Original Title: Scoping review of artificial intelligence via mobile technology and social media for health in Africa
Journal: Nature communications
DOI: 10.1038/s41467-025-64766-4
Overview
This scoping review investigates the integration of artificial intelligence with mobile technology and social media to address health challenges in Africa. Following the PRISMA approach, researchers screened 469 articles published between 2014 and 2023, ultimately synthesizing 116 papers with a focused analysis of 29 studies. The results indicate that these digital tools are primarily utilized for infectious disease monitoring and diagnosis. Specifically, malaria was the subject of 17.2% of the studies, while COVID-19 accounted for 13.8%. Other conditions frequently studied include Ebola at 10.3%, cervical cancer at 6.9%, and tuberculosis at 6.9%. Geographic representation is uneven, with a significant concentration of research in countries with higher internet penetration, such as South Africa, Nigeria, and Kenya. The review highlights that while 21 African countries were represented, research remains skewed toward specific regions and disease types.
Novelty
The study identifies a distinct shift in the application of machine learning, moving from traditional clinical data to multi-modal data generated via mobile devices and social networking platforms. It documents that supervised learning is a prevalent methodology, used in 55.2% of the analyzed studies, with regression techniques appearing in 38% of cases. Deep learning algorithms were applied in 31% of the research. A notable finding is the specific use of social media platforms like Twitter and Facebook for sentiment analysis and outbreak detection, alongside the use of mobile phone cameras for microscopy and telemedicine. The review also quantifies the lack of local representation, revealing that only 19% of authors were affiliated with African institutions, which underscores a critical gap in research ownership and contextualization.
Potential Clinical / Research Applications
There are significant opportunities to expand these technologies into the management of non-communicable diseases, such as diabetes and cardiovascular conditions, which are currently underrepresented in the literature. Mobile applications can be developed for the self-management of chronic disorders through automated nudges and risk prediction. In clinical settings, the use of mobile phone cameras combined with deep learning for automated diagnostic screening, as seen in the 6.9% of studies focused on cervical cancer, can be scaled to support overburdened pathology services. Additionally, natural language processing tools can be refined to monitor public health sentiments in local languages, helping to combat vaccine hesitancy and misinformation. Finally, implementing frameworks for ethical data sharing and collaborative research could foster equitable partnerships between international and African institutions.
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