Our projects

Antibiogo is a diagnostic aid medical device that aims to help doctors prescribe the most effective antibiotics to their patients. It is available as a free, open source and offline Android application. It allows non-expert laboratory technicians to measure and interpret antibiograms. It provides accurate results that can also be used for monitoring purposes and updating empirical treatments based on actual etiology.

The MSF Foundation and its partners will conduct -upon ethical board validation of MSF and Malawian authorities- this clinical study in Malawi as part of MSF's program for care of women with cervical cancer at the Queen Elizabeth Hospital and the screening program in Blantyre health centers. 

The use of 3D technology makes it possible for the best experts to remotely design upper limb prostheses and compression orthoses using digital impressions of face and neck burns of patients treated by MSF in Jordan, Haiti, and Gaza.

Alert-Epidemics is an alert processing and notification system to detect and respond to outbreaks of infectious diseases in precarious situations, including measles, meningitis, cholera and Covid19.

DiaTROPIX is a new platform for the development and production of rapid diagnostic tests (RDTs) at the Institut Pasteur in Dakar. This non-profit initiative aims to produce new rapid diagnostic tests that can be made available in countries where access to laboratory diagnosis is low or non-existent. 
The MSF Foundation is financing and supporting the development by DiaTROPIX of two new RDTs for measles and meningitis. These two diseases with high epidemic potential represent a real public health problem in countries in which MSF conducts medical programmes, particularly in Sub-Saharan Africa. 

A program designed to enable people living with a chronic disease, particularly those with medical or social vulnerabilities, to quickly identify and report problems that could lead to a lack of follow-up in their treatment or a deterioration of their state of health. 

The purpose of the Mini-Lab project is to design and produce a small-scale, autonomous, transportable clinical bacteriology laboratory which is affordable and above all suited to the MSF’s fields of intervention. This concept, developed by MSF with its partners, is also intended to be made available to health care operators in countries with limited resources. The Mini-Lab project hosted by MSF has been able to benefit from other funding mechanisms and the Foundation has been able to redirect its funding to other emerging initiatives. 

A solution to the global vaccine shortage