Leveraging human resources for outbreak analysis: lessons from an international collaboration to support the sub-Saharan African COVID-19 response
Authors: Botero-Mesa Sara , Coelho Flavio Codeço , Nwosu Kenechukwu , Wicht Bertil , Venkatasubramanian Akarsh , Wagner Olena , Valera Camille , Nguimbis Benedict , Câmara Daniel , Reis Izabel , Bianchi Lucas , Mahdiani Morteza , Onsimbie Papy Ansobi , Diallo Papa Amadou Niang , Jacques Léa , Muloliwa Artur Manuel , Bougma Moussa , Mukavhi Leckson , Kaneria Adit , Peruvemba Ram , Gupta Ajay , Triulzi Isotta , James Ananthu , Carrara Verena , Ngambi Wingston , Habibi Zahra , Adhanom Michael Tedros , Rodriguez Velásquez Sabina , Sestito Paolo , Kousil Timokleia , Biru Loza , Vivacqua Daniela , Dalal Jyoti , Mian Anatole , Roelens Maroussia , Orel Erol , Hofer Cristina Barroso , Wangara Fatihiyya , Mboussou Franck , Mlanda Tamayi , Bukhari Arish , Lee Theresa Min-Hyung , Ngom Roland , Stoll Beat , Chimbetete Cleophas , Abbate Jessica , Impouma Benido , Keiser Olivia 
Published: May 2022

Emerging infectious diseases are a growing threat in sub-Saharan African countries, but the human and technical capacity to quickly respond to outbreaks remains limited. Here, we describe the experience and lessons learned from a joint project with the WHO Regional Office for Africa (WHO AFRO) to support the sub-Saharan African COVID-19 response.

In June 2020, WHO AFRO contracted a number of consultants to reinforce the COVID-19 response in member states by providing actionable epidemiological analysis. Given the urgency of the situation and the magnitude of work required, we recruited a worldwide network of field experts, academics and students in the areas of public health, data science and social science to support the effort. Most analyses were performed on a merged line list of COVID-19 cases using a reverse engineering model (line listing built using data extracted from national situation reports shared by countries with the Regional Office for Africa as per the IHR (2005) obligations). The data analysis platform The Renku Project (https://renkulab.io) provided secure data storage and permitted collaborative coding.

Over a period of 6 months, 63 contributors from 32 nations (including 17 African countries) participated in the project. A total of 45 in-depth country-specific epidemiological reports and data quality reports were prepared for 28 countries. Spatial transmission and mortality risk indices were developed for 23 countries. Text and video-based training modules were developed to integrate and mentor new members. The team also began to develop EpiGraph Hub, a web application that automates the generation of reports similar to those we created, and includes more advanced data analyses features (e.g. mathematical models, geospatial analyses) to deliver real-time, actionable results to decision-makers.

Within a short period, we implemented a global collaborative approach to health data management and analyses to advance national responses to health emergencies and outbreaks. The interdisciplinary team, the hands-on training and mentoring, and the participation of local researchers were key to the success of this initiative.