical specialists in Spain on clinical cases through the telemedicine tool "diagnosis assistance" (DA). It consisted of a total of 296 Cameroonian health professionals (59% women), of whom 77 were nurses. The variables in which the trend was explored (2013-2022) were DAs entered by nurses versus other healthcare professionals, compared by primary specialty, comments and documents attached. Feasibility and accessibility were explored through an anonymous survey.

RESULTS

There were 2527 DAs between 2013 and 2022, of which nurses introduced 68%. There is an increasing trend in the nurse/other healthcare providers ratio, with significant differences in the chi-square of the linear trend between 2015 and 2022 (χ2 = 395.05; df = 7; p < .001). The probability that a DA was requested by nurses (PR >1) was observed in all years except for 2014, 2018 and 2019. The most tele-counselling requested by nurses was in the specialties of internal medicine, obstetrics and gynaecology, and dermatology. The exchange of comments and attachments was mainly conducted among nurses (74.9% and 50.4%, respectively). The users surveyed considered the tool valuable for diagnosis, applicable, with limitations due to cost, Internet quality or lack of time and effective at reducing hospital referrals.

CONCLUSIONS

Telemedicine for clinical advice has been used mostly and with increasing tendency by nurses, mainly in internal medicine, gynaecology and dermatology, being a useful and feasible resource that can contribute to improving clinical decision-making by African nurses.

IMPACT

The study addressed the problem of the shortage of health professionals in Central Africa and the search for alternatives that facilitate decision-making in this context. Tele-counselling tools through digital platforms that put Spanish specialists in contact with health professionals in Central Africa are mostly used by nurses working in rural health centres with a growing trend in their use. The research allows us to determine that tele-counselling tools constitute a well-accepted resource, which has a positive impact in environments with a shortage of human health resources, favouring the safety of both the nursing professional, through support in decision-making, and the populations to whom they provide care, who benefit from a multidisciplinary approach to their processes.

REPORTING METHOD

The study has adhered to STROBE guidelines.

PATIENT OR PUBLIC CONTRIBUTION

No Patient or Public Contribution.

Examining the Implementation of Digital Health to Strengthen the COVID-19 Pandemic Response and Recovery and Scale up Equitable Vaccine Access in African Countries

The COVID-19 pandemic has profoundly impacted the world, having taken the lives of over 6 million individuals. Accordingly, this pandemic has caused a shift in conversations surrounding the burden of diseases worldwide, welcoming insights from multidisciplinary fields including digital health and artificial intelligence. Africa faces a heavy disease burden that exacerbates the current COVID-19 pandemic and limits the scope of public health preparedness, response, containment, and case management. Herein, we examined the potential impact of transformative digital health technologies in mitigating the global health crisis with reference to African countries. Furthermore, we proposed recommendations for scaling up digital health technologies and artificial intelligence-based platforms to tackle the transmission of the SARS-CoV-2 and enable equitable vaccine access. Challenges related to the pandemic are numerous. Rapid response and management strategies-that is, contract tracing, case surveillance, diagnostic testing intensity, and most recently vaccine distribution mapping-can overwhelm the health care delivery system that is fragile. Although challenges are vast, digital health technologies can play an essential role in achieving sustainable resilient recovery and building back better. It is plausible that African nations are better equipped to rapidly identify, diagnose, and manage infected individuals for COVID-19, other diseases, future outbreaks, and pandemics.

Examining the Implementation of Digital Health to Strengthen the COVID-19 Pandemic Response and Recovery and Scale up Equitable Vaccine Access in African Countries

The COVID-19 pandemic has profoundly impacted the world, having taken the lives of over 6 million individuals. Accordingly, this pandemic has caused a shift in conversations surrounding the burden of diseases worldwide, welcoming insights from multidisciplinary fields including digital health and artificial intelligence. Africa faces a heavy disease burden that exacerbates the current COVID-19 pandemic and limits the scope of public health preparedness, response, containment, and case management. Herein, we examined the potential impact of transformative digital health technologies in mitigating the global health crisis with reference to African countries. Furthermore, we proposed recommendations for scaling up digital health technologies and artificial intelligence–based platforms to tackle the transmission of the SARS-CoV-2 and enable equitable vaccine access. Challenges related to the pandemic are numerous. Rapid response and management strategies—that is, contract tracing, case surveillance, diagnostic testing intensity, and most recently vaccine distribution mapping—can overwhelm the health care delivery system that is fragile. Although challenges are vast, digital health technologies can play an essential role in achieving sustainable resilient recovery and building back better. It is plausible that African nations are better equipped to rapidly identify, diagnose, and manage infected individuals for COVID-19, other diseases, future outbreaks, and pandemics.